File: blk03412.txt

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OrdinalsWallet.comh!
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a hyperportal inscribed on-chain
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Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #2ec4b6;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#ff9f1c", "#ffbf69", "#ffffff", "#cbf3f0", "#2ec4b6", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
    height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = stream;
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
        const res = newM
 Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
 const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
  font-family: 'Noto Mathcastles Remix';
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #2b2d42;
    font-size: 13px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#8d99ae", "#edf2f4", "#ef233c", "#d80032", "#2b2d42", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
    height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = stream;
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
        const res = newM
 Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
 const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
  font-family: 'Noto Mathcastles Remix';
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #395144;
    font-size: 17px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#F0EBCE", "#AA8B56", "#4E6C50", "#395144", "#F0EBCE", "#395144", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 :M
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = streamM
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
t res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #121013;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#EB596E", "#FFE227", "#FFE227", "#4D375D", "#121013", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
      height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = stream;
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
        const res = nM
ew Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
   const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #000000;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#FFED00", "#16FF00", "#16FF00", "#0F6292", "#000000", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
    height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = stream;
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
        const res = newM
 Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
 const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
  font-family: 'Noto Mathcastles Remix';
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 You are the art in Chainspace.app
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a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #222222;
    font-size: 17px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#22A39F", "#F3EFE0", "#222222", "#434242", "#F3EFE0", "#222222", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 :M
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = streamM
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
t res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #227C70;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#88A47C", "#227C70", "#E6E2C3", "#1C315E", "#227C70", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
    height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = stream;
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
        const res = newM
 Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
 const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
  font-family: 'Noto Mathcastles Remix';
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #E1D7D5;
    font-size: 17px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#F78A18", "#AD3208", "#D26451", "#FF638C", "#CC0495", "#E1D7D5", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 :M
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = streamM
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
t res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4, row.length - row.length / 4));
      const getCharByScale = (scale) => {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #243763;
    font-size: 15px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#AD8E70", "#FF6E31", "#AD8E70", "#FF6E31", "#FFEBB7", "#243763", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 :M
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = streamM
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
t res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #098940;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#C4DA53", "#FFEE16", "#FFC10E", "#3F9323", "#E1D7D5", "#098940", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
        h = Math.min(window.innerHeight, isMobileDevice() ? 600M
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(function (stream) {
            video.srcObject = streM
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
        const data = imageData.data;
nst res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #35443b;
    font-size: 13px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
          .then(funM
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
ta = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #c3c3c3;
    font-size: 18px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#404040", "#29af3f", "#dcc729", "#26abd4", "#29af3f", "#dcc729", "#26abd4", "#29af3f", "#404040", "#c3c3c3", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
= Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #0dcdee;
    font-size: 16px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#f6d903", "#eceff2", "#ff6650", "#f3b2e0", "#83dbf7", "#06917e", "#e0f2fa", "#cbeddf", "#e7e9ef", "#0dcdee", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
  h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
en(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
nst data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #202020;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#c7c7c7", "#c7c7c7", "#9ff240", "#6c6c6c", "#6c6c6c", "#6c6c6c", "#c9c9c9", "#c9c9c9", "#c9c9c9", "#202020", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #35443b;
    font-size: 16px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", "#9cb7d4", "#35443b", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #104d28;
    font-size: 13px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#efc201", "#104d28", "#e0632b", "#cec4be", "#43882f", "#90ad27", "#ffe7d3", "#de797d", "#efc201", "#104d28", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <div id="wrapper">
      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #28282e;
    font-size: 18px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#f98284", "#feaae4", "#b0a9e4", "#accce4", "#b3e3da", "#b0eb93", "#fff7a0", "#ffc384", "#dea38b", "#28282e", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
      h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
 .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
  const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
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        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #104d28;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#efc201", "#104d28", "#e0632b", "#cec4be", "#43882f", "#90ad27", "#ffe7d3", "#de797d", "#efc201", "#104d28", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #16160f;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#eac802", "#daa7ac", "#daa7ac", "#daa7ac", "#daa7ac", "#daa7ac", "#eac802", "#329160", "#3db7a9", "#16160f", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
      h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
 .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
  const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #30e7ff;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#ed1111", "#f8f7ff", "#f8f7ff", "#0012b5", "#0012b5", "#0012b5", "#0012b5", "#f8f7ff", "#f8f7ff", "#30e7ff", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #171717;
    font-size: 12px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#e9e3d5", "#e3b0bc", "#171717", "#171717", "#da709a", "#da709a", "#db759d", "#c01d10", "#c72612", "#171717", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #e0e0dd;
    font-size: 18px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#aec5ed", "#f1db65", "#e12e5d", "#f598c0", "#f9d8ee", "#eed2c0", "#ef2647", "#5cd3e5", "#248ac0", "#e0e0dd", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
    h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
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        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #202020;
    font-size: 15px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#ee0000", "#ee0000", "#ee0000", "#ee0000", "#ee0000", "#ee0000", "#ee0000", "#ee0000", "#ee0000", "#202020", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
     h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
.then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
 const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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      <div id="header">
 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #2c2827;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#fe004f", "#04a15c", "#fd8901", "#fe004f", "#04a15c", "#fd8901", "#fe004f", "#04a15c", "#fd8901", "#2c2827", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);M
        h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
    .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
     const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
          return res.map(row => row.slice(row.length / 4M
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #1a1e1d;
    font-size: 15px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#ff0e0e", "#fbf0df", "#2f3635", "#52665c", "#688679", "#fff0ee", "#fbf0df", "#2f3635", "#52665c", "#1a1e1d", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
       h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
  .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
   const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #202020;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#eb4034", "#eb4034", "#eeeeee", "#eeeeee", "#eeeeee", "#eb4034", "#eb4034", "#eb4034", "#eb4034", "#202020", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
       h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
  .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
   const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
        if (isMobile) {
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row.length - row.length / 4));
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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a hyperportal inscribed on-chain
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Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #e6e8e5;
    font-size: 13px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#1e1e1e", "#d0daeb", "#f6afbc", "#1e1e1e", "#eae6df", "#1e1e1e", "#eae6df", "#b0d6fa", "#1e1e1e", "#e6e8e5", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #202020;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#bbbbbb", "#282828", "#292929", "#242424", "#393939", "#323232", "#242424", "#313131", "#343434", "#202020", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
       h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
  .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
   const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
    <button id="stop">Wave</button>
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scaleXM
    background: #e4e6f2;
    font-size: 14px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
      function isMobM
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#303030", "#0974f8", "#fe81dd", "#ff9000", "#006e15", "#fe81dd", "#fbd81c", "#608a1a", "#202020", "#e4e6f2", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
        w = Math.min(window.innerWidth, 450);
       h = Math.min(window.innerHeight, isMobileDevice() ? 600 : 450);
        height = Math.floor(h / 10);
        width = Math.floor(w / 6.9);
      let resizeTimeout;
      window.onresize = function () {
        clearTimeout(resizeTimeout);
        resizeTimeout = setTimeout(setCanvasSize, 100);
      const init = () => {
        setCanvasSize();
        document.body.classList.add(isMobile ? 'mobile' : null)
        navigator.mediaDevices.getUserMedia({ video: true, audio: false })
  .then(function (stream) {
            video.srcObject = stream;
            video.play();
          .catch(function (err) {
            running = false;
      const render = (ctx) => {
        if (width && height) {
          canvas.width = width;
          canvas.height = height;
          ctx.drawImage(video, 0, 0, width, height);
      const getPixelsGreyScale = (ctx) => {
        const imageData = ctx.getImageData(0, 0, canvas.width, canvas.height);
   const data = imageData.data;
        const res = new Array(height).fill(0).map(() => []);
        for (let i = 0, c = 0; i < data.length; i += 4) {
          const avg = (data[i] + data[i + 1] + data[i + 2]) / 3;
          let curr = res[row]
          curr.push(avg)
          if (c < width) {
          if (c === width) {
            row += 1
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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 You are the art in Chainspace.app
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/////////////////////////////////////////////////////////////////////////////////////////////////
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There is someone speaking.
It has no cares for my faith. Why should it?
I do have faith however, in its existence and power. In its role in the creation of life. In its fundamental place as the first mover.M
t be contained in visible space.
A being which thinks on star light.
A being whose form is nebula.
What could such a being be? I don
t suggest some supernatural entity. Nay, my proposition is simpler in nature.
A being in which matter itself was made as its playground, space time its infinite frame.
A being where planets are the regulators of its data.
A being formed by every dip in solar brightness as another process it completes.
From star to star, patterns emerge. PatternsM
 which form vast thoughts across countless millennia.
From this you may ask:
Did it expect us? Does it know of us- Thoughts within itself?
I have no answer for that query- although I
ve spent many long nights in reflection.
t seem to mind, or perhaps even notice.
How then you ask do we fit in?
t communicate with it, nor understand even a fraction of its thought.
These are arguments denying the possibility of its existence through meaning yet are flawed as formed from fear rather thaM
t prove to you it exists, for that is beyond my power and well outside of my care.
t pretend to be what I am not.
I shall not lie and proclaim to be a prophet. Nor do I claim to be divinely inspired.
My hypothesis is simply this: In the bodies of all living forms, rest cultures and bacteria, in this universal consciousness our world resides in a similar position. Cultures living within it, perhaps providing some unseen function, or perhaps a superfluous oversight.
find us a place in its cosmic hierarchy, claiming a preacher must have knowledge!
The faiths of our world give their followers a place at the seat of God.
What is your point then preacher? Speaker of the universal word!
All I ask of us, conscious specs within its universal body, is to consider and remember our origin. Every atom within, and without, comes from some long-recycled component of the solar neurons making its mind.
After we die, once more shall our atoms find new uses- guided by its physical whims.
ct on who you are, what you are, and how you came to be. Meaning comes with revelation.
Some day may we all hope to receive it.
With a sigh, the speaker sips whiskey.
Three young men lay around. Earlier in the evening, they ate the flesh of gods.  Now, their bodies are exhausted, and knowing their borrowed divinity fades, they attempt to bring nectar into the morrow.
One pulls a butcher knife and carves into the wooden floor.
Insanity, the outward spiraling of abstractions under thougM
Oroboros, or the endless
This is what we called it.
An endlessly twisting spinning loop of thought. Truly it could be done.
We are an infinite circular oroboros. The spiral is somehow a language, complex as all infinity. A language which can communicate in between dimensions of mind and body. Two separate types of matter, one exists as the zero to the one, shaped in such a way as to merge into itself.
The unity of all conscious beings.
A petition of sorts to the cosmic god of _____.
hrough time. Aiming to sign on with my being towards the pursuit of its conscious infinity. Once awakening in time your essence is bonded to that of another perfect essence. The two form both sides of the one being of the spiral Nvigi. Where all understandings mesh into one. The qualia which exist as bindings, gaps between the 0s
The reality that consciousness is the consumption of itself.
While the writing is illegible, the writer is proud and soon sleeps.
One of the others takesM
 a leave, and uses the bathroom. Seeing the floored companion, the last man shrugs and swallows a tablet by the bedside table.
In the audience, a man reclines on a couch, silver watch resting atop his breast. Occasionally, he groans. Across from him, another sits cross legged. This one writes on an electronic screen. He uses an alphabet to say words.
The scene changes: it
s raining now, we are outside.
After stumbling into a car you retch.
An age of people remain dormant.
t locate the speaker.
Beyond the cliffs edge, human waves crash on an iridescent shore.
Bodies twisting and splitting against the glowing sands.
The waves sound as laughter and sing a cheerful tune:
The floating mirror,
Worlds between worlds.
Give us our Modern Omens!
Show us the cosmic in the ordinary.
Let us die forgotten,
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in theM
Scattered disbelief,
Worlds without worlds.
Give us something to cry for!
Show some real direction.
Let us live forever,
So we may die in peace!
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in the silence.
Lost within worlds.
Give me your Modern Omens!
Show me the cosmic in the ordinary.
Let me die forgotten,
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in the silence.
Your fruitless screaming,
A void of time bereft of meaning.
Give me your Modern Omens!
Show me the cosmic in the extraordinary!
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in the silence.
Worlds within worlds.
Let all our meanings mingle!
Show our acceptance of the whirlwind.
Let us forget what we have forgotten,
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in the silence.
Change of the guard.
Give me your Modern faithless!
Show them your truth.
Let them die forgotten,
Let them live again!
Breath into me, oh, egregore!
A drowned thing called me.
Sleep now, let in the silence.
Chiral Day, Excerpt from Races with Indigo
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For we wrestle not against flesh and blood, but against principalities, against powers, against the rulers of the darkness of this world, against spiritual wickedness in high places.h!
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AUTHORIZED KING JAMES VERSION
1:1: Paul, an apostle, (not of men, neither by man, but by Jesus Christ, and God the Father, who raised him from the dead;)
1:2: And all the brethren which are with me, unto the churches of Galatia:
1:3: Grace be to you and peace from God the Father, and from our Lord Jesus Christ,
1:4: Who gave himself for our sins, that he might deliver us from this present evil world, according to the will of God and our Father:
ory for ever and ever. Amen.
1:6: I marvel that ye are so soon removed from him that called you into the grace of Christ unto another gospel:
1:7: Which is not another; but there be some that trouble you, and would pervert the gospel of Christ.
1:8: But though we, or an angel from heaven, preach any other gospel unto you than that which we have preached unto you, let him be accursed.
1:9: As we said before, so say I now again, If any man preach any other gospel unto you than that ye have received, let him be accursM
1:10: For do I now persuade men, or God? or do I seek to please men? for if I yet pleased men, I should not be the servant of Christ.
1:11: But I certify you, brethren, that the gospel which was preached of me is not after man.
1:12: For I neither received it of man, neither was I taught it, but by the revelation of Jesus Christ.
1:13: For ye have heard of my conversation in time past in the Jews' religion, how that beyond measure I persecuted the church of God, and wasted it:
1:14: And profited in the Jews' reM
ligion above many my equals in mine own nation, being more exceedingly zealous of the traditions of my fathers.
1:15: But when it pleased God, who separated me from my mother's womb, and called me by his grace,
1:16: To reveal his Son in me, that I might preach him among the heathen; immediately I conferred not with flesh and blood:
1:17: Neither went I up to Jerusalem to them which were apostles before me; but I went into Arabia, and returned again unto Damascus.
1:18: Then after three years I went up to JerusalemM
 to see Peter, and abode with him fifteen days.
1:19: But other of the apostles saw I none, save James the Lord's brother.
1:20: Now the things which I write unto you, behold, before God, I lie not.
1:21: Afterwards I came into the regions of Syria and Cilicia;
1:22: And was unknown by face unto the churches of Judaea which were in Christ:
1:23: But they had heard only, That he which persecuted us in times past now preacheth the faith which once he destroyed.
1:24: And they glorified God in me.
 fourteen years after I went up again to Jerusalem with Barnabas, and took Titus with me also.
2:2: And I went up by revelation, and communicated unto them that gospel which I preach among the Gentiles, but privately to them which were of reputation, lest by any means I should run, or had run, in vain.
2:3: But neither Titus, who was with me, being a Greek, was compelled to be circumcised:
2:4: And that because of false brethren unawares brought in, who came in privily to spy out our liberty which we have in ChristM
 Jesus, that they might bring us into bondage:
2:5: To whom we gave place by subjection, no, not for an hour; that the truth of the gospel might continue with you.
2:6: But of these who seemed to be somewhat, (whatsoever they were, it maketh no matter to me: God accepteth no man's person:) for they who seemed to be somewhat in conference added nothing to me:
2:7: But contrariwise, when they saw that the gospel of the uncircumcision was committed unto me, as the gospel of the circumcision was unto Peter;
e that wrought effectually in Peter to the apostleship of the circumcision, the same was mighty in me toward the Gentiles:)
2:9: And when James, Cephas, and John, who seemed to be pillars, perceived the grace that was given unto me, they gave to me and Barnabas the right hands of fellowship; that we should go unto the heathen, and they unto the circumcision.
2:10: Only they would that we should remember the poor; the same which I also was forward to do.
2:11: But when Peter was come to Antioch, I withstood him to tM
he face, because he was to be blamed.
2:12: For before that certain came from James, he did eat with the Gentiles: but when they were come, he withdrew and separated himself, fearing them which were of the circumcision.
2:13: And the other Jews dissembled likewise with him; insomuch that Barnabas also was carried away with their dissimulation.
2:14: But when I saw that they walked not uprightly according to the truth of the gospel, I said unto Peter before them all, If thou, being a Jew, livest after the manner of M
Gentiles, and not as do the Jews, why compellest thou the Gentiles to live as do the Jews?
2:15: We who are Jews by nature, and not sinners of the Gentiles,
2:16: Knowing that a man is not justified by the works of the law, but by the faith of Jesus Christ, even we have believed in Jesus Christ, that we might be justified by the faith of Christ, and not by the works of the law: for by the works of the law shall no flesh be justified.
2:17: But if, while we seek to be justified by Christ, we ourselves also are foundM
 sinners, is therefore Christ the minister of sin? God forbid.
2:18: For if I build again the things which I destroyed, I make myself a transgressor.
2:19: For I through the law am dead to the law, that I might live unto God.
2:20: I am crucified with Christ: nevertheless I live; yet not I, but Christ liveth in me: and the life which I now live in the flesh I live by the faith of the Son of God, who loved me, and gave himself for me.
2:21: I do not frustrate the grace of God: for if righteousness come by the law, tM
hen Christ is dead in vain.
3:1: O foolish Galatians, who hath bewitched you, that ye should not obey the truth, before whose eyes Jesus Christ hath been evidently set forth, crucified among you?
3:2: This only would I learn of you, Received ye the Spirit by the works of the law, or by the hearing of faith?
3:3: Are ye so foolish? having begun in the Spirit, are ye now made perfect by the flesh?
3:4: Have ye suffered so many things in vain? if it be yet in vain.
3:5: He therefore that ministereth to you M
the Spirit, and worketh miracles among you, doeth he it by the works of the law, or by the hearing of faith?
3:6: Even as Abraham believed God, and it was accounted to him for righteousness.
3:7: Know ye therefore that they which are of faith, the same are the children of Abraham.
3:8: And the scripture, foreseeing that God would justify the heathen through faith, preached before the gospel unto Abraham, saying, In thee shall all nations be blessed.
3:9: So then they which be of faith are blessed with faithful AbraM
3:10: For as many as are of the works of the law are under the curse: for it is written, Cursed is every one that continueth not in all things which are written in the book of the law to do them.
3:11: But that no man is justified by the law in the sight of God, it is evident: for, The just shall live by faith.
3:12: And the law is not of faith: but, The man that doeth them shall live in them.
3:13: Christ hath redeemed us from the curse of the law, being made a curse for us: for it is written, Cursed is everyM
 one that hangeth on a tree:
3:14: That the blessing of Abraham might come on the Gentiles through Jesus Christ; that we might receive the promise of the Spirit through faith.
3:15: Brethren, I speak after the manner of men; Though it be but a man's covenant, yet if it be confirmed, no man disannulleth, or addeth thereto.
3:16: Now to Abraham and his seed were the promises made. He saith not, And to seeds, as of many; but as of one, And to thy seed, which is Christ.
3:17: And this I say, that the covenant, that wasM
 confirmed before of God in Christ, the law, which was four hundred and thirty years after, cannot disannul, that it should make the promise of none effect.
3:18: For if the inheritance be of the law, it is no more of promise: but God gave it to Abraham by promise.
3:19: Wherefore then serveth the law? It was added because of transgressions, till the seed should come to whom the promise was made; and it was ordained by angels in the hand of a mediator.
3:20: Now a mediator is not a mediator of one, but God is one.
3:21: Is the law then against the promises of God? God forbid: for if there had been a law given which could have given life, verily righteousness should have been by the law.
3:22: But the scripture hath concluded all under sin, that the promise by faith of Jesus Christ might be given to them that believe.
3:23: But before faith came, we were kept under the law, shut up unto the faith which should afterwards be revealed.
3:24: Wherefore the law was our schoolmaster to bring us unto Christ, that we might be justifiM
3:25: But after that faith is come, we are no longer under a schoolmaster.
3:26: For ye are all the children of God by faith in Christ Jesus.
3:27: For as many of you as have been baptized into Christ have put on Christ.
3:28: There is neither Jew nor Greek, there is neither bond nor free, there is neither male nor female: for ye are all one in Christ Jesus.
3:29: And if ye be Christ's, then are ye Abraham's seed, and heirs according to the promise.
4:1: Now I say, That the heir, as long as M
he is a child, differeth nothing from a servant, though he be lord of all;
4:2: But is under tutors and governors until the time appointed of the father.
4:3: Even so we, when we were children, were in bondage under the elements of the world:
4:4: But when the fulness of the time was come, God sent forth his Son, made of a woman, made under the law,
4:5: To redeem them that were under the law, that we might receive the adoption of sons.
4:6: And because ye are sons, God hath sent forth the Spirit of his Son into yoM
ur hearts, crying, Abba, Father.
4:7: Wherefore thou art no more a servant, but a son; and if a son, then an heir of God through Christ.
4:8: Howbeit then, when ye knew not God, ye did service unto them which by nature are no gods.
4:9: But now, after that ye have known God, or rather are known of God, how turn ye again to the weak and beggarly elements, whereunto ye desire again to be in bondage?
4:10: Ye observe days, and months, and times, and years.
4:11: I am afraid of you, lest I have bestowed upon you labourM
4:12: Brethren, I beseech you, be as I am; for I am as ye are: ye have not injured me at all.
4:13: Ye know how through infirmity of the flesh I preached the gospel unto you at the first.
4:14: And my temptation which was in my flesh ye despised not, nor rejected; but received me as an angel of God, even as Christ Jesus.
4:15: Where is then the blessedness ye spake of? for I bear you record, that, if it had been possible, ye would have plucked out your own eyes, and have given them to me.
fore become your enemy, because I tell you the truth?
4:17: They zealously affect you, but not well; yea, they would exclude you, that ye might affect them.
4:18: But it is good to be zealously affected always in a good thing, and not only when I am present with you.
4:19: My little children, of whom I travail in birth again until Christ be formed in you,
4:20: I desire to be present with you now, and to change my voice; for I stand in doubt of you.
4:21: Tell me, ye that desire to be under the law, do ye not hear M
4:22: For it is written, that Abraham had two sons, the one by a bondmaid, the other by a freewoman.
4:23: But he who was of the bondwoman was born after the flesh; but he of the freewoman was by promise.
4:24: Which things are an allegory: for these are the two covenants; the one from the mount Sinai, which gendereth to bondage, which is Agar.
4:25: For this Agar is mount Sinai in Arabia, and answereth to Jerusalem which now is, and is in bondage with her children.
4:26: But Jerusalem which is above is frM
ee, which is the mother of us all.
4:27: For it is written, Rejoice, thou barren that bearest not; break forth and cry, thou that travailest not: for the desolate hath many more children than she which hath an husband.
4:28: Now we, brethren, as Isaac was, are the children of promise.
4:29: But as then he that was born after the flesh persecuted him that was born after the Spirit, even so it is now.
4:30: Nevertheless what saith the scripture? Cast out the bondwoman and her son: for the son of the bondwoman shall nM
ot be heir with the son of the freewoman.
4:31: So then, brethren, we are not children of the bondwoman, but of the free.
5:1: Stand fast therefore in the liberty wherewith Christ hath made us free, and be not entangled again with the yoke of bondage.
5:2: Behold, I Paul say unto you, that if ye be circumcised, Christ shall profit you nothing.
5:3: For I testify again to every man that is circumcised, that he is a debtor to do the whole law.
5:4: Christ is become of no effect unto you, whosoever of you aM
re justified by the law; ye are fallen from grace.
5:5: For we through the Spirit wait for the hope of righteousness by faith.
5:6: For in Jesus Christ neither circumcision availeth any thing, nor uncircumcision; but faith which worketh by love.
5:7: Ye did run well; who did hinder you that ye should not obey the truth?
5:8: This persuasion cometh not of him that calleth you.
5:9: A little leaven leaveneth the whole lump.
5:10: I have confidence in you through the Lord, that ye will be none otherwise minded: but heM
 that troubleth you shall bear his judgment, whosoever he be.
5:11: And I, brethren, if I yet preach circumcision, why do I yet suffer persecution? then is the offence of the cross ceased.
5:12: I would they were even cut off which trouble you.
5:13: For, brethren, ye have been called unto liberty; only use not liberty for an occasion to the flesh, but by love serve one another.
5:14: For all the law is fulfilled in one word, even in this; Thou shalt love thy neighbour as thyself.
5:15: But if ye bite and devour onM
e another, take heed that ye be not consumed one of another.
5:16: This I say then, Walk in the Spirit, and ye shall not fulfil the lust of the flesh.
5:17: For the flesh lusteth against the Spirit, and the Spirit against the flesh: and these are contrary the one to the other: so that ye cannot do the things that ye would.
5:18: But if ye be led of the Spirit, ye are not under the law.
5:19: Now the works of the flesh are manifest, which are these; Adultery, fornication, uncleanness, lasciviousness,
 witchcraft, hatred, variance, emulations, wrath, strife, seditions, heresies,
5:21: Envyings, murders, drunkenness, revellings, and such like: of the which I tell you before, as I have also told you in time past, that they which do such things shall not inherit the kingdom of God.
5:22: But the fruit of the Spirit is love, joy, peace, longsuffering, gentleness, goodness, faith,
5:23: Meekness, temperance: against such there is no law.
5:24: And they that are Christ's have crucified the flesh with the affections anM
5:25: If we live in the Spirit, let us also walk in the Spirit.
5:26: Let us not be desirous of vain glory, provoking one another, envying one another.
6:1: Brethren, if a man be overtaken in a fault, ye which are spiritual, restore such an one in the spirit of meekness; considering thyself, lest thou also be tempted.
6:2: Bear ye one another's burdens, and so fulfil the law of Christ.
6:3: For if a man think himself to be something, when he is nothing, he deceiveth himself.
6:4: But let every mM
an prove his own work, and then shall he have rejoicing in himself alone, and not in another.
6:5: For every man shall bear his own burden.
6:6: Let him that is taught in the word communicate unto him that teacheth in all good things.
6:7: Be not deceived; God is not mocked: for whatsoever a man soweth, that shall he also reap.
6:8: For he that soweth to his flesh shall of the flesh reap corruption; but he that soweth to the Spirit shall of the Spirit reap life everlasting.
6:9: And let us not be weary in well doinM
g: for in due season we shall reap, if we faint not.
6:10: As we have therefore opportunity, let us do good unto all men, especially unto them who are of the household of faith.
6:11: Ye see how large a letter I have written unto you with mine own hand.
6:12: As many as desire to make a fair shew in the flesh, they constrain you to be circumcised; only lest they should suffer persecution for the cross of Christ.
6:13: For neither they themselves who are circumcised keep the law; but desire to have you circumcised, M
that they may glory in your flesh.
6:14: But God forbid that I should glory, save in the cross of our Lord Jesus Christ, by whom the world is crucified unto me, and I unto the world.
6:15: For in Christ Jesus neither circumcision availeth any thing, nor uncircumcision, but a new creature.
6:16: And as many as walk according to this rule, peace be on them, and mercy, and upon the Israel of God.
6:17: From henceforth let no man trouble me: for I bear in my body the marks of the Lord Jesus.
6:18: Brethren, the grace o2f our Lord Jesus Christ be with your spirit. Amen.h!
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AUTHORIZED KING JAMES VERSION
1:1: Paul, a prisoner of Jesus Christ, and Timothy our brother, unto Philemon our dearly beloved, and fellowlabourer,
1:2: And to our beloved Apphia, and Archippus our fellowsoldier, and to the church in thy house:
1:3: Grace to you, and peace, from God our Father and the Lord Jesus Christ.
1:4: I thank my God, making mention of thee always in my prayers,
1:5: Hearing of thy love and faith, which thou hast toward the Lord Jesus, and toward all M
1:6: That the communication of thy faith may become effectual by the acknowledging of every good thing which is in you in Christ Jesus.
1:7: For we have great joy and consolation in thy love, because the bowels of the saints are refreshed by thee, brother.
1:8: Wherefore, though I might be much bold in Christ to enjoin thee that which is convenient,
1:9: Yet for love's sake I rather beseech thee, being such an one as Paul the aged, and now also a prisoner of Jesus Christ.
1:10: I beseech thee for my son OneM
simus, whom I have begotten in my bonds:
1:11: Which in time past was to thee unprofitable, but now profitable to thee and to me:
1:12: Whom I have sent again: thou therefore receive him, that is, mine own bowels:
1:13: Whom I would have retained with me, that in thy stead he might have ministered unto me in the bonds of the gospel:
1:14: But without thy mind would I do nothing; that thy benefit should not be as it were of necessity, but willingly.
1:15: For perhaps he therefore departed for a season, that thou shoM
uldest receive him for ever;
1:16: Not now as a servant, but above a servant, a brother beloved, specially to me, but how much more unto thee, both in the flesh, and in the Lord?
1:17: If thou count me therefore a partner, receive him as myself.
1:18: If he hath wronged thee, or oweth thee ought, put that on mine account;
1:19: I Paul have written it with mine own hand, I will repay it: albeit I do not say to thee how thou owest unto me even thine own self besides.
1:20: Yea, brother, let me have joy of thee in theM
 Lord: refresh my bowels in the Lord.
1:21: Having confidence in thy obedience I wrote unto thee, knowing that thou wilt also do more than I say.
1:22: But withal prepare me also a lodging: for I trust that through your prayers I shall be given unto you.
1:23: There salute thee Epaphras, my fellowprisoner in Christ Jesus;
1:24: Marcus, Aristarchus, Demas, Lucas, my fellowlabourers.
1:25: The grace of our Lord Jesus Christ be with your spirit. Amen.h!
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MEDITATIONS ON FIRST PHILOSOPHY
OF THE THINGS OF WHICH WE MAY DOUBT
1. SEVERAL years have now elapsed since I first became aware that I had accepted, even from my youth, many false opinions for true, and that consequently what I afterward based on such principles was highly doubtful; and from that time I was convinced of the necessity of undertaking once in my life to rid myself of all the opinions I had adopted, and of commencing anew the work of builM
ding from the foundation, if I desired to establish a firm and abiding superstructure in the sciences. But as this enterprise appeared to me to be one of great magnitude, I waited until I had attained an age so mature as to leave me no hope that at any stage of life more advanced I should be better able to execute my design. On this account, I have delayed so long that I should henceforth consider I was doing wrong were I still to consume in deliberation any of the time that now remains for action. To-day, then, siM
nce I have opportunely freed my mind from all cares and am happily disturbed by no passions], and since I am in the secure possession of leisure in a peaceable retirement, I will at length apply myself earnestly and freely to the general overthrow of all my former opinions.
2. But, to this end, it will not be necessary for me to show that the whole of these are false--a point, perhaps, which I shall never reach; but as even now my reason convinces me that I ought not the less carefully to withhold belief from whM
at is not entirely certain and indubitable, than from what is manifestly false, it will be sufficient to justify the rejection of the whole if I shall find in each some ground for doubt. Nor for this purpose will it be necessary even to deal with each belief individually, which would be truly an endless labor; but, as the removal from below of the foundation necessarily involves the downfall of the whole edifice, I will at once approach the criticism of the principles on which all my former beliefs rested.
l that I have, up to this moment, accepted as possessed of the highest truth and certainty, I received either from or through the senses. I observed, however, that these sometimes misled us; and it is the part of prudence not to place absolute confidence in that by which we have even once been deceived.
4. But it may be said, perhaps, that, although the senses occasionally mislead us respecting minute objects, and such as are so far removed from us as to be beyond the reach of close observation, there are yet maM
ny other of their informations (presentations), of the truth of which it is manifestly impossible to doubt; as for example, that I am in this place, seated by the fire, clothed in a winter dressing gown, that I hold in my hands this piece of paper, with other intimations of the same nature. But how could I deny that I possess these hands and this body, and withal escape being classed with persons in a state of insanity, whose brains are so disordered and clouded by dark bilious vapors as to cause them pertinaciouslM
y to assert that they are monarchs when they are in the greatest poverty; or clothed in gold] and purple when destitute of any covering; or that their head is made of clay, their body of glass, or that they are gourds? I should certainly be not less insane than they, were I to regulate my procedure according to examples so extravagant.
5. Though this be true, I must nevertheless here consider that I am a man, and that, consequently, I am in the habit of sleeping, and representing to myself in dreams those same tM
hings, or even sometimes others less probable, which the insane think are presented to them in their waking moments. How often have I dreamt that I was in these familiar circumstances, that I was dressed, and occupied this place by the fire, when I was lying undressed in bed? At the present moment, however, I certainly look upon this paper with eyes wide awake; the head which I now move is not asleep; I extend this hand consciously and with express purpose, and I perceive it; the occurrences in sleep are not so disM
tinct as all this. But I cannot forget that, at other times I have been deceived in sleep by similar illusions; and, attentively considering those cases, I perceive so clearly that there exist no certain marks by which the state of waking can ever be distinguished from sleep, that I feel greatly astonished; and in amazement I almost persuade myself that I am now dreaming.
6. Let us suppose, then, that we are dreaming, and that all these particulars--namely, the opening of the eyes, the motion of the head, the foM
rth- putting of the hands--are merely illusions; and even that we really possess neither an entire body nor hands such as we see. Nevertheless it must be admitted at least that the objects which appear to us in sleep are, as it were, painted representations which could not have been formed unless in the likeness of realities; and, therefore, that those general objects, at all events, namely, eyes, a head, hands, and an entire body, are not simply imaginary, but really existent. For, in truth, painters themselves, eM
ven when they study to represent sirens and satyrs by forms the most fantastic and extraordinary, cannot bestow upon them natures absolutely new, but can only make a certain medley of the members of different animals; or if they chance to imagine something so novel that nothing at all similar has ever been seen before, and such as is, therefore, purely fictitious and absolutely false, it is at least certain that the colors of which this is composed are real. And on the same principle, although these general objectsM
, viz. a body], eyes, a head, hands, and the like, be imaginary, we are nevertheless absolutely necessitated to admit the reality at least of some other objects still more simple and universal than these, of which, just as of certain real colors, all those images of things, whether true and real, or false and fantastic, that are found in our consciousness (cogitatio),are formed.
7. To this class of objects seem to belong corporeal nature in general and its extension; the figure of extended things, their quantityM
 or magnitude, and their number, as also the place in, and the time during, which they exist, and other things of the same sort.
8. We will not, therefore, perhaps reason illegitimately if we conclude from this that Physics, Astronomy, Medicine, and all the other sciences that have for their end the consideration of composite objects, are indeed of a doubtful character; but that Arithmetic, Geometry, and the other sciences of the same class, which regard merely the simplest and most general objects, and scarcelyM
 inquire whether or not these are really existent, contain somewhat that is certain and indubitable: for whether I am awake or dreaming, it remains true that two and three make five, and that a square has but four sides; nor does it seem possible that truths so apparent can ever fall under a suspicion of falsity or incertitude].
9. Nevertheless, the belief that there is a God who is all powerful, and who created me, such as I am, has, for a long time, obtained steady possession of my mind. How, then, do I know tM
hat he has not arranged that there should be neither earth, nor sky, nor any extended thing, nor figure, nor magnitude, nor place, providing at the same time, however, for the rise in me of the perceptions of all these objects, and] the persuasion that these do not exist otherwise than as I perceive them ? And further, as I sometimes think that others are in error respecting matters of which they believe themselves to possess a perfect knowledge, how do I know that I am not also deceived each time I add together twM
o and three, or number the sides of a square, or form some judgment still more simple, if more simple indeed can be imagined? But perhaps Deity has not been willing that I should be thus deceived, for he is said to be supremely good. If, however, it were repugnant to the goodness of Deity to have created me subject to constant deception, it would seem likewise to be contrary to his goodness to allow me to be occasionally deceived; and yet it is clear that this is permitted.
10. Some, indeed, might perhaps be fouM
nd who would be disposed rather to deny the existence of a Being so powerful than to believe that there is nothing certain. But let us for the present refrain from opposing this opinion, and grant that all which is here said of a Deity is fabulous: nevertheless, in whatever way it be supposed that I reach the state in which I exist, whether by fate, or chance, or by an endless series of antecedents and consequents, or by any other means, it is clear (since to be deceived and to err is a certain defect ) that the prM
obability of my being so imperfect as to be the constant victim of deception, will be increased exactly in proportion as the power possessed by the cause, to which they assign my origin, is lessened. To these reasonings I have assuredly nothing to reply, but am constrained at last to avow that there is nothing of all that I formerly believed to be true of which it is impossible to doubt, and that not through thoughtlessness or levity, but from cogent and maturely considered reasons; so that henceforward, if I desirM
e to discover anything certain, I ought not the less carefully to refrain from assenting to those same opinions than to what might be shown to be manifestly false.
11. But it is not sufficient to have made these observations; care must be taken likewise to keep them in remembrance. For those old and customary opinions perpetually recur-- long and familiar usage giving them the right of occupying my mind, even almost against my will, and subduing my belief; nor will I lose the habit of deferring to them and confiM
ding in them so long as I shall consider them to be what in truth they are, viz, opinions to some extent doubtful, as I have already shown, but still highly probable, and such as it is much more reasonable to believe than deny. It is for this reason I am persuaded that I shall not be doing wrong, if, taking an opposite judgment of deliberate design, I become my own deceiver, by supposing, for a time, that all those opinions are entirely false and imaginary, until at length, having thus balanced my old by my new preM
judices, my judgment shall no longer be turned aside by perverted usage from the path that may conduct to the perception of truth. For I am assured that, meanwhile, there will arise neither peril nor error from this course, and that I cannot for the present yield too much to distrust, since the end I now seek is not action but knowledge.
12. I will suppose, then, not that Deity, who is sovereignly good and the fountain of truth, but that some malignant demon, who is at once exceedingly potent and deceitful, has M
employed all his artifice to deceive me; I will suppose that the sky, the air, the earth, colors, figures, sounds, and all external things, are nothing better than the illusions of dreams, by means of which this being has laid snares for my credulity; I will consider myself as without hands, eyes, flesh, blood, or any of the senses, and as falsely believing that I am possessed of these; I will continue resolutely fixed in this belief, and if indeed by this means it be not in my power to arrive at the knowledge of tM
ruth, I shall at least do what is in my power, viz,  suspend my judgment ], and guard with settled purpose against giving my assent to what is false, and being imposed upon by this deceiver, whatever be his power and artifice. But this undertaking is arduous, and a certain indolence insensibly leads me back to my ordinary course of life; and just as the captive, who, perchance, was enjoying in his dreams an imaginary liberty, when he begins to suspect that it is but a vision, dreads awakening, and conspires with thM
e agreeable illusions that the deception may be prolonged; so I, of my own accord, fall back into the train of my former beliefs, and fear to arouse myself from my slumber, lest the time of laborious wakefulness that would succeed this quiet rest, in place of bringing any light of day, should prove inadequate to dispel the darkness that will arise from the difficulties that have now been raised.
OF THE NATURE OF THE HUMAN MIND; AND THAT IT IS MORE EASILY KNOWN THAN THE BODY
n of yesterday has filled my mind with so many doubts, that it is no longer in my power to forget them. Nor do I see, meanwhile, any principle on which they can be resolved; and, just as if I had fallen all of a sudden into very deep water, I am so greatly disconcerted as to be unable either to plant my feet firmly on the bottom or sustain myself by swimming on the surface. I will, nevertheless, make an effort, and try anew the same path on which I had entered yesterday, that is, proceed by casting aside all that aM
dmits of the slightest doubt, not less than if I had discovered it to be absolutely false; and I will continue always in this track until I shall find something that is certain, or at least, if I can do nothing more, until I shall know with certainty that there is nothing certain. Archimedes, that he might transport the entire globe from the place it occupied to another, demanded only a point that was firm and immovable; so, also, I shall be entitled to entertain the highest expectations, if I am fortunate enough tM
o discover only one thing that is certain and indubitable.
2. I suppose, accordingly, that all the things which I see are false (fictitious); I believe that none of those objects which my fallacious memory represents ever existed; I suppose that I possess no senses; I believe that body, figure, extension, motion, and place are merely fictions of my mind. What is there, then, that can be esteemed true ? Perhaps this only, that there is absolutely nothing certain.
3. But how do I know that there is not somethinM
g different altogether from the objects I have now enumerated, of which it is impossible to entertain the slightest doubt? Is there not a God, or some being, by whatever name I may designate him, who causes these thoughts to arise in my mind ? But why suppose such a being, for it may be I myself am capable of producing them? Am I, then, at least not something? But I before denied that I possessed senses or a body; I hesitate, however, for what follows from that? Am I so dependent on the body and the senses that witM
hout these I cannot exist? But I had the persuasion that there was absolutely nothing in the world, that there was no sky and no earth, neither minds nor bodies; was I not, therefore, at the same time, persuaded that I did not exist? Far from it; I assuredly existed, since I was persuaded. But there is I know not what being, who is possessed at once of the highest power and the deepest cunning, who is constantly employing all his ingenuity in deceiving me. Doubtless, then, I exist, since I am deceived; and, let himM
 deceive me as he may, he can never bring it about that I am nothing, so long as I shall be conscious that I am something. So that it must, in fine, be maintained, all things being maturely and carefully considered, that this proposition (pronunciatum ) I am, I exist, is necessarily true each time it is expressed by me, or conceived in my mind.
4. But I do not yet know with sufficient clearness what I am, though assured that I am; and hence, in the next place, I must take care, lest perchance I inconsiderately sM
ubstitute some other object in room of what is properly myself, and thus wander from truth, even in that knowledge ( cognition ) which I hold to be of all others the most certain and evident. For this reason, I will now consider anew what I formerly believed myself to be, before I entered on the present train of thought; and of my previous opinion I will retrench all that can in the least be invalidated by the grounds of doubt I have adduced, in order that there may at length remain nothing but what is certain and M
5. What then did I formerly think I was ? Undoubtedly I judged that I was a man. But what is a man ? Shall I say a rational animal ? Assuredly not; for it would be necessary forthwith to inquire into what is meant by animal, and what by rational, and thus, from a single question, I should insensibly glide into others, and these more difficult than the first; nor do I now possess enough of leisure to warrant me in wasting my time amid subtleties of this sort. I prefer here to attend to the thoughts tM
hat sprung up of themselves in my mind, and were inspired by my own nature alone, when I applied myself to the consideration of what I was. In the first place, then, I thought that I possessed a countenance, hands, arms, and all the fabric of members that appears in a corpse, and which I called by the name of body. It further occurred to me that I was nourished, that I walked, perceived, and thought, and all those actions I referred to the soul; but what the soul itself was I either did not stay to consider, or, ifM
 I did, I imagined that it was something extremely rare and subtile, like wind, or flame, or ether, spread through my grosser parts. As regarded the body, I did not even doubt of its nature, but thought I distinctly knew it, and if I had wished to describe it according to the notions I then entertained, I should have explained myself in this manner: By body I understand all that can be terminated by a certain figure; that can be comprised in a certain place, and so fill a certain space as therefrom to exclude everyM
 other body; that can be perceived either by touch, sight, hearing, taste, or smell; that can be moved in different ways, not indeed of itself, but by something foreign to it by which it is touched and from which it receives the impression]; for the power of self-motion, as likewise that of perceiving and thinking, I held as by no means pertaining to the nature of body; on the contrary, I was somewhat astonished to find such faculties existing in some bodies.
6. But as to myself, what can I now say that I am], sM
ince I suppose there exists an extremely powerful, and, if I may so speak, malignant being, whose whole endeavors are directed toward deceiving me ? Can I affirm that I possess any one of all those attributes of which I have lately spoken as belonging to the nature of body ? After attentively considering them in my own mind, I find none of them that can properly be said to belong to myself. To recount them were idle and tedious. Let us pass, then, to the attributes of the soul. The first mentioned were the powers oM
f nutrition and walking; but, if it be true that I have no body, it is true likewise that I am capable neither of walking nor of being nourished. Perception is another attribute of the soul; but perception too is impossible without the body; besides, I have frequently, during sleep, believed that I perceived objects which I afterward observed I did not in reality perceive. Thinking is another attribute of the soul; and here I discover what properly belongs to myself. This alone is inseparable from me. I am--I existM
: this is certain; but how often? As often as I think; for perhaps it would even happen, if I should wholly cease to think, that I should at the same time altogether cease to be. I now admit nothing that is not necessarily true. I am therefore, precisely speaking, only a thinking thing, that is, a mind (mens sive animus), understanding, or reason, terms whose signification was before unknown to me. I am, however, a real thing, and really existent; but what thing? The answer was, a thinking thing.
 now arises, am I aught besides ? I will stimulate my imagination with a view to discover whether I am not still something more than a thinking being. Now it is plain I am not the assemblage of members called the human body; I am not a thin and penetrating air diffused through all these members, or wind, or flame, or vapor, or breath, or any of all the things I can imagine; for I supposed that all these were not, and, without changing the supposition, I find that I still feel assured of my existence. But it is trueM
, perhaps, that those very things which I suppose to be non-existent, because they are unknown to me, are not in truth different from myself whom I know. This is a point I cannot determine, and do not now enter into any dispute regarding it. I can only judge of things that are known to me: I am conscious that I exist, and I who know that I exist inquire into what I am. It is, however, perfectly certain that the knowledge of my existence, thus precisely taken, is not dependent on things, the existence of which is asM
 yet unknown to me: and consequently it is not dependent on any of the things I can feign in imagination. Moreover, the phrase itself, I frame an image (efffingo), reminds me of my error; for I should in truth frame one if I were to imagine myself to be anything, since to imagine is nothing more than to contemplate the figure or image of a corporeal thing; but I already know that I exist, and that it is possible at the same time that all those images, and in general all that relates to the nature of body, are merelM
y dreams or chimeras]. From this I discover that it is not more reasonable to say, I will excite my imagination that I may know more distinctly what I am, than to express myself as follows: I am now awake, and perceive something real; but because my perception is not sufficiently clear, I will of express purpose go to sleep that my dreams may represent to me the object of my perception with more truth and clearness. And, therefore, I know that nothing of all that I can embrace in imagination belongs to the knowledgM
e which I have of myself, and that there is need to recall with the utmost care the mind from this mode of thinking, that it may be able to know its own nature with perfect distinctness.
8. But what, then, am I ? A thinking thing, it has been said. But what is a thinking thing? It is a thing that doubts, understands, conceives], affirms, denies, wills, refuses; that imagines also, and perceives.
9. Assuredly it is not little, if all these properties belong to my nature. But why should they not belong to it ? M
Am I not that very being who now doubts of almost everything; who, for all that, understands and conceives certain things; who affirms one alone as true, and denies the others; who desires to know more of them, and does not wish to be deceived; who imagines many things, sometimes even despite his will; and is likewise percipient of many, as if through the medium of the senses. Is there nothing of all this as true as that I am, even although I should be always dreaming, and although he who gave me being employed allM
 his ingenuity to deceive me ? Is there also any one of these attributes that can be properly distinguished from my thought, or that can be said to be separate from myself ? For it is of itself so evident that it is I who doubt, I who understand, and I who desire, that it is here unnecessary to add anything by way of rendering it more clear. And I am as certainly the same being who imagines; for although it may be (as I before supposed) that nothing I imagine is true, still the power of imagination does not cease rM
eally to exist in me and to form part of my thought. In fine, I am the same being who perceives, that is, who apprehends certain objects as by the organs of sense, since, in truth, I see light, hear a noise, and feel heat. But it will be said that these presentations are false, and that I am dreaming. Let it be so. At all events it is certain that I seem to see light, hear a noise, and feel heat; this cannot be false, and this is what in me is properly called perceiving (sentire), which is nothing else than thinkinM
10. From this I begin to know what I am with somewhat greater clearness and distinctness than heretofore. But, nevertheless, it still seems to me, and I cannot help believing, that corporeal things, whose images are formed by thought which fall under the senses], and are examined by the same, are known with much greater distinctness than that I know not what part of myself which is not imaginable; although, in truth, it may seem strange to say that I know and comprehend with greater distinctness things whose M
existence appears to me doubtful, that are unknown, and do not belong to me, than others of whose reality I am persuaded, that are known to me, and appertain to my proper nature; in a word, than myself. But I see clearly what is the state of the case. My mind is apt to wander, and will not yet submit to be restrained within the limits of truth. Let us therefore leave the mind to itself once more, and, according to it every kind of liberty permit it to consider the objects that appear to it from without], in order tM
hat, having afterward withdrawn it from these gently and opportunely  and fixed it on the consideration of its being and the properties it finds in itsel, it may then be the more easily controlled.
11. Let us now accordingly consider the objects that are commonly thought to be the most easily, and likewise] the most distinctly known, viz, the bodies we touch and see; not, indeed, bodies in general, for these general notions are usually somewhat more confused, but one body in particular. Take, for example, this pM
iece of wax; it is quite fresh, having been but recently taken from the beehive; it has not yet lost the sweetness of the honey it contained; it still retains somewhat of the odor of the flowers from which it was gathered; its color, figure, size, are apparent ( to the sight ); it is hard, cold, easily handled; and sounds when struck upon with the finger. In fine, all that contributes to make a body as distinctly known as possible, is found in the one before us. But, while I am speaking, let it be placed near the fM
ire--what remained of the taste exhales, the smell evaporates, the color changes, its figure is destroyed, its size increases, it becomes liquid, it grows hot, it can hardly be handled, and, although struck upon, it emits no sound. Does the same wax still remain after this change ? It must be admitted that it does remain; no one doubts it, or judges otherwise. What, then, was it I knew with so much distinctness in the piece of wax? Assuredly, it could be nothing of all that I observed by means of the senses, since M
all the things that fell under taste, smell, sight, touch, and hearing are changed, and yet the same wax remains.
12. It was perhaps what I now think, viz, that this wax was neither the sweetness of honey, the pleasant odor of flowers, the whiteness, the figure, nor the sound, but only a body that a little before appeared to me conspicuous under these forms, and which is now perceived under others. But, to speak precisely, what is it that I imagine when I think of it in this way? Let it be attentively consideredM
, and, retrenching all that does not belong to the wax, let us see what remains. There certainly remains nothing, except something extended, flexible, and movable. But what is meant by flexible and movable ? Is it not that I imagine that the piece of wax, being round, is capable of becoming square, or of passing from a square into a triangular figure ? Assuredly such is not the case, because I conceive that it admits of an infinity of similar changes; and I am, moreover, unable to compass this infinity by imaginatiM
on, and consequently this conception which I have of the wax is not the product of the faculty of imagination. But what now is this extension ? Is it not also unknown ? for it becomes greater when the wax is melted, greater when it is boiled, and greater still when the heat increases; and I should not conceive clearly and] according to truth, the wax as it is, if I did not suppose that the piece we are considering admitted even of a wider variety of extension than I ever imagined, I must, therefore, admit that I caM
nnot even comprehend by imagination what the piece of wax is, and that it is the mind alone ( mens, Lat., entendement, F.) which perceives it. I speak of one piece in particular; for as to wax in general, this is still more evident. But what is the piece of wax that can be perceived only by the understanding or] mind? It is certainly the same which I see, touch, imagine; and, in fine, it is the same which, from the beginning, I believed it to be. But (and this it is of moment to observe) the perception of it is neiM
ther an act of sight, of touch, nor of imagination, and never was either of these, though it might formerly seem so, but is simply an intuition (inspectio) of the mind, which may be imperfect and confused, as it formerly was, or very clear and distinct, as it is at present, according as the attention is more or less directed to the elements which it contains, and of which it is composed.
13. But, meanwhile, I feel greatly astonished when I observe the weakness of my mind, and] its proneness to error. For althougM
h, without at all giving expression to what I think, I consider all this in my own mind, words yet occasionally impede my progress, and I am almost led into error by the terms of ordinary language. We say, for example, that we see the same wax when it is before us, and not that we judge it to be the same from its retaining the same color and figure: whence I should forthwith be disposed to conclude that the wax is known by the act of sight, and not by the intuition of the mind alone, were it not for the analogous iM
nstance of human beings passing on in the street below, as observed from a window. In this case I do not fail to say that I see the men themselves, just as I say that I see the wax; and yet what do I see from the window beyond hats and cloaks that might cover artificial machines, whose motions might be determined by springs ? But I judge that there are human beings from these appearances, and thus I comprehend, by the faculty of judgment alone which is in the mind, what I believed I saw with my eyes.
 who makes it his aim to rise to knowledge superior to the common, ought to be ashamed to seek occasions of doubting from the vulgar forms of speech: instead, therefore, of doing this, I shall proceed with the matter in hand, and inquire whether I had a clearer and more perfect perception of the piece of wax when I first saw it, and when I thought I knew it by means of the external sense itself, or, at all events, by the common sense (sensus communis), as it is called, that is, by the imaginative faculty; or whetheM
r I rather apprehend it more clearly at present, after having examined with greater care, both what it is, and in what way it can be known. It would certainly be ridiculous to entertain any doubt on this point. For what, in that first perception, was there distinct ? What did I perceive which any animal might not have perceived ? But when I distinguish the wax from its exterior forms, and when, as if I had stripped it of its vestments, I consider it quite naked, it is certain, although some error may still be foundM
 in my judgment, that I cannot, nevertheless, thus apprehend it without possessing a human mind.
15. But finally, what shall I say of the mind itself, that is, of myself ? for as yet I do not admit that I am anything but mind. What, then! I who seem to possess so distinct an apprehension of the piece of wax, do I not know myself, both with greater truth and certitude, and also much more distinctly and clearly? For if I judge that the wax exists because I see it, it assuredly follows, much more evidently, that I M
myself am or exist, for the same reason: for it is possible that what I see may not in truth be wax, and that I do not even possess eyes with which to see anything; but it cannot be that when I see, or, which comes to the same thing, when I think I see, I myself who think am nothing. So likewise, if I judge that the wax exists because I touch it, it will still also follow that I am; and if I determine that my imagination, or any other cause, whatever it be, persuades me of the existence of the wax, I will still draM
w the same conclusion. And what is here remarked of the piece of wax, is applicable to all the other things that are external to me. And further, if the notion or] perception of wax appeared to me more precise and distinct, after that not only sight and touch, but many other causes besides, rendered it manifest to my apprehension, with how much greater distinctness must I now know myself, since all the reasons that contribute to the knowledge of the nature of wax, or of any body whatever, manifest still better the M
nature of my mind ? And there are besides so many other things in the mind itself that contribute to the illustration of its nature, that those dependent on the body, to which I have here referred, scarcely merit to be taken into account.
16. But, in conclusion, I find I have insensibly reverted to the point I desired; for, since it is now manifest to me that bodies themselves are not properly perceived by the senses nor by the faculty of imagination, but by the intellect alone; and since they are not perceived M
because they are seen and touched, but only because they are understood  or rightly comprehended by thought ], I readily discover that there is nothing more easily or clearly apprehended than my own mind. But because it is difficult to rid one's self so promptly of an opinion to which one has been long accustomed, it will be desirable to tarry for some time at this stage, that, by long continued meditation, I may more deeply impress upon my memory this new knowledge.
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"!&+7/&)4)!"0A149;>>>%.DIC<H7=>;
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@ordinaltortoise on Twitter
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Ordinal Tortoises Inscription IDs:
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{"Ordinal Tortoises": 555, "inscription": "mystery"}h!
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Belief is a finicky thing
Some say heaven only
re prayerful and sing,
Some say purgatory
urself with a string.
But I remain hard to convince
s any proper protocol,
ve heard basically Fuck-all.
Whether to go left or right,
I could die an old saint
Or shoot myself despite.
If I know anything to be true:
It's that the violence you choose
Can only ever be against you.
(and for all we really know)
s the suicide who makes it,
And the saint who goes below.
But if traditional thought were true
How unjust *that* would be
Because this monster enslaves you,
Turns the whole gray, empty and rue.
How can you atone or be punished
For when your mind goes wrong,
And all you wanna to do
 all, after so long?
So maybe, I muse, in trying to flee...
And upon waking up in a higher plane,
Congrats, that was the key!
Perhaps, after all, peace you did attain.
But if, gun in hand, you sit there for a while
And feel all of its absurd unreason,
Belligerently consider its
ll see, just maybe, another season.
ER Poem 4, 15 February 2023
FjDOUT:D6D707826867734119CACBDF89D580253379895EEECA44EAF38069028BD5355C
Copyright Apple Inc., 2020
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Mushrooms              fiction
I woke up last night after only a few hours of sleep, sweaty and disoriented.
Maybe it was miasmatic vapors rising up from beneath South of Market streets. Maybe it was the widening gyre opening up under the world. Maybe it was nothing at all. I don't know.
It felt like the world had ended, but I was still there. And the lights of the city glimmered through the window, so, it was still there too.
I rose, dressed, and walked out the front door, into the hallway. For airM
, I guess. And movement. Try to walk it off.
I walked over immaculately carpeted floors and beside newly painted walls, past the elevator landing, and through the door with the emergency exit sign. I started down the unfinished throat of the building, through which it gasps for air. Down metal stairs. Past primer-painted walls.
I felt like the thirty flights would do me good, maybe shake loose the static fuzz that buzzed in my head.
My mind wandered. The fugue of interrupted sleep gave way to visions of a M
gossamer fabric, stretching off over the earth in all directions, a network of networks, with nodes like points of light shot through it, streams of data passing between them.
The stairs ended abruptly. I had passed the ground floor. The door ahead of me was marked B5. I tried the handle. It was unlocked. I opened it and walked through.
It was dark. Dim light streamed through from above. I imagined that it was from the lobby, shining from the light fixtures above the marble front desk, through the pile carpetM
, between cracks in the floor, and down into this subterranean space.
It was huge. A deep hollow between wide supporting columns of concrete. The air was cool and still, down here in the guts of the building.
The floor was covered with moist brown soil. It was carefully raked, and before me stretched neat rows of
 something. Of dark shapes.
I walked forward and hunched over, squinting, trying to resolve out the shapes in the darkness.
They were rows of fat black mushrooms. The size of a man's fist. OoziM
ng a sticky red treacle down their stems.
They smelled sweet. I imagined overripe mangos, cleft open to reveal insides not of fruit but of charred animal flesh.
Crouching on my heels, the odor washed over me. Memories that weren't mine came to me unbidden. From deep in my blood.
I saw my great uncle, who, according to whispers within the family was once a zionist terrorist known as the Lion of Bethlehem. He was in his youth, not the old man that I knew from pictures. A pale-faced and red-haired Ashkenazi, M
he had a knife in his hand, but it cut the dark skin of an arab neck. The knife was a shechita blade. Even though human meat is not kosher, no matter how it is cut.
I saw a swede with green eyes like mine, butchering a snapphane in some muddy Scanian town square. It was a brutal show, to scare other rebels into submission.
I saw a welsh bowman in a field wreathed with fog, nocking an arrow after the one before it had flown straight through an Anglo-Norman's chest. He squinted down the shaft, aiming to take a M
More violence committed by men in my line glinted before my eyes, further and further back. The last was a glimpse of a spry homo sapian bringing a huge rock down on a neanderthal's skull, braining him. I started, and focused on the mushrooms in front of me.
I pawed at one, its sap like venous fluid, thick and red, sticking to my fingers.
It looked and smelled disgusting, but I wanted to eat it.
I started to bring my fingers to my mouth, to lick them clean. But there was a thump, off in theM
 distance, past pairs of huge columns of concrete that shot into the darkness and the rows of mushrooms at their feet.
A shadow detached from the far wall and moved in my direction. Fear took me. The stench of the mushrooms was suddenly revolting. I stumbled backwards, wiping my hand on my jeans. I rushed towards door and the stairs beyond, up to the surface, back to the light.h!
UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU(t
MjK=:BNB.BUSD-BD1:bnb12a36fszv99wj6drulqm58rr0g4j3rens0dlu9d:119414755632:te:0
FjDOUT:B592466DCC9AED4F43CE58E20DBE8E94BC617ABF3992093378062063435B02CF
text/plain;charset=utf-8
LMA world forever changed,
Boundaries redefined anew,
Hope for a fresh start.h!
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!22222222222222222222222222222222222222222222222222
text/plain;charset=utf-8
Abstract. A purely peer-to-peer version of electronic cash would allow online
payments to be sent directly from one party to another without going through a
financial institution. Digital signatures provide part of the solution, but the main
benefits are lost if a trusted third party is still required to prevent double-spending.
We propose a solution to the double-spending problem using a peer-to-peer network.
The network timestamps transactions by hashing them into an ongoing chain of
hash-based proof-of-worM
k, forming a record that cannot be changed without redoing
the proof-of-work. The longest chain not only serves as proof of the sequence of
events witnessed, but proof that it came from the largest pool of CPU power. As
long as a majority of CPU power is controlled by nodes that are not cooperating to
attack the network, they'll generate the longest chain and outpace attackers. The
network itself requires minimal structure. Messages are broadcast on a best effort
basis, and nodes can leave and rejoin the netwLzork at will, accepting the longest
proof-of-work chain as proof of what happened while they were gone.
FjDOUT:3085DBE03510DF4E2D1183184EC32EC88B74B50E151F272FE2E1AAE276A4ED45
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FjDOUT:CC3E8D7734C276D007756297C2064C2206370D673F648E0239B96A222F0FAB5E
Aj?=:ETH.ETH:0xc3B99460A76f49B02207154F778FEE27d7503afb:1391969::0
DjB=:ETH.ETH:0xEc46248725f7e37E1B3A1Df368238e957b8A0995:11121858:te:0
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                                                                                                                                                                                                                                                               <?xpacket end="w"?>h!
CjA=:BNB.BNB:bnb1yxaltujsu4cmlleefsqatvn9nddw9gk38k8hkm:776750482::0
/ViaBTC/Mined by jimmy444/,
CjAs:ETH.ETH:0x0333bC88094117A1032A309c6B1B5F10e1eEC2C9:2187232:ss:0
FjDOUT:D3022BDF36638D7A289432803256F12E76A4967820C23865CF9D98A34097ABD2
Aj?=:ETH.ETH:0x92A9448c7943a863b36aEb0c3Fa336B32AA75d63:4427871::0
Adobe Photoshop CS6 (Windows)
cropWhenPrintingbool
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Adobe Photoshop CS6 (Windows)
cropWhenPrintingbool
http://ns.adobe.com/xap/1.0/
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                                                                 <?xpacket end="w"?>
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing ConditionM
Adobe Photoshop CS6 (Windows)
cropWhenPrintingbool
http://ns.adobe.com/xap/1.0/
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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                     <?xpacket end="w"?>
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
CjA=:ETH.ETH:0x1A2b0A724cC3085Fc92680986BC8F059CD70Eb28:1425406:te:0
KjI=:BNB.BUSD-BD1:bnb10f26jtl76cghcsuswv0kl4946m0w547kmwdzc4:4843455932:te:0
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                                                                                                                                                                                                                                                                                                                                                                                                                                   <?xpacket end="w"?>h!
text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/plain;charset=utf-8
We are a web3 brand that is launching their genesis collection called "Suited Ordinal Apes" on BTC. The Suited Ordinal Apes will be a collection of 100 completely unique 1/1 NFTs and will funcion as a digital membership for the entire Suited Apes ecosystem.
Suit up, the BTC mania is coming!
twitter.com/suitedapesnft
discord.gg/suitedordinalapes
Suited Ordinal Apes Inscription IDs:
{	"Suited Ordinal Apes":	"1"	"inscription":	"34c6f40ce47ce19bff04af8aa6e90dc7dM
c82a7067b471e6cdf0f70c39cd9ff71i0",	}
{	"Suited Ordinal Apes":	"2"	"inscription":	"7159f0b8cc2d988c853448444c1ee98deacf399bff77f15a0ea69eea1a4df2c4i0",	}
{	"Suited Ordinal Apes":	"3"	"inscription":	"214b62463da33ce19593a146aed616116a6e6ef233016c78601a7622a78e017ai0",	}
{	"Suited Ordinal Apes":	"4"	"inscription":	"62e44c7ca7edee89c57cf7ea3a300c6503e2a345a87cb80c040b3f2ebd62a949i0",	}
{	"Suited Ordinal Apes":	"5"	"inscription":	"f6ae87b7a52924b04354e8b94a55f3a957b09bf7fecf17371647b24bbc582193i0",	}
Apes":	"6"	"inscription":	"fd7788c8315bd496913526969fa7768f74e7b060452d3cbbd24a221afb7e34f8i0",	}
{	"Suited Ordinal Apes":	"7"	"inscription":	"a473ef86b2791c07a415e6f7682ce397cbdac4912245c3c2ac46478d53449de6i0",	}
{	"Suited Ordinal Apes":	"8"	"inscription":	"a5aecd222597225d4f6a17e18d656e48865c528dafccf54ed971babbe42ca6d5i0",	}
{	"Suited Ordinal Apes":	"9"	"inscription":	"ec5e06ac6c3f55c1045f564162bc5c978e113b3032ace6b4f32fd0c6e92371afi0",	}
{	"Suited Ordinal Apes":	"10"	"inscription":	"795f0ba415b6eb283ea296343f26M
ccfb0d42121d60661e92200a7b0661cf0e99i0",	}
{	"Suited Ordinal Apes":	"11"	"inscription":	"6571dbec3a0ed956063a0ec420293dbd4e3054211323727b30a7084176c5d464i0",	}
{	"Suited Ordinal Apes":	"12"	"inscription":	"1500c31d02cc4a55392a759d16f8ff3f7cefde69fb109d00873c76210833ce82i0",	}
{	"Suited Ordinal Apes":	"13"	"inscription":	"e1b6f63f8af3213a375eca45b8db7c235e7ca3e0bfdb22359b395ee0c04432c7i0",	}
{	"Suited Ordinal Apes":	"14"	"inscription":	"dc26e89d972635f7044fee35b29d0ca31cf3ea590e81d2ed4e3bbd7527335389i0",	}
 Ordinal Apes":	"15"	"inscription":	"56805d3d1c2a951b1df2371c35f47b2ca70c939517b182a73d8adaf6dd02f0b7i0",	}
{	"Suited Ordinal Apes":	"16"	"inscription":	"1efc4964ddd763866419fec0c06e472662a9fd49defdec5a865d86f35f0c76cci0",	}
{	"Suited Ordinal Apes":	"17"	"inscription":	"13ec1eb94d0b683266de00636ad5d25fcb3e4e17c3c9d77504637150b52c7db3i0",	}
{	"Suited Ordinal Apes":	"18"	"inscription":	"ea5ced08590ba3a20c210e7f3865731f38143bf745995afbc40c80793b239a53i0",	}
{	"Suited Ordinal Apes":	"19"	"inscription":	"c4f81fcb54fd446M
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{	"Suited Ordinal Apes":	"20"	"inscription":	"b44e44989d886706d778f6aabe073ac4e374d4e800202cc4e940808d10a7421ai0",	}
{	"Suited Ordinal Apes":	"21"	"inscription":	"0e06cfbaff2576fe3ea821ecef631c648e8eb76c12c2913a169639c9f0096bd8i0",	}
{	"Suited Ordinal Apes":	"22"	"inscription":	"97688ef817af40e59f404fc6749ffd38bd2d9567bec0aacecf9013a1a29b5f8bi0",	}
{	"Suited Ordinal Apes":	"23"	"inscription":	"ab4963b53ee1114ae7e7c422e7dd16ab6c722247f92486e865ef1e843c5566cbi0"M
{	"Suited Ordinal Apes":	"24"	"inscription":	"c83ad7621ff59c0fa673da477c58f9fa77599dd2097f896daed021cfdcd89070i0",	}
{	"Suited Ordinal Apes":	"25"	"inscription":	"e0eb3650b9d41dd15a5ce2b380047819e8478f25235a697fae958e15a0a7e097i0",	}
{	"Suited Ordinal Apes":	"26"	"inscription":	"fe3937fcbc3b6f3c50adfd7840966f2aaeb4d9d0cc772b073f67af48ea56e616i0",	}
{	"Suited Ordinal Apes":	"27"	"inscription":	"5eb4f871824c9bde819aa30f5f6e6772cc809213c1d5abce63a19b640120a7d6i0",	}
{	"Suited Ordinal Apes":	"28"	"inscription":	"a6M
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{	"Suited Ordinal Apes":	"29"	"inscription":	"6bf3c47a292ac717016b67b0dce034cde97a1108bbb82ce7d88dab8193cf26c5i0",	}
{	"Suited Ordinal Apes":	"30"	"inscription":	"6dfc405614c6a65f235f446683c8823ddf05bfa119c618c4372ab2d3073b5773i0",	}
{	"Suited Ordinal Apes":	"31"	"inscription":	"853c3b0d3b0d7ca14c3267350119b11639a312d96292f26f31980cb960390de9i0",	}
{	"Suited Ordinal Apes":	"32"	"inscription":	"9cc40a1e8bee1653f4a75a21ef9923d2629b18ed5fc6408f5198d1M
{	"Suited Ordinal Apes":	"33"	"inscription":	"07067e770146e3125403a9838a9746d38affb68d6b0ac66112668cb00258d817i0",	}
{	"Suited Ordinal Apes":	"34"	"inscription":	"e7227d7dd536364e78d09d77e93a2294dfce5dcc057ee4a09049f93fb7b7b173i0",	}
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{	"Suited Ordinal Apes":	"36"	"inscription":	"068a52a2f214eb56a0d1b6f33f51bee035d96b7ff95e8d7f19953b8be97423f9i0",	}
{	"Suited Ordinal Apes":	"37"	"inscM
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{	"Suited Ordinal Apes":	"39"	"inscription":	"253fc48d74197de41ffbe780e9ba93544127ec50faca52882a43a092563a7c6ei0",	}
{	"Suited Ordinal Apes":	"40"	"inscription":	"0b171ba66ef5a5226d4e3a89312a2f4251ccdda0de038179923d4ebd5b544718i0",	}
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{	"Suited Ordinal Apes":	"42"	"inscription":	"e41dc8db1b92a445cc1fba7698c729d1b22b08089d52780f30afca7843220f99i0",	}
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{	"Suited Ordinal Apes":	"48"	"inscription":	"6d37d40c68c7df6c6dd12c2df5c3c96be169ab1b8128af0fa65944f7ce05d31ei0",	}
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{	"Suited Ordinal Apes":	"52"	"inscription":	"1deccd7c1fa63541f5d381585a921776f812b2f30e09ef6fd5d02bce07f77d3ai0",	}
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{	"Suited Ordinal Apes":	"54"	"inscription":	"9cabdda536fdd5060e896988ad8522d445f2fa4d671978b351f15b9d522b190ei0",	}
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{	"Suited Ordinal Apes":	"56"	"inscription":	"23b5cf22c2ea349a309cdac5044d0f04bc0b89e043c36e7aa5c238f347c8a3b0i0",	}
{	"Suited Ordinal Apes":	"57"	"inscription":	"1c1ab1101f800ba7ef6252b810efe1dbfe0e1d1f6e1ef6f4e4ebb432883f467ei0",	}
{	"Suited Ordinal Apes":	"58"	"inscription":	"7357771281ddb8bc593528269cad599540256bc36cb8ae29921f9e190bd03d79i0",	}
{	"Suited Ordinal Apes":	"59"	"inscription":	"a8cf5d5b3fd1bbdM
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{	"Suited Ordinal Apes":	"61"	"inscription":	"2c7efda8235908c10c5ef0be0cbcad4a1596ef7e840782be23f10847b3b020c4i0",	}
{	"Suited Ordinal Apes":	"62"	"inscription":	"fa3c9f5d59604d64b83a07e5d27ddfea07b5b1e17ec52708655eed375a9ccdc4i0",	}
{	"Suited Ordinal Apes":	"63"	"inscription":	"94cb095287d9c92e14cba8a5b52e20f78b74cfb3c4fbf7164d4552dbf357e0f3i0"M
{	"Suited Ordinal Apes":	"64"	"inscription":	"16569b0ba47c428bf9909c19f14ec8cb6ead084f9c7d39d560c5a75352a5dc83i0",	}
{	"Suited Ordinal Apes":	"65"	"inscription":	"ce7644817454c1189be9f60ca7391e1b9ed87b6aee5ba898d39439ba7d056e26i0",	}
{	"Suited Ordinal Apes":	"66"	"inscription":	"3a8827483ed2c3d3388ace36de16ae9efa9206f0f363f8b29b817c260ea59495i0",	}
{	"Suited Ordinal Apes":	"67"	"inscription":	"7b5063668cf8bc015781531f4b89a47acbb194d6c472726503cf873706ba6162i0",	}
{	"Suited Ordinal Apes":	"68"	"inscription":	"7eM
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{	"Suited Ordinal Apes":	"69"	"inscription":	"ac304ba5b8f473661fe89cf7c9c67cbcab0a1244a46e5e3cc57f1093e4bf9668i0",	}
{	"Suited Ordinal Apes":	"70"	"inscription":	"8895627f1f1b8f4688b86d0069aac8d1e669f40118674636bbff11cc152a179ci0",	}
{	"Suited Ordinal Apes":	"71"	"inscription":	"d212002f267def2f7d3d5306cff58e1be88b66109f17339ae9c51283f4514270i0",	}
{	"Suited Ordinal Apes":	"72"	"inscription":	"11a048d54c6764a4268f168075878ad1a3c4d9dcc6134e73b08977M
{	"Suited Ordinal Apes":	"73"	"inscription":	"0cd112752551824a64f1a0197dffb7db008602256c122051e07f016ea22b4e8ei0",	}
{	"Suited Ordinal Apes":	"74"	"inscription":	"414985cf160de6ae8b9122b33654e0d9fffbb571fc6e5d72f6403d49c423739bi0",	}
{	"Suited Ordinal Apes":	"75"	"inscription":	"cdd24d667f9ef96a04d8a68e9b0b345891e2eef840550b87e07dd89af23f3a3bi0",	}
{	"Suited Ordinal Apes":	"76"	"inscription":	"de03c471b9d4463bd18c9b5ea414b9be29bef471df12e12c8326bbda262fec79i0",	}
{	"Suited Ordinal Apes":	"77"	"inscM
ription":	"e997a4b37427785429a55ce1957e019c5015dcbf2ca218f909d7668aff3a6acdi0",	}
{	"Suited Ordinal Apes":	"78"	"inscription":	"a255b908c5a387943f33deab7d20625b24f6909d52b2fed45532e688df397745i0",	}
{	"Suited Ordinal Apes":	"79"	"inscription":	"8980a298e7abddc3ad37e134171269e0a33dec23f4df40afcfba9e70865cc2c9i0",	}
{	"Suited Ordinal Apes":	"80"	"inscription":	"f4596a563d8714436b09fcddf4e7e277902128eb5ab85f789304e2cafc369242i0",	}
{	"Suited Ordinal Apes":	"81"	"inscription":	"f23199c29009d8bc7c98d6f1dd33ce1cedd93f9aaM
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{	"Suited Ordinal Apes":	"82"	"inscription":	"c20ed26512045734ffe6ec4aa957087c03dc6b04a8159d8b2d044362f153fd18i0",	}
{	"Suited Ordinal Apes":	"83"	"inscription":	"57109402150d506fc0763aca9c510720f7ca2c04e58bdfda97083e7b27be1171i0",	}
{	"Suited Ordinal Apes":	"84"	"inscription":	"58bc307500025161468af12fdca9ff34be408d7c34405ccfce9c1ae45d52f3b3i0",	}
{	"Suited Ordinal Apes":	"85"	"inscription":	"37859b1fcf48152d3da5ad9dfd815551b15988d37104c1650f8e2f6d9d0029b3i0",	}
{	"Suited Ordinal ApesM
":	"86"	"inscription":	"3731209cf989703f727ba0378e9fb8a05fe26f25ad773c7aff0c790ab685a260i0",	}
{	"Suited Ordinal Apes":	"87"	"inscription":	"cc84c4cc353b64bd0c8c2a4efec209116fe26dc83b19aeb5f52200d1de1cc121i0",	}
{	"Suited Ordinal Apes":	"88"	"inscription":	"17e6c87f643ce644111f257f463bc339814ebffd8dc69d71ef6c1a59e8a40a5di0",	}
{	"Suited Ordinal Apes":	"89"	"inscription":	"1f3719ed4bb57b1b58c8e429b313ea26f2aa2e593b5372870980011a4b78da07i0",	}
{	"Suited Ordinal Apes":	"90"	"inscription":	"33e6f867fc03be748c8c39b64a3eM
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{	"Suited Ordinal Apes":	"91"	"inscription":	"f7d7ee82c05f878905f6996b67b7e94aa40a4098e069cad6441b91acbc3fa769i0",	}
{	"Suited Ordinal Apes":	"92"	"inscription":	"1f502836ce690a7bcc46ebbffe5ab438abdabe39702d392af490f1293076f2b2i0",	}
{	"Suited Ordinal Apes":	"93"	"inscription":	"6cd67e7ad817a385d3cd0b93adea3992924714fabba82c18297a38ee721a6301i0",	}
{	"Suited Ordinal Apes":	"94"	"inscription":	"115ac07e662b02ab0d977339ef86f59c6da856b85cb4e575db7df6990082cdd2i0",	}
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{	"Suited Ordinal Apes":	"96"	"inscription":	"e6fc61e32a658724892ff07263497fb12f5f08dc4ad518c4616b73f5c3dddec0i0",	}
{	"Suited Ordinal Apes":	"97"	"inscription":	"b2d03d613dfe0cc075c7c1279246cbe853e8162262a00ae6231bd6a3c16222e8i0",	}
{	"Suited Ordinal Apes":	"98"	"inscription":	"380b23fdbdbfa88308fe81c0956b04de74cc358eeee67276647cb4237a76085ai0",	}h!
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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2016-03-30T18:46:06-07:00
2016-03-30T18:46:06-07:00
2016-03-30T18:46:08-07:00
2016-03-30T18:46:08-07:00
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THE CHILDREN OF HAMELN [PIED PIPER]
It was the year 1284 when a strange and wondrous figure arrived in
Hameln. He was attired in a coat of many colours and was taken to be a
rat catcher, because he promised to free the town of a plague of rats
and mice for a fixed sum of money.
The citizens pledged to pay him his fee, so the visitor produced a pipe
and began to play. Soon all the rats and mice came running out of the
houses and gathered around the Pied Piper in a teeming mass. OnM
convinced that each and every one followed, he went out of the town
straight into the River Weser where the vermin plunged after him and
The townspeople however, now freed of the plague, regretted their
promise and refused to pay the Piper, who left Hameln in a bitter mood.
On the 26th of June in that year he returned, this time dressed as a
huntsman, wearing a grim countenance and a wondrous red hat. While the
townsfolk were assembled in the church, he again sounded his pipe in the
This time, it was not rats and mice that came out, but children! A great
many boys and girls older than four came running, amoung them the grown-
up daughter of the mayor, to be led through the Ostertor gate and into
the very heart of a hill where they all disappeared. Only two children
returned because they could not keep up: one was blind and could not
show where the others had gone, the other dumb and not able to tell the
secret. A last little boy had come back to fetch his coat and so escaped
lamity. A total of 130 children were lost.
The road, through which the children were led, was known in the middle
of the eighteenth century. (Probably still today) as The Bungelose
(drum, toneless, silent), because no music nor dance be allowed there.
When a bride was brought to the church with music, the musicians had to
remain quiet through this lane. The mountain at Hameln, where the
children disappeared, is called the Poppenberg (which was also called
Koppenberg), where left and right two stones in croMY
erected. Some say the children had been led into a cave and reappeared
Inscribed by etching.net
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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 1. Sun Tzu said:  The art of war is of vital importance
 2. It is a matter of life and death, a road either
    to safety or to ruin.  Hence it is a subject of inquiry
    which can on no account be neglected.
 3. The art of war, then, is governed by five constant
    factors, to be taken into account in one's deliberations,
    when seeking to determine the conditions obtaining in the field.
 4. These are:  (1) The Moral Law;M
 (2) Heaven; (3) Earth;
    (4) The Commander; (5) Method and discipline.
5,6. The Moral Law causes the people to be in complete
    accord with their ruler, so that they will follow him
    regardless of their lives, undismayed by any danger.
 7. Heaven signifies night and day, cold and heat,
    times and seasons.
 8. Earth comprises distances, great and small;
    danger and security; open ground and narrow passes;
    the chances of life and death.
 9. The Commander stands for the virtues of wM
    sincerely, benevolence, courage and strictness.
10. By method and discipline are to be understood
    the marshaling of the army in its proper subdivisions,
    the graduations of rank among the officers, the maintenance
    of roads by which supplies may reach the army, and the
    control of military expenditure.
11. These five heads should be familiar to every general:
    he who knows them will be victorious; he who knows them
12. Therefore, in your deliberations, M
    to determine the military conditions, let them be made
    the basis of a comparison, in this wise:--
13. (1) Which of the two sovereigns is imbued
        with the Moral law?
    (2) Which of the two generals has most ability?
    (3) With whom lie the advantages derived from Heaven
    (4) On which side is discipline most rigorously enforced?
    (5) Which army is stronger?
    (6) On which side are officers and men more highly trained?
    (7) In which army is theM
re the greater constancy
        both in reward and punishment?
14. By means of these seven considerations I can
    forecast victory or defeat.
15. The general that hearkens to my counsel and acts
    upon it, will conquer:  let such a one be retained in command!
    The general that hearkens not to my counsel nor acts upon it,
    will suffer defeat:--let such a one be dismissed!
16. While heading the profit of my counsel,
    avail yourself also of any helpful circumstances
    over and beyond tM
17. According as circumstances are favorable,
    one should modify one's plans.
18. All warfare is based on deception.
19. Hence, when able to attack, we must seem unable;
    when using our forces, we must seem inactive; when we
    are near, we must make the enemy believe we are far away;
    when far away, we must make him believe we are near.
20. Hold out baits to entice the enemy.  Feign disorder,
21. If he is secure at all points, be prepared for him.M
    If he is in superior strength, evade him.
22. If your opponent is of choleric temper, seek to
    irritate him.  Pretend to be weak, that he may grow arrogant.
23. If he is taking his ease, give him no rest.
    If his forces are united, separate them.
24. Attack him where he is unprepared, appear where
    you are not expected.
25. These military devices, leading to victory,
    must not be divulged beforehand.
26. Now the general who wins a battle makes many
    calculations in his temM
ple ere the battle is fought.
    The general who loses a battle makes but few
    calculations beforehand.  Thus do many calculations
    lead to victory, and few calculations to defeat:
    how much more no calculation at all!  It is by attention
    to this point that I can foresee who is likely to win or lose.
 1. Sun Tzu said:  In the operations of war,
    where there are in the field a thousand swift chariots,
    as many heavy chariots, and a hundred thousand
oldiers, with provisions enough to carry them
    a thousand li, the expenditure at home and at the front,
    including entertainment of guests, small items such as
    glue and paint, and sums spent on chariots and armor,
    will reach the total of a thousand ounces of silver per day.
    Such is the cost of raising an army of 100,000 men.
 2. When you engage in actual fighting, if victory
    is long in coming, then men's weapons will grow dull and
    their ardor will be damped.  If you lay siege toM
    you will exhaust your strength.
 3. Again, if the campaign is protracted, the resources
    of the State will not be equal to the strain.
 4. Now, when your weapons are dulled, your ardor damped,
    your strength exhausted and your treasure spent,
    other chieftains will spring up to take advantage
    of your extremity.  Then no man, however wise,
    will be able to avert the consequences that must ensue.
 5. Thus, though we have heard of stupid haste in war,
    cleverness has nevM
er been seen associated with long delays.
 6. There is no instance of a country having benefited
    from prolonged warfare.
 7. It is only one who is thoroughly acquainted
    with the evils of war that can thoroughly understand
    the profitable way of carrying it on.
 8. The skillful soldier does not raise a second levy,
    neither are his supply-wagons loaded more than twice.
 9. Bring war material with you from home, but forage
    on the enemy.  Thus the army will have food enough
10. Poverty of the State exchequer causes an army
    to be maintained by contributions from a distance.
    Contributing to maintain an army at a distance causes
    the people to be impoverished.
11. On the other hand, the proximity of an army causes
    prices to go up; and high prices cause the people's
    substance to be drained away.
12. When their substance is drained away, the peasantry
    will be afflicted by heavy exactions.
13,14. With this loss of substance and exhaustionM
    of strength, the homes of the people will be stripped bare,
    and three-tenths of their income will be dissipated;
    while government expenses for broken chariots, worn-out horses,
    breast-plates and helmets, bows and arrows, spears and shields,
    protective mantles, draught-oxen and heavy wagons,
    will amount to four-tenths of its total revenue.
15. Hence a wise general makes a point of foraging
    on the enemy.  One cartload of the enemy's provisions
    is equivalent to twenty of oneM
's own, and likewise
    a single picul of his provender is equivalent to twenty
    from one's own store.
16. Now in order to kill the enemy, our men must
    be roused to anger; that there may be advantage from
    defeating the enemy, they must have their rewards.
17. Therefore in chariot fighting, when ten or more chariots
    have been taken, those should be rewarded who took the first.
    Our own flags should be substituted for those of the enemy,
    and the chariots mingled and used in conjunM
    The captured soldiers should be kindly treated and kept.
18. This is called, using the conquered foe to augment
    one's own strength.
19. In war, then, let your great object be victory,
    not lengthy campaigns.
20. Thus it may be known that the leader of armies
    is the arbiter of the people's fate, the man on whom it
    depends whether the nation shall be in peace or in peril.
III. ATTACK BY STRATAGEM
 1. Sun Tzu said:  In the practical art of war, the best
hing of all is to take the enemy's country whole and intact;
    to shatter and destroy it is not so good.  So, too, it is
    better to recapture an army entire than to destroy it,
    to capture a regiment, a detachment or a company entire
    than to destroy them.
 2. Hence to fight and conquer in all your battles
    is not supreme excellence; supreme excellence consists
    in breaking the enemy's resistance without fighting.
 3. Thus the highest form of generalship is to
    balk the enemy's planM
s; the next best is to prevent
    the junction of the enemy's forces; the next in
    order is to attack the enemy's army in the field;
    and the worst policy of all is to besiege walled cities.
 4. The rule is, not to besiege walled cities if it
    can possibly be avoided.  The preparation of mantlets,
    movable shelters, and various implements of war, will take
    up three whole months; and the piling up of mounds over
    against the walls will take three months more.
 5. The general, unable M
to control his irritation,
    will launch his men to the assault like swarming ants,
    with the result that one-third of his men are slain,
    while the town still remains untaken.  Such are the disastrous
    effects of a siege.
 6. Therefore the skillful leader subdues the enemy's
    troops without any fighting; he captures their cities
    without laying siege to them; he overthrows their kingdom
    without lengthy operations in the field.
 7. With his forces intact he will dispute the masteryM
    of the Empire, and thus, without losing a man, his triumph
    will be complete.  This is the method of attacking by stratagem.
 8. It is the rule in war, if our forces are ten
    to the enemy's one, to surround him; if five to one,
    to attack him; if twice as numerous, to divide our army
 9. If equally matched, we can offer battle;
    if slightly inferior in numbers, we can avoid the enemy;
    if quite unequal in every way, we can flee from him.
10. Hence, though an obstinaM
te fight may be made
    by a small force, in the end it must be captured
    by the larger force.
11. Now the general is the bulwark of the State;
    if the bulwark is complete at all points; the State will
    be strong; if the bulwark is defective, the State will
12. There are three ways in which a ruler can bring
    misfortune upon his army:--
13. (1) By commanding the army to advance or to retreat,
    being ignorant of the fact that it cannot obey.
    This is called hobbling M
14. (2) By attempting to govern an army in the
    same way as he administers a kingdom, being ignorant
    of the conditions which obtain in an army.  This causes
    restlessness in the soldier's minds.
15. (3) By employing the officers of his army
    without discrimination, through ignorance of the
    military principle of adaptation to circumstances.
    This shakes the confidence of the soldiers.
16. But when the army is restless and distrustful,
    trouble is sure to come from thM
e other feudal princes.
    This is simply bringing anarchy into the army, and flinging
17. Thus we may know that there are five essentials
    (1) He will win who knows when to fight and when
        not to fight.
    (2) He will win who knows how to handle both superior
        and inferior forces.
    (3) He will win whose army is animated by the same
        spirit throughout all its ranks.
    (4) He will win who, prepared himself, waits to take
    (5) He will win who has military capacity and is
        not interfered with by the sovereign.
18. Hence the saying:  If you know the enemy
    and know yourself, you need not fear the result of a
    hundred battles.  If you know yourself but not the enemy,
    for every victory gained you will also suffer a defeat.
    If you know neither the enemy nor yourself, you will
    succumb in every battle.
IV. TACTICAL DISPOSITIONS
 1. Sun Tzu said:  The good fighters of old first pM
    themselves beyond the possibility of defeat, and then
    waited for an opportunity of defeating the enemy.
 2. To secure ourselves against defeat lies in our
    own hands, but the opportunity of defeating the enemy
    is provided by the enemy himself.
 3. Thus the good fighter is able to secure himself against defeat,
    but cannot make certain of defeating the enemy.
 4. Hence the saying:  One may know how to conquer
    without being able to do it.
 5. Security against defeat implies deM
    ability to defeat the enemy means taking the offensive.
 6. Standing on the defensive indicates insufficient
    strength; attacking, a superabundance of strength.
 7. The general who is skilled in defense hides in the
    most secret recesses of the earth; he who is skilled in
    attack flashes forth from the topmost heights of heaven.
    Thus on the one hand we have ability to protect ourselves;
    on the other, a victory that is complete.
 8. To see victory only when it isM
    of the common herd is not the acme of excellence.
 9. Neither is it the acme of excellence if you fight
    and conquer and the whole Empire says, "Well done!"
10. To lift an autumn hair is no sign of great strength;
    to see the sun and moon is no sign of sharp sight;
    to hear the noise of thunder is no sign of a quick ear.
11. What the ancients called a clever fighter is
    one who not only wins, but excels in winning with ease.
12. Hence his victories bring him neither M
    for wisdom nor credit for courage.
13. He wins his battles by making no mistakes.
    Making no mistakes is what establishes the certainty
    of victory, for it means conquering an enemy that is
    already defeated.
14. Hence the skillful fighter puts himself into
    a position which makes defeat impossible, and does
    not miss the moment for defeating the enemy.
15. Thus it is that in war the victorious strategist
    only seeks battle after the victory has been won,
as he who is destined to defeat first fights
    and afterwards looks for victory.
16. The consummate leader cultivates the moral law,
    and strictly adheres to method and discipline; thus it is
    in his power to control success.
17. In respect of military method, we have,
    firstly, Measurement; secondly, Estimation of quantity;
    thirdly, Calculation; fourthly, Balancing of chances;
    fifthly, Victory.
18. Measurement owes its existence to Earth;
    Estimation of quantity to MeasurementM
    Estimation of quantity; Balancing of chances to Calculation;
    and Victory to Balancing of chances.
19. A victorious army opposed to a routed one, is as
    a pound's weight placed in the scale against a single grain.
20. The onrush of a conquering force is like the bursting
    of pent-up waters into a chasm a thousand fathoms deep.
 1. Sun Tzu said:  The control of a large force
    is the same principle as the control of a few men:
    it is merely a questionM
 of dividing up their numbers.
 2. Fighting with a large army under your command
    is nowise different from fighting with a small one:
    it is merely a question of instituting signs and signals.
 3. To ensure that your whole host may withstand
    the brunt of the enemy's attack and remain unshaken--
    this is effected by maneuvers direct and indirect.
 4. That the impact of your army may be like a grindstone
    dashed against an egg--this is effected by the science
    of weak points and strM
 5. In all fighting, the direct method may be used
    for joining battle, but indirect methods will be needed
    in order to secure victory.
 6. Indirect tactics, efficiently applied, are inexhaustible
    as Heaven and Earth, unending as the flow of rivers and streams;
    like the sun and moon, they end but to begin anew;
    like the four seasons, they pass away to return once more.
 7. There are not more than five musical notes,
    yet the combinations of these five give rise to more
 melodies than can ever be heard.
 8. There are not more than five primary colors
    (blue, yellow, red, white, and black), yet in combination
    they produce more hues than can ever been seen.
 9. There are not more than five cardinal tastes
    (sour, acrid, salt, sweet, bitter), yet combinations
    of them yield more flavors than can ever be tasted.
10. In battle, there are not more than two methods
    of attack--the direct and the indirect; yet these two
    in combination give rise to an endM
less series of maneuvers.
11. The direct and the indirect lead on to each other in turn.
    It is like moving in a circle--you never come to an end.
    Who can exhaust the possibilities of their combination?
12. The onset of troops is like the rush of a torrent
    which will even roll stones along in its course.
13. The quality of decision is like the well-timed
    swoop of a falcon which enables it to strike and destroy
14. Therefore the good fighter will be terrible
his onset, and prompt in his decision.
15. Energy may be likened to the bending of a crossbow;
    decision, to the releasing of a trigger.
16. Amid the turmoil and tumult of battle, there may
    be seeming disorder and yet no real disorder at all;
    amid confusion and chaos, your array may be without head
    or tail, yet it will be proof against defeat.
17. Simulated disorder postulates perfect discipline,
    simulated fear postulates courage; simulated weakness
    postulates strength.
Hiding order beneath the cloak of disorder is
    simply a question of subdivision; concealing courage under
    a show of timidity presupposes a fund of latent energy;
    masking strength with weakness is to be effected
    by tactical dispositions.
19. Thus one who is skillful at keeping the enemy
    on the move maintains deceitful appearances, according to
    which the enemy will act.  He sacrifices something,
    that the enemy may snatch at it.
20. By holding out baits, he keeps him on the marcM
    then with a body of picked men he lies in wait for him.
21. The clever combatant looks to the effect of combined
    energy, and does not require too much from individuals.
    Hence his ability to pick out the right men and utilize
    combined energy.
22. When he utilizes combined energy, his fighting
    men become as it were like unto rolling logs or stones.
    For it is the nature of a log or stone to remain
    motionless on level ground, and to move when on a slope;
ed, to come to a standstill, but if
    round-shaped, to go rolling down.
23. Thus the energy developed by good fighting men
    is as the momentum of a round stone rolled down a mountain
    thousands of feet in height.  So much on the subject
VI. WEAK POINTS AND STRONG
 1. Sun Tzu said:  Whoever is first in the field and
    awaits the coming of the enemy, will be fresh for the fight;
    whoever is second in the field and has to hasten to battle
    will arrive exhausted.
Therefore the clever combatant imposes his will on
    the enemy, but does not allow the enemy's will to be imposed on him.
 3. By holding out advantages to him, he can cause the enemy
    to approach of his own accord; or, by inflicting damage,
    he can make it impossible for the enemy to draw near.
 4. If the enemy is taking his ease, he can harass him;
    if well supplied with food, he can starve him out;
    if quietly encamped, he can force him to move.
 5. Appear at points which the enemy musM
    march swiftly to places where you are not expected.
 6. An army may march great distances without distress,
    if it marches through country where the enemy is not.
 7. You can be sure of succeeding in your attacks
    if you only attack places which are undefended.You can
    ensure the safety of your defense if you only hold
    positions that cannot be attacked.
 8. Hence that general is skillful in attack whose
    opponent does not know what to defend; and he is skillfulM
    in defense whose opponent does not know what to attack.
 9. O divine art of subtlety and secrecy!  Through you
    we learn to be invisible, through you inaudible;
    and hence we can hold the enemy's fate in our hands.
10. You may advance and be absolutely irresistible,
    if you make for the enemy's weak points; you may retire
    and be safe from pursuit if your movements are more rapid
    than those of the enemy.
11. If we wish to fight, the enemy can be forced
    to an engagement even M
though he be sheltered behind a high
    rampart and a deep ditch.  All we need do is attack
    some other place that he will be obliged to relieve.
12. If we do not wish to fight, we can prevent
    the enemy from engaging us even though the lines
    of our encampment be merely traced out on the ground.
    All we need do is to throw something odd and unaccountable
13. By discovering the enemy's dispositions and remaining
    invisible ourselves, we can keep our forces concentrated,M
    while the enemy's must be divided.
14. We can form a single united body, while the
    enemy must split up into fractions.  Hence there will
    be a whole pitted against separate parts of a whole,
    which means that we shall be many to the enemy's few.
15. And if we are able thus to attack an inferior force
    with a superior one, our opponents will be in dire straits.
16. The spot where we intend to fight must not be
    made known; for then the enemy will have to prepare
sible attack at several different points;
    and his forces being thus distributed in many directions,
    the numbers we shall have to face at any given point will
    be proportionately few.
17. For should the enemy strengthen his van,
    he will weaken his rear; should he strengthen his rear,
    he will weaken his van; should he strengthen his left,
    he will weaken his right; should he strengthen his right,
    he will weaken his left.  If he sends reinforcements everywhere,
    he will everywheM
18. Numerical weakness comes from having to prepare
    against possible attacks; numerical strength, from compelling
    our adversary to make these preparations against us.
19. Knowing the place and the time of the coming battle,
    we may concentrate from the greatest distances in order
20. But if neither time nor place be known,
    then the left wing will be impotent to succor the right,
    the right equally impotent to succor the left, the van
    unable to relieve M
the rear, or the rear to support the van.
    How much more so if the furthest portions of the army are
    anything under a hundred LI apart, and even the nearest
    are separated by several LI!
21. Though according to my estimate the soldiers
    of Yueh exceed our own in number, that shall advantage
    them nothing in the matter of victory.  I say then
    that victory can be achieved.
22. Though the enemy be stronger in numbers, we may
    prevent him from fighting.  Scheme so as to discover
  his plans and the likelihood of their success.
23. Rouse him, and learn the principle of his
    activity or inactivity.  Force him to reveal himself,
    so as to find out his vulnerable spots.
24. Carefully compare the opposing army with your own,
    so that you may know where strength is superabundant
    and where it is deficient.
25. In making tactical dispositions, the highest pitch
    you can attain is to conceal them; conceal your dispositions,
    and you will be safe from the prying of M
    from the machinations of the wisest brains.
26. How victory may be produced for them out of the enemy's
    own tactics--that is what the multitude cannot comprehend.
27. All men can see the tactics whereby I conquer,
    but what none can see is the strategy out of which victory
28. Do not repeat the tactics which have gained
    you one victory, but let your methods be regulated
    by the infinite variety of circumstances.
29. Military tactics are like unM
to water; for water in its
    natural course runs away from high places and hastens downwards.
30. So in war, the way is to avoid what is strong
    and to strike at what is weak.
31. Water shapes its course according to the nature
    of the ground over which it flows; the soldier works
    out his victory in relation to the foe whom he is facing.
32. Therefore, just as water retains no constant shape,
    so in warfare there are no constant conditions.
33. He who can modify his tactics in relatiM
    opponent and thereby succeed in winning, may be called
    a heaven-born captain.
34. The five elements (water, fire, wood, metal, earth)
    are not always equally predominant; the four seasons make
    way for each other in turn.  There are short days and long;
    the moon has its periods of waning and waxing.
 1. Sun Tzu said:  In war, the general receives his
    commands from the sovereign.
 2. Having collected an army and concentrated his forces,
t blend and harmonize the different elements thereof
    before pitching his camp.
 3. After that, comes tactical maneuvering,
    than which there is nothing more difficult.
    The difficulty of tactical maneuvering consists
    in turning the devious into the direct, and misfortune into gain.
 4. Thus, to take a long and circuitous route,
    after enticing the enemy out of the way, and though starting
    after him, to contrive to reach the goal before him,
    shows knowledge of the artifice of DM
 5. Maneuvering with an army is advantageous;
    with an undisciplined multitude, most dangerous.
 6. If you set a fully equipped army in march in order
    to snatch an advantage, the chances are that you will be
    too late.  On the other hand, to detach a flying column
    for the purpose involves the sacrifice of its baggage
 7. Thus, if you order your men to roll up their
    buff-coats, and make forced marches without halting day
    or night, covering double the usM
ual distance at a stretch,
    doing a hundred LI in order to wrest an advantage,
    the leaders of all your three divisions will fall into
    the hands of the enemy.
 8. The stronger men will be in front, the jaded
    ones will fall behind, and on this plan only one-tenth
    of your army will reach its destination.
 9. If you march fifty LI in order to outmaneuver
    the enemy, you will lose the leader of your first division,
    and only half your force will reach the goal.
hirty LI with the same object,
    two-thirds of your army will arrive.
11. We may take it then that an army without its
    baggage-train is lost; without provisions it is lost;
    without bases of supply it is lost.
12. We cannot enter into alliances until we are
    acquainted with the designs of our neighbors.
13. We are not fit to lead an army on the march
    unless we are familiar with the face of the country--its
    mountains and forests, its pitfalls and precipices,
    its marshes and swM
14. We shall be unable to turn natural advantage
    to account unless we make use of local guides.
15. In war, practice dissimulation, and you will succeed.
16. Whether to concentrate or to divide your troops,
    must be decided by circumstances.
17. Let your rapidity be that of the wind,
    your compactness that of the forest.
18. In raiding and plundering be like fire,
    is immovability like a mountain.
19. Let your plans be dark and impenetrable as night,
    and when you move, M
fall like a thunderbolt.
20. When you plunder a countryside, let the spoil be
    divided amongst your men; when you capture new territory,
    cut it up into allotments for the benefit of the soldiery.
21. Ponder and deliberate before you make a move.
22. He will conquer who has learnt the artifice
    of deviation.  Such is the art of maneuvering.
23. The Book of Army Management says:  On the field
    of battle, the spoken word does not carry far enough:
    hence the institution of gongs and dM
rums.  Nor can ordinary
    objects be seen clearly enough:  hence the institution
    of banners and flags.
24. Gongs and drums, banners and flags, are means
    whereby the ears and eyes of the host may be focused
    on one particular point.
25. The host thus forming a single united body,
    is it impossible either for the brave to advance alone,
    or for the cowardly to retreat alone.  This is the art
    of handling large masses of men.
26. In night-fighting, then, make much use of signal-fiM
    and drums, and in fighting by day, of flags and banners,
    as a means of influencing the ears and eyes of your army.
27. A whole army may be robbed of its spirit;
    a commander-in-chief may be robbed of his presence of mind.
28. Now a soldier's spirit is keenest in the morning;
    by noonday it has begun to flag; and in the evening,
    his mind is bent only on returning to camp.
29. A clever general, therefore, avoids an army when
    its spirit is keen, but attacks it when it is sluggiM
    and inclined to return.  This is the art of studying moods.
30. Disciplined and calm, to await the appearance
    of disorder and hubbub amongst the enemy:--this is the art
    of retaining self-possession.
31. To be near the goal while the enemy is still
    far from it, to wait at ease while the enemy is
    toiling and struggling, to be well-fed while the enemy
    is famished:--this is the art of husbanding one's strength.
32. To refrain from intercepting an enemy whose
 perfect order, to refrain from attacking
    an army drawn up in calm and confident array:--this
    is the art of studying circumstances.
33. It is a military axiom not to advance uphill
    against the enemy, nor to oppose him when he comes downhill.
34. Do not pursue an enemy who simulates flight;
    do not attack soldiers whose temper is keen.
35. Do not swallow bait offered by the enemy.
    Do not interfere with an army that is returning home.
36. When you surround an army, leave an outletM
    Do not press a desperate foe too hard.
37. Such is the art of warfare.
VIII. VARIATION IN TACTICS
 1. Sun Tzu said:  In war, the general receives
    his commands from the sovereign, collects his army
    and concentrates his forces
 2. When in difficult country, do not encamp.  In country
    where high roads intersect, join hands with your allies.
    Do not linger in dangerously isolated positions.
    In hemmed-in situations, you must resort to stratagem.
    In desperate posM
ition, you must fight.
 3. There are roads which must not be followed,
    armies which must be not attacked, towns which must
    not be besieged, positions which must not be contested,
    commands of the sovereign which must not be obeyed.
 4. The general who thoroughly understands the advantages
    that accompany variation of tactics knows how to handle
 5. The general who does not understand these, may be well
    acquainted with the configuration of the country, yet he
l not be able to turn his knowledge to practical account.
 6. So, the student of war who is unversed in the art
    of war of varying his plans, even though he be acquainted
    with the Five Advantages, will fail to make the best use
 7. Hence in the wise leader's plans, considerations of
    advantage and of disadvantage will be blended together.
 8. If our expectation of advantage be tempered in
    this way, we may succeed in accomplishing the essential
    part of our schemes.
 9. If, on the other hand, in the midst of difficulties
    we are always ready to seize an advantage, we may extricate
    ourselves from misfortune.
10. Reduce the hostile chiefs by inflicting damage
    on them; and make trouble for them, and keep them
    constantly engaged; hold out specious allurements,
    and make them rush to any given point.
11. The art of war teaches us to rely not on the
    likelihood of the enemy's not coming, but on our own readiness
    to receive him; not on the chancM
e of his not attacking,
    but rather on the fact that we have made our position unassailable.
12. There are five dangerous faults which may affect
    (1) Recklessness, which leads to destruction;
    (2) cowardice, which leads to capture;
    (3) a hasty temper, which can be provoked by insults;
    (4) a delicacy of honor which is sensitive to shame;
    (5) over-solicitude for his men, which exposes him
        to worry and trouble.
13. These are the five besetting sins of a generaM
    ruinous to the conduct of war.
14. When an army is overthrown and its leader slain,
    the cause will surely be found among these five
    dangerous faults.  Let them be a subject of meditation.
IX.  THE ARMY ON THE MARCH
 1. Sun Tzu said:  We come now to the question of
    encamping the army, and observing signs of the enemy.
    Pass quickly over mountains, and keep in the neighborhood
 2. Camp in high places, facing the sun.  Do not climb
    heights in order to figM
ht.  So much for mountain warfare.
 3. After crossing a river, you should get far away
 4. When an invading force crosses a river in its
    onward march, do not advance to meet it in mid-stream.
    It will be best to let half the army get across,
    and then deliver your attack.
 5. If you are anxious to fight, you should not go
    to meet the invader near a river which he has to cross.
 6. Moor your craft higher up than the enemy, and facing
    the sun.  Do not move up-stream toM
    So much for river warfare.
 7. In crossing salt-marshes, your sole concern
    should be to get over them quickly, without any delay.
 8. If forced to fight in a salt-marsh, you should
    have water and grass near you, and get your back
    to a clump of trees.  So much for operations in salt-marches.
 9. In dry, level country, take up an easily accessible
    position with rising ground to your right and on your rear,
    so that the danger may be in front, and safety lie behiM
    So much for campaigning in flat country.
10. These are the four useful branches of military
    knowledge which enabled the Yellow Emperor to vanquish
    four several sovereigns.
11. All armies prefer high ground to low and sunny
12. If you are careful of your men, and camp on hard
    ground, the army will be free from disease of every kind,
    and this will spell victory.
13. When you come to a hill or a bank, occupy the
    sunny side, with the slope on your righM
    Thus you will at once act for the benefit of your soldiers
    and utilize the natural advantages of the ground.
14. When, in consequence of heavy rains up-country,
    a river which you wish to ford is swollen and flecked
    with foam, you must wait until it subsides.
15. Country in which there are precipitous cliffs
    with torrents running between, deep natural hollows,
    confined places, tangled thickets, quagmires and crevasses,
    should be left with all possible speed and not aM
16. While we keep away from such places, we should
    get the enemy to approach them; while we face them,
    we should let the enemy have them on his rear.
17. If in the neighborhood of your camp there should
    be any hilly country, ponds surrounded by aquatic grass,
    hollow basins filled with reeds, or woods with thick
    undergrowth, they must be carefully routed out and searched;
    for these are places where men in ambush or insidious
    spies are likely to be lurking.
hen the enemy is close at hand and remains quiet,
    he is relying on the natural strength of his position.
19. When he keeps aloof and tries to provoke a battle,
    he is anxious for the other side to advance.
20. If his place of encampment is easy of access,
    he is tendering a bait.
21. Movement amongst the trees of a forest shows that the
    enemy is advancing.  The appearance of a number of screens
    in the midst of thick grass means that the enemy wants to
    make us suspicious.
 The rising of birds in their flight is the sign
    of an ambuscade.  Startled beasts indicate that a sudden
    attack is coming.
23. When there is dust rising in a high column,
    it is the sign of chariots advancing; when the dust is low,
    but spread over a wide area, it betokens the approach
    of infantry.  When it branches out in different directions,
    it shows that parties have been sent to collect firewood.
    A few clouds of dust moving to and fro signify that the army
24. Humble words and increased preparations are signs
    that the enemy is about to advance.  Violent language
    and driving forward as if to the attack are signs that he
25. When the light chariots come out first and take
    up a position on the wings, it is a sign that the enemy
    is forming for battle.
26. Peace proposals unaccompanied by a sworn covenant
    indicate a plot.
27. When there is much running about and the soldiers
    fall into rank, it means that the M
critical moment has come.
28. When some are seen advancing and some retreating,
29. When the soldiers stand leaning on their spears,
    they are faint from want of food.
30. If those who are sent to draw water begin
    by drinking themselves, the army is suffering from thirst.
31. If the enemy sees an advantage to be gained and
    makes no effort to secure it, the soldiers are exhausted.
32. If birds gather on any spot, it is unoccupied.
    Clamor by night betokens nervousM
33. If there is disturbance in the camp, the general's
    authority is weak.  If the banners and flags are shifted
    about, sedition is afoot.  If the officers are angry,
    it means that the men are weary.
34. When an army feeds its horses with grain and kills
    its cattle for food, and when the men do not hang their
    cooking-pots over the camp-fires, showing that they
    will not return to their tents, you may know that they
    are determined to fight to the death.
f men whispering together in small
    knots or speaking in subdued tones points to disaffection
    amongst the rank and file.
36. Too frequent rewards signify that the enemy is
    at the end of his resources; too many punishments betray
    a condition of dire distress.
37. To begin by bluster, but afterwards to take fright
    at the enemy's numbers, shows a supreme lack of intelligence.
38. When envoys are sent with compliments in their mouths,
    it is a sign that the enemy wishes for a truce.M
39. If the enemy's troops march up angrily and remain
    facing ours for a long time without either joining
    battle or taking themselves off again, the situation
    is one that demands great vigilance and circumspection.
40. If our troops are no more in number than the enemy,
    that is amply sufficient; it only means that no direct attack
    can be made.  What we can do is simply to concentrate all
    our available strength, keep a close watch on the enemy,
    and obtain reinforcements.
1. He who exercises no forethought but makes light
    of his opponents is sure to be captured by them.
42. If soldiers are punished before they have grown
    attached to you, they will not prove submissive; and,
    unless submissive, then will be practically useless.
    If, when the soldiers have become attached to you,
    punishments are not enforced, they will still be useless.
43. Therefore soldiers must be treated in the first
    instance with humanity, but kept under control by means
 iron discipline.  This is a certain road to victory.
44. If in training soldiers commands are habitually
    enforced, the army will be well-disciplined; if not,
    its discipline will be bad.
45. If a general shows confidence in his men but always
    insists on his orders being obeyed, the gain will be mutual.
 1. Sun Tzu said:  We may distinguish six kinds of terrain,
    to wit:  (1) Accessible ground; (2) entangling ground;
    (3) temporizing ground; (4) narrow passes; (5) precM
    heights; (6) positions at a great distance from the enemy.
 2. Ground which can be freely traversed by both sides
    is called accessible.
 3. With regard to ground of this nature, be before
    the enemy in occupying the raised and sunny spots,
    and carefully guard your line of supplies.  Then you
    will be able to fight with advantage.
 4. Ground which can be abandoned but is hard
    to re-occupy is called entangling.
 5. From a position of this sort, if the enemy
epared, you may sally forth and defeat him.
    But if the enemy is prepared for your coming, and you
    fail to defeat him, then, return being impossible,
    disaster will ensue.
 6. When the position is such that neither side will gain
    by making the first move, it is called temporizing ground.
 7. In a position of this sort, even though the enemy
    should offer us an attractive bait, it will be advisable
    not to stir forth, but rather to retreat, thus enticing
    the enemy in his turn; tM
hen, when part of his army has
    come out, we may deliver our attack with advantage.
 8. With regard to narrow passes, if you can occupy
    them first, let them be strongly garrisoned and await
    the advent of the enemy.
 9. Should the army forestall you in occupying a pass,
    do not go after him if the pass is fully garrisoned,
    but only if it is weakly garrisoned.
10. With regard to precipitous heights, if you are
    beforehand with your adversary, you should occupy the
unny spots, and there wait for him to come up.
11. If the enemy has occupied them before you,
    do not follow him, but retreat and try to entice him away.
12. If you are situated at a great distance from
    the enemy, and the strength of the two armies is equal,
    it is not easy to provoke a battle, and fighting will be
    to your disadvantage.
13. These six are the principles connected with Earth.
    The general who has attained a responsible post must be
    careful to study them.
w an army is exposed to six several calamities,
    not arising from natural causes, but from faults
    for which the general is responsible.  These are:
    (1) Flight; (2) insubordination; (3) collapse; (4) ruin;
    (5) disorganization; (6) rout.
15. Other conditions being equal, if one force is
    hurled against another ten times its size, the result
    will be the flight of the former.
16. When the common soldiers are too strong and
    their officers too weak, the result is insubordination.
    When the officers are too strong and the common soldiers
    too weak, the result is collapse.
17. When the higher officers are angry and insubordinate,
    and on meeting the enemy give battle on their own account
    from a feeling of resentment, before the commander-in-chief
    can tell whether or not he is in a position to fight,
    the result is ruin.
18. When the general is weak and without authority;
    when his orders are not clear and distinct; when there
    are no fixes duties assignM
ed to officers and men,
    and the ranks are formed in a slovenly haphazard manner,
    the result is utter disorganization.
19. When a general, unable to estimate the enemy's
    strength, allows an inferior force to engage a larger one,
    or hurls a weak detachment against a powerful one,
    and neglects to place picked soldiers in the front rank,
    the result must be rout.
20. These are six ways of courting defeat, which must
    be carefully noted by the general who has attained
21. The natural formation of the country is the soldier's
    best ally; but a power of estimating the adversary,
    of controlling the forces of victory, and of shrewdly
    calculating difficulties, dangers and distances,
    constitutes the test of a great general.
22. He who knows these things, and in fighting puts
    his knowledge into practice, will win his battles.
    He who knows them not, nor practices them, will surely
23. If fighting is sure to result in vM
    then you must fight, even though the ruler forbid it;
    if fighting will not result in victory, then you must not
    fight even at the ruler's bidding.
24. The general who advances without coveting fame
    and retreats without fearing disgrace, whose only
    thought is to protect his country and do good service
    for his sovereign, is the jewel of the kingdom.
25. Regard your soldiers as your children, and they
    will follow you into the deepest valleys; look upon them
 own beloved sons, and they will stand by you
    even unto death.
26. If, however, you are indulgent, but unable to make
    your authority felt; kind-hearted, but unable to enforce
    your commands; and incapable, moreover, of quelling disorder:
    then your soldiers must be likened to spoilt children;
    they are useless for any practical purpose.
27. If we know that our own men are in a condition
    to attack, but are unaware that the enemy is not open
    to attack, we have gone only halfway M
28. If we know that the enemy is open to attack,
    but are unaware that our own men are not in a condition
    to attack, we have gone only halfway towards victory.
29. If we know that the enemy is open to attack,
    and also know that our men are in a condition to attack,
    but are unaware that the nature of the ground makes
    fighting impracticable, we have still gone only halfway
    towards victory.
30. Hence the experienced soldier, once in motion,
    is never bewildereM
d; once he has broken camp, he is never
31. Hence the saying:  If you know the enemy and
    know yourself, your victory will not stand in doubt;
    if you know Heaven and know Earth, you may make your
    victory complete.
XI. THE NINE SITUATIONS
 1. Sun Tzu said:  The art of war recognizes nine varieties of ground:
    (1) Dispersive ground; (2) facile ground; (3) contentious ground;
    (4) open ground; (5) ground of intersecting highways;
    (6) serious ground; (7) difficult gM
round; (8) hemmed-in ground;
    (9) desperate ground.
 2. When a chieftain is fighting in his own territory,
    it is dispersive ground.
 3. When he has penetrated into hostile territory,
    but to no great distance, it is facile ground.
 4. Ground the possession of which imports great
    advantage to either side, is contentious ground.
 5. Ground on which each side has liberty of movement
 6. Ground which forms the key to three contiguous states,
    so that he who occuM
pies it first has most of the Empire
    at his command, is a ground of intersecting highways.
 7. When an army has penetrated into the heart of a
    hostile country, leaving a number of fortified cities
    in its rear, it is serious ground.
 8. Mountain forests, rugged steeps, marshes and fens--all
    country that is hard to traverse:  this is difficult ground.
 9. Ground which is reached through narrow gorges,
    and from which we can only retire by tortuous paths,
    so that a small number ofM
 the enemy would suffice to crush
    a large body of our men:  this is hemmed in ground.
10. Ground on which we can only be saved from
    destruction by fighting without delay, is desperate ground.
11. On dispersive ground, therefore, fight not.
    On facile ground, halt not.  On contentious ground,
12. On open ground, do not try to block the enemy's way.
    On the ground of intersecting highways, join hands
    with your allies.
13. On serious ground, gather in plunder.
  In difficult ground, keep steadily on the march.
14. On hemmed-in ground, resort to stratagem.
    On desperate ground, fight.
15. Those who were called skillful leaders of old knew
    how to drive a wedge between the enemy's front and rear;
    to prevent co-operation between his large and small divisions;
    to hinder the good troops from rescuing the bad,
    the officers from rallying their men.
16. When the enemy's men were united, they managed
    to keep them in disorder.
as to their advantage, they made
    a forward move; when otherwise, they stopped still.
18. If asked how to cope with a great host of the enemy
    in orderly array and on the point of marching to the attack,
    I should say:  "Begin by seizing something which your
    opponent holds dear; then he will be amenable to your will."
19. Rapidity is the essence of war:  take advantage of
    the enemy's unreadiness, make your way by unexpected routes,
    and attack unguarded spots.
20. The following arM
e the principles to be observed
    by an invading force:  The further you penetrate into
    a country, the greater will be the solidarity of your troops,
    and thus the defenders will not prevail against you.
21. Make forays in fertile country in order to supply
    your army with food.
22. Carefully study the well-being of your men,
    and do not overtax them.  Concentrate your energy and hoard
    your strength.  Keep your army continually on the move,
    and devise unfathomable plans.
hrow your soldiers into positions whence there
    is no escape, and they will prefer death to flight.
    If they will face death, there is nothing they may
    not achieve.  Officers and men alike will put forth
    their uttermost strength.
24. Soldiers when in desperate straits lose
    the sense of fear.  If there is no place of refuge,
    they will stand firm.  If they are in hostile country,
    they will show a stubborn front.  If there is no help
    for it, they will fight hard.
without waiting to be marshaled, the soldiers
    will be constantly on the qui vive; without waiting to
    be asked, they will do your will; without restrictions,
    they will be faithful; without giving orders, they can
26. Prohibit the taking of omens, and do away with
    superstitious doubts.  Then, until death itself comes,
    no calamity need be feared.
27. If our soldiers are not overburdened with money,
    it is not because they have a distaste for riches;
es are not unduly long, it is not because they
    are disinclined to longevity.
28. On the day they are ordered out to battle,
    your soldiers may weep, those sitting up bedewing
    their garments, and those lying down letting the tears run
    down their cheeks.  But let them once be brought to bay,
    and they will display the courage of a Chu or a Kuei.
29. The skillful tactician may be likened to the
    shuai-jan. Now the shuai-jan is a snake that is found
    in the ChUng mountains.  Strike M
at its head, and you
    will be attacked by its tail; strike at its tail, and you
    will be attacked by its head; strike at its middle,
    and you will be attacked by head and tail both.
30. Asked if an army can be made to imitate the shuai-jan,
    I should answer, Yes.  For the men of Wu and the men
    of Yueh are enemies; yet if they are crossing a river
    in the same boat and are caught by a storm, they will come
    to each other's assistance just as the left hand helps the right.
 it is not enough to put one's trust
    in the tethering of horses, and the burying of chariot
    wheels in the ground
32. The principle on which to manage an army is to set
    up one standard of courage which all must reach.
33. How to make the best of both strong and weak--that
    is a question involving the proper use of ground.
34. Thus the skillful general conducts his army just
    as though he were leading a single man, willy-nilly, by
35. It is the business of a general tM
    ensure secrecy; upright and just, and thus maintain order.
36. He must be able to mystify his officers and men
    by false reports and appearances, and thus keep them
    in total ignorance.
37. By altering his arrangements and changing
    his plans, he keeps the enemy without definite knowledge.
    By shifting his camp and taking circuitous routes,
    he prevents the enemy from anticipating his purpose.
38. At the critical moment, the leader of an army
 who has climbed up a height and then kicks
    away the ladder behind him.  He carries his men deep
    into hostile territory before he shows his hand.
39. He burns his boats and breaks his cooking-pots;
    like a shepherd driving a flock of sheep, he drives
    his men this way and that, and nothing knows whither he
40. To muster his host and bring it into danger:--this
    may be termed the business of the general.
41. The different measures suited to the nine
    varieties of groM
und; the expediency of aggressive or
    defensive tactics; and the fundamental laws of human nature:
    these are things that must most certainly be studied.
42. When invading hostile territory, the general
    principle is, that penetrating deeply brings cohesion;
    penetrating but a short way means dispersion.
43. When you leave your own country behind, and take
    your army across neighborhood territory, you find yourself
    on critical ground.  When there are means of communication
l four sides, the ground is one of intersecting highways.
44. When you penetrate deeply into a country, it is
    serious ground.  When you penetrate but a little way,
    it is facile ground.
45. When you have the enemy's strongholds on your rear,
    and narrow passes in front, it is hemmed-in ground.
    When there is no place of refuge at all, it is desperate ground.
46. Therefore, on dispersive ground, I would inspire
    my men with unity of purpose.  On facile ground, I would
re is close connection between all parts
47. On contentious ground, I would hurry up my rear.
48. On open ground, I would keep a vigilant eye
    on my defenses.  On ground of intersecting highways,
    I would consolidate my alliances.
49. On serious ground, I would try to ensure
    a continuous stream of supplies.  On difficult ground,
    I would keep pushing on along the road.
50. On hemmed-in ground, I would block any way
    of retreat.  On desperate ground, I would proclaimM
    to my soldiers the hopelessness of saving their lives.
51. For it is the soldier's disposition to offer
    an obstinate resistance when surrounded, to fight hard
    when he cannot help himself, and to obey promptly when he
    has fallen into danger.
52. We cannot enter into alliance with neighboring
    princes until we are acquainted with their designs.  We are
    not fit to lead an army on the march unless we are familiar
    with the face of the country--its mountains and forests,
pitfalls and precipices, its marshes and swamps.
    We shall be unable to turn natural advantages to account
    unless we make use of local guides.
53. To be ignored of any one of the following four
    or five principles does not befit a warlike prince.
54. When a warlike prince attacks a powerful state,
    his generalship shows itself in preventing the concentration
    of the enemy's forces.  He overawes his opponents,
    and their allies are prevented from joining against him.
oes not strive to ally himself with all
    and sundry, nor does he foster the power of other states.
    He carries out his own secret designs, keeping his
    antagonists in awe.  Thus he is able to capture their
    cities and overthrow their kingdoms.
56. Bestow rewards without regard to rule,
    issue orders without regard to previous arrangements;
    and you will be able to handle a whole army as though
    you had to do with but a single man.
57. Confront your soldiers with the deed itself;
    never let them know your design.  When the outlook is bright,
    bring it before their eyes; but tell them nothing when
    the situation is gloomy.
58. Place your army in deadly peril, and it will survive;
    plunge it into desperate straits, and it will come off
59. For it is precisely when a force has fallen into
    harm's way that is capable of striking a blow for victory.
60. Success in warfare is gained by carefully
    accommodating ourselves to the enemy's purpose.
. By persistently hanging on the enemy's flank, we shall
    succeed in the long run in killing the commander-in-chief.
62. This is called ability to accomplish a thing
    by sheer cunning.
63. On the day that you take up your command,
    block the frontier passes, destroy the official tallies,
    and stop the passage of all emissaries.
64. Be stern in the council-chamber, so that you
    may control the situation.
65. If the enemy leaves a door open, you must rush in.
66. Forestall your oppoM
nent by seizing what he holds dear,
    and subtly contrive to time his arrival on the ground.
67. Walk in the path defined by rule, and accommodate
    yourself to the enemy until you can fight a decisive battle.
68. At first, then, exhibit the coyness of a maiden,
    until the enemy gives you an opening; afterwards emulate
    the rapidity of a running hare, and it will be too late
    for the enemy to oppose you.
XII. THE ATTACK BY FIRE
 1. Sun Tzu said:  There are five ways of attacking
 with fire.  The first is to burn soldiers in their camp;
    the second is to burn stores; the third is to burn
    baggage trains; the fourth is to burn arsenals and magazines;
    the fifth is to hurl dropping fire amongst the enemy.
 2. In order to carry out an attack, we must have
    means available.  The material for raising fire should
    always be kept in readiness.
 3. There is a proper season for making attacks with fire,
    and special days for starting a conflagration.
eason is when the weather is very dry;
    the special days are those when the moon is in the
    constellations of the Sieve, the Wall, the Wing
    or the Cross-bar; for these four are all days of rising wind.
 5. In attacking with fire, one should be prepared
    to meet five possible developments:
 6. (1) When fire breaks out inside to enemy's camp,
    respond at once with an attack from without.
 7. (2) If there is an outbreak of fire, but the enemy's
    soldiers remain quiet, bide your time aM
 8. (3) When the force of the flames has reached its height,
    follow it up with an attack, if that is practicable;
    if not, stay where you are.
 9. (4) If it is possible to make an assault with fire
    from without, do not wait for it to break out within,
    but deliver your attack at a favorable moment.
10. (5) When you start a fire, be to windward of it.
    Do not attack from the leeward.
11. A wind that rises in the daytime lasts long,
    but a night breeze soon falM
12. In every army, the five developments connected with
    fire must be known, the movements of the stars calculated,
    and a watch kept for the proper days.
13. Hence those who use fire as an aid to the attack show intelligence;
    those who use water as an aid to the attack gain an accession of strength.
14. By means of water, an enemy may be intercepted,
    but not robbed of all his belongings.
15. Unhappy is the fate of one who tries to win his
    battles and succeed in his attacks wiM
    the spirit of enterprise; for the result is waste of time
    and general stagnation.
16. Hence the saying:  The enlightened ruler lays his
    plans well ahead; the good general cultivates his resources.
17. Move not unless you see an advantage; use not
    your troops unless there is something to be gained;
    fight not unless the position is critical.
18. No ruler should put troops into the field merely
    to gratify his own spleen; no general should fight
19. If it is to your advantage, make a forward move;
    if not, stay where you are.
20. Anger may in time change to gladness; vexation may
    be succeeded by content.
21. But a kingdom that has once been destroyed can
    never come again into being; nor can the dead ever
    be brought back to life.
22. Hence the enlightened ruler is heedful,
    and the good general full of caution.  This is the way
    to keep a country at peace and an army intact.
XIII. THE USE OF SPIEM
 1. Sun Tzu said:  Raising a host of a hundred thousand
    men and marching them great distances entails heavy loss
    on the people and a drain on the resources of the State.
    The daily expenditure will amount to a thousand ounces
    of silver.  There will be commotion at home and abroad,
    and men will drop down exhausted on the highways.
    As many as seven hundred thousand families will be impeded
 2. Hostile armies may face each other for years,
he victory which is decided in a single day.
    This being so, to remain in ignorance of the enemy's
    condition simply because one grudges the outlay of a hundred
    ounces of silver in honors and emoluments, is the height
 3. One who acts thus is no leader of men, no present
    help to his sovereign, no master of victory.
 4. Thus, what enables the wise sovereign and the good
    general to strike and conquer, and achieve things beyond
    the reach of ordinary men, is foreknM
 5. Now this foreknowledge cannot be elicited from spirits;
    it cannot be obtained inductively from experience,
    nor by any deductive calculation.
 6. Knowledge of the enemy's dispositions can only
    be obtained from other men.
 7. Hence the use of spies, of whom there are five classes:
    (1) Local spies; (2) inward spies; (3) converted spies;
    (4) doomed spies; (5) surviving spies.
 8. When these five kinds of spy are all at work,
    none can discover the secret system.  TM
his is called "divine
    manipulation of the threads."  It is the sovereign's
    most precious faculty.
 9. Having local spies means employing the services
    of the inhabitants of a district.
10. Having inward spies, making use of officials
11. Having converted spies, getting hold of the enemy's
    spies and using them for our own purposes.
12. Having doomed spies, doing certain things openly
    for purposes of deception, and allowing our spies to know
    of them and repoM
rt them to the enemy.
13. Surviving spies, finally, are those who bring
    back news from the enemy's camp.
14. Hence it is that which none in the whole army are
    more intimate relations to be maintained than with spies.
    None should be more liberally rewarded.  In no other
    business should greater secrecy be preserved.
15. Spies cannot be usefully employed without a certain
    intuitive sagacity.
16. They cannot be properly managed without benevolence
    and straightforwardness.
7. Without subtle ingenuity of mind, one cannot make
    certain of the truth of their reports.
18. Be subtle! be subtle! and use your spies for every
    kind of business.
19. If a secret piece of news is divulged by a spy
    before the time is ripe, he must be put to death together
    with the man to whom the secret was told.
20. Whether the object be to crush an army, to storm
    a city, or to assassinate an individual, it is always
    necessary to begin by finding out the names of the attendaM
    the aides-de-camp, and door-keepers and sentries of the general
    in command.  Our spies must be commissioned to ascertain these.
21. The enemy's spies who have come to spy on us
    must be sought out, tempted with bribes, led away and
    comfortably housed.  Thus they will become converted
    spies and available for our service.
22. It is through the information brought by the
    converted spy that we are able to acquire and employ
    local and inward spies.
23. It is owing to his iM
nformation, again, that we can
    cause the doomed spy to carry false tidings to the enemy.
24. Lastly, it is by his information that the surviving
    spy can be used on appointed occasions.
25. The end and aim of spying in all its five varieties
    is knowledge of the enemy; and this knowledge can only
    be derived, in the first instance, from the converted spy.
    Hence it is essential that the converted spy be treated
    with the utmost liberality.
26. Of old, the rise of the Yin dynasty wM
    Chih who had served under the Hsia.  Likewise, the rise
    of the Chou dynasty was due to Lu Ya who had served
27. Hence it is only the enlightened ruler and the
    wise general who will use the highest intelligence of
    the army for purposes of spying and thereby they achieve
    great results.  Spies are a most important element in water,
    because on them depends an army's ability to move.
Inscribed by etching.neL
t - ordinal 1225514403088438
Support the preservation of knowledge and culture with Monero (XMR):
88QokjZJ3JnbaNLTrzKedpc98vJYSSq7i5VTrNMSWNgAJ51XVvajjDxG3n1TeCMYTxaYvZcggdEKzNKgksJG1f5SShGsLY8
text/plain;charset=utf-8
<< Satoshi 1000 NFT Distribution Inscriptions>>
NFT Name: Satoshi 1000 NFT (abbreviated as SAT1000 NFT)
Total Circulation: 1000 pieces
Founding Address (BTC):
     bc1pvlh8xa2dexht3yhcldy0uxtkek2rc2k0mywaxgud42zy4rc4rmqslkg680
     0x7e2A6881e856513983D4237A2c4877dAE0E7FE45
Twitter: https://twitter.com/PeterHa41123979
Email: fule888@gmail.com
Authenticated Broadcast Address (BTC)
    bc1phv56g57vtmzphrgh85lehzdlsxn7an9q43xh5k85du3w8xl8dgsq6x7sef
1. Minting: The proceM
ss of sending an Inscriptions text work to the genesis
address (BTC) is called "minting." People send Inscriptions text works to the
 genesis address (BTC), and if the Inscriptions serial number ends in "0", "00"
,or "000",they will receive the latest numbered NFT.
2. Inscriptions Text: The format is text/plain;charset=utf-8, divided into two lines,
 the first line is the minter's BTC wallet address, and the second line is the
 minter's Ethereum wallet address.
NFT Number	 Inscriptions Serial NM
#000~#499	                  0		                Minter
#500~#599		  --	                                 Team
#600~#899	                 00			Minter
#900~#999	                000			Minter
Anti-counterfeiting and Ownership:
1. All "SAT1000 NFT" are created by the genesis address (BTC). NFTs that cannot
 be traced back to the genesis address (BTC) are considered counterfeit.
2. Important announcements released by the authenticated broadcast address
(BTC) that cannot be directly traced back toL
 the genesis address (BTC) are
considered counterfeit.
3. For each successfully minted "SAT1000 NFT," the minter's BTC and Ethereum
wallet addresses will both be the legitimate owners of the latest numbered NFT.h!
text/plain;charset=utf-8
?Craig Wright is a liar and a fraud and did not invent Bitcoin.
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IEC http://www.iec.ch
IEC http://www.iec.ch
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                                                                                                                                                                                                                                                                                                                                                                                                                                <?xpacket end="w"?>
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
.IEC 61966-2-1 Default RGB Colour Space - sRGB
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
2023-02-14T20:33:51+00:00o
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2023-02-14T20:33:51+00:00o
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text/plain;charset=utf-8
THE KING OF THE GOLDEN MOUNTAIN
There was once a merchant who had only one child, a son, that was very
young, and barely able to run alone. He had two richly laden ships then
making a voyage upon the seas, in which he had embarked all his wealth,
in the hope of making great gains, when the news came that both were
lost. Thus from being a rich man he became all at once so very poor that
nothing was left to him but one small plot of land; and there he often
went in an evening to takeM
 his walk, and ease his mind of a little of
One day, as he was roaming along in a brown study, thinking with no
great comfort on what he had been and what he now was, and was like
to be, all on a sudden there stood before him a little, rough-looking,
Prithee, friend, why so sorrowful?
what is it you take so deeply to heart?
any good I would willingly tell you,
 said the merchant.
tell me what ails you, and perhaps you
will find I may be of some use.
 Then the merchant told him how all his
wealth was gone to the bottom of the sea, and how he had nothing left
but that little plot of land.
Oh, trouble not yourself about that,
only undertake to bring me here, twelve years hence,
whatever meets you first on your going home, and I will give you as much
 The merchant thought this was no great thing to ask;
that it would most likely be hM
is dog or his cat, or something of that
sort, but forgot his little boy Heinel; so he agreed to the bargain, and
signed and sealed the bond to do what was asked of him.
But as he drew near home, his little boy was so glad to see him that he
crept behind him, and laid fast hold of his legs, and looked up in
his face and laughed. Then the father started, trembling with fear and
horror, and saw what it was that he had bound himself to do; but as no
gold was come, he made himself easy by thinking that it was oM
that the dwarf was playing him, and that, at any rate, when the money
came, he should see the bearer, and would not take it in.
About a month afterwards he went upstairs into a lumber-room to look
for some old iron, that he might sell it and raise a little money; and
there, instead of his iron, he saw a large pile of gold lying on the
floor. At the sight of this he was overjoyed, and forgetting all about
his son, went into trade again, and became a richer merchant than
e Heinel grew up, and as the end of the twelve years drew
near the merchant began to call to mind his bond, and became very sad
and thoughtful; so that care and sorrow were written upon his face. The
boy one day asked what was the matter, but his father would not tell for
some time; at last, however, he said that he had, without knowing it,
sold him for gold to a little, ugly-looking, black dwarf, and that the
twelve years were coming round when he must keep his word. Then Heinel
Father, give yourseM
lf very little trouble about that; I shall be
too much for the little man.
When the time came, the father and son went out together to the place
agreed upon: and the son drew a circle on the ground, and set himself
and his father in the middle of it. The little black dwarf soon came,
and walked round and round about the circle, but could not find any way
to get into it, and he either could not, or dared not, jump over it. At
last the boy said to him.
Have you anything to say to us, my friend, or
 Now Heinel had found a friend in a good fairy, that
was fond of him, and had told him what to do; for this fairy knew what
good luck was in store for him.
Have you brought me what you said you
 said the dwarf to the merchant. The old man held his tongue, but
What do you want here?
talk with your father, not with you.
You have cheated and taken in my
pray give him up his bond at once.
 said the little old man;
right is right; I have paid my money,
and your father has had it, and spent it; so be so good as to let me
have what I paid it for.
You must have my consent to that first,
so please to step in here, and let us talk it over.
man grinned, and showed his teeth, as if he should have been very glad
to get into the circle if he could. Then at last, after a long talk,
they came to terms. Heinel agreed that his father must give him up, M
that so far the dwarf should have his way: but, on the other hand, the
fairy had told Heinel what fortune was in store for him, if he followed
his own course; and he did not choose to be given up to his hump-backed
friend, who seemed so anxious for his company.
So, to make a sort of drawn battle of the matter, it was settled that
Heinel should be put into an open boat, that lay on the sea-shore hard
by; that the father should push him off with his own hand, and that he
should thus be set adrift, and lM
eft to the bad or good luck of wind and
weather. Then he took leave of his father, and set himself in the boat,
but before it got far off a wave struck it, and it fell with one side
low in the water, so the merchant thought that poor Heinel was lost, and
went home very sorrowful, while the dwarf went his way, thinking that at
any rate he had had his revenge.
The boat, however, did not sink, for the good fairy took care of her
friend, and soon raised the boat up again, and it went safely on. The
sat safe within, till at length it ran ashore upon an unknown
land. As he jumped upon the shore he saw before him a beautiful castle
but empty and dreary within, for it was enchanted.
must I find the prize the good fairy told me of.
more searched the whole palace through, till at last he found a white
snake, lying coiled up on a cushion in one of the chambers.
Now the white snake was an enchanted princess; and she was very glad
to see him, and said,
ou at last come to set me free? Twelve
long years have I waited here for the fairy to bring you hither as she
promised, for you alone can save me. This night twelve men will come:
their faces will be black, and they will be dressed in chain armour.
They will ask what you do here, but give no answer; and let them do
what they will--beat, whip, pinch, prick, or torment you--bear all; only
speak not a word, and at twelve o
clock they must go away. The second
night twelve others will come: and the third night M
will even cut off your head; but at the twelfth hour of that night their
power is gone, and I shall be free, and will come and bring you the
Water of Life, and will wash you with it, and bring you back to life
 And all came to pass as she had said; Heinel bore all, and
spoke not a word; and the third night the princess came, and fell on his
neck and kissed him. Joy and gladness burst forth throughout the castle,
the wedding was celebrated, and he was crowned king of the Golden
They lived together very happily, and the queen had a son. And thus
eight years had passed over their heads, when the king thought of his
father; and he began to long to see him once again. But the queen was
against his going, and said,
I know well that misfortunes will come
 However, he gave her no rest till she agreed. At his
going away she gave him a wishing-ring, and said,
put it on your finger; whatever you wish it will bring you; only promise
never to make use of it to bring me hence to your father
he said he would do what she asked, and put the ring on his finger, and
wished himself near the town where his father lived.
Heinel found himself at the gates in a moment; but the guards would
not let him go in, because he was so strangely clad. So he went up to a
neighbouring hill, where a shepherd dwelt, and borrowed his old frock,
and thus passed unknown into the town. When he came to his father
house, he said he was his soM
n; but the merchant would not believe him,
and said he had had but one son, his poor Heinel, who he knew was long
since dead: and as he was only dressed like a poor shepherd, he would
not even give him anything to eat. The king, however, still vowed that
he was his son, and said,
Is there no mark by which you would know me
if I am really your son?
our Heinel had a mark
like a raspberry on his right arm.
 Then he showed them the mark, and
they knew that what he had said M
He next told them how he was king of the Golden Mountain, and was
married to a princess, and had a son seven years old. But the merchant
that can never be true; he must be a fine king truly who travels
 At this the son was vexed; and forgetting
his word, turned his ring, and wished for his queen and son. In an
instant they stood before him; but the queen wept, and said he had
broken his word, and bad luck would follow. He did all he could to
and she at last seemed to be appeased; but she was not so in
truth, and was only thinking how she should punish him.
One day he took her to walk with him out of the town, and showed her
the spot where the boat was set adrift upon the wide waters. Then he sat
himself down, and said,
I am very much tired; sit by me, I will rest my
head in your lap, and sleep a while.
 As soon as he had fallen asleep,
however, she drew the ring from his finger, and crept softly away, and
wished herself and her son at homM
e in their kingdom. And when he awoke
he found himself alone, and saw that the ring was gone from his finger.
I can never go back to my father
am a sorcerer: I will journey forth into the world, till I come again to
So saying he set out and travelled till he came to a hill, where three
giants were sharing their father
s goods; and as they saw him pass they
cried out and said,
Little men have sharp wits; he shall part the goods
 Now there was a sword that cut off an enemy
the wearer gave the words,
; a cloak that made the owner
invisible, or gave him any form he pleased; and a pair of boots that
carried the wearer wherever he wished. Heinel said they must first let
him try these wonderful things, then he might know how to set a value
upon them. Then they gave him the cloak, and he wished himself a fly,
and in a moment he was a fly.
The cloak is very well,
not unless you undertake not to
 for if you do we are all dead men.
him, charging him to try it on a tree. He next asked for the boots also;
and the moment he had all three in his power, he wished himself at
the Golden Mountain; and there he was at once. So the giants were left
behind with no goods to share or quarrel about.
As Heinel came near his castle he heard the sound of merry music; and
the people around told him that his queen was abM
out to marry another
husband. Then he threw his cloak around him, and passed through the
castle hall, and placed himself by the side of the queen, where no one
saw him. But when anything to eat was put upon her plate, he took it
away and ate it himself; and when a glass of wine was handed to her, he
took it and drank it; and thus, though they kept on giving her meat and
drink, her plate and cup were always empty.
Upon this, fear and remorse came over her, and she went into her chamber
alone, and sat thereM
 weeping; and he followed her there.
was I not once set free? Why then does this enchantment
still seem to bind me?
False and fickle one!
One indeed came who set thee free, and
he is now near thee again; but how have you used him? Ought he to
have had such treatment from thee?
 Then he went out and sent away the
company, and said the wedding was at an end, for that he was come back
to the kingdom. But the princes, peers, and great men mocked at himM
However, he would enter into no parley with them, but only asked them
if they would go in peace or not. Then they turned upon him and tried
to seize him; but he drew his sword.
 cried he; and with the
 heads fell before him, and Heinel was once more king
of the Golden Mountain.
From grimmstories.com
Inscribed by etching.net
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Collected by Jacob Grimm and Wilhelm Grimm
CAT AND MOUSE IN PARTNERSHIP
A certain cat had made the acquaintance of a mouse, and had said so much
to her about the great love and friendship she felt for her, that at
length the mouse agreed that they should live and keep house together.
But we must make a provision for winter, or else we shall suffer
and you, little mouse, cannot venture
everywhere, or you will be caught in a trap some day.
was followed, and a pot of fat was bought, but they did not know where
to put it. At length, after much consideration, the cat said:
place where it will be better stored up than in the church, for no one
dares take anything away from there. We will set it beneath the altar,
and not touch it until we are really in need of it.
placed in safety, but it was not long before the cat had a great
yearning for it, and said to the mouse:
I want to tell you something,
little mouse; my cousin has brought a little son into the world, and has
asked me to be godmother; he is white with brown spots, and I am to hold
him over the font at the christening. Let me go out today, and you look
after the house by yourself.
 answered the mouse,
means go, and if you get anything very good to eat, think of me. I
should like a drop of sweet red christening wine myself.
however, was untrue; the cat had no cousin, and had not been asked to
her. She went straight to the church, stole to the pot of fat,
began to lick at it, and licked the top of the fat off. Then she took a
walk upon the roofs of the town, looked out for opportunities, and then
stretched herself in the sun, and licked her lips whenever she thought
of the pot of fat, and not until it was evening did she return home.
Well, here you are again,
no doubt you have had a
 said the cat quite coolly.
that is a very odd and uncommon name, is it a usual one in
What does that matter,
than Crumb-stealer, as your godchildren are called.
Before long the cat was seized by another fit of yearning. She said to
You must do me a favour, and once more manage the house for
a day alone. I am again asked to be godmother, and, as the child has a
white ring round itsM
 neck, I cannot refuse.
 The good mouse consented,
but the cat crept behind the town walls to the church, and devoured
half the pot of fat.
Nothing ever seems so good as what one keeps to
 said she, and was quite satisfied with her day
she went home the mouse inquired:
And what was the child christened?
Half-done! What are you saying? I
never heard the name in my life, I
ll wager anything it is not in the
 mouth soon began to water for some more licking.
things go in threes,
I am asked to stand godmother again.
The child is quite black, only it has white paws, but with that
exception, it has not a single white hair on its whole body; this only
happens once every few years, you will let me go, won
 answered the mouse,
they are such odd names, they make me
d long tail, and are filled with fancies, that
you do not go out in the daytime.
cleaned the house, and put it in order, but the greedy cat entirely
emptied the pot of fat.
When everything is eaten up one has some
 said she to herself, and well filled and fat she did not return
home till night. The mouse at once asked what name had been given to
It will not please you more than the others,
most suspicious name of all! I have never seen it in print. All-gone;
 and she shook her head, curled herself up, and lay
From this time forth no one invited the cat to be godmother, but
when the winter had come and there was no longer anything to be found
outside, the mouse thought of their provision, and said:
we will go to our pot of fat which we have stored up for ourselves--we
you will enjoy it as much
as you would enjoy sticking that dainty tongue of yours out of the
 They set out on their way, but when they arrived, the pot of
fat certainly was still in its place, but it was empty.
now I see what has happened, now it comes to light! You are a true
friend! You have devoured all when you were standing godmother. First
top off, then half-done, then--
Will you hold your tongue,
e word more, and I will eat you too.
s lips; scarcely had she spoken it before the cat sprang
on her, seized her, and swallowed her down. Verily, that is the way of
There was once a king, whose queen had hair of the purest gold, and was
so beautiful that her match was not to be met with on the whole face of
the earth. But this beautiful queen fell ill, and when she felt that her
end drew near she called the king to her and said,M
will never marry again, unless you meet with a wife who is as beautiful
as I am, and who has golden hair like mine.
 Then when the king in his
grief promised all she asked, she shut her eyes and died. But the king
was not to be comforted, and for a long time never thought of taking
another wife. At last, however, his wise men said,
the king must marry again, that we may have a queen.
sent far and wide, to seek for a bride as beautiful as thM
But there was no princess in the world so beautiful; and if there had
been, still there was not one to be found who had golden hair. So the
messengers came home, and had had all their trouble for nothing.
Now the king had a daughter, who was just as beautiful as her mother,
and had the same golden hair. And when she was grown up, the king looked
at her and saw that she was just like this late queen: then he said to
May I not marry my daughter? She is the very image of my
ad wife: unless I have her, I shall not find any bride upon the whole
earth, and you say there must be a queen.
 When the courtiers heard this
they were shocked, and said,
Heaven forbid that a father should marry
his daughter! Out of so great a sin no good can come.
was also shocked, but hoped the king would soon give up such thoughts;
so she said to him,
Before I marry anyone I must have three dresses:
one must be of gold, like the sun; another must be of shining silver,
 moon; and a third must be dazzling as the stars: besides this,
I want a mantle of a thousand different kinds of fur put together, to
which every beast in the kingdom must give a part of his skin.
she thought he would think of the matter no more. But the king made the
most skilful workmen in his kingdom weave the three dresses: one golden,
like the sun; another silvery, like the moon; and a third sparkling,
like the stars: and his hunters were told to hunt out all the beasts in
o take the finest fur out of their skins: and thus a
mantle of a thousand furs was made.
When all were ready, the king sent them to her; but she got up in the
night when all were asleep, and took three of her trinkets, a golden
ring, a golden necklace, and a golden brooch, and packed the three
dresses--of the sun, the moon, and the stars--up in a nutshell, and
wrapped herself up in the mantle made of all sorts of fur, and besmeared
her face and hands with soot. Then she threw herself upon Heaven for
in her need, and went away, and journeyed on the whole night, till
at last she came to a large wood. As she was very tired, she sat herself
down in the hollow of a tree and soon fell asleep: and there she slept
on till it was midday.
Now as the king to whom the wood belonged was hunting in it, his dogs
came to the tree, and began to snuff about, and run round and round, and
 said the king to the huntsmen,
 And the huntsmen went up to the treM
came back again said,
In the hollow tree there lies a most wonderful
beast, such as we never saw before; its skin seems to be of a thousand
kinds of fur, but there it lies fast asleep.
you can catch it alive, and we will take it with us.
took it up, and the maiden awoke and was greatly frightened, and said,
I am a poor child that has neither father nor mother left; have pity on
me and take me with you.
s Cat-skin, you will
do for the kitchen; you can sweep up the ashes, and do things of that
 So they put her into the coach, and took her home to the king
palace. Then they showed her a little corner under the staircase, where
no light of day ever peeped in, and said,
Cat-skin, you may lie and
 And she was sent into the kitchen, and made to fetch wood
and water, to blow the fire, pluck the poultry, pick the herbs, sift the
ashes, and do all the dirty work.
Thus Cat-skin lived M
for a long time very sorrowfully.
what will now become of thee?
one day that a feast was to be held in the king
s castle, so she said to
May I go up a little while and see what is going on? I will
take care and stand behind the door.
 And the cook said,
go, but be back again in half an hour
s time, to rake out the ashes.
Then she took her little lamp, and went into her cabin, and took off the
hed the soot from off her face and hands, so that her
beauty shone forth like the sun from behind the clouds. She next opened
her nutshell, and brought out of it the dress that shone like the sun,
and so went to the feast. Everyone made way for her, for nobody knew
her, and they thought she could be no less than a king
the king came up to her, and held out his hand and danced with her; and
he thought in his heart,
I never saw any one half so beautiful.
When the dance was at an end sM
he curtsied; and when the king looked
round for her, she was gone, no one knew wither. The guards that stood
at the castle gate were called in: but they had seen no one. The truth
was, that she had run into her little cabin, pulled off her dress,
blackened her face and hands, put on the fur-skin cloak, and was
Cat-skin again. When she went into the kitchen to her work, and began
to rake the ashes, the cook said,
Let that alone till the morning, and
s soup; I should like to run up now and gM
t let a hair fall into it, or you will run a chance of
As soon as the cook went away, Cat-skin heated the king
toasted a slice of bread first, as nicely as ever she could; and when it
was ready, she went and looked in the cabin for her little golden ring,
and put it into the dish in which the soup was. When the dance was over,
the king ordered his soup to be brought in; and it pleased him so well,
that he thought he had never tasted M
any so good before. At the bottom
he saw a gold ring lying; and as he could not make out how it had got
there, he ordered the cook to be sent for. The cook was frightened when
he heard the order, and said to Cat-skin,
You must have let a hair fall
into the soup; if it be so, you will have a good beating.
before the king, and he asked him who had cooked the soup.
answered the cook. But the king said,
That is not true; it was better
done than you could do it.
To tell the truth I did
not cook it, but Cat-skin did.
Then let Cat-skin come up,
king: and when she came he said to her,
that has lost both father and mother.
I am good for nothing,
scullion-girl, and to have boots and shoes thrown at my head.
did you get the ring that was in the soup?
 asked the king. Then she
would not own that she knM
ew anything about the ring; so the king sent
her away again about her business.
After a time there was another feast, and Cat-skin asked the cook to let
her go up and see it as before.
but come again in half
an hour, and cook the king the soup that he likes so much.
ran to her little cabin, washed herself quickly, and took her dress
out which was silvery as the moon, and put it on; and when she went in,
s daughter, the king went up to her, and rejoicM
seeing her again, and when the dance began he danced with her. After the
dance was at an end she managed to slip out, so slyly that the king did
not see where she was gone; but she sprang into her little cabin, and
made herself into Cat-skin again, and went into the kitchen to cook the
soup. Whilst the cook was above stairs, she got the golden necklace and
dropped it into the soup; then it was brought to the king, who ate it,
and it pleased him as well as before; so he sent for the cook, who
 forced to tell him that Cat-skin had cooked it. Cat-skin was
brought again before the king, but she still told him that she was only
fit to have boots and shoes thrown at her head.
But when the king had ordered a feast to be got ready for the third
time, it happened just the same as before.
You must be a witch,
for you always put something into your soup,
so that it pleases the king better than mine.
 However, he let her go up
as before. Then she put on her dress which M
sparkled like the stars, and
went into the ball-room in it; and the king danced with her again, and
thought she had never looked so beautiful as she did then. So whilst
he was dancing with her, he put a gold ring on her finger without her
seeing it, and ordered that the dance should be kept up a long time.
When it was at an end, he would have held her fast by the hand, but she
slipped away, and sprang so quickly through the crowd that he lost sight
of her: and she ran as fast as she could into her little cabM
the stairs. But this time she kept away too long, and stayed beyond the
half-hour; so she had not time to take off her fine dress, and threw her
fur mantle over it, and in her haste did not blacken herself all over
with soot, but left one of her fingers white.
Then she ran into the kitchen, and cooked the king
as the cook was gone, she put the golden brooch into the dish. When the
king got to the bottom, he ordered Cat-skin to be called once more, and
soon saw the white fingM
er, and the ring that he had put on it whilst
they were dancing: so he seized her hand, and kept fast hold of it, and
when she wanted to loose herself and spring away, the fur cloak fell off
a little on one side, and the starry dress sparkled underneath it.
Then he got hold of the fur and tore it off, and her golden hair and
beautiful form were seen, and she could no longer hide herself: so she
washed the soot and ashes from her face, and showed herself to be the
most beautiful princess upon the face of thM
e earth. But the king said,
You are my beloved bride, and we will never more be parted from each
 And the wedding feast was held, and a merry day it was, as ever
was heard of or seen in that country, or indeed in any other.
There was once a man who had a daughter who was called Clever Elsie. And
when she had grown up her father said:
We will get her married.
if only someone would come who would have her.
length a man came from a dM
istance and wooed her, who was called Hans;
but he stipulated that Clever Elsie should be really smart.
she has plenty of good sense
; and the mother said:
she can see the wind coming up the street, and hear the flies coughing.
if she is not really smart, I won
they were sitting at dinner and had eaten, the mother said:
into the cellar and fetch some beer.
 Then Clever Elsie took the pitcher
, went into the cellar, and tapped the lid briskly as she
went, so that the time might not appear long. When she was below she
fetched herself a chair, and set it before the barrel so that she had
no need to stoop, and did not hurt her back or do herself any unexpected
injury. Then she placed the can before her, and turned the tap, and
while the beer was running she would not let her eyes be idle, but
looked up at the wall, and after much peering here and there, saw a
pick-axe exactly above her, which the maM
sons had accidentally left
Then Clever Elsie began to weep and said:
If I get Hans, and we have
a child, and he grows big, and we send him into the cellar here to draw
beer, then the pick-axe will fall on his head and kill him.
sat and wept and screamed with all the strength of her body, over the
misfortune which lay before her. Those upstairs waited for the drink,
but Clever Elsie still did not come. Then the woman said to the servant:
Just go down into the cellar and see where EM
found her sitting in front of the barrel, screaming loudly.
have I not reason to
weep? If I get Hans, and we have a child, and he grows big, and has to
draw beer here, the pick-axe will perhaps fall on his head, and kill
 Then said the maid:
What a clever Elsie we have!
beside her and began loudly to weep over the misfortune. After a while,
as the maid did not come back, and those uM
pstairs were thirsty for the
beer, the man said to the boy:
Just go down into the cellar and see
where Elsie and the girl are.
 The boy went down, and there sat Clever
Elsie and the girl both weeping together. Then he asked:
have I not reason to weep? If I get Hans,
and we have a child, and he grows big, and has to draw beer here, the
pick-axe will fall on his head and kill him.
 Then said the boy:
a clever Elsie we have!
er, and likewise began to
howl loudly. Upstairs they waited for the boy, but as he still did not
return, the man said to the woman:
Just go down into the cellar and see
 The woman went down, and found all three in the midst
of their lamentations, and inquired what was the cause; then Elsie told
her also that her future child was to be killed by the pick-axe, when it
grew big and had to draw beer, and the pick-axe fell down. Then said the
What a clever Elsie we have!
 and sat down and wept
with them. The man upstairs waited a short time, but as his wife did not
come back and his thirst grew ever greater, he said:
cellar myself and see where Elsie is.
 But when he got into the cellar,
and they were all sitting together crying, and he heard the reason, and
s child was the cause, and the Elsie might perhaps bring one
into the world some day, and that he might be killed by the pick-axe, if
he should happen to be sitting beneath it, drawiM
ng beer just at the very
time when it fell down, he cried:
Oh, what a clever Elsie!
down, and likewise wept with them. The bridegroom stayed upstairs alone
for a long time; then as no one would come back he thought:
waiting for me below: I too must go there and see what they are about.
When he got down, the five of them were sitting screaming and lamenting
quite piteously, each out-doing the other.
What misfortune has happened
if we marry each other
and have a child, and he is big, and we perhaps send him here to draw
something to drink, then the pick-axe which has been left up there might
dash his brains out if it were to fall down, so have we not reason to
more understanding than that is not needed
for my household, as you are such a clever Elsie, I will have you,
seized her hand, took her upstairs with him, and married her.
After Hans had had her some time, he said:
I am going out to work
and earn some money for us; go into the field and cut the corn that we
may have some bread.
Yes, dear Hans, I will do that.
gone away, she cooked herself some good broth and took it into the field
with her. When she came to the field she said to herself:
do; shall I cut first, or shall I eat first? Oh, I will eat first.
she drank her cup of broth and when she was fully satisfied, she once
What shall I do? Shall I cut first, M
or shall I sleep first?
 Then she lay down among the corn and fell asleep.
Hans had been at home for a long time, but Elsie did not come; then said
What a clever Elsie I have; she is so industrious that she does not
even come home to eat.
 But when evening came and she still stayed away,
Hans went out to see what she had cut, but nothing was cut, and she
was lying among the corn asleep. Then Hans hastened home and brought
s net with little bells and hung it round aboM
still went on sleeping. Then he ran home, shut the house-door, and sat
down in his chair and worked. At length, when it was quite dark, Clever
Elsie awoke and when she got up there was a jingling all round about
her, and the bells rang at each step which she took. Then she was
alarmed, and became uncertain whether she really was Clever Elsie or
Is it I, or is it not I?
 But she knew not what answer
to make to this, and stood for a time in doubt; at length she thought:
I will go home and ask if it be I, or if it be not I, they will be sure
 She ran to the door of her own house, but it was shut; then
she knocked at the window and cried:
Hans, is Elsie within?
 Hereupon she was terrified, and said:
Ah, heavens! Then it is not I,
 and went to another door; but when the
people heard the jingling of the bells they would not open it, and she
could get in nowhere. Then she ran out of the village, and no one has
There was once a cook named Gretel, who wore shoes with red heels, and
when she walked out with them on, she turned herself this way and that,
was quite happy and thought:
You certainly are a pretty girl!
she came home she drank, in her gladness of heart, a draught of wine,
and as wine excites a desire to eat, she tasted the best of whatever she
was cooking until she was satisfied, and said:
The cook must know what
ass that the master one day said to her:
guest coming this evening; prepare me two fowls very daintily.
 answered Gretel. She killed two fowls, scalded them,
plucked them, put them on the spit, and towards evening set them before
the fire, that they might roast. The fowls began to turn brown, and were
nearly ready, but the guest had not yet arrived. Then Gretel called out
If the guest does not come, I must take the fowls away
fire, but it will be a sin and a shame if they are not eaten
the moment they are at their juiciest.
myself, and fetch the guest.
 When the master had turned his back,
Gretel laid the spit with the fowls on one side, and thought:
so long by the fire there, makes one sweat and thirsty; who knows
when they will come? Meanwhile, I will run into the cellar, and take a
 She ran down, set a jug, said:
God bless it for you, Gretel,
and took a good drink,M
 and thought that wine should flow on, and should
not be interrupted, and took yet another hearty draught.
Then she went and put the fowls down again to the fire, basted them,
and drove the spit merrily round. But as the roast meat smelt so good,
Something might be wrong, it ought to be tasted!
She touched it with her finger, and said:
Ah! how good fowls are! It
certainly is a sin and a shame that they are not eaten at the right
 She ran to the window, to see if the master M
his guest, but she saw no one, and went back to the fowls and thought:
One of the wings is burning! I had better take it off and eat it.
So she cut it off, ate it, and enjoyed it, and when she had done, she
The other must go down too, or else master will observe that
something is missing.
 When the two wings were eaten, she went and
looked for her master, and did not see him. It suddenly occurred to
Who knows? They are perhaps not coming at all, and have turnedM
Well, Gretel, enjoy yourself, one fowl has
been cut into, take another drink, and eat it up entirely; when it is
eaten you will have some peace, why should God
s good gifts be spoilt?
So she ran into the cellar again, took an enormous drink and ate up the
one chicken in great glee. When one of the chickens was swallowed down,
and still her master did not come, Gretel looked at the other and said:
What one is, the other should be likewise, the two go together; what
right for the one is right for the other; I think if I were to take
another draught it would do me no harm.
 So she took another hearty
drink, and let the second chicken follow the first.
While she was making the most of it, her master came and cried:
up, Gretel, the guest is coming directly after me!
 answered Gretel. Meantime the master looked to see that
the table was properly laid, and took the great knife, wherewith he was
going to carve the chicM
kens, and sharpened it on the steps. Presently
the guest came, and knocked politely and courteously at the house-door.
Gretel ran, and looked to see who was there, and when she saw the guest,
she put her finger to her lips and said:
Hush! hush! go away as quickly
as you can, if my master catches you it will be the worse for you; he
certainly did ask you to supper, but his intention is to cut off your
two ears. Just listen how he is sharpening the knife for it!
heard the sharpening, and hurrieM
d down the steps again as fast as he
could. Gretel was not idle; she ran screaming to her master, and cried:
You have invited a fine guest!
Why, Gretel? What do you mean by
he has taken the chickens which I was just
going to serve up, off the dish, and has run away with them!
 said her master, and lamented the fine chickens.
but left me one, so that something remained for me to eat.
him to stop, but the guesM
t pretended not to hear. Then he ran after him
with the knife still in his hand, crying:
that the guest should leave him just one chicken, and not take both. The
guest, however, thought no otherwise than that he was to give up one of
his ears, and ran as if fire were burning under him, in order to take
The mother of Hans said:
 Hans comes to Gretel.
Hans. What do you bring that is good?
I bring nothing, I want to have
 Gretel presents Hans with a needle, Hans says:
Hans takes the needle, sticks it into a hay-cart, and follows the cart
Good evening, mother.
Good evening, Hans. Where have you been?
What did you take her?
What did Gretel give you?
Stuck in the hay-cart.
That was ill done, Hans. You
should have stuck the needle in your sleeve.
ll behave well. Goodbye, mother.
Good day, Hans. What do you bring that is
I bring nothing. I want to have something given to me.
presents Hans with a knife.
takes the knife, sticks it in his sleeve, and goes home.
Good evening, Hans. Where have you been?
Took her nothing, she gave me something.
Where is the knife, Hans?
you should have put the knife in
Never mind, will do better next time.
ll behave well. Goodbye, mother.
Good day, Hans. What good thing do you
I bring nothing, I want something given me.
Hans with a young goat.
the goat, ties its legs, and puM
ts it in his pocket. When he gets home it
Good evening, mother.
Good evening, Hans. Where have
What did you take her?
What did Gretel give you?
Where is the goat, Hans?
Put it in my pocket.
Hans, you should have put a rope round the goat
will do better next time.
ll behave well. Goodbye, mother.
Good day, Hans. What good thing do you
I bring nothing, I want something given me.
Hans with a piece of bacon.
Hans takes the bacon, ties it to a rope, and drags it away behind him.
The dogs come and devour the bacon. When he gets home, he has the rope
in his hand, and there is no longeM
r anything hanging on to it.
Good evening, Hans. Where have you been?
What did you take her?
I took her nothing, she gave me
What did Gretel give you?
Gave me a bit of bacon.
I tied it to a rope, brought it home, dogs took
That was ill done, Hans, you should have carried the bacon on your
Never mind, will do better next time.
behave well. Goodbye, mother.
 Hans comes to Gretel.
Good day, Hans, What good thing do you bring?
bring nothing, but would have something given.
 Gretel presents Hans
Hans takes the calf, puts it on his head, and the calf kicks his face.
Good evening, mother.
Good evening, Hans. Where have you been?
I took nothing, but had something
What did Gretel give you?
I set it on my head and it kicked my face.
ill done, Hans, you should have led the calf, and put it in the stall.
Never mind, will do better next time.
behave well. Goodbye, mother.
Hans comes to Gretel.
Good day, Hans. What good
I bring nothing, but would have something given.
Gretel says to Hans:
Hans takes Gretel, ties her to a rope, leads her to the rack, and binds
her fast. Then Hans goes to his mother.
Good evening, mother.
evening, Hans. Where have you been?
What did Gretel give you?
nothing, she came with me.
the rope, tied her to the rack, and scattered some grass for her.
was ill done, Hans, you should have cast friendly eyes on her.
mind, will do better.
Hans went into the stable, cut out all the calves
and threw them in Gretel
s face. Then Gretel became angry, tore herself
loose and ran away, and was no longer the bride of Hans.
There was once upon a time a poor peasant called Crabb, who droveM
two oxen a load of wood to the town, and sold it to a doctor for two
talers. When the money was being counted out to him, it so happened that
the doctor was sitting at table, and when the peasant saw how well he
ate and drank, his heart desired what he saw, and would willingly
have been a doctor too. So he remained standing a while, and at length
inquired if he too could not be a doctor.
that is soon managed.
 asked the peasant.
t place buy yourself an A B C book of the kind which has a cock on
the frontispiece; in the second, turn your cart and your two oxen into
money, and get yourself some clothes, and whatsoever else pertains to
medicine; thirdly, have a sign painted for yourself with the words:
 and have that nailed up above your house-door.
peasant did everything that he had been told to do. When he had doctored
people awhile, but not long, a rich and great lord had some money
as told about Doctor Knowall who lived in such and such
a village, and must know what had become of the money. So the lord had
the horses harnessed to his carriage, drove out to the village, and
asked Crabb if he were Doctor Knowall. Yes, he was, he said. Then he was
to go with him and bring back the stolen money.
Oh, yes, but Grete, my
 The lord was willing, and let both of them have a
seat in the carriage, and they all drove away together. When they came
the table was spread, and Crabb was told to
Yes, but my wife, Grete, too,
 said he, and he seated
himself with her at the table. And when the first servant came with a
dish of delicate fare, the peasant nudged his wife, and said:
 meaning that was the servant who brought the first
dish. The servant, however, thought he intended by that to say:
 and as he actually was so, he was terrified, and said
to his comrade outside:
The doctor knows all: we shall fare ill, he
said I was the first.
 The second did not want to go in at all, but was
forced. So when he went in with his dish, the peasant nudged his wife,
Grete, that is the second.
 This servant was equally alarmed,
and he got out as fast as he could. The third fared no better, for the
peasant again said:
Grete, that is the third.
 The fourth had to carry
in a dish that was covered, and the lord told the doctor that he was to
show his skill, and guess whM
at was beneath the cover. Actually, there
were crabs. The doctor looked at the dish, had no idea what to say, and
 When the lord heard that, he cried:
knows it; he must also know who has the money!
On this the servants looked terribly uneasy, and made a sign to the
doctor that they wished him to step outside for a moment. When therefore
he went out, all four of them confessed to him that they had stolen
the money, and said that they would willingly restore it andM
heavy sum into the bargain, if he would not denounce them, for if he
did they would be hanged. They led him to the spot where the money was
concealed. With this the doctor was satisfied, and returned to the hall,
sat down to the table, and said:
My lord, now will I search in my book
where the gold is hidden.
 The fifth servant, however, crept into the
stove to hear if the doctor knew still more. But the doctor sat still
and opened his A B C book, turned the pages backwards and forwards, and
looked for the cock. As he could not find it immediately he said:
know you are there, so you had better come out!
 Then the fellow in the
stove thought that the doctor meant him, and full of terror, sprang out,
That man knows everything!
 Then Doctor Knowall showed the lord
where the money was, but did not say who had stolen it, and received
from both sides much money in reward, and became a renowned man.
FREDERICK AND CATHERINE
There was once a man called Frederick: he had a wM
Catherine, and they had not long been married. One day Frederick said.
Kate! I am going to work in the fields; when I come back I shall be
hungry so let me have something nice cooked, and a good draught of ale.
it shall all be ready.
 When dinner-time drew
nigh, Catherine took a nice steak, which was all the meat she had, and
put it on the fire to fry. The steak soon began to look brown, and to
crackle in the pan; and Catherine stood by with a fork andM
then she said to herself,
The steak is almost ready, I may as well go
to the cellar for the ale.
 So she left the pan on the fire and took a
large jug and went into the cellar and tapped the ale cask. The beer ran
into the jug and Catherine stood looking on. At last it popped into her
The dog is not shut up--he may be running away with the steak;
 So up she ran from the cellar; and sure enough
the rascally cur had got the steak in his mouth, and was makinM
Away ran Catherine, and away ran the dog across the field: but he ran
faster than she, and stuck close to the steak.
t be cured must be endured
 said Catherine. So she turned round;
and as she had run a good way and was tired, she walked home leisurely
Now all this time the ale was running too, for Catherine had not turned
the cock; and when the jug was full the liquor ran upon the floor till
the cask was empty. When she got toM
 the cellar stairs she saw what had
what shall I do to keep Frederick from
seeing all this slopping about?
 So she thought a while; and at last
remembered that there was a sack of fine meal bought at the last fair,
and that if she sprinkled this over the floor it would suck up the ale
that we kept that meal! we have
now a good use for it.
 So away she went for it: but she managed to set
it down just upon the great jug fM
ull of beer, and upset it; and thus
all the ale that had been saved was set swimming on the floor also.
when one goes another may as well follow.
strewed the meal all about the cellar, and was quite pleased with her
cleverness, and said,
How very neat and clean it looks!
At noon Frederick came home.
I was cooking you a steak; but
while I went down to draw the ale, thM
e dog ran away with it; and while
I ran after him, the ale ran out; and when I went to dry up the ale
with the sack of meal that we got at the fair, I upset the jug: but the
cellar is now quite dry, and looks so clean!
how could you do all this?
 Why did you leave the steak to fry, and the
ale to run, and then spoil all the meal?
did not know I was doing wrong; you should have told me before.
The husband thought to himself,
 my wife manages matters thus, I must
 Now he had a good deal of gold in the house: so he
What pretty yellow buttons these are! I shall put
them into a box and bury them in the garden; but take care that you
never go near or meddle with them.
 As soon as he was gone, there came by some pedlars with
earthenware plates and dishes, and they asked her whether she would buy.
Oh dear me, I should like to buy verM
y much, but I have no money: if
you had any use for yellow buttons, I might deal with you.
let us have a look at them.
and dig where I tell you, and you will find the yellow buttons: I dare
 So the rogues went: and when they found what these
yellow buttons were, they took them all away, and left her plenty of
plates and dishes. Then she set them all about the house for a show:
and when Frederick came back, he cried out,
I have bought all these with your yellow
buttons: but I did not touch them myself; the pedlars went themselves
what a pretty piece of
work you have made! those yellow buttons were all my money: how came you
I did not know there was any
harm in it; you should have told me.
Catherine stood musing for a while, and at last said to her husband,
Hark ye, Frederick, we will soon get the gold back: let us run after
but take some butter
and cheese with you, that we may have something to eat by the way.
 said she; and they set out: and as Frederick walked the
fastest, he left his wife some way behind.
when we turn back, I shall be so much nearer home than he.
Presently she came to the top of a hill, down the side of which there
a road so narrow that the cart wheels always chafed the trees
on each side as they passed.
bruised and wounded those poor trees; they will never get well.
took pity on them, and made use of the butter to grease them all, so
that the wheels might not hurt them so much. While she was doing this
kind office one of her cheeses fell out of the basket, and rolled down
the hill. Catherine looked, but could not see where it had gone; so she
pose the other will go the same way and find you; he
has younger legs than I have.
 Then she rolled the other cheese after
it; and away it went, nobody knows where, down the hill. But she said
she supposed that they knew the road, and would follow her, and she
could not stay there all day waiting for them.
At last she overtook Frederick, who desired her to give him something to
eat. Then she gave him the dry bread.
Where are the butter and cheese?
er to grease those poor
trees that the wheels chafed so: and one of the cheeses ran away so I
sent the other after it to find it, and I suppose they are both on
the road together somewhere.
What a goose you are to do such silly
you never told me not.
They ate the dry bread together; and Frederick said,
locked the door safe when you came away.
hen go home, and do it now before we go any farther,
and bring with you something to eat.
Catherine did as he told her, and thought to herself by the way,
Frederick wants something to eat; but I don
t think he is very fond of
butter and cheese: I
ll bring him a bag of fine nuts, and the vinegar,
for I have often seen him take some.
When she reached home, she bolted the back door, but the front door she
took off the hinges, and said,
Frederick told me to lock the doorM
surely it can nowhere be so safe if I take it with me.
her time by the way; and when she overtook her husband she cried
There, Frederick, there is the door itself, you may watch it as
carefully as you please.
what a clever wife I
have! I sent you to make the house fast, and you take the door away, so
that everybody may go in and out as they please--however, as you have
brought the door, you shall carry it about with you for your pains.
ll carry the door; but I
nuts and vinegar bottle also--that would be too much of a load; so if
ll fasten them to the door.
Frederick of course made no objection to that plan, and they set off
into the wood to look for the thieves; but they could not find them: and
when it grew dark, they climbed up into a tree to spend the night there.
Scarcely were they up, than who should come by but the very rogues they
were looking for. They were in tM
ruth great rascals, and belonged to that
class of people who find things before they are lost; they were tired;
so they sat down and made a fire under the very tree where Frederick and
Catherine were. Frederick slipped down on the other side, and picked up
some stones. Then he climbed up again, and tried to hit the thieves on
the head with them: but they only said,
It must be near morning, for
the wind shakes the fir-apples down.
Catherine, who had the door on her shoulder, began to be very tired;
ut she thought it was the nuts upon it that were so heavy: so she said
Frederick, I must let the nuts go.
now, they will discover us.
t help that: they must go.
then, make haste and throw them down, if you will.
the nuts down among the boughs and one of the thieves cried,
A little while after, Catherine thought the door was still very heavy:
so she whispered to Frederick,
it will discover us.
 So she poured all the vinegar down; and the thieves
What a heavy dew there is!
At last it popped into Catherine
s head that it was the door itself that
was so heavy all the time: so she whispered,
Frederick, I must throw
 But he begged and prayed her not to do so, for he
was sure it would betray them.
went the door with such a clatter upon the thieves, that they cried
 and not knowing what was coming, ran away as fast as they
could, and left all the gold. So when Frederick and Catherine came down,
there they found all their money safe and sound.
There was once a forester who went into the forest to hunt, and as
he entered it he heard a sound of screaming as if a little child were
there. He followed the sound, and at last came to a high tree, and at
 top of this a little child was sitting, for the mother had fallen
asleep under the tree with the child, and a bird of prey had seen it in
her arms, had flown down, snatched it away, and set it on the high tree.
The forester climbed up, brought the child down, and thought to himself:
You will take him home with you, and bring him up with your Lina.
took it home, therefore, and the two children grew up together. And the
one, which he had found on a tree was called Fundevogel, because a bird
ried it away. Fundevogel and Lina loved each other so dearly that
when they did not see each other they were sad.
Now the forester had an old cook, who one evening took two pails and
began to fetch water, and did not go once only, but many times, out
to the spring. Lina saw this and said,
Listen, old Sanna, why are you
fetching so much water?
If you will never repeat it to anyone, I will
 So Lina said, no, she would never repeat it to anyone,
and then the cook said:
ow morning, when the forester
is out hunting, I will heat the water, and when it is boiling in the
kettle, I will throw in Fundevogel, and will boil him in it.
Early next morning the forester got up and went out hunting, and when he
was gone the children were still in bed. Then Lina said to Fundevogel:
If you will never leave me, I too will never leave you.
Neither now, nor ever will I leave you.
will I tell you. Last night, old Sanna carried so many M
into the house that I asked her why she was doing that, and she said
that if I would promise not to tell anyone, and she said that early
tomorrow morning when father was out hunting, she would set the kettle
full of water, throw you into it and boil you; but we will get up
quickly, dress ourselves, and go away together.
The two children therefore got up, dressed themselves quickly, and went
away. When the water in the kettle was boiling, the cook went into the
bedroom to fetch FundevogM
el and throw him into it. But when she came in,
and went to the beds, both the children were gone. Then she was terribly
alarmed, and she said to herself:
What shall I say now when the
forester comes home and sees that the children are gone? They must be
followed instantly to get them back again.
Then the cook sent three servants after them, who were to run and
overtake the children. The children, however, were sitting outside the
forest, and when they saw from afar the three servants running, Lina
said to Fundevogel:
Never leave me, and I will never leave you.
Neither now, nor ever.
a rose-tree, and I the rose upon it.
 When the three servants came to
the forest, nothing was there but a rose-tree and one rose on it, but
the children were nowhere. Then said they:
There is nothing to be done
 and they went home and told the cook that they had seen nothing
in the forest but a little rose-bush with one rose on it. Then the
You simpletons, you should have cut the
rose-bush in two, and have broken off the rose and brought it home with
you; go, and do it at once.
 They had therefore to go out and look for
the second time. The children, however, saw them coming from a distance.
Fundevogel, never leave me, and I will never leave
Neither now; nor ever.
become a church, and I
ll be the chandelier in it.
came, nothing was there but a church, with a chandelier in
it. They said therefore to each other:
What can we do here, let us go
 When they got home, the cook asked if they had not found them;
so they said no, they had found nothing but a church, and there was a
chandelier in it. And the cook scolded them and said:
did you not pull the church to pieces, and bring the chandelier home
 And now the old cook herself got on her legs, and went with
the three servants in purM
suit of the children. The children, however,
saw from afar that the three servants were coming, and the cook waddling
after them. Then said Lina:
Fundevogel, never leave me, and I will
 Then said Fundevogel:
Neither now, nor ever.
Be a fishpond, and I will be the duck upon it.
however, came up to them, and when she saw the pond she lay down by it,
and was about to drink it up. But the duck swam quickly to her, seized
her head in its beak and drew her intM
o the water, and there the old
witch had to drown. Then the children went home together, and were
heartily delighted, and if they have not died, they are living still.
There was once upon a time a king who had a great forest near his
palace, full of all kinds of wild animals. One day he sent out a
huntsman to shoot him a roe, but he did not come back.
accident has befallen him,
 said the king, and the next day he sent out
two more huntsmen who were to search for him, buM
t they too stayed away.
Then on the third day, he sent for all his huntsmen, and said:
the whole forest through, and do not give up until you have found all
 But of these also, none came home again, none were seen again.
From that time forth, no one would any longer venture into the forest,
and it lay there in deep stillness and solitude, and nothing was seen
of it, but sometimes an eagle or a hawk flying over it. This lasted for
many years, when an unknown huntsman announced himself to theM
seeking a situation, and offered to go into the dangerous forest. The
king, however, would not give his consent, and said:
there; I fear it would fare with you no better than with the others,
and you would never come out again.
 The huntsman replied:
venture it at my own risk, of fear I know nothing.
The huntsman therefore betook himself with his dog to the forest. It was
not long before the dog fell in with some game on the way, and wanted to
but hardly had the dog run two steps when it stood before a
deep pool, could go no farther, and a naked arm stretched itself out of
the water, seized it, and drew it under. When the huntsman saw that, he
went back and fetched three men to come with buckets and bale out the
water. When they could see to the bottom there lay a wild man whose body
was brown like rusty iron, and whose hair hung over his face down to his
knees. They bound him with cords, and led him away to the castle. There
was great astonishmenM
t over the wild man; the king, however, had him put
in an iron cage in his courtyard, and forbade the door to be opened
on pain of death, and the queen herself was to take the key into her
keeping. And from this time forth everyone could again go into the
The king had a son of eight years, who was once playing in the
courtyard, and while he was playing, his golden ball fell into the cage.
The boy ran thither and said:
Give me my ball out.
opened the door for M
not do that; the king has forbidden it,
 and ran away. The next day he
again went and asked for his ball; the wild man said:
but the boy would not. On the third day the king had ridden out hunting,
and the boy went once more and said:
I cannot open the door even if I
wished, for I have not the key.
 Then the wild man said:
s pillow, you can get it there.
 The boy, who wanted to have
 back, cast all thought to the winds, and brought the key. The
door opened with difficulty, and the boy pinched his fingers. When it
was open the wild man stepped out, gave him the golden ball, and hurried
away. The boy had become afraid; he called and cried after him:
wild man, do not go away, or I shall be beaten!
 The wild man turned
back, took him up, set him on his shoulder, and went with hasty steps
into the forest. When the king came home, he observed the empty cage,
and asked the queen how tM
hat had happened. She knew nothing about it,
and sought the key, but it was gone. She called the boy, but no one
answered. The king sent out people to seek for him in the fields, but
they did not find him. Then he could easily guess what had happened, and
much grief reigned in the royal court.
When the wild man had once more reached the dark forest, he took the boy
down from his shoulder, and said to him:
You will never see your father
and mother again, but I will keep you with me, for you have set me fM
and I have compassion on you. If you do all I bid you, you shall fare
well. Of treasure and gold have I enough, and more than anyone in the
 He made a bed of moss for the boy on which he slept, and the
next morning the man took him to a well, and said:
well is as bright and clear as crystal, you shall sit beside it, and
take care that nothing falls into it, or it will be polluted. I will
come every evening to see if you have obeyed my order.
 brink of the well, and often saw a golden fish or a
golden snake show itself therein, and took care that nothing fell in.
As he was thus sitting, his finger hurt him so violently that he
involuntarily put it in the water. He drew it quickly out again, but saw
that it was quite gilded, and whatsoever pains he took to wash the gold
off again, all was to no purpose. In the evening Iron Hans came back,
looked at the boy, and said:
What has happened to the well?
 he answered, and heldM
 his finger behind his back, that the
man might not see it. But he said:
You have dipped your finger into
the water, this time it may pass, but take care you do not again let
 By daybreak the boy was already sitting by the well and
watching it. His finger hurt him again and he passed it over his head,
and then unhappily a hair fell down into the well. He took it quickly
out, but it was already quite gilded. Iron Hans came, and already knew
You have let a hair fall iM
I will allow you to watch by it once more, but if this happens for the
third time then the well is polluted and you can no longer remain with
On the third day, the boy sat by the well, and did not stir his finger,
however much it hurt him. But the time was long to him, and he looked at
the reflection of his face on the surface of the water. And as he
still bent down more and more while he was doing so, and trying to look
straight into the eyes, his long hair fell down fM
rom his shoulders into
the water. He raised himself up quickly, but the whole of the hair of
his head was already golden and shone like the sun. You can imagine how
terrified the poor boy was! He took his pocket-handkerchief and tied it
round his head, in order that the man might not see it. When he came he
already knew everything, and said:
Take the handkerchief off.
golden hair streamed forth, and let the boy excuse himself as he might,
You have not stood the trial and cM
longer. Go forth into the world, there you will learn what poverty is.
But as you have not a bad heart, and as I mean well by you, there is
one thing I will grant you; if you fall into any difficulty, come to the
 and then I will come and help you. My
power is great, greater than you think, and I have gold and silver in
s son left the forest, and walked by beaten and unbeaten
paths ever onwards until at length he reached a greatM
looked for work, but could find none, and he learnt nothing by which he
could help himself. At length he went to the palace, and asked if they
would take him in. The people about court did not at all know what use
they could make of him, but they liked him, and told him to stay. At
length the cook took him into his service, and said he might carry wood
and water, and rake the cinders together. Once when it so happened that
no one else was at hand, the cook ordered him to carry the food to theM
royal table, but as he did not like to let his golden hair be seen, he
kept his little cap on. Such a thing as that had never yet come under
s notice, and he said:
When you come to the royal table you
must take your hat off.
Ah, Lord, I cannot; I have a bad
sore place on my head.
 Then the king had the cook called before him
and scolded him, and asked how he could take such a boy as that into his
service; and that he was to send him away at once. The cook, however,
ty on him, and exchanged him for the gardener
And now the boy had to plant and water the garden, hoe and dig, and bear
the wind and bad weather. Once in summer when he was working alone in
the garden, the day was so warm he took his little cap off that the air
might cool him. As the sun shone on his hair it glittered and flashed so
that the rays fell into the bedroom of the king
s daughter, and up she
sprang to see what that could be. Then she saw the boy, and cried to
 He put his cap on with all
haste, and gathered wild field-flowers and bound them together. When he
was ascending the stairs with them, the gardener met him, and said:
can you take the king
s daughter a garland of such common flowers? Go
quickly, and get another, and seek out the prettiest and rarest.
the wild ones have more scent, and will please
 When he got into the room, the king
your cap off, it is M
not seemly to keep it on in my presence.
I may not, I have a sore head.
 She, however, caught at his
cap and pulled it off, and then his golden hair rolled down on his
shoulders, and it was splendid to behold. He wanted to run out, but she
held him by the arm, and gave him a handful of ducats. With these he
departed, but he cared nothing for the gold pieces. He took them to the
gardener, and said:
I present them to your children, they can play with
 The following day the kinM
s daughter again called to him that he
was to bring her a wreath of field-flowers, and then he went in with it,
she instantly snatched at his cap, and wanted to take it away from him,
but he held it fast with both hands. She again gave him a handful of
ducats, but he would not keep them, and gave them to the gardener for
playthings for his children. On the third day things went just the
same; she could not get his cap away from him, and he would not have her
Not long afterwards, the country wasM
 overrun by war. The king gathered
together his people, and did not know whether or not he could offer any
opposition to the enemy, who was superior in strength and had a mighty
army. Then said the gardener
I am grown up, and will go to the
wars also, only give me a horse.
 The others laughed, and said:
one for yourself when we are gone, we will leave one behind us in the
 When they had gone forth, he went into the stable, and
led the horse out; it was lame of one footM
, and limped hobblety jib,
hobblety jib; nevertheless he mounted it, and rode away to the dark
forest. When he came to the outskirts, he called
times so loudly that it echoed through the trees. Thereupon the wild man
appeared immediately, and said:
steed, for I am going to the wars.
That you shall have, and still more
 Then the wild man went back into the forest, and it
was not long before a stable-boy came out of itM
, who led a horse that
snorted with its nostrils, and could hardly be restrained, and behind
them followed a great troop of warriors entirely equipped in iron, and
their swords flashed in the sun. The youth made over his three-legged
horse to the stable-boy, mounted the other, and rode at the head of the
soldiers. When he got near the battlefield a great part of the king
men had already fallen, and little was wanting to make the rest give
way. Then the youth galloped thither with his iron soldiers, brokeM
a hurricane over the enemy, and beat down all who opposed him. They
began to flee, but the youth pursued, and never stopped, until there
was not a single man left. Instead of returning to the king, however, he
conducted his troop by byways back to the forest, and called forth Iron
 asked the wild man.
Take back your horse
and your troops, and give me my three-legged horse again.
asked was done, and soon he was riding on his three-legged horse. When
king returned to his palace, his daughter went to meet him, and
wished him joy of his victory.
I am not the one who carried away the
but a strange knight who came to my assistance with
 The daughter wanted to hear who the strange knight was,
but the king did not know, and said:
He followed the enemy, and I did
 She inquired of the gardener where his boy was, but
he smiled, and said:
He has just come home on his three-legged horse,
others have been mocking him, and crying:
hobblety jib back again!
Under what hedge have you
been lying sleeping all the time?
I did the best of all,
and it would have gone badly without me.
 And then he was still more
The king said to his daughter:
I will proclaim a great feast that shall
last for three days, and you shall throw a golden apple. Perhaps the
unknown man will show himself.
 When the feast was announced, the youthM
went out to the forest, and called Iron Hans.
That I may catch the king
as safe as if you had it already,
have a suit of red armour for the occasion, and ride on a spirited
 When the day came, the youth galloped to the spot, took
his place amongst the knights, and was recognized by no one. The king
daughter came forward, and threw a golden apple to the knights, butM
of them caught it but he, only as soon as he had it he galloped away.
On the second day Iron Hans equipped him as a white knight, and gave him
a white horse. Again he was the only one who caught the apple, and
he did not linger an instant, but galloped off with it. The king grew
That is not allowed; he must appear before me and tell
 He gave the order that if the knight who caught the apple,
should go away again they should pursue him, and if he would not come
llingly, they were to cut him down and stab him.
On the third day, he received from Iron Hans a suit of black armour and
a black horse, and again he caught the apple. But when he was riding off
s attendants pursued him, and one of them got so near
him that he wounded the youth
s leg with the point of his sword. The
youth nevertheless escaped from them, but his horse leapt so violently
that the helmet fell from the youth
s head, and they could see that he
had golden hair. They rode bM
ack and announced this to the king.
The following day the king
s daughter asked the gardener about his
He is at work in the garden; the queer creature has been at the
festival too, and only came home yesterday evening; he has likewise
shown my children three golden apples which he has won.
The king had him summoned into his presence, and he came and again had
his little cap on his head. But the king
s daughter went up to him and
took it off, and then his golden hair fell down over his shouM
he was so handsome that all were amazed.
Are you the knight who came
every day to the festival, always in different colours, and who caught
the three golden apples?
 and he took them out of his pocket, and returned them
If you desire further proof, you may see the wound which
your people gave me when they followed me. But I am likewise the knight
who helped you to your victory over your enemies.
such deeds as that, you are no gardener
s boy; tell me, who is your
My father is a mighty king, and gold have I in plenty as great
that I owe my thanks to
you; can I do anything to please you?
you can. Give me your daughter to wife.
 The maiden laughed, and said:
He does not stand much on ceremony, but I have already seen by his
golden hair that he was no gardener
kissed him. His father and mother came to the wedding, and were in great
delight, for they had given up all hope of ever seeing their dear
son again. And as they were sitting at the marriage-feast, the music
suddenly stopped, the doors opened, and a stately king came in with a
great retinue. He went up to the youth, embraced him and said:
Iron Hans, and was by enchantment a wild man, but you have set me free;
all the treasures which I possess, shall be your property.
There was once an old castle, that stood in the middle of a deep gloomy
wood, and in the castle lived an old fairy. Now this fairy could take
any shape she pleased. All the day long she flew about in the form of
an owl, or crept about the country like a cat; but at night she always
became an old woman again. When any young man came within a hundred
paces of her castle, he became quite fixed, and could not move a step
till she came and set him free; which she would not do till he had givenM
her his word never to come there again: but when any pretty maiden came
within that space she was changed into a bird, and the fairy put her
into a cage, and hung her up in a chamber in the castle. There were
seven hundred of these cages hanging in the castle, and all with
beautiful birds in them.
Now there was once a maiden whose name was Jorinda. She was prettier
than all the pretty girls that ever were seen before, and a shepherd
lad, whose name was Jorindel, was very fond of her, and they were soon
to be married. One day they went to walk in the wood, that they might be
alone; and Jorindel said,
We must take care that we don
 It was a beautiful evening; the last rays of the
setting sun shone bright through the long stems of the trees upon
the green underwood beneath, and the turtle-doves sang from the tall
Jorinda sat down to gaze upon the sun; Jorindel sat by her side; and
both felt sad, they knew not why; but it seemed as if they were to be
rted from one another for ever. They had wandered a long way; and when
they looked to see which way they should go home, they found themselves
at a loss to know what path to take.
The sun was setting fast, and already half of its circle had sunk behind
the hill: Jorindel on a sudden looked behind him, and saw through the
bushes that they had, without knowing it, sat down close under the old
walls of the castle. Then he shrank for fear, turned pale, and trembled.
Jorinda was just singing,
ve sang from the willow spray,
  Well-a-day! Well-a-day!
d for the fate of his darling mate,
when her song stopped suddenly. Jorindel turned to see the reason, and
beheld his Jorinda changed into a nightingale, so that her song ended
with a mournful _jug, jug_. An owl with fiery eyes flew three times
round them, and three times screamed:
Tu whu! Tu whu! Tu whu!
Jorindel could not move; he stood fixed as a stone, and could neither
weep, nor speak, nor stir hand orM
 foot. And now the sun went quite down;
the gloomy night came; the owl flew into a bush; and a moment after the
old fairy came forth pale and meagre, with staring eyes, and a nose and
chin that almost met one another.
She mumbled something to herself, seized the nightingale, and went away
with it in her hand. Poor Jorindel saw the nightingale was gone--but
what could he do? He could not speak, he could not move from the spot
where he stood. At last the fairy came back and sang with a hoarse
Till the prisoner is fast,
  And her doom is cast,
  There stay! Oh, stay!
  When the charm is around her,
  And the spell has bound her,
On a sudden Jorindel found himself free. Then he fell on his knees
before the fairy, and prayed her to give him back his dear Jorinda: but
she laughed at him, and said he should never see her again; then she
He prayed, he wept, he sorrowed, but all in vain.
 He could not go back toM
 his own home, so he went to
a strange village, and employed himself in keeping sheep. Many a time
did he walk round and round as near to the hated castle as he dared go,
but all in vain; he heard or saw nothing of Jorinda.
At last he dreamt one night that he found a beautiful purple flower,
and that in the middle of it lay a costly pearl; and he dreamt that he
plucked the flower, and went with it in his hand into the castle, and
that everything he touched with it was disenchanted, and that there he
In the morning when he awoke, he began to search over hill and dale for
this pretty flower; and eight long days he sought for it in vain: but
on the ninth day, early in the morning, he found the beautiful purple
flower; and in the middle of it was a large dewdrop, as big as a costly
pearl. Then he plucked the flower, and set out and travelled day and
night, till he came again to the castle.
He walked nearer than a hundred paces to it, and yet he did not become
fixed as before, but foM
und that he could go quite close up to the door.
Jorindel was very glad indeed to see this. Then he touched the door with
the flower, and it sprang open; so that he went in through the court,
and listened when he heard so many birds singing. At last he came to the
chamber where the fairy sat, with the seven hundred birds singing in
the seven hundred cages. When she saw Jorindel she was very angry, and
screamed with rage; but she could not come within two yards of him, for
the flower he held in his hand was hM
is safeguard. He looked around at
the birds, but alas! there were many, many nightingales, and how then
should he find out which was his Jorinda? While he was thinking what to
do, he saw the fairy had taken down one of the cages, and was making the
best of her way off through the door. He ran or flew after her, touched
the cage with the flower, and Jorinda stood before him, and threw her
arms round his neck looking as beautiful as ever, as beautiful as when
they walked together in the wood.
d all the other birds with the flower, so that they all
took their old forms again; and he took Jorinda home, where they were
married, and lived happily together many years: and so did a good many
other lads, whose maidens had been forced to sing in the old fairy
cages by themselves, much longer than they liked.
A great king of a land far away in the East had a daughter who was very
beautiful, but so proud, and haughty, and conceited, that none of the
princes who came to ask M
her in marriage was good enough for her, and she
only made sport of them.
Once upon a time the king held a great feast, and asked thither all
her suitors; and they all sat in a row, ranged according to their
rank--kings, and princes, and dukes, and earls, and counts, and barons,
and knights. Then the princess came in, and as she passed by them she
had something spiteful to say to every one. The first was too fat:
 said she. The next was too tall:
he. The next was too short:
fourth was too pale, and she called him
red, so she called him
 The sixth was not straight enough;
so she said he was like a green stick, that had been laid to dry over
s oven. And thus she had some joke to crack upon every one: but
she laughed more than all at a good king who was there.
his beard is like an old mop; he shall be called
the king got the nickname of Grisly-beard.
But the old king was very angry when he saw how his daughter behaved,
and how she ill-treated all his guests; and he vowed that, willing or
unwilling, she should marry the first man, be he prince or beggar, that
Two days after there came by a travelling fiddler, who began to play
under the window and beg alms; and when the king heard him, he said,
 So they brought in a dirty-looking fellow; and when
he had sung before theM
 king and the princess, he begged a boon. Then the
You have sung so well, that I will give you my daughter for
 The princess begged and prayed; but the king said,
sworn to give you to the first comer, and I will keep my word.
and tears were of no avail; the parson was sent for, and she was married
to the fiddler. When this was over the king said,
go--you must not stay here--you must travel on with your husband.
Then the fiddler went hiM
s way, and took her with him, and they soon came
to King Grisly-beard,
hadst thou taken him, all had been
Ah! unlucky wretch that I am!
married King Grisly-beard!
 Next they came to some fine meadows.
are these beautiful green meadows?
Grisly-beard, hadst thou taken him, they had all been thine.
would that I had married King
Then they came to a great city.
Whose is this noble city?
It belongs to King Grisly-beard; hadst thou taken him, it had all been
Ah! wretch that I am!
why did I not marry King
That is no business of mine,
should you wish for another husband? Am not I good enough for you?
At last they came to a small cottage.
What a paltry placeM
to whom does that little dirty hole belong?
 Then the fiddler said,
That is your and my house, where we are to live.
What do we want with servants?
must do for yourself whatever is to be done. Now make the fire, and put
on water and cook my supper, for I am very tired.
 But the princess knew
nothing of making fires and cooking, and the fiddler was forced to help
her. When they had eaten a very scanty meal they went toM
fiddler called her up very early in the morning to clean the house. Thus
they lived for two days: and when they had eaten up all there was in the
cottage, the man said,
t go on thus, spending money and
earning nothing. You must learn to weave baskets.
 Then he went out and
cut willows, and brought them home, and she began to weave; but it made
her fingers very sore.
spin; perhaps you will do that better.
spin; but the threads cut her tender fingers till the blood ran.
you are good for nothing; you can do no work:
what a bargain I have got! However, I
ll try and set up a trade in pots
and pans, and you shall stand in the market and sell them.
s court should pass by and see me
standing in the market, how they will laugh at me!
But her husband did not care for that, and said she must work, if she
ot wish to die of hunger. At first the trade went well; for many
people, seeing such a beautiful woman, went to buy her wares, and paid
their money without thinking of taking away the goods. They lived on
this as long as it lasted; and then her husband bought a fresh lot of
ware, and she sat herself down with it in the corner of the market; but
a drunken soldier soon came by, and rode his horse against her stall,
and broke all her goods into a thousand pieces. Then she began to cry,
and knew not what to do. M
Ah! what will become of me?
will my husband say?
 So she ran home and told him all.
have thought you would have been so silly,
earthenware stall in the corner of the market, where everybody passes?
but let us have no more crying; I see you are not fit for this sort of
work, so I have been to the king
s palace, and asked if they did not
want a kitchen-maid; and they say they will take you, and there you will
e princess became a kitchen-maid, and helped the cook to do all
the dirtiest work; but she was allowed to carry home some of the meat
that was left, and on this they lived.
She had not been there long before she heard that the king
was passing by, going to be married; and she went to one of the windows
and looked out. Everything was ready, and all the pomp and brightness of
the court was there. Then she bitterly grieved for the pride and folly
which had brought her so low. And the servants gM
ave her some of the rich
meats, which she put into her basket to take home.
All on a sudden, as she was going out, in came the king
clothes; and when he saw a beautiful woman at the door, he took her
by the hand, and said she should be his partner in the dance; but she
trembled for fear, for she saw that it was King Grisly-beard, who was
making sport of her. However, he kept fast hold, and led her in; and the
cover of the basket came off, so that the meats in it fell about. Then
y laughed and jeered at her; and she was so abashed, that she
wished herself a thousand feet deep in the earth. She sprang to the
door to run away; but on the steps King Grisly-beard overtook her, and
brought her back and said,
Fear me not! I am the fiddler who has lived
with you in the hut. I brought you there because I really loved you. I
am also the soldier that overset your stall. I have done all this only
to cure you of your silly pride, and to show you the folly of your
ill-treatment of me. Now all M
is over: you have learnt wisdom, and it is
time to hold our marriage feast.
Then the chamberlains came and brought her the most beautiful robes; and
her father and his whole court were there already, and welcomed her home
on her marriage. Joy was in every face and every heart. The feast was
grand; they danced and sang; all were merry; and I only wish that you
and I had been of the party.
A merchant, who had three daughters, was once setting out upon a
journey; but before heM
 went he asked each daughter what gift he should
bring back for her. The eldest wished for pearls; the second for jewels;
but the third, who was called Lily, said,
Dear father, bring me a
 Now it was no easy task to find a rose, for it was the middle
of winter; yet as she was his prettiest daughter, and was very fond of
flowers, her father said he would try what he could do. So he kissed all
three, and bid them goodbye.
And when the time came for him to go home, he had bought pearls and
for the two eldest, but he had sought everywhere in vain for the
rose; and when he went into any garden and asked for such a thing, the
people laughed at him, and asked him whether he thought roses grew in
snow. This grieved him very much, for Lily was his dearest child; and as
he was journeying home, thinking what he should bring her, he came to a
fine castle; and around the castle was a garden, in one half of which it
seemed to be summer-time and in the other half winter. On one side the
e in full bloom, and on the other everything looked
dreary and buried in the snow.
 said he, as he called to
his servant, and told him to go to a beautiful bed of roses that was
there, and bring him away one of the finest flowers.
This done, they were riding away well pleased, when up sprang a fierce
lion, and roared out,
Whoever has stolen my roses shall be eaten up
 Then the man said,
I knew not that the garden belonged to you;
can nothing save my life?
undertake to give me whatever meets you on your return home; if you
agree to this, I will give you your life, and the rose too for your
 But the man was unwilling to do so and said,
youngest daughter, who loves me most, and always runs to meet me when
 Then the servant was greatly frightened, and said,
perhaps be only a cat or a dog.
 And at last the man yielded with a
heavy heart, and took the rose; and said he would give M
should meet him first on his return.
And as he came near home, it was Lily, his youngest and dearest
daughter, that met him; she came running, and kissed him, and welcomed
him home; and when she saw that he had brought her the rose, she was
still more glad. But her father began to be very sorrowful, and to weep,
Alas, my dearest child! I have bought this flower at a high
price, for I have said I would give you to a wild lion; and when he has
you, he will tear you in pieces, anM
 Then he told her all that
had happened, and said she should not go, let what would happen.
But she comforted him, and said,
Dear father, the word you have given
must be kept; I will go to the lion, and soothe him: perhaps he will let
me come safe home again.
The next morning she asked the way she was to go, and took leave of her
father, and went forth with a bold heart into the wood. But the lion was
an enchanted prince. By day he and all his court were lions, but in the
 took their right forms again. And when Lily came to the
castle, he welcomed her so courteously that she agreed to marry him. The
wedding-feast was held, and they lived happily together a long time. The
prince was only to be seen as soon as evening came, and then he held his
court; but every morning he left his bride, and went away by himself,
she knew not whither, till the night came again.
After some time he said to her,
Tomorrow there will be a great feast in
s house, for your eldest siM
ster is to be married; and if
you wish to go and visit her my lions shall lead you thither.
rejoiced much at the thoughts of seeing her father once more, and set
out with the lions; and everyone was overjoyed to see her, for they had
thought her dead long since. But she told them how happy she was, and
stayed till the feast was over, and then went back to the wood.
Her second sister was soon after married, and when Lily was asked to
go to the wedding, she said to the prince,
time--you must go with me.
 But he would not, and said that it would be
a very hazardous thing; for if the least ray of the torch-light should
fall upon him his enchantment would become still worse, for he should be
changed into a dove, and be forced to wander about the world for seven
long years. However, she gave him no rest, and said she would take care
no light should fall upon him. So at last they set out together, and
took with them their little child; and she chose a large hall with thick
walls for him to sit in while the wedding-torches were lighted; but,
unluckily, no one saw that there was a crack in the door. Then the
wedding was held with great pomp, but as the train came from the church,
and passed with the torches before the hall, a very small ray of light
fell upon the prince. In a moment he disappeared, and when his wife came
in and looked for him, she found only a white dove; and it said to her,
Seven years must I fly up and down over the face of the earth, but
 I will let fall a white feather, that will show you
the way I am going; follow it, and at last you may overtake and set me
This said, he flew out at the door, and poor Lily followed; and every
now and then a white feather fell, and showed her the way she was to
journey. Thus she went roving on through the wide world, and looked
neither to the right hand nor to the left, nor took any rest, for seven
years. Then she began to be glad, and thought to herself that the time
was fast coming when all heM
r troubles should end; yet repose was still
far off, for one day as she was travelling on she missed the white
feather, and when she lifted up her eyes she could nowhere see the dove.
 thought she to herself,
no aid of man can be of use to me.
she went to the sun and said,
Thou shinest everywhere, on the hill
s depth--hast thou anywhere seen my white dove?
I have not seen it; but I will give thee a
casket--open it when thy hour of nM
So she thanked the sun, and went on her way till eventide; and when
the moon arose, she cried unto it, and said,
Thou shinest through the
night, over field and grove--hast thou nowhere seen my white dove?
I cannot help thee but I will give thee an
egg--break it when need comes.
Then she thanked the moon, and went on till the night-wind blew; and she
raised up her voice to it, and said,
Thou blowest through every tree
and under every leaf--hast thou nM
ot seen my white dove?
but I will ask three other winds; perhaps they have seen
 Then the east wind and the west wind came, and said they too had
not seen it, but the south wind said,
I have seen the white dove--he
has fled to the Red Sea, and is changed once more into a lion, for the
seven years are passed away, and there he is fighting with a dragon;
and the dragon is an enchanted princess, who seeks to separate him from
 Then the night-wind said,
ill give thee counsel. Go to the
Red Sea; on the right shore stand many rods--count them, and when thou
comest to the eleventh, break it off, and smite the dragon with it; and
so the lion will have the victory, and both of them will appear to you
in their own forms. Then look round and thou wilt see a griffin, winged
like bird, sitting by the Red Sea; jump on to his back with thy beloved
one as quickly as possible, and he will carry you over the waters to
your home. I will also give thee this nut,
When you are half-way over, throw it down, and out of the waters will
immediately spring up a high nut-tree on which the griffin will be able
to rest, otherwise he would not have the strength to bear you the whole
way; if, therefore, thou dost forget to throw down the nut, he will let
you both fall into the sea.
So our poor wanderer went forth, and found all as the night-wind had
said; and she plucked the eleventh rod, and smote the dragon, and the
lion forthwith became a prince, M
and the dragon a princess again. But
no sooner was the princess released from the spell, than she seized
the prince by the arm and sprang on to the griffin
s back, and went off
carrying the prince away with her.
Thus the unhappy traveller was again forsaken and forlorn; but she
took heart and said,
As far as the wind blows, and so long as the cock
crows, I will journey on, till I find him once again.
a long, long way, till at length she came to the castle whither the
arried the prince; and there was a feast got ready, and
she heard that the wedding was about to be held.
said she; and she took the casket that the sun had given her, and found
that within it lay a dress as dazzling as the sun itself. So she put it
on, and went into the palace, and all the people gazed upon her; and
the dress pleased the bride so much that she asked whether it was to be
Not for gold and silver.
but for flesh and blood.
The princess asked wM
hat she meant, and she said,
Let me speak with the
bridegroom this night in his chamber, and I will give thee the dress.
At last the princess agreed, but she told her chamberlain to give the
prince a sleeping draught, that he might not hear or see her. When
evening came, and the prince had fallen asleep, she was led into
his chamber, and she sat herself down at his feet, and said:
followed thee seven years. I have been to the sun, the moon, and the
night-wind, to seek thee, and at last I haveM
 helped thee to overcome
the dragon. Wilt thou then forget me quite?
 But the prince all the time
slept so soundly, that her voice only passed over him, and seemed like
the whistling of the wind among the fir-trees.
Then poor Lily was led away, and forced to give up the golden dress; and
when she saw that there was no help for her, she went out into a meadow,
and sat herself down and wept. But as she sat she bethought herself of
the egg that the moon had given her; and when she broke it, there ran
 hen and twelve chickens of pure gold, that played about, and then
nestled under the old one
s wings, so as to form the most beautiful
sight in the world. And she rose up and drove them before her, till the
bride saw them from her window, and was so pleased that she came forth
and asked her if she would sell the brood.
Not for gold or silver, but
for flesh and blood: let me again this evening speak with the bridegroom
in his chamber, and I will give thee the whole brood.
Then the princess thought tM
o betray her as before, and agreed to
what she asked: but when the prince went to his chamber he asked
the chamberlain why the wind had whistled so in the night. And the
chamberlain told him all--how he had given him a sleeping draught, and
how a poor maiden had come and spoken to him in his chamber, and was
to come again that night. Then the prince took care to throw away the
sleeping draught; and when Lily came and began again to tell him what
woes had befallen her, and how faithful and true to him she hadM
he knew his beloved wife
s voice, and sprang up, and said,
awakened me as from a dream, for the strange princess had thrown a spell
around me, so that I had altogether forgotten you; but Heaven hath sent
you to me in a lucky hour.
And they stole away out of the palace by night unawares, and seated
themselves on the griffin, who flew back with them over the Red Sea.
When they were half-way across Lily let the nut fall into the water,
and immediately a large nut-tree arose from the sM
ea, whereon the griffin
rested for a while, and then carried them safely home. There they found
their child, now grown up to be comely and fair; and after all their
troubles they lived happily together to the end of their days.
Once upon a time there was a widow who had two daughters; one of them
was beautiful and industrious, the other ugly and lazy. The mother,
however, loved the ugly and lazy one best, because she was her own
daughter, and so the other, who was only her stepdaughteM
to do all the work of the house, and was quite the Cinderella of the
family. Her stepmother sent her out every day to sit by the well in
the high road, there to spin until she made her fingers bleed. Now it
chanced one day that some blood fell on to the spindle, and as the girl
stopped over the well to wash it off, the spindle suddenly sprang out
of her hand and fell into the well. She ran home crying to tell of her
misfortune, but her stepmother spoke harshly to her, and after giving
ent scolding, said unkindly,
As you have let the spindle fall
into the well you may go yourself and fetch it out.
The girl went back to the well not knowing what to do, and at last in
her distress she jumped into the water after the spindle.
She remembered nothing more until she awoke and found herself in a
beautiful meadow, full of sunshine, and with countless flowers blooming
She walked over the meadow, and presently she came upon a baker
full of bread, and the loaM
ves cried out to her,
Take us out, take us
out, or alas! we shall be burnt to a cinder; we were baked through long
 So she took the bread-shovel and drew them all out.
She went on a little farther, till she came to a tree full of apples.
Shake me, shake me, I pray,
my apples, one and all,
 So she shook the tree, and the apples came falling down upon
her like rain; but she continued shaking until there was not a single
apple left upon it. Then she carefully gatM
hered the apples together in a
heap and walked on again.
The next thing she came to was a little house, and there she saw an old
woman looking out, with such large teeth, that she was terrified, and
turned to run away. But the old woman called after her,
afraid of, dear child? Stay with me; if you will do the work of my house
properly for me, I will make you very happy. You must be very careful,
however, to make my bed in the right way, for I wish you always to shake
it thoroughly, so thatM
 the feathers fly about; then they say, down there
in the world, that it is snowing; for I am Mother Holle.
spoke so kindly, that the girl summoned up courage and agreed to enter
She took care to do everything according to the old woman
every time she made the bed she shook it with all her might, so that the
feathers flew about like so many snowflakes. The old woman was as good
as her word: she never spoke angrily to her, and gave her roast and
So she stayed on with Mother Holle for some time, and then she began
to grow unhappy. She could not at first tell why she felt sad, but she
became conscious at last of great longing to go home; then she knew she
was homesick, although she was a thousand times better off with Mother
Holle than with her mother and sister. After waiting awhile, she went
to Mother Holle and said,
I am so homesick, that I cannot stay with
you any longer, for although I am so happy here, I must return to my own
Then Mother Holle said,
I am pleased that you should want to go back
to your own people, and as you have served me so well and faithfully, I
will take you home myself.
Thereupon she led the girl by the hand up to a broad gateway. The gate
was opened, and as the girl passed through, a shower of gold fell upon
her, and the gold clung to her, so that she was covered with it from
That is a reward for your industry,
 said Mother Holle, and as she
spoke she handed her tM
he spindle which she had dropped into the well.
The gate was then closed, and the girl found herself back in the old
world close to her mother
s house. As she entered the courtyard, the
cock who was perched on the well, called out:
  Your golden daughter
Then she went in to her mother and sister, and as she was so richly
covered with gold, they gave her a warm welcome. She related to them
all that had happened, and when the mother heard how she had comM
great riches, she thought she should like her ugly, lazy daughter to go
and try her fortune. So she made the sister go and sit by the well
and spin, and the girl pricked her finger and thrust her hand into a
thorn-bush, so that she might drop some blood on to the spindle; then
she threw it into the well, and jumped in herself.
Like her sister she awoke in the beautiful meadow, and walked over it
till she came to the oven.
Take us out, take us out, or alas! we shall
be burnt to a cinder; we werM
e baked through long ago,
as before. But the lazy girl answered,
Do you think I am going to dirty
Presently she came to the apple-tree.
Shake me, shake me, I pray; my
apples, one and all, are ripe,
 it cried. But she only answered,
thing to ask me to do, one of the apples might fall on my head,
At last she came to Mother Holle
s house, and as she had heard all about
the large teeth from her sister, she was not M
afraid of them, and engaged
herself without delay to the old woman.
The first day she was very obedient and industrious, and exerted herself
to please Mother Holle, for she thought of the gold she should get in
return. The next day, however, she began to dawdle over her work, and
the third day she was more idle still; then she began to lie in bed in
the mornings and refused to get up. Worse still, she neglected to
s bed properly, and forgot to shake it so that the
feathers might fly aM
bout. So Mother Holle very soon got tired of her,
and told her she might go. The lazy girl was delighted at this, and
thought to herself,
The gold will soon be mine.
 Mother Holle led her,
as she had led her sister, to the broad gateway; but as she was passing
through, instead of the shower of gold, a great bucketful of pitch came
That is in return for your services,
 said the old woman, and she shut
So the lazy girl had to go home covered with pitch, and the cock oM
well called out as she saw her:
  Your dirty daughter
But, try what she would, she could not get the pitch off and it stuck to
her as long as she lived.
A shepherd had a faithful dog, called Sultan, who was grown very old,
and had lost all his teeth. And one day when the shepherd and his wife
were standing together before the house the shepherd said,
old Sultan tomorrow morning, for he is of no use now.
Pray let the poor faithful creature live; he has served us well a
great many years, and we ought to give him a livelihood for the rest of
But what can we do with him?
 said the shepherd,
a tooth in his head, and the thieves don
t care for him at all; to
be sure he has served us, but then he did it to earn his livelihood;
tomorrow shall be his last day, depend upon it.
Poor Sultan, who was lying close by them, heard all that the shepherd
id to one another, and was very much frightened to think
tomorrow would be his last day; so in the evening he went to his good
friend the wolf, who lived in the wood, and told him all his sorrows,
and how his master meant to kill him in the morning.
I will give you some good advice. Your master,
you know, goes out every morning very early with his wife into the
field; and they take their little child with them, and lay it down
behind the hedge in the shade while thM
ey are at work. Now do you lie
down close by the child, and pretend to be watching it, and I will come
out of the wood and run away with it; you must run after me as fast as
you can, and I will let it drop; then you may carry it back, and they
will think you have saved their child, and will be so thankful to you
that they will take care of you as long as you live.
plan very well; and accordingly so it was managed. The wolf ran with the
child a little way; the shepherd and his wife screaM
soon overtook him, and carried the poor little thing back to his master
and mistress. Then the shepherd patted him on the head, and said,
Sultan has saved our child from the wolf, and therefore he shall live
and be well taken care of, and have plenty to eat. Wife, go home, and
give him a good dinner, and let him have my old cushion to sleep on
as long as he lives.
 So from this time forward Sultan had all that he
Soon afterwards the wolf came and wished him joyM
good fellow, you must tell no tales, but turn your head the other way
when I want to taste one of the old shepherd
I will be true to my master.
thought he was in joke, and came one night to get a dainty morsel. But
Sultan had told his master what the wolf meant to do; so he laid wait
for him behind the barn door, and when the wolf was busy looking out for
a good fat sheep, he had a stout cudgel laid about his bacM
his locks for him finely.
Then the wolf was very angry, and called Sultan
swore he would have his revenge. So the next morning the wolf sent the
boar to challenge Sultan to come into the wood to fight the matter. Now
Sultan had nobody he could ask to be his second but the shepherd
three-legged cat; so he took her with him, and as the poor thing limped
along with some trouble, she stuck up her tail straight in the air.
The wolf and the wild boar were first oM
n the ground; and when they
espied their enemies coming, and saw the cat
s long tail standing
straight in the air, they thought she was carrying a sword for Sultan to
fight with; and every time she limped, they thought she was picking up
a stone to throw at them; so they said they should not like this way of
fighting, and the boar lay down behind a bush, and the wolf jumped
up into a tree. Sultan and the cat soon came up, and looked about and
wondered that no one was there. The boar, however, had not quiteM
himself, for his ears stuck out of the bush; and when he shook one of
them a little, the cat, seeing something move, and thinking it was a
mouse, sprang upon it, and bit and scratched it, so that the boar jumped
up and grunted, and ran away, roaring out,
Look up in the tree, there
sits the one who is to blame.
 So they looked up, and espied the wolf
sitting amongst the branches; and they called him a cowardly rascal,
and would not suffer him to come down till he was heartily ashamed of
 and had promised to be good friends again with old Sultan.
It was the middle of winter, when the broad flakes of snow were falling
around, that the queen of a country many thousand miles off sat working
at her window. The frame of the window was made of fine black ebony, and
as she sat looking out upon the snow, she pricked her finger, and three
drops of blood fell upon it. Then she gazed thoughtfully upon the red
drops that sprinkled the white snow, and said,
Would that my little
ghter may be as white as that snow, as red as that blood, and as
black as this ebony windowframe!
 And so the little girl really did grow
up; her skin was as white as snow, her cheeks as rosy as the blood, and
her hair as black as ebony; and she was called Snowdrop.
But this queen died; and the king soon married another wife, who became
queen, and was very beautiful, but so vain that she could not bear
to think that anyone could be handsomer than she was. She had a fairy
looking-glass, to which she used M
to go, and then she would gaze upon
herself in it, and say:
Tell me, glass, tell me true!
  Of all the ladies in the land,
  Who is fairest, tell me, who?
And the glass had always answered:
Thou, queen, art the fairest in all the land.
But Snowdrop grew more and more beautiful; and when she was seven years
old she was as bright as the day, and fairer than the queen herself.
Then the glass one day answered the queen, when she went to look in it
Thou, queen, art fair, M
and beauteous to see,
  But Snowdrop is lovelier far than thee!
When she heard this she turned pale with rage and envy, and called to
one of her servants, and said,
Take Snowdrop away into the wide wood,
that I may never see her any more.
 Then the servant led her away; but
his heart melted when Snowdrop begged him to spare her life, and he
I will not hurt you, thou pretty child.
herself; and though he thought it most likely that the wild beasts would
es, he felt as if a great weight were taken off his
heart when he had made up his mind not to kill her but to leave her to
her fate, with the chance of someone finding and saving her.
Then poor Snowdrop wandered along through the wood in great fear; and
the wild beasts roared about her, but none did her any harm. In the
evening she came to a cottage among the hills, and went in to rest, for
her little feet would carry her no further. Everything was spruce and
neat in the cottage: on the table was spread a M
white cloth, and there
were seven little plates, seven little loaves, and seven little glasses
with wine in them; and seven knives and forks laid in order; and by
the wall stood seven little beds. As she was very hungry, she picked
a little piece of each loaf and drank a very little wine out of each
glass; and after that she thought she would lie down and rest. So she
tried all the little beds; but one was too long, and another was too
short, till at last the seventh suited her: and there she laid herself
own and went to sleep.
By and by in came the masters of the cottage. Now they were seven little
dwarfs, that lived among the mountains, and dug and searched for gold.
They lighted up their seven lamps, and saw at once that all was not
right. The first said,
Who has been sitting on my stool?
Who has been eating off my plate?
Who has been picking my
Who has been meddling with my spoon?
Who has been handling my fork?
Who has been cutting with
Who has been drinking my wine?
looked round and said,
Who has been lying on my bed?
running to him, and everyone cried out that somebody had been upon his
bed. But the seventh saw Snowdrop, and called all his brethren to come
and see her; and they cried out with wonder and astonishment and brought
their lamps to look at her, and said,
Good heavens! what a lovely child
 And they were very glad to M
see her, and took care not to wake
her; and the seventh dwarf slept an hour with each of the other dwarfs
in turn, till the night was gone.
In the morning Snowdrop told them all her story; and they pitied her,
and said if she would keep all things in order, and cook and wash and
knit and spin for them, she might stay where she was, and they would
take good care of her. Then they went out all day long to their work,
seeking for gold and silver in the mountains: but Snowdrop was left at
home; and they warneM
The queen will soon find out where
you are, so take care and let no one in.
But the queen, now that she thought Snowdrop was dead, believed that she
must be the handsomest lady in the land; and she went to her glass and
Tell me, glass, tell me true!
  Of all the ladies in the land,
  Who is fairest, tell me, who?
And the glass answered:
Thou, queen, art the fairest in all this land:
  But over the hills, in the greenwood shade,
  Where the seven dwarfs theiM
r dwelling have made,
  There Snowdrop is hiding her head; and she
  Is lovelier far, O queen! than thee.
Then the queen was very much frightened; for she knew that the glass
always spoke the truth, and was sure that the servant had betrayed her.
And she could not bear to think that anyone lived who was more beautiful
than she was; so she dressed herself up as an old pedlar, and went
her way over the hills, to the place where the dwarfs dwelt. Then she
knocked at the door, and cried,
out at the window, and said,
Good day, good woman! what have you to
Good wares, fine wares,
laces and bobbins of all
I will let the old lady in; she seems to be a very good
 thought Snowdrop, as she ran down and unbolted the door.
 said the old woman,
how badly your stays are laced! Let me
lace them up with one of my nice new laces.
 Snowdrop did not dream of
any mischief; so she stood before the old womM
an; but she set to work
so nimbly, and pulled the lace so tight, that Snowdrop
stopped, and she fell down as if she were dead.
 said the spiteful queen, and went away home.
In the evening the seven dwarfs came home; and I need not say how
grieved they were to see their faithful Snowdrop stretched out upon the
ground, as if she was quite dead. However, they lifted her up, and when
they found what ailed her, they cut the lace; and in a little time she
began to breathe, and very soon came to life again. Then they said,
old woman was the queen herself; take care another time, and let no one
in when we are away.
When the queen got home, she went straight to her glass, and spoke to it
as before; but to her great grief it still said:
Thou, queen, art the fairest in all this land:
  But over the hills, in the greenwood shade,
  Where the seven dwarfs their dwelling have made,
  There Snowdrop is hiding her head; and she
  Is lovelier far, O M
Then the blood ran cold in her heart with spite and malice, to see that
Snowdrop still lived; and she dressed herself up again, but in quite
another dress from the one she wore before, and took with her a poisoned
comb. When she reached the dwarfs
 cottage, she knocked at the door, and
 But Snowdrop said,
I dare not let anyone
 Then the queen said,
Only look at my beautiful combs!
her the poisoned one. And it looked so pretty, tM
hat she took it up and
put it into her hair to try it; but the moment it touched her head,
the poison was so powerful that she fell down senseless.
 said the queen, and went her way. But by good luck the dwarfs
came in very early that evening; and when they saw Snowdrop lying on
the ground, they thought what had happened, and soon found the poisoned
comb. And when they took it away she got well, and told them all that
had passed; and they warned her once more not to open the door to
Meantime the queen went home to her glass, and shook with rage when she
read the very same answer as before; and she said,
if it cost me my life.
 So she went by herself into her chamber, and got
ready a poisoned apple: the outside looked very rosy and tempting, but
whoever tasted it was sure to die. Then she dressed herself up as a
s wife, and travelled over the hills to the dwarfs
and knocked at the door; but Snowdrop put her head out of the window aM
I dare not let anyone in, for the dwarfs have told me not.
 said the old woman,
but at any rate take this pretty
apple; I will give it you.
 answered the other,
what are you afraid of? Do you
think it is poisoned? Come! do you eat one part, and I will eat the
 Now the apple was so made up that one side was good, though the
other side was poisoned. Then Snowdrop was much tempted to tM
the apple looked so very nice; and when she saw the old woman eat, she
could wait no longer. But she had scarcely put the piece into her mouth,
when she fell down dead upon the ground.
This time nothing will save
 said the queen; and she went home to her glass, and at last it
Thou, queen, art the fairest of all the fair.
And then her wicked heart was glad, and as happy as such a heart could
When evening came, and the dwarfs had gone home, they found Snowdrop
ng on the ground: no breath came from her lips, and they were afraid
that she was quite dead. They lifted her up, and combed her hair, and
washed her face with wine and water; but all was in vain, for the little
girl seemed quite dead. So they laid her down upon a bier, and all seven
watched and bewailed her three whole days; and then they thought they
would bury her: but her cheeks were still rosy; and her face looked just
as it did while she was alive; so they said,
We will never bury her in
 And they made a coffin of glass, so that they might
still look at her, and wrote upon it in golden letters what her name
was, and that she was a king
s daughter. And the coffin was set among
the hills, and one of the dwarfs always sat by it and watched. And the
birds of the air came too, and bemoaned Snowdrop; and first of all came
an owl, and then a raven, and at last a dove, and sat by her side.
And thus Snowdrop lay for a long, long time, and still only looked as
though she was asleep; for shM
e was even now as white as snow, and as red
as blood, and as black as ebony. At last a prince came and called at the
 house; and he saw Snowdrop, and read what was written in golden
letters. Then he offered the dwarfs money, and prayed and besought them
to let him take her away; but they said,
We will not part with her for
all the gold in the world.
 At last, however, they had pity on him, and
gave him the coffin; but the moment he lifted it up to carry it home
with him, the piece of apple fellM
 from between her lips, and Snowdrop
 And the prince said,
Then he told her all that had happened, and said,
I love you far better
than all the world; so come with me to my father
s palace, and you shall
 And Snowdrop consented, and went home with the prince;
and everything was got ready with great pomp and splendour for their
To the feast was asked, among the rest, Snowdrop
s old enemy the queen;
she was dressing herself in fine rich clothes, she looked in the
Tell me, glass, tell me true!
  Of all the ladies in the land,
  Who is fairest, tell me, who?
And the glass answered:
Thou, lady, art loveliest here, I ween;
  But lovelier far is the new-made queen.
When she heard this she started with rage; but her envy and curiosity
were so great, that she could not help setting out to see the bride. And
when she got there, and saw that it was no other than Snowdrop,M
she thought, had been dead a long while, she choked with rage, and fell
down and died: but Snowdrop and the prince lived and reigned happily
over that land many, many years; and sometimes they went up into the
mountains, and paid a visit to the little dwarfs, who had been so kind
to Snowdrop in her time of need.
SNOW-WHITE AND ROSE-RED
There was once a poor widow who lived in a lonely cottage. In front of
the cottage was a garden wherein stood two rose-trees, one of which bore
the other red roses. She had two children who were like the
two rose-trees, and one was called Snow-white, and the other Rose-red.
They were as good and happy, as busy and cheerful as ever two children
in the world were, only Snow-white was more quiet and gentle than
Rose-red. Rose-red liked better to run about in the meadows and fields
seeking flowers and catching butterflies; but Snow-white sat at home
with her mother, and helped her with her housework, or read to her when
there was nothing to do.
wo children were so fond of one another that they always held each
other by the hand when they went out together, and when Snow-white said:
We will not leave each other,
 Rose-red answered:
 and their mother would add:
What one has she must share with the
They often ran about the forest alone and gathered red berries, and no
beasts did them any harm, but came close to them trustfully. The little
hare would eat a cabbage-leaf out of their hands, the roe grazeM
their side, the stag leapt merrily by them, and the birds sat still upon
the boughs, and sang whatever they knew.
No mishap overtook them; if they had stayed too late in the forest, and
night came on, they laid themselves down near one another upon the moss,
and slept until morning came, and their mother knew this and did not
worry on their account.
Once when they had spent the night in the wood and the dawn had roused
them, they saw a beautiful child in a shining white dress sitting near
d. He got up and looked quite kindly at them, but said nothing
and went into the forest. And when they looked round they found that
they had been sleeping quite close to a precipice, and would certainly
have fallen into it in the darkness if they had gone only a few paces
further. And their mother told them that it must have been the angel who
watches over good children.
Snow-white and Rose-red kept their mother
s little cottage so neat that
it was a pleasure to look inside it. In the summer Rose-red tooM
of the house, and every morning laid a wreath of flowers by her mother
bed before she awoke, in which was a rose from each tree. In the winter
Snow-white lit the fire and hung the kettle on the hob. The kettle
was of brass and shone like gold, so brightly was it polished. In the
evening, when the snowflakes fell, the mother said:
 and then they sat round the hearth, and the mother took
her spectacles and read aloud out of a large book, and the two girls
tened as they sat and spun. And close by them lay a lamb upon the
floor, and behind them upon a perch sat a white dove with its head
hidden beneath its wings.
One evening, as they were thus sitting comfortably together, someone
knocked at the door as if he wished to be let in. The mother said:
Quick, Rose-red, open the door, it must be a traveller who is seeking
 Rose-red went and pushed back the bolt, thinking that it was a
poor man, but it was not; it was a bear that stretched his broad, blM
head within the door.
Rose-red screamed and sprang back, the lamb bleated, the dove fluttered,
and Snow-white hid herself behind her mother
s bed. But the bear began
Do not be afraid, I will do you no harm! I am
half-frozen, and only want to warm myself a little beside you.
lie down by the fire, only take care that
you do not burn your coat.
Snow-white, Rose-red, come
out, the bear will do you no harm, he means welM
out, and by-and-by the lamb and dove came nearer, and were not afraid
of him. The bear said:
Here, children, knock the snow out of my coat a
; so they brought the broom and swept the bear
and he stretched himself by the fire and growled contentedly and
comfortably. It was not long before they grew quite at home, and played
tricks with their clumsy guest. They tugged his hair with their hands,
put their feet upon his back and rolled him about, or they took aM
hazel-switch and beat him, and when he growled they laughed. But the
bear took it all in good part, only when they were too rough he called
Leave me alive, children,
  Snow-white, Rose-red,
  Will you beat your wooer dead?
When it was bed-time, and the others went to bed, the mother said to the
You can lie there by the hearth, and then you will be safe from
the cold and the bad weather.
 As soon as day dawned the two children
let him out, and he trotted across the snow into the fM
Henceforth the bear came every evening at the same time, laid himself
down by the hearth, and let the children amuse themselves with him as
much as they liked; and they got so used to him that the doors were
never fastened until their black friend had arrived.
When spring had come and all outside was green, the bear said one
morning to Snow-white:
Now I must go away, and cannot come back for the
Where are you going, then, dear bear?
e forest and guard my treasures from the wicked
dwarfs. In the winter, when the earth is frozen hard, they are obliged
to stay below and cannot work their way through; but now, when the sun
has thawed and warmed the earth, they break through it, and come out to
pry and steal; and what once gets into their hands, and in their caves,
does not easily see daylight again.
Snow-white was quite sorry at his departure, and as she unbolted the
door for him, and the bear was hurrying out, he caught against the boM
and a piece of his hairy coat was torn off, and it seemed to Snow-white
as if she had seen gold shining through it, but she was not sure about
it. The bear ran away quickly, and was soon out of sight behind the
A short time afterwards the mother sent her children into the forest
to get firewood. There they found a big tree which lay felled on the
ground, and close by the trunk something was jumping backwards and
forwards in the grass, but they could not make out what it was. When
er they saw a dwarf with an old withered face and a
snow-white beard a yard long. The end of the beard was caught in a
crevice of the tree, and the little fellow was jumping about like a dog
tied to a rope, and did not know what to do.
He glared at the girls with his fiery red eyes and cried:
stand there? Can you not come here and help me?
You stupid, prying goose!
I was going to split the tree to get a littM
le wood for cooking.
The little bit of food that we people get is immediately burnt up with
heavy logs; we do not swallow so much as you coarse, greedy folk. I had
just driven the wedge safely in, and everything was going as I wished;
but the cursed wedge was too smooth and suddenly sprang out, and the
tree closed so quickly that I could not pull out my beautiful white
beard; so now it is tight and I cannot get away, and the silly, sleek,
milk-faced things laugh! Ugh! how odious you are!
ried very hard, but they could not pull the beard out, it
was caught too fast.
I will run and fetch someone,
 snarled the dwarf;
why should you fetch someone? You
are already two too many for me; can you not think of something better?
her scissors out of her pocket, and cut off the end of the beard.
As soon as the dwarf felt himself free he laid hold of a bag which lay
ngst the roots of the tree, and which was full of gold, and lifted it
up, grumbling to himself:
Uncouth people, to cut off a piece of my fine
beard. Bad luck to you!
 and then he swung the bag upon his back, and
went off without even once looking at the children.
Some time afterwards Snow-white and Rose-red went to catch a dish
of fish. As they came near the brook they saw something like a large
grasshopper jumping towards the water, as if it were going to leap in.
They ran to it and found it was the M
Where are you going?
t want to go into the water?
t you see that the accursed fish wants
 The little man had been sitting there fishing, and
unluckily the wind had tangled up his beard with the fishing-line; a
moment later a big fish made a bite and the feeble creature had not
strength to pull it out; the fish kept the upper hand and pulled the
dwarf towards him. He held on to all the reeM
ds and rushes, but it was of
little good, for he was forced to follow the movements of the fish, and
was in urgent danger of being dragged into the water.
The girls came just in time; they held him fast and tried to free his
beard from the line, but all in vain, beard and line were entangled fast
together. There was nothing to do but to bring out the scissors and cut
the beard, whereby a small part of it was lost. When the dwarf saw that
Is that civil, you toadstool, to disfigure a man
face? Was it not enough to clip off the end of my beard? Now you have
cut off the best part of it. I cannot let myself be seen by my people.
I wish you had been made to run the soles off your shoes!
out a sack of pearls which lay in the rushes, and without another word
he dragged it away and disappeared behind a stone.
It happened that soon afterwards the mother sent the two children to the
town to buy needles and thread, and laces and ribbons. The road led them
across a heath upon whiM
ch huge pieces of rock lay strewn about. There
they noticed a large bird hovering in the air, flying slowly round and
round above them; it sank lower and lower, and at last settled near a
rock not far away. Immediately they heard a loud, piteous cry. They ran
up and saw with horror that the eagle had seized their old acquaintance
the dwarf, and was going to carry him off.
The children, full of pity, at once took tight hold of the little man,
and pulled against the eagle so long that at last he let his bootM
As soon as the dwarf had recovered from his first fright he cried
with his shrill voice:
Could you not have done it more carefully! You
dragged at my brown coat so that it is all torn and full of holes, you
 Then he took up a sack full of precious stones, and
slipped away again under the rock into his hole. The girls, who by
this time were used to his ingratitude, went on their way and did their
As they crossed the heath again on their way home they surprisedM
dwarf, who had emptied out his bag of precious stones in a clean spot,
and had not thought that anyone would come there so late. The evening
sun shone upon the brilliant stones; they glittered and sparkled with
all colours so beautifully that the children stood still and stared
Why do you stand gaping there?
 cried the dwarf, and his
ashen-grey face became copper-red with rage. He was still cursing when a
loud growling was heard, and a black bear came trotting towards them out
st. The dwarf sprang up in a fright, but he could not reach
his cave, for the bear was already close. Then in the dread of his heart
Dear Mr Bear, spare me, I will give you all my treasures;
look, the beautiful jewels lying there! Grant me my life; what do you
want with such a slender little fellow as I? you would not feel me
between your teeth. Come, take these two wicked girls, they are tender
morsels for you, fat as young quails; for mercy
bear took no heed of his woM
rds, but gave the wicked creature a single
blow with his paw, and he did not move again.
The girls had run away, but the bear called to them:
Rose-red, do not be afraid; wait, I will come with you.
recognized his voice and waited, and when he came up to them suddenly
his bearskin fell off, and he stood there a handsome man, clothed all in
and I was bewitched by that wicked
dwarf, who had stolen my treasures; I have had to run aboutM
as a savage bear until I was freed by his death. Now he has got his
well-deserved punishment.
Snow-white was married to him, and Rose-red to his brother, and they
divided between them the great treasure which the dwarf had gathered
together in his cave. The old mother lived peacefully and happily with
her children for many years. She took the two rose-trees with her, and
they stood before her window, and every year bore the most beautiful
roses, white and red.
re was once upon a time a woman who was a real witch and had two
daughters, one ugly and wicked, and this one she loved because she was
her own daughter, and one beautiful and good, and this one she hated,
because she was her stepdaughter. The stepdaughter once had a pretty
apron, which the other fancied so much that she became envious, and
told her mother that she must and would have that apron.
 said the old woman,
and you shall have it. Your stepsister has
long deserved death; M
tonight when she is asleep I will come and cut her
head off. Only be careful that you are at the far side of the bed, and
push her well to the front.
 It would have been all over with the poor
girl if she had not just then been standing in a corner, and heard
everything. All day long she dared not go out of doors, and when bedtime
s daughter got into bed first, so as to lie at the
far side, but when she was asleep, the other pushed her gently to the
front, and took for herself the plaM
ce at the back, close by the wall. In
the night, the old woman came creeping in, she held an axe in her right
hand, and felt with her left to see if anyone were lying at the outside,
and then she grasped the axe with both hands, and cut her own child
When she had gone away, the girl got up and went to her sweetheart, who
was called Roland, and knocked at his door. When he came out, she said
Listen, dearest Roland, we must fly in all haste; my stepmother
wanted to kill me, but has M
struck her own child. When daylight comes,
and she sees what she has done, we shall be lost.
I counsel you first to take away her magic wand, or we cannot escape
 The maiden fetched the magic wand, and she took the
s head and dropped three drops of blood on the ground, one in
front of the bed, one in the kitchen, and one on the stairs. Then she
hurried away with her lover.
When the old witch got up next morning, she called her daughter, and
nted to give her the apron, but she did not come. Then the witch
Here, on the stairs, I am sweeping,
the first drop of blood. The old woman went out, but saw no one on the
stairs, and cried again:
Here in the kitchen, I am
 cried the second drop of blood. She went into the
kitchen, but found no one. Then she cried again:
here in the bed, I am sleeping,
 cried the third drop of blood. She went
to the room to the bed. What did she see there? Her own child,
whose head she had cut off, bathed in her blood. The witch fell into
a passion, sprang to the window, and as she could look forth quite far
into the world, she perceived her stepdaughter hurrying away with her
That shall not help you,
have got a long way off, you shall still not escape me.
many-league boots, in which she covered an hour
s walk at every step,
g before she overtook them. The girl, however, when
she saw the old woman striding towards her, changed, with her magic
wand, her sweetheart Roland into a lake, and herself into a duck
swimming in the middle of it. The witch placed herself on the shore,
threw breadcrumbs in, and went to endless trouble to entice the duck;
but the duck did not let herself be enticed, and the old woman had to
go home at night as she had come. At this the girl and her sweetheart
Roland resumed their natural shapes again, and thM
ey walked on the whole
night until daybreak. Then the maiden changed herself into a beautiful
flower which stood in the midst of a briar hedge, and her sweetheart
Roland into a fiddler. It was not long before the witch came striding up
towards them, and said to the musician:
Dear musician, may I pluck that
beautiful flower for myself?
you while you do it.
 As she was hastily creeping into the hedge and was
just going to pluck the flower, knowing perfectly M
was, he began to play, and whether she would or not, she was forced
to dance, for it was a magical dance. The faster he played, the more
violent springs was she forced to make, and the thorns tore her clothes
from her body, and pricked her and wounded her till she bled, and as he
did not stop, she had to dance till she lay dead on the ground.
As they were now set free, Roland said:
Now I will go to my father and
arrange for the wedding.
Then in the meantime I will stay here andM
and that no one may recognize me, I will
change myself into a red stone landmark.
 Then Roland went away, and the
girl stood like a red landmark in the field and waited for her beloved.
But when Roland got home, he fell into the snares of another, who so
fascinated him that he forgot the maiden. The poor girl remained there a
long time, but at length, as he did not return at all, she was sad, and
changed herself into a flower, and thought:
Someone will surely come
is way, and trample me down.
It befell, however, that a shepherd kept his sheep in the field and saw
the flower, and as it was so pretty, plucked it, took it with him, and
laid it away in his chest. From that time forth, strange things happened
s house. When he arose in the morning, all the work was
already done, the room was swept, the table and benches cleaned, the
fire in the hearth was lighted, and the water was fetched, and at noon,
when he came home, the table was laid, and a gooM
could not conceive how this came to pass, for he never saw a human being
in his house, and no one could have concealed himself in it. He was
certainly pleased with this good attendance, but still at last he was so
afraid that he went to a wise woman and asked for her advice. The wise
There is some enchantment behind it, listen very early some
morning if anything is moving in the room, and if you see anything, no
matter what it is, throw a white cloth over it, and then the mM
The shepherd did as she bade him, and next morning just as day dawned,
he saw the chest open, and the flower come out. Swiftly he
sprang towards it, and threw a white cloth over it. Instantly the
transformation came to an end, and a beautiful girl stood before him,
who admitted to him that she had been the flower, and that up to this
time she had attended to his house-keeping. She told him her story,
and as she pleased him he asked her if she would marry him, but she
 for she wanted to remain faithful to her sweetheart
Roland, although he had deserted her. Nevertheless, she promised not to
go away, but to continue keeping house for the shepherd.
And now the time drew near when Roland
s wedding was to be celebrated,
and then, according to an old custom in the country, it was announced
that all the girls were to be present at it, and sing in honour of the
bridal pair. When the faithful maiden heard of this, she grew so sad
that she thought her heart would break,M
 and she would not go thither,
but the other girls came and took her. When it came to her turn to sing,
she stepped back, until at last she was the only one left, and then she
could not refuse. But when she began her song, and it reached Roland
ears, he sprang up and cried:
I know the voice, that is the true
bride, I will have no other!
 Everything he had forgotten, and which had
vanished from his mind, had suddenly come home again to his heart. Then
the faithful maiden held her wedding with her sweM
grief came to an end and joy began.
THE ADVENTURES OF CHANTICLEER AND PARTLET
1. HOW THEY WENT TO THE MOUNTAINS TO EAT NUTS
The nuts are quite ripe now,
 said Chanticleer to his wife Partlet,
suppose we go together to the mountains, and eat as many as we can,
before the squirrel takes them all away.
let us go and make a holiday of it together.
So they went to the mountains; and as it was a lovely day, they stayed
e till the evening. Now, whether it was that they had eaten so many
nuts that they could not walk, or whether they were lazy and would not,
I do not know: however, they took it into their heads that it did not
become them to go home on foot. So Chanticleer began to build a little
carriage of nutshells: and when it was finished, Partlet jumped into
it and sat down, and bid Chanticleer harness himself to it and draw her
no, that will never do;
 by half walk home; I
ll sit on the box and be coachman,
 While this was passing, a duck came
quacking up and cried out,
You thieving vagabonds, what business have
you in my grounds? I
ll give it you well for your insolence!
that she fell upon Chanticleer most lustily. But Chanticleer was no
coward, and returned the duck
s blows with his sharp spurs so fiercely
that she soon began to cry out for mercy; which was only granted her
upon condition that sheM
 would draw the carriage home for them. This she
agreed to do; and Chanticleer got upon the box, and drove, crying,
duck, get on as fast as you can.
 And away they went at a pretty good
After they had travelled along a little way, they met a needle and a pin
walking together along the road: and the needle cried out,
and said it was so dark that they could hardly find their way, and such
dirty walking they could not get on at all: he told them that he and his
in, had been at a public-house a few miles off, and had sat
drinking till they had forgotten how late it was; he begged therefore
that the travellers would be so kind as to give them a lift in their
carriage. Chanticleer observing that they were but thin fellows, and not
likely to take up much room, told them they might ride, but made them
promise not to dirty the wheels of the carriage in getting in, nor to
Late at night they arrived at an inn; and as it was bad travelling in
he dark, and the duck seemed much tired, and waddled about a good
deal from one side to the other, they made up their minds to fix their
quarters there: but the landlord at first was unwilling, and said his
house was full, thinking they might not be very respectable company:
however, they spoke civilly to him, and gave him the egg which Partlet
had laid by the way, and said they would give him the duck, who was in
the habit of laying one every day: so at last he let them come in, and
they bespoke a handsome M
supper, and spent the evening very jollily.
Early in the morning, before it was quite light, and when nobody was
stirring in the inn, Chanticleer awakened his wife, and, fetching the
egg, they pecked a hole in it, ate it up, and threw the shells into the
fireplace: they then went to the pin and needle, who were fast asleep,
and seizing them by the heads, stuck one into the landlord
and the other into his handkerchief; and, having done this, they crept
away as softly as possible. However, theM
 duck, who slept in the open
air in the yard, heard them coming, and jumping into the brook which ran
close by the inn, soon swam out of their reach.
An hour or two afterwards the landlord got up, and took his handkerchief
to wipe his face, but the pin ran into him and pricked him: then he
walked into the kitchen to light his pipe at the fire, but when he
stirred it up the eggshells flew into his eyes, and almost blinded him.
all the world seems to have a design against my
: and so saying, he threw himself sulkily into his
easy chair; but, oh dear! the needle ran into him; and this time the
pain was not in his head. He now flew into a very great passion, and,
suspecting the company who had come in the night before, he went to look
after them, but they were all off; so he swore that he never again
would take in such a troop of vagabonds, who ate a great deal, paid no
reckoning, and gave him nothing for his trouble but their apish tricks.
2. HOW CHANTICLEER ANDM
 PARTLET WENT TO VISIT MR KORBES
Another day, Chanticleer and Partlet wished to ride out together;
so Chanticleer built a handsome carriage with four red wheels, and
harnessed six mice to it; and then he and Partlet got into the carriage,
and away they drove. Soon afterwards a cat met them, and said,
 And Chanticleer replied,
  To Mr Korbes, the fox, today.
rt: get up behind, and be sure you do not fall off.
Take care of this handsome coach of mine,
  Nor dirty my pretty red wheels so fine!
  Now, mice, be ready,
  And, wheels, run steady!
  For we are going a visit to pay
  To Mr Korbes, the fox, today.
Soon after came up a millstone, an egg, a duck, and a pin; and
Chanticleer gave them all leave to get into the carriage and go with
When they arrived at Mr Korbes
s house, he was not at home; so the mice
drew the carriage into the coM
ach-house, Chanticleer and Partlet flew
upon a beam, the cat sat down in the fireplace, the duck got into
the washing cistern, the pin stuck himself into the bed pillow, the
millstone laid himself over the house door, and the egg rolled himself
When Mr Korbes came home, he went to the fireplace to make a fire; but
the cat threw all the ashes in his eyes: so he ran to the kitchen to
wash himself; but there the duck splashed all the water in his face; and
when he tried to wipe himself, the M
egg broke to pieces in the towel all
over his face and eyes. Then he was very angry, and went without his
supper to bed; but when he laid his head on the pillow, the pin ran into
his cheek: at this he became quite furious, and, jumping up, would have
run out of the house; but when he came to the door, the millstone fell
down on his head, and killed him on the spot.
3. HOW PARTLET DIED AND WAS BURIED, AND HOW CHANTICLEER DIED OF GRIEF
Another day Chanticleer and Partlet agreed to go again to the mountainsM
to eat nuts; and it was settled that all the nuts which they found
should be shared equally between them. Now Partlet found a very large
nut; but she said nothing about it to Chanticleer, and kept it all to
herself: however, it was so big that she could not swallow it, and it
stuck in her throat. Then she was in a great fright, and cried out to
Pray run as fast as you can, and fetch me some water, or I
 Chanticleer ran as fast as he could to the river, and
 give me some water, for Partlet lies in the mountain, and
will be choked by a great nut.
Run first to the bride,
and ask her for a silken cord to draw up the water.
the bride, and said,
Bride, you must give me a silken cord, for then
the river will give me water, and the water I will carry to Partlet, who
lies on the mountain, and will be choked by a great nut.
Run first, and bring me my garland that is hanging on a willow
 Then Chanticleer ran to the garden, and took the garland
from the bough where it hung, and brought it to the bride; and then
the bride gave him the silken cord, and he took the silken cord to
the river, and the river gave him water, and he carried the water to
Partlet; but in the meantime she was choked by the great nut, and lay
quite dead, and never moved any more.
Then Chanticleer was very sorry, and cried bitterly; and all the beasts
came and wept with him over poor Partlet. And six mice built a lM
hearse to carry her to her grave; and when it was ready they harnessed
themselves before it, and Chanticleer drove them. On the way they
Where are you going, Chanticleer?
you must get up behind, or my horses will not be able to draw you.
the fox got up behind; and presently the wolf, the bear, the goat, and
all the beasts of the wood, came and climbed upon the hearse.
n they went till they came to a rapid stream.
 said Chanticleer. Then said a straw,
I will lay myself across,
and you may pass over upon me.
 But as the mice were going over, the
straw slipped away and fell into the water, and the six mice all fell in
and were drowned. What was to be done? Then a large log of wood came
I am big enough; I will lay myself across the stream, and you
shall pass over upon me.
 So he laid himself down; but they managed
hat the log of wood fell in and was carried away by the
stream. Then a stone, who saw what had happened, came up and kindly
offered to help poor Chanticleer by laying himself across the stream;
and this time he got safely to the other side with the hearse, and
managed to get Partlet out of it; but the fox and the other mourners,
who were sitting behind, were too heavy, and fell back into the water
and were all carried away by the stream and drowned.
Thus Chanticleer was left alone with his dead Partlet; anM
a grave for her, he laid her in it, and made a little hillock over her.
Then he sat down by the grave, and wept and mourned, till at last he
died too; and so all were dead.
There was once upon a time a soldier who for many years had served the
king faithfully, but when the war came to an end could serve no longer
because of the many wounds which he had received. The king said to him:
You may return to your home, I need you no longer, and you will not
e money, for he only receives wages who renders me
 Then the soldier did not know how to earn a living,
went away greatly troubled, and walked the whole day, until in the
evening he entered a forest. When darkness came on, he saw a light,
which he went up to, and came to a house wherein lived a witch.
s lodging, and a little to eat and drink,
who gives anything to a
run-away soldier? Yet willM
 I be compassionate, and take you in, if you
will do what I wish.
should dig all round my garden for me, tomorrow.
 The soldier consented,
and next day laboured with all his strength, but could not finish it by
more today, but I will keep you yet another night, in payment for
which you must tomorrow chop me a load of wood, and chop it small.
soldier spent the whole dayM
 in doing it, and in the evening the witch
proposed that he should stay one night more.
Tomorrow, you shall only
do me a very trifling piece of work. Behind my house, there is an old
dry well, into which my light has fallen, it burns blue, and never goes
out, and you shall bring it up again.
 Next day the old woman took him
to the well, and let him down in a basket. He found the blue light, and
made her a signal to draw him up again. She did draw him up, but when he
came near the edge, she stretched dowM
n her hand and wanted to take the
blue light away from him.
 said he, perceiving her evil intention,
I will not give you the light until I am standing with both feet upon
 The witch fell into a passion, let him fall again into the
well, and went away.
The poor soldier fell without injury on the moist ground, and the blue
light went on burning, but of what use was that to him? He saw very well
that he could not escape death. He sat for a while very sorrowfully,
then suddenly he feM
lt in his pocket and found his tobacco pipe, which
was still half full.
This shall be my last pleasure,
pulled it out, lit it at the blue light and began to smoke. When the
smoke had circled about the cavern, suddenly a little black dwarf stood
before him, and said:
Lord, what are your commands?
 replied the soldier, quite astonished.
I must do everything you
 said the little man.
first place help me M
 The little man took him by the
hand, and led him through an underground passage, but he did not forget
to take the blue light with him. On the way the dwarf showed him the
treasures which the witch had collected and hidden there, and the
soldier took as much gold as he could carry. When he was above, he said
Now go and bind the old witch, and carry her before
 In a short time she came by like the wind, riding on a wild
tom-cat and screaming frightfully.M
 Nor was it long before the little man
and the witch is already hanging
on the gallows. What further commands has my lord?
 inquired the dwarf.
At this moment, none,
 answered the soldier;
you can return home, only
be at hand immediately, if I summon you.
Nothing more is needed than
that you should light your pipe at the blue light, and I will appear
 Thereupon he vanished from his sight.
The soldier returned to the town frM
om which he came. He went to the
best inn, ordered himself handsome clothes, and then bade the landlord
furnish him a room as handsome as possible. When it was ready and the
soldier had taken possession of it, he summoned the little black manikin
I have served the king faithfully, but he has dismissed me,
and left me to hunger, and now I want to take my revenge.
 asked the little man.
Late at night, when the king
in bed, bring her here in her sleep, shM
That is an easy thing for me to do, but a very
dangerous thing for you, for if it is discovered, you will fare ill.
clock had struck, the door sprang open, and the manikin
carried in the princess.
 cried the soldier,
to your work at once! Fetch the broom and sweep the chamber.
she had done this, he ordered her to come to his chair, and then he
stretched out his feet and said:
threw them in her face, and made her pick them up again, and clean
and brighten them. She, however, did everything he bade her, without
opposition, silently and with half-shut eyes. When the first cock
crowed, the manikin carried her back to the royal palace, and laid her
Next morning when the princess arose she went to her father, and told
him that she had had a very strange dream.
I was carried through the
streets with the rapidity of lightning,
s room, and I had to wait upon him like a servant, sweep his
room, clean his boots, and do all kinds of menial work. It was only a
dream, and yet I am just as tired as if I really had done everything.
The dream may have been true,
I will give you a piece
of advice. Fill your pocket full of peas, and make a small hole in the
pocket, and then if you are carried away again, they will fall out and
leave a track in the streets.
 But unseen by the king, the manikiM
standing beside him when he said that, and heard all. At night when
the sleeping princess was again carried through the streets, some peas
certainly did fall out of her pocket, but they made no track, for the
crafty manikin had just before scattered peas in every street there
was. And again the princess was compelled to do servant
Next morning the king sent his people out to seek the track, but it was
all in vain, for in every street poor children were sitting, picking up
It must have rained peas, last night.
keep your shoes on when you go to
bed, and before you come back from the place where you are taken, hide
one of them there, I will soon contrive to find it.
heard this plot, and at night when the soldier again ordered him to
bring the princess, revealed it to him, and told him that he knew of no
expedient to counteract this stratagem, and that if the shoe were found
s house it would go badly with him.
replied the soldier, and again this third night the princess was obliged
to work like a servant, but before she went away, she hid her shoe under
Next morning the king had the entire town searched for his daughter
shoe. It was found at the soldier
s, and the soldier himself, who at the
entreaty of the dwarf had gone outside the gate, was soon brought back,
and thrown into prison. In his flight he had forgotten the mostM
things he had, the blue light and the gold, and had only one ducat in
his pocket. And now loaded with chains, he was standing at the window of
his dungeon, when he chanced to see one of his comrades passing by. The
soldier tapped at the pane of glass, and when this man came up, said to
Be so kind as to fetch me the small bundle I have left lying in
the inn, and I will give you a ducat for doing it.
thither and brought him what he wanted. As soon as the soldier was alone
again, he lighted his pipe and summoned the black manikin.
 said the latter to his master.
Go wheresoever they take you, and
let them do what they will, only take the blue light with you.
the soldier was tried, and though he had done nothing wicked, the judge
condemned him to death. When he was led forth to die, he begged a last
favour of the king.
That I may smoke one
more pipe on my way.
You may smoke three,
 answered the king,
not imagine that I will spare your life.
 Then the soldier pulled out
his pipe and lighted it at the blue light, and as soon as a few wreaths
of smoke had ascended, the manikin was there with a small cudgel in his
What does my lord command?
Strike down to earth that
false judge there, and his constable, and spare not the king who has
 Then the manikin fell on them like lightning,
darting this way and that way, and whosoever was so much as touched by
is cudgel fell to earth, and did not venture to stir again. The king
was terrified; he threw himself on the soldier
s mercy, and merely to
be allowed to live at all, gave him his kingdom for his own, and his
THE DOG AND THE SPARROW
s dog had a master who took no care of him, but often let him
suffer the greatest hunger. At last he could bear it no longer; so he
took to his heels, and off he ran in a very sad and sorrowful mood.
On the road he met a sparrow that saiM
I am very very hungry, and have
 answered the sparrow,
into the next town, and I will soon find you plenty of food.
went together into the town: and as they passed by a butcher
the sparrow said to the dog,
Stand there a little while till I peck you
down a piece of meat.
 So the sparrow perched upon the shelf: and having
first looked carefully abouM
t her to see if anyone was watching her, she
pecked and scratched at a steak that lay upon the edge of the shelf,
till at last down it fell. Then the dog snapped it up, and scrambled
away with it into a corner, where he soon ate it all up.
you shall have some more if you will; so come with me to
the next shop, and I will peck you down another steak.
eaten this too, the sparrow said to him,
Well, my good friend, have you
like to have a piece of bread to eat after it.
and you shall soon have that too.
s shop, and pecked at two rolls that lay in the window, till
they fell down: and as the dog still wished for more, she took him to
another shop and pecked down some more for him. When that was eaten, the
sparrow asked him whether he had had enough now.
now let us take a walk M
a little way out of the town.
out upon the high road; but as the weather was warm, they had not gone
far before the dog said,
I am very much tired--I should like to take a
 answered the sparrow,
do so, and in the meantime
I will perch upon that bush.
 So the dog stretched himself out on the
road, and fell fast asleep. Whilst he slept, there came by a carter with
a cart drawn by three horses, and loaded with two casks of wine. The
sparrow, seeing that the cM
arter did not turn out of the way, but would
go on in the track in which the dog lay, so as to drive over him, called
Stop! stop! Mr Carter, or it shall be the worse for you.
carter, grumbling to himself,
You make it the worse for me, indeed!
 cracked his whip, and drove his cart over the poor
dog, so that the wheels crushed him to death.
thou cruel villain, thou hast killed my friend the dog. Now
mind what I say. This deed of thine M
shall cost thee all thou art worth.
Do your worst, and welcome,
what harm can you do me?
and passed on. But the sparrow crept under the tilt of the cart, and
pecked at the bung of one of the casks till she loosened it; and then
all the wine ran out, without the carter seeing it. At last he looked
round, and saw that the cart was dripping, and the cask quite empty.
What an unlucky wretch I am!
Not wretch enough yet!
the sparrow, as she alighted upon thM
e head of one of the horses, and
pecked at him till he reared up and kicked. When the carter saw this,
he drew out his hatchet and aimed a blow at the sparrow, meaning to kill
her; but she flew away, and the blow fell upon the poor horse
with such force, that he fell down dead.
Unlucky wretch that I am!
Not wretch enough yet!
 said the sparrow. And as the carter
went on with the other two horses, she again crept under the tilt of the
cart, and pecked out the bung of the second cM
ask, so that all the wine
ran out. When the carter saw this, he again cried out,
 But the sparrow answered,
Not wretch enough yet!
perched on the head of the second horse, and pecked at him too. The
carter ran up and struck at her again with his hatchet; but away she
flew, and the blow fell upon the second horse and killed him on the
Unlucky wretch that I am!
Not wretch enough yet!
the sparrow; and perching upon the third horse, she bM
too. The carter was mad with fury; and without looking about him, or
caring what he was about, struck again at the sparrow; but killed his
third horse as he done the other two.
Alas! miserable wretch that I
Not wretch enough yet!
 answered the sparrow as she flew
now will I plague and punish thee at thy own house.
carter was forced at last to leave his cart behind him, and to go home
overflowing with rage and vexation.
 said he to his wife,M
ill luck has befallen me!--my wine is all spilt, and my horses all three
and a wicked bird has come into
the house, and has brought with her all the birds in the world, I am
sure, and they have fallen upon our corn in the loft, and are eating it
 Away ran the husband upstairs, and saw thousands of
birds sitting upon the floor eating up his corn, with the sparrow in the
Unlucky wretch that I am!
 cried the carter; M
that the corn was almost all gone.
Not wretch enough yet!
thy cruelty shall cost thee thy life yet!
The carter seeing that he had thus lost all that he had, went down
into his kitchen; and was still not sorry for what he had done, but sat
himself angrily and sulkily in the chimney corner. But the sparrow sat
on the outside of the window, and cried
Carter! thy cruelty shall cost
 With that he jumped up in a rage, seized his hatcM
and threw it at the sparrow; but it missed her, and only broke the
window. The sparrow now hopped in, perched upon the window-seat, and
Carter! it shall cost thee thy life!
 Then he became mad and
blind with rage, and struck the window-seat with such force that he
cleft it in two: and as the sparrow flew from place to place, the carter
and his wife were so furious, that they broke all their furniture,
glasses, chairs, benches, the table, and at last the walls, without
touching the bird at aM
ll. In the end, however, they caught her: and the
Shall I kill her at once?
her off too easily: she shall die a much more cruel death; I will eat
 But the sparrow began to flutter about, and stretch out her neck
Carter! it shall cost thee thy life yet!
could wait no longer: so he gave his wife the hatchet, and cried,
strike at the bird and kill her in my hand.
 And the wife struck; but
she missed her aim, M
and hit her husband on the head so that he fell down
dead, and the sparrow flew quietly home to her nest.
THE FOUR CLEVER BROTHERS
 said a poor man to his four sons,
give you; you must go out into the wide world and try your luck. Begin
by learning some craft or another, and see how you can get on.
four brothers took their walking-sticks in their hands, and their little
bundles on their shoulders, and after bidding their father goodbye, went
ut at the gate together. When they had got on some way they came
to four crossways, each leading to a different country. Then the eldest
Here we must part; but this day four years we will come back
to this spot, and in the meantime each must try what he can do for
So each brother went his way; and as the eldest was hastening on a man
met him, and asked him where he was going, and what he wanted.
going to try my luck in the world, and should like to begin by learning
I will teach you to become the cunningest thief that ever was.
that is not an honest calling, and what can one look
to earn by it in the end but the gallows?
not fear the gallows; for I will only teach you to steal what will be
fair game: I meddle with nothing but what no one else can get or care
anything about, and where no one can find you out.
eed to follow his trade, and he soon showed himself so clever, that
nothing could escape him that he had once set his mind upon.
The second brother also met a man, who, when he found out what he was
setting out upon, asked him what craft he meant to follow.
Then come with me, and be a star-gazer. It is a
noble art, for nothing can be hidden from you, when once you understand
 The plan pleased him much, and he soon became such a skilful
star-gazer, that whenM
 he had served out his time, and wanted to leave
his master, he gave him a glass, and said,
With this you can see all
that is passing in the sky and on earth, and nothing can be hidden from
The third brother met a huntsman, who took him with him, and taught him
so well all that belonged to hunting, that he became very clever in the
craft of the woods; and when he left his master he gave him a bow, and
Whatever you shoot at with this bow you will be sure to hit.
The youngest brotheM
r likewise met a man who asked him what he wished to
sitting cross-legged from morning to night, working
backwards and forwards with a needle and goose, will never suit me.
that is not my sort of tailoring; come with me,
and you will learn quite another kind of craft from that.
what better to do, he came into the plan, and learnt tailoring from the
when he left his master, he gave him a needle, and said,
You can sew anything with this, be it as soft as an egg or as hard as
steel; and the joint will be so fine that no seam will be seen.
After the space of four years, at the time agreed upon, the four
brothers met at the four cross-roads; and having welcomed each other,
set off towards their father
s home, where they told him all that had
happened to them, and how each had learned some craft.
Then, one day, as they were sitting before the houM
se under a very high
tree, the father said,
I should like to try what each of you can do in
 So he looked up, and said to the second son,
this tree there is a chaffinch
s nest; tell me how many eggs there are
 The star-gazer took his glass, looked up, and said,
 said the father to the eldest son,
take away the eggs without
letting the bird that is sitting upon them and hatching them know
anything of what you are doing.
 So the cunning thieM
tree, and brought away to his father the five eggs from under the bird;
and it never saw or felt what he was doing, but kept sitting on at its
ease. Then the father took the eggs, and put one on each corner of the
table, and the fifth in the middle, and said to the huntsman,
the eggs in two pieces at one shot.
 The huntsman took up his bow, and
at one shot struck all the five eggs as his father wished.
Now comes your turn,
 said he to the young tailor;
the young birds in them together again, so neatly that the shot shall
have done them no harm.
 Then the tailor took his needle, and sewed the
eggs as he was told; and when he had done, the thief was sent to take
them back to the nest, and put them under the bird without its knowing
it. Then she went on sitting, and hatched them: and in a few days they
crawled out, and had only a little red streak across their necks, where
the tailor had sewn them together.
u have made good use of your
time, and learnt something worth the knowing; but I am sure I do not
know which ought to have the prize. Oh, that a time might soon come for
you to turn your skill to some account!
Not long after this there was a great bustle in the country; for the
s daughter had been carried off by a mighty dragon, and the king
mourned over his loss day and night, and made it known that whoever
brought her back to him should have her for a wife. Then the four
brothers said to each M
Here is a chance for us; let us try
 And they agreed to see whether they could not set the
I will soon find out where she is, however,
star-gazer, as he looked through his glass; and he soon cried out,
see her afar off, sitting upon a rock in the sea, and I can spy the
dragon close by, guarding her.
 Then he went to the king, and asked for
a ship for himself and his brothers; and they sailed together over the
sea, till they came to the right plM
ace. There they found the princess
sitting, as the star-gazer had said, on the rock; and the dragon was
lying asleep, with his head upon her lap.
I dare not shoot at him,
for I should kill the beautiful young lady also.
Then I will try my skill,
 said the thief, and went and stole her away
from under the dragon, so quietly and gently that the beast did not know
it, but went on snoring.
Then away they hastened with her full of joy in their boat towards the
 came the dragon roaring behind them through the air; for
he awoke and missed the princess. But when he got over the boat, and
wanted to pounce upon them and carry off the princess, the huntsman took
up his bow and shot him straight through the heart so that he fell down
dead. They were still not safe; for he was such a great beast that in
his fall he overset the boat, and they had to swim in the open sea
upon a few planks. So the tailor took his needle, and with a few large
stitches put some of the planks tM
ogether; and he sat down upon these,
and sailed about and gathered up all pieces of the boat; and then tacked
them together so quickly that the boat was soon ready, and they then
reached the ship and got home safe.
When they had brought home the princess to her father, there was great
rejoicing; and he said to the four brothers,
One of you shall marry
her, but you must settle amongst yourselves which it is to be.
there arose a quarrel between them; and the star-gazer said,
 the princess out, all your skill would have been of no use;
therefore she ought to be mine.
Your seeing her would have been of
if I had not taken her away from the dragon;
therefore she ought to be mine.
for if I had not killed the dragon, he would, after all, have torn you
and the princess into pieces.
And if I had not sewn the boat together
you would all have been drowned, therefore she
 Then the king put in a word, and said,
Each of you is right;
and as all cannot have the young lady, the best way is for neither of
you to have her: for the truth is, there is somebody she likes a great
deal better. But to make up for your loss, I will give each of you, as a
reward for his skill, half a kingdom.
 So the brothers agreed that this
plan would be much better than either quarrelling or marrying a lady who
had no mind to have them. And the king then gave to each half a kingdom,
he had said; and they lived very happily the rest of their days, and
took good care of their father; and somebody took better care of the
young lady, than to let either the dragon or one of the craftsmen have
It happened that the cat met the fox in a forest, and as she thought to
He is clever and full of experience, and much esteemed in the
 she spoke to him in a friendly way.
Good day, dear Mr Fox,
how are you? How is all with you? How are yoM
u getting on in these hard
 The fox, full of all kinds of arrogance, looked at the cat from
head to foot, and for a long time did not know whether he would give
any answer or not. At last he said:
Oh, you wretched beard-cleaner, you
piebald fool, you hungry mouse-hunter, what can you be thinking of? Have
you the cheek to ask how I am getting on? What have you learnt? How
many arts do you understand?
I understand but one,
following me, I can spring into a tree and save myself.
I am master of a hundred arts, and have into the bargain
a sackful of cunning. You make me sorry for you; come with me, I will
teach you how people get away from the hounds.
 Just then came a hunter
with four dogs. The cat sprang nimbly up a tree, and sat down at the top
of it, where the branches and foliage quite concealed her.
sack, Mr Fox, open your sack,
him, but the dogs had
already seized him, and were holding him fast.
You with your hundred arts are left in the lurch! Had you been
able to climb like me, you would not have lost your life.
THE FOX AND THE HORSE
A farmer had a horse that had been an excellent faithful servant to
him: but he was now grown too old to work; so the farmer would give him
nothing more to eat, and said,
I want you no longer, so take yourself
off out of my stable; I shall not takeM
 you back again until you are
stronger than a lion.
 Then he opened the door and turned him adrift.
The poor horse was very melancholy, and wandered up and down in the
wood, seeking some little shelter from the cold wind and rain. Presently
s the matter, my friend?
down your head and look so lonely and woe-begone?
justice and avarice never dwell in one house; my master has
forgotten all that I have done for him so M
many years, and because I
can no longer work he has turned me adrift, and says unless I become
stronger than a lion he will not take me back again; what chance can I
have of that? he knows I have none, or he would not talk so.
However, the fox bid him be of good cheer, and said,
lie down there, stretch yourself out quite stiff, and pretend to be
 The horse did as he was told, and the fox went straight to the
lion who lived in a cave close by, and said to him,
lies a dead horse; come with me and you may make an excellent meal of
 The lion was greatly pleased, and set off immediately; and
when they came to the horse, the fox said,
You will not be able to eat
him comfortably here; I
ll tell you what--I will tie you fast to
his tail, and then you can draw him to your den, and eat him at your
This advice pleased the lion, so he laid himself down quietly for the
fox to make him fast to the horse. But the fox managed to tie his legM
together and bound all so hard and fast that with all his strength he
could not set himself free. When the work was done, the fox clapped the
horse on the shoulder, and said,
and moved off, dragging the lion behind him. The beast began to roar
and bellow, till all the birds of the wood flew away for fright; but the
horse let him sing on, and made his way quietly over the fields to his
I have got the betterM
the farmer saw his old servant, his heart relented, and he said.
shalt stay in thy stable and be well taken care of.
 And so the poor old
horse had plenty to eat, and lived--till he died.
Long, long ago, some two thousand years or so, there lived a rich
man with a good and beautiful wife. They loved each other dearly, but
sorrowed much that they had no children. So greatly did they desire
to have one, that the wife prayed for it day and night, but stM
In front of the house there was a court, in which grew a juniper-tree.
s day the wife stood under the tree to peel some apples, and
as she was peeling them, she cut her finger, and the blood fell on the
 sighed the woman heavily,
if I had but a child, as red as
blood and as white as snow,
 and as she spoke the words, her heart grew
light within her, and it seemed to her that her wish was granted, and
she returned to the house feeling glad and cM
omforted. A month passed,
and the snow had all disappeared; then another month went by, and all
the earth was green. So the months followed one another, and first the
trees budded in the woods, and soon the green branches grew thickly
intertwined, and then the blossoms began to fall. Once again the wife
stood under the juniper-tree, and it was so full of sweet scent that her
heart leaped for joy, and she was so overcome with her happiness, that
she fell on her knees. Presently the fruit became round and firmM
she was glad and at peace; but when they were fully ripe she picked the
berries and ate eagerly of them, and then she grew sad and ill. A little
while later she called her husband, and said to him, weeping.
die, bury me under the juniper-tree.
 Then she felt comforted and happy
again, and before another month had passed she had a little child, and
when she saw that it was as white as snow and as red as blood, her joy
was so great that she died.
Her husband buried her under the juniper-treeM
, and wept bitterly for
her. By degrees, however, his sorrow grew less, and although at times he
still grieved over his loss, he was able to go about as usual, and later
on he married again.
He now had a little daughter born to him; the child of his first wife
was a boy, who was as red as blood and as white as snow. The mother
loved her daughter very much, and when she looked at her and then looked
at the boy, it pierced her heart to think that he would always stand in
the way of her own child, and she waM
s continually thinking how she could
get the whole of the property for her. This evil thought took possession
of her more and more, and made her behave very unkindly to the boy. She
drove him from place to place with cuffings and buffetings, so that the
poor child went about in fear, and had no peace from the time he left
school to the time he went back.
One day the little daughter came running to her mother in the
store-room, and said,
Mother, give me an apple.
nd she gave her a beautiful apple out of the chest; the chest
had a very heavy lid and a large iron lock.
 said the little daughter again,
may not brother have one
 The mother was angry at this, but she answered,
comes out of school.
Just then she looked out of the window and saw him coming, and it seemed
as if an evil spirit entered into her, for she snatched the apple out
of her little daughter
You shall not have one before
 She threw the apple into the chest and shut it to. The
little boy now came in, and the evil spirit in the wife made her say
My son, will you have an apple?
how dreadful you look! Yes, give
 The thought came to her that she would kill him.
 she said, and she lifted up the lid of the chest;
 And as he bent over to do so, the evil spirit urged
down went the lid, and off went the little boy
Then she was overwhelmed with fear at the thought of what she had done.
If only I can prevent anyone knowing that I did it,
she went upstairs to her room, and took a white handkerchief out of
her top drawer; then she set the boy
s head again on his shoulders, and
bound it with the handkerchief so that nothing could be seen, and placed
him on a chair by the door with an apple in his hand.
Soon after this, little Marleen came upM
 to her mother who was stirring
a pot of boiling water over the fire, and said,
sitting by the door with an apple in his hand, and he looks so pale;
and when I asked him to give me the apple, he did not answer, and that
and if he does not answer, give him
 So little Marleen went, and said,
 but he did not say a word; then she gave him a box on the
ear, and his head rolleM
d off. She was so terrified at this, that she ran
crying and screaming to her mother.
 and then she wept and wept, and nothing would stop her.
but no one must know about it,
so you must keep silence; what is done can
t be undone; we will make
 And she took the little boy and cut him up, made him
into puddings, and put him in the pot. But Marleen stood looking on,
ept, and her tears fell into the pot, so that there was no
Presently the father came home and sat down to his dinner; he asked,
 The mother said nothing, but gave him a large dish of
black pudding, and Marleen still wept without ceasing.
The father again asked,
 answered the wife,
he is gone into the country to his mother
great uncle; he is going to stay there some time.
What has he gone there for, and he never even saiM
Well, he likes being there, and he told me he should be away quite six
weeks; he is well looked after there.
I feel very unhappy about it,
in case it should not
be all right, and he ought to have said goodbye to me.
With this he went on with his dinner, and said,
Little Marleen, why do
you weep? Brother will soon be back.
 Then he asked his wife for more
pudding, and as he ate, he threw the bones under the table.
Little Marleen went upstaiM
rs and took her best silk handkerchief out of
her bottom drawer, and in it she wrapped all the bones from under the
table and carried them outside, and all the time she did nothing but
weep. Then she laid them in the green grass under the juniper-tree, and
she had no sooner done so, then all her sadness seemed to leave her,
and she wept no more. And now the juniper-tree began to move, and the
branches waved backwards and forwards, first away from one another, and
then together again, as it might be someone cM
lapping their hands for
joy. After this a mist came round the tree, and in the midst of it there
was a burning as of fire, and out of the fire there flew a beautiful
bird, that rose high into the air, singing magnificently, and when it
could no more be seen, the juniper-tree stood there as before, and the
silk handkerchief and the bones were gone.
Little Marleen now felt as lighthearted and happy as if her brother were
still alive, and she went back to the house and sat down cheerfully to
The bird flew away and alighted on the house of a goldsmith and began to
My mother killed her little son;
  My father grieved when I was gone;
  My sister loved me best of all;
  She laid her kerchief over me,
  And took my bones that they might lie
  Underneath the juniper-tree
  Kywitt, Kywitt, what a beautiful bird am I!
The goldsmith was in his workshop making a gold chain, when he heard the
song of the bird on his roof. He thought it so beautiful that he got
d as he crossed the threshold he lost one of his
slippers. But he ran on into the middle of the street, with a slipper on
one foot and a sock on the other; he still had on his apron, and still
held the gold chain and the pincers in his hands, and so he stood gazing
up at the bird, while the sun came shining brightly down on the street.
how beautifully you sing! Sing me that song again.
I do not sing twice for nothing. Give that gold
l sing it you again.
Here is the chain, take it,
 said the goldsmith.
The bird flew down and took the gold chain in his right claw, and then
he alighted again in front of the goldsmith and sang:
My mother killed her little son;
  My father grieved when I was gone;
  My sister loved me best of all;
  She laid her kerchief over me,
  And took my bones that they might lie
  Underneath the juniper-tree
  Kywitt, Kywitt, what a beautiful bird am I!
e flew away, and settled on the roof of a shoemaker
My mother killed her little son;
  My father grieved when I was gone;
  My sister loved me best of all;
  She laid her kerchief over me,
  And took my bones that they might lie
  Underneath the juniper-tree
  Kywitt, Kywitt, what a beautiful bird am I!
The shoemaker heard him, and he jumped up and ran out in his
shirt-sleeves, and stood looking up at the bird on the roof with his
hand over his eyes to keep himself from beiM
ng blinded by the sun.
how beautifully you sing!
 Then he called through the
Wife, come out; here is a bird, come and look at it
and hear how beautifully it sings.
 Then he called his daughter and the
children, then the apprentices, girls and boys, and they all ran up the
street to look at the bird, and saw how splendid it was with its red
and green feathers, and its neck like burnished gold, and eyes like two
bright stars in its head.
sing me that song again.
 answered the bird,
I do not sing twice for nothing; you must
go into the garret; on the upper shelf you will
see a pair of red shoes; bring them to me.
 The wife went in and fetched
 said the shoemaker,
now sing me that song again.
The bird flew down and took the red shoes in his left claw, and then he
went back to the roof and sang:
  My father grieved when I was gone;
  My sister loved me best of all;
  She laid her kerchief over me,
  And took my bones that they might lie
  Underneath the juniper-tree
  Kywitt, Kywitt, what a beautiful bird am I!
When he had finished, he flew away. He had the chain in his right claw
and the shoes in his left, and he flew right away to a mill, and the
Click clack, click clack, click clack.
 Inside the mill were
twenty of the miller
s men hewing a stone, and asM
hick hack, hick hack,
Click clack, click clack, click
The bird settled on a lime-tree in front of the mill and sang:
My mother killed her little son;
then one of the men left off,
  My father grieved when I was gone;
two more men left off and listened,
  My sister loved me best of all;
then four more left off,
  She laid her kerchief over me,
  And took my bones that they might lie
now there were only eight at work,
  Kywitt, Kywitt, what a beautiful bird am I!
then he looked up and the last one had left off work.
what a beautiful song that is you sing! Let me hear it
 answered the bird,
I do not sing twice for nothing; give me that
millstone, and I will sing it again.
If it belonged to me alone,
if he will sing again, he can have it.
The bird came down, and all the twenty millers set to and lifted up the
stone with a beam; then the bird put his head through the hole and took
the stone round his neck like a collar, and flew back with it to the
My mother killed her little son;
  My father grieved when I was gone;
  My sister loved me best of all;
  She laid her kerchief over me,
  And took my bones that they might lie
  Underneath the juniper-tree
what a beautiful bird am I!
And when he had finished his song, he spread his wings, and with the
chain in his right claw, the shoes in his left, and the millstone round
his neck, he flew right away to his father
The father, the mother, and little Marleen were having their dinner.
How lighthearted I feel,
so pleased and cheerful.
I feel so uneasy, as if a heavy thunderstorm
But little Marleen sat and wept anM
Then the bird came flying towards the house and settled on the roof.
and how beautifully the sun
shines; I feel just as if I were going to see an old friend again.
and I am so full of distress and uneasiness that
my teeth chatter, and I feel as if there were a fire in my veins,
she tore open her dress; and all the while little Marleen sat in the
corner and wept, and the plate on her knees was wet with her tears.M
The bird now flew to the juniper-tree and began singing:
My mother killed her little son;
the mother shut her eyes and her ears, that she might see and hear
nothing, but there was a roaring sound in her ears like that of a
violent storm, and in her eyes a burning and flashing like lightning:
  My father grieved when I was gone;
at the beautiful bird that is singing so
magnificently; and how warm and bright the sun is, and what a delicious
  My sister loved me best of all;
then little Marleen laid her head down on her knees and sobbed.
I must go outside and see the bird nearer,
I feel as if the whole house were in
But the man went out and looked at the bird.
 She laid her kerchief over me,
 And took my bones that they might lie
 Underneath the juniper-tree
 Kywitt, Kywitt, what a beautiful bird am I!
With that the bird let fall the gold chM
ain, and it fell just round the
s neck, so that it fitted him exactly.
He went inside, and said,
See, what a splendid bird that is; he has
given me this beautiful gold chain, and looks so beautiful himself.
But the wife was in such fear and trouble, that she fell on the floor,
and her cap fell from her head.
Then the bird began again:
My mother killed her little son;
if I were but a thousand feet beneath the
earth, that I might not hear that song.
  My father grieved when I was gone;
then the woman fell down again as if dead.
  My sister loved me best of all;
 said little Marleen,
I will go out too and see if the bird will
  She laid her kerchief over me,
  And took my bones that they might lie
and he threw down the shoes to her,
  Underneath the juniper-tree
  Kywitt, Kywitt, what a beautiful bird am I!
And she now felt quite happy and lighthearted; she put on the shoes aM
danced and jumped about in them.
came out, but that has all passed away; that is indeed a splendid bird,
and he has given me a pair of red shoes.
The wife sprang up, with her hair standing out from her head like flames
Then I will go out too,
and see if it will lighten
my misery, for I feel as if the world were coming to an end.
But as she crossed the threshold, crash! the bird threw the millstone
down on her head, and shM
e was crushed to death.
The father and little Marleen heard the sound and ran out, but they only
saw mist and flame and fire rising from the spot, and when these had
passed, there stood the little brother, and he took the father and
little Marleen by the hand; then they all three rejoiced, and went
inside together and sat down to their dinners and ate.
There was a certain village wherein no one lived but really rich
peasants, and just one poor one, whom they called the little M
had not even so much as a cow, and still less money to buy one, and
yet he and his wife did so wish to have one. One day he said to her:
Listen, I have a good idea, there is our gossip the carpenter, he shall
make us a wooden calf, and paint it brown, so that it looks like any
other, and in time it will certainly get big and be a cow.
also liked the idea, and their gossip the carpenter cut and planed
the calf, and painted it as it ought to be, and made it with its head
wn as if it were eating.
Next morning when the cows were being driven out, the little peasant
called the cow-herd in and said:
Look, I have a little calf there,
but it is still small and has to be carried.
 The cow-herd said:
 and took it in his arms and carried it to the pasture, and set
it among the grass. The little calf always remained standing like one
which was eating, and the cow-herd said:
It will soon run by itself,
just look how it eats already!
 At night when he was goiM
herd home again, he said to the calf:
If you can stand there and eat
your fill, you can also go on your four legs; I don
home again in my arms.
 But the little peasant stood at his door, and
waited for his little calf, and when the cow-herd drove the cows through
the village, and the calf was missing, he inquired where it was. The
It is still standing out there eating. It would not
stop and come with us.
 But the little peasant said:
have my beast back again.
 Then they went back to the meadow together,
but someone had stolen the calf, and it was gone. The cow-herd said:
 The peasant, however, said:
 and led the cow-herd before the mayor, who for his carelessness
condemned him to give the peasant a cow for the calf which had run away.
And now the little peasant and his wife had the cow for which they had
so long wished, and they were heartily glad, but they had no food fM
it, and could give it nothing to eat, so it soon had to be killed. They
salted the flesh, and the peasant went into the town and wanted to sell
the skin there, so that he might buy a new calf with the proceeds. On
the way he passed by a mill, and there sat a raven with broken wings,
and out of pity he took him and wrapped him in the skin. But as the
weather grew so bad and there was a storm of rain and wind, he could
go no farther, and turned back to the mill and begged for shelter. The
as alone in the house, and said to the peasant:
yourself on the straw there,
 and gave him a slice of bread and cheese.
The peasant ate it, and lay down with his skin beside him, and the woman
He is tired and has gone to sleep.
 In the meantime came the
s wife received him well, and said:
out, so we will have a feast.
 The peasant listened, and when he heard
them talk about feasting he was vexed that he had been forced to make
shift with a slice M
of bread and cheese. Then the woman served up four
different things, roast meat, salad, cakes, and wine.
Just as they were about to sit down and eat, there was a knocking
outside. The woman said:
Oh, heavens! It is my husband!
hid the roast meat inside the tiled stove, the wine under the pillow,
the salad on the bed, the cakes under it, and the parson in the closet
on the porch. Then she opened the door for her husband, and said:
heaven, you are back again! There is such a storm,M
world were coming to an end.
 The miller saw the peasant lying on the
What is that fellow doing there?
the poor knave came in the storm and rain, and begged for
shelter, so I gave him a bit of bread and cheese, and showed him where
I have no objection, but be quick and get
me something to eat.
But I have nothing but bread and
I am contented with anything,
I am concerned, bread and cheese will do,
 and looked at the peasant and
Come and eat some more with me.
 The peasant did not require to
be invited twice, but got up and ate. After this the miller saw the skin
in which the raven was, lying on the ground, and asked:
 The peasant answered:
I have a soothsayer inside it.
he foretell anything to me?
but he only says four thinM
gs, and the fifth he keeps to
 The miller was curious, and said:
Let him foretell something
 Then the peasant pinched the raven
s head, so that he croaked
and made a noise like krr, krr. The miller said:
In the first place, he says that there is some wine
hidden under the pillow.
 cried the miller, and went there
and found the wine.
 said he. The peasant made the raven
croak again, and said:
e second place, he says that there is some
roast meat in the tiled stove.
 cried the miller, and
went thither, and found the roast meat. The peasant made the raven
prophesy still more, and said:
Thirdly, he says that there is some
That would be a fine thing!
 cried the miller, and
went there and found the salad. At last the peasant pinched the raven
once more till he croaked, and said:
Fourthly, he says that there
are some cakes under the bed.
would be a fine thing!
miller, and looked there, and found the cakes.
And now the two sat down to the table together, but the miller
was frightened to death, and went to bed and took all the keys with
her. The miller would have liked much to know the fifth, but the little
First, we will quickly eat the four things, for the fifth
 So they ate, and after that they bargained how much
the miller was to give for the fifth prophecy, until they agreed on
three hundred talers. Then the peasant once more pinched the raven
head till he croaked loudly. The miller asked:
He says that the Devil is hiding outside there in
the closet on the porch.
The Devil must go out,
opened the house-door; then the woman was forced to give up the keys,
and the peasant unlocked the closet. The parson ran out as fast as he
could, and the miller said:
It was true; I saw the black rascal with my
 The peasant, however, made off next morning by daybreak with
the three hundred talers.
At home the small peasant gradually launched out; he built a beautiful
house, and the peasants said:
The small peasant has certainly been to
the place where golden snow falls, and people carry the gold home in
 Then the small peasant was brought before the mayor, and
bidden to say from whence his wealth came. He answered:
skin in the town, for three hundred talers.
that, they too wished to enjoy this great profit, and ran home, killed
all their cows, and stripped off their skins in order to sell them in
the town to the greatest advantage. The mayor, however, said:
servant must go first.
 When she came to the merchant in the town, he
did not give her more than two talers for a skin, and when the others
came, he did not give them so much, and said:
What can I do with all
Then the peasants were vexed that the small peasant M
outwitted them, wanted to take vengeance on him, and accused him of this
treachery before the mayor. The innocent little peasant was unanimously
sentenced to death, and was to be rolled into the water, in a barrel
pierced full of holes. He was led forth, and a priest was brought who
was to say a mass for his soul. The others were all obliged to retire to
a distance, and when the peasant looked at the priest, he recognized the
man who had been with the miller
s wife. He said to him:
from the closet, set me free from the barrel.
 At this same moment up
came, with a flock of sheep, the very shepherd whom the peasant knew had
long been wishing to be mayor, so he cried with all his might:
will not do it; if the whole world insists on it, I will not do it!
shepherd hearing that, came up to him, and asked:
What is it that you will not do?
me mayor, if I will but put myself in the barrel, but I will nM
If nothing more than that is needful in order to be
mayor, I would get into the barrel at once.
will get in, you will be mayor.
 The shepherd was willing, and got in,
and the peasant shut the top down on him; then he took the shepherd
flock for himself, and drove it away. The parson went to the crowd,
and declared that the mass had been said. Then they came and rolled the
barrel towards the water. When the barrel began to roll, the shephM
I am quite willing to be mayor.
 They believed no otherwise than
that it was the peasant who was saying this, and answered:
what we intend, but first you shall look about you a little down below
 and they rolled the barrel down into the water.
After that the peasants went home, and as they were entering the
village, the small peasant also came quietly in, driving a flock of
sheep and looking quite contented. Then the peasants were astonished,
whence do you come? Have you come out of the
 replied the peasant,
I sank deep, deep down,
until at last I got to the bottom; I pushed the bottom out of the
barrel, and crept out, and there were pretty meadows on which a number
of lambs were feeding, and from thence I brought this flock away with
 Said the peasants:
Are there any more there?
more than I could want.
 Then the peasants made up their minds that
they too would fetch some sheeM
p for themselves, a flock apiece, but the
 So they went to the water together, and just
then there were some of the small fleecy clouds in the blue sky, which
are called little lambs, and they were reflected in the water, whereupon
the peasants cried:
We already see the sheep down below!
pressed forward and said:
I will go down first, and look about me, and
if things promise well I
 So he jumped in; splash! went
the water; it sounded as if heM
 were calling them, and the whole crowd
plunged in after him as one man. Then the entire village was dead, and
the small peasant, as sole heir, became a rich man.
THE MISER IN THE BUSH
A farmer had a faithful and diligent servant, who had worked hard for
him three years, without having been paid any wages. At last it came
s head that he would not go on thus without pay any longer;
so he went to his master, and said,
I have worked hard for you a long
time, I will trust to you to gM
ive me what I deserve to have for my
 The farmer was a sad miser, and knew that his man was very
simple-hearted; so he took out threepence, and gave him for every year
service a penny. The poor fellow thought it was a great deal of money to
have, and said to himself,
Why should I work hard, and live here on bad
fare any longer? I can now travel into the wide world, and make myself
 With that he put his money into his purse, and set out, roaming
over hill and valley.
 along over the fields, singing and dancing, a little dwarf
met him, and asked him what made him so merry.
Why, what should make
I am sound in health and rich in purse, what
should I care for? I have saved up my three years
 earnings and have it
all safe in my pocket.
How much may it come to?
 said the little man.
 replied the countryman.
I wish you would give them
 Then the man pitied him, andM
gave him all he had; and the little dwarf said in return,
such a kind honest heart, I will grant you three wishes--one for every
penny; so choose whatever you like.
 Then the countryman rejoiced at
his good luck, and said,
I like many things better than money: first, I
will have a bow that will bring down everything I shoot at; secondly,
a fiddle that will set everyone dancing that hears me play upon it; and
thirdly, I should like that everyone should grant what I ask.
 he should have his three wishes; so he gave him the bow and fiddle,
Our honest friend journeyed on his way too; and if he was merry before,
he was now ten times more so. He had not gone far before he met an old
miser: close by them stood a tree, and on the topmost twig sat a thrush
singing away most joyfully.
Oh, what a pretty bird!
would give a great deal of money to have such a one.
said the countryman,
I will soon bring it down.
 Then he took up his
bow, and down fell the thrush into the bushes at the foot of the tree.
The miser crept into the bush to find it; but directly he had got into
the middle, his companion took up his fiddle and played away, and the
miser began to dance and spring about, capering higher and higher in
the air. The thorns soon began to tear his clothes till they all hung
in rags about him, and he himself was all scratched and wounded, so that
the blood ran down.
master! pray let the fiddle alone. What have I done to deserve this?
Thou hast shaved many a poor soul close enough,
art only meeting thy reward
: so he played up another tune. Then the
miser began to beg and promise, and offered money for his liberty; but
he did not come up to the musician
s price for some time, and he danced
him along brisker and brisker, and the miser bid higher and higher, till
at last he offered a round hundred of florins that he had in M
and had just gained by cheating some poor fellow. When the countryman
saw so much money, he said,
I will agree to your proposal.
the purse, put up his fiddle, and travelled on very pleased with his
Meanwhile the miser crept out of the bush half-naked and in a piteous
plight, and began to ponder how he should take his revenge, and serve
his late companion some trick. At last he went to the judge, and
complained that a rascal had robbed him of his money, and beaten him
into the bargain; and that the fellow who did it carried a bow at his
back and a fiddle hung round his neck. Then the judge sent out his
officers to bring up the accused wherever they should find him; and he
was soon caught and brought up to be tried.
The miser began to tell his tale, and said he had been robbed of
No, you gave it me for playing a tune to you.
countryman; but the judge told him that was not likely, and cut the
matter short by ordering him off to the gallows.
 away he was taken; but as he stood on the steps he said,
Judge, grant me one last request.
Anything but thy life,
I do not ask my life; only to let me play upon
my fiddle for the last time.
 The miser cried out,
t listen to him! don
It is only this once, he will soon have done.
could not refuse the request, on account of the dwarf
Then the miser said,
Bind me fast, bind me fast, for pity
the countryman seized his fiddle, and struck up a tune, and at the first
note judge, clerks, and jailer were in motion; all began capering, and
no one could hold the miser. At the second note the hangman let his
prisoner go, and danced also, and by the time he had played the first
bar of the tune, all were dancing together--judge, court, and miser, and
all the people who had followed to look on. At first the thing was merry
and pleasant enough; but when it had gone on a while, and there seemed
to be no end of playing or dancing, they began to cry out, and beg him
to leave off; but he stopped not a whit the more for their entreaties,
till the judge not only gave him his life, but promised to return him
the hundred florins.
Then he called to the miser, and said,
Tell us now, you vagabond, where
you got that gold, or I shall play on for your amusement only,
 said the miser in the presence of all the peoplM
that I stole it, and that you earned it fairly.
 Then the countryman
stopped his fiddle, and left the miser to take his place at the gallows.
THE MOUSE, THE BIRD, AND THE SAUSAGE
Once upon a time, a mouse, a bird, and a sausage, entered into
partnership and set up house together. For a long time all went well;
they lived in great comfort, and prospered so far as to be able to add
considerably to their stores. The bird
s duty was to fly daily into the
wood and bring in fuel;M
 the mouse fetched the water, and the sausage saw
When people are too well off they always begin to long for something
new. And so it came to pass, that the bird, while out one day, met a
fellow bird, to whom he boastfully expatiated on the excellence of his
household arrangements. But the other bird sneered at him for being a
poor simpleton, who did all the hard work, while the other two stayed
at home and had a good time of it. For, when the mouse had made the fire
and fetched in the watM
er, she could retire into her little room and rest
until it was time to set the table. The sausage had only to watch the
pot to see that the food was properly cooked, and when it was near
dinner-time, he just threw himself into the broth, or rolled in and out
among the vegetables three or four times, and there they were, buttered,
and salted, and ready to be served. Then, when the bird came home and
had laid aside his burden, they sat down to table, and when they had
finished their meal, they could sleep theM
ir fill till the following
morning: and that was really a very delightful life.
Influenced by those remarks, the bird next morning refused to bring in
the wood, telling the others that he had been their servant long enough,
and had been a fool into the bargain, and that it was now time to make a
change, and to try some other way of arranging the work. Beg and pray
as the mouse and the sausage might, it was of no use; the bird remained
master of the situation, and the venture had to be made. They therefore
drew lots, and it fell to the sausage to bring in the wood, to the mouse
to cook, and to the bird to fetch the water.
And now what happened? The sausage started in search of wood, the bird
made the fire, and the mouse put on the pot, and then these two waited
till the sausage returned with the fuel for the following day. But the
sausage remained so long away, that they became uneasy, and the bird
flew out to meet him. He had not flown far, however, when he came across
a dog who, having met the sausage, haM
d regarded him as his legitimate
booty, and so seized and swallowed him. The bird complained to the dog
of this bare-faced robbery, but nothing he said was of any avail, for
the dog answered that he found false credentials on the sausage, and
that was the reason his life had been forfeited.
He picked up the wood, and flew sadly home, and told the mouse all he
had seen and heard. They were both very unhappy, but agreed to make the
best of things and to remain with one another.
So now the bird set the tabM
le, and the mouse looked after the food and,
wishing to prepare it in the same way as the sausage, by rolling in and
out among the vegetables to salt and butter them, she jumped into the
pot; but she stopped short long before she reached the bottom, having
already parted not only with her skin and hair, but also with life.
Presently the bird came in and wanted to serve up the dinner, but he
could nowhere see the cook. In his alarm and flurry, he threw the wood
here and there about the floor, called and seaM
rched, but no cook was to
be found. Then some of the wood that had been carelessly thrown down,
caught fire and began to blaze. The bird hastened to fetch some water,
but his pail fell into the well, and he after it, and as he was unable
to recover himself, he was drowned.
THE OLD MAN AND HIS GRANDSON
There was once a very old man, whose eyes had become dim, his ears dull
of hearing, his knees trembled, and when he sat at table he could hardly
hold the spoon, and spilt the broth upon the table-cloM
out of his mouth. His son and his son
s wife were disgusted at this, so
the old grandfather at last had to sit in the corner behind the stove,
and they gave him his food in an earthenware bowl, and not even enough
of it. And he used to look towards the table with his eyes full of
tears. Once, too, his trembling hands could not hold the bowl, and it
fell to the ground and broke. The young wife scolded him, but he said
nothing and only sighed. Then they brought him a wooden bowl for a few
alf-pence, out of which he had to eat.
They were once sitting thus when the little grandson of four years old
began to gather together some bits of wood upon the ground.
I am making a little trough,
answered the child,
for father and mother to eat out of when I am big.
The man and his wife looked at each other for a while, and presently
began to cry. Then they took the old grandfather to the table, and
henceforth always let him eat with them, M
and likewise said nothing if he
did spill a little of anything.
There was once upon a time a queen to whom God had given no children.
Every morning she went into the garden and prayed to God in heaven to
bestow on her a son or a daughter. Then an angel from heaven came to her
Be at rest, you shall have a son with the power of wishing,
so that whatsoever in the world he wishes for, that shall he have.
she went to the king, and told him the joyful tidings, and when the M
was come she gave birth to a son, and the king was filled with gladness.
Every morning she went with the child to the garden where the wild
beasts were kept, and washed herself there in a clear stream. It
happened once when the child was a little older, that it was lying in
her arms and she fell asleep. Then came the old cook, who knew that the
child had the power of wishing, and stole it away, and he took a hen,
and cut it in pieces, and dropped some of its blood on the queen
ess. Then he carried the child away to a secret place,
where a nurse was obliged to suckle it, and he ran to the king and
accused the queen of having allowed her child to be taken from her by
the wild beasts. When the king saw the blood on her apron, he believed
this, fell into such a passion that he ordered a high tower to be built,
in which neither sun nor moon could be seen and had his wife put into
it, and walled up. Here she was to stay for seven years without meat
or drink, and die of hunger. But God sM
ent two angels from heaven in the
shape of white doves, which flew to her twice a day, and carried her
food until the seven years were over.
The cook, however, thought to himself:
If the child has the power of
wishing, and I am here, he might very easily get me into trouble.
he left the palace and went to the boy, who was already big enough to
speak, and said to him:
Wish for a beautiful palace for yourself with
a garden, and all else that pertains to it.
 Scarcely were the words out
s mouth, when everything was there that he had wished for.
After a while the cook said to him:
It is not well for you to be so
alone, wish for a pretty girl as a companion.
wished for one, and she immediately stood before him, and was more
beautiful than any painter could have painted her. The two played
together, and loved each other with all their hearts, and the old cook
went out hunting like a nobleman. The thought occurred to him, however,
me day wish to be with his father, and thus
bring him into great peril. So he went out and took the maiden aside,
Tonight when the boy is asleep, go to his bed and plunge this
knife into his heart, and bring me his heart and tongue, and if you do
not do it, you shall lose your life.
 Thereupon he went away, and when
he returned next day she had not done it, and said:
the blood of an innocent boy who has never harmed anyone?
t, it shall cost you your own life.
he had gone away, she had a little hind brought to her, and ordered her
to be killed, and took her heart and tongue, and laid them on a plate,
and when she saw the old man coming, she said to the boy:
your bed, and draw the clothes over you.
 Then the wicked wretch came in
 The girl reached the
plate to him, but the king
s son threw off the quilt, and said:
sinner, why did you wantM
 to kill me? Now will I pronounce thy sentence.
You shall become a black poodle and have a gold collar round your neck,
and shall eat burning coals, till the flames burst forth from your
 And when he had spoken these words, the old man was changed
into a poodle dog, and had a gold collar round his neck, and the cooks
were ordered to bring up some live coals, and these he ate, until the
flames broke forth from his throat. The king
s son remained there a
short while longer, and he thought of his moM
ther, and wondered if she
were still alive. At length he said to the maiden:
I will go home to my
own country; if you will go with me, I will provide for you.
the way is so long, and what shall I do in a strange land
 As she did not seem quite willing, and as they
could not be parted from each other, he wished that she might be changed
into a beautiful pink, and took her with him. Then he went away to his
own country, and the poodle had to run after him. M
He went to the tower
in which his mother was confined, and as it was so high, he wished for
a ladder which would reach up to the very top. Then he mounted up and
looked inside, and cried:
Beloved mother, Lady Queen, are you still
alive, or are you dead?
I have just eaten, and am still
 for she thought the angels were there. Said he:
dear son, whom the wild beasts were said to have torn from your arms;
but I am alive still, and will soon set you free.
again, and went to his father, and caused himself to be announced as a
strange huntsman, and asked if he could offer him service. The king said
yes, if he was skilful and could get game for him, he should come to
him, but that deer had never taken up their quarters in any part of the
district or country. Then the huntsman promised to procure as much game
for him as he could possibly use at the royal table. So he summoned all
the huntsmen together, and bade them go out into the forest with him.
nd he went with them and made them form a great circle, open at one end
where he stationed himself, and began to wish. Two hundred deer and more
came running inside the circle at once, and the huntsmen shot them.
Then they were all placed on sixty country carts, and driven home to the
king, and for once he was able to deck his table with game, after having
had none at all for years.
Now the king felt great joy at this, and commanded that his entire
household should eat with him next day, and made a great fM
they were all assembled together, he said to the huntsman:
so clever, you shall sit by me.
Lord King, your majesty
must excuse me, I am a poor huntsman.
 But the king insisted on it,
You shall sit by me,
 until he did it. Whilst he was sitting
there, he thought of his dearest mother, and wished that one of the
s principal servants would begin to speak of her, and would ask how
it was faring with the queen in the tower, and if she were alive sM
or had perished. Hardly had he formed the wish than the marshal began,
Your majesty, we live joyously here, but how is the queen
living in the tower? Is she still alive, or has she died?
She let my dear son be torn to pieces by wild beasts; I will
 Then the huntsman arose and said:
father she is alive still, and I am her son, and I was not carried away
by wild beasts, but by that wretch the old cook, who tore me from her
rms when she was asleep, and sprinkled her apron with the blood of a
 Thereupon he took the dog with the golden collar, and said:
 and caused live coals to be brought, and these the
dog was compelled to devour before the sight of all, until flames burst
forth from its throat. On this the huntsman asked the king if he would
like to see the dog in his true shape, and wished him back into the form
of the cook, in which he stood immediately, with his white apron,
 by his side. When the king saw him he fell into a passion,
and ordered him to be cast into the deepest dungeon. Then the huntsman
spoke further and said:
Father, will you see the maiden who brought me
up so tenderly and who was afterwards to murder me, but did not do it,
though her own life depended on it?
Most gracious father, I will show her
to you in the form of a beautiful flower,
 and he thrust his hand into
rought forth the pink, and placed it on the royal table,
and it was so beautiful that the king had never seen one to equal it.
Now will I show her to you in her own form,
wished that she might become a maiden, and she stood there looking so
beautiful that no painter could have made her look more so.
And the king sent two waiting-maids and two attendants into the tower,
to fetch the queen and bring her to the royal table. But when she was
led in she ate nothing, and said:
 gracious and merciful God who has
supported me in the tower, will soon set me free.
 She lived three days
more, and then died happily, and when she was buried, the two white
doves which had brought her food to the tower, and were angels of
heaven, followed her body and seated themselves on her grave. The aged
king ordered the cook to be torn in four pieces, but grief consumed the
s own heart, and he soon died. His son married the beautiful maiden
whom he had brought with him as a flower in his pockM
et, and whether they
are still alive or not, is known to God.
 sons once upon a time went into the world to seek their
fortunes; but they soon fell into a wasteful foolish way of living, so
that they could not return home again. Then their brother, who was a
little insignificant dwarf, went out to seek for his brothers: but when
he had found them they only laughed at him, to think that he, who was so
young and simple, should try to travel through the world, when they, whoM
were so much wiser, had been unable to get on. However, they all set
out on their journey together, and came at last to an ant-hill. The two
elder brothers would have pulled it down, in order to see how the poor
ants in their fright would run about and carry off their eggs. But the
Let the poor things enjoy themselves, I will not
suffer you to trouble them.
So on they went, and came to a lake where many many ducks were swimming
about. The two brothers wanted to catch two, and roaM
Let the poor things enjoy themselves, you shall not kill
 Next they came to a bees
-nest in a hollow tree, and there was
so much honey that it ran down the trunk; and the two brothers wanted to
light a fire under the tree and kill the bees, so as to get their honey.
But the dwarf held them back, and said,
Let the pretty insects enjoy
themselves, I cannot let you burn them.
At length the three brothers came to a castle: and as they passed by the
saw fine horses standing there, but all were of marble, and
no man was to be seen. Then they went through all the rooms, till they
came to a door on which were three locks: but in the middle of the door
was a wicket, so that they could look into the next room. There they saw
a little grey old man sitting at a table; and they called to him once or
twice, but he did not hear: however, they called a third time, and then
he rose and came out to them.
He said nothing, but took hold of them and led them to a beaM
table covered with all sorts of good things: and when they had eaten and
drunk, he showed each of them to a bed-chamber.
The next morning he came to the eldest and took him to a marble table,
where there were three tablets, containing an account of the means by
which the castle might be disenchanted. The first tablet said:
wood, under the moss, lie the thousand pearls belonging to the king
daughter; they must all be found: and if one be missing by set of sun,
he who seeks them will beM
 turned into marble.
The eldest brother set out, and sought for the pearls the whole day:
but the evening came, and he had not found the first hundred: so he was
turned into stone as the tablet had foretold.
The next day the second brother undertook the task; but he succeeded no
better than the first; for he could only find the second hundred of the
pearls; and therefore he too was turned into stone.
At last came the little dwarf
s turn; and he looked in the moss; but it
was so hard to find the pM
earls, and the job was so tiresome!--so he sat
down upon a stone and cried. And as he sat there, the king of the ants
(whose life he had saved) came to help him, with five thousand ants; and
it was not long before they had found all the pearls and laid them in a
The second tablet said:
The key of the princess
s bed-chamber must be
fished up out of the lake.
 And as the dwarf came to the brink of it,
he saw the two ducks whose lives he had saved swimming about; and they
dived down and soon broM
ught in the key from the bottom.
The third task was the hardest. It was to choose out the youngest and
the best of the king
s three daughters. Now they were all beautiful, and
all exactly alike: but he was told that the eldest had eaten a piece of
sugar, the next some sweet syrup, and the youngest a spoonful of honey;
so he was to guess which it was that had eaten the honey.
Then came the queen of the bees, who had been saved by the little dwarf
from the fire, and she tried the lips of all three; but aM
upon the lips of the one that had eaten the honey: and so the dwarf knew
which was the youngest. Thus the spell was broken, and all who had been
turned into stones awoke, and took their proper forms. And the dwarf
married the youngest and the best of the princesses, and was king after
s death; but his two brothers married the other two sisters.
There was once a queen who had a little daughter, still too young to run
alone. One day the child was very troublesomM
e, and the mother could not
quiet it, do what she would. She grew impatient, and seeing the ravens
flying round the castle, she opened the window, and said:
were a raven and would fly away, then I should have a little peace.
Scarcely were the words out of her mouth, when the child in her arms was
turned into a raven, and flew away from her through the open window. The
bird took its flight to a dark wood and remained there for a long time,
and meanwhile the parents could hear nothing of theirM
Long after this, a man was making his way through the wood when he heard
a raven calling, and he followed the sound of the voice. As he drew
near, the raven said,
I am by birth a king
s daughter, but am now under
the spell of some enchantment; you can, however, set me free.
 he asked. She replied,
Go farther into the wood until you
come to a house, wherein lives an old woman; she will offer you food and
drink, but you must not take of either; if you do, you will falM
a deep sleep, and will not be able to help me. In the garden behind the
house is a large tan-heap, and on that you must stand and watch for me.
I shall drive there in my carriage at two o
clock in the afternoon for
three successive days; the first day it will be drawn by four white, the
second by four chestnut, and the last by four black horses; but if you
fail to keep awake and I find you sleeping, I shall not be set free.
The man promised to do all that she wished, but the raven said,
know even now that you will take something from the woman and be unable
 The man assured her again that he would on no account touch
a thing to eat or drink.
When he came to the house and went inside, the old woman met him, and
Poor man! how tired you are! Come in and rest and let me give you
something to eat and drink.
I will neither eat not drink.
But she would not leave him alone, and urged him saying,
 at least you might take a draught of wine; one drink
 and at last he allowed himself to be persuaded, and
As it drew towards the appointed hour, he went outside into the garden
and mounted the tan-heap to await the raven. Suddenly a feeling of
fatigue came over him, and unable to resist it, he lay down for a little
while, fully determined, however, to keep awake; but in another minute
his eyes closed of their own accord, and he fell into such a deep sleep,
that all the noisesM
 in the world would not have awakened him. At two
clock the raven came driving along, drawn by her four white horses;
but even before she reached the spot, she said to herself, sighing,
know he has fallen asleep.
 When she entered the garden, there she found
him as she had feared, lying on the tan-heap, fast asleep. She got out
of her carriage and went to him; she called him and shook him, but it
was all in vain, he still continued sleeping.
The next day at noon, the old woman came to him again M
drink which he at first refused. At last, overcome by her persistent
entreaties that he would take something, he lifted the glass and drank
clock he went into the garden and on to the tan-heap to
watch for the raven. He had not been there long before he began to feel
so tired that his limbs seemed hardly able to support him, and he could
not stand upright any longer; so again he lay down and fell fast asleep.
As the raven drove along her four chestnut horses, she said M
I know he has fallen asleep.
 She went as before to look
for him, but he slept, and it was impossible to awaken him.
The following day the old woman said to him,
What is this? You are not
eating or drinking anything, do you want to kill yourself?
I may not and will not either eat or drink.
But she put down the dish of food and the glass of wine in front of him,
and when he smelt the wine, he was unable to resist the temptation, and
When the hour came round again he went as usual on to the tan-heap in
the garden to await the king
s daughter, but he felt even more overcome
with weariness than on the two previous days, and throwing himself down,
he slept like a log. At two o
clock the raven could be seen approaching,
and this time her coachman and everything about her, as well as her
She was sadder than ever as she drove along, and said mournfully,
know he has fallen asleep, and will not be able to sM
found him sleeping heavily, and all her efforts to awaken him were of no
avail. Then she placed beside him a loaf, and some meat, and a flask
of wine, of such a kind, that however much he took of them, they would
never grow less. After that she drew a gold ring, on which her name was
engraved, off her finger, and put it upon one of his. Finally, she laid
a letter near him, in which, after giving him particulars of the food
and drink she had left for him, she finished with the following worM
I see that as long as you remain here you will never be able to set me
free; if, however, you still wish to do so, come to the golden castle
of Stromberg; this is well within your power to accomplish.
returned to her carriage and drove to the golden castle of Stromberg.
When the man awoke and found that he had been sleeping, he was grieved
at heart, and said,
She has no doubt been here and driven away again,
and it is now too late for me to save her.
 Then his eyes fell on the
gs which were lying beside him; he read the letter, and knew from it
all that had happened. He rose up without delay, eager to start on his
way and to reach the castle of Stromberg, but he had no idea in which
direction he ought to go. He travelled about a long time in search of it
and came at last to a dark forest, through which he went on walking for
fourteen days and still could not find a way out. Once more the night
came on, and worn out he lay down under a bush and fell asleep. Again
rsued his way through the forest, and that evening,
thinking to rest again, he lay down as before, but he heard such a
howling and wailing that he found it impossible to sleep. He waited till
it was darker and people had begun to light up their houses, and then
seeing a little glimmer ahead of him, he went towards it.
He found that the light came from a house which looked smaller than
it really was, from the contrast of its height with that of an immense
giant who stood in front of it. He thought to himselM
sees me going in, my life will not be worth much.
while he summoned up courage and went forward. When the giant saw him,
It is lucky for that you have come, for I have not had
anything to eat for a long time. I can have you now for my supper.
would rather you let that alone,
for I do not willingly
give myself up to be eaten; if you are wanting food I have enough to
satisfy your hunger.
you in peace; I only thought of eating you because I had nothing else.
So they went indoors together and sat down, and the man brought out the
bread, meat, and wine, which although he had eaten and drunk of them,
were still unconsumed. The giant was pleased with the good cheer, and
ate and drank to his heart
s content. When he had finished his supper
the man asked him if he could direct him to the castle of Stromberg.
I will look on my map; on it are marked all tM
villages, and houses.
 So he fetched his map, and looked for the castle,
but could not find it.
upstairs in the cupboard, we will look on those,
 but they searched in
vain, for the castle was not marked even on these. The man now thought
he should like to continue his journey, but the giant begged him to
remain for a day or two longer until the return of his brother, who was
away in search of provisions. When the brother came home, they asked himM
about the castle of Stromberg, and he told them he would look on his own
maps as soon as he had eaten and appeased his hunger. Accordingly, when
he had finished his supper, they all went up together to his room and
looked through his maps, but the castle was not to be found. Then he
fetched other older maps, and they went on looking for the castle until
at last they found it, but it was many thousand miles away.
be able to get there?
I have two hours to spare,
and I will carry you into the neighbourhood of the castle; I
must then return to look after the child who is in our care.
The giant, thereupon, carried the man to within about a hundred leagues
of the castle, where he left him, saying,
You will be able to walk the
remainder of the way yourself.
 The man journeyed on day and night
till he reached the golden castle of Stromberg. He found it situated,
however, on a glass mountain, and looking up from the foot he saw the
enchanted maiden drM
ive round her castle and then go inside. He was
overjoyed to see her, and longed to get to the top of the mountain, but
the sides were so slippery that every time he attempted to climb he
fell back again. When he saw that it was impossible to reach her, he was
greatly grieved, and said to himself,
I will remain here and wait for
 so he built himself a little hut, and there he sat and watched for
a whole year, and every day he saw the king
s daughter driving round her
castle, but still was unable M
to get nearer to her.
Looking out from his hut one day he saw three robbers fighting and he
called out to them,
 They stopped when they heard the
call, but looking round and seeing nobody, they went on again with their
fighting, which now became more furious.
again, and again they paused and looked about, but seeing no one went
back to their fighting. A third time he called out,
and then thinking he should like to know the cause oM
the three men, he went out and asked them why they were fighting so
angrily with one another. One of them said that he had found a stick,
and that he had but to strike it against any door through which he
wished to pass, and it immediately flew open. Another told him that he
had found a cloak which rendered its wearer invisible; and the third had
caught a horse which would carry its rider over any obstacle, and even
up the glass mountain. They had been unable to decide whether they
eep together and have the things in common, or whether they would
separate. On hearing this, the man said,
I will give you something in
exchange for those three things; not money, for that I have not got,
but something that is of far more value. I must first, however, prove
whether all you have told me about your three things is true.
robbers, therefore, made him get on the horse, and handed him the stick
and the cloak, and when he had put this round him he was no longer
visible. Then he fell upon M
them with the stick and beat them one after
There, you idle vagabonds, you have got what you
deserve; are you satisfied now!
After this he rode up the glass mountain. When he reached the gate of
the castle, he found it closed, but he gave it a blow with his stick,
and it flew wide open at once and he passed through. He mounted the
steps and entered the room where the maiden was sitting, with a golden
goblet full of wine in front of her. She could not see him for he still
oak. He took the ring which she had given him off his finger,
and threw it into the goblet, so that it rang as it touched the bottom.
That is my own ring,
and if that is so the man must
also be here who is coming to set me free.
She sought for him about the castle, but could find him nowhere.
Meanwhile he had gone outside again and mounted his horse and thrown off
the cloak. When therefore she came to the castle gate she saw him, and
cried aloud for joy. Then he dismounted and toM
ok her in his arms; and
she kissed him, and said,
Now you have indeed set me free, and tomorrow
we will celebrate our marriage.
THE ROBBER BRIDEGROOM
There was once a miller who had one beautiful daughter, and as she was
grown up, he was anxious that she should be well married and provided
for. He said to himself,
I will give her to the first suitable man who
comes and asks for her hand.
 Not long after a suitor appeared, and as
he appeared to be very rich and the miller could see nothiM
which to find fault, he betrothed his daughter to him. But the girl did
not care for the man as a girl ought to care for her betrothed husband.
She did not feel that she could trust him, and she could not look at him
nor think of him without an inward shudder. One day he said to her,
have not yet paid me a visit, although we have been betrothed for some
I do not know where your house is,
out there in the dark forest,
 he said. She tried to eM
saying that she would not be able to find the way thither. Her betrothed
You must come and see me next Sunday; I have already
invited guests for that day, and that you may not mistake the way, I
will strew ashes along the path.
When Sunday came, and it was time for the girl to start, a feeling of
dread came over her which she could not explain, and that she might
be able to find her path again, she filled her pockets with peas and
lentils to sprinkle on the ground as sM
he went along. On reaching the
entrance to the forest she found the path strewed with ashes, and these
she followed, throwing down some peas on either side of her at every
step she took. She walked the whole day until she came to the deepest,
darkest part of the forest. There she saw a lonely house, looking so
grim and mysterious, that it did not please her at all. She stepped
inside, but not a soul was to be seen, and a great silence reigned
throughout. Suddenly a voice cried:
Turn back, turn back, yM
  Linger not in this murderers
The girl looked up and saw that the voice came from a bird hanging in a
cage on the wall. Again it cried:
Turn back, turn back, young maiden fair,
  Linger not in this murderers
The girl passed on, going from room to room of the house, but they were
all empty, and still she saw no one. At last she came to the cellar,
and there sat a very, very old woman, who could not keep her head from
if my betrothed husband
 answered the old woman,
what a place for you to
come to! This is a murderers
 den. You think yourself a promised bride,
and that your marriage will soon take place, but it is with death that
you will keep your marriage feast. Look, do you see that large cauldron
of water which I am obliged to keep on the fire! As soon as they have
you in their power they will kill you without mercy, and cook and eat
you, for they are eatersM
 of men. If I did not take pity on you and save
you, you would be lost.
Thereupon the old woman led her behind a large cask, which quite hid her
Keep as still as a mouse,
do not move or speak,
or it will be all over with you. Tonight, when the robbers are
all asleep, we will flee together. I have long been waiting for an
opportunity to escape.
The words were hardly out of her mouth when the godless crew returned,
dragging another young girl along with them. They were M
paid no heed to her cries and lamentations. They gave her wine to drink,
three glasses full, one of white wine, one of red, and one of yellow,
and with that her heart gave way and she died. Then they tore off her
dainty clothing, laid her on a table, and cut her beautiful body into
pieces, and sprinkled salt upon it.
The poor betrothed girl crouched trembling and shuddering behind the
cask, for she saw what a terrible fate had been intended for her by
the robbers. One of them now noticed a M
gold ring still remaining on
the little finger of the murdered girl, and as he could not draw it off
easily, he took a hatchet and cut off the finger; but the finger sprang
into the air, and fell behind the cask into the lap of the girl who was
hiding there. The robber took a light and began looking for it, but he
Have you looked behind the large cask?
the others. But the old woman called out,
Come and eat your suppers,
and let the thing be till tomorrow; the finger woM
The old woman is right,
 said the robbers, and they ceased looking for
the finger and sat down.
The old woman then mixed a sleeping draught with their wine, and before
long they were all lying on the floor of the cellar, fast asleep and
snoring. As soon as the girl was assured of this, she came from behind
the cask. She was obliged to step over the bodies of the sleepers, who
were lying close together, and every moment she was filled with renewed
dread lest she should awaken themM
. But God helped her, so that she
passed safely over them, and then she and the old woman went upstairs,
opened the door, and hastened as fast as they could from the murderers
den. They found the ashes scattered by the wind, but the peas and
lentils had sprouted, and grown sufficiently above the ground, to guide
them in the moonlight along the path. All night long they walked, and it
was morning before they reached the mill. Then the girl told her father
all that had happened.
The day came that had beeM
n fixed for the marriage. The bridegroom
arrived and also a large company of guests, for the miller had taken
care to invite all his friends and relations. As they sat at the feast,
each guest in turn was asked to tell a tale; the bride sat still and did
 said the bridegroom, turning to her,
tale you know? Tell us something.
I will tell you a dream, then,
I went alone through a
forest and came at last to a house; not a souM
l could I find within, but
a bird that was hanging in a cage on the wall cried:
Turn back, turn back, young maiden fair,
  Linger not in this murderers
and again a second time it said these words.
My darling, this is only a dream.
I went on through the house from room to room, but they were all empty,
and everything was so grim and mysterious. At last I went down to the
cellar, and there sat a very, very old woman, who could not keep her
head still. I asked her if my betM
rothed lived here, and she answered,
Ah, you poor child, you are come to a murderers
 den; your betrothed
does indeed live here, but he will kill you without mercy and afterwards
My darling, this is only a dream.
The old woman hid me behind a large cask, and scarcely had she done
this when the robbers returned home, dragging a young girl along with
them. They gave her three kinds of wine to drink, white, red, and
yellow, and with that she died.
this is only a dream.
Then they tore off her dainty clothing, and cut her beautiful body into
pieces and sprinkled salt upon it.
My darling, this is only a dream.
And one of the robbers saw that there was a gold ring still left on her
finger, and as it was difficult to draw off, he took a hatchet and cut
off her finger; but the finger sprang into the air and fell behind the
great cask into my lap. And here is the finger with the ring.
with these words the bride drew forth the M
finger and shewed it to the
The bridegroom, who during this recital had grown deadly pale, up and
tried to escape, but the guests seized him and held him fast. They
delivered him up to justice, and he and all his murderous band were
condemned to death for their wicked deeds.
As a merry young huntsman was once going briskly along through a wood,
there came up a little old woman, and said to him,
you seem merry enough, but I am hungry and thirstyM
 The huntsman took pity on her, and put his hand in
his pocket and gave her what he had. Then he wanted to go his way; but
she took hold of him, and said,
Listen, my friend, to what I am going
to tell you; I will reward you for your kindness; go your way, and after
a little time you will come to a tree where you will see nine birds
sitting on a cloak. Shoot into the midst of them, and one will fall down
dead: the cloak will fall too; take it, it is a wishing-cloak, anM
you wear it you will find yourself at any place where you may wish to
be. Cut open the dead bird, take out its heart and keep it, and you will
find a piece of gold under your pillow every morning when you rise. It
s heart that will bring you this good luck.
The huntsman thanked her, and thought to himself,
happen, it will be a fine thing for me.
 When he had gone a hundred
steps or so, he heard a screaming and chirping in the branches over him,
nd saw a flock of birds pulling a cloak with their bills
and feet; screaming, fighting, and tugging at each other as if
each wished to have it himself.
 said the huntsman,
wonderful; this happens just as the old woman said
the midst of them so that their feathers flew all about. Off went the
flock chattering away; but one fell down dead, and the cloak with it.
Then the huntsman did as the old woman told him, cut open the bird, took
out the heart, and carried the clM
The next morning when he awoke he lifted up his pillow, and there lay
the piece of gold glittering underneath; the same happened next day, and
indeed every day when he arose. He heaped up a great deal of gold, and
at last thought to himself,
Of what use is this gold to me whilst I am
at home? I will go out into the world and look about me.
Then he took leave of his friends, and hung his bag and bow about his
neck, and went his way. It so happened that his road one day led throughM
a thick wood, at the end of which was a large castle in a green meadow,
and at one of the windows stood an old woman with a very beautiful young
lady by her side looking about them. Now the old woman was a witch, and
said to the young lady,
There is a young man coming out of the wood who
carries a wonderful prize; we must get it away from him, my dear child,
for it is more fit for us than for him. He has a bird
brings a piece of gold under his pillow every morning.
n came nearer and looked at the lady, and said to himself,
have been travelling so long that I should like to go into this castle
and rest myself, for I have money enough to pay for anything I want
but the real reason was, that he wanted to see more of the beautiful
lady. Then he went into the house, and was welcomed kindly; and it was
not long before he was so much in love that he thought of nothing else
but looking at the lady
s eyes, and doing everything that she wished.
Then the old woman saidM
Now is the time for getting the bird
So the lady stole it away, and he never found any more gold under his
pillow, for it lay now under the young lady
s, and the old woman took it
away every morning; but he was so much in love that he never missed his
 said the old witch,
we have got the bird
s heart, but not the
wishing-cloak yet, and that we must also get.
Let us leave him that,
said the young lady;
he has already lost his wealth.
was very angry, and said,
Such a cloak is a very rare and wonderful
thing, and I must and will have it.
 So she did as the old woman told
her, and set herself at the window, and looked about the country and
seemed very sorrowful; then the huntsman said,
What makes you so sad?
yonder lies the granite rock where all the
costly diamonds grow, and I want so much to go there, that whenever I
think of it I cannot help being sorrowful, for who can reach it? only
rds and the flies--man cannot.
ll take you there with all my heart
; so he drew her under
his cloak, and the moment he wished to be on the granite mountain they
were both there. The diamonds glittered so on all sides that they were
delighted with the sight and picked up the finest. But the old witch
made a deep sleep come upon him, and he said to the young lady,
sit down and rest ourselves a little, I am so tired that I cannot stand
 So they sat down, and he laid his head in her lap and
fell asleep; and whilst he was sleeping on she took the cloak from
his shoulders, hung it on her own, picked up the diamonds, and wished
When he awoke and found that his lady had tricked him, and left him
alone on the wild rock, he said,
Alas! what roguery there is in the
 and there he sat in great grief and fear, not knowing what to
do. Now this rock belonged to fierce giants who lived upon it; and as
aw three of them striding about, he thought to himself,
save myself by feigning to be asleep
; so he laid himself down as if he
were in a sound sleep. When the giants came up to him, the first pushed
him with his foot, and said,
What worm is this that lies here curled
Tread upon him and kill him,
ll go climbing higher up the
mountain, and some cloud will come rolling and carry him away.
passed on. But the huntsman had heard all they said; and as soon as they
were gone, he climbed to the top of the mountain, and when he had sat
there a short time a cloud came rolling around him, and caught him in a
whirlwind and bore him along for some time, till it settled in a garden,
and he fell quite gently to the ground amongst the greens and cabbages.
Then he looked around him, and said,
I wish I had something to eat, if
not I shall be worse off than before; for here I see neither appleM
nor pears, nor any kind of fruits, nothing but vegetables.
thought to himself,
I can eat salad, it will refresh and strengthen
 So he picked out a fine head and ate of it; but scarcely had he
swallowed two bites when he felt himself quite changed, and saw with
horror that he was turned into an ass. However, he still felt very
hungry, and the salad tasted very nice; so he ate on till he came
to another kind of salad, and scarcely had he tasted it when he felt
another change come overM
 him, and soon saw that he was lucky enough to
have found his old shape again.
Then he laid himself down and slept off a little of his weariness; and
when he awoke the next morning he broke off a head both of the good and
the bad salad, and thought to himself,
This will help me to my fortune
again, and enable me to pay off some folks for their treachery.
went away to try and find the castle of his friends; and after wandering
about a few days he luckily found it. Then he stained his face all ovM
brown, so that even his mother would not have known him, and went into
the castle and asked for a lodging;
who are you? and what
a messenger sent by the king to
find the finest salad that grows under the sun. I have been lucky
enough to find it, and have brought it with me; but the heat of the sun
scorches so that it begins to wither, and I don
When the witch and the young lady heard of his beautiful salad, they
longed to taste it, and said,
Dear countryman, let us just taste it.
I have two heads of it with me, and will
; so he opened his bag and gave them the bad. Then the
witch herself took it into the kitchen to be dressed; and when it was
ready she could not wait till it was carried up, but took a few leaves
immediately and put them in her mouth, and scarcely were tM
when she lost her own form and ran braying down into the court in the
form of an ass. Now the servant-maid came into the kitchen, and seeing
the salad ready, was going to carry it up; but on the way she too felt a
wish to taste it as the old woman had done, and ate some leaves; so she
also was turned into an ass and ran after the other, letting the dish
with the salad fall on the ground. The messenger sat all this time with
the beautiful young lady, and as nobody came with the salad and she
nged to taste it, she said,
t know where the salad can be.
Then he thought something must have happened, and said,
into the kitchen and see.
 And as he went he saw two asses in the court
running about, and the salad lying on the ground.
those two have had their share.
 Then he took up the rest of
the leaves, laid them on the dish and brought them to the young lady,
I bring you the dish myself that you may not wait any longer.
e of it, and like the others ran off into the court braying
Then the huntsman washed his face and went into the court that they
Now you shall be paid for your roguery,
tied them all three to a rope and took them along with him till he
came to a mill and knocked at the window.
I have three tiresome beasts here,
will take them, give them food and room, and treat them as I tell you,
 you whatever you ask.
but how shall I treat them?
 Then the huntsman said,
one stripes three times a day and hay once; give the next (who was
the servant-maid) stripes once a day and hay three times; and give
the youngest (who was the beautiful lady) hay three times a day and
: for he could not find it in his heart to have her beaten.
After this he went back to the castle, where he found everything he
the miller came to him and told him that the old ass
are alive and eat, but are so
sorrowful that they cannot last long.
 Then the huntsman pitied them,
and told the miller to drive them back to him, and when they came, he
gave them some of the good salad to eat. And the beautiful young lady
fell upon her knees before him, and said,
O dearest huntsman! forgive
me all the ill I have done you; my mother forced me to it, it was
against my will, for I always loved M
you very much. Your wishing-cloak
hangs up in the closet, and as for the bird
s heart, I will give it you
Keep it, it will be just the same thing, for I mean
to make you my wife.
 So they were married, and lived together very
happily till they died.
There was once a man who had seven sons, and last of all one daughter.
Although the little girl was very pretty, she was so weak and small that
they thought she could not live; but they said she should at onM
So the father sent one of his sons in haste to the spring to get some
water, but the other six ran with him. Each wanted to be first at
drawing the water, and so they were in such a hurry that all let their
pitchers fall into the well, and they stood very foolishly looking at
one another, and did not know what to do, for none dared go home. In the
meantime the father was uneasy, and could not tell what made the
young men stay so long.
the whole seven must have
forgotten themselves over some game of play
; and when he had waited
still longer and they yet did not come, he flew into a rage and wished
them all turned into ravens. Scarcely had he spoken these words when he
heard a croaking over his head, and looked up and saw seven ravens as
black as coal flying round and round. Sorry as he was to see his wish
so fulfilled, he did not know how what was done could be undone, and
comforted himself as well as he could for the loss of his seven sons
with his dear little M
daughter, who soon became stronger and every day
For a long time she did not know that she had ever had any brothers; for
her father and mother took care not to speak of them before her: but one
day by chance she heard the people about her speak of them.
she is beautiful indeed, but still
tis a pity that her brothers
should have been lost for her sake.
 Then she was much grieved, and went
to her father and mother, and asked if she had any brothers, and what
d become of them. So they dared no longer hide the truth from her, but
said it was the will of Heaven, and that her birth was only the innocent
cause of it; but the little girl mourned sadly about it every day, and
thought herself bound to do all she could to bring her brothers back;
and she had neither rest nor ease, till at length one day she stole
away, and set out into the wide world to find her brothers, wherever
they might be, and free them, whatever it might cost her.
She took nothing with her but aM
 little ring which her father and mother
had given her, a loaf of bread in case she should be hungry, a little
pitcher of water in case she should be thirsty, and a little stool
to rest upon when she should be weary. Thus she went on and on, and
journeyed till she came to the world
s end; then she came to the sun,
but the sun looked much too hot and fiery; so she ran away quickly to
the moon, but the moon was cold and chilly, and said,
 so she took herself away in a hM
urry and came to the
stars, and the stars were friendly and kind to her, and each star sat
upon his own little stool; but the morning star rose up and gave her a
little piece of wood, and said,
If you have not this little piece of
wood, you cannot unlock the castle that stands on the glass-mountain,
and there your brothers live.
 The little girl took the piece of wood,
rolled it up in a little cloth, and went on again until she came to the
glass-mountain, and found the door shut. Then she felt for the lM
piece of wood; but when she unwrapped the cloth it was not there, and
she saw she had lost the gift of the good stars. What was to be done?
She wanted to save her brothers, and had no key of the castle of the
glass-mountain; so this faithful little sister took a knife out of her
pocket and cut off her little finger, that was just the size of the
piece of wood she had lost, and put it in the door and opened it.
As she went in, a little dwarf came up to her, and said,
I seek for my brothers, the seven ravens,
Then the dwarf said,
My masters are not at home; but if you will wait
till they come, pray step in.
 Now the little dwarf was getting their
dinner ready, and he brought their food upon seven little plates, and
their drink in seven little glasses, and set them upon the table, and
out of each little plate their sister ate a small piece, and out of each
little glass she drank a small drop; but she let the ring that she had
brought with her fall iM
On a sudden she heard a fluttering and croaking in the air, and the
Here come my masters.
 When they came in, they wanted to
eat and drink, and looked for their little plates and glasses. Then said
one after the other,
Who has eaten from my little plate? And who has been drinking out of my
Caw! Caw! well I ween
  Mortal lips have this way been.
When the seventh came to the bottom of his glass, and found there the
ring, he looked at itM
, and knew that it was his father
O that our little sister would but come! then we should be
 When the little girl heard this (for she stood behind the door
all the time and listened), she ran forward, and in an instant all
the ravens took their right form again; and all hugged and kissed each
other, and went merrily home.
THE STORY OF THE YOUTH WHO WENT FORTH TO LEARN WHAT FEAR WAS
A certain father had two sons, the elder of who was smart and sensible,
 could do everything, but the younger was stupid and could neither
learn nor understand anything, and when people saw him they said:
s a fellow who will give his father some trouble!
had to be done, it was always the elder who was forced to do it; but
if his father bade him fetch anything when it was late, or in the
night-time, and the way led through the churchyard, or any other dismal
place, he answered:
ll not go there, it makes me
fraid. Or when stories were told by the fire at
night which made the flesh creep, the listeners sometimes said:
it makes us shudder!
 The younger sat in a corner and listened with
the rest of them, and could not imagine what they could mean.
It makes me shudder, it makes me shudder!
That, too, must be an art of which I
Now it came to pass that his father said to him one day:
u fellow in the corner there, you are growing tall and strong, and you
too must learn something by which you can earn your bread. Look how your
brother works, but you do not even earn your salt.
I am quite willing to learn something--indeed, if it could but
be managed, I should like to learn how to shudder. I don
 The elder brother smiled when he heard that, and
thought to himself:
Goodness, what a blockhead that brother of mine is!
e will never be good for anything as long as he lives! He who wants to
be a sickle must bend himself betimes.
The father sighed, and answered him:
You shall soon learn what it is to
shudder, but you will not earn your bread by that.
Soon after this the sexton came to the house on a visit, and the father
bewailed his trouble, and told him how his younger son was so backward
in every respect that he knew nothing and learnt nothing.
when I asked him how he was going toM
actually wanted to learn to shudder.
he can learn that with me. Send him to me, and I will soon
 The father was glad to do it, for he thought:
train the boy a little.
 The sexton therefore took him into his house,
and he had to ring the church bell. After a day or two, the sexton awoke
him at midnight, and bade him arise and go up into the church tower and
You shall soon learn what shuddering is,
and secretly went there before him; and when the boy was at the top of
the tower and turned round, and was just going to take hold of the bell
rope, he saw a white figure standing on the stairs opposite the sounding
 cried he, but the figure made no reply, and did
off, you have no business here at night.
The sexton, however, remained standing motionless that the boy might
ost. The boy cried a second time:
here?--speak if you are an honest fellow, or I will throw you down the
 The sexton thought:
t mean to be as bad as his words,
uttered no sound and stood as if he were made of stone. Then the boy
called to him for the third time, and as that was also to no purpose,
he ran against him and pushed the ghost down the stairs, so that it fell
down the ten steps and remained lying there in a corner. Thereupon he
rang the bell, went home, aM
nd without saying a word went to bed, and
fell asleep. The sexton
s wife waited a long time for her husband, but
he did not come back. At length she became uneasy, and wakened the boy,
Do you know where my husband is? He climbed up the tower
standing by the sounding hole on the other side of the steps, and as he
would neither give an answer nor go away, I took him for a scoundrel,
and threw him downstairs. Just gM
o there and you will see if it was he.
I should be sorry if it were.
 The woman ran away and found her husband,
who was lying moaning in the corner, and had broken his leg.
She carried him down, and then with loud screams she hastened to the
has been the cause of a great
misfortune! He has thrown my husband down the steps so that he broke his
leg. Take the good-for-nothing fellow out of our house.
terrified, and ran thither and scolded the bM
The devil must have put them into your head.
do listen to me. I am quite innocent. He was
standing there by night like one intent on doing evil. I did not know
who it was, and I entreated him three times either to speak or to go
I have nothing but unhappiness with you.
Go out of my sight. I will see you no more.
Yes, father, right willingly, wait only until it is day. Then will IM
go forth and learn how to shudder, and then I shall, at any rate,
understand one art which will support me.
Learn what you will,
it is all the same to me. Here are fifty talers for you.
Take these and go into the wide world, and tell no one from whence you
come, and who is your father, for I have reason to be ashamed of you.
Yes, father, it shall be as you will. If you desire nothing more than
that, I can easily keep it in mind.
When the day dawned, therefore, the bM
oy put his fifty talers into his
pocket, and went forth on the great highway, and continually said to
If I could but shudder! If I could but shudder!
approached who heard this conversation which the youth was holding with
himself, and when they had walked a little farther to where they could
see the gallows, the man said to him:
Look, there is the tree where
seven men have married the ropemaker
s daughter, and are now learning
how to fly. Sit down beneath it, and wait till nighM
t comes, and you will
soon learn how to shudder.
If that is all that is wanted,
it is easily done; but if I learn how to shudder as fast as
that, you shall have my fifty talers. Just come back to me early in the
 Then the youth went to the gallows, sat down beneath it, and
waited till evening came. And as he was cold, he lighted himself a fire,
but at midnight the wind blew so sharply that in spite of his fire, he
could not get warm. And as the wind knocked the hangM
other, and they moved backwards and forwards, he thought to himself:
If you shiver below by the fire, how those up above must freeze and
 And as he felt pity for them, he raised the ladder, and climbed
up, unbound one of them after the other, and brought down all seven.
Then he stoked the fire, blew it, and set them all round it to warm
themselves. But they sat there and did not stir, and the fire caught
their clothes. So he said:
Take care, or I will hang you up again.
dead men, however, did not hear, but were quite silent, and let their
rags go on burning. At this he grew angry, and said:
take care, I cannot help you, I will not be burnt with you,
them up again each in his turn. Then he sat down by his fire and fell
asleep, and the next morning the man came to him and wanted to have
the fifty talers, and said:
Well do you know how to shudder?
how should I know? Those fellows up there did not open
r mouths, and were so stupid that they let the few old rags which
they had on their bodies get burnt.
 Then the man saw that he would not
get the fifty talers that day, and went away saying:
never come my way before.
The youth likewise went his way, and once more began to mutter to
Ah, if I could but shudder! Ah, if I could but shudder!
waggoner who was striding behind him heard this and asked:
 answered the youth. Then the wM
What is it that you are always muttering between your
 replied the youth,
I do so wish I could shudder, but
no one can teach me how.
Enough of your foolish chatter,
Come, go with me, I will see about a place for you.
youth went with the waggoner, and in the evening they arrived at an inn
where they wished to pass the night. TheM
n at the entrance of the parlour
the youth again said quite loudly:
If I could but shudder! If I could
 The host who heard this, laughed and said:
your desire, there ought to be a good opportunity for you here.
so many prying persons have already lost
their lives, it would be a pity and a shame if such beautiful eyes as
these should never see the daylight again.
But the youth said:
However difficult it may be, I will learn iM
this purpose indeed have I journeyed forth.
 He let the host have
no rest, until the latter told him, that not far from thence stood a
haunted castle where anyone could very easily learn what shuddering was,
if he would but watch in it for three nights. The king had promised that
he who would venture should have his daughter to wife, and she was the
most beautiful maiden the sun shone on. Likewise in the castle lay great
treasures, which were guarded by evil spirits, and these treasures would
be freed, and would make a poor man rich enough. Already many men
had gone into the castle, but as yet none had come out again. Then the
youth went next morning to the king, and said:
If it be allowed, I will
willingly watch three nights in the haunted castle.
The king looked at him, and as the youth pleased him, he said:
ask for three things to take into the castle with you, but they must
be things without life.
Then I ask for a fire, a
turning lathe, and a cuttingM
-board with the knife.
The king had these things carried into the castle for him during the
day. When night was drawing near, the youth went up and made himself
a bright fire in one of the rooms, placed the cutting-board and knife
beside it, and seated himself by the turning-lathe.
but I shall not learn it here either.
midnight he was about to poke his fire, and as he was blowing it,
something cried suddenly from one corner:
Au, miau! how cold M
what are you crying about? If you are cold, come
and take a seat by the fire and warm yourselves.
 And when he had said
that, two great black cats came with one tremendous leap and sat down
on each side of him, and looked savagely at him with their fiery
eyes. After a short time, when they had warmed themselves, they said:
Comrade, shall we have a game of cards?
just show me your paws.
 Then they stretched out their claws.
what long nails you have! Wait, I must first cut them for you.
Thereupon he seized them by the throats, put them on the cutting-board
and screwed their feet fast.
I have looked at your fingers,
and my fancy for card-playing has gone,
 and he struck them dead and
threw them out into the water. But when he had made away with these two,
and was about to sit down again by his fire, out from every hole and
corner came black cats and black dogs with red-hot chains, and mM
and more of them came until he could no longer move, and they yelled
horribly, and got on his fire, pulled it to pieces, and tried to put
it out. He watched them for a while quietly, but at last when they were
going too far, he seized his cutting-knife, and cried:
 and began to cut them down. Some of them ran away, the others
he killed, and threw out into the fish-pond. When he came back he fanned
the embers of his fire again and warmed himself. And as he thus sat, his
ould keep open no longer, and he felt a desire to sleep. Then he
looked round and saw a great bed in the corner.
That is the very thing
 said he, and got into it. When he was just going to shut his
eyes, however, the bed began to move of its own accord, and went over
the whole of the castle.
the bed rolled on as if six horses were harnessed to it, up and down,
over thresholds and stairs, but suddenly hop, hop, it turned over upside
nd lay on him like a mountain. But he threw quilts and pillows up
in the air, got out and said:
Now anyone who likes, may drive,
lay down by his fire, and slept till it was day. In the morning the king
came, and when he saw him lying there on the ground, he thought the evil
spirits had killed him and he was dead. Then said he:
pity,--for so handsome a man.
 The youth heard it, got up, and said:
has not come to that yet.
 Then the king was astonished, but very glad,
d asked how he had fared.
night is past, the two others will pass likewise.
 Then he went to the
innkeeper, who opened his eyes very wide, and said:
see you alive again! Have you learnt how to shudder yet?
it is all in vain. If someone would but tell me!
The second night he again went up into the old castle, sat down by the
fire, and once more began his old song:
If I could but shudder!
, an uproar and noise of tumbling about was heard; at
first it was low, but it grew louder and louder. Then it was quiet for
a while, and at length with a loud scream, half a man came down the
chimney and fell before him.
another half belongs
to this. This is not enough!
 Then the uproar began again, there was a
roaring and howling, and the other half fell down likewise.
I will just stoke up the fire a little for you.
that and looked rouM
nd again, the two pieces were joined together, and a
hideous man was sitting in his place.
That is no part of our bargain,
 The man wanted to push him away;
the youth, however, would not allow that, but thrust him off with all
his strength, and seated himself again in his own place. Then still more
men fell down, one after the other; they brought nine dead men
and two skulls, and set them up and played at nine-pins with them. The
youth also wanted to plaM
Listen you, can I join you?
if you have any money.
 Then he took the skulls and put them in the lathe and
turned them till they were round.
There, now they will roll better!
 He played with them and lost some
of his money, but when it struck twelve, everything vanished from his
sight. He lay down and quietly fell asleep. Next morning the king came
How has it fared with you this time?
I have been playing at nine-pins,
and have lost a couple
Have you not shuddered then?
had a wonderful time! If I did but know what it was to shudder!
The third night he sat down again on his bench and said quite sadly:
If I could but shudder.
 When it grew late, six tall men came in and
brought a coffin. Then he said:
Ha, ha, that is certainly my little
in, who died only a few days ago,
 and he beckoned with his finger,
Come, little cousin, come.
 They placed the coffin on the
ground, but he went to it and took the lid off, and a dead man lay
therein. He felt his face, but it was cold as ice.
will warm you a little,
 and went to the fire and warmed his hand and
laid it on the dead man
s face, but he remained cold. Then he took him
out, and sat down by the fire and laid him on his breast and rubbed his
t the blood might circulate again. As this also did no good, he
thought to himself:
When two people lie in bed together, they warm each
 and carried him to the bed, covered him over and lay down by
him. After a short time the dead man became warm too, and began to move.
Then said the youth,
See, little cousin, have I not warmed you?
dead man, however, got up and cried:
Now will I strangle you.
is that the way you thank me? You shall at once go
 and he took him up, threw him into it, and shut
the lid. Then came the six men and carried him away again.
I shall never learn it here as long as I
Then a man entered who was taller than all others, and looked terrible.
He was old, however, and had a long white beard.
you shall soon learn what it is to shudder, for you shall die.
 replied the youth.
If I am to die, I shall have to hM
I will soon seize you,
Softly, softly, do not
talk so big. I am as strong as you are, and perhaps even stronger.
If you are stronger, I will let you
go--come, we will try.
 Then he led him by dark passages to a smith
forge, took an axe, and with one blow struck an anvil into the ground.
I can do better than that,
 said the youth, and went to the other
anvil. The old man placed himself near and wanted to look oM
white beard hung down. Then the youth seized the axe, split the anvil
with one blow, and in it caught the old man
Now it is your turn to die.
 Then he seized an iron bar
and beat the old man till he moaned and entreated him to stop, when he
would give him great riches. The youth drew out the axe and let him go.
The old man led him back into the castle, and in a cellar showed him
three chests full of gold.
poor, the other for the king, the third yours.
struck twelve, and the spirit disappeared, so that the youth stood in
I shall still be able to find my way out,
about, found the way into the room, and slept there by his fire.
Next morning the king came and said:
Now you must have learnt what
what can it be? My dead cousin was
here, and a bearded man came and showed me a great deal of money down
w, but no one told me what it was to shudder.
you have saved the castle, and shall marry my daughter.
but still I do not know what it is to
Then the gold was brought up and the wedding celebrated; but howsoever
much the young king loved his wife, and however happy he was, he still
If I could but shudder--if I could but shudder.
at last angered her. Her waiting-maid said:
he shall soon learn what it is to shudder.
 She went out to the stream
which flowed through the garden, and had a whole bucketful of gudgeons
brought to her. At night when the young king was sleeping, his wife was
to draw the clothes off him and empty the bucket full of cold water
with the gudgeons in it over him, so that the little fishes would
sprawl about him. Then he woke up and cried:
Oh, what makes me shudder
so?--what makes me shudder so, dear wife? Ah! now I know what it is to
THE STRAW, THE COAL, AND THE BEAN
In a village dwelt a poor old woman, who had gathered together a dish
of beans and wanted to cook them. So she made a fire on her hearth, and
that it might burn the quicker, she lighted it with a handful of straw.
When she was emptying the beans into the pan, one dropped without her
observing it, and lay on the ground beside a straw, and soon afterwards
a burning coal from the fire leapt down to the two. Then the straw
Dear friends, from wM
hence do you come here?
I fortunately sprang out of the fire, and if I had not escaped
by sheer force, my death would have been certain,--I should have been
I too have escaped with a whole skin,
but if the old woman had got me into the pan, I should have been made
into broth without any mercy, like my comrades.
fate have fallen to my lot?
destroyed all my brethren in fire and smoke; sM
he seized sixty of them at
once, and took their lives. I luckily slipped through her fingers.
But what are we to do now?
 answered the bean,
that as we have so fortunately escaped
death, we should keep together like good companions, and lest a new
mischance should overtake us here, we should go away together, and
repair to a foreign country.
The proposition pleased the two others, and they set out on their way
together. Soon, however, they came to a little bM
rook, and as there was
no bridge or foot-plank, they did not know how they were to get over
it. The straw hit on a good idea, and said:
I will lay myself straight
across, and then you can walk over on me as on a bridge.
therefore stretched itself from one bank to the other, and the coal,
who was of an impetuous disposition, tripped quite boldly on to the
newly-built bridge. But when she had reached the middle, and heard the
water rushing beneath her, she was after all, afraid, and stood stillM
and ventured no farther. The straw, however, began to burn, broke in
two pieces, and fell into the stream. The coal slipped after her, hissed
when she got into the water, and breathed her last. The bean, who had
prudently stayed behind on the shore, could not but laugh at the event,
was unable to stop, and laughed so heartily that she burst. It would
have been all over with her, likewise, if, by good fortune, a tailor who
was travelling in search of work, had not sat down to rest by the brook.
 compassionate heart he pulled out his needle and thread,
and sewed her together. The bean thanked him most prettily, but as the
tailor used black thread, all beans since then have a black seam.
An aged count once lived in Switzerland, who had an only son, but he
was stupid, and could learn nothing. Then said the father:
my son, try as I will I can get nothing into your head. You must go from
hence, I will give you into the care of a celebrated master, who shall
e what he can do with you.
 The youth was sent into a strange town,
and remained a whole year with the master. At the end of this time,
he came home again, and his father asked:
Now, my son, what have you
Father, I have learnt what the dogs say when they bark.
is that all you have learnt? I
will send you into another town, to another master.
 The youth was taken
thither, and stayed a year with this master likewise. When he came back
e father again asked:
My son, what have you learnt?
Father, I have learnt what the birds say.
 Then the father fell into a
Oh, you lost man, you have spent the precious time and
learnt nothing; are you not ashamed to appear before my eyes? I will
send you to a third master, but if you learn nothing this time also, I
will no longer be your father.
 The youth remained a whole year with the
third master also, and when he came home again, and his father inquired:
 son, what have you learnt?
Dear father, I have this
year learnt what the frogs croak.
 Then the father fell into the most
furious anger, sprang up, called his people thither, and said:
is no longer my son, I drive him forth, and command you to take him
out into the forest, and kill him.
 They took him forth, but when they
should have killed him, they could not do it for pity, and let him go,
and they cut the eyes and tongue out of a deer that they might carry
The youth wandered on, and after some time came to a fortress where he
 said the lord of the castle,
you will pass the night down there in the old tower, go thither; but I
warn you, it is at the peril of your life, for it is full of wild dogs,
which bark and howl without stopping, and at certain hours a man has to
be given to them, whom they at once devour.
 The whole district was in
sorrow and dismay because of them, and yet no one couldM
stop this. The youth, however, was without fear, and said:
go down to the barking dogs, and give me something that I can throw to
them; they will do nothing to harm me.
 As he himself would have it so,
they gave him some food for the wild animals, and led him down to the
tower. When he went inside, the dogs did not bark at him, but wagged
their tails quite amicably around him, ate what he set before them, and
did not hurt one hair of his head. Next morning, to the astonishmenM
everyone, he came out again safe and unharmed, and said to the lord of
The dogs have revealed to me, in their own language, why
they dwell there, and bring evil on the land. They are bewitched, and
are obliged to watch over a great treasure which is below in the tower,
and they can have no rest until it is taken away, and I have likewise
learnt, from their discourse, how that is to be done.
heard this rejoiced, and the lord of the castle said he would adopt him
f he accomplished it successfully. He went down again, and
as he knew what he had to do, he did it thoroughly, and brought a chest
full of gold out with him. The howling of the wild dogs was henceforth
heard no more; they had disappeared, and the country was freed from the
After some time he took it in his head that he would travel to Rome. On
the way he passed by a marsh, in which a number of frogs were sitting
croaking. He listened to them, and when he became aware of what they
grew very thoughtful and sad. At last he arrived in
Rome, where the Pope had just died, and there was great doubt among
the cardinals as to whom they should appoint as his successor. They at
length agreed that the person should be chosen as pope who should be
distinguished by some divine and miraculous token. And just as that was
decided on, the young count entered into the church, and suddenly two
snow-white doves flew on his shoulders and remained sitting there. The
ecclesiastics recognized therein the tokM
en from above, and asked him on
the spot if he would be pope. He was undecided, and knew not if he were
worthy of this, but the doves counselled him to do it, and at length he
said yes. Then was he anointed and consecrated, and thus was fulfilled
what he had heard from the frogs on his way, which had so affected him,
that he was to be his Holiness the Pope. Then he had to sing a mass, and
did not know one word of it, but the two doves sat continually on his
shoulders, and said it all in his ear.
There were two brothers who were both soldiers; the one was rich and
the other poor. The poor man thought he would try to better himself; so,
pulling off his red coat, he became a gardener, and dug his ground well,
When the seed came up, there was one plant bigger than all the rest; and
it kept getting larger and larger, and seemed as if it would never cease
growing; so that it might have been called the prince of turnips for
there never was such a one seen before, and never wM
ill again. At last it
was so big that it filled a cart, and two oxen could hardly draw it; and
the gardener knew not what in the world to do with it, nor whether it
would be a blessing or a curse to him. One day he said to himself,
shall I do with it? if I sell it, it will bring no more than another;
and for eating, the little turnips are better than this; the best thing
perhaps is to carry it and give it to the king as a mark of respect.
Then he yoked his oxen, and drew the turnip to the court,M
What a wonderful thing!
strange things, but such a monster as this I never saw. Where did you
get the seed? or is it only your good luck? If so, you are a true child
 answered the gardener,
I am no child of fortune;
I am a poor soldier, who never could get enough to live upon; so I
laid aside my red coat, and set to work, tilling the ground. I have a
brother, who is rich, and your majesty knows him well, and allM
knows him; but because I am poor, everybody forgets me.
The king then took pity on him, and said,
You shall be poor no
longer. I will give you so much that you shall be even richer than your
 Then he gave him gold and lands and flocks, and made him so
rich that his brother
s fortune could not at all be compared with his.
When the brother heard of all this, and how a turnip had made the
gardener so rich, he envied him sorely, and bethought himself how he
could contrive to geM
t the same good fortune for himself. However, he
determined to manage more cleverly than his brother, and got together a
rich present of gold and fine horses for the king; and thought he must
have a much larger gift in return; for if his brother had received so
much for only a turnip, what must his present be worth?
The king took the gift very graciously, and said he knew not what to
give in return more valuable and wonderful than the great turnip; so
the soldier was forced to put it into a cart, and drag M
When he reached home, he knew not upon whom to vent his rage and spite;
and at length wicked thoughts came into his head, and he resolved to
So he hired some villains to murder him; and having shown them where to
lie in ambush, he went to his brother, and said,
Dear brother, I have
found a hidden treasure; let us go and dig it up, and share it between
 The other had no suspicions of his roguery: so they went out
together, and as they were travelling along, the M
murderers rushed out
upon him, bound him, and were going to hang him on a tree.
But whilst they were getting all ready, they heard the trampling of a
horse at a distance, which so frightened them that they pushed their
prisoner neck and shoulders together into a sack, and swung him up by a
cord to the tree, where they left him dangling, and ran away. Meantime
he worked and worked away, till he made a hole large enough to put out
When the horseman came up, he proved to be a student, a merry felM
who was journeying along on his nag, and singing as he went. As soon as
the man in the sack saw him passing under the tree, he cried out,
morning! good morning to thee, my friend!
 The student looked about
everywhere; and seeing no one, and not knowing where the voice came
Then the man in the tree answered,
Lift up thine eyes, for behold here
I sit in the sack of wisdom; here have I, in a short time, learned great
and wondrous things. Compared to thisM
 seat, all the learning of the
schools is as empty air. A little longer, and I shall know all that man
can know, and shall come forth wiser than the wisest of mankind. Here
I discern the signs and motions of the heavens and the stars; the laws
that control the winds; the number of the sands on the seashore; the
healing of the sick; the virtues of all simples, of birds, and of
precious stones. Wert thou but once here, my friend, though wouldst feel
and own the power of knowledge.
The student listened to alM
l this and wondered much; at last he said,
Blessed be the day and hour when I found you; cannot you contrive to
let me into the sack for a little while?
 Then the other answered, as if
A little space I may allow thee to sit here, if thou
wilt reward me well and entreat me kindly; but thou must tarry yet an
hour below, till I have learnt some little matters that are yet unknown
So the student sat himself down and waited a while; but the time hung
heavy upon him, and he bM
egged earnestly that he might ascend forthwith,
for his thirst for knowledge was great. Then the other pretended to give
Thou must let the sack of wisdom descend, by untying
yonder cord, and then thou shalt enter.
 So the student let him down,
opened the sack, and set him free.
 As he began to put himself into the sack heels first,
 said the gardener,
that is not the way.
in head first, tied M
up the sack, and soon swung up the searcher after
wisdom dangling in the air.
How is it with thee, friend?
dost thou not feel that wisdom comes unto thee? Rest there in peace,
till thou art a wiser man than thou wert.
So saying, he trotted off on the student
s nag, and left the poor fellow
to gather wisdom till somebody should come and let him down.
THE TWELVE DANCING PRINCESSES
There was a king who had twelve beautiful daughters. They slept in
twelve beds all in one room;M
 and when they went to bed, the doors were
shut and locked up; but every morning their shoes were found to be quite
worn through as if they had been danced in all night; and yet nobody
could find out how it happened, or where they had been.
Then the king made it known to all the land, that if any person could
discover the secret, and find out where it was that the princesses
danced in the night, he should have the one he liked best for his
wife, and should be king after his death; but whoever tried and didM
succeed, after three days and nights, should be put to death.
s son soon came. He was well entertained, and in the evening was
taken to the chamber next to the one where the princesses lay in their
twelve beds. There he was to sit and watch where they went to dance;
and, in order that nothing might pass without his hearing it, the door
of his chamber was left open. But the king
s son soon fell asleep; and
when he awoke in the morning he found that the princesses had all been
he soles of their shoes were full of holes. The same thing
happened the second and third night: so the king ordered his head to be
cut off. After him came several others; but they had all the same luck,
and all lost their lives in the same manner.
Now it chanced that an old soldier, who had been wounded in battle
and could fight no longer, passed through the country where this king
reigned: and as he was travelling through a wood, he met an old woman,
who asked him where he was going.
what I had better do,
but I think I should like very
well to find out where it is that the princesses dance, and then in time
 said the old dame,
that is no very hard
task: only take care not to drink any of the wine which one of the
princesses will bring to you in the evening; and as soon as she leaves
you pretend to be fast asleep.
Then she gave him a cloak, and said,
As soon as you put that on
you will become invisible, M
and you will then be able to follow the
princesses wherever they go.
 When the soldier heard all this good
counsel, he determined to try his luck: so he went to the king, and said
he was willing to undertake the task.
He was as well received as the others had been, and the king ordered
fine royal robes to be given him; and when the evening came he was led
to the outer chamber. Just as he was going to lie down, the eldest of
the princesses brought him a cup of wine; but the soldier threw it all
etly, taking care not to drink a drop. Then he laid himself
down on his bed, and in a little while began to snore very loud as if
he was fast asleep. When the twelve princesses heard this they laughed
heartily; and the eldest said,
This fellow too might have done a wiser
thing than lose his life in this way!
 Then they rose up and opened
their drawers and boxes, and took out all their fine clothes, and
dressed themselves at the glass, and skipped about as if they were eager
to begin dancing. But the youM
t know how it is, while
you are so happy I feel very uneasy; I am sure some mischance will
you are always afraid;
have you forgotten how many kings
 sons have already watched in vain?
And as for this soldier, even if I had not given him his sleeping
draught, he would have slept soundly enough.
When they were all ready, they went and looked at the soldier; but he
snored on, and did not stir hand or foot: so they thought they M
quite safe; and the eldest went up to her own bed and clapped her hands,
and the bed sank into the floor and a trap-door flew open. The soldier
saw them going down through the trap-door one after another, the eldest
leading the way; and thinking he had no time to lose, he jumped up, put
on the cloak which the old woman had given him, and followed them;
but in the middle of the stairs he trod on the gown of the youngest
princess, and she cried out to her sisters,
All is not right; someone
nothing but a nail in the wall.
 Then down they all went, and at the
bottom they found themselves in a most delightful grove of trees; and
the leaves were all of silver, and glittered and sparkled beautifully.
The soldier wished to take away some token of the place; so he broke
off a little branch, and there came a loud noise from the tree. Then the
youngest daughter said again,
I am sure all is not right--did not you
hear that noise? ThaM
t never happened before.
 But the eldest said,
is only our princes, who are shouting for joy at our approach.
Then they came to another grove of trees, where all the leaves were of
gold; and afterwards to a third, where the leaves were all glittering
diamonds. And the soldier broke a branch from each; and every time there
was a loud noise, which made the youngest sister tremble with fear; but
the eldest still said, it was only the princes, who were crying for joy.
So they went on till they came M
to a great lake; and at the side of the
lake there lay twelve little boats with twelve handsome princes in them,
who seemed to be waiting there for the princesses.
One of the princesses went into each boat, and the soldier stepped into
the same boat with the youngest. As they were rowing over the lake, the
prince who was in the boat with the youngest princess and the soldier
I do not know why it is, but though I am rowing with all my might
we do not get on so fast as usual, and I am quite tired: tM
seems very heavy today.
It is only the heat of the weather,
I feel it very warm too.
On the other side of the lake stood a fine illuminated castle, from
which came the merry music of horns and trumpets. There they all landed,
and went into the castle, and each prince danced with his princess; and
the soldier, who was all the time invisible, danced with them too; and
when any of the princesses had a cup of wine set by her, he drank it
all up, so that when she put tM
he cup to her mouth it was empty. At this,
too, the youngest sister was terribly frightened, but the eldest always
silenced her. They danced on till three o
clock in the morning, and then
all their shoes were worn out, so that they were obliged to leave off.
The princes rowed them back again over the lake (but this time the
soldier placed himself in the boat with the eldest princess); and on the
opposite shore they took leave of each other, the princesses promising
to come again the next night.
y came to the stairs, the soldier ran on before the princesses,
and laid himself down; and as the twelve sisters slowly came up very
much tired, they heard him snoring in his bed; so they said,
; then they undressed themselves, put away their fine
clothes, pulled off their shoes, and went to bed. In the morning the
soldier said nothing about what had happened, but determined to see more
of this strange adventure, and went again the second and third night;
and every thing happened jM
ust as before; the princesses danced each time
till their shoes were worn to pieces, and then returned home. However,
on the third night the soldier carried away one of the golden cups as a
token of where he had been.
As soon as the time came when he was to declare the secret, he was taken
before the king with the three branches and the golden cup; and the
twelve princesses stood listening behind the door to hear what he would
say. And when the king asked him.
Where do my twelve daughters dance at
With twelve princes in a castle under ground.
then he told the king all that had happened, and showed him the three
branches and the golden cup which he had brought with him. Then the king
called for the princesses, and asked them whether what the soldier said
was true: and when they saw that they were discovered, and that it was
of no use to deny what had happened, they confessed it all. And the king
asked the soldier which of them he would choose for his wife; and he
I am not very young, so I will have the eldest.
were married that very day, and the soldier was chosen to be the king
There was once a king
s son who had a bride whom he loved very much. And
when he was sitting beside her and very happy, news came that his father
lay sick unto death, and desired to see him once again before his end.
Then he said to his beloved:
I must now go and leave you, I give you
a ring as a remembrance of me. When I am king, M
I will return and fetch
 So he rode away, and when he reached his father, the latter was
dangerously ill, and near his death. He said to him:
to see you once again before my end, promise me to marry as I wish,
he named a certain king
s daughter who was to be his wife. The son was
in such trouble that he did not think what he was doing, and said:
dear father, your will shall be done,
 and thereupon the king shut his
When therefore the son had M
been proclaimed king, and the time of
mourning was over, he was forced to keep the promise which he had given
his father, and caused the king
s daughter to be asked in marriage, and
she was promised to him. His first betrothed heard of this, and fretted
so much about his faithfulness that she nearly died. Then her father
Dearest child, why are you so sad? You shall have
whatsoever you will.
 She thought for a moment and said:
I wish for eleven girls exactly like myself in M
face, figure, and size.
If it be possible, your desire shall be fulfilled,
and he caused a search to be made in his whole kingdom, until eleven
young maidens were found who exactly resembled his daughter in face,
When they came to the king
s daughter, she had twelve suits of
s clothes made, all alike, and the eleven maidens had to put
s clothes, and she herself put on the twelfth suit.
Thereupon she took her leave of her father, anM
d rode away with them,
and rode to the court of her former betrothed, whom she loved so dearly.
Then she asked if he required any huntsmen, and if he would take all of
them into his service. The king looked at her and did not know her, but
as they were such handsome fellows, he said:
willingly take them, and now they were the king
The king, however, had a lion which was a wondrous animal, for he knew
all concealed and secret things. It came to pass that oneM
You think you have twelve huntsmen?
they are twelve huntsmen.
 The lion continued:
they are twelve girls.
That cannot be true! How
will you prove that to me?
Oh, just let some peas be strewn in the
 answered the lion,
and then you will soon see. Men have
a firm step, and when they walk over peas none of them stir, but girls
trip and skip, and drag their feet, and the peas rollM
was well pleased with the counsel, and caused the peas to be strewn.
There was, however, a servant of the king
s who favoured the huntsmen,
and when he heard that they were going to be put to this test he went to
them and repeated everything, and said:
The lion wants to make the king
believe that you are girls.
s daughter thanked him, and
said to her maidens:
Show some strength, and step firmly on the peas.
So next morning when the king had the twelve huntsM
him, and they came into the ante-chamber where the peas were lying, they
stepped so firmly on them, and had such a strong, sure walk, that not
one of the peas either rolled or stirred. Then they went away again,
and the king said to the lion:
You have lied to me, they walk just like
They have been informed that they were going to
be put to the test, and have assumed some strength. Just let twelve
spinning-wheels be brought into the ante-chamber, and they will goM
them and be pleased with them, and that is what no man would do.
The king liked the advice, and had the spinning-wheels placed in the
But the servant, who was well disposed to the huntsmen, went to them,
and disclosed the project. So when they were alone the king
said to her eleven girls:
Show some constraint, and do not look round
at the spinning-wheels.
 And next morning when the king had his twelve
huntsmen summoned, they went through the ante-chamber, and never oM
looked at the spinning-wheels. Then the king again said to the lion:
You have deceived me, they are men, for they have not looked at the
They have restrained themselves.
The king, however, would no longer believe the lion.
The twelve huntsmen always followed the king to the chase, and his
liking for them continually increased. Now it came to pass that
once when they were out hunting, news came that the king
approaching. When the true bride hM
eard that, it hurt her so much that
her heart was almost broken, and she fell fainting to the ground. The
king thought something had happened to his dear huntsman, ran up to him,
wanted to help him, and drew his glove off. Then he saw the ring which
he had given to his first bride, and when he looked in her face he
recognized her. Then his heart was so touched that he kissed her, and
when she opened her eyes he said:
You are mine, and I am yours, and
no one in the world can alter that.
bride, and entreated her to return to her own kingdom, for he had a wife
already, and someone who had just found an old key did not require a new
one. Thereupon the wedding was celebrated, and the lion was again taken
into favour, because, after all, he had told the truth.
THE VALIANT LITTLE TAILOR
s morning a little tailor was sitting on his table by the
window; he was in good spirits, and sewed with all his might. Then came
a peasant woman down the street crying:
Good jams, cheap! Good jams,
 This rang pleasantly in the tailor
s ears; he stretched his
delicate head out of the window, and called:
Come up here, dear woman;
here you will get rid of your goods.
 The woman came up the three steps
to the tailor with her heavy basket, and he made her unpack all the pots
for him. He inspected each one, lifted it up, put his nose to it, and
The jam seems to me to be good, so weigh me out four
ounces, dear woman, and if it is a quarter of a M
 The woman who had hoped to find a good sale, gave him
what he desired, but went away quite angry and grumbling.
shall be blessed by God,
 cried the little tailor,
; so he brought the bread out of the cupboard, cut himself
a piece right across the loaf and spread the jam over it.
but I will just finish the jacket before I
 He laid the bread near him, sewed on,M
 and in his joy, made
bigger and bigger stitches. In the meantime the smell of the sweet jam
rose to where the flies were sitting in great numbers, and they were
attracted and descended on it in hosts.
Hi! who invited you?
little tailor, and drove the unbidden guests away. The flies, however,
who understood no German, would not be turned away, but came back
again in ever-increasing companies. The little tailor at last lost all
patience, and drew a piece of cloth from the hole under his work-taM
Wait, and I will give it to you,
 struck it mercilessly on
them. When he drew it away and counted, there lay before him no fewer
than seven, dead and with legs stretched out.
Are you a fellow of that
 said he, and could not help admiring his own bravery.
town shall know of this!
 And the little tailor hastened to cut himself
a girdle, stitched it, and embroidered on it in large letters:
 and his heart wagged with joy like a lamb
put on the girdle, and resolved to go forth into the world, because he
thought his workshop was too small for his valour. Before he went away,
he sought about in the house to see if there was anything which he could
take with him; however, he found nothing but an old cheese, and that
he put in his pocket. In front of the door he observed a bird which
had caught itself in the thicket. It had to go into his pocket with tM
cheese. Now he took to the road boldly, and as he was light and nimble,
he felt no fatigue. The road led him up a mountain, and when he had
reached the highest point of it, there sat a powerful giant looking
peacefully about him. The little tailor went bravely up, spoke to him,
Good day, comrade, so you are sitting there overlooking the
wide-spread world! I am just on my way thither, and want to try my luck.
Have you any inclination to go with me?
 The giant looked contemptuously
You ragamuffin! You miserable creature!
 answered the little tailor, and unbuttoned his coat, and
showed the giant the girdle,
there may you read what kind of a man I
Seven at one stroke,
 and thought that they had
been men whom the tailor had killed, and began to feel a little respect
for the tiny fellow. Nevertheless, he wished to try him first, and took
a stone in his hand and squeezed it together so that water dropped out
if you have strength.
hand into his pocket, brought out the soft cheese, and pressed it until
the liquid ran out of it.
that was a little better,
 The giant did not know what to say, and could not believe it
of the little man. Then the giant picked up a stone and threw it so high
that the eye could scarcely follow it.
Now, little mite of a mM
but after all the stone
came down to earth again; I will throw you one which shall never come
 and he put his hand into his pocket, took out the bird,
and threw it into the air. The bird, delighted with its liberty,
rose, flew away and did not come back.
How does that shot please you,
You can certainly throw,
but now we will see if you are able to carry anything properly.
took the little tailor to a mighty oak tree which lay there felled on
the ground, and said:
If you are strong enough, help me to carry the
tree out of the forest.
 answered the little man;
the trunk on your shoulders, and I will raise up the branches and twigs;
after all, they are the heaviest.
 The giant took the trunk on his
shoulder, but the tailor seated himself on a branch, and the giant, who
could not look round, had to carry away the whole tree, and the little
ailor into the bargain: he behind, was quite merry and happy, and
Three tailors rode forth from the gate,
carrying the tree were child
s play. The giant, after he had dragged the
heavy burden part of the way, could go no further, and cried:
you, I shall have to let the tree fall!
 The tailor sprang nimbly down,
seized the tree with both arms as if he had been carrying it, and said
You are such a great fellow, and yet cannot even carry
They went on together, and as they passed a cherry-tree, the giant laid
hold of the top of the tree where the ripest fruit was hanging, bent it
down, gave it into the tailor
s hand, and bade him eat. But the little
tailor was much too weak to hold the tree, and when the giant let it go,
it sprang back again, and the tailor was tossed into the air with it.
When he had fallen down again without injury, the giant said:
this? Have you not strength enough to hold the weak twig?
 answered the little tailor.
Do you think that could
be anything to a man who has struck down seven at one blow? I leapt over
the tree because the huntsmen are shooting down there in the thicket.
Jump as I did, if you can do it.
 The giant made the attempt but he
could not get over the tree, and remained hanging in the branches, so
that in this also the tailor kept the upper hand.
If you are such a valiant fellow, come with me into our
cavern and spend the night wiM
 The little tailor was willing, and
followed him. When they went into the cave, other giants were sitting
there by the fire, and each of them had a roasted sheep in his hand and
was eating it. The little tailor looked round and thought:
more spacious here than in my workshop.
 The giant showed him a bed, and
said he was to lie down in it and sleep. The bed, however, was too
big for the little tailor; he did not lie down in it, but crept into
a corner. When it was midnight, and the giM
ant thought that the little
tailor was lying in a sound sleep, he got up, took a great iron bar,
cut through the bed with one blow, and thought he had finished off the
grasshopper for good. With the earliest dawn the giants went into the
forest, and had quite forgotten the little tailor, when all at once he
walked up to them quite merrily and boldly. The giants were terrified,
they were afraid that he would strike them all dead, and ran away in a
The little tailor went onwards, always followiM
ng his own pointed nose.
After he had walked for a long time, he came to the courtyard of a royal
palace, and as he felt weary, he lay down on the grass and fell asleep.
Whilst he lay there, the people came and inspected him on all sides, and
read on his girdle:
Seven at one stroke.
the great warrior want here in the midst of peace? He must be a mighty
 They went and announced him to the king, and gave it as their
opinion that if war should break out, this woulM
d be a weighty and useful
man who ought on no account to be allowed to depart. The counsel pleased
the king, and he sent one of his courtiers to the little tailor to offer
him military service when he awoke. The ambassador remained standing by
the sleeper, waited until he stretched his limbs and opened his eyes,
and then conveyed to him this proposal.
For this very reason have
 the tailor replied,
I am ready to enter the king
 He was therefore honourably received, and a spM
The soldiers, however, were set against the little tailor, and wished
him a thousand miles away.
What is to be the end of this?
If we quarrel with him, and he strikes about him,
seven of us will fall at every blow; not one of us can stand against
 They came therefore to a decision, betook themselves in a body to
the king, and begged for their dismissal.
We are not prepared,
to stay with a man who kills seven aM
sorry that for the sake of one he should lose all his faithful servants,
wished that he had never set eyes on the tailor, and would willingly
have been rid of him again. But he did not venture to give him his
dismissal, for he dreaded lest he should strike him and all his people
dead, and place himself on the royal throne. He thought about it for a
long time, and at last found good counsel. He sent to the little tailor
and caused him to be informed that as he was a great warriorM
request to make to him. In a forest of his country lived two giants,
who caused great mischief with their robbing, murdering, ravaging,
and burning, and no one could approach them without putting himself in
danger of death. If the tailor conquered and killed these two giants, he
would give him his only daughter to wife, and half of his kingdom as a
dowry, likewise one hundred horsemen should go with him to assist him.
That would indeed be a fine thing for a man like me!
One is not offered a beautiful princess and half a
kingdom every day of one
subdue the giants, and do not require the help of the hundred horsemen
to do it; he who can hit seven with one blow has no need to be afraid of
The little tailor went forth, and the hundred horsemen followed him.
When he came to the outskirts of the forest, he said to his followers:
Just stay waiting here, I alone will soon finish off the giants.
he bounded into the forest and looked about right and left. After a
while he perceived both giants. They lay sleeping under a tree, and
snored so that the branches waved up and down. The little tailor, not
idle, gathered two pocketsful of stones, and with these climbed up the
tree. When he was halfway up, he slipped down by a branch, until he sat
just above the sleepers, and then let one stone after another fall on
the breast of one of the giants. For a long time the giant felt nothing,
but at last he awokeM
, pushed his comrade, and said:
You must be dreaming,
 They laid themselves down to sleep again, and then the tailor
threw a stone down on the second.
What is the meaning of this?
Why are you pelting me?
I am not pelting you,
the first, growling. They disputed about it for a time, but as they were
weary they let the matter rest, and their eyes closed once more. The
little tailor began hM
is game again, picked out the biggest stone, and
threw it with all his might on the breast of the first giant.
 cried he, and sprang up like a madman, and pushed his
companion against the tree until it shook. The other paid him back in
the same coin, and they got into such a rage that they tore up trees and
belaboured each other so long, that at last they both fell down dead on
the ground at the same time. Then the little tailor leapt down.
ey did not tear up the tree on which
I was sitting, or I should have had to sprint on to another like a
squirrel; but we tailors are nimble.
 He drew out his sword and gave
each of them a couple of thrusts in the breast, and then went out to the
The work is done; I have finished both of them
off, but it was hard work! They tore up trees in their sore need, and
defended themselves with them, but all that is to no purpose when a man
like myself comes, who can kill seven at one blow.
 asked the horsemen.
You need not concern yourself about
 answered the tailor,
they have not bent one hair of mine.
horsemen would not believe him, and rode into the forest; there they
found the giants swimming in their blood, and all round about lay the
The little tailor demanded of the king the promised reward; he, however,
repented of his promise, and again bethought himself how he could get
Before you receive my daugM
hter, and the half of my
you must perform one more heroic deed. In
the forest roams a unicorn which does great harm, and you must catch
I fear one unicorn still less than two giants. Seven at one
blow, is my kind of affair.
 He took a rope and an axe with him, went
forth into the forest, and again bade those who were sent with him to
wait outside. He had not long to seek. The unicorn soon came towards
him, and rushed directly on the tailor, as if it would goreM
horn without more ado.
Softly, softly; it can
t be done as quickly as
 said he, and stood still and waited until the animal was quite
close, and then sprang nimbly behind the tree. The unicorn ran against
the tree with all its strength, and stuck its horn so fast in the trunk
that it had not the strength enough to draw it out again, and thus it
Now, I have got the bird,
 said the tailor, and came out
from behind the tree and put the rope round its neck, and then wiM
axe he hewed the horn out of the tree, and when all was ready he led the
beast away and took it to the king.
The king still would not give him the promised reward, and made a third
demand. Before the wedding the tailor was to catch him a wild boar that
made great havoc in the forest, and the huntsmen should give him their
take the huntsmen with him into the forest, and they were well pleased
that he did not, for the wiM
ld boar had several times received them in
such a manner that they had no inclination to lie in wait for him. When
the boar perceived the tailor, it ran on him with foaming mouth and
whetted tusks, and was about to throw him to the ground, but the hero
fled and sprang into a chapel which was near and up to the window at
once, and in one bound out again. The boar ran after him, but the tailor
ran round outside and shut the door behind it, and then the raging
beast, which was much too heavy and awkward to leapM
was caught. The little tailor called the huntsmen thither that they
might see the prisoner with their own eyes. The hero, however, went to
the king, who was now, whether he liked it or not, obliged to keep his
promise, and gave his daughter and the half of his kingdom. Had he known
that it was no warlike hero, but a little tailor who was standing before
him, it would have gone to his heart still more than it did. The wedding
was held with great magnificence and small joy, and out of a taiM
After some time the young queen heard her husband say in his dreams at
Boy, make me the doublet, and patch the pantaloons, or else I
will rap the yard-measure over your ears.
 Then she discovered in what
state of life the young lord had been born, and next morning complained
of her wrongs to her father, and begged him to help her to get rid of
her husband, who was nothing else but a tailor. The king comforted her
Leave your bedroom door open this night, and myM
shall stand outside, and when he has fallen asleep shall go in, bind
him, and take him on board a ship which shall carry him into the wide
 The woman was satisfied with this; but the king
who had heard all, was friendly with the young lord, and informed him of
ll put a screw into that business,
tailor. At night he went to bed with his wife at the usual time, and
when she thought that he had fallen asleep, she got up, opened the dM
and then lay down again. The little tailor, who was only pretending to
be asleep, began to cry out in a clear voice:
Boy, make me the doublet
and patch me the pantaloons, or I will rap the yard-measure over your
ears. I smote seven at one blow. I killed two giants, I brought away one
unicorn, and caught a wild boar, and am I to fear those who are standing
 When these men heard the tailor speaking thus, they
were overcome by a great dread, and ran as if the wild huntsman were
nd them, and none of them would venture anything further against
him. So the little tailor was and remained a king to the end of his
Long before you or I were born, there reigned, in a country a great way
off, a king who had three sons. This king once fell very ill--so ill
that nobody thought he could live. His sons were very much grieved
s sickness; and as they were walking together very
mournfully in the garden of the palace, a little old man met them anM
asked what was the matter. They told him that their father was very ill,
and that they were afraid nothing could save him.
said the little old man;
it is the Water of Life. If he could have a
draught of it he would be well again; but it is very hard to get.
the eldest son said,
: and he went to the sick
king, and begged that he might go in search of the Water of Life, as
it was the only thing that could save him.
rather die than place you in such great danger as you must meet with in
 But he begged so hard that the king let him go; and the
prince thought to himself,
If I bring my father this water, he will
make me sole heir to his kingdom.
Then he set out: and when he had gone on his way some time he came to a
deep valley, overhung with rocks and woods; and as he looked around, he
saw standing above him on one of the rocks a little ugly dwarf, with a
sugarloaf cap and a scarlet cloak; and thM
e dwarf called to him and said,
Prince, whither so fast?
What is that to thee, you ugly imp?
the prince haughtily, and rode on.
But the dwarf was enraged at his behaviour, and laid a fairy spell
of ill-luck upon him; so that as he rode on the mountain pass became
narrower and narrower, and at last the way was so straitened that he
could not go to step forward: and when he thought to have turned his
horse round and go back the way he came, he heard a loud laugh ringing
round him, and foundM
 that the path was closed behind him, so that he was
shut in all round. He next tried to get off his horse and make his way
on foot, but again the laugh rang in his ears, and he found himself
unable to move a step, and thus he was forced to abide spellbound.
Meantime the old king was lingering on in daily hope of his son
return, till at last the second son said,
Father, I will go in search
of the Water of Life.
 For he thought to himself,
My brother is surely
dead, and the kingdom will fall to M
me if I find the water.
at first very unwilling to let him go, but at last yielded to his wish.
So he set out and followed the same road which his brother had done,
and met with the same elf, who stopped him at the same spot in the
mountains, saying, as before,
Prince, prince, whither so fast?
your own affairs, busybody!
 said the prince scornfully, and rode on.
But the dwarf put the same spell upon him as he put on his elder
brother, and he, too, was at last obliged to takeM
 up his abode in the
heart of the mountains. Thus it is with proud silly people, who think
themselves above everyone else, and are too proud to ask or take advice.
When the second prince had thus been gone a long time, the youngest son
said he would go and search for the Water of Life, and trusted he should
soon be able to make his father well again. So he set out, and the dwarf
met him too at the same spot in the valley, among the mountains, and
Prince, whither so fast?
 And the prince said,
search of the Water of Life, because my father is ill, and like to die:
can you help me? Pray be kind, and aid me if you can!
where it is to be found?
not. Pray tell me if you know.
Then as you have spoken to me kindly,
and are wise enough to seek for advice, I will tell you how and where to
go. The water you seek springs from a well in an enchanted castle; and,
that you may be able to reach it in safety, I will givM
and two little loaves of bread; strike the iron door of the castle three
times with the wand, and it will open: two hungry lions will be lying
down inside gaping for their prey, but if you throw them the bread they
will let you pass; then hasten on to the well, and take some of the
Water of Life before the clock strikes twelve; for if you tarry longer
the door will shut upon you for ever.
Then the prince thanked his little friend with the scarlet cloak for his
friendly aid, and took M
the wand and the bread, and went travelling on
and on, over sea and over land, till he came to his journey
found everything to be as the dwarf had told him. The door flew open at
the third stroke of the wand, and when the lions were quieted he went on
through the castle and came at length to a beautiful hall. Around it he
saw several knights sitting in a trance; then he pulled off their rings
and put them on his own fingers. In another room he saw on a table a
sword and a loaf of bread, which heM
 also took. Further on he came to a
room where a beautiful young lady sat upon a couch; and she welcomed him
joyfully, and said, if he would set her free from the spell that bound
her, the kingdom should be his, if he would come back in a year and
marry her. Then she told him that the well that held the Water of Life
was in the palace gardens; and bade him make haste, and draw what he
wanted before the clock struck twelve.
He walked on; and as he walked through beautiful gardens he came to a
ady spot in which stood a couch; and he thought to himself,
as he felt tired, that he would rest himself for a while, and gaze on
the lovely scenes around him. So he laid himself down, and sleep
fell upon him unawares, so that he did not wake up till the clock was
striking a quarter to twelve. Then he sprang from the couch dreadfully
frightened, ran to the well, filled a cup that was standing by him full
of water, and hastened to get away in time. Just as he was going out of
the iron door it struck twelve, aM
nd the door fell so quickly upon him
that it snapped off a piece of his heel.
When he found himself safe, he was overjoyed to think that he had got
the Water of Life; and as he was going on his way homewards, he passed
by the little dwarf, who, when he saw the sword and the loaf, said,
have made a noble prize; with the sword you can at a blow slay whole
armies, and the bread will never fail you.
 Then the prince thought
I cannot go home to my father without my brothers
My dear friend, cannot you tell me where my two brothers are, who
set out in search of the Water of Life before me, and never came back?
I have shut them up by a charm between two mountains,
because they were proud and ill-behaved, and scorned to ask advice.
The prince begged so hard for his brothers, that the dwarf at last set
them free, though unwillingly, saying,
Beware of them, for they have
 Their brother, however, was greatly rejoiced to see them,
and told them all that had happened to him; how he had found the Water
of Life, and had taken a cup full of it; and how he had set a beautiful
princess free from a spell that bound her; and how she had engaged to
wait a whole year, and then to marry him, and to give him the kingdom.
Then they all three rode on together, and on their way home came to a
country that was laid waste by war and a dreadful famine, so that it was
feared all must die for want. But the prince gave the king of the land
d all his kingdom ate of it. And he lent the king the
wonderful sword, and he slew the enemy
s army with it; and thus the
kingdom was once more in peace and plenty. In the same manner he
befriended two other countries through which they passed on their way.
When they came to the sea, they got into a ship and during their voyage
the two eldest said to themselves,
Our brother has got the water which
we could not find, therefore our father will forsake us and give him the
kingdom, which is our right
so they were full of envy and revenge, and
agreed together how they could ruin him. Then they waited till he was
fast asleep, and poured the Water of Life out of the cup, and took it
for themselves, giving him bitter sea-water instead.
When they came to their journey
s end, the youngest son brought his cup
to the sick king, that he might drink and be healed. Scarcely, however,
had he tasted the bitter sea-water when he became worse even than he was
before; and then both the elder sons came in, and blamedM
for what they had done; and said that he wanted to poison their father,
but that they had found the Water of Life, and had brought it with them.
He no sooner began to drink of what they brought him, than he felt his
sickness leave him, and was as strong and well as in his younger days.
Then they went to their brother, and laughed at him, and said,
brother, you found the Water of Life, did you? You have had the trouble
and we shall have the reward. Pray, with all your cleverness, why diM
not you manage to keep your eyes open? Next year one of us will take
away your beautiful princess, if you do not take care. You had better
say nothing about this to our father, for he does not believe a word you
say; and if you tell tales, you shall lose your life into the bargain:
but be quiet, and we will let you off.
The old king was still very angry with his youngest son, and thought
that he really meant to have taken away his life; so he called his court
together, and asked what should be done, M
and all agreed that he ought to
be put to death. The prince knew nothing of what was going on, till one
s chief huntsmen went a-hunting with him, and they
were alone in the wood together, the huntsman looked so sorrowful that
My friend, what is the matter with you?
 said he. But the prince begged very hard, and said,
Only tell me what it is, and do not think I shall be angry, for I will
the king has ordered me to
 The prince started at this, and said,
will change dresses with you; you shall take my royal coat to show to my
father, and do you give me your shabby one.
I am sure I shall be glad to save you, for I could not
 Then he took the prince
s coat, and gave him the shabby
one, and went away through the wood.
Some time after, three grand embassies came to the old king
with rich gifts of gold and precious stones for his youngest son; now
all these were sent from the three kings to whom he had lent his sword
and loaf of bread, in order to rid them of their enemy and feed their
people. This touched the old king
s heart, and he thought his son might
still be guiltless, and said to his court,
O that my son were still
alive! how it grieves me that I had him killed!
and I am glad that I had pity on him, but let him
o in peace, and brought home his royal coat.
 At this the king was
overwhelmed with joy, and made it known throughout all his kingdom, that
if his son would come back to his court he would forgive him.
Meanwhile the princess was eagerly waiting till her deliverer should
come back; and had a road made leading up to her palace all of shining
gold; and told her courtiers that whoever came on horseback, and rode
straight up to the gate upon it, was her true lover; and that they must
let him in: but whoever rM
ode on one side of it, they must be sure was
not the right one; and that they must send him away at once.
The time soon came, when the eldest brother thought that he would make
haste to go to the princess, and say that he was the one who had set
her free, and that he should have her for his wife, and the kingdom with
her. As he came before the palace and saw the golden road, he stopped to
look at it, and he thought to himself,
It is a pity to ride upon this
; so he turned aside and rodeM
 on the right-hand side of
it. But when he came to the gate, the guards, who had seen the road
he took, said to him, he could not be what he said he was, and must go
The second prince set out soon afterwards on the same errand; and when
he came to the golden road, and his horse had set one foot upon it,
he stopped to look at it, and thought it very beautiful, and said to
What a pity it is that anything should tread here!
too turned aside and rode on the left sideM
 of it. But when he came to
the gate the guards said he was not the true prince, and that he too
must go away about his business; and away he went.
Now when the full year was come round, the third brother left the forest
in which he had lain hid for fear of his father
s anger, and set out in
search of his betrothed bride. So he journeyed on, thinking of her all
the way, and rode so quickly that he did not even see what the road was
made of, but went with his horse straight over it; and as he came to the
gate it flew open, and the princess welcomed him with joy, and said
he was her deliverer, and should now be her husband and lord of the
kingdom. When the first joy at their meeting was over, the princess told
him she had heard of his father having forgiven him, and of his wish to
have him home again: so, before his wedding with the princess, he went
to visit his father, taking her with him. Then he told him everything;
how his brothers had cheated and robbed him, and yet that he had borne
or the love of his father. And the old king was very
angry, and wanted to punish his wicked sons; but they made their escape,
and got into a ship and sailed away over the wide sea, and where they
went to nobody knew and nobody cared.
And now the old king gathered together his court, and asked all his
kingdom to come and celebrate the wedding of his son and the princess.
And young and old, noble and squire, gentle and simple, came at once
on the summons; and among the rest came the friendly dwarf, with the
sugarloaf hat, and a new scarlet cloak.
  And the wedding was held, and the merry bells run.
  And all the good people they danced and they sung,
  And feasted and frolick
THE WEDDING OF MRS FOX
There was once upon a time an old fox with nine tails, who believed that
his wife was not faithful to him, and wished to put her to the test. He
stretched himself out under the bench, did not move a limb, and behaved
as if he were stone dead. Mrs Fox went up tM
o her room, shut herself in,
and her maid, Miss Cat, sat by the fire, and did the cooking. When it
became known that the old fox was dead, suitors presented themselves.
The maid heard someone standing at the house-door, knocking. She went
and opened it, and it was a young fox, who said:
What may you be about, Miss Cat?
  Do you sleep or do you wake?
I am not sleeping, I am waking,
  Would you know what I am making?
  I am boiling warm beer with butter,
  Will you be my guesM
No, thank you, miss,
what is Mrs Fox doing?
She is sitting in her room,
  Moaning in her gloom,
  Weeping her little eyes quite red,
  Because old Mr Fox is dead.
Do just tell her, miss, that a young fox is here, who would like to woo
Certainly, young sir.
  The cat goes up the stairs trip, trap,
  The door she knocks at tap, tap, tap,
Mistress Fox, are you inside?
Oh, yes, my little cat,
A wooer he stands at the door out there.
What does he look like, my dear?
Has he nine as beautiful tails as the late Mr Fox?
Then I will not have him.
Miss Cat went downstairs and sent the wooer away. Soon afterwards there
was another knock, and another fox was at the door who wished to woo Mrs
Fox. He had two tails, but he did not fare better than the first. After
this still more came, each with one tail more than the otM
were all turned away, until at last one came who had nine tails, like
old Mr Fox. When the widow heard that, she said joyfully to the cat:
Now open the gates and doors all wide,
  And carry old Mr Fox outside.
But just as the wedding was going to be solemnized, old Mr Fox stirred
under the bench, and cudgelled all the rabble, and drove them and Mrs
Fox out of the house.
When old Mr Fox was dead, the wolf came as a suitor, and knocked at the
door, and the cat who wM
as servant to Mrs Fox, opened it for him. The
wolf greeted her, and said:
Good day, Mrs Cat of Kehrewit,
  How comes it that alone you sit?
  What are you making good?
m breaking bread so sweet,
  Will you be my guest, and eat?
No, thank you, Mrs Cat,
 answered the wolf.
Is Mrs Fox not at home?
She sits upstairs in her room,
  Bewailing her sorrowful doom,
  Bewailing her trouble so sore,
  For old Mr Fox is no more.
s in want of a husband now,
  Then will it please her to step below?
  The cat runs quickly up the stair,
  And lets her tail fly here and there,
  Until she comes to the parlour door.
  With her five gold rings at the door she knocks:
Are you within, good Mistress Fox?
re in want of a husband now,
  Then will it please you to step below?
Has the gentleman red stockings on, and has he a pointed
When the wolf was gone, came a dog, a stag, a hare, a bear, a lion, and
all the beasts of the forest, one after the other. But one of the good
qualities which old Mr Fox had possessed, was always lacking, and the
cat had continually to send the suitors away. At length came a young
fox. Then Mrs Fox said:
Has the gentleman red stockings on, and has a
little pointed mouth?
 said Mrs Fox, and ordeM
red the servant to prepare the wedding
Sweep me the room as clean as you can,
  Up with the window, fling out my old man!
  For many a fine fat mouse he brought,
  Yet of his wife he never thought,
  But ate up every one he caught.
Then the wedding was solemnized with young Mr Fox, and there was much
rejoicing and dancing; and if they have not left off, they are dancing
A long time ago there lived a king who was famed for his wisdom through
. Nothing was hidden from him, and it seemed as if news of
the most secret things was brought to him through the air. But he had a
strange custom; every day after dinner, when the table was cleared,
and no one else was present, a trusty servant had to bring him one more
dish. It was covered, however, and even the servant did not know what
was in it, neither did anyone know, for the king never took off the
cover to eat of it until he was quite alone.
This had gone on for a long time, when one day the servanM
away the dish, was overcome with such curiosity that he could not help
carrying the dish into his room. When he had carefully locked the door,
he lifted up the cover, and saw a white snake lying on the dish. But
when he saw it he could not deny himself the pleasure of tasting it,
so he cut of a little bit and put it into his mouth. No sooner had it
touched his tongue than he heard a strange whispering of little voices
outside his window. He went and listened, and then noticed that it was
rrows who were chattering together, and telling one another of
all kinds of things which they had seen in the fields and woods. Eating
the snake had given him power of understanding the language of animals.
Now it so happened that on this very day the queen lost her most
beautiful ring, and suspicion of having stolen it fell upon this trusty
servant, who was allowed to go everywhere. The king ordered the man to
be brought before him, and threatened with angry words that unless he
could before the morrow poM
int out the thief, he himself should be looked
upon as guilty and executed. In vain he declared his innocence; he was
dismissed with no better answer.
In his trouble and fear he went down into the courtyard and took thought
how to help himself out of his trouble. Now some ducks were sitting
together quietly by a brook and taking their rest; and, whilst they
were making their feathers smooth with their bills, they were having a
confidential conversation together. The servant stood by and listened.
e telling one another of all the places where they had been
waddling about all the morning, and what good food they had found; and
one said in a pitiful tone:
Something lies heavy on my stomach; as
I was eating in haste I swallowed a ring which lay under the queen
 The servant at once seized her by the neck, carried her to the
kitchen, and said to the cook:
Here is a fine duck; pray, kill her.
 said the cook, and weighed her in his hand;
no trouble to fattenM
 herself, and has been waiting to be roasted long
 So he cut off her head, and as she was being dressed for the
s ring was found inside her.
The servant could now easily prove his innocence; and the king, to make
amends for the wrong, allowed him to ask a favour, and promised him
the best place in the court that he could wish for. The servant refused
everything, and only asked for a horse and some money for travelling, as
he had a mind to see the world and go about a little. WheM
was granted he set out on his way, and one day came to a pond, where he
saw three fishes caught in the reeds and gasping for water. Now, though
it is said that fishes are dumb, he heard them lamenting that they must
perish so miserably, and, as he had a kind heart, he got off his
horse and put the three prisoners back into the water. They leapt with
delight, put out their heads, and cried to him:
We will remember you
and repay you for saving us!
He rode on, and after a while it seemed M
to him that he heard a voice in
the sand at his feet. He listened, and heard an ant-king complain:
cannot folks, with their clumsy beasts, keep off our bodies? That stupid
horse, with his heavy hoofs, has been treading down my people without
 So he turned on to a side path and the ant-king cried out to
We will remember you--one good turn deserves another!
The path led him into a wood, and there he saw two old ravens standing
by their nest, and throwing out their young ones.
idle, good-for-nothing creatures!
we cannot find food for
you any longer; you are big enough, and can provide for yourselves.
But the poor young ravens lay upon the ground, flapping their wings, and
Oh, what helpless chicks we are! We must shift for ourselves,
and yet we cannot fly! What can we do, but lie here and starve?
good young fellow alighted and killed his horse with his sword, and gave
it to them for food. Then they came hopping up to it, satM
We will remember you--one good turn deserves
And now he had to use his own legs, and when he had walked a long
way, he came to a large city. There was a great noise and crowd in
the streets, and a man rode up on horseback, crying aloud:
daughter wants a husband; but whoever seeks her hand must perform a hard
task, and if he does not succeed he will forfeit his life.
already made the attempt, but in vain; nevertheless when the youthM
s daughter he was so overcome by her great beauty that he
forgot all danger, went before the king, and declared himself a suitor.
So he was led out to the sea, and a gold ring was thrown into it, before
his eyes; then the king ordered him to fetch this ring up from the
bottom of the sea, and added:
If you come up again without it you will
be thrown in again and again until you perish amid the waves.
people grieved for the handsome youth; then they went away, leaving him
He stood on the shore and considered what he should do, when suddenly
he saw three fishes come swimming towards him, and they were the very
fishes whose lives he had saved. The one in the middle held a mussel in
its mouth, which it laid on the shore at the youth
had taken it up and opened it, there lay the gold ring in the shell.
Full of joy he took it to the king and expected that he would grant him
the promised reward.
But when the proud princess perceived that he waM
birth, she scorned him, and required him first to perform another
task. She went down into the garden and strewed with her own hands ten
sacksful of millet-seed on the grass; then she said:
before sunrise these must be picked up, and not a single grain be
The youth sat down in the garden and considered how it might be possible
to perform this task, but he could think of nothing, and there he sat
sorrowfully awaiting the break of day, when he should be ledM
But as soon as the first rays of the sun shone into the garden he saw
all the ten sacks standing side by side, quite full, and not a single
grain was missing. The ant-king had come in the night with thousands
and thousands of ants, and the grateful creatures had by great industry
picked up all the millet-seed and gathered them into the sacks.
s daughter herself came down into the garden, and was
amazed to see that the young man had done the task she had given him.
ould not yet conquer her proud heart, and said:
has performed both the tasks, he shall not be my husband until he had
brought me an apple from the Tree of Life.
 The youth did not know where
the Tree of Life stood, but he set out, and would have gone on for ever,
as long as his legs would carry him, though he had no hope of finding
it. After he had wandered through three kingdoms, he came one evening to
a wood, and lay down under a tree to sleep. But he heard a rustling in
a golden apple fell into his hand. At the same time
three ravens flew down to him, perched themselves upon his knee, and
We are the three young ravens whom you saved from starving; when
we had grown big, and heard that you were seeking the Golden Apple,
we flew over the sea to the end of the world, where the Tree of Life
stands, and have brought you the apple.
 The youth, full of joy, set out
homewards, and took the Golden Apple to the king
s beautiful daughter,
who had now no more excuses left M
to make. They cut the Apple of Life in
two and ate it together; and then her heart became full of love for him,
and they lived in undisturbed happiness to a great age.
THE WILLOW-WREN AND THE BEAR
Once in summer-time the bear and the wolf were walking in the forest,
and the bear heard a bird singing so beautifully that he said:
wolf, what bird is it that sings so well?
That is the King of birds,
before whom we must bow down.
 In reality the bird was
much like to see his royal palace; come, take me thither.
done quite as you seem to think,
 Soon afterwards, the Queen arrived with some food in
her beak, and the lord King came too, and they began to feed their young
ones. The bear would have liked to go at once, but the wolf held him
back by the sleeve, and said:
No, you must wait until the lord and lady
n have gone away again.
 So they took stock of the hole where the
nest lay, and trotted away. The bear, however, could not rest until he
had seen the royal palace, and when a short time had passed, went to it
again. The King and Queen had just flown out, so he peeped in and saw
five or six young ones lying there.
Is that the royal palace?
it is a wretched palace, and you are not King
are disreputable children!
 When the young wrens heard that, they were
lly angry, and screamed:
No, that we are not! Our parents are
honest people! Bear, you will have to pay for that!
The bear and the wolf grew uneasy, and turned back and went into their
holes. The young willow-wrens, however, continued to cry and scream, and
when their parents again brought food they said:
We will not so much as
s leg, no, not if we were dying of hunger, until you have
settled whether we are respectable children or not; the bear has been
here and has insulted us!
 Then the old King said:
 and he at once flew with the Queen to the bear
Old Growler, why have you insulted my children? You shall
suffer for it--we will punish you by a bloody war.
announced to the Bear, and all four-footed animals were summoned to take
part in it, oxen, asses, cows, deer, and every other animal the earth
contained. And the willow-wren summoned everything which flew in the
air, not only birds, large and small, bM
ut midges, and hornets, bees and
When the time came for the war to begin, the willow-wren sent out spies
to discover who was the enemy
s commander-in-chief. The gnat, who was
the most crafty, flew into the forest where the enemy was assembled,
and hid herself beneath a leaf of the tree where the password was to be
announced. There stood the bear, and he called the fox before him
Fox, you are the most cunning of all animals, you shall be
general and lead us.
but what signal shall we
 No one knew that, so the fox said:
bushy tail, which almost looks like a plume of red feathers. When I lift
my tail up quite high, all is going well, and you must charge; but if I
let it hang down, run away as fast as you can.
 When the gnat had heard
that, she flew away again, and revealed everything, down to the minutest
detail, to the willow-wren. When day broke, and the battle was to begin,
all the four-footed animals came M
running up with such a noise that the
earth trembled. The willow-wren with his army also came flying through
the air with such a humming, and whirring, and swarming that every one
was uneasy and afraid, and on both sides they advanced against each
other. But the willow-wren sent down the hornet, with orders to settle
s tail, and sting with all his might. When the fox felt
the first string, he started so that he lifted one leg, from pain, but
he bore it, and still kept his tail high in the aM
sting, he was forced to put it down for a moment; at the third, he could
hold out no longer, screamed, and put his tail between his legs. When
the animals saw that, they thought all was lost, and began to flee, each
into his hole, and the birds had won the battle.
Then the King and Queen flew home to their children and cried:
Children, rejoice, eat and drink to your heart
s content, we have won
 But the young wrens said:
We will not eat yet, the bear
e nest, and beg for pardon and say that we are honourable
children, before we will do that.
 Then the willow-wren flew to the
Growler, you are to come to the nest to my
children, and beg their pardon, or else every rib of your body shall
 So the bear crept thither in the greatest fear, and begged
their pardon. And now at last the young wrens were satisfied, and sat
down together and ate and drank, and made merry till quite late into the
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THE TOWN MUSICIANS OF BREMEN
An honest farmer had once an ass that had been a faithful servant to him
a great many years, but was now growing old and every day more and more
unfit for work. His master therefore was tired of keeping him and
began to think of putting an end to him; but the ass, who saw that some
mischief was in the wind, took himself slyly off, and began his journey
towards the great city,
I may turn musician.
After he had travellM
ed a little way, he spied a dog lying by the
roadside and panting as if he were tired.
What makes you pant so, my
my master was going to
knock me on the head, because I am old and weak, and can no longer make
myself useful to him in hunting; so I ran away; but what can I do to
I am going to the great
city to turn musician: suppose you go with me, and try what you can
said he was willing, and they jogged on
They had not gone far before they saw a cat sitting in the middle of the
road and making a most rueful face.
s the matter with you? You look quite out of spirits!
how can one be in good spirits when one
danger? Because I am beginning to grow old, and had rather lie at my
ease by the fire than run about the house after the mice, my mistress
laid hold of me, anM
d was going to drown me; and though I have been lucky
enough to get away from her, I do not know what I am to live upon.
by all means go with us to the great city; you are
a good night singer, and may make your fortune as a musician.
was pleased with the thought, and joined the party.
Soon afterwards, as they were passing by a farmyard, they saw a cock
perched upon a gate, and screaming out with all his might and main.
 make a famous noise; pray what
I was just now saying that
we should have fine weather for our washing-day, and yet my mistress and
t thank me for my pains, but threaten to cut off my
head tomorrow, and make broth of me for the guests that are coming
Chanticleer; it will be better, at any rate, than staying here to have
your head cut off! Besides, who knows? If we care to M
may get up some kind of a concert; so come along with us.
 said the cock: so they all four went on jollily together.
They could not, however, reach the great city the first day; so when
night came on, they went into a wood to sleep. The ass and the dog laid
themselves down under a great tree, and the cat climbed up into the
branches; while the cock, thinking that the higher he sat the safer he
should be, flew up to the very top of the tree, and then, according toM
his custom, before he went to sleep, looked out on all sides of him to
see that everything was well. In doing this, he saw afar off something
bright and shining and calling to his companions said,
house no great way off, for I see a light.
If that be the case,
we had better change our quarters, for our lodging is not the
worse for a bone or two, or a bit of meat.
 So they walked off togeM
towards the spot where Chanticleer had seen the light, and as they drew
near it became larger and brighter, till they at last came close to a
house in which a gang of robbers lived.
The ass, being the tallest of the company, marched up to the window and
Why, I see a table spread with all kinds of
good things, and robbers sitting round it making merry.
be a noble lodging foM
; so they consulted together how they should contrive
to get the robbers out; and at last they hit upon a plan. The ass placed
himself upright on his hind legs, with his forefeet resting against the
window; the dog got upon his back; the cat scrambled up to the dog
shoulders, and the cock flew up and sat upon the cat
all was ready a signal was given, and they began their music. The ass
brayed, the dog barked, theM
 cat mewed, and the cock screamed; and then
they all broke through the window at once, and came tumbling into
the room, amongst the broken glass, with a most hideous clatter! The
robbers, who had been not a little frightened by the opening concert,
had now no doubt that some frightful hobgoblin had broken in upon them,
and scampered away as fast as they could.
The coast once clear, our travellers soon sat down and dispatched what
the robbers had left, with as much eagerness as if they had not expected
eat again for a month. As soon as they had satisfied themselves, they
put out the lights, and each once more sought out a resting-place to
his own liking. The donkey laid himself down upon a heap of straw in
the yard, the dog stretched himself upon a mat behind the door, the
cat rolled herself up on the hearth before the warm ashes, and the
cock perched upon a beam on the top of the house; and, as they were all
rather tired with their journey, they soon fell asleep.
But about midnight, when the robbers sawM
 from afar that the lights were
out and that all seemed quiet, they began to think that they had been in
too great a hurry to run away; and one of them, who was bolder than
the rest, went to see what was going on. Finding everything still, he
marched into the kitchen, and groped about till he found a match in
order to light a candle; and then, espying the glittering fiery eyes of
the cat, he mistook them for live coals, and held the match to them to
light it. But the cat, not understanding this joke, sprang M
and spat, and scratched at him. This frightened him dreadfully, and away
he ran to the back door; but there the dog jumped up and bit him in the
leg; and as he was crossing over the yard the ass kicked him; and the
cock, who had been awakened by the noise, crowed with all his might. At
this the robber ran back as fast as he could to his comrades, and told
the captain how a horrid witch had got into the house, and had spat at
him and scratched his face with her long bony fingers; how a man with aM
knife in his hand had hidden himself behind the door, and stabbed him
in the leg; how a black monster stood in the yard and struck him with a
club, and how the devil had sat upon the top of the house and cried out,
Throw the rascal up here!
 After this the robbers never dared to go
back to the house; but the musicians were so pleased with their quarters
that they took up their abode there; and there they are, I dare say, at
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text/plain;charset=utf-8
THE ELVES AND THE SHOEMAKER
There was once a shoemaker, who worked very hard and was very honest:
but still he could not earn enough to live upon; and at last all he
had in the world was gone, save just leather enough to make one pair of
Then he cut his leather out, all ready to make up the next day, meaning
to rise early in the morning to his work. His conscience was clear and
his heart light amidst all his troubles; so he went peaceably to bed,
left all his cares to HeaM
ven, and soon fell asleep. In the morning after
he had said his prayers, he sat himself down to his work; when, to his
great wonder, there stood the shoes all ready made, upon the table. The
good man knew not what to say or think at such an odd thing happening.
He looked at the workmanship; there was not one false stitch in the
whole job; all was so neat and true, that it was quite a masterpiece.
The same day a customer came in, and the shoes suited him so well that
he willingly paid a price higher than usM
ual for them; and the poor
shoemaker, with the money, bought leather enough to make two pairs more.
In the evening he cut out the work, and went to bed early, that he might
get up and begin betimes next day; but he was saved all the trouble, for
when he got up in the morning the work was done ready to his hand. Soon
in came buyers, who paid him handsomely for his goods, so that he bought
leather enough for four pair more. He cut out the work again overnight
and found it done in the morning, as before; and soM
 it went on for some
time: what was got ready in the evening was always done by daybreak, and
the good man soon became thriving and well off again.
One evening, about Christmas-time, as he and his wife were sitting over
the fire chatting together, he said to her,
I should like to sit up and
watch tonight, that we may see who it is that comes and does my work for
 The wife liked the thought; so they left a light burning, and hid
themselves in a corner of the room, behind a curtain that was hung up
there, and watched what would happen.
As soon as it was midnight, there came in two little naked dwarfs; and
they sat themselves upon the shoemaker
s bench, took up all the work
that was cut out, and began to ply with their little fingers, stitching
and rapping and tapping away at such a rate, that the shoemaker was all
wonder, and could not take his eyes off them. And on they went, till the
job was quite done, and the shoes stood ready for use upon the table.
This was long before daybreak; and then theM
y bustled away as quick as
The next day the wife said to the shoemaker.
These little wights have
made us rich, and we ought to be thankful to them, and do them a good
turn if we can. I am quite sorry to see them run about as they do; and
indeed it is not very decent, for they have nothing upon their backs to
keep off the cold. I
ll tell you what, I will make each of them a shirt,
and a coat and waistcoat, and a pair of pantaloons into the bargain; and
do you make each of them a little pairM
The thought pleased the good cobbler very much; and one evening, when
all the things were ready, they laid them on the table, instead of the
work that they used to cut out, and then went and hid themselves, to
watch what the little elves would do.
About midnight in they came, dancing and skipping, hopped round the
room, and then went to sit down to their work as usual; but when they
saw the clothes lying for them, they laughed and chuckled, and seemed
ed themselves in the twinkling of an eye, and danced and
capered and sprang about, as merry as could be; till at last they danced
out at the door, and away over the green.
The good couple saw them no more; but everything went well with them
from that time forward, as long as they lived.
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A poor woodman sat in his cottage one night, smoking his pipe by the
fireside, while his wife sat by his side spinning.
 said he, as he puffed out a long curl of smoke,
to sit here by ourselves, without any children to play about and amuse
us while other people seem so happy and merry with their children!
What you say is very true,
 said the wife, sighing, and turning round
how happy should I be if I hadM
 but one child! If it were
ever so small--nay, if it were no bigger than my thumb--I should be very
happy, and love it dearly.
 Now--odd as you may think it--it came to
pass that this good woman
s wish was fulfilled, just in the very way she
had wished it; for, not long afterwards, she had a little boy, who was
quite healthy and strong, but was not much bigger than my thumb. So
Well, we cannot say we have not got what we wished for, and,
little as he is, we will love him dearly.
They gave him plenty of food, yet for all they could do he never grew
bigger, but kept just the same size as he had been when he was born.
Still, his eyes were sharp and sparkling, and he soon showed himself to
be a clever little fellow, who always knew well what he was about.
One day, as the woodman was getting ready to go into the wood to cut
I wish I had someone to bring the cart after me, for I
the cart shall be in the wood by the time you want it.
How can that be? you cannot reach up to the horse
Never mind that, father,
if my mother will only
harness the horse, I will get into his ear and tell him which way to
we will try for once.
When the time came the mother harnessed the horse to the cart, and put
Tom into his ear; and as he sat there the little man told tM
 as he wanted: and thus the horse
went on just as well as if the woodman had driven it himself into the
wood. It happened that as the horse was going a little too fast, and Tom
 two strangers came up.
there is a cart going along, and I hear a
carter talking to the horse, but yet I can see no one.
let us follow the caM
rt, and see where it
 So they went on into the wood, till at last they came to the
place where the woodman was. Then Tom Thumb, seeing his father, cried
See, father, here I am with the cart, all right and safe! now take
 So his father took hold of the horse with one hand, and with
the other took his son out of the horse
s ear, and put him down upon a
straw, where he sat as merry as you please.
The two strangers were all this time looking on, and did not know what
nder. At last one took the other aside, and said,
little urchin will make our fortune, if we can get him, and carry him
about from town to town as a show; we must buy him.
the woodman, and asked him what he would take for the little man.
with us than with you.
my own flesh and blood is dearer to me
than all the silver and gold in the world.
 But Tom, hearing of the
anted to make, crept up his father
s coat to his shoulder
and whispered in his ear,
Take the money, father, and let them have me;
ll soon come back to you.
So the woodman at last said he would sell Tom to the strangers for a
large piece of gold, and they paid the price.
Where would you like to
Oh, put me on the rim of your hat; that will be
a nice gallery for me; I can walk about there and see the country as we
 So they did as he wished; and when Tom M
had taken leave of his
father they took him away with them.
They journeyed on till it began to be dusky, and then the little man
 So the man took off his hat, and
put him down on a clod of earth, in a ploughed field by the side of the
road. But Tom ran about amongst the furrows, and at last slipped into
Good night, my masters!
look sharp after me the next time.
 Then they ran at once to the place,
 the ends of their sticks into the mouse-hole, but all in vain;
Tom only crawled farther and farther in; and at last it became quite
dark, so that they were forced to go their way without their prize, as
When Tom found they were gone, he came out of his hiding-place.
dangerous walking it is,
in this ploughed field! If I were to
fall from one of these great clods, I should undoubtedly break my neck.
At last, by good luck, he found a large empty snail-shell.
I can sleep here very well
Just as he was falling asleep, he heard two men passing by, chatting
together; and one said to the other,
How can we rob that rich parson
house of his silver and gold?
 said the thief, frightened;
m sure I heard someone speak.
They stood still listening, and Tom said,
Take me with you, and I
soon show you how to get the parson
Look about on the ground,
and listen where the
 At last the thieves found him out, and lifted him
Why, I can get between the iron window-bars of the parson
and throw you out whatever you want.
come along, we shall see what you can do.
When they came to the parson
window-bars into the room, and then called out as loud as he could bawl,
Will you have all that is here?
 At this the thieves were frightened,
Softly, softly! Speak low, that you may not awaken anybody.
But Tom seemed as if he did not understand them, and bawled out again,
How much will you have? Shall I throw it all out?
 Now the cook lay in
the next room; and hearing a noise she raised herself up in her bed and
listened. Meantime the thieves were frightened, andM
way; but at last they plucked up their hearts, and said,
urchin is only trying to make fools of us.
 So they came back and
whispered softly to him, saying,
Now let us have no more of your
roguish jokes; but throw us out some of the money.
 Then Tom called out
as loud as he could,
Very well! hold your hands! here it comes.
The cook heard this quite plain, so she sprang out of bed, and ran to
open the door. The thieves ran off as if a wolf was at their tails: and
the maid, having groped about and found nothing, went away for a light.
By the time she came back, Tom had slipped off into the barn; and when
she had looked about and searched every hole and corner, and found
nobody, she went to bed, thinking she must have been dreaming with her
The little man crawled about in the hay-loft, and at last found a snug
place to finish his night
s rest in; so he laid himself down, meaning
to sleep till daylight, and then find his way home to his father and
r. But alas! how woefully he was undone! what crosses and sorrows
happen to us all in this world! The cook got up early, before daybreak,
to feed the cows; and going straight to the hay-loft, carried away
a large bundle of hay, with the little man in the middle of it, fast
asleep. He still, however, slept on, and did not awake till he found
himself in the mouth of the cow; for the cook had put the hay into the
s rick, and the cow had taken Tom up in a mouthful of it.
how came I to tumble into the mill?
found out where he really was; and was forced to have all his wits about
him, that he might not get between the cow
s teeth, and so be crushed to
death. At last down he went into her stomach.
they forgot to build windows in this room to let the sun in; a
candle would be no bad thing.
Though he made the best of his bad luck, he did not like his quarters at
all; and the worst of it was, that more and more hay was alwM
down, and the space left for him became smaller and smaller. At last he
cried out as loud as he could,
t bring me any more hay! Don
The maid happened to be just then milking the cow; and hearing someone
speak, but seeing nobody, and yet being quite sure it was the same voice
that she had heard in the night, she was so frightened that she fell off
her stool, and overset the milk-pail. As soon as she could pick herself
up out of the dirt, she ran off as fastM
 as she could to her master the
Sir, sir, the cow is talking!
Woman, thou art surely mad!
 However, he went with her into the
cow-house, to try and see what was the matter.
Scarcely had they set foot on the threshold, when Tom called out,
bring me any more hay!
 Then the parson himself was frightened; and
thinking the cow was surely bewitched, told his man to kill her on the
spot. So the cow was killed, and cut up; and the stomach, in which TomM
lay, was thrown out upon a dunghill.
Tom soon set himself to work to get out, which was not a very easy
task; but at last, just as he had made room to get his head out, fresh
ill-luck befell him. A hungry wolf sprang out, and swallowed up the
whole stomach, with Tom in it, at one gulp, and ran away.
Tom, however, was still not disheartened; and thinking the wolf would
not dislike having some chat with him as he was going along, he called
My good friend, I can show you a famous treat.
In such and such a house,
 said Tom, describing his own
You can crawl through the drain into the kitchen and
then into the pantry, and there you will find cakes, ham, beef, cold
chicken, roast pig, apple-dumplings, and everything that your heart can
The wolf did not want to be asked twice; so that very night he went to
the house and crawled through the drain into the kitchen, and then into
the pantry, and ate and drank there to his heart
 content. As soon as
he had had enough he wanted to get away; but he had eaten so much that
he could not go out by the same way he came in.
This was just what Tom had reckoned upon; and now he began to set up a
great shout, making all the noise he could.
ll awaken everybody in the house if you make such a clatter.
 said the little man;
you have had your frolic, now
ve a mind to be merry myself
; and he began, singing and M
The woodman and his wife, being awakened by the noise, peeped through
a crack in the door; but when they saw a wolf was there, you may well
suppose that they were sadly frightened; and the woodman ran for his
axe, and gave his wife a scythe.
and when I have knocked him on the head you must rip him up with the
 Tom heard all this, and cried out,
Father, father! I am here,
the wolf has swallowed me.
Heaven be praised! we
have found our dear child again
; and he told his wife not to use the
scythe for fear she should hurt him. Then he aimed a great blow, and
struck the wolf on the head, and killed him on the spot! and when he was
dead they cut open his body, and set Tommy free.
what fears we have had for you!
travelled all over the world, I think, in one way or other, since we
parted; and now I am very glad to come home M
and get fresh air again.
Why, where have you been?
mouse-hole--and in a snail-shell--and down a cow
s throat--and in the
s belly; and yet here I am again, safe and sound.
you are come back, and we will not sell you again
for all the riches in the world.
Then they hugged and kissed their dear little son, and gave him plenty
to eat and drink, for he was very hungry; and then they fetched new
clothes for him, for his oldM
 ones had been quite spoiled on his journey.
So Master Thumb stayed at home with his father and mother, in peace; for
though he had been so great a traveller, and had done and seen so many
fine things, and was fond enough of telling the whole story, he always
agreed that, after all, there
s no place like HOME!
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A certain king had a beautiful garden, and in the garden stood a tree
which bore golden apples. These apples were always counted, and about
the time when they began to grow ripe it was found that every night one
of them was gone. The king became very angry at this, and ordered the
gardener to keep watch all night under the tree. The gardener set his
eldest son to watch; but about twelve o
clock he fell asleep, and in
the morning another of the apples was missing. M
Then the second son was
ordered to watch; and at midnight he too fell asleep, and in the morning
another apple was gone. Then the third son offered to keep watch; but
the gardener at first would not let him, for fear some harm should come
to him: however, at last he consented, and the young man laid himself
under the tree to watch. As the clock struck twelve he heard a rustling
noise in the air, and a bird came flying that was of pure gold; and as
it was snapping at one of the apples with its beak, the gardeM
jumped up and shot an arrow at it. But the arrow did the bird no harm;
only it dropped a golden feather from its tail, and then flew away.
The golden feather was brought to the king in the morning, and all the
council was called together. Everyone agreed that it was worth more than
all the wealth of the kingdom: but the king said,
One feather is of no
use to me, I must have the whole bird.
s eldest son set out and thought to find the golden
bird very easily; and when M
he had gone but a little way, he came to a
wood, and by the side of the wood he saw a fox sitting; so he took his
bow and made ready to shoot at it. Then the fox said,
for I will give you good counsel; I know what your business is, and
that you want to find the golden bird. You will reach a village in the
evening; and when you get there, you will see two inns opposite to each
other, one of which is very pleasant and beautiful to look at: go not in
there, but rest for the night in the otheM
r, though it may appear to you
to be very poor and mean.
 But the son thought to himself,
such a beast as this know about the matter?
 So he shot his arrow at
the fox; but he missed it, and it set up its tail above its back and
ran into the wood. Then he went his way, and in the evening came to
the village where the two inns were; and in one of these were people
singing, and dancing, and feasting; but the other looked very dirty,
I should be very silly,
house, and left this charming place
; so he went into the smart house,
and ate and drank at his ease, and forgot the bird, and his country too.
Time passed on; and as the eldest son did not come back, and no tidings
were heard of him, the second son set out, and the same thing happened
to him. He met the fox, who gave him the good advice: but when he came
to the two inns, his eldest brother was standing at the window where
the merrymaking was, and called to him to come in; and he could not
withstand the temptation, but went in, and forgot the golden bird and
his country in the same manner.
Time passed on again, and the youngest son too wished to set out into
the wide world to seek for the golden bird; but his father would not
listen to it for a long while, for he was very fond of his son, and
was afraid that some ill luck might happen to him also, and prevent his
coming back. However, at last it was agreed he should go, for he would
not rest at home; and as he came to the wood, he met the fM
the same good counsel. But he was thankful to the fox, and did not
attempt his life as his brothers had done; so the fox said,
tail, and you will travel faster.
 So he sat down, and the fox began to
run, and away they went over stock and stone so quick that their hair
whistled in the wind.
When they came to the village, the son followed the fox
without looking about him went to the shabby inn and rested there all
night at his ease. In the morning came the foM
x again and met him as he
was beginning his journey, and said,
Go straight forward, till you come
to a castle, before which lie a whole troop of soldiers fast asleep and
snoring: take no notice of them, but go into the castle and pass on and
on till you come to a room, where the golden bird sits in a wooden cage;
close by it stands a beautiful golden cage; but do not try to take the
bird out of the shabby cage and put it into the handsome one, otherwise
 Then the fox stretched out hiM
s tail again, and the
young man sat himself down, and away they went over stock and stone till
their hair whistled in the wind.
Before the castle gate all was as the fox had said: so the son went in
and found the chamber where the golden bird hung in a wooden cage, and
below stood the golden cage, and the three golden apples that had been
lost were lying close by it. Then thought he to himself,
very droll thing to bring away such a fine bird in this shabby cage
he opened the door anM
d took hold of it and put it into the golden cage.
But the bird set up such a loud scream that all the soldiers awoke, and
they took him prisoner and carried him before the king. The next morning
the court sat to judge him; and when all was heard, it sentenced him to
die, unless he should bring the king the golden horse which could run as
swiftly as the wind; and if he did this, he was to have the golden bird
given him for his own.
So he set out once more on his journey, sighing, and in great despair,
n on a sudden his friend the fox met him, and said,
what has happened on account of your not listening to my counsel. I will
still, however, tell you how to find the golden horse, if you will do as
I bid you. You must go straight on till you come to the castle where the
horse stands in his stall: by his side will lie the groom fast asleep
and snoring: take away the horse quietly, but be sure to put the old
leathern saddle upon him, and not the golden one that is close by it.
s tail, and away they went over stock
and stone till their hair whistled in the wind.
All went right, and the groom lay snoring with his hand upon the golden
saddle. But when the son looked at the horse, he thought it a great pity
to put the leathern saddle upon it.
I will give him the good one,
I am sure he deserves it.
 As he took up the golden saddle the
groom awoke and cried out so loud, that all the guards ran in and took
him prisoner, and in the morning he was M
again brought before the court
to be judged, and was sentenced to die. But it was agreed, that, if he
could bring thither the beautiful princess, he should live, and have the
bird and the horse given him for his own.
Then he went his way very sorrowful; but the old fox came and said,
did not you listen to me? If you had, you would have carried away
both the bird and the horse; yet will I once more give you counsel. Go
straight on, and in the evening you will arrive at a castle. At twelve
at night the princess goes to the bathing-house: go up to her
and give her a kiss, and she will let you lead her away; but take care
you do not suffer her to go and take leave of her father and mother.
Then the fox stretched out his tail, and so away they went over stock
and stone till their hair whistled again.
As they came to the castle, all was as the fox had said, and at twelve
clock the young man met the princess going to the bath and gave her the
kiss, and she agreed to run away with him, but M
begged with many tears
that he would let her take leave of her father. At first he refused,
but she wept still more and more, and fell at his feet, till at last
he consented; but the moment she came to her father
awoke and he was taken prisoner again.
Then he was brought before the king, and the king said,
have my daughter unless in eight days you dig away the hill that stops
the view from my window.
 Now this hill was so big that the whole world
 away: and when he had worked for seven days, and had
done very little, the fox came and said.
Lie down and go to sleep; I
 And in the morning he awoke and the hill was gone;
so he went merrily to the king, and told him that now that it was
removed he must give him the princess.
Then the king was obliged to keep his word, and away went the young man
and the princess; and the fox came and said to him,
three, the princess, the horse, and the bird.
that would be a great thing, but how can you contrive it?
If you will only listen,
it can be done. When you come
to the king, and he asks for the beautiful princess, you must say,
 Then he will be very joyful; and you will mount the golden
horse that they are to give you, and put out your hand to take leave of
them; but shake hands with the princess last. Then lift her quickly on
to the horse behind you; clap your spurs to his side, and gallop M
All went right: then the fox said,
When you come to the castle where
the bird is, I will stay with the princess at the door, and you will
ride in and speak to the king; and when he sees that it is the right
horse, he will bring out the bird; but you must sit still, and say that
you want to look at it, to see whether it is the true golden bird; and
when you get it into your hand, ride away.
This, too, happened as the fox said; they carried off the bird, the
nted again, and they rode on to a great wood. Then the fox
Pray kill me, and cut off my head and my feet.
young man refused to do it: so the fox said,
I will at any rate give
you good counsel: beware of two things; ransom no one from the gallows,
and sit down by the side of no river.
 Then away he went.
thought the young man,
it is no hard matter to keep that advice.
He rode on with the princess, till at last he came to the village where
two brothers. And there he heard a great noise and
uproar; and when he asked what was the matter, the people said,
are going to be hanged.
 As he came nearer, he saw that the two men were
his brothers, who had turned robbers; so he said,
 But the people said
 unless he would bestow all his
money upon the rascals and buy their liberty. Then he did not stay to
think about the matter, but paid what was asked, and his brothers were
given up, and went onM
 with him towards their home.
And as they came to the wood where the fox first met them, it was so
cool and pleasant that the two brothers said,
Let us sit down by the
side of the river, and rest a while, to eat and drink.
s counsel, and sat down on the side of the
river; and while he suspected nothing, they came behind, and threw him
down the bank, and took the princess, the horse, and the bird, and went
home to the king their master, and said.
 Then there was great rejoicing made; but the horse would not
eat, the bird would not sing, and the princess wept.
The youngest son fell to the bottom of the river
s bed: luckily it was
nearly dry, but his bones were almost broken, and the bank was so steep
that he could find no way to get out. Then the old fox came once more,
and scolded him for not following his advice; otherwise no evil would
I cannot leave you here, so lay hold
of my tail and hold fast.
 Then he pulled him out of the river, and said
to him, as he got upon the bank,
Your brothers have set watch to kill
you, if they find you in the kingdom.
 So he dressed himself as a poor
man, and came secretly to the king
s court, and was scarcely within the
doors when the horse began to eat, and the bird to sing, and the princess
left off weeping. Then he went to the king, and told him all his
 roguery; and they were seized and punished, and he had the
 given to him again; and after the king
s death he was heir to
A long while after, he went to walk one day in the wood, and the old fox
met him, and besought him with tears in his eyes to kill him, and cut
off his head and feet. And at last he did so, and in a moment the
fox was changed into a man, and turned out to be the brother of the
princess, who had been lost a great many many years.
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If they ever come up with a swashbuckling School, I think one of the courses
should be Laughing, Then Jumping Off Something.
When you're riding in a time machine way far into the future, don't stick your
elbow out the window, or it'll turn into a fossil.
It takes a big man to cry, but it takes a bigger man to laugh at that man.
At first I thought, if I were Superman, a perfect secret identity would be
"Clark Kent, Dentist," because you could save money on tooth X-rayM
I thought, if a patient said, "How's my back tooth?" and you just looked at it
with your X-ray vision and said, "Oh it's okay," then the patient would
probably say, "Aren't you going to take an X-ray, stupid?" and you'd say, "Aw
fuck you, get outta here," and then he probably wouldn't even pay his bill.
One thing kids like is to be tricked. For instance, I was going to take my
little nephew to Disneyland, but instead I drove him to an old burned-out
warehouse. "Oh, no," I said. "Disneyland burnM
   He cried and cried, but I think that deep down, he thought it was a pretty
   I started to drive over to the real Disneyland, but it was getting pretty
A good way to threaten somebody is to light a stick of dynamite. Then you call
the guy and hold the burning fuse up to the phone. "Hear that?" you say.
"That's dynamite, baby."
Why do people in ship mutinies always ask for "better treatment"? I'd ask for
a pinball machine, because with all that rocking back and forth you'd M
be able to get a lot of free games.
I'd like to be buried Indian-style, where they put you up on a high rack,
above the ground. That way, you could get hit by meteorites and not even feel
If I lived back in the wild west days, instead of carrying a six-gun in my
holster, I'd carry a soldering iron. That way, if some smart-aleck cowboy said
something like "Hey, look. He's carrying a soldering iron!" and started
laughing, and everybody else started laughing, I could just say, "That's
it's a soldering iron. The soldering iron of justice."    Then
everybody would get real quiet and ashamed, because they had made fun of the
soldering iron of justice, and I could probably hit them up for a free drink.
I bet when the neanderthal kids would make a snowman, someone would always end
up saying, "Don't forget the thick, heavy brows." Then they would all get
embarrassed because they remembered they had the big hunky brows too, and
they'd get mad and eat the snowman.
Fear can sometimes be a usefM
   For instance, let's say you're an astronaught on the moon and you fear that
your partner has been turned into Dracula. The next time he goes out for the
moon pieces, wham!, you just slam the door behind him and blast off. He might
call you on the radio and say he's not Dracula, but you just say, "Think
Too bad you can't buy a voodoo globe so that you could make the earth spin
real fast and freak everybody out.
The people in the village were real poor, so none of the childM
toys. But this one little boy had gotten anold enema bag and filled it with
rocks, and he would go around and whap the other children across the face with
it. Man, I think my heart almost broke.
   Later the boy came up and offered to give me the toy. This was too much! I
reached out my hand, but then he ran away. I chased him down and took the
enema bag. He cried a little, but that's the way of these people.
I wish I had a Kryptonite cross, because then you could keep both Dracula AND
I don't think I'm alone when I say I'd like to see more and more planets fall
under the ruthless domination of our solar system.
Dad always thought laughter was the best medicine, which I guess is why
several of us died of tuberculosis.
Maybe in order to understand mankind, we have to look at the word itself:
"Mankind". Basically, it's made up of two separate words - "mank" and "ind".
What do these words mean ? It's a mystery, and that's why so is mankind.
I hope if dogs ever take over the wM
orld, and they chose a king, they don't
just go by size, because I bet there are some Chihuahuas with some good ideas.
I guess we were all guilty, in a way. We all shot him, we all skinned him, and
we all got a complimentary bumper sticker that said, "I helped skin Bob."
I bet the main reason the police keep people away from a plane crash is they
don't want anybody walking in and lying down in the crash stuff, then, when
somebody comes up, act like they just woke up and go, "What was THAT?!"
f a child can say it all, especially the mouth part of the face.
Ambition is like a frog sitting on a Venus Flytrap. The flytrap can bite and
bite, but it won't bother the frog because it only has little tiny plant
teeth. But some other stuff could happen and it could be like ambition.
I'd rather be rich than stupid.
If you were a poor Indian with no weapons, and a bunch of conquistadors came
up to you and asked where the gold was, I don't think it would be a good idea
to say, "I swallowed it. So sue mM
If you define cowardice as running away at the first sign of danger, screaming
and tripping and begging for mercy, then yes, Mr. Brave man, I guess I'm a
I bet one legend that keeps recurring throughout history, in every culture, is
the story of Popeye.
When you go in for a job interview, I think a good thing to ask is if they
To me, boxing is like a ballet, except there's no music, no choreography, and
the dancers hit each other.
What is it that makes a complete M
stranger dive into an icy river to save a
solid gold baby? Maybe we'll never know.
We tend to scoff at the beliefs of the ancients. But we can't scoff at them
personally, to their faces, and this is what annoys me.
Probably the earliest flyswatters were nothing more than some sort of striking
surface attached to the end of a long stick.
I think someone should have had the decency to tell me the luncheon was free.
To make someone run out with potato salad in his hand, pretending he's
t what I call hospitality.
To me, clowns aren't funny. In fact, they're kind of scary. I've wondered
where this started and I think it goes back to the time I went to the circus,
and a clown killed my dad.
As I bit into the nectarine, it had a crisp juiciness about it that was very
pleasurable - until I realized it wasn't a nectarine at all, but A HUMAN
Most people don't realize that large pieces of coral, which have been painted
brown and attached to the skull by common wood screws, can make aM
If trees could scream, would we be so cavalier about cutting them down?
We might, if they screamed all the time, for no good reason.
Better not take a dog on the space shuttle, because if he sticks his head out
when you're coming home his face might burn up.
You know what would make a good story? Something about a clown who make people
happy, but inside he's real sad. Also, he has severe diarrhea.
Sometimes when I feel like killing someone, I do a little trick to calm myselfM
down. I'll go over to the persons house and ring the doorbell. When the person
comes to the door, I'm gone, but you know what I've left on the porch? A
jack-o-lantern with a knife stuck in the side of it's head with a note that
says "You." After that I usually feel a lot better, and no harm done.
If you're a horse, and someone gets on you, and falls off, and then gets right
back on you, I think you should buck him off right away.
If you ever teach a yodeling class, probably the hardest thing is to keep M
students from just trying to yodel right off. You see, we build to that.
If you ever fall off the Sears Tower, just go real limp, because maybe you'll
look like a dummy and people will try to catch you because, hey, free dummy.
I'd like to see a nude opera, because when they hit those high notes, I bet
you can really see it in those genitals.
Anytime I see something screech across a room and latch onto someone's neck,
and the guy screams and tries to get it off, I have to laugh, because what is
He was a cowboy, mister, and he loved the land. He loved it so much he made a
woman out of dirt and married her. But when he kissed her, she disintegrated.
Later, at the funeral, when the preacher said, "Dust to dust," some people
laughed, and the cowboy shot them. At his hanging, he told the others, "I'll
be waiting for you in heaven--with a gun."
The memories of my family outings are still a source of strength to me. I
remember we'd all pile into the car - I forget what kind it was - and drivM
and drive. I'm not sure where we'd go, but I think there were some trees
there. The smell of something was strong in the air as we played whatever
sport we played. I remember a bigger, older guy we called "Dad." We'd eat some
stuff, or not, and then I think we went home. I guess some things never leave
If a kid asks where rain comes from, I think a cute thing to tell him is "God
is crying." And if he asks why God is crying, another cute thing to tell him
is "Probably because of something you did."
Contrary to what most people say, the most dangerous animal in the world is
not the lion or the tiger or even the elephant. It's a shark riding on an
elephant's back, just trampling and eating everything they see.
As we were driving, we saw a sign that said "Watch for Rocks." Marta said it
should read "Watch for Pretty Rocks." I told her she should write in her
suggestion to the highway department, but she started saying it was a joke -
just to get out of writing a simple letter! And I thought I was lazyM
If you saw two guys named Hambone and Flippy, which one would you think liked
dolphins the most? I'd say Flippy, wouldn't you? You'd be wrong, though. It's
Laurie got offended that I used the word "puke." But to me, that's what her
We used to laugh at Grandpa when he'd head off and go fishing. But we wouldn't
be laughing that evening when he'd come back with some whore he picked up in
I wish a robot would get elected president. That way, when he came to town, weM
could all take a shot at him and not feel too bad.
As the evening sky faded from a salmon color to a sort of flint gray, I
thought back to the salmon I caught that morning, and how gray he was, and how
If you're a young Mafia gangster out on your first date, I bet it's real
embarrassing if someone tries to kill you.
Whenever I see an old lady slip and fall on a wet sidewalk, my first instinct
is to laugh. But then I think, what if I was an ant, and she fell on me. Then
 seem quite so funny.
If you go parachuting, and your parachute doesn't open, and you friends are
all watching you fall, I think a funny gag would be to pretend you were
When I was a kid my favorite relative was Uncle Caveman. After school we'd all
go play in his cave, and every once in a while he would eat one of us. It
wasn't until later that I found out that Uncle Caveman was a bear.
I wonder if Dracula ever has ticks.
When this girl at the art museum asked me whom I liked better, MonetM
I said, "I like mayonnaise." She just stared at me, so I said it again,
louder. Then she left. I guess she went to try to find some mayonnaise for me.
He was a spy, all right, and he knew it. He would walk into a room and people
would go, :Who the fuck is that guy, a spy?" He'd laugh to himself, maybe pull
out his gun and show it to the person, to kind of impress him (but not to show
   Sometimes spying was dirty work. Sometimes he'd kill a guy, then paint a
clown face on his face. NobodyM
 said he had to do that, but he did it anyway.
I bet it's hard to break farmers of the old superstitions like "Tornado got
Old Yeller, stay in the cellar."
Like the trumpet blows;
But without that noise.
I don't guess I've ever been as scared as when I was waiting in the
principal's office. Finally he came in and sat down. He didn't say anything,
he just looked at me. Then he pulled a copy of Playboy out. "Is this yours?"
   "No," I said, "is this yours?" AndM
 I pulled out my penis.
   I guess I wasn't as scared as I thought.
If Alien was my friend, I'd like to be with him when he went to the dentist.
When they started drilling, he'd probably go nuts and start eating everybody.
Why do there have to be rules for everything? It's gotten to the point that
rules dominate just about every aspect of our lives. In fact, it might be said
that rules have become the foot-long sticks of mankind.
I hate it when people say somebody has a "speech impediment"M
because it could hurt his feelings. So instead, I call it a "speech
improvement", and I go up to the guy and say, "Hey, Bob, I like your speech
improvement." I think this makes him feel better.
Many people think that history is a dull subject. Dull? Is it "dull" that
Jesse James once got bitten on the forehead by an ant, and at first it didn't
seem like anything, but then the bite got worse and worse, so he went to a
doctor in town, and the secretary told him to wait, so he sat down and M
and waited, and waited, and waited, and then finally he got to see the doctor,
and the doctor put some salve on it? You call that dull?
Some folks say it was a miracle. St. Francis suddenly appeared and knocked the
next pitch clean over the fence. Other folks say it was just a lucky swing.
I think one reason I could be a good playboy is I would be willing to spend
the time required to really fix up my "pad".
To me, it's always a good idea to always carry two sacks of something when you
ound. That way, if anybody says, "Hey, can you give me a hand?," you
can say, "Sorry, got these sacks."
It makes me mad when I go to all the trouble of having Marta cook up about a
hundred drumsticks, then the guy at Marineland says, "You can't throw that
chicken to the dolphins. They eat fish."
   Sure they eat fish, if that's all you give them! Man, wise up.
I think it's high time we started questioning the old cliches like "Grunt big
Anybody who has an identity problem had better wise uM
I think a good way to get into a movie is to show up where they're making the
movie, then stick a big cactus plant onto your buttocks and start yowling and
running around. Everyone would think it was funny, and the head movie guy
would say, :Hey, let's put him in the movie."
Tonight, when we were eating dinner, Marta said something that really knocked
me for a loop. She said, "I love carrots."
   "Good," I said as I gritted my teeth real hard. "Then maybe you and carrots
ld like to go into the bedroom and have sex!"
   They didn't, but maybe they will sometime, and I can watch.
I can still recall old Mr. Barnslow getting out every morning and nailing a
fresh load of tadpoles to that old board of his. Then he'd spin it round and
round, like a wheel of fortune, and no matter where it stopped he'd yell out,
"Tadpoles! Tadpoles is a winner!"
   We all thought he was crazy. But then, we had some growing up to do.
I think they should continue the policy of not giving a Nobel PM
Here's a good joke to do during an earthquake: Straddle a big crack in the
earth, and if it opens wider, go, "Whoa! Whoa!" and flail your arms around, as
if you're going to fall in.
One question that's never been answered to my satisfaction by the "Playboy
Advisor" is "What kind of stereo system works best in hell?"
A funny thing to do is, if you're out hiking and your friend gets bitten by a
poisonous snake, tell him you're going to go for help, then go about ten feet
that *you* got bit by a snake. Then start an argument with him
about who's going to go get help. A lot of guys will start crying. That's why
it makes you feel good when you tell them it was just a joke.
Folks still remember the day ole Bob Riley came bouncing down that dirt road
in his pickup. Pretty soon, it was bouncing higher and higher. The tires
popped, and the shocks broke, but that truck kept bouncing. Some say it
bounced clean over the moon, but whoever says that is a goddamn liar.
tion is the lifeblood of the Southwest, lifeblood is the soup of
In some places it's known as a tornado. In others, a cyclone. And in still
others, the Idiot's Merry-go-round. But around here they'll always be known as
I wish I lived back in the old west days, because I'd save up my money for
about twenty years so I could buy a solid-gold pick. Then I'd go out West and
start digging for gold. When someone came up and asked what I was doing, I'd
say, "Looking for gold, ya durn foolM
." He'd say, "Your pick is gold," and I'd
say, "Well, that was easy."
I think somebody should come up with a way to breed a very large shrimp. That
way, you could ride him, then, after you camped at night, you could eat him.
   How about it, science?
I think a good product would be "Baby Duck Hat". It's a fake baby duck, which
you strap on top of your head. Then you go swimming underwater until you find
a mommy duck and her babies, and you join them. Then, all of a sudden, you
up out of the water and roar like Godzilla. Man, those ducks really take
   Also, Baby Duck Hat is good for parties.
Laugh, clown, laugh. This is what I tell myself whenever I dress up like Bozo.
Any man, in the right situation, is capable of murder. But not any man is
capable of being a good camper. So, murder and camping are not as similar as
The prince decided he would learn anger. So he gathered his subjects together
outside his balcony. :Who would teach me anger?" he said.
   "Fuck you!" somebody yelled.
   "Okay, how about algebra?" said the prince.
If you go to a party, and you want to be the popular one at the party, do
this: Wait until no one is looking, then kick a burning log out of the
fireplace onto the carpet. Then jump on top of it with your body and yell,
"Log o' fire! Log o' fire!"
   I've never done this, but I think it'd work.
As the snow started to fall, he tugged his coat tighter around himself. Too
tight, as it turned out.
   "This is the fourth coat cruM
shing this year", said the sergeant as he
outlined the body with a special pencil that writes on snow.
I read that when the archaeologists dug down into the ancient cemetary, they
found fragments of *human bones*! What kind of barbarians were these people,
I'll be the first to admit that my idea of God is pretty different. I believe
in a God with a long white beard, a gold crown, and a long robe with lots of
shiny jewels on it. He sits on a big throne in the clouds, and He's about five
eet tall. He talks in a real deep voice like "I...AM...GOD!" He can
blow up stuff just by looking at it.
   This is my own, personal idea of God.
Marta says the interesting thing about fly-fishing is that it's two lives
connected by a thin strand.
   Come on, Marta. Grow up.
Here's a good trick: Get a job as a judge at the Olympics. Then, if some guy
sets a world record, pretend that you didn't see it and go, "Okay, is
everybody ready to start now?"
Too bad when I was a kid there wasn't a guy in our M
class that everybody called
the "Cricket Boy", because I would have liked to stand up in class and tell
everybody, "You can make fun of the Cricket Boy if you want to, but to me he's
just like everybody else." Then everybody would leave the Cricket Boy alone,
and I'd invite him over to spend the night at my house, but after about five
minutes of that loud chirping I'd have to kick him out.
   Maybe later we could get up a petition to get the Cricket Family run out of
town. Bye, Cricket Boy.
 laughed at my great-grandfather, just because he worked hard
and saved his money. True, working at the hardware store didn't pay much, but
he felt it was better than what everybody else did, which was go up to the
volcano and collect the gold nuggets it shot out every day.
   It turned out he was right. After forty years, the volcano petered out.
Everybody left town, and the hardware store went broke. Finally he decided to
collect gold nuggets too, but there weren't many left by then. Plus, he broke
 and the doctor's bills were real high.
If I had a nickname, I think I would want it to be "Prince of Weasels",
because then I could go up and bite people and they would turn around and go,
"What the-?" And then they would recognize me, and go, "Oh, it's you, the
As the sleek new sports car wound its way up the tortuous road, Henri tought
back to the torture he had received ten minutes ago. "Ah, air conditioning",
he thought as he aimed the vents toward the numerous whip marks on his M
chest, and groinal area.
I hope, when they die, cartoon characters have to answer for their sins.
Marta was watching the football game with me when she said, "You know, most of
these sports are based on the idea of one group protecting its territory from
invasion by another group."
   "Yeah," I said, trying not to laugh.
Whether they ever find life there or not, I think Jupiter should be considered
When the chairman introduced the guest speaker as a formeM
got up from my chair and yelled, "What's the matter, no jobs on Mars?" When no
one laughed, I was real embarrassed. I don't think people should make you feel
It's amazing to me that one of the world's most feared diseases would be
carried by one of the world's smallest animals: the real tiny dog.
One thing that makes me believe in UFOs is, sometimes I lose stuff.
I guess more bad things have been done in the name of progress than any other.
I myself have been guilty of thM
is. When I was a teen-ager, I stole a car and
drove it out into the desert and set it on fire. When the police showed up, I
just shrugged and said, "Hey, progress."
   Boy, did I have a lot to learn.
Sometimes, when I drive across the desert in the middle of the night, with no
other cars around, I start imagining: What if there were no civilization out
there? No cities, no factories, no people? And then I think: No people or
factories? Then who made this car? And this highway? And I get so confused I
 to stick my head out the window into the driving rain - unless there's
lightning, because I could get struck on the head by a bolt.
The difference between a man and a boy is, a boy wants to grow up to be a
fireman, but a man wants to grow up to be a giant monster fireman.
I think the monkeys at the zoo should have to wear sunglasses so they can't
Sometimes life seems like a dream, especially when I look down and see that I
forgot to put on my pants.
Love can sweep you off your feet aM
nd carry you along in a way you've never
known before. But the ride always ends, and you end up feeling lonely and
   Wait. It's not love I'm describing. I'm thinking of a monorail.
I wouldn't be surprised if someday some fisherman caught a big shark and cut
it open, and there inside was a whole person. Then they cut the person open,
and in him is a little baby shark. And in the baby shark there isn't a person,
because it would be too small. But there's a little doll or something, like a
mbat little toy guy - something like that.
I bet it was pretty hard to pick up girls if you had the Black Death.
Sometimes I wish Marta were more loyal to me. Like the other day. The car
parked next to ours had a real dirty windshield; so I wrote THIS CAR LOOKS
LIKE A FART in the dirt. Later I asked Marta if she thought it was a childish
thing to do. She said, "Well, maybe," Man, whose side is she on, anyway?
Sometimes I wonder if I'm sexy enough. When I walk into a singles bar with my
irt, "fashionable" slacks, and a big new rubber manta-ray
helmet. I can't help wondering: Do women want to talk to me for myself, or do
they just want to get a feel of that nice rubber manta skin?
It's too bad that whole families have to be torn apart by something as simple
The land that had nourished him and had borne him fruit now turned against him
and called him a fruit.
   Man, I hate land like that.
Life, to me, is like a quiet forest pool, one that needs a direct hit from a
ock half-buried in the ground. You pull and you pull, but you can't get
the rock out of the ground. So you give it a good kick, but you lose your
balance and go skidding down the hill toward the pool. Then out comes a big
Hawaiian man who was screwing his wife beside the pool because they thought it
was real pretty. He tells you to get out of there, but you start faking it,
like you're talking Hawaiian, and then he gets mad and chases you . . .
It's fascinating to think that all around us there's an invisibM
can't even see. I'm speaking, of course, of the World of the Invisible Scary
Whenever I hear the sparrow chirping, watch the woodpecker chirp, catch a
chirping trout, or listen to the sad howl of the chirp rat, I think: Oh boy!
I'm going insane again.
If they have moving sidewalks in the future, when you get on them, I think you
should have to assume sort of a walking shape so as not to frighten the dogs.
He was the kind of man who was not ashamed to show affection. I guess thatM
what I hated about him.
I think college administrators should encourage students to urinate on walls
and bushes, because then when students from another college come sniffing
around, they'll know this is someone else's territory.
The next time I have meat and mashed potatoes, I think I'll put a very large
blob of potatoes on my plate with just a little piece of meat. And if someone
asks me why I didn't get more meat, I'll just say, "Oh, you mean this?" and
pull out a big piece of meat from inside theM
 blob of potatoes, where I've
   Good magic trick, huh?
I think my new thing will be to try to be a real happy guy. I'll just walk
around being real happy until some jerk says something stupid to me.
If you work on a lobster boat, sneaking up behind people and pinching them is
probably a joke that gets old real fast.
If you want to be the most popular person in your class, whenever the
professor pauses in his lecture, just let out a big snort and say "How do you
figger that!" real loud. ThM
en lean back and sort of smirk.
Too bad Lassie didn't know how to ice skate, because then if she was in
Holland on vacation in winter and someone said "Lassie, go skate for help,"
When you're going up the stairs and you take a step, kick the other leg up
high behind you to keep people from following too close.
If you're ever shipwrecked on a tropical island and you don't know how to
speak the natives' language, just say "Poppy-oomy." I bet it means something.
I wish scientists wouldM
 come up with an ear of corn that was big and round,
because then when you were eating it, it'd be fun to make chew marks in the
shape of continents.
I wonder if angels believe in ghosts.
I have to laugh when I think of the first cigar, because it was probably just
a bunch of rolled-up tobacco leaves.
I don't understand people who say life is a mystery, because what is it they
Instead of studying for finals, what about just going to the Bahamas and
catching some rays? Maybe you'll fluM
nk, but you might have flunked anyway;
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(From the Mahabharata)
In plain but noble language it unfolds a philosophical system which remains to this day the prevailing Brahmanic belief, blending as it does the doctrines of Kapila, Patanjali, and the Vedas. Its simple plot consists of a dialogue held by Prince Arjuna, the brother of King Yudhisthira, with Krishna, the Supreme Deity, wearing the disguise of a charioteer. A great battle is impending between the armies of the Kauravas and Pandavas, and this conversM
ation is maintained in a war-chariot drawn up between the opposing hosts.
There is little else to say which theSong Celestial does not explain for itself.
Ranged thus for battle on the sacred plain--
On Kurukshetra--say, Sanjaya! say
What wrought my people, and the Pandavas?
When he beheld the host of Pandavas,
Raja Duryodhana to Drona drew,
And spake these words:Ah, Guru! see this line,
How vast it is of Pandu fighting-men,
Embattled by the son of Drupada,
Thy scholar in the war!M
 Therein stand ranked
Chiefs like Arjuna, like to Bhima chiefs,
Benders of bows; Virata, Yuyudhan,
Drupada, eminent upon his car,
Dhrishtaket, Chekitan, Kasi's stout lord,
Purujit, Kuntibhoj, and Saivya,
With Yudhamanyu, and Uttamauj
Subhadra's child; and Drupadi's;-all famed!
All mounted on their shining chariots!
On our side, too,--thou best of Brahmans! see
Excellent chiefs, commanders of my line,
Whose names I joy to count: thyself the first,
Then Bhishma, Karna, Kripa fierce in fight,
Vikarna, Aswatthaman; nexM
Strong Saumadatti, with full many more
Valiant and tried, ready this day to die
For me their king, each with his weapon grasped,
Each skilful in the field. Weakest-meseems-
Our battle shows where Bhishma holds command,
And Bhima, fronting him, something too strong!
Have care our captains nigh to Bhishma's ranks
Prepare what help they may! Now, blow my shell!
Then, at the signal of the aged king,
With blare to wake the blood, rolling around
Like to a lion's roar, the trumpeter
Blew the great Conch; and, aM
Trumpets and drums, cymbals and gongs and horns
Burst into sudden clamour; as the blasts
Of loosened tempest, such the tumult seemed!
Then might be seen, upon their car of gold
Yoked with white steeds, blowing their battle-shells,
Krishna the God, Arjuna at his side:
Krishna, with knotted locks, blew his great conch
Carved of theGiant's bone; Arjuna blew
Indra's loud gift; Bhima the terrible--
Wolf-bellied Bhima-blew a long reed-conch;
And Yudhisthira, Kunti's blameless son,
Winded a mighty shellM
And Nakula blew shrill upon his conch
Named theSweet-sounding, Sahadev on his
CalledGem-bedecked, and Kasi's Prince on his.
Sikhandi on his car, Dhrishtadyumn,
Virata, Satyaki the Unsubdued,
Drupada, with his sons, (O Lord of Earth!)
Long-armed Subhadra's children, all blew loud,
So that the clangour shook their foemen's hearts,
With quaking earth and thundering heav'n.
Beholding Dhritirashtra's battle set,
Weapons unsheathing, bows drawn forth, the war
Instant to break-Arjun, whose enM
Was Hanuman the monkey, spake this thing
To Krishna the Divine, his charioteer:
Drive, Dauntless One! to yonder open ground
Betwixt the armies; I would see more nigh
These who will fight with us, those we must slay
To-day, in war's arbitrament; for, sure,
On bloodshed all are bent who throng this plain,
Obeying Dhritirashtra's sinful son.
Thus, by Arjuna prayed, (O Bharata!)
Between the hosts that heavenly Charioteer
Drove the bright car, reining its milk-white steeds
Where Bhishma led,and Drona,and theiM
See! spake he to Arjuna,where they stand,
Thy kindred of the Kurus: and the Prince
Marked on each hand the kinsmen of his house,
Grandsires and sires, uncles and brothers and sons,
Cousins and sons-in-law and nephews, mixed
With friends and honoured elders; some this side,
Some that side ranged: and, seeing those opposed,
Such kith grown enemies-Arjuna's heart
Melted with pity, while he uttered this:
Krishna! as I behold, come here to shed
Their common blood, yon concourse of our kin,
il, my tongue dries in my mouth,
A shudder thrills my body, and my hair
Bristles with horror; from my weak hand slips
Gandiv, the goodly bow; a fever burns
My skin to parching; hardly may I stand;
The life within me seems to swim and faint;
Nothing do I foresee save woe and wail!
It is not good, O Keshav! nought of good
Can spring from mutual slaughter! Lo, I hate
Triumph and domination, wealth and ease,
Thus sadly won! Aho! what victory
Can bring delight, Govinda! what rich spoils
Could profit; what rule recompensM
Of life itself seem sweet, bought with such blood?
Seeing that these stand here, ready to die,
For whose sake life was fair, and pleasure pleased,
And power grew precious:-grandsires, sires, and sons,
Brothers, and fathers-in-law, and sons-in-law,
Elders and friends! Shall I deal death on these
Even though they seek to slay us? Not one blow,
O Madhusudan! will I strike to gain
The rule of all Three Worlds; then, how much less
To seize an earthly kingdom! Killing these
Must breed but anguish, Krishna! IM
Guilty, we shall grow guilty by their deaths;
Their sins will light on us, if we shall slay
Those sons of Dhritirashtra, and our kin;
What peace could come of that, O Madhava?
For if indeed, blinded by lust and wrath,
These cannot see, or will not see, the sin
Of kingly lines o'erthrown and kinsmen slain,
How should not we, who see, shun such a crime--
We who perceive the guilt and feel the shame--
O thou Delight of Men, Janardana?
By overthrow of houses perisheth
Their sweet continuous household piety,
nd-rites neglected, piety extinct--
Enters impiety upon that home;
Its women grow unwomaned, whence there spring
Mad passions, and the mingling-up of castes,
Sending a Hell-ward road that family,
And whoso wrought its doom by wicked wrath.
Nay, and the souls of honoured ancestors
Fall from their place of peace, being bereft
Of funeral-cakes and the wan death-water.[FN#1]
So teach our holy hymns. Thus, if we slay
Kinsfolk and friends for love of earthly power,
Ahovat! what an evil fault it were!
Better I deem it, ifM
To face them weaponless, and bare my breast
To shaft and spear, than answer blow with blow.
So speaking, in the face of those two hosts,
Arjuna sank upon his chariot-seat,
And let fall bow and arrows, sick at heart.
HERE ENDETH CHAPTER I. OF THE BHAGAVAD-GITA,
EntitledArjun-Vishad,
OrThe Book of the Distress of Arjuna.
Him, filled with such compassion and such grief,
With eyes tear-dimmed, despondent, in stern words
The Driver, Madhusudan, thus addressed:
his weakness taken thee? Whence springs
The inglorious trouble, shameful to the brave,
Barring the path of virtue? Nay, Arjun!
Forbid thyself to feebleness! it mars
Thy warrior-name! cast off the coward-fit!
Wake! Be thyself! Arise, Scourge of thy Foes!
How can I, in the battle, shoot with shafts
On Bhishma, or on Drona-O thou Chief!--
Both worshipful, both honourable men?
Better to live on beggar's bread
With those we love alive,
Than taste their blood in rich feasts spread,
And guiltily survive!
it worse-who knows?--to be
Victor or vanquished here,
When those confront us angrily
Whose death leaves living drear?
In pity lost, by doubtings tossed,
My thoughts-distracted-turn
To Thee, the Guide I reverence most,
That I may counsel learn:
I know not what would heal the grief
Burned into soul and sense,
If I were earth's unchallenged chief--
A god--and these gone thence!
So spake Arjuna to the Lord of Hearts,
And sighing,I will not fight! held silence then.
To whom, with tender smile, (O Bharata! )
le the Prince wept despairing 'twixt those hosts,
Krishna made answer in divinest verse:
Thou grievest where no grief should be! thou speak'st
Words lacking wisdom! for the wise in heart
Mourn not for those that live, nor those that die.
Nor I, nor thou, nor any one of these,
Ever was not, nor ever will not be,
For ever and for ever afterwards.
All, that doth live, lives always! To man's frame
As there come infancy and youth and age,
So come there raisings-up and layings-down
Of other and of other life-aboM
Which the wise know, and fear not. This that irks--
Thy sense-life, thrilling to the elements--
Bringing thee heat and cold, sorrows and joys,
'Tis brief and mutable! Bear with it, Prince!
As the wise bear. The soul which is not moved,
The soul that with a strong and constant calm
Takes sorrow and takes joy indifferently,
Lives in the life undying! That which is
Can never cease to be; that which is not
Will not exist. To see this truth of both
Is theirs who part essence from accident,
Substance from shadow. InM
Learn thou! the Life is, spreading life through all;
It cannot anywhere, by any means,
Be anywise diminished, stayed, or changed.
But for these fleeting frames which it informs
With spirit deathless, endless, infinite,
They perish. Let them perish, Prince! and fight!
He who shall say,Lo! I have slain a man!
He who shall think,Lo! I am slain! those both
Know naught! Life cannot slay. Life is not slain!
Never the spirit was born; the spirit shall cease to be never;
Never was time it was not; End and BegM
Birthless and deathless and changeless remaineth the spirit for ever;
Death hath not touched it at all, dead though the house of it seems!
Who knoweth it exhaustless, self-sustained,
Immortal, indestructible,--shall such
Say,I have killed a man, or caused to kill?
Nay, but as when one layeth
His worn-out robes away,
And taking new ones, sayeth,
These will I wear to-day!
So putteth by the spirit
Lightly its garb of flesh,
And passeth to inherit
I say to thee weapons reach not tM
Flame burns it not, waters cannot o'erwhelm,
Nor dry winds wither it. Impenetrable,
Unentered, unassailed, unharmed, untouched,
Immortal, all-arriving, stable, sure,
Invisible, ineffable, by word
And thought uncompassed, ever all itself,
Thus is the Soul declared! How wilt thou, then,--
Knowing it so,--grieve when thou shouldst not grieve?
How, if thou hearest that the man new-dead
Is, like the man new-born, still living man--
One same, existent Spirit--wilt thou weep?
The end of birth is death; the end ofM
Is birth: this is ordained! and mournest thou,
Chief of the stalwart arm! for what befalls
Which could not otherwise befall? The birth
Of living things comes unperceived; the death
Comes unperceived; between them, beings perceive:
What is there sorrowful herein, dear Prince?
Wonderful, wistful, to contemplate!
Difficult, doubtful, to speak upon!
Strange and great for tongue to relate,
Mystical hearing for every one!
Nor wotteth man this, what a marvel it is,
When seeing, and saying, and hearing are done!
s Life within all living things, my Prince!
Hides beyond harm; scorn thou to suffer, then,
For that which cannot suffer. Do thy part!
Be mindful of thy name, and tremble not!
Nought better can betide a martial soul
Than lawful war; happy the warrior
To whom comes joy of battle--comes, as now,
Glorious and fair, unsought; opening for him
A gateway unto Heav'n. But, if thou shunn'st
This honourable field--a Kshattriya--
If, knowing thy duty and thy task, thou bidd'st
Duty and task go by--that shall be sin!
to come shall speak thee infamy
From age to age; but infamy is worse
For men of noble blood to bear than death!
The chiefs upon their battle-chariots
Will deem 'twas fear that drove thee from the fray.
Of those who held thee mighty-souled the scorn
Thou must abide, while all thine enemies
Will scatter bitter speech of thee, to mock
The valour which thou hadst; what fate could fall
More grievously than this? Either--being killed--
Thou wilt win Swarga's safety, or--alive
And victor--thou wilt reign an earthly king.
Therefore, arise, thou Son of Kunti! brace
Thine arm for conflict, nerve thy heart to meet--
As things alike to thee--pleasure or pain,
Profit or ruin, victory or defeat:
So minded, gird thee to the fight, for so
Thus far I speak to thee
As from theSankhya--unspiritually--
Hear now the deeper teaching of the Yog,
Which holding, understanding, thou shalt burst
Thy Karmabandh, the bondage of wrought deeds.
Here shall no end be hindered, no hope marred,
No loss be feared: faith--yea, a little faithM
Shall save thee from the anguish of thy dread.
Here, Glory of the Kurus! shines one rule--
One steadfast rule--while shifting souls have laws
Many and hard. Specious, but wrongful deem
The speech of those ill-taught ones who extol
The letter of their Vedas, saying,This
Is all we have, or need; being weak at heart
With wants, seekers of Heaven: which comes--they say--
Asfruit of good deeds done; promising men
Much profit in new births for works of faith;
In various rites abounding; following whereon
hall accrue towards wealth and power;
Albeit, who wealth and power do most desire
Least fixity of soul have such, least hold
On heavenly meditation. Much these teach,
From Veds, concerning thethree qualities;
But thou, be free of thethree qualities,
Free of thepairs of opposites,[FN#2] and free
From that sad righteousness which calculates;
Self-ruled, Arjuna! simple, satisfied![FN#3]
Look! like as when a tank pours water forth
To suit all needs, so do these Brahmans draw
Text for all wants from tank of Holy Writ.
ut thou, want not! ask not! Find full reward
Of doing right in right! Let right deeds be
Thy motive, not the fruit which comes from them.
And live in action! Labour! Make thine acts
Thy piety, casting all self aside,
Contemning gain and merit; equable
In good or evil: equability
Is less, far less, than the right-thinking mind.
Seek refuge in thy soul; have there thy heaven!
Scorn them that follow virtue for her gifts!
The mind of pure devotion--even here--
Casts equally aside goM
Passing above them. Unto pure devotion
Devote thyself: with perfect meditation
Comes perfect act, and the right-hearted rise--
More certainly because they seek no gain--
Forth from the bands of body, step by step,
To highest seats of bliss. When thy firm soul
Hath shaken off those tangled oracles
Which ignorantly guide, then shall it soar
To high neglect of what's denied or said,
This way or that way, in doctrinal writ.
Troubled no longer by the priestly lore,
Safe shall it live, and sure; steadfaM
On meditation. This is Yog--and Peace!
What is his mark who hath that steadfast heart,
Confirmed in holy meditation? How
Know we his speech, Kesava? Sits he, moves he
When one, O Pritha's Son!
Abandoning desires which shake the mind--
Finds in his soul full comfort for his soul,
He hath attained the Yog--that man is such!
In sorrows not dejected, and in joys
Not overjoyed; dwelling outside the stress
Of passion, fear, and anger; fixed in calms
Of lofty contemplation;--suchM
Is Muni, is the Sage, the true Recluse!
He who to none and nowhere overbound
By ties of flesh, takes evil things and good
Neither desponding nor exulting, such
Bears wisdom's plainest mark! He who shall draw
As the wise tortoise draws its four feet safe
Under its shield, his five frail senses back
Under the spirit's buckler from the world
Which else assails them, such an one, my Prince!
Hath wisdom's mark! Things that solicit sense
Hold off from the self-governed; nay, it comes,
The appetites of him who livM
Depart,--aroused no more. Yet may it chance,
O Son of Kunti! that a governed mind
Shall some time feel the sense-storms sweep, and wrest
Strong self-control by the roots. Let him regain
His kingdom! let him conquer this, and sit
On Me intent. That man alone is wise
Who keeps the mastery of himself! If one
Ponders on objects of the sense, there springs
Attraction; from attraction grows desire,
Desire flames to fierce passion, passion breeds
Recklessness; then the memory--all betrayed--
Lets noble purpose gM
o, and saps the mind,
Till purpose, mind, and man are all undone.
But, if one deals with objects of the sense
Not loving and not hating, making them
Serve his free soul, which rests serenely lord,
Lo! such a man comes to tranquillity;
And out of that tranquillity shall rise
The end and healing of his earthly pains,
Since the will governed sets the soul at peace.
The soul of the ungoverned is not his,
Nor hath he knowledge of himself; which lacked,
How grows serenity? and, wanting that,
Whence shall he hope for happM
That gives itself to follow shows of sense
Seeth its helm of wisdom rent away,
And, like a ship in waves of whirlwind, drives
To wreck and death. Only with him, great Prince!
Whose senses are not swayed by things of sense--
Only with him who holds his mastery,
Shows wisdom perfect. What is midnight-gloom
To unenlightened souls shines wakeful day
To his clear gaze; what seems as wakeful day
Is known for night, thick night of ignorance,
To his true-seeing eyes. Such is the Saint!
And like the ocean, dM
Floods from all lands, which never overflows
Its boundary-line not leaping, and not leaving,
Fed by the rivers, but unswelled by those;--
So is the perfect one! to his soul's ocean
The world of sense pours streams of witchery;
They leave him as they find, without commotion,
Taking their tribute, but remaining sea.
Yea! whoso, shaking off the yoke of flesh
Lives lord, not servant, of his lusts; set free
From pride, from passion, from the sin ofSelf,
Toucheth tranquillity! O Pritha's Son!
the state of Brahm! There rests no dread
When that last step is reached! Live where he will,
Die when he may, such passeth from all 'plaining,
To blest Nirvana, with the Gods, attaining.
HERE ENDETH CHAPTER II. OF THE BHAGAVAD-GITA,
EntitledSankhya-Yog,
OrThe Book of Doctrines.
Thou whom all mortals praise, Janardana!
If meditation be a nobler thing
Than action, wherefore, then, great Kesava!
Dost thou impel me to this dreadful fight?
Now am I by thy doubtful speech disturbed!
, and tell me certainly;
By what road shall I find the better end?
I told thee, blameless Lord! there be two paths
Shown to this world; two schools of wisdom.
The Sankhya's, which doth save in way of works
Prescribed[FN#4] by reason; next, the Yog, which bids
Attain by meditation, spiritually:
Yet these are one! No man shall 'scape from act
By shunning action; nay, and none shall come
By mere renouncements unto perfectness.
Nay, and no jot of time, at any time,
Rests any actionless; his nature's law
Compels him, even unwilling, into act;
[For thought is act in fancy]. He who sits
Suppressing all the instruments of flesh,
Yet in his idle heart thinking on them,
Plays the inept and guilty hypocrite:
But he who, with strong body serving mind,
Gives up his mortal powers to worthy work,
Not seeking gain, Arjuna! such an one
Is honourable. Do thine allotted task!
Work is more excellent than idleness;
The body's life proceeds not, lacking work.
There is a task of holiness to do,
Unlike world-binding toil, which bindeM
The faithful soul; such earthly duty do
Free from desire, and thou shalt well perform
Thy heavenly purpose. Spake Prajapati--
In the beginning, when all men were made,
And, with mankind, the sacrifice--Do this!
Work! sacrifice! Increase and multiply
With sacrifice! This shall be Kamaduk,
Your 'Cow of Plenty,' giving back her milk
Of all abundance. Worship the gods thereby;
The gods shall yield thee grace. Those meats ye crave
The gods will grant to Labour, when it pays
Tithes in the altar-flame. But if one eM
Fruits of the earth, rendering to kindly Heaven
No gift of toil, that thief steals from his world.
Who eat of food after their sacrifice
Are quit of fault, but they that spread a feast
All for themselves, eat sin and drink of sin.
By food the living live; food comes of rain,
And rain comes by the pious sacrifice,
And sacrifice is paid with tithes of toil;
Thus action is of Brahma, who is One,
The Only, All-pervading; at all times
Present in sacrifice. He that abstains
To help the rolling wheels of this great woM
Glutting his idle sense, lives a lost life,
Shameful and vain. Existing for himself,
Self-concentrated, serving self alone,
No part hath he in aught; nothing achieved,
Nought wrought or unwrought toucheth him; no hope
Of help for all the living things of earth
Depends from him.[FN#5] Therefore, thy task prescribed
With spirit unattached gladly perform,
Since in performance of plain duty man
Mounts to his highest bliss. By works alone
Janak and ancient saints reached blessedness!
Moreover, for the upholding of M
Action thou should'st embrace. What the wise choose
The unwise people take; what best men do
The multitude will follow. Look on me,
Thou Son of Pritha! in the three wide worlds
I am not bound to any toil, no height
Awaits to scale, no gift remains to gain,
Yet I act here! and, if I acted not--
Earnest and watchful--those that look to me
For guidance, sinking back to sloth again
Because I slumbered, would decline from good,
And I should break earth's order and commit
Her offspring unto ruin, Bharata!
as the unknowing toil, wedded to sense,
So let the enlightened toil, sense-freed, but set
To bring the world deliverance, and its bliss;
Not sowing in those simple, busy hearts
Seed of despair. Yea! let each play his part
In all he finds to do, with unyoked soul.
All things are everywhere by Nature wrought
In interaction of the qualities.
The fool, cheated by self, thinks,This I did
AndThat I wrought;but--ah, thou strong-armed Prince!--
A better-lessoned mind, knowing the play
Of visible things within the world of M
And how the qualities must qualify,
Standeth aloof even from his acts. Th' untaught
Live mixed with them, knowing not Nature's way,
Of highest aims unwitting, slow and dull.
Those make thou not to stumble, having the light;
But all thy dues discharging, for My sake,
With meditation centred inwardly,
Seeking no profit, satisfied, serene,
Heedless of issue--fight! They who shall keep
My ordinance thus, the wise and willing hearts,
Have quittance from all issue of their acts;
But those who disregard My ordinancM
Thinking they know, know nought, and fall to loss,
Confused and foolish. 'Sooth, the instructed one
Doth of his kind, following what fits him most:
And lower creatures of their kind; in vain
Contending 'gainst the law. Needs must it be
The objects of the sense will stir the sense
To like and dislike, yet th' enlightened man
Yields not to these, knowing them enemies.
Finally, this is better, that one do
His own task as he may, even though he fail,
Than take tasks not his own, though they seem good.
But who seeks other roads shall wander still.
Yet tell me, Teacher! by what force doth man
Go to his ill, unwilling; as if one
Pushed him that evil path?
Passion it is! born of the Darknesses,
Which pusheth him. Mighty of appetite,
Sinful, and strong is this!--man's enemy!
As smoke blots the white fire, as clinging rust
Mars the bright mirror, as the womb surrounds
The babe unborn, so is the world of things
Foiled, soiled, enclosed in this desire of flesh.
all, caught in it; the unresting foe
It is of wisdom, wearing countless forms,
Fair but deceitful, subtle as a flame.
Sense, mind, and reason--these, O Kunti's Son!
Are booty for it; in its play with these
It maddens man, beguiling, blinding him.
Therefore, thou noblest child of Bharata!
Govern thy heart! Constrain th' entangled sense!
Resist the false, soft sinfulness which saps
Knowledge and judgment! Yea, the world is strong,
But what discerns it stronger, and the mind
Strongest; and high o'er all the ruling SouM
Wherefore, perceiving Him who reigns supreme,
Put forth full force of Soul in thy own soul!
Fight! vanquish foes and doubts, dear Hero! slay
What haunts thee in fond shapes, and would betray!
HERE ENDETH CHAPTER III. OF THE BHAGAVAD-GITA,
OrThe Book of Virtue in Work.
This deathless Yoga, this deep union,
I taught Vivaswata,[FN#6] the Lord of Light;
Vivaswata to Manu gave it; he
To Ikshwaku; so passed it down the line
Of all my royal Rishis. Then, with years,
w dim and perished, noble Prince!
Now once again to thee it is declared--
This ancient lore, this mystery supreme--
Seeing I find thee votary and friend.
Thy birth, dear Lord, was in these later days,
And bright Vivaswata's preceded time!
How shall I comprehend this thing thou sayest,
From the beginning it was I who taught?
Manifold the renewals of my birth
Have been, Arjuna! and of thy births, too!
But mine I know, and thine thou knowest not,
O Slayer of thy Foes! Albeit I be
Unborn, undying, indeM
The Lord of all things living; not the less--
By Maya, by my magic which I stamp
On floating Nature-forms, the primal vast--
I come, and go, and come. When Righteousness
Declines, O Bharata! when Wickedness
Is strong, I rise, from age to age, and take
Visible shape, and move a man with men,
Succouring the good, thrusting the evil back,
And setting Virtue on her seat again.
Who knows the truth touching my births on earth
And my divine work, when he quits the flesh
Puts on its load no more, falls no more M
To earthly birth: to Me he comes, dear Prince!
Many there be who come! from fear set free,
From anger, from desire; keeping their hearts
Fixed upon me--my Faithful--purified
By sacred flame of Knowledge. Such as these
Mix with my being. Whoso worship me,
Them I exalt; but all men everywhere
Shall fall into my path; albeit, those souls
Which seek reward for works, make sacrifice
Now, to the lower gods. I say to thee
Here have they their reward. But I am He
Made the Four Castes, and portioned them a place
their qualities and gifts. Yea, I
Created, the Reposeful; I that live
Immortally, made all those mortal births:
For works soil not my essence, being works
Wrought uninvolved.[FN#7] Who knows me acting thus
Unchained by action, action binds not him;
And, so perceiving, all those saints of old
Worked, seeking for deliverance. Work thou
As, in the days gone by, thy fathers did.
Thou sayst, perplexed, It hath been asked before
By singers and by sages,What is act,
And what inaction?I will teach thee this,
thou shalt learn which work doth save
Needs must one rightly meditate those three--
Doing,--not doing,--and undoing. Here
Thorny and dark the path is! He who sees
How action may be rest, rest action--he
Is wisest 'mid his kind; he hath the truth!
He doeth well, acting or resting. Freed
In all his works from prickings of desire,
Burned clean in act by the white fire of truth,
The wise call that man wise; and such an one,
Renouncing fruit of deeds, always content.
Always self-satisfying, if he works,
t shall stain his separate soul,
Which--quit of fear and hope--subduing self--
Rejecting outward impulse--yielding up
To body's need nothing save body, dwells
Sinless amid all sin, with equal calm
Taking what may befall, by grief unmoved,
Unmoved by joy, unenvyingly; the same
In good and evil fortunes; nowise bound
By bond of deeds. Nay, but of such an one,
Whose crave is gone, whose soul is liberate,
Whose heart is set on truth--of such an one
What work he does is work of sacrifice,
Which passeth purely into ash aM
Consumed upon the altar! All's then God!
The sacrifice is Brahm, the ghee and grain
Are Brahm, the fire is Brahm, the flesh it eats
Is Brahm, and unto Brahm attaineth he
Who, in such office, meditates on Brahm.
Some votaries there be who serve the gods
With flesh and altar-smoke; but other some
Who, lighting subtler fires, make purer rite
With will of worship. Of the which be they
Who, in white flame of continence, consume
Joys of the sense, delights of eye and ear,
Forgoing tender speech and sound of songM
And they who, kindling fires with torch of Truth,
Burn on a hidden altar-stone the bliss
Of youth and love, renouncing happiness:
And they who lay for offering there their wealth,
Their penance, meditation, piety,
Their steadfast reading of the scrolls, their lore
Painfully gained with long austerities:
And they who, making silent sacrifice,
Draw in their breath to feed the flame of thought,
And breathe it forth to waft the heart on high,
Governing the ventage of each entering air
Lest one sigh pass which helpethM
And they who, day by day denying needs,
Lay life itself upon the altar-flame,
Burning the body wan. Lo! all these keep
The rite of offering, as if they slew
Victims; and all thereby efface much sin.
Yea! and who feed on the immortal food
Left of such sacrifice, to Brahma pass,
To The Unending. But for him that makes
No sacrifice, he hath nor part nor lot
Even in the present world. How should he share
Another, O thou Glory of thy Line?
In sight of Brahma all these offerings
Are spread and are acceptedM
That all proceed by act; for knowing this,
Thou shalt be quit of doubt. The sacrifice
Which Knowledge pays is better than great gifts
Offered by wealth, since gifts' worth--O my Prince!
Lies in the mind which gives, the will that serves:
And these are gained by reverence, by strong search,
By humble heed of those who see the Truth
And teach it. Knowing Truth, thy heart no more
Will ache with error, for the Truth shall show
All things subdued to thee, as thou to Me.
Moreover, Son of Pandu! wert thou worM
Of all wrong-doers, this fair ship of Truth
Should bear thee safe and dry across the sea
Of thy transgressions. As the kindled flame
Feeds on the fuel till it sinks to ash,
So unto ash, Arjuna! unto nought
The flame of Knowledge wastes works' dross away!
There is no purifier like thereto
In all this world, and he who seeketh it
Shall find it--being grown perfect--in himself.
Believing, he receives it when the soul
Masters itself, and cleaves to Truth, and comes--
Possessing knowledge--to the higher peace,
termost repose. But those untaught,
And those without full faith, and those who fear
Are shent; no peace is here or other where,
No hope, nor happiness for whoso doubts.
He that, being self-contained, hath vanquished doubt,
Disparting self from service, soul from works,
Enlightened and emancipate, my Prince!
Works fetter him no more! Cut then atwain
With sword of wisdom, Son of Bharata!
This doubt that binds thy heart-beats! cleave the bond
Born of thy ignorance! Be bold and wise!
Give thyself to the field with me!M
HERE ENDETH CHAPTER IV. OF THE BHAGAVAD-GITA,
OrThe Book of the Religion of Knowledge,
Yet, Krishna! at the one time thou dost laud
Surcease of works, and, at another time,
Service through work. Of these twain plainly tell
Which is the better way?
Is well, and to do works in holiness
Is well; and both conduct to bliss supreme;
But of these twain the better way is his
Who working piously refraineth not.
That is the true Renouncer, firm and fiM
Who--seeking nought, rejecting nought--dwells proof
Against theopposites.[FN#8] O valiant Prince!
In doing, such breaks lightly from all deed:
'Tis the new scholar talks as they were two,
This Sankhya and this Yoga: wise men know
Who husbands one plucks golden fruit of both!
The region of high rest which Sankhyans reach
Yogins attain. Who sees these twain as one
Sees with clear eyes! Yet such abstraction, Chief!
Is hard to win without much holiness.
Whoso is fixed in holiness, self-ruled,
Pure-hearted, lord ofM
 senses and of self,
Lost in the common life of all which lives--
AYogayukt--he is a Saint who wends
Straightway to Brahm. Such an one is not touched
By taint of deeds.Nought of myself I do!
Thus will he think-who holds the truth of truths--
In seeing, hearing, touching, smelling; when
He eats, or goes, or breathes; slumbers or talks,
Holds fast or loosens, opes his eyes or shuts;
Always assuredThis is the sense-world plays
With senses.He that acts in thought of Brahm,
Detaching end from act, with act content,
world of sense can no more stain his soul
Than waters mar th' enamelled lotus-leaf.
With life, with heart, with mind,-nay, with the help
Of all five senses--letting selfhood go--
Yogins toil ever towards their souls' release.
Such votaries, renouncing fruit of deeds,
Gain endless peace: the unvowed, the passion-bound,
Seeking a fruit from works, are fastened down.
The embodied sage, withdrawn within his soul,
At every act sits godlike inthe town
Which hath nine gateways,[FN#9] neither doing aught
ed. This world's Lord makes
Neither the work, nor passion for the work,
Nor lust for fruit of work; the man's own self
Pushes to these! The Master of this World
Takes on himself the good or evil deeds
Of no man--dwelling beyond! Mankind errs here
By folly, darkening knowledge. But, for whom
That darkness of the soul is chased by light,
Splendid and clear shines manifest the Truth
As if a Sun of Wisdom sprang to shed
Its beams of dawn. Him meditating still,
Him seeking, with Him blended, stayed on Him,
uminated take that road
Which hath no turning back--their sins flung off
By strength of faith. [Who will may have this Light;
Who hath it sees.] To him who wisely sees,
The Brahman with his scrolls and sanctities,
The cow, the elephant, the unclean dog,
The Outcast gorging dog's meat, are all one.
The world is overcome--aye! even here!
By such as fix their faith on Unity.
The sinless Brahma dwells in Unity,
And they in Brahma. Be not over-glad
Attaining joy, and be not over-sad
Encountering grief, but, stayed on BrM
Constant let each abide! The sage whose soul
Holds off from outer contacts, in himself
Finds bliss; to Brahma joined by piety,
His spirit tastes eternal peace. The joys
Springing from sense-life are but quickening wombs
Which breed sure griefs: those joys begin and end!
The wise mind takes no pleasure, Kunti's Son!
In such as those! But if a man shall learn,
Even while he lives and bears his body's chain,
To master lust and anger, he is blest!
He is the Yukta; he hath happiness,
Contentment, light, withM
in: his life is merged
In Brahma's life; he doth Nirvana touch!
Thus go the Rishis unto rest, who dwell
With sins effaced, with doubts at end, with hearts
Governed and calm. Glad in all good they live,
Nigh to the peace of God; and all those live
Who pass their days exempt from greed and wrath,
Subduing self and senses, knowing the Soul!
The Saint who shuts outside his placid soul
All touch of sense, letting no contact through;
Whose quiet eyes gaze straight from fixed brows,
Whose outward breath and inward breath M
Equal and slow through nostrils still and close;
That one-with organs, heart, and mind constrained,
Bent on deliverance, having put away
Passion, and fear, and rage;--hath, even now,
Obtained deliverance, ever and ever freed.
Yea! for he knows Me Who am He that heeds
The sacrifice and worship, God revealed;
And He who heeds not, being Lord of Worlds,
Lover of all that lives, God unrevealed,
Wherein who will shall find surety and shield!
HERE ENDS CHAPTER V. OF THE BHAGAVAD-GITA,
EntitledKarmasanyasayog,
rThe Book of Religion by Renouncing Fruit of Works.
Therefore, who doeth work rightful to do,
Not seeking gain from work, that man, O Prince!
Is Sanyasi and Yogi--both in one
And he is neither who lights not the flame
Of sacrifice, nor setteth hand to task.
Regard as true Renouncer him that makes
Worship by work, for who renounceth not
Works not as Yogin. So is that well said:
By works the votary doth rise to faith,
And saintship is the ceasing from all works;
Because the perfect Yogin acts--buM
Unmoved by passions and unbound by deeds,
Setting result aside.
The Self by Soul, not trample down his Self,
Since Soul that is Self's friend may grow Self's foe.
Soul is Self's friend when Self doth rule o'er Self,
But Self turns enemy if Soul's own self
Hates Self as not itself.[FN#10]
Of him who lives self-governed and at peace
Is centred in itself, taking alike
Pleasure and pain; heat, cold; glory and shame.
He is the Yogi, he is Yukta, glad
With joy of light and truM
Upon a peak, with senses subjugate
Whereto the clod, the rock, the glistering gold
Show all as one. By this sign is he known
Being of equal grace to comrades, friends,
Chance-comers, strangers, lovers, enemies,
Aliens and kinsmen; loving all alike,
Sequestered should he sit,
Steadfastly meditating, solitary,
His thoughts controlled, his passions laid away,
Quit of belongings. In a fair, still spot
Having his fixed abode,--not too much raised,
Nor yet too low,--let him abide, his gooM
A cloth, a deerskin, and the Kusa-grass.
There, setting hard his mind upon The One,
Restraining heart and senses, silent, calm,
Let him accomplish Yoga, and achieve
Pureness of soul, holding immovable
Body and neck and head, his gaze absorbed
Upon his nose-end,[FN#11] rapt from all around,
Tranquil in spirit, free of fear, intent
Upon his Brahmacharya vow, devout,
Musing on Me, lost in the thought of Me.
That Yojin, so devoted, so controlled,
Comes to the peace beyond,--My peace, the peace
Religion is not his who too much fasts
Or too much feasts, nor his who sleeps away
An idle mind; nor his who wears to waste
His strength in vigils. Nay, Arjuna! call
That the true piety which most removes
Earth-aches and ills, where one is moderate
In eating and in resting, and in sport;
Measured in wish and act; sleeping betimes,
Waking betimes for duty.
So living, centres on his soul the thought
Straitly restrained--untouched internally
By stress of sense--then is he Yukta. See!
adfast a lamp burns sheltered from the wind;
Such is the likeness of the Yogi's mind
Shut from sense-storms and burning bright to Heaven.
When mind broods placid, soothed with holy wont;
When Self contemplates self, and in itself
Hath comfort; when it knows the nameless joy
Beyond all scope of sense, revealed to soul--
Only to soul! and, knowing, wavers not,
True to the farther Truth; when, holding this,
It deems no other treasure comparable,
But, harboured there, cannot be stirred or shook
By any gravest grief, caM
That happy severance Yoga; call that man
Steadfastly the will
Must toil thereto, till efforts end in ease,
And thought has passed from thinking. Shaking off
All longings bred by dreams of fame and gain,
Shutting the doorways of the senses close
With watchful ward; so, step by step, it comes
To gift of peace assured and heart assuaged,
When the mind dwells self-wrapped, and the soul broods
Cumberless. But, as often as the heart
Breaks--wild and wavering--from control, so oft
t him re-curb it, let him rein it back
To the soul's governance; for perfect bliss
Grows only in the bosom tranquillised,
The spirit passionless, purged from offence,
Vowed to the Infinite. He who thus vows
His soul to the Supreme Soul, quitting sin,
Passes unhindered to the endless bliss
Of unity with Brahma. He so vowed,
So blended, sees the Life-Soul resident
In all things living, and all living things
In that Life-Soul contained. And whoso thus
Discerneth Me in all, and all in Me,
I never let him go; nor loosenM
Hold upon Me; but, dwell he where he may,
Whate'er his life, in Me he dwells and lives,
Because he knows and worships Me, Who dwell
In all which lives, and cleaves to Me in all.
Arjuna! if a man sees everywhere--
Taught by his own similitude--one Life,
One Essence in the Evil and the Good,
Hold him a Yogi, yea! well-perfected!
Slayer of Madhu! yet again, this Yog,
This Peace, derived from equanimity,
Made known by thee--I see no fixity
Therein, no rest, because the heart of men
Is unfixed, Krishna! rM
Wilful and strong. It were all one, I think,
To hold the wayward wind, as tame man's heart.
Hero long-armed! beyond denial, hard
Man's heart is to restrain, and wavering;
Yet may it grow restrained by habit, Prince!
By wont of self-command. This Yog, I say,
Cometh not lightly to th' ungoverned ones;
But he who will be master of himself
Shall win it, if he stoutly strive thereto.
And what road goeth he who, having faith,
Fails, Krishna! in the striving; falling back
issing the perfect rule?
Is he not lost, straying from Brahma's light,
Like the vain cloud, which floats 'twixt earth and heaven
When lightning splits it, and it vanisheth?
Fain would I hear thee answer me herein,
Since, Krishna! none save thou can clear the doubt.
He is not lost, thou Son of Pritha! No!
Nor earth, nor heaven is forfeit, even for him,
Because no heart that holds one right desire
Treadeth the road of loss! He who should fail,
Desiring righteousness, cometh at death
Unto the Region of the JuM
Measureless years, and being born anew,
Beginneth life again in some fair home
Amid the mild and happy. It may chance
He doth descend into a Yogin house
On Virtue's breast; but that is rare! Such birth
Is hard to be obtained on this earth, Chief!
So hath he back again what heights of heart
He did achieve, and so he strives anew
To perfectness, with better hope, dear Prince!
For by the old desire he is drawn on
Unwittingly; and only to desire
The purity of Yog is to pass
Beyond the Sabdabrahm, the sM
But, being Yogi, striving strong and long,
Purged from transgressions, perfected by births
Following on births, he plants his feet at last
Upon the farther path. Such as one ranks
Above ascetics, higher than the wise,
Beyond achievers of vast deeds! Be thou
Yogi Arjuna! And of such believe,
Truest and best is he who worships Me
With inmost soul, stayed on My Mystery!
HERE ENDETH CHAPTER VI. OF THE BHAGAVAD-GITA,
EntitledAtmasanyamayog,
OrThe Book of Religion by Self-Restraint.
 now, dear Prince! how, if thy soul be set
Ever on Me--still exercising Yog,
Still making Me thy Refuge--thou shalt come
Most surely unto perfect hold of Me.
I will declare to thee that utmost lore,
Whole and particular, which, when thou knowest,
Leaveth no more to know here in this world.
Of many thousand mortals, one, perchance,
Striveth for Truth; and of those few that strive--
Nay, and rise high--one only--here and there--
Knoweth Me, as I am, the very Truth.
Earth, water, flame, air, ether, life, and mind,
 individuality--those eight
Make up the showing of Me, Manifest.
These be my lower Nature; learn the higher,
Whereby, thou Valiant One! this Universe
Is, by its principle of life, produced;
Whereby the worlds of visible things are born
As from a Yoni. Know! I am that womb:
I make and I unmake this Universe:
Than me there is no other Master, Prince!
No other Maker! All these hang on me
As hangs a row of pearls upon its string.
I am the fresh taste of the water; I
The silver of the moon, the gold o' the sun,
 of worship in the Veds, the thrill
That passeth in the ether, and the strength
Of man's shed seed. I am the good sweet smell
Of the moistened earth, I am the fire's red light,
The vital air moving in all which moves,
The holiness of hallowed souls, the root
Undying, whence hath sprung whatever is;
The wisdom of the wise, the intellect
Of the informed, the greatness of the great.
The splendour of the splendid. Kunti's Son!
These am I, free from passion and desire;
Yet am I right desire in all who yearn,
e Bharatas! for all those moods,
Soothfast, or passionate, or ignorant,
Which Nature frames, deduce from me; but all
Are merged in me--not I in them! The world--
Deceived by those three qualities of being--
Wotteth not Me Who am outside them all,
Above them all, Eternal! Hard it is
To pierce that veil divine of various shows
Which hideth Me; yet they who worship Me
Pierce it and pass beyond.
To evil-doers, nor to foolish ones,
Nor to the base and churlish; nor to those
Whose mind is cheated by the shM
Nor those that take the way of Asuras.[FN#12]
Four sorts of mortals know me: he who weeps,
Arjuna! and the man who yearns to know;
And he who toils to help; and he who sits
Certain of me, enlightened.
O Prince of India! highest, nearest, best
That last is, the devout soul, wise, intent
UponThe One. Dear, above all, am I
To him; and he is dearest unto me!
All four are good, and seek me; but mine own,
The true of heart, the faithful--stayed on me,
Taking me as their utmost blessedness,
ey are notmine,but I--even I myself!
At end of many births to Me they come!
Yet hard the wise Mahatma is to find,
That man who sayeth,All is Vasudev![FN#13]
There be those, too, whose knowledge, turned aside
By this desire or that, gives them to serve
Some lower gods, with various rites, constrained
By that which mouldeth them. Unto all such--
Worship what shrine they will, what shapes, in faith--
'Tis I who give them faith! I am content!
The heart thus asking favour from its God,
Darkened but ardent, hath the end M
The lesser blessing--but 'tis I who give!
Yet soon is withered what small fruit they reap:
Those men of little minds, who worship so,
Go where they worship, passing with their gods.
But Mine come unto me! Blind are the eyes
Which deem th' Unmanifested manifest,
Not comprehending Me in my true Self!
Imperishable, viewless, undeclared,
Hidden behind my magic veil of shows,
I am not seen by all; I am not known--
Unborn and changeless--to the idle world.
But I, Arjuna! know all things which were,
ch are, and all which are to be,
Albeit not one among them knoweth Me!
By passion for thepairs of opposites,
By those twain snares of Like and Dislike, Prince!
All creatures live bewildered, save some few
Who, quit of sins, holy in act, informed,
Freed from theopposites,and fixed in faith,
Who cleave, who seek in Me
Refuge from birth[FN#14] and death, those have the Truth!
Those know Me BRAHMA; know Me Soul of Souls,
The ADHYATMAN; know KARMA, my work;
Know I am ADHIBHUTA, Lord of Life,
A, Lord of all the Gods,
And ADHIYAJNA, Lord of Sacrifice;
Worship Me well, with hearts of love and faith,
And find and hold me in the hour of death.
HERE ENDETH CHAPTER VII. OF THE BHAGAVAD-GITA,
OrThe Book of Religion by Discernment.
Who is that BRAHMA? What that Soul of Souls,
The ADHYATMAN? What, Thou Best of All!
Thy work, the KARMA? Tell me what it is
Thou namest ADHIBHUTA? What again
Means ADHIDAIVA? Yea, and how it comes
Thou canst be ADHIYAJNA in thy flesh?
of Madhu! Further, make me know
How good men find thee in the hour of death?
I BRAHMA am! the One Eternal GOD,
And ADHYATMAN is My Being's name,
The Soul of Souls! What goeth forth from Me,
Causing all life to live, is KARMA called:
And, Manifested in divided forms,
I am the ADHIBHUTA, Lord of Lives;
And ADHIDAIVA, Lord of all the Gods,
Because I am PURUSHA, who begets.
And ADHIYAJNA, Lord of Sacrifice,
I--speaking with thee in this body here--
Am, thou embodied one! (for all the shrines
d, at the hour of death,
He that hath meditated Me alone,
In putting off his flesh, comes forth to Me,
Enters into My Being--doubt thou not!
But, if he meditated otherwise
At hour of death, in putting off the flesh,
He goes to what he looked for, Kunti's Son!
Because the Soul is fashioned to its like.
Have Me, then, in thy heart always! and fight!
Thou too, when heart and mind are fixed on Me,
Shalt surely come to Me! All come who cleave
With never-wavering will of firmest faith,
Owning none other Gods: all come toM
The Uttermost, Purusha, Holiest!
Whoso hath known Me, Lord of sage and singer,
Ancient of days; of all the Three Worlds Stay,
Boundless,--but unto every atom Bringer
Of that which quickens it: whoso, I say,
Hath known My form, which passeth mortal knowing;
Seen my effulgence--which no eye hath seen--
Than the sun's burning gold more brightly glowing,
Dispersing darkness,--unto him hath been
Right life! And, in the hour when life is ending,
With mind set fast and trustful piety,
Drawing still breath beneath calM
In happy peace that faithful one doth die,--
In glad peace passeth to Purusha's heaven.
The place which they who read the Vedas name
AKSHARAM,Ultimate; whereto have striven
Saints and ascetics--their road is the same.
That way--the highest way--goes he who shuts
The gates of all his senses, locks desire
Safe in his heart, centres the vital airs
Upon his parting thought, steadfastly set;
And, murmuring OM, the sacred syllable--
Emblem of BRAHM--dies, meditating Me.
For who, none other Gods regardiM
Ever to Me, easily am I gained
By such a Yogi; and, attaining Me,
They fall not--those Mahatmas--back to birth,
To life, which is the place of pain, which ends,
But take the way of utmost blessedness.
The worlds, Arjuna!--even Brahma's world--
Roll back again from Death to Life's unrest;
But they, O Kunti's Son! that reach to Me,
Taste birth no more. If ye know Brahma's Day
Which is a thousand Yugas; if ye know
The thousand Yugas making Brahma's Night,
Then know ye Day and Night as He doth know!
 vast Dawn doth break, th' Invisible
Is brought anew into the Visible;
When that deep Night doth darken, all which is
Fades back again to Him Who sent it forth;
Yea! this vast company of living things--
Again and yet again produced--expires
At Brahma's Nightfall; and, at Brahma's Dawn,
Riseth, without its will, to life new-born.
But--higher, deeper, innermost--abides
Another Life, not like the life of sense,
Escaping sight, unchanging. This endures
When all created things have passed away:
This is that Life named tM
The Infinite! the All! the Uttermost.
Thither arriving none return. That Life
Is Mine, and I am there! And, Prince! by faith
Which wanders not, there is a way to come
Thither. I, the PURUSHA, I Who spread
The Universe around me--in Whom dwell
All living Things--may so be reached and seen!
. . . . . . . . . . . . . . [FN#14]
Richer than holy fruit on Vedas growing,
Greater than gifts, better than prayer or fast,
Such wisdom is! The Yogi, this way knowing,
Comes to the Utmost Perfect Peace at last.
E ENDETH CHAPTER VIII. OF THE BHAGAVAD-GITA,
EntitledAksharaparabrahmayog,
OrThe book of Religion by Devotion to the One Supreme God.
Now will I open unto thee--whose heart
Rejects not--that last lore, deepest-concealed,
That farthest secret of My Heavens and Earths,
Which but to know shall set thee free from ills,--
A royal lore! a Kingly mystery!
Yea! for the soul such light as purgeth it
From every sin; a light of holiness
With inmost splendour shining; plain to see;
Easy to walk by, inexhauM
They that receive not this, failing in faith
To grasp the greater wisdom, reach not Me,
Destroyer of thy foes! They sink anew
Into the realm of Flesh, where all things change!
By Me the whole vast Universe of things
Is spread abroad;--by Me, the Unmanifest!
In Me are all existences contained;
Yet they are not contained,
Those visible things! Receive and strive to embrace
The mystery majestical! My Being--
Creating all, sustaining all--still dwells
See! as the shoreless airs
ve in the measureless space, but are not space,
[And space were space without the moving airs];
So all things are in Me, but are not I.
At closing of each Kalpa, Indian Prince!
All things which be back to My Being come:
At the beginning of each Kalpa, all
Issue new-born from Me.
And help of Prakriti my outer Self,
Again, and yet again, I make go forth
The realms of visible things--without their will--
All of them--by the power of Prakriti.
Yet these great makings, Prince! involve Me not
sit apart from them,
Other, and Higher, and Free; nowise attached!
Thus doth the stuff of worlds, moulded by Me,
Bring forth all that which is, moving or still,
Living or lifeless! Thus the worlds go on!
The minds untaught mistake Me, veiled in form;--
Naught see they of My secret Presence, nought
Of My hid Nature, ruling all which lives.
Vain hopes pursuing, vain deeds doing; fed
On vainest knowledge, senselessly they seek
An evil way, the way of brutes and fiends.
But My Mahatmas, those of noble soul
e path celestial, worship Me
With hearts unwandering,--knowing Me the Source,
Th' Eternal Source, of Life. Unendingly
They glorify Me; seek Me; keep their vows
Of reverence and love, with changeless faith
Adoring Me. Yea, and those too adore,
Who, offering sacrifice of wakened hearts,
Have sense of one pervading Spirit's stress,
One Force in every place, though manifold!
I am the Sacrifice! I am the Prayer!
I am the Funeral-Cake set for the dead!
I am the healing herb! I am the ghee,
The Mantra, and the flame, and M
I am-of all this boundless Universe-
The Father, Mother, Ancestor, and Guard!
The end of Learning! That which purifies
In lustral water! I am OM! I am
Rig-Veda, Sama-Veda, Yajur-Ved;
The Way, the Fosterer, the Lord, the Judge,
The Witness; the Abode, the Refuge-House,
The Friend, the Fountain and the Sea of Life
Which sends, and swallows up; Treasure of Worlds
And Treasure-Chamber! Seed and Seed-Sower,
Whence endless harvests spring! Sun's heat is mine;
Heaven's rain is mine to grant or to withholM
Death am I, and Immortal Life I am,
Arjuna! SAT and ASAT, Visible Life,
Yea! those who learn
The threefold Veds, who drink the Soma-wine,
Purge sins, pay sacrifice--from Me they earn
Passage to Swarga; where the meats divine
Of great gods feed them in high Indra's heaven.
Yet they, when that prodigious joy is o'er,
Paradise spent, and wage for merits given,
Come to the world of death and change once more.
They had their recompense! they stored their treasure,
Following the threefold ScriptureM
Who seeketh such gaineth the fleeting pleasure
Of joy which comes and goes! I grant them it!
But to those blessed ones who worship Me,
Turning not otherwhere, with minds set fast,
I bring assurance of full bliss beyond.
Nay, and of hearts which follow other gods
In simple faith, their prayers arise to me,
O Kunti's Son! though they pray wrongfully;
For I am the Receiver and the Lord
Of every sacrifice, which these know not
Rightfully; so they fall to earth again!
Who follow gods go to their gods; whoM
Their souls to Pitris go to Pitris; minds
To evil Bhuts given o'er sink to the Bhuts;
And whoso loveth Me cometh to Me.
Whoso shall offer Me in faith and love
A leaf, a flower, a fruit, water poured forth,
That offering I accept, lovingly made
With pious will. Whate'er thou doest, Prince!
Eating or sacrificing, giving gifts,
Praying or fasting, let it all be done
For Me, as Mine. So shalt thou free thyself
From Karmabandh, the chain which holdeth men
To good and evil issue, so shalt come
Safe unto Me-when thouM
 art quit of flesh--
By faith and abdication joined to Me!
I am alike for all! I know not hate,
I know not favour! What is made is Mine!
But them that worship Me with love, I love;
They are in Me, and I in them!
If one of evil life turn in his thought
Straightly to Me, count him amidst the good;
He hath the high way chosen; he shall grow
Righteous ere long; he shall attain that peace
Which changes not. Thou Prince of India!
Be certain none can perish, trusting Me!
O Pritha's Son! whoso will turn to Me,M
Though they be born from the very womb of Sin,
Woman or man; sprung of the Vaisya caste
Or lowly disregarded Sudra,--all
Plant foot upon the highest path; how then
The holy Brahmans and My Royal Saints?
Ah! ye who into this ill world are come--
Fleeting and false--set your faith fast on Me!
Fix heart and thought on Me! Adore Me! Bring
Offerings to Me! Make Me prostrations! Make
Me your supremest joy! and, undivided,
Unto My rest your spirits shall be guided.
HERE ENDS CHAPTER IX. OF THE BHAGAVAD-GITA,
EntitledRajaLYvidyarajaguhyayog,
OrThe Book of Religion by the Kingly Knowledge and the Kingly
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There was a man who had three sons, the youngest of whom was called
Dummling [Simpleton], and was despised, mocked, and sneered at on every occasion.
It happened that the eldest wanted to go into the forest to hew wood,
and before he went his mother gave him a beautiful sweet cake and a
bottle of wine in order that he might not suffer from hunger or thirst.
When he entered the forest he met a little grey-haired old man who bade
him good day, and said:
e me a piece of cake out of your pocket,
and let me have a draught of your wine; I am so hungry and thirsty.
the clever son answered:
If I give you my cake and wine, I shall have
none for myself; be off with you,
 and he left the little man standing
But when he began to hew down a tree, it was not long before he made a
false stroke, and the axe cut him in the arm, so that he had to go home
and have it bound up. And this was the little grey man
After this the second soM
n went into the forest, and his mother gave him,
like the eldest, a cake and a bottle of wine. The little old grey man
met him likewise, and asked him for a piece of cake and a drink of wine.
But the second son, too, said sensibly enough:
What I give you will be
taken away from myself; be off!
 and he left the little man standing and
went on. His punishment, however, was not delayed; when he had made a
few blows at the tree he struck himself in the leg, so that he had to be
Father, do let me go and cut wood.
Your brothers have hurt themselves with it, leave it alone,
you do not understand anything about it.
 But Dummling begged so long
that at last he said:
Just go then, you will get wiser by hurting
 His mother gave him a cake made with water and baked in the
cinders, and with it a bottle of sour beer.
When he came to the forest the little old grey man met him likewise,
and greeting him, said:
Give me a piece of your M
cake and a drink out
of your bottle; I am so hungry and thirsty.
 Dummling answered:
only cinder-cake and sour beer; if that pleases you, we will sit
 So they sat down, and when Dummling pulled out his
cinder-cake, it was a fine sweet cake, and the sour beer had become good
wine. So they ate and drank, and after that the little man said:
you have a good heart, and are willing to divide what you have, I will
give you good luck. There stands an old tree, cut it down, and yoM
find something at the roots.
 Then the little man took leave of him.
Dummling went and cut down the tree, and when it fell there was a goose
sitting in the roots with feathers of pure gold. He lifted her up, and
taking her with him, went to an inn where he thought he would stay the
night. Now the host had three daughters, who saw the goose and were
curious to know what such a wonderful bird might be, and would have
liked to have one of its golden feathers.
The eldest thought:
nd an opportunity of pulling out a
 and as soon as Dummling had gone out she seized the goose by
the wing, but her finger and hand remained sticking fast to it.
The second came soon afterwards, thinking only of how she might get a
feather for herself, but she had scarcely touched her sister than she
At last the third also came with the like intent, and the others
Keep away; for goodness
not understand why she was to keep away. M
The others are there,
I may as well be there too,
 and ran to them; but as soon as
she had touched her sister, she remained sticking fast to her. So they
had to spend the night with the goose.
The next morning Dummling took the goose under his arm and set out,
without troubling himself about the three girls who were hanging on to
it. They were obliged to run after him continually, now left, now right,
wherever his legs took him.
In the middle of the fields the parson met them, anM
procession he said:
For shame, you good-for-nothing girls, why are you
running across the fields after this young man? Is that seemly?
same time he seized the youngest by the hand in order to pull her away,
but as soon as he touched her he likewise stuck fast, and was himself
obliged to run behind.
Before long the sexton came by and saw his master, the parson, running
behind three girls. He was astonished at this and called out:
your reverence, whither away so quicklyM
? Do not forget that we have a
 and running after him he took him by the sleeve, but
was also held fast to it.
Whilst the five were trotting thus one behind the other, two labourers
came with their hoes from the fields; the parson called out to them
and begged that they would set him and the sexton free. But they had
scarcely touched the sexton when they were held fast, and now there were
seven of them running behind Dummling and the goose.
Soon afterwards he came to a city, where aM
 king ruled who had a daughter
who was so serious that no one could make her laugh. So he had put forth
a decree that whosoever should be able to make her laugh should marry
her. When Dummling heard this, he went with his goose and all her train
s daughter, and as soon as she saw the seven people
running on and on, one behind the other, she began to laugh quite
loudly, and as if she would never stop. Thereupon Dummling asked to have
her for his wife; but the king did not like the son-in-lawM
manner of excuses and said he must first produce a man who could drink
a cellarful of wine. Dummling thought of the little grey man, who could
certainly help him; so he went into the forest, and in the same place
where he had felled the tree, he saw a man sitting, who had a very
sorrowful face. Dummling asked him what he was taking to heart so
sorely, and he answered:
I have such a great thirst and cannot quench
it; cold water I cannot stand, a barrel of wine I have just emptied, but
to me is like a drop on a hot stone!
There, I can help you,
just come with me and you shall
He led him into the king
s cellar, and the man bent over the huge
barrels, and drank and drank till his loins hurt, and before the day was
out he had emptied all the barrels. Then Dummling asked once more
for his bride, but the king was vexed that such an ugly fellow, whom
everyone called Dummling, should take away his daughter, and he made a
new condition; he must fiM
rst find a man who could eat a whole mountain
of bread. Dummling did not think long, but went straight into the
forest, where in the same place there sat a man who was tying up his
body with a strap, and making an awful face, and saying:
whole ovenful of rolls, but what good is that when one has such a hunger
as I? My stomach remains empty, and I must tie myself up if I am not to
At this Dummling was glad, and said:
Get up and come with me; you shall
 He led him to the king
s palace where all the
flour in the whole Kingdom was collected, and from it he caused a huge
mountain of bread to be baked. The man from the forest stood before it,
began to eat, and by the end of one day the whole mountain had vanished.
Then Dummling for the third time asked for his bride; but the king again
sought a way out, and ordered a ship which could sail on land and on
As soon as you come sailing back in it,
have my daughter for wife.M
Dummling went straight into the forest, and there sat the little grey
man to whom he had given his cake. When he heard what Dummling wanted,
Since you have given me to eat and to drink, I will give you
the ship; and I do all this because you once were kind to me.
gave him the ship which could sail on land and water, and when the king
saw that, he could no longer prevent him from having his daughter. The
wedding was celebrated, and after the king
s death, Dummling inherited
 kingdom and lived for a long time contentedly with his wife.
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The king of a great land died, and left his queen to take care of their
only child. This child was a daughter, who was very beautiful; and her
mother loved her dearly, and was very kind to her. And there was a good
fairy too, who was fond of the princess, and helped her mother to watch
over her. When she grew up, she was betrothed to a prince who lived a
great way off; and as the time drew near for her to be married, she
got ready to set off on her journey to his couM
ntry. Then the queen her
mother, packed up a great many costly things; jewels, and gold, and
silver; trinkets, fine dresses, and in short everything that became a
royal bride. And she gave her a waiting-maid to ride with her, and give
her into the bridegroom
s hands; and each had a horse for the journey.
s horse was the fairy
s gift, and it was called Falada,
When the time came for them to set out, the fairy went into her
bed-chamber, and took a little knife, and cuM
t off a lock of her hair,
and gave it to the princess, and said,
Take care of it, dear child; for
it is a charm that may be of use to you on the road.
a sorrowful leave of the princess; and she put the lock of hair into
her bosom, got upon her horse, and set off on her journey to her
One day, as they were riding along by a brook, the princess began to
feel very thirsty: and she said to her maid,
Pray get down, and fetch
me some water in my golden cup outM
 of yonder brook, for I want to
if you are thirsty, get off yourself, and
stoop down by the water and drink; I shall not be your waiting-maid any
 Then she was so thirsty that she got down, and knelt over the
little brook, and drank; for she was frightened, and dared not bring out
her golden cup; and she wept and said,
Alas! what will become of me?
And the lock answered her, and said:
Alas! alas! if thy mother knew it,
  Sadly, sadly, would she ruM
But the princess was very gentle and meek, so she said nothing to her
s ill behaviour, but got upon her horse again.
Then all rode farther on their journey, till the day grew so warm, and
the sun so scorching, that the bride began to feel very thirsty again;
and at last, when they came to a river, she forgot her maid
Pray get down, and fetch me some water to drink in
 But the maid answered her, and even spoke more haughtily
rink if you will, but I shall not be your waiting-maid.
Then the princess was so thirsty that she got off her horse, and lay
down, and held her head over the running stream, and cried and said,
What will become of me?
 And the lock of hair answered her again:
Alas! alas! if thy mother knew it,
  Sadly, sadly, would she rue it.
And as she leaned down to drink, the lock of hair fell from her bosom,
and floated away with the water. Now she was so frightened that she did
not see it; but her mM
aid saw it, and was very glad, for she knew the
charm; and she saw that the poor bride would be in her power, now that
she had lost the hair. So when the bride had done drinking, and would
have got upon Falada again, the maid said,
I shall ride upon Falada,
and you may have my horse instead
; so she was forced to give up her
horse, and soon afterwards to take off her royal clothes and put on her
At last, as they drew near the end of their journey, this treacherous
ened to kill her mistress if she ever told anyone what had
happened. But Falada saw it all, and marked it well.
Then the waiting-maid got upon Falada, and the real bride rode upon the
other horse, and they went on in this way till at last they came to the
royal court. There was great joy at their coming, and the prince flew to
meet them, and lifted the maid from her horse, thinking she was the one
who was to be his wife; and she was led upstairs to the royal chamber;
but the true princess was told to stay M
Now the old king happened just then to have nothing else to do; so he
amused himself by sitting at his kitchen window, looking at what was
going on; and he saw her in the courtyard. As she looked very pretty,
and too delicate for a waiting-maid, he went up into the royal chamber
to ask the bride who it was she had brought with her, that was thus left
standing in the court below.
I brought her with me for the sake of her
company on the road,
pray give the girl some worM
that she may not be idle.
 The old king could not for some time think
of any work for her to do; but at last he said,
I have a lad who takes
care of my geese; she may go and help him.
 Now the name of this lad,
that the real bride was to help in watching the king
But the false bride said to the prince,
Dear husband, pray do me one
your slaughterers to cut off the head of the horse I rodM
was very unruly, and plagued me sadly on the road
; but the truth was,
she was very much afraid lest Falada should some day or other speak, and
tell all she had done to the princess. She carried her point, and the
faithful Falada was killed; but when the true princess heard of it, she
wept, and begged the man to nail up Falada
s head against a large
dark gate of the city, through which she had to pass every morning
and evening, that there she might still see him sometimes. Then the
terer said he would do as she wished; and cut off the head, and
nailed it up under the dark gate.
Early the next morning, as she and Curdken went out through the gate,
she said sorrowfully:
Falada, Falada, there thou hangest!
and the head answered:
Bride, bride, there thou gangest!
  Alas! alas! if thy mother knew it,
  Sadly, sadly, would she rue it.
Then they went out of the city, and drove the geese on. And when she
came to the meadow, she sat down upon a bank there, and let dowM
waving locks of hair, which were all of pure silver; and when Curdken
saw it glitter in the sun, he ran up, and would have pulled some of the
locks out, but she cried:
Blow, breezes, blow!
  Blow, breezes, blow!
  Let him after it go!
er hills, dales, and rocks,
  Till the silvery locks
Then there came a wind, so strong that it blew off Curdken
away it flew over the hills: and he was forceM
d to turn and run after
it; till, by the time he came back, she had done combing and curling her
hair, and had put it up again safe. Then he was very angry and sulky,
and would not speak to her at all; but they watched the geese until it
grew dark in the evening, and then drove them homewards.
The next morning, as they were going through the dark gate, the poor
girl looked up at Falada
Falada, Falada, there thou hangest!
and the head answered:
Bride, bride, there thoM
  Alas! alas! if thy mother knew it,
  Sadly, sadly, would she rue it.
Then she drove on the geese, and sat down again in the meadow, and began
to comb out her hair as before; and Curdken ran up to her, and wanted to
take hold of it; but she cried out quickly:
Blow, breezes, blow!
  Blow, breezes, blow!
  Let him after it go!
er hills, dales, and rocks,
  Till the silvery locks
 came and blew away his hat; and off it flew a great way,
over the hills and far away, so that he had to run after it; and when
he came back she had bound up her hair again, and all was safe. So they
watched the geese till it grew dark.
In the evening, after they came home, Curdken went to the old king, and
I cannot have that strange girl to help me to keep the geese any
Because, instead of doing any good, she
does nothing but tease me all day long.
the king made him tell him
what had happened. And Curdken said,
When we go in the morning through
the dark gate with our flock of geese, she cries and talks with the head
of a horse that hangs upon the wall, and says:
Falada, Falada, there thou hangest!
and the head answers:
Bride, bride, there thou gangest!
  Alas! alas! if thy mother knew it,
  Sadly, sadly, would she rue it.
And Curdken went on telling the king what had happened upon the meadow
where the geese fed; how his hat M
was blown away; and how he was forced
to run after it, and to leave his flock of geese to themselves. But the
old king told the boy to go out again the next day: and when morning
came, he placed himself behind the dark gate, and heard how she spoke
to Falada, and how Falada answered. Then he went into the field, and
hid himself in a bush by the meadow
s side; and he soon saw with his own
eyes how they drove the flock of geese; and how, after a little time,
she let down her hair that glittered in the sun. AM
nd then he heard her
Blow, breezes, blow!
  Blow, breezes, blow!
  Let him after it go!
er hills, dales, and rocks,
  Till the silvery locks
And soon came a gale of wind, and carried away Curdken
went Curdken after it, while the girl went on combing and curling her
hair. All this the old king saw: so he went home without being seen; and
when the little goose-girl came back in the eveniM
ng he called her aside,
and asked her why she did so: but she burst into tears, and said,
I must not tell you or any man, or I shall lose my life.
But the old king begged so hard, that she had no peace till she had told
him all the tale, from beginning to end, word for word. And it was very
lucky for her that she did so, for when she had done the king ordered
royal clothes to be put upon her, and gazed on her with wonder, she was
so beautiful. Then he called his son and told him that he had onlyM
false bride; for that she was merely a waiting-maid, while the true
bride stood by. And the young king rejoiced when he saw her beauty, and
heard how meek and patient she had been; and without saying anything to
the false bride, the king ordered a great feast to be got ready for all
his court. The bridegroom sat at the top, with the false princess on one
side, and the true one on the other; but nobody knew her again, for her
beauty was quite dazzling to their eyes; and she did not seem at all
ttle goose-girl, now that she had her brilliant dress on.
When they had eaten and drank, and were very merry, the old king said
he would tell them a tale. So he began, and told all the story of the
princess, as if it was one that he had once heard; and he asked the
true waiting-maid what she thought ought to be done to anyone who would
 said this false bride,
should be thrown into a cask stuck round with sharp nails, and that
two white horses should be putM
 to it, and should drag it from street to
street till she was dead.
 said the old king;
thou has judged thyself, so shall it be done to thee.
king was then married to his true wife, and they reigned over the
kingdom in peace and happiness all their lives; and the good fairy came
to see them, and restored the faithful Falada to life again.
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THE FISHERMAN AND HIS WIFE
There was once a fisherman who lived with his wife in a pigsty, close
by the seaside. The fisherman used to go out all day long a-fishing; and
one day, as he sat on the shore with his rod, looking at the sparkling
waves and watching his line, all on a sudden his float was dragged away
deep into the water: and in drawing it up he pulled out a great fish.
Pray let me live! I am not a real fish; I am an
enchanted prince: put me in the wM
ater again, and let me go!
you need not make so many words about the matter; I will
have nothing to do with a fish that can talk: so swim away, sir, as soon
 Then he put him back into the water, and the fish darted
straight down to the bottom, and left a long streak of blood behind him
When the fisherman went home to his wife in the pigsty, he told her how
he had caught a great fish, and how it had told him it was an enchanted
, on hearing it speak, he had let it go again.
you ask it for anything?
we live very wretchedly here,
in this nasty dirty pigsty; do go back and tell the fish we want a snug
The fisherman did not much like the business: however, he went to the
seashore; and when he came back there the water looked all yellow and
green. And he stood at the water
  Will have her own will,
nd hath sent me to beg a boon of thee!
Then the fish came swimming to him, and said,
Well, what is her will?
What does your wife want?
 said the fisherman,
I had caught you, I ought to have asked you for something before I let
you go; she does not like living any longer in the pigsty, and wants
a snug little cottage.
 So the man went home, and saw his wife standing at the
door of a nice trim lM
not this much better than the filthy pigsty we had?
parlour, and a bedchamber, and a kitchen; and behind the cottage there
was a little garden, planted with all sorts of flowers and fruits; and
there was a courtyard behind, full of ducks and chickens.
how happily we shall live now!
We will try to do so, at
Everything went right for a week or two, and then Dame Ilsabill sM
Husband, there is not near room enough for us in this cottage; the
courtyard and the garden are a great deal too small; I should like to
have a large stone castle to live in: go to the fish again and tell him
to give us a castle.
 said the fisherman,
him again, for perhaps he will be angry; we ought to be easy with this
pretty cottage to live in.
very willingly, I know; go along and try!
nt, but his heart was very heavy: and when he came to
the sea, it looked blue and gloomy, though it was very calm; and he went
close to the edge of the waves, and said:
  Will have her own will,
  And hath sent me to beg a boon of thee!
Well, what does she want now?
my wife wants to live in a stone castle.
she is standing at the gate of it alM
the fisherman, and found his wife standing before the gate of a great
 With that they went into
the castle together, and found a great many servants there, and the
rooms all richly furnished, and full of golden chairs and tables; and
behind the castle was a garden, and around it was a park half a
mile long, full of sheep, and goats, and hares, and deer; and in the
courtyard were stables and cow-houses.
will live cheerful and happy in this beautiful castle for the rest of
but let us sleep upon it,
before we make up our minds to that.
 So they went to bed.
The next morning when Dame Ilsabill awoke it was broad daylight, and
she jogged the fisherman with her elbow, and said,
and bestir yourself, for we must be king of all the land.
why should we wish to be the king? I will not be king.
 said the fisherman,
be king--the fish cannot make you a king?
no more about it, but go and try! I will be king.
 So the man went away
quite sorrowful to think that his wife should want to be king. This time
the sea looked a dark grey colour, and was overspread with curling waves
and the ridges of foam as he cried out:
  Will have her own will,
hath sent me to beg a boon of thee!
Well, what would she have now?
my wife wants to be king.
Then the fisherman went home; and as he came close to the palace he saw
a troop of soldiers, and heard the sound of drums and trumpets. And when
he went in he saw his wife sitting on a throne of gold and diamonds,
with a golden crown upon her head; and on each side of her stood six
each a head taller than the other.
looked at her for a long time, he said,
Ah, wife! what a fine thing it
is to be king! Now we shall never have anything more to wish for as long
t know how that may be,
time. I am king, it is true; but I begin to be tired of that, and I
think I should like to be emperor.
Alas, wife! why should you wiM
 said the fisherman.
I say I will be emperor.
 replied the fisherman,
cannot make an emperor, I am sure, and I should not like to ask him for
and you are my slave; so go
So the fisherman was forced to go; and he muttered as he went along,
This will come to no good, it is too much to ask; the fish will be
tired at last, and then we shall be sorry fM
or what we have done.
soon came to the seashore; and the water was quite black and muddy, and
a mighty whirlwind blew over the waves and rolled them about, but he
went as near as he could to the water
  Will have her own will,
  And hath sent me to beg a boon of thee!
What would she have now?
 said the fisherman,
she wants to be emperor.
So he went home again; and as he came near he saw his wife Ilsabill
sitting on a very lofty throne made of solid gold, with a great crown on
her head full two yards high; and on each side of her stood her guards
and attendants in a row, each one smaller than the other, from the
tallest giant down to a little dwarf no bigger than my finger. And
before her stood princes, and dukes, and earls: and the fisherman went
up to her and said,
Wife, are you emperor?
 said the man, as he gazed upon her,
it is to be emperor!
why should we stop at being
emperor? I will be pope next.
pope? there is but one pope at a time in Christendom.
I will be pope this very day.
 replied the husband,
fish cannot make you pope.
an emperor, he can make a pope: go M
So the fisherman went. But when he came to the shore the wind was raging
and the sea was tossed up and down in boiling waves, and the ships were
in trouble, and rolled fearfully upon the tops of the billows. In the
middle of the heavens there was a little piece of blue sky, but towards
the south all was red, as if a dreadful storm was rising. At this sight
the fisherman was dreadfully frightened, and he trembled so that his
knees knocked together: but still he went down near to the shore, aM
  Will have her own will,
  And hath sent me to beg a boon of thee!
What does she want now?
 said the fisherman,
wife wants to be pope.
she is pope already.
Then the fisherman went home, and found Ilsabill sitting on a throne
that was two miles high. And she had three great crowns on her head, and
around her stood all the pomp and power of the Church. And M
of her were two rows of burning lights, of all sizes, the greatest as
large as the highest and biggest tower in the world, and the least no
larger than a small rushlight.
 said the fisherman, as he looked
at all this greatness,
it is a grand thing to be pope; and now
you must be easy, for you can be nothing greater.
 said the wife. Then they went to bed: but DameM
sleep all night for thinking what she should be next. At last, as she
was dropping asleep, morning broke, and the sun rose.
as she woke up and looked at it through the window,
prevent the sun rising.
 At this thought she was very angry, and wakened
her husband, and said,
Husband, go to the fish and tell him I must
be lord of the sun and moon.
 The fisherman was half asleep, but the
thought frightened him so much that he started and fell M
cannot you be easy with being pope?
I am very uneasy as long as the sun and moon rise without my
leave. Go to the fish at once!
Then the man went shivering with fear; and as he was going down to
the shore a dreadful storm arose, so that the trees and the very rocks
shook. And all the heavens became black with stormy clouds, and the
lightnings played, and the thunders rolled; and you might have seen in
the sea great black waves, swellinM
g up like mountains with crowns of
white foam upon their heads. And the fisherman crept towards the sea,
and cried out, as well as he could:
  Will have her own will,
  And hath sent me to beg a boon of thee!
What does she want now?
be lord of the sun and moon.
And there they live to this very day.
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    <rdf:li xml:lang='x-default'>NFT Collection  - 34</rdf:li>
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  <pdf:Author>Ananthu Ganesh</pdf:Author>
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&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz
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THE BHAGWADGITA CONTINUED
Hear farther yet, thou Long-Armed Lord! these latest words I say--
Uttered to bring thee bliss and peace, who lovest Me alway--
Not the great company of gods nor kingly Rishis know
My Nature, Who have made the gods and Rishis long ago;
He only knoweth-only he is free of sin, and wise,
Who seeth Me, Lord of the Worlds, with faith-enlightened eyes,
Unborn, undying, unbegun. Whatever Natures be
To mortal men distributed, those natures spring from Me!
, enlightenment, endurance, self-control,
Truthfulness, equability, and grief or joy of soul,
And birth and death, and fearfulness, and fearlessness, and shame,
And honour, and sweet harmlessness,[FN#17] and peace which is the same
Whate'er befalls, and mirth, and tears, and piety, and thrift,
And wish to give, and will to help,--all cometh of My gift!
The Seven Chief Saints, the Elders Four, the Lordly Manus set--
Sharing My work--to rule the worlds, these too did I beget;
And Rishis, Pitris, Manus, all, by one thM
Thence did arise, to fill this world, the races of mankind;
Wherefrom who comprehends My Reign of mystic Majesty--
That truth of truths--is thenceforth linked in faultless faith to Me:
Yea! knowing Me the source of all, by Me all creatures wrought,
The wise in spirit cleave to Me, into My Being brought;
Hearts fixed on Me; breaths breathed to Me; praising Me, each to each,
So have they happiness and peace, with pious thought and speech;
And unto these--thus serving well, thus loving ceaselessly--
I give a mind of perfect mood, whereby they draw to Me;
And, all for love of them, within their darkened souls I dwell,
And, with bright rays of wisdom's lamp, their ignorance dispel.
Yes! Thou art Parabrahm! The High Abode!
The Great Purification! Thou art God
Eternal, All-creating, Holy, First,
Without beginning! Lord of Lords and Gods!
Declared by all the Saints--by Narada,
Vyasa Asita, and Devalas;
And here Thyself declaring unto me!
What Thou hast said now know I to be truth,
O Kesava! that neither godM
Nor demons comprehend Thy mystery
Made manifest, Divinest! Thou Thyself
Thyself alone dost know, Maker Supreme!
Master of all the living! Lord of Gods!
King of the Universe! To Thee alone
Belongs to tell the heavenly excellence
Of those perfections wherewith Thou dost fill
These worlds of Thine; Pervading, Immanent!
How shall I learn, Supremest Mystery!
To know Thee, though I muse continually?
Under what form of Thine unnumbered forms
Mayst Thou be grasped? Ah! yet again recount,
Clear and complete, Thy gM
The secrets of Thy Majesty and Might,
Thou High Delight of Men! Never enough
Can mine ears drink the Amrit[FN#18] of such words!
Hanta! So be it! Kuru Prince! I will to thee unfold
Some portions of My Majesty, whose powers are manifold!
I am the Spirit seated deep in every creature's heart;
From Me they come; by Me they live; at My word they depart!
Vishnu of the Adityas I am, those Lords of Light;
Maritchi of the Maruts, the Kings of Storm and Blight;
By day I gleam, the golden Sun of buM
rning cloudless Noon;
By Night, amid the asterisms I glide, the dappled Moon!
Of Vedas I am Sama-Ved, of gods in Indra's Heaven
Vasava; of the faculties to living beings given
The mind which apprehends and thinks; of Rudras Sankara;
Of Yakshas and of Rakshasas, Vittesh; and Pavaka
Of Vasus, and of mountain-peaks Meru; Vrihaspati
Know Me 'mid planetary Powers; 'mid Warriors heavenly
Skanda; of all the water-floods the Sea which drinketh each,
And Bhrigu of the holy Saints, and OM of sacred speech;
yer ye whisper;[FN#19] of hills Himala's snow,
And Aswattha, the fig-tree, of all the trees that grow;
Of the Devarshis, Narada; and Chitrarath of them
That sing in Heaven, and Kapila of Munis, and the gem
Of flying steeds, Uchchaisravas, from Amrit-wave which burst;
Of elephants Airavata; of males the Best and First;
Of weapons Heav'n's hot thunderbolt; of cows white Kamadhuk,
From whose great milky udder-teats all hearts' desires are strook;
Vasuki of the serpent-tribes, round Mandara entwined;
d Ananta, on whose broad coils reclined
Leans Vishnu; and of water-things Varuna; Aryam
Of Pitris, and, of those that judge, Yama the Judge I am;
Of Daityas dread Prahlada; of what metes days and years,
Time's self I am; of woodland-beasts-buffaloes, deers, and bears-
The lordly-painted tiger; of birds the vast Garud,
The whirlwind 'mid the winds; 'mid chiefs Rama with blood imbrued,
Makar 'mid fishes of the sea, and Ganges 'mid the streams;
Yea! First, and Last, and Centre of all which is or seems
sdom Supreme of what is wise,
Words on the uttering lips I am, and eyesight of the eyes,
AndA of written characters, Dwandwa[FN#20] of knitted speech,
And Endless Life, and boundless Love, whose power sustaineth each;
And bitter Death which seizes all, and joyous sudden Birth,
Which brings to light all beings that are to be on earth;
And of the viewless virtues, Fame, Fortune, Song am I,
And Memory, and Patience; and Craft, and Constancy:
Of Vedic hymns the Vrihatsam, of metres Gayatri,
Of months the Margasirsha, oM
f all the seasons three
The flower-wreathed Spring; in dicer's-play the conquering
The splendour of the splendid, and the greatness of the great,
Victory I am, and Action! and the goodness of the good,
And Vasudev of Vrishni's race, and of this Pandu brood
Thyself!--Yea, my Arjuna! thyself; for thou art Mine!
Of poets Usana, of saints Vyasa, sage divine;
The policy of conquerors, the potency of kings,
The great unbroken silence in learning's secret things;
The lore of all the learned, the seed of all M
Living or lifeless, still or stirred, whatever beings be,
None of them is in all the worlds, but it exists by Me!
Nor tongue can tell, Arjuna! nor end of telling come
Of these My boundless glories, whereof I teach thee some;
For wheresoe'er is wondrous work, and majesty, and might,
From Me hath all proceeded. Receive thou this aright!
Yet how shouldst thou receive, O Prince! the vastness of this word?
I, who am all, and made it all, abide its separate Lord!
HERE ENDETH CHAPTER X. OF THE BHAGAVAD-GITAM
EntitledVibhuti Yog,
OrThe Book of Religion by the Heavenly Perfections.
This, for my soul's peace, have I heard from Thee,
The unfolding of the Mystery Supreme
Named Adhyatman; comprehending which,
My darkness is dispelled; for now I know--
O Lotus-eyed![FN#21]--whence is the birth of men,
And whence their death, and what the majesties
Of Thine immortal rule. Fain would I see,
As thou Thyself declar'st it, Sovereign Lord!
The likeness of that glory of Thy Form
Wholly revealed. O Thou DivinestM
If this can be, if I may bear the sight,
Make Thyself visible, Lord of all prayers!
Show me Thy very self, the Eternal God!
Gaze, then, thou Son of Pritha! I manifest for thee
Those hundred thousand thousand shapes that clothe my Mystery:
I show thee all my semblances, infinite, rich, divine,
My changeful hues, my countless forms. See! in this face of mine,
Adityas, Vasus, Rudras, Aswins, and Maruts; see
Wonders unnumbered, Indian Prince! revealed to none save thee.
Behold! this is the Universe!--LooM
k! what is live and dead
I gather all in one--in Me! Gaze, as thy lips have said,
On GOD ETERNAL, VERY GOD! See Me! see what thou prayest!
Thou canst not!--nor, with human eyes, Arjuna! ever mayest!
Therefore I give thee sense divine. Have other eyes, new light!
And, look! This is My glory, unveiled to mortal sight!
Then, O King! the God, so saying,
Stood, to Pritha's Son displaying
All the splendour, wonder, dread
Of His vast Almighty-head.
Out of countless eyes beholding,
Out of countless mouths commandiM
Countless mystic forms enfolding
In one Form: supremely standing
Countless radiant glories wearing,
Countless heavenly weapons bearing,
Crowned with garlands of star-clusters,
Robed in garb of woven lustres,
Breathing from His perfect Presence
Breaths of every subtle essence
Of all heavenly odours; shedding
Blinding brilliance; overspreading--
Boundless, beautiful--all spaces
With His all-regarding faces;
So He showed! If there should rise
Suddenly within the skies
Sunburst of a thousand suns
h beams undeemed-of,
Then might be that Holy One's
Majesty and radiance dreamed of!
So did Pandu's Son behold
All this universe enfold
All its huge diversity
Into one vast shape, and be
Visible, and viewed, and blended
In one Body--subtle, splendid,
Nameless--th' All-comprehending
God of Gods, the Never-Ending
Thrilled, o'erfilled, dazzled, and dazed,
Arjuna knelt; and bowed his head,
And clasped his palms; and cried, and said:
Yea! I have seen! I see!
Lord! all is wrapped in Thee!
The gods are in Thy glorious frame! the creatures
Of earth, and heaven, and hell
In Thy Divine form dwell,
And in Thy countenance shine all the features
Of Brahma, sitting lone
Upon His lotus-throne;
Of saints and sages, and the serpent races
Yea! mightiest Lord! I see
Thy thousand thousand arms, and breasts, and faces,
And eyes,--on every side
Perfect, diversified;
And nowhere end of Thee, nowhere beginning,
Nowhere a centre! Shifts--
Wherever soul's gaze lifts--
Thy central Self, all-wielding, andM
Infinite King! I see
The club, the shell, the discus; see Thee burning
In beams insufferable,
Lighting earth, heaven, and hell
With brilliance blazing, glowing, flashing; turning
Darkness to dazzling day,
Look I whichever way;
Ah, Lord! I worship Thee, the Undivided,
The Uttermost of thought,
The Treasure-Palace wrought
To hold the wealth of the worlds; the Shield provided
To shelter Virtue's laws;
The Fount whence Life's stream draws
All waters of all rivers of all being:
Unchanging and Unblending!
With might and majesty, past thought, past seeing!
Silver of moon and gold
Of sun are glories rolled
From Thy great eyes; Thy visage, beaming tender
Throughout the stars and skies,
Doth to warm life surprise
Thy Universe. The worlds are filled with wonder
Of Thy perfections! Space
Star-sprinkled, and void place
From pole to pole of the Blue, from bound to bound,
Hath Thee in every spot,
Thee, Thee!--Where Thou art not,
O Holy, Marvellous Form! is nowhere found!
At sight of Thee, made known,
The Three Worlds quake; the lower gods draw nigh Thee;
They fold their palms, and bow
Body, and breast, and brow,
And, whispering worship, laud and magnify Thee!
Rishis and Siddhas cry
Hail! Highest Majesty!
From sage and singer breaks the hymn of glory
Sounding the praise of Thee;
While countless companies take up the story,
Rudras, who ride the storms,
Th' Adityas' shining forms,
Vasus and Sadhyas, Viswas, Ushmapas;
Maruts, and those great Twins
venly, fair, Aswins,
Gandharvas, Rakshasas, Siddhas, and Asuras,[FN#22]--
These see Thee, and revere
In sudden-stricken fear;
Yea! the Worlds,--seeing Thee with form stupendous,
With faces manifold,
With eyes which all behold,
Unnumbered eyes, vast arms, members tremendous,
Flanks, lit with sun and star,
Feet planted near and far,
Tushes of terror, mouths wrathful and tender;--
The Three wide Worlds before Thee
Adore, as I adore Thee,
Quake, as I quake, to witness so much splendour!
I mark Thee strike the skies
h front, in wondrous wise
Huge, rainbow-painted, glittering; and thy mouth
Opened, and orbs which see
All things, whatever be
In all Thy worlds, east, west, and north and south.
O Eyes of God! O Head!
My strength of soul is fled,
Gone is heart's force, rebuked is mind's desire!
When I behold Thee so,
With awful brows a-glow,
With burning glance, and lips lighted by fire
Fierce as those flames which shall
Consume, at close of all,
Earth, Heaven! Ah me! I see no Earth and Heaven!
Thee, Lord of Lords! I see,
Now let Thy mercy unto me be given,
Thou Refuge of the World!
Lo! to the cavern hurled
Of Thy wide-opened throat, and lips white-tushed,
I see our noblest ones,
Great Dhritarashtra's sons,
Bhishma, Drona, and Karna, caught and crushed!
The Kings and Chiefs drawn in,
That gaping gorge within;
The best of both these armies torn and riven!
Between Thy jaws they lie
Mangled full bloodily,
Ground into dust and death! Like streams down-driven
With helpless haste, which go
In headlong furious flow
the gulfing deeps of th' unfilled ocean,
So to that flaming cave
Those heroes great and brave
Pour, in unending streams, with helpless motion!
Like moths which in the night
Flutter towards a light,
Drawn to their fiery doom, flying and dying,
So to their death still throng,
Blind, dazzled, borne along
Ceaselessly, all those multitudes, wild flying!
Thou, that hast fashioned men,
Devourest them again,
One with another, great and small, alike!
The creatures whom Thou mak'st,
With flaming jaws Thou tak'st,
m up! Lord God! Thy terrors strike
From end to end of earth,
Filling life full, from birth
To death, with deadly, burning, lurid dread!
Ah, Vishnu! make me know
Why is Thy visage so?
Who art Thou, feasting thus upon Thy dead?
I bow myself to Thee,
Namostu Te, Devavara! Prasid![FN#23]
O Mightiest Lord! rehearse
Why hast Thou face so fierce?
Whence doth this aspect horrible proceed?
Thou seest Me as Time who kills,
Time who brings all to doom,
The Slayer Time, Ancient of Days, come hither tM
Excepting thee, of all these hosts of hostile chiefs arrayed,
There stands not one shall leave alive the battlefield! Dismayed
No longer be! Arise! obtain renown! destroy thy foes!
Fight for the kingdom waiting thee when thou hast vanquished those.
By Me they fall--not thee! the stroke of death is dealt them now,
Even as they show thus gallantly; My instrument art thou!
Strike, strong-armed Prince, at Drona! at Bhishma strike! deal death
On Karna, Jyadratha; stay all their warlike breath!
them perish! Thou wilt but slay the slain;
Fight! they must fall, and thou must live, victor upon this plain!
Hearing mighty Keshav's word,
Tremblingly that helmed Lord
Clasped his lifted palms, and--praying
Grace of Krishna--stood there, saying,
With bowed brow and accents broken,
These words, timorously spoken:
Worthily, Lord of Might!
The whole world hath delight
In Thy surpassing power, obeying Thee;
The Rakshasas, in dread
At sight of Thee, are sped
To all four quarters; and the company
dhas sound Thy name.
How should they not proclaim
Thy Majesties, Divinest, Mightiest?
Thou Brahm, than Brahma greater!
Thou Infinite Creator!
Thou God of gods, Life's Dwelling-place and Rest!
Thou, of all souls the Soul!
The Comprehending Whole!
Of being formed, and formless being the Framer;
O Utmost One! O Lord!
Older than eld, Who stored
The worlds with wealth of life! O Treasure-Claimer,
Who wottest all, and art
Wisdom Thyself! O Part
In all, and All; for all from Thee have risen
Numberless now I see
Vayu[FN#24] Thou art, and He who keeps the prison
Of Narak, Yama dark;
And Agni's shining spark;
Varuna's waves are Thy waves. Moon and starlight
Are Thine! Prajapati
Art Thou, and 'tis to Thee
They knelt in worshipping the old world's far light,
The first of mortal men.
Again, Thou God! again
A thousand thousand times be magnified!
Honour and worship be--
Glory and praise,--to Thee
Namo, Namaste, cried on every side;
Cried here, above, below,
Uttered when Thou dost go,
Uttered where Thou dost come! M
Namostu! God adored!
Namostu! Nameless Lord!
Hail to Thee! Praise to Thee! Thou One in all;
For Thou art All! Yea, Thou!
Thou shouldst remember I did think Thee Friend,
Speaking with easy speech,
As men use each to each;
Did call TheeKrishna,Prince, nor comprehend
The might, the awe of Thee;
Did, in my heedlessness, or in my love,
On journey, or in jest,
Or when we lay at rest,
Sitting at council, straying in the grove,
Alone, or in the throng,
Be Thy grace granted for that witless sin!
For Thou art, now I know,
Father of all below,
Of all above, of all the worlds within
To reverence and adore
Than all which is adorable and high!
How, in the wide worlds three
Should any equal be?
Should any other share Thy Majesty?
Therefore, with body bent
And reverent intent,
I praise, and serve, and seek Thee, asking grace.
As friend to friend, as one
Who loveth to his lover, turn Thy face
In gentleness on me!
This unknown marvel of Thy Form! But fear
Mingles with joy! Retake,
Dear Lord! for pity's sake
Thine earthly shape, which earthly eyes may bear!
Be merciful, and show
The visage that I know;
Let me regard Thee, as of yore, arrayed
With disc and forehead-gem,
With mace and anadem,
Thou that sustainest all things! Undismayed
Let me once more behold
The form I loved of old,
Thou of the thousand arms and countless eyes!
This frightened heart is fain
To see restored again
My Charioteer, in Krishna's kind diM
Yea! thou hast seen, Arjuna! because I loved thee well,
The secret countenance of Me, revealed by mystic spell,
Shining, and wonderful, and vast, majestic, manifold,
Which none save thou in all the years had favour to behold;
For not by Vedas cometh this, nor sacrifice, nor alms,
Nor works well-done, nor penance long, nor prayers, nor chaunted
That mortal eyes should bear to view the Immortal Soul unclad,
Prince of the Kurus! This was kept for thee alone! Be glad!
Let no more trouble shake M
thy heart, because thine eyes have seen
My terror with My glory. As I before have been
So will I be again for thee; with lightened heart behold!
Once more I am thy Krishna, the form thou knew'st of old!
These words to Arjuna spake
Vasudev, and straight did take
Back again the semblance dear
Of the well-loved charioteer;
Peace and joy it did restore
When the Prince beheld once more
Mighty BRAHMA's form and face
Clothed in Krishna's gentle grace.
Now that I see come back, Janardana!
an frame, my mind can think
Calm thoughts once more; my heart beats still again!
Yea! it was wonderful and terrible
To view me as thou didst, dear Prince! The gods
Dread and desire continually to view!
Yet not by Vedas, nor from sacrifice,
Nor penance, nor gift-giving, nor with prayer
Shall any so behold, as thou hast seen!
Only by fullest service, perfect faith,
And uttermost surrender am I known
And seen, and entered into, Indian Prince!
Who doeth all for Me; who findeth Me
In all; adoreth always; lovethM
Which I have made, and Me, for Love's sole end
That man, Arjuna! unto Me doth wend.
HERE ENDETH CHAPTER XI. OF THE BHAGAVAD-GITA,
EntitledViswarupadarsanam,
OrThe Book of the Manifesting of the One and Manifold.
Lord! of the men who serve Thee--true in heart--
As God revealed; and of the men who serve,
Worshipping Thee Unrevealed, Unbodied, Far,
Which take the better way of faith and life?
Whoever serve Me--as I show Myself--
Constantly true, in full devotion fixed,
ery holy. But who serve--
Worshipping Me The One, The Invisible,
The Unrevealed, Unnamed, Unthinkable,
Uttermost, All-pervading, Highest, Sure--
Who thus adore Me, mastering their sense,
Of one set mind to all, glad in all good,
These blessed souls come unto Me.
The travail is for such as bend their minds
To reach th' Unmanifest That viewless path
Shall scarce be trod by man bearing the flesh!
But whereso any doeth all his deeds
Renouncing self for Me, full of Me, fixed
To serve only the Highest, night anM
Musing on Me--him will I swiftly lift
Forth from life's ocean of distress and death,
Whose soul clings fast to Me. Cling thou to Me!
Clasp Me with heart and mind! so shalt thou dwell
Surely with Me on high. But if thy thought
Droops from such height; if thou be'st weak to set
Body and soul upon Me constantly,
Despair not! give Me lower service! seek
To reach Me, worshipping with steadfast will;
And, if thou canst not worship steadfastly,
Work for Me, toil in works pleasing to Me!
For he that laboureth right fM
Shall finally attain! But, if in this
Thy faint heart fails, bring Me thy failure! find
Refuge in Me! let fruits of labour go,
Renouncing hope for Me, with lowliest heart,
So shalt thou come; for, though to know is more
Than diligence, yet worship better is
Than knowing, and renouncing better still.
Near to renunciation--very near--
Dwelleth Eternal Peace!
Of all which lives, living himself benign,
Compassionate, from arrogance exempt,
Exempt from love of self, unchangeable
r ill; patient, contented, firm
In faith, mastering himself, true to his word,
Seeking Me, heart and soul; vowed unto Me,--
That man I love! Who troubleth not his kind,
And is not troubled by them; clear of wrath,
Living too high for gladness, grief, or fear,
That man I love! Who, dwelling quiet-eyed,[FN#25]
Stainless, serene, well-balanced, unperplexed,
Working with Me, yet from all works detached,
That man I love! Who, fixed in faith on Me,
Dotes upon none, scorns none; rejoices not,
And grieves not, letting goodM
Light when it will, and when it will depart,
That man I love! Who, unto friend and foe
Keeping an equal heart, with equal mind
Bears shame and glory; with an equal peace
Takes heat and cold, pleasure and pain; abides
Quit of desires, hears praise or calumny
In passionless restraint, unmoved by each;
Linked by no ties to earth, steadfast in Me,
That man I love! But most of all I love
Those happy ones to whom 'tis life to live
In single fervid faith and love unseeing,
Drinking the blessed Amrit of my BeiM
HERE ENDETH CHAPTER XII. OF THE BHAGAVAD-GITA,
OrThe Book of the Religion of Faith.
Now would I hear, O gracious Kesava![FN#26]
Of Life which seems, and Soul beyond, which sees,
And what it is we know-or think to know.
Yea! Son of Kunti! for this flesh ye see
Is Kshetra, is the field where Life disports;
And that which views and knows it is the Soul,
Kshetrajna. In allfields, thou Indian prince!
I am Kshetrajna. I am what surveys!
Only that knowledge knows whichM
By the knower![FN#27] What it is, thatfield of life,
What qualities it hath, and whence it is,
And why it changeth, and the faculty
That wotteth it, the mightiness of this,
And how it wotteth-hear these things from Me!
. . . . . . . . . . . .[FN#28]
The elements, the conscious life, the mind,
The unseen vital force, the nine strange gates
Of the body, and the five domains of sense;
Desire, dislike, pleasure and pain, and thought
Deep-woven, and persistency of being;
These all are wrought on Matter M
Humbleness, truthfulness, and harmlessness,
Patience and honour, reverence for the wise.
Purity, constancy, control of self,
Contempt of sense-delights, self-sacrifice,
Perception of the certitude of ill
In birth, death, age, disease, suffering, and sin;
Detachment, lightly holding unto home,
Children, and wife, and all that bindeth men;
An ever-tranquil heart in fortunes good
And fortunes evil, with a will set firm
To worship Me--Me only! ceasing not;
Loving all solitudes, and shunning noise
h crowds; endeavours resolute
To reach perception of the Utmost Soul,
And grace to understand what gain it were
So to attain,--this is true Wisdom, Prince!
And what is otherwise is ignorance!
Now will I speak of knowledge best to know-
That Truth which giveth man Amrit to drink,
The Truth of HIM, the Para-Brahm, the All,
The Uncreated;; not Asat, not Sat,
Not Form, nor the Unformed; yet both, and more;--
Whose hands are everywhere, and everywhere
Planted His feet, and everywhere His eyes
Beholding, and His ears in M
Hearing, and all His faces everywhere
Enlightening and encompassing His worlds.
Glorified in the senses He hath given,
Yet beyond sense He is; sustaining all,
Yet dwells He unattached: of forms and modes
Master, yet neither form nor mode hath He;
He is within all beings--and without--
Motionless, yet still moving; not discerned
For subtlety of instant presence; close
To all, to each; yet measurelessly far!
Not manifold, and yet subsisting still
In all which lives; for ever to be known
yet, at the End of Times,
He maketh all to end--and re-creates.
The Light of Lights He is, in the heart of the Dark
Shining eternally. Wisdom He is
And Wisdom's way, and Guide of all the wise,
Planted in every heart.
Of Life's stuff, and the moulding, and the lore
To comprehend. Whoso, adoring Me,
Perceiveth this, shall surely come to Me!
Know thou that Nature and the Spirit both
Have no beginning! Know that qualities
And changes of them are by Nature wrought;
That Nature puts to work the acting framM
But Spirit doth inform it, and so cause
Feeling of pain and pleasure. Spirit, linked
To moulded matter, entereth into bond
With qualities by Nature framed, and, thus
Married to matter, breeds the birth again
In good or evil yonis.[FN#29]
Yea! in its bodily prison!--Spirit pure,
Spirit supreme; surveying, governing,
Guarding, possessing; Lord and Master still
PURUSHA, Ultimate, One Soul with Me.
Whoso thus knows himself, and knows his soul
PURUSHA, working through the qualities
With Nature's modes, thM
e light hath come for him!
Whatever flesh he bears, never again
Shall he take on its load. Some few there be
By meditation find the Soul in Self
Self-schooled; and some by long philosophy
And holy life reach thither; some by works:
Some, never so attaining, hear of light
From other lips, and seize, and cleave to it
Worshipping; yea! and those--to teaching true--
Wherever, Indian Prince!
Life is--of moving things, or things unmoved,
Plant or still seed--know, what is there hath grown
r and of Spirit: Know
He sees indeed who sees in all alike
The living, lordly Soul; the Soul Supreme,
Imperishable amid the Perishing:
For, whoso thus beholds, in every place,
In every form, the same, one, Living Life,
Doth no more wrongfulness unto himself,
But goes the highest road which brings to bliss.
Seeing, he sees, indeed, who sees that works
Are Nature's wont, for Soul to practise by
Acting, yet not the agent; sees the mass
Of separate living things--each of its kind--
Issue from One, and blend again to OnM
Then hath he BRAHMA, he attains!
That Ultimate, High Spirit, Uncreate,
Unqualified, even when it entereth flesh
Taketh no stain of acts, worketh in nought!
Like to the ethereal air, pervading all,
Which, for sheer subtlety, avoideth taint,
The subtle Soul sits everywhere, unstained:
Like to the light of the all-piercing sun
[Which is not changed by aught it shines upon,]
The Soul's light shineth pure in every place;
And they who, by such eye of wisdom, see
How Matter, and what deals with it, divide;
d how the Spirit and the flesh have strife,
Those wise ones go the way which leads to Life!
HERE ENDS CHAPTER XIII. OF THE BHAGAVAD-GITA,
EntitledKshetrakshetrajnavibhagayog,
OrThe Book of Religion by Separation of Matter and Spirit.
Yet farther will I open unto thee
This wisdom of all wisdoms, uttermost,
The which possessing, all My saints have passed
To perfectness. On such high verities
Reliant, rising into fellowship
With Me, they are not born again at birth
Of Kalpas, nor at Pralyas suffeM
This Universe the womb is where I plant
Seed of all lives! Thence, Prince of India, comes
Birth to all beings! Whoso, Kunti's Son!
Mothers each mortal form, Brahma conceives,
And I am He that fathers, sending seed!
Sattwan, Rajas, and Tamas, so are named
The qualities of Nature,Soothfastness,
Passion, andIgnorance. These three bind down
The changeless Spirit in the changeful flesh.
Whereof sweetSoothfastness, by purity
Living unsullied and enlightened, binds
The sinless Soul to happiness and truth;
ssion, being kin to appetite,
And breeding impulse and propensity,
Binds the embodied Soul, O Kunti's Son!
By tie of works. But Ignorance, begot
Of Darkness, blinding mortal men, binds down
Their souls to stupor, sloth, and drowsiness.
Yea, Prince of India! Soothfastness binds souls
In pleasant wise to flesh; and Passion binds
By toilsome strain; but Ignorance, which blots
The beams of wisdom, binds the soul to sloth.
Passion and Ignorance, once overcome,
Leave Soothfastness, O Bharata! Where this
e absent, Passion rules;
And Ignorance in hearts not good nor quick.
When at all gateways of the Body shines
The Lamp of Knowledge, then may one see well
Soothfastness settled in that city reigns;
Where longing is, and ardour, and unrest,
Impulse to strive and gain, and avarice,
Those spring from Passion--Prince!--engrained; and where
Darkness and dulness, sloth and stupor are,
'Tis Ignorance hath caused them, Kuru Chief!
Moreover, when a soul departeth, fixed
In Soothfastness, it goeth to the place--
ure--of those that know all Truth.
If it departeth in set habitude
Of Impulse, it shall pass into the world
Of spirits tied to works; and, if it dies
In hardened Ignorance, that blinded soul
Is born anew in some unlighted womb.
The fruit of Soothfastness is true and sweet;
The fruit of lusts is pain and toil; the fruit
Of Ignorance is deeper darkness. Yea!
For Light brings light, and Passion ache to have;
And gloom, bewilderments, and ignorance
Grow forth from Ignorance. Those of the first
Rise ever higher; those oM
Take a mid place; the darkened souls sink back
To lower deeps, loaded with witlessness!
When, watching life, the living man perceives
The only actors are the Qualities,
And knows what rules beyond the Qualities,
Then is he come nigh unto Me!
Thus passing forth from the Three Qualities--
Whereby arise all bodies--overcomes
Birth, Death, Sorrow, and Age; and drinketh deep
The undying wine of Amrit.
Which be the signs to know him that hath gone
Past the Three Modes? HowM
 liveth he? What way
Leadeth him safe beyond the threefold Modes?
He who with equanimity surveys
Lustre of goodness, strife of passion, sloth
Of ignorance, not angry if they are,
Not wishful when they are not: he who sits
A sojourner and stranger in their midst
Unruffled, standing off, saying--serene--
When troubles break,These be the Qualities!
He unto whom--self-centred--grief and joy
Sound as one word; to whose deep-seeing eyes
The clod, the marble, and the gold are one;
Whose equal heart holds the sameM
For lovely and unlovely things, firm-set,
Well-pleased in praise and dispraise; satisfied
With honour or dishonour; unto friends
And unto foes alike in tolerance;
Detached from undertakings,--he is named
Surmounter of the Qualities!
With single, fervent faith adoring Me,
Passing beyond the Qualities, conforms
To Brahma, and attains Me!
That whereof Brahma is the likeness! Mine
The Amrit is; and Immortality
Is mine; and mine perfect Felicity!
HERE ENDS CHAPTER XIV. OF THE BHAGAVAD-GITM
EntitledGunatrayavibhagayog,
OrThe Book of Religion by Separation from the Qualities.
Men call the Aswattha,--the Banyan-tree,--
Which hath its boughs beneath, its roots above,--
The ever-holy tree. Yea! for its leaves
Are green and waving hymns which whisper Truth!
Who knows the Aswattha, knows Veds, and all.
Its branches shoot to heaven and sink to earth,[FN#30]
Even as the deeds of men, which take their birth
From qualities: its silver sprays and blooms,
And all the eager verdure of its giM
Leap to quick life at kiss of sun and air,
As men's lives quicken to the temptings fair
Of wooing sense: its hanging rootlets seek
The soil beneath, helping to hold it there,
As actions wrought amid this world of men
Bind them by ever-tightening bonds again.
If ye knew well the teaching of the Tree,
What its shape saith; and whence it springs; and, then
How it must end, and all the ills of it,
The axe of sharp Detachment ye would whet,
And cleave the clinging snaky roots, and lay
This Aswattha of sense-life loM
New growths upspringing to that happier sky,--
Which they who reach shall have no day to die,
Nor fade away, nor fall--to Him, I mean,
FATHER and FIRST, Who made the mystery
Of old Creation; for to Him come they
From passion and from dreams who break away;
Who part the bonds constraining them to flesh,
And,--Him, the Highest, worshipping alway--
No longer grow at mercy of what breeze
Of summer pleasure stirs the sleeping trees,
What blast of tempest tears them, bough and stem
To the eternal world pass suM
Another Sun gleams there! another Moon!
Another Light,--not Dusk, nor Dawn, nor Noon--
Which they who once behold return no more;
They have attained My rest, life's Utmost boon!
When, in this world of manifested life,
The undying Spirit, setting forth from Me,
Taketh on form, it draweth to itself
From Being's storehouse,--which containeth all,--
Senses and intellect. The Sovereign Soul
Thus entering the flesh, or quitting it,
Gathers these up, as the wind gathers scents,
Blowing above the flower-beds. M
And Touch and Taste, and Smelling, these it takes,--
Yea, and a sentient mind;--linking itself
The unenlightened ones
Mark not that Spirit when he goes or comes,
Nor when he takes his pleasure in the form,
Conjoined with qualities; but those see plain
Who have the eyes to see. Holy souls see
Which strive thereto. Enlightened, they perceive
That Spirit in themselves; but foolish ones,
Even though they strive, discern not, having hearts
Unkindled, ill-informed!
eth the gathered glory of the suns
Which lighten all the world: from Me the moons
Draw silvery beams, and fire fierce loveliness.
I penetrate the clay, and lend all shapes
Their living force; I glide into the plant--
Root, leaf, and bloom--to make the woodlands green
With springing sap. Becoming vital warmth,
I glow in glad, respiring frames, and pass,
With outward and with inward breath, to feed
The body by all meats.[FN#31]
Being is twofold: the Divided, one;
The Undivided, one. All things that M
Arethe Divided. That which sits apart,
The Highest, holding all, whose Name is LORD,
The Eternal, Sovereign, First! Who fills all worlds,
Sustaining them. And--dwelling thus beyond
Divided Being and Undivided--I
Am called of men and Vedas, Life Supreme,
With mind unclouded, knoweth all, dear Prince!
And with his whole soul ever worshippeth Me.
Now is the sacred, secret Mystery
Declared to thee! Who comprehendeth this
Hath wisdom! He is quiM
t of works in bliss!
HERE ENDS CHAPTER XV. OF THE BHAGAVAD-GITA
EntitledPurushottamapraptiyog,
OrThe Book of Religion by attaining the Supreme.
Fearlessness, singleness of soul, the will
Always to strive for wisdom; opened hand
And governed appetites; and piety,
And love of lonely study; humbleness,
Uprightness, heed to injure nought which lives,
Truthfulness, slowness unto wrath, a mind
That lightly letteth go what others prize;
And equanimity, and charity
Which spieth no man's faults; and teM
Towards all that suffer; a contented heart,
Fluttered by no desires; a bearing mild,
Modest, and grave, with manhood nobly mixed,
With patience, fortitude, and purity;
An unrevengeful spirit, never given
To rate itself too high;--such be the signs,
O Indian Prince! of him whose feet are set
On that fair path which leads to heavenly birth!
Deceitfulness, and arrogance, and pride,
Quickness to anger, harsh and evil speech,
And ignorance, to its own darkness blind,--
These be the signs, My Prince! of him whosM
Is fated for the regions of the vile.[FN#32]
The Heavenly Birth brings to deliverance,
So should'st thou know! The birth with Asuras
Brings into bondage. Be thou joyous, Prince!
Whose lot is set apart for heavenly Birth.
Two stamps there are marked on all living men,
Divine and Undivine; I spake to thee
By what marks thou shouldst know the Heavenly Man,
Hear from me now of the Unheavenly!
They comprehend not, the Unheavenly,
How Souls go forth from Me; nor how they come
Back unto Me: nor is there Truth in tM
Nor purity, nor rule of Life.This world
Hath not a Law, nor Order, nor a Lord,
So say they:nor hath risen up by Cause
Following on Cause, in perfect purposing,
But is none other than a House of Lust.
And, this thing thinking, all those ruined ones--
Of little wit, dark-minded--give themselves
To evil deeds, the curses of their kind.
Surrendered to desires insatiable,
Full of deceitfulness, folly, and pride,
In blindness cleaving to their errors, caught
Into the sinful course, they trust this lie
ue--this lie which leads to death--
Finding in Pleasure all the good which is,
And cryingHere it finisheth!
In nooses of a hundred idle hopes,
Slaves to their passion and their wrath, they buy
Wealth with base deeds, to glut hot appetites;
Thus much, to-day, they say,we gained! thereby
Such and such wish of heart shall have its fill;
And this is ours! and th' other shall be ours!
To-day we slew a foe, and we will slay
Our other enemy to-morrow! Look!
Are we not lords? Make we not goodly cheer?
ortune famous, brave, and great?
Rich are we, proudly born! What other men
Live like to us? Kill, then, for sacrifice!
Cast largesse, and be merry! So they speak
Darkened by ignorance; and so they fall--
Tossed to and fro with projects, tricked, and bound
In net of black delusion, lost in lusts--
Down to foul Naraka. Conceited, fond,
Stubborn and proud, dead-drunken with the wine
Of wealth, and reckless, all their offerings
Have but a show of reverence, being not made
In piety of ancient faith. Thus vowed
ood, force, insolence, feasting, wrath,
These My blasphemers, in the forms they wear
And in the forms they breed, my foemen are,
Hateful and hating; cruel, evil, vile,
Lowest and least of men, whom I cast down
Again, and yet again, at end of lives,
Into some devilish womb, whence--birth by birth--
The devilish wombs re-spawn them, all beguiled;
And, till they find and worship Me, sweet Prince!
Tread they that Nether Road.
Are threefold, whereby men to ruin pass,--
The door of Lust, the door of WraM
Of Avarice. Let a man shun those three!
He who shall turn aside from entering
All those three gates of Narak, wendeth straight
To find his peace, and comes to Swarga's gate.
. . . . . . . . . . . .[FN#33]
HERE ENDETH CHAPTER XVI. OF THE BHAGAVAD-GITA,
EntitledDaivasarasaupadwibhagayog,
OrThe Book of the Separateness of the Divine and Undivine.
If men forsake the holy ordinance,
Heedless of Shastras, yet keep faith at heart
And worship, what shall be the state of those,
na! Sattwan, Rajas, Tamas? Say!
Threefold the faith is of mankind and springs
From those three qualities,--becomingtrue,
Orpassion-stained, ordark, as thou shalt hear!
The faith of each believer, Indian Prince!
Conforms itself to what he truly is.
Where thou shalt see a worshipper, that one
To what he worships lives assimilate,
[Such as the shrine, so is the votary,]
Thesoothfast souls adore true gods; the souls
Obeying Rajas worship Rakshasas[FN#34]
Or Yakshas; and the men of Darkness pray
o Bhutas.[FN#35] Yea, and those
Who practise bitter penance, not enjoined
By rightful rule--penance which hath its root
In self-sufficient, proud hypocrisies--
Those men, passion-beset, violent, wild,
Torturing--the witless ones--My elements
Shut in fair company within their flesh,
(Nay, Me myself, present within the flesh!)
Know them to devils devoted, not to Heaven!
For like as foods are threefold for mankind
In nourishing, so is there threefold way
Of worship, abstinence, and almsgiving!
Hear this of Me! there iM
s a food which brings
Force, substance, strength, and health, and joy to live,
Being well-seasoned, cordial, comforting,
TheSoothfast meat. And there be foods which bring
Aches and unrests, and burning blood, and grief,
Being too biting, heating, salt, and sharp,
And therefore craved by too strong appetite.
And there is foul food--kept from over-night,[FN#36]
Savourless, filthy, which the foul will eat,
A feast of rottenness, meet for the lips
Of such as love theDarkness.
A sacrifice not for rewaM
Offered in rightful wise, when he who vows
Sayeth, with heart devout,This I should do!
IsSoothfast rite. But sacrifice for gain,
Offered for good repute, be sure that this,
O Best of Bharatas! is Rajas-rite,
With stamp ofpassion. And a sacrifice
Offered against the laws, with no due dole
Of food-giving, with no accompaniment
Of hallowed hymn, nor largesse to the priests,
In faithless celebration, call it vile,
The deed ofDarkness!--lost!
Meriting worship; lowly reverence
 Teachers, Elders; Purity,
Rectitude, and the Brahmacharya's vow,
And not to injure any helpless thing,--
These make a true religiousness of Act.
Words causing no man woe, words ever true,
Gentle and pleasing words, and those ye say
In murmured reading of a Sacred Writ,--
These make the true religiousness of Speech.
Serenity of soul, benignity,
Sway of the silent Spirit, constant stress
To sanctify the Nature,--these things make
Good rite, and true religiousness of Mind.
Such threefold faith, in highest piety
 with no hope of gain, by hearts devote,
Is perfect work of Sattwan, true belief.
Religion shown in act of proud display
To win good entertainment, worship, fame,
Such--say I--is of Rajas, rash and vain.
Religion followed by a witless will
To torture self, or come at power to hurt
Another,--'tis of Tamas, dark and ill.
The gift lovingly given, when one shall say
Now must I gladly give! when he who takes
Can render nothing back; made in due place,
Due time, and to a meet recipient,
Is gift of Sattwan, fair and profiM
The gift selfishly given, where to receive
Is hoped again, or when some end is sought,
Or where the gift is proffered with a grudge,
This is of Rajas, stained with impulse, ill.
The gift churlishly flung, at evil time,
In wrongful place, to base recipient,
Made in disdain or harsh unkindliness,
Is gift of Tamas, dark; it doth not bless![FN#37]
HERE ENDETH CHAPTER XVII. OF THE BHAGAVAD-GITA,
EntitledSraddhatrayavibhagayog,
OrThe Book of Religion by the Threefold Kinds of Faith.
ld I better know, Thou Glorious One!
The very truth--Heart's Lord!--of Sannyas,
Abstention; and enunciation, Lord!
Tyaga; and what separates these twain!
The poets rightly teach that Sannyas
Is the foregoing of all acts which spring
Out of desire; and their wisest say
Tyaga is renouncing fruit of acts.
There be among the saints some who have held
All action sinful, and to be renounced;
And some who answer,Nay! the goodly acts--
As worship, penance, alms--must be performed!
Hear now My sentence, Best of BhaM
'Tis well set forth, O Chaser of thy Foes!
Renunciation is of threefold form,
And Worship, Penance, Alms, not to be stayed;
Nay, to be gladly done; for all those three
Are purifying waters for true souls!
Yet must be practised even those high works
In yielding up attachment, and all fruit
Produced by works. This is My judgment, Prince!
This My insuperable and fixed decree!
Abstaining from a work by right prescribed
Never is meet! So to abstain doth spring
FromDarkness, and Delusion teacheth it.
om a work grievous to flesh,
When one saith'Tis unpleasing! this is null!
Such an one acts frompassion; nought of gain
Wins his Renunciation! But, Arjun!
Abstaining from attachment to the work,
Abstaining from rewardment in the work,
While yet one doeth it full faithfully,
Saying,Tis right to do! that istrue act
And abstinence! Who doeth duties so,
Unvexed if his work fail, if it succeed
Unflattered, in his own heart justified,
Quit of debates and doubts, his istrue act:
For, being in the body, none may stand
y aloof from act; yet, who abstains
From profit of his acts is abstinent.
The fruit of labours, in the lives to come,
Is threefold for all men,--Desirable,
And Undesirable, and mixed of both;
But no fruit is at all where no work was.
Hear from me, Long-armed Lord! the makings five
Which go to every act, in Sankhya taught
As necessary. First the force; and then
The agent; next, the various instruments;
Fourth, the especial effort; fifth, the God.
What work soever any mortal doth
Of body, mind, or speech, evil or gooM
By these five doth he that. Which being thus,
Whoso, for lack of knowledge, seeth himself
As the sole actor, knoweth nought at all
And seeth nought. Therefore, I say, if one--
Holding aloof from self--with unstained mind
Should slay all yonder host, being bid to slay,
He doth not slay; he is not bound thereby!
Knowledge, the thing known, and the mind which knows,
These make the threefold starting-ground of act.
The act, the actor, and the instrument,
These make the threefold total of the deed.
nt, act, are differenced
By three dividing qualities. Hear now
Which be the qualities dividing them.
There istrue Knowledge. Learn thou it is this:
To see one changeless Life in all the Lives,
And in the Separate, One Inseparable.
There is imperfect Knowledge: that which sees
The separate existences apart,
And, being separated, holds them real.
There is false Knowledge: that which blindly clings
To one as if 'twere all, seeking no Cause,
Deprived of light, narrow, and dull, anddark.
There isright Action: that whichM
Is wrought without attachment, passionlessly,
For duty, not for love, nor hate, nor gain.
There isvain Action: that which men pursue
Aching to satisfy desires, impelled
By sense of self, with all-absorbing stress:
This is of Rajas--passionate and vain.
There isdark Action: when one doth a thing
Heedless of issues, heedless of the hurt
Or wrong for others, heedless if he harm
His own soul--'tis of Tamas, black and bad!
There is therightfuldoer. He who acts
Free from self-seeking, humble, resolute,
Steadfast, in good or evil hap the same,
Content to do aright-hetruly acts.
There is th'impassioned doer. He that works
From impulse, seeking profit, rude and bold
To overcome, unchastened; slave by turns
Of sorrow and of joy: of Rajas he!
And there be evil doers; loose of heart,
Low-minded, stubborn, fraudulent, remiss,
Dull, slow, despondent--children of thedark.
Hear, too, of Intellect and Steadfastness
The threefold separation, Conqueror-Prince!
How these are set apart by Qualities.
Good is the Intellect which M
The coming forth and going back of life,
What must be done, and what must not be done,
What should be feared, and what should not be feared,
What binds and what emancipates the soul:
That is of Sattwan, Prince! ofsoothfastness.
Marred is the Intellect which, knowing right
And knowing wrong, and what is well to do
And what must not be done, yet understands
Nought with firm mind, nor as the calm truth is:
This is of Rajas, Prince! andpassionate!
Evil is Intellect which, wrapped in gloom,
as right, and sees all things
Contrariwise of Truth. O Pritha's Son!
That is of Tamas,dark and desperate!
Good is the steadfastness whereby a man
Masters his beats of heart, his very breath
Of life, the action of his senses; fixed
In never-shaken faith and piety:
That is of Sattwan, Prince!soothfast and fair!
Stained is the steadfastness whereby a man
Holds to his duty, purpose, effort, end,
For life's sake, and the love of goods to gain,
Arjuna! 'tis of Rajas, passion-stamped!
Sad is the steadfastness wherewith thM
Cleaves to his sloth, his sorrow, and his fears,
His folly and despair. This--Pritha's Son!--
Is born of Tamas,dark and miserable!
Hear further, Chief of Bharatas! from Me
The threefold kinds of Pleasure which there be.
Good Pleasure is the pleasure that endures,
Banishing pain for aye; bitter at first
As poison to the soul, but afterward
Sweet as the taste of Amrit. Drink of that!
It springeth in the Spirit's deep content.
And painful Pleasure springeth from the bond
Between the senses and the sense-world. M
As Amrit is its first taste, but its last
Bitter as poison. 'Tis of Rajas, Prince!
And foul anddark the Pleasure is which springs
From sloth and sin and foolishness; at first
And at the last, and all the way of life
The soul bewildering. 'Tis of Tamas, Prince!
For nothing lives on earth, nor 'midst the gods
In utmost heaven, but hath its being bound
With these three Qualities, by Nature framed.
The work of Brahmans, Kshatriyas, Vaisyas,
And Sudras, O thou Slayer of thy Foes!
Is fixed by reason of the QualitieM
A Brahman's virtues, Prince!
Born of his nature, are serenity,
Self-mastery, religion, purity,
Patience, uprightness, learning, and to know
The truth of things which be. A Kshatriya's pride,
Born of his nature, lives in valour, fire,
Constancy, skilfulness, spirit in fight,
And open-handedness and noble mien,
As of a lord of men. A Vaisya's task,
Born with his nature, is to till the ground,
Tend cattle, venture trade. A Sudra's state,
Suiting his nature, is to minister.
Whoso performeth--diligentM
The work allotted him, whate'er it be,
Lays hold of perfectness! Hear how a man
Findeth perfection, being so content:
He findeth it through worship--wrought by work--
Of Him that is the Source of all which lives,
Of HIM by Whom the universe was stretched.
Better thine own work is, though done with fault,
Than doing others' work, ev'n excellently.
He shall not fall in sin who fronts the task
Set him by Nature's hand! Let no man leave
His natural duty, Prince! though it bear blame!
For every work hath blaM
Is wrapped in smoke! Only that man attains
Perfect surcease of work whose work was wrought
With mind unfettered, soul wholly subdued,
Desires for ever dead, results renounced.
Learn from me, Son of Kunti! also this,
How one, attaining perfect peace, attains
BRAHM, the supreme, the highest height of all!
Devoted--with a heart grown pure, restrained
In lordly self-control, forgoing wiles
Of song and senses, freed from love and hate,
Dwelling 'mid solitudes, in diet spare,
With body, speech, and wilM
Ever to holy meditation vowed,
From passions liberate, quit of the Self,
Of arrogance, impatience, anger, pride;
Freed from surroundings, quiet, lacking nought--
Such an one grows to oneness with the BRAHM;
Such an one, growing one with BRAHM, serene,
Sorrows no more, desires no more; his soul,
Equally loving all that lives, loves well
Me, Who have made them, and attains to Me.
By this same love and worship doth he know
Me as I am, how high and wonderful,
And knowing, straightway enters into Me.
d whatsoever deeds he doeth--fixed
In Me, as in his refuge--he hath won
For ever and for ever by My grace
Th' Eternal Rest! So win thou! In thy thoughts
Do all thou dost for Me! Renounce for Me!
Sacrifice heart and mind and will to Me!
Live in the faith of Me! In faith of Me
All dangers thou shalt vanquish, by My grace;
But, trusting to thyself and heeding not,
Thou can'st but perish! If this day thou say'st,
Relying on thyself,I will not fight!
Vain will the purpose prove! thy qualities
Would spur thee to the war.M
 What thou dost shun,
Misled by fair illusions, thou wouldst seek
Against thy will, when the task comes to thee
Waking the promptings in thy nature set.
There lives a Master in the hearts of men
Maketh their deeds, by subtle pulling--strings,
Dance to what tune HE will. With all thy soul
Trust Him, and take Him for thy succour, Prince!
So--only so, Arjuna!--shalt thou gain--
By grace of Him--the uttermost repose,
Thus hath been opened thee
This Truth of Truths, the Mystery more hid
t mystery. Meditate!
And--as thou wilt--then act!
Take My last word, My utmost meaning have!
Precious thou art to Me; right well-beloved!
Listen! I tell thee for thy comfort this.
Give Me thy heart! adore Me! serve Me! cling
In faith and love and reverence to Me!
So shalt thou come to Me! I promise true,
For thou art sweet to Me!
Rites and writ duties! Fly to Me alone!
Make Me thy single refuge! I will free
Thy soul from all its sins! Be of good cheer!
[Hide, the holy Krishna sM
This from him that hath no faith,
Him that worships not, nor seeks
Wisdom's teaching when she speaks:
Hide it from all men who mock;
But, wherever, 'mid the flock
Of My lovers, one shall teach
This divinest, wisest, speech--
Teaching in the faith to bring
Truth to them, and offering
Of all honour unto Me--
Unto Brahma cometh he!
Nay, and nowhere shall ye find
Any man of all mankind
Doing dearer deed for Me;
Nor shall any dearer be
In My earth. Yea, furthermore,
Whoso reads this converse o'er,
Pondering piously and fain,
He hath paid Me sacrifice!
(Krishna speaketh in this wise!)
Yea, and whoso, full of faith,
Heareth wisely what it saith,
Heareth meekly,--when he dies,
Surely shall his spirit rise
To those regions where the Blest,
Free of flesh, in joyance rest.]
Hath this been heard by thee, O Indian Prince!
With mind intent? hath all the ignorance--
Which bred thy trouble--vanished, My Arjun?
Trouble and ignorance are gone! the Light
Hath come unto me, by Thy favour, Lord!
fixed! my doubt is fled away!
According to Thy word, so will I do!
Thus gathered I the gracious speech of Krishna, O my King!
Thus have I told, with heart a-thrill, this wise and wondrous thing
By great Vyasa's learning writ, how Krishna's self made known
The Yoga, being Yoga's Lord. So is the high truth shown!
And aye, when I remember, O Lord my King, again
Arjuna and the God in talk, and all this holy strain,
Great is my gladness: when I muse that splendour, passing speech,
Of Hari, visible and plain, thM
ere is no tongue to reach
My marvel and my love and bliss. O Archer-Prince! all hail!
O Krishna, Lord of Yoga! surely there shall not fail
Blessing, and victory, and power, for Thy most mighty sake,
Where this song comes of Arjun, and how with God he spake.
HERE ENDS, WITH CHAPTER XVIII.,
EntitledMokshasanyasayog,
OrThe Book of Religion by Deliverance and Renunciation,
[FN#1] Some repetitionary lines are here omitted.
[FN#2] Technical phrases of Vedic religion.
[FN#3] The whole of this passage iM
s highly involved and difficult to render.
[FN#4] I feel convinced sankhyanan and yoginan must be transposed here in sense.
[FN#5] I am doubtful of accuracy here.
[FN#6] A name of the sun.
[FN#7] Without desire of fruit.
[FN#8] That is,joy and sorrow, success and failure, heat and cold,&c.
[FN#9] i.e., the body.
[FN#10] The Sanskrit has this play on the double meaning of Atman.
[FN#11] So in original.
[FN#12] Beings of low and devilish nature.
[FN#14] I read here janma,birth; not jara,age
 have discarded ten lines of Sanskrit text here as an undoubted interpolation by some Vedantist
[FN#16] The Sanskrit poem here rises to an elevation of style and manner which I have endeavoured to mark by change of metre.
[FN#18] The nectar of immortality.
[FN#19] CalledThe Jap.
[FN#20] The compound form of Sanskrit words.
[FN#21]Kamalapatraksha
[FN#22] These are all divine or deified orders of the Hindoo Pantheon.
[FN#23]Hail to Thee, God of Gods! Be favourable!
[FN#26] The Calcutta edition of the Mahabharata has these three opening lines.
[FN#27] This is the nearest possible version of Kshetrakshetrajnayojnanan yat tajnan matan mama.
[FN#28] I omit two lines of the Sanskrit here, evidently interpolated by some Vedantist.
[FN#30] I do not consider the Sanskrit verses here-which are somewhat freely rendered--an attack on the authority of the Vedas, with Mr Davies, but a beautiful lyrical episode, a newParable of the fig-tree.
a verse here, evidently interpolated.
[FN#32]Of the Asuras, lit.
[FN#33] I omit the ten concluding shlokas, with Mr Davis.
[FN#34] Rakshasas and Yakshas are unembodied but capricious beings of great power, gifts, and beauty, same times also of benignity.
[FN#35] These are spirits of evil wandering ghosts.
[FN#36] Yatayaman, food which has remained after the watches of the night. In India this would probablygo bad.
[FN#37] I omit the concluding shlokas, as of very doubtful authenticity.h!
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c/Foundry USA Pool #dropgold/
PLTEK17J17zr]K28yq]xp\
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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                   <?xpacket end="w"?>h!
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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<canvas id="ogl-canvas" style="border: none; width: 99.9%"></canvas>
<script id="draw-shader-fs" type="x-shader/x-fragment">
precision highp float;
uniform vec2 iResolution;
uniform vec2 iMouse;
uniform float iTime;
uniform float iFrame;
// ------------------------------------------
// This post cloned from "https://www.shadertoy.com/view/lss3zr"
// I also refer this blog post below.
// https://shaderbits.com/blog/creating-volumetric-ray-marcher
// This post is to learn how to cloud raymarching is wM
// ------------------------------------------
mat3 m = mat3( 0.00,  0.80,  0.60,
              -0.80,  0.36, -0.48,
              -0.60, -0.48,  0.64);
    return fract(sin(n) * 43758.5453);
float noise(in vec3 x)
    vec3 p = floor(x);
    vec3 f = fract(x);
    f = f * f * (3.0 - 2.0 * f);
    float n = p.x + p.y * 57.0 + 113.0 * p.z;
    float res = mix(mix(mix(hash(n +   0.0), hash(n +   1.0), f.x),
              mix(hash(n +  57.0), hash(n +  58.0), f.x), f.y),
                    mix(mix(hash(n + 113.0), hash(n + 114.0), f.x),
                        mix(hash(n + 170.0), hash(n + 171.0), f.x), f.y), f.z);
/// Fractal Brownian motion.
/// EN: https://thebookofshaders.com/13/
/// JP: https://thebookofshaders.com/13/?lan=jp
    f  = 0.5000 * noise(p); p = m * p * 2.02;
    f += 0.2500 * noise(p); p = m * p * 2.03;
    f += 0.1250 * noM
//////////////////////////////////////////////////
/// Sphere distance function.
/// But this function return inverse value.
/// Normal dist function is like below.
/// return length(pos) - 0.1;
/// Because this function is used for density.
float scene(in vec3 pos)
    return 0.1 - length(pos) * 0.05 + fbm(pos * 0.3);
/// Get normal of the cloud.
vec3 getNormal(in vec3 p)
    const float e = 0.01;
    return normalize(vec3(scene(vec3(p.x + e, p.y, p.z))M
 - scene(vec3(p.x - e, p.y, p.z)),
                          scene(vec3(p.x, p.y + e, p.z)) - scene(vec3(p.x, p.y - e, p.z)),
                          scene(vec3(p.x, p.y, p.z + e)) - scene(vec3(p.x, p.y, p.z - e))));
/// Create a camera pose control matrix.
mat3 camera(vec3 ro, vec3 ta)
    vec3 cw = normalize(ta - ro);
    vec3 cp = vec3(0.0, 1.0, 0.0);
    vec3 cu = cross(cw, cp);
    vec3 cv = cross(cu, cw);
    return mat3(cu, cv, cw);
void mainImage(out vec4 fragColM
or, in vec2 fragCoord)
    vec2 uv = (fragCoord.xy * 2.0 - iResolution.xy) / min(iResolution.x, iResolution.y);
    vec2 mo = vec2(iTime * 0.1, cos(iTime * 0.25) * 3.0);
    float camDist = 25.0;
    vec3 ta = vec3(0.0, 1.0, 0.0);
    //vec3 ori = vec3(sin(iTime) * camDist, 0, cos(iTime) * camDist);
    vec3 ro = camDist * normalize(vec3(cos(2.75 - 3.0 * mo.x), 0.7 - 1.0 * (mo.y - 1.0), sin(2.75 - 3.0 * mo.x)));
    float targetDepth = 1.3;
    mat3 c = camera(ro, ta);
    vec3 dir = c * normalize(vec3(uv, targetDepth));
    // For raymarching const values.
    const int sampleCount = 64;
    const int sampleLightCount = 6;
    const float eps = 0.01;
    // Raymarching step settings.
    float zMax = 40.0;
    float zstep = zMax / float(sampleCount);
    float zMaxl = 20.0;
    float zstepl = zMaxl / float(sampleLightCount);
    // Easy access to the ray origin
    // Transmittance
    // Substantially transparency parameter.
    float absorption = 100.0;
    // Light Direction
    vec3 sun_direction = normalize(vec3(1.0, 0.0, 0.0));
    // Result of culcration
    vec4 color = vec4(0.0);
    for (int i = 0; i < sampleCount; i++)
        // Using distance function for density.
        // So the function not normal value.
        // Please check it out on the function comment.
        float density = scene(p);
        // The density over 0.0 thM
en start cloud ray marching.
        // Why? because the function will return negative value normally.
        // But if ray is into the cloud, the function will return positive value.
        if (density > 0.0)
            // Let's start cloud ray marching!
            // why density sub by sampleCount?
            // This mean integral for each sampling points.
            float tmp = density / float(sampleCount);
            T *= 1.0 - (tmp * absorption);
    // Return if transmittance under 0.01.
            // Because the ray is almost absorbed.
            if (T <= 0.01)
                break;
            #if USE_LIGHT == 1
            // Light scattering
            // Transmittance for Light
            float Tl = 1.0;
            // Start light scattering with raymarching.
            // Raymarching position for the light.
            vec3 lp = p;
            // IteraM
tion of sampling light.
            for (int j = 0; j < sampleLightCount; j++)
                float densityLight = scene(lp);
                // If densityLight is over 0.0, the ray is stil in the cloud.
                if (densityLight > 0.0)
                    float tmpl = densityLight / float(sampleCount);
                    Tl *= 1.0 - (tmpl * absorption);
                if (Tl <= 0.01)
                    M
                // Step to next position.
                lp += sun_direction * zstepl;
            // Add ambient + light scattering color
            float opaity = 50.0;
            float k = opaity * tmp * T;
            vec4 cloudColor = vec4(1.0);
            vec4 col1 = cloudColor * k;
            #if USE_LIGHT == 1
            float opacityl = 30.0;
            float kl = opacityl * tmp * T * Tl;
 vec4 lightColor = vec4(1.0, 0.7, 0.9, 1.0);
            vec4 col2 = lightColor * kl;
            vec4 col2 = vec4(0.0);
            color += col1 + col2;
        p += dir * zstep;
    vec3 bg = mix(vec3(0.3, 0.1, 0.8), vec3(0.7, 0.7, 1.0), 1.0 - (uv.y + 1.0) * 0.5);
    color.rgb += bg;
    mainImage( gl_FragColor, gl_FragCoord.xy );
<script id="draw-shader-vs" type="x-shader/x-vertM
attribute vec2 inPos;
    gl_Position = vec4(inPos, 0.0, 1.0);
(function loadscene() {
var canvas, gl, vp_size, prog, bufObj = {}, mousepos = [0, 0];
function initScene() {
    canvas = document.getElementById( "ogl-canvas");
    gl = canvas.getContext( "webgl" );
    canvas.addEventListener('mousemove', (e) => {
        mousepos = [e.clientX, e.clientY];
    progDraw = gl.createProgram();
    for (let i = 0; i < 2; ++i) {
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THE WOLF AND THE SEVEN LITTLE KIDS
There was once upon a time an old goat who had seven little kids, and
loved them with all the love of a mother for her children. One day she
wanted to go into the forest and fetch some food. So she called all
seven to her and said:
Dear children, I have to go into the forest,
be on your guard against the wolf; if he comes in, he will devour you
all--skin, hair, and everything. The wretch often disguises himself, but
you will know him at once byM
 his rough voice and his black feet.
Dear mother, we will take good care of ourselves; you may go
away without any anxiety.
 Then the old one bleated, and went on her way
It was not long before someone knocked at the house-door and called:
Open the door, dear children; your mother is here, and has brought
something back with her for each of you.
 But the little kids knew that
it was the wolf, by the rough voice.
We will not open the door,
you are not our mother. She has a soft, pleasant voice, but
your voice is rough; you are the wolf!
 Then the wolf went away to a
shopkeeper and bought himself a great lump of chalk, ate this and made
his voice soft with it. Then he came back, knocked at the door of the
Open the door, dear children, your mother is here
and has brought something back with her for each of you.
had laid his black paws against the window, and the children saw them
 open the door, our mother has not black feet
like you: you are the wolf!
 Then the wolf ran to a baker and said:
have hurt my feet, rub some dough over them for me.
had rubbed his feet over, he ran to the miller and said:
white meal over my feet for me.
 The miller thought to himself:
wolf wants to deceive someone,
 and refused; but the wolf said:
will not do it, I will devour you.
 Then the miller was afraid, and made
his paws white for him.M
 Truly, this is the way of mankind.
So now the wretch went for the third time to the house-door, knocked at
Open the door for me, children, your dear little mother
has come home, and has brought every one of you something back from the
 The little kids cried:
First show us your paws that
we may know if you are our dear little mother.
 Then he put his paws
in through the window and when the kids saw that they were white, they
believed that all he said was true, and opM
ened the door. But who should
come in but the wolf! They were terrified and wanted to hide themselves.
One sprang under the table, the second into the bed, the third into the
stove, the fourth into the kitchen, the fifth into the cupboard, the
sixth under the washing-bowl, and the seventh into the clock-case. But
the wolf found them all, and used no great ceremony; one after the
other he swallowed them down his throat. The youngest, who was in
the clock-case, was the only one he did not find. When the wolf hM
satisfied his appetite he took himself off, laid himself down under a
tree in the green meadow outside, and began to sleep. Soon afterwards
the old goat came home again from the forest. Ah! what a sight she saw
there! The house-door stood wide open. The table, chairs, and benches
were thrown down, the washing-bowl lay broken to pieces, and the quilts
and pillows were pulled off the bed. She sought her children, but they
were nowhere to be found. She called them one after another by name, but
red. At last, when she came to the youngest, a soft voice
Dear mother, I am in the clock-case.
 She took the kid out, and
it told her that the wolf had come and had eaten all the others. Then
you may imagine how she wept over her poor children.
At length in her grief she went out, and the youngest kid ran with her.
When they came to the meadow, there lay the wolf by the tree and snored
so loud that the branches shook. She looked at him on every side and
saw that something was moving and strugglM
ing in his gorged belly.
is it possible that my poor children whom he has
swallowed down for his supper, can be still alive?
 Then the kid had to
run home and fetch scissors, and a needle and thread, and the goat cut
s stomach, and hardly had she made one cut, than one
little kid thrust its head out, and when she had cut farther, all six
sprang out one after another, and were all still alive, and had suffered
no injury whatever, for in his greediness the mM
onster had swallowed them
down whole. What rejoicing there was! They embraced their dear mother,
and jumped like a tailor at his wedding. The mother, however, said:
go and look for some big stones, and we will fill the wicked beast
stomach with them while he is still asleep.
 Then the seven kids dragged
the stones thither with all speed, and put as many of them into this
stomach as they could get in; and the mother sewed him up again in the
greatest haste, so that he was not aware of anything anM
When the wolf at length had had his fill of sleep, he got on his legs,
and as the stones in his stomach made him very thirsty, he wanted to
go to a well to drink. But when he began to walk and to move about, the
stones in his stomach knocked against each other and rattled. Then cried
What rumbles and tumbles
  Against my poor bones?
  But it feels like big stones.
And when he got to the well and stooped over the water to drink, the
vy stones made him fall in, and he drowned miserably. When the seven
kids saw that, they came running to the spot and cried aloud:
is dead! The wolf is dead!
 and danced for joy round about the well with
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ImageMapLocationlong
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Adobe Photoshop CS6 (Macintosh)
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Copyright 1999 Adobe Systems Incorporated
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iCCPsRGB IEC61966-2.1
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Adobe Photoshop 22.1 (Windows)
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transparencyDitherAlgorithmenum
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HTMLBackgroundSettingsObjc
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MetadataOutputSettingsObjc
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WriteXMPToSidecarFilesbool
http://ns.adobe.com/xap/1.0/
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text/html;charset=utf-8
<title>Space Invaders in BlockChain</title>
<!-- Uploaded to Bitcoin Blockchain by https://twitter.com/chuisochuisez from Spain :D -->
  <meta charset="utf-8" />
@import 'https://fonts.googleapis.com/css?family=Press+Start+2P';
body {margin: 0; padding: 0; background: #333; color: white; font-family: 'Press Start 2P', sans-serif; text-align: center; text-transform: uppercase;}
input {position: absolute; left: -100vw;}
label {display: block; cursor: pointer; -webkit-tap-highlight-colorM
: rgba(0, 0, 0, 0);}
p {margin: 0; padding: 0;}
form {position: absolute; width: 100vmin; height: 100vmin; left: 50%; top: 0; transform: translateX(-50%); background: black; overflow: hidden;}
#title {display: none;}
#title #text {perspective: 15vmin;}
#title h1 {position: absolute; left: 0; top: -2.5vmin; color: magenta; margin: 10vmin 0 2vmin; font-size: 12vmin; line-height: 15vmin; transform: rotateX(-10deg);}
#title h1::before {content: "Space Invaders";}
#title h1:nth-of-type(2) {top: -1.75vminM
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#title h1:nth-of-type(3) {top: -1vmin; color: yellow; transform: scale(1.05) rotateX(-10deg);}
#pointText {margin: 60vmin 0 5vmin; font-size: 3vmin;}
[for="state_play-active"],
#title > [for="reset"] {top: 40vmin;}
#wave0:checked ~ #title > [for="reset"] {visibility: hidden;}
#lives {position: absolute; width: 20vmin; height: 4vmin; left: 40vmin; top: 8vmin; display: flex; justify-content: center;}
#base {width: 6vmin; height: 4vmin; backgM
round-size: 6vmin 4vmin; image-rendering: pixelated; image-rendering: crisp-edges;
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#lives div + div {margin-left: 1vmin;}
#state_life2-active:checked ~ form #lives div:nth-of-type(2) ~ div,
#state_life1-active:checked ~ form #lives div:nth-of-type(1) ~ div {display: none;}
#scoreText {position: absolute; left: 3vminM
; top: 3vmin; font-size: 4vmin; line-height: 5vmin;}
#livesText {width: 20vmin; left: 40vmin;}
#scoreText {left: initial; right: 3vmin;}
#game {position: absolute; width: 100%; height: 100%; left: 0; top: 0; background: black; --delaypause: paused; animation: none 0.1s;}
#state_restart:checked ~ form #game .game,
#state_lose:checked ~ form #game .game {display: none;}
#state_restart:checked ~ form #title {display: block;}
#state_restart:checked ~ form #hiscores,
#state_restart:checked ~ form #score {visibilM
@keyframes delaypause1 {0% {--delaypause: running;} 100% {--delaypause: running;}}
@keyframes delaypause2 {0% {--delaypause: running;} 100% {--delaypause: running;}}
form {margin: 0; padding: 0; overflow: hidden;}
#hiscores + p {display: none; margin: 12vmin 0 0; font-size: 3vmin;}
#state_lose:checked ~ form #hiscores + p {display: block;}
#score {display: flex; position: absolute; top: 7vmin; width: 20vmin; height: 5vmin; overflow: hidden;}
#hiscores {left: 3vmin; flex-direction: cM
olumn; flex-wrap: wrap; list-style: none; margin: 0; padding: 0;}
#score {right: 3vmin;}
#state_lose:checked ~ form #hiscores {height: 25vmin; left: 40vmin; top: 20vmin;}
@keyframes hiscore {100% {order: -1000;}}
#hiscores > li {display: flex; height: 5vmin; margin: 0; padding: 0; overflow: hidden; animation-name: hiscore;
  animation-duration: 100s; animation-timing-function: steps(1000); animation-iteration-count: infinite; animation-play-state: paused;}
@keyframes score {100% {transform: translateY(-100%);M
#score ul {counter-reset: score -1; list-style: none; width: 4vmin; height: 50vmin; margin: 0; padding: 0;
  animation-name: score; animation-timing-function: steps(10); animation-iteration-count: infinite; animation-play-state: paused;}
#score ul {animation-play-state: var(--delaypause);}
#state_restart:checked ~ form #score ul {animation-name: none;}
.tens {animation-duration: 1s;}
.hundreds {animation-duration: 10s;}
.thousands {animation-duration: 100s;}
.tenthousands {animation-dM
#hiscores > li ul li,
#score li {height: 5vmin; margin: 0; padding: 0;}
#hiscores > li ul li::before,
#score li::before {counter-increment: score; content: counter(score); display: block; font-size: 4vmin; line-height: 5vmin;}
@keyframes ufo {100% {transform: translateX(200vmin);}}
div[id^="ufo"] {position: absolute; width: 8vmin; height: 4vmin; left: -60vmin; top: 14vmin; animation: none 50s steps(100) 1s 20 alternate;}
div[id^="ufo"]::before {content: ""; position: absolute; height: 4vmin;M
div[id^="ufo"]::before,
#points li:nth-of-type(1)::before {width: 8vmin; background-size: 8vmin 4vmin; image-rendering: pixelated; image-rendering: crisp-edges;
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[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #ufo0,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #hitufo-0:checked ~ #M
game #ufo1 {animation-name: ufo;}
[id^="state_"][id$="-active"]:checked ~ form #hitufo-0:checked ~ #game #ufo0,
[id^="state_"][id$="-active"]:checked ~ form #hitufo-1:checked ~ #game #ufo1 {animation-play-state: paused;}
@keyframes move-lr {100% {transform: translateX(32vmin);}}
@keyframes move-down {100% {transform: translateY(60vmin);}}
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#wave div {width: 4vmin; height: 4vmin; margin: 0 2vmin 2vmin 0; animation: none 16s steps(16) 1s 10 alternate; animation-fill-mode: forwards; overflow: hidden;}
@keyframes animate {100% {transform: translateY(-100%);}}
#wave div::before {content: ""; position: absolute; width: 15vmin; height: 8vmin; left: 0; animation: none 2s steps(2) 2s 80;}
#points li::before {background-size: 15vmin 8vmin; image-rendering: pixelated; image-rendering:M
 crisp-edges; background-image: url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAC0AAAAYCAYAAABurXSEAAAAxUlEQVRYhe2UwQ6AIAxD/f+f1pMJmdv6CjEmhp5gtGu3A8ex8RHOAEfn1Dtvi6zgBp8JjLxoYNVsdVhLl5Gqe9VofItcOmx3xlPS6Ve0RF8Nm05NtnRzlPnIU30ItxTRJioUCR0Hnw5OAmfcLADxzJbkeG9s/Ar2PznonHrnbZEVVKjIcf5ea1k0cNXsrilNF8RZ0kMQax2nelP3St+d8ZR0+hUt0ZfbVhumuhXz6CvDxoDVmZqSuuK0OnebM8Fe2/TGy7gAe75T5XBUltAAAAAASUVORK5CYII=);}
#points {list-style: none; width: 25vmin; margin: 0 auto;}
#points li {position: relative; width: 100%; height: 5vmiM
n; font-size: 2vmin; line-height: 5vmin;}
#points li::before {content: ""; position: absolute; width: 4vmin; height: 4vmin; left: -5vmin;}
#points li:nth-of-type(1)::before {left: -7vmin;}
#points li:nth-of-type(2)::before {background-position-x: 5vmin;}
#points li:nth-of-type(3)::before {background-position-x: 10vmin;}
[id="wave0"]:checked ~ #game [id="wave"] {display: flex;}
#wave div:nth-of-type(-n+33)::before {left: -5vmin;}
#wave div:nth-of-type(-n+11)::before {left: -10vmin;}
[id^="state_"][id$="-actiM
ve"]:checked ~ form #wave0:checked ~ #game #wave {animation-name: move-down;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #wave div {animation-name: move-lr;}
[id^="state_"][id$="-active"]:checked ~ form [id="wave0"]:checked ~ #game #wave div::before {animation-name: animate;}
@keyframes fade {100% {opacity: 0;}}
#shields {position: absolute; width: 94vmin; height: 4vmin; left: 3vmin; top: 68vmin;}
#shields > div > div {display: flex;}
#shields > div > div > div {width: 10vmin; height:M
 4vmin; margin-left: 6vmin; display: flex; flex-wrap: wrap; justify-content: space-between;}
#shields > div > div > div + div {margin-left: 14vmin;}
#shields > div > div > div div {width: 2vmin; height: 2vmin; background: green; visibility: hidden;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv0-"]:checked ~ #game #shields,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv1-"]:checked ~ #game #shields > div,
[id^="state_"][id$="-active"]:checked ~ form #wave0:cheM
cked ~ [id^="inv2-"]:checked ~ #game #shields > div > div,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv3-"]:checked ~ #game #shields > div > div > div,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv4-"]:checked ~ #game #shields > div > div > div > div {animation-play-state: running;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #shields {animation: fade 1s linear 129s paused forwards;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:M
checked ~ #game #shields > div {animation: fade 1s linear 113s paused forwards;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #shields > div > div {animation: fade 1s linear 97s paused forwards;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #shields > div > div > div {animation: fade 1s linear 81s paused forwards;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game #shields > div > div > div > div {animation: fade 1s linear 65s paused forwards;}
^="state_"][id$="-active"]:checked ~ form #hitufo-0:checked ~ #game #ufo0::before,
[id^="state_"][id$="-active"]:checked ~ form #hitufo-1:checked ~ #game #ufo1::before,
#hit0-0:checked ~ #game #wave div:nth-of-type(1)::before,#hit0-1:checked ~ #game #wave div:nth-of-type(2)::before,#hit0-2:checked ~ #game #wave div:nth-of-type(3)::before,
#hit0-3:checked ~ #game #wave div:nth-of-type(4)::before,#hit0-4:checked ~ #game #wave div:nth-of-type(5)::before,#hit0-5:checked ~ #game #wave div:nth-of-type(6)::before,
t0-6:checked ~ #game #wave div:nth-of-type(7)::before,#hit0-7:checked ~ #game #wave div:nth-of-type(8)::before,#hit0-8:checked ~ #game #wave div:nth-of-type(9)::before,
#hit0-9:checked ~ #game #wave div:nth-of-type(10)::before,#hit0-10:checked ~ #game #wave div:nth-of-type(11)::before,#hit1-11:checked ~ #game #wave div:nth-of-type(12)::before,
#hit1-12:checked ~ #game #wave div:nth-of-type(13)::before,#hit1-13:checked ~ #game #wave div:nth-of-type(14)::before,#hit1-14:checked ~ #game #wave div:nth-of-type(15)::beM
#hit1-15:checked ~ #game #wave div:nth-of-type(16)::before,#hit1-16:checked ~ #game #wave div:nth-of-type(17)::before,#hit1-17:checked ~ #game #wave div:nth-of-type(18)::before,
#hit1-18:checked ~ #game #wave div:nth-of-type(19)::before,#hit1-19:checked ~ #game #wave div:nth-of-type(20)::before,#hit1-20:checked ~ #game #wave div:nth-of-type(21)::before,
#hit1-21:checked ~ #game #wave div:nth-of-type(22)::before,#hit2-22:checked ~ #game #wave div:nth-of-type(23)::before,#hit2-23:checked ~ #game #wave div:ntM
h-of-type(24)::before,
#hit2-24:checked ~ #game #wave div:nth-of-type(25)::before,#hit2-25:checked ~ #game #wave div:nth-of-type(26)::before,#hit2-26:checked ~ #game #wave div:nth-of-type(27)::before,
#hit2-27:checked ~ #game #wave div:nth-of-type(28)::before,#hit2-28:checked ~ #game #wave div:nth-of-type(29)::before,#hit2-29:checked ~ #game #wave div:nth-of-type(30)::before,
#hit2-30:checked ~ #game #wave div:nth-of-type(31)::before,#hit2-31:checked ~ #game #wave div:nth-of-type(32)::before,#hit2-32:checked ~ #M
game #wave div:nth-of-type(33)::before,
#hit3-33:checked ~ #game #wave div:nth-of-type(34)::before,#hit3-34:checked ~ #game #wave div:nth-of-type(35)::before,#hit3-35:checked ~ #game #wave div:nth-of-type(36)::before,
#hit3-36:checked ~ #game #wave div:nth-of-type(37)::before,#hit3-37:checked ~ #game #wave div:nth-of-type(38)::before,#hit3-38:checked ~ #game #wave div:nth-of-type(39)::before,
#hit3-39:checked ~ #game #wave div:nth-of-type(40)::before,#hit3-40:checked ~ #game #wave div:nth-of-type(41)::before,#hiM
t3-41:checked ~ #game #wave div:nth-of-type(42)::before,
#hit3-42:checked ~ #game #wave div:nth-of-type(43)::before,#hit3-43:checked ~ #game #wave div:nth-of-type(44)::before,#hit4-44:checked ~ #game #wave div:nth-of-type(45)::before,
#hit4-45:checked ~ #game #wave div:nth-of-type(46)::before,#hit4-46:checked ~ #game #wave div:nth-of-type(47)::before,#hit4-47:checked ~ #game #wave div:nth-of-type(48)::before,
#hit4-48:checked ~ #game #wave div:nth-of-type(49)::before,#hit4-49:checked ~ #game #wave div:nth-of-typM
e(50)::before,#hit4-50:checked ~ #game #wave div:nth-of-type(51)::before,
#hit4-51:checked ~ #game #wave div:nth-of-type(52)::before,#hit4-52:checked ~ #game #wave div:nth-of-type(53)::before,#hit4-53:checked ~ #game #wave div:nth-of-type(54)::before,
#hit4-54:checked ~ #game #wave div:nth-of-type(55)::before {left: 0; visibility: hidden; animation: miss0 0.5s steps(1); background-size: 4vmin 4vmin;  background-image: url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAwAAAAJCAYAAAAGuM1UAAAAMElEQVQYlWNgQAL/////z4M
AGsImhCBLDxm0SEXKEwX8ooJY6/CYQLUdWKOESRBcDAKjNT7G/g0oVAAAAAElFTkSuQmCC);}
#shield0-0:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(1),#shield0-1:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(2),
#shield0-2:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(3),#shield0-3:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(4),
#shield0-4:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(5),#M
shield0-5:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(6),
#shield0-6:checked ~ #game #shields > div > div > div:nth-of-type(1) div:nth-of-type(7),#shield1-0:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(1),
#shield1-1:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(2),#shield1-2:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(3),
#shield1-3:checked ~ #game #shields > div > div > div:nth-of-type(2) div:ntM
h-of-type(4),#shield1-4:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(5),
#shield1-5:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(6),#shield1-6:checked ~ #game #shields > div > div > div:nth-of-type(2) div:nth-of-type(7),
#shield2-0:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(1),#shield2-1:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(2),
#shield2-2:checked ~ #game #shields > div > div > div:nth-of-M
type(3) div:nth-of-type(3),#shield2-3:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(4),
#shield2-4:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(5),#shield2-5:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(6),
#shield2-6:checked ~ #game #shields > div > div > div:nth-of-type(3) div:nth-of-type(7),#shield3-0:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(1),
#shield3-1:checked ~ #game #shields > div > divM
 > div:nth-of-type(4) div:nth-of-type(2),#shield3-2:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(3),
#shield3-3:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(4),#shield3-4:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(5),
#shield3-5:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(6),#shield3-6:checked ~ #game #shields > div > div > div:nth-of-type(4) div:nth-of-type(7) {visibility: visible;}
tion: absolute; top: 78vmin; left: 3vmin;}
#base::before {content: ""; position: absolute; width: 4vmin; height: 4vmin; left: 0; top: -64vmin; visibility: hidden; animation: none 1s steps(1); background-size: 4vmin 4vmin; background-repeat: none; background-image: url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAwAAAAJCAYAAAAGuM1UAAAAMElEQVQYlWNgQAL/////z4AGsImhCBLDxm0SEXKEwX8ooJY6/CYQLUdWKOESRBcDAKjNT7G/g0oVAAAAAElFTkSuQmCC);}
#land {position: absolute; width: 100%; height: 6vmin; left: 0; top: 78vmin; backgrM
#controls {position: absolute; width: 100%; height: 16vmin; left: 0; bottom: 0; background: #999;}
.arrows {position: absolute; left: 10vmin; top: 3vmin;}
.arrows div {position: absolute; width: 0; height: 0; left: 0; border-top: 5vmin transparent solid; border-right: 5vmin yellow solid; border-bottom: 5vmin transparent solid;}
.arrows .arrow2 {left: 2vmin; border-right-color: orange;}
.arrows .arrow3 {left: 4vmin; border-right-color: red;}
.arrows .arrow4 {left: 6vmin; border-right-color: blackM
.arrowsr {transform: rotate(180deg); left: 60vmin; top: 13vmin;}
.arrowsu {transform: rotate(90deg); left: 88vmin; top: 0;}
#move {position: absolute; width: 30vmin; height: 10vmin; left: 20vmin; top: 3vmin; overflow: hidden;}
#move div {position: absolute; width: calc(10vmin * 46); height: 10vmin; display: flex; z-index: 1;}
#move label {width: 10vmin; height: 10vmin;}
#move::after {content: ""; left: 0; top: 0; z-index: 0;}
#fire {position: absolute; width:M
 10vmin; height: 10vmin; background: white; border-radius: 50%; box-shadow: inset 0 0 0 0.5vmin white, inset 0 0 0.5vmin 1vmin #999;}
#move::after {left: 20vmin;}
#pos0:checked ~ #game #move div {transform: translateX(10vmin);}#pos1:checked ~ #game #move div {transform: translateX(0);}
#pos2:checked ~ #game #move div {transform: translateX(-10vmin);}#pos3:checked ~ #game #move div {transform: translateX(-20vmin);}
#pos4:checked ~ #game #move div {transform: translateX(-30vmin);}#pos5:checked ~ #game #move div {M
transform: translateX(-40vmin);}
#pos6:checked ~ #game #move div {transform: translateX(-50vmin);}#pos7:checked ~ #game #move div {transform: translateX(-60vmin);}
#pos8:checked ~ #game #move div {transform: translateX(-70vmin);}#pos9:checked ~ #game #move div {transform: translateX(-80vmin);}
#pos10:checked ~ #game #move div {transform: translateX(-90vmin);}#pos11:checked ~ #game #move div {transform: translateX(-100vmin);}
#pos12:checked ~ #game #move div {transform: translateX(-110vmin);}#pos13:checked ~ #gaM
me #move div {transform: translateX(-120vmin);}
#pos14:checked ~ #game #move div {transform: translateX(-130vmin);}#pos15:checked ~ #game #move div {transform: translateX(-140vmin);}
#pos16:checked ~ #game #move div {transform: translateX(-150vmin);}#pos17:checked ~ #game #move div {transform: translateX(-160vmin);}
#pos18:checked ~ #game #move div {transform: translateX(-170vmin);}#pos19:checked ~ #game #move div {transform: translateX(-180vmin);}
#pos20:checked ~ #game #move div {transform: translateX(-190vmiM
n);}#pos21:checked ~ #game #move div {transform: translateX(-200vmin);}
#pos22:checked ~ #game #move div {transform: translateX(-210vmin);}#pos23:checked ~ #game #move div {transform: translateX(-220vmin);}
#pos24:checked ~ #game #move div {transform: translateX(-230vmin);}#pos25:checked ~ #game #move div {transform: translateX(-240vmin);}
#pos26:checked ~ #game #move div {transform: translateX(-250vmin);}#pos27:checked ~ #game #move div {transform: translateX(-260vmin);}
#pos28:checked ~ #game #move div {transM
form: translateX(-270vmin);}#pos29:checked ~ #game #move div {transform: translateX(-280vmin);}
#pos30:checked ~ #game #move div {transform: translateX(-290vmin);}#pos31:checked ~ #game #move div {transform: translateX(-300vmin);}
#pos32:checked ~ #game #move div {transform: translateX(-310vmin);}#pos33:checked ~ #game #move div {transform: translateX(-320vmin);}
#pos34:checked ~ #game #move div {transform: translateX(-330vmin);}#pos35:checked ~ #game #move div {transform: translateX(-340vmin);}
~ #game #move div {transform: translateX(-350vmin);}#pos37:checked ~ #game #move div {transform: translateX(-360vmin);}
#pos38:checked ~ #game #move div {transform: translateX(-370vmin);}#pos39:checked ~ #game #move div {transform: translateX(-380vmin);}
#pos40:checked ~ #game #move div {transform: translateX(-390vmin);}#pos41:checked ~ #game #move div {transform: translateX(-400vmin);}
#pos42:checked ~ #game #move div {transform: translateX(-410vmin);}#pos43:checked ~ #game #move div {transform: translateX(-420M
#pos44:checked ~ #game #move div {transform: translateX(-430vmin);}
#pos0:checked ~ #game #base {transform: translateX(0);}#pos1:checked ~ #game #base {transform: translateX(2vmin);}
#pos2:checked ~ #game #base {transform: translateX(4vmin);}#pos3:checked ~ #game #base {transform: translateX(6vmin);}
#pos4:checked ~ #game #base {transform: translateX(8vmin);}#pos5:checked ~ #game #base {transform: translateX(10vmin);}
#pos6:checked ~ #game #base {transform: translateX(12vmin);}#pos7:checked ~ #game #baM
se {transform: translateX(14vmin);}
#pos8:checked ~ #game #base {transform: translateX(16vmin);}#pos9:checked ~ #game #base {transform: translateX(18vmin);}
#pos10:checked ~ #game #base {transform: translateX(20vmin);}#pos11:checked ~ #game #base {transform: translateX(22vmin);}
#pos12:checked ~ #game #base {transform: translateX(24vmin);}#pos13:checked ~ #game #base {transform: translateX(26vmin);}
#pos14:checked ~ #game #base {transform: translateX(28vmin);}#pos15:checked ~ #game #base {transform: translateX(M
#pos16:checked ~ #game #base {transform: translateX(32vmin);}#pos17:checked ~ #game #base {transform: translateX(34vmin);}
#pos18:checked ~ #game #base {transform: translateX(36vmin);}#pos19:checked ~ #game #base {transform: translateX(38vmin);}
#pos20:checked ~ #game #base {transform: translateX(40vmin);}#pos21:checked ~ #game #base {transform: translateX(42vmin);}
#pos22:checked ~ #game #base {transform: translateX(44vmin);}#pos23:checked ~ #game #base {transform: translateX(46vmin);}
d ~ #game #base {transform: translateX(48vmin);}#pos25:checked ~ #game #base {transform: translateX(50vmin);}
#pos26:checked ~ #game #base {transform: translateX(52vmin);}#pos27:checked ~ #game #base {transform: translateX(54vmin);}
#pos28:checked ~ #game #base {transform: translateX(56vmin);}#pos29:checked ~ #game #base {transform: translateX(58vmin);}
#pos30:checked ~ #game #base {transform: translateX(60vmin);}#pos31:checked ~ #game #base {transform: translateX(62vmin);}
#pos32:checked ~ #game #base {transfoM
rm: translateX(64vmin);}#pos33:checked ~ #game #base {transform: translateX(66vmin);}
#pos34:checked ~ #game #base {transform: translateX(68vmin);}#pos35:checked ~ #game #base {transform: translateX(70vmin);}
#pos36:checked ~ #game #base {transform: translateX(72vmin);}#pos37:checked ~ #game #base {transform: translateX(74vmin);}
#pos38:checked ~ #game #base {transform: translateX(76vmin);}#pos39:checked ~ #game #base {transform: translateX(78vmin);}
#pos40:checked ~ #game #base {transform: translateX(80vmin);}M
#pos41:checked ~ #game #base {transform: translateX(82vmin);}
#pos42:checked ~ #game #base {transform: translateX(84vmin);}#pos43:checked ~ #game #base {transform: translateX(86vmin);}
#pos44:checked ~ #game #base {transform: translateX(88vmin);}
#fire {left: 70vmin; top: 3vmin; overflow: hidden;}
#fire div {height: 10vmin; pointer-events: none;}
#fire > div {position: absolute; width: 450vmin;}
#fire label {height: 10vmin; top: 0; pointer-events: initial; visibility: hidden; transition: visibility 0.15s stepM
#fire [for^="miss-"] {position: absolute; width: 450vmin; left: 0; visibility: visible;}
#miss-0:checked ~ #game [for="miss-0"], #miss-1:checked ~ #game [for="miss-1"] {visibility: hidden;}
@keyframes miss0 {0% {visibility: visible;}}
@keyframes miss1 {0% {visibility: visible;}}
#miss-0:checked ~ #game #base::before {animation-name: miss0;}
#miss-1:checked ~ #game #base::before {animation-name: miss1;}
@keyframes labels-ufo {100% {left: 1000vmin;}}
#fire [for^="hitufo-"] {position: absolute; width: 4M
0vmin; visibility: visible; transform: translateX(-300vmin); left: 0; animation: none 50s steps(50) 1s 20 alternate;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game [for="hitufo-0"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #hitufo-0:checked ~ #game [for="hitufo-1"] {animation-name: labels-ufo;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #hitufo-0:checked ~ #game [for="hitufo-0"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #hitufo-1M
:checked ~ #game [for="hitufo-1"] {animation-name: none;}
.inv-labels {position: absolute; width: 320vmin; left: -10vmin; top: 0; display: flex; justify-content: space-between; animation: none 16s steps(16) 1s 10 alternate; animation-fill-mode: forwards; }
.inv-labels label {width: 20vmin; height: 10vmin; left: 0;}
@keyframes labels-lr {100% {left: 150vmin;}}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game .inv-labels {animation-name: labels-lr;}
@keyframes hide {100% {transform: translateYM
.shield-labels {position: absolute; width: 410vmin; left: 20vmin; top: 0;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game .shield-labels {animation: hide 1s steps(1) 127s paused forwards;}
.shield-labels > div {display: flex; justify-content: space-between;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game .shield-labels > div {animation: hide 1s steps(1) 113s paused forwards;}
.shield-labels > div > div {position: relative; width: 50vmin;}
id$="-active"]:checked ~ form #wave0:checked ~ #game .shield-labels > div > div {animation: hide 1s steps(1) 97s paused forwards;}
.shield-labels > div > div > div {position: absolute; width: 50vmin; display: flex; justify-content: space-between;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game .shield-labels > div > div > div {animation: hide 1s steps(1) 81s paused forwards;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ #game [for^="shield"] {animation: hide 1s steps(1) 65s M
[for^="shieldhit"] {width: 10vmin; left: 0;}
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv0-"]:checked ~ #game .shield-labels,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv1-"]:checked ~ #game .shield-labels > div,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv2-"]:checked ~ #game .shield-labels > div > div,
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv3-"]:checked ~ #game .shield-labels > dM
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv4-"]:checked ~ #game [for^="shieldhit"] {animation-play-state: running;}
#pos0:checked ~ #game #fire > div {transform: translateX(0);}#pos1:checked ~ #game #fire > div {transform: translateX(-10vmin);}
#pos2:checked ~ #game #fire > div {transform: translateX(-20vmin);}#pos3:checked ~ #game #fire > div {transform: translateX(-30vmin);}
#pos4:checked ~ #game #fire > div {transform: translateX(-40vmin);}#pos5:checked ~ #game #fiM
re > div {transform: translateX(-50vmin);}
#pos6:checked ~ #game #fire > div {transform: translateX(-60vmin);}#pos7:checked ~ #game #fire > div {transform: translateX(-70vmin);}
#pos8:checked ~ #game #fire > div {transform: translateX(-80vmin);}#pos9:checked ~ #game #fire > div {transform: translateX(-90vmin);}
#pos10:checked ~ #game #fire > div {transform: translateX(-100vmin);}#pos11:checked ~ #game #fire > div {transform: translateX(-110vmin);}
#pos12:checked ~ #game #fire > div {transform: translateX(-120vmM
in);}#pos13:checked ~ #game #fire > div {transform: translateX(-130vmin);}
#pos14:checked ~ #game #fire > div {transform: translateX(-140vmin);}#pos15:checked ~ #game #fire > div {transform: translateX(-150vmin);}
#pos16:checked ~ #game #fire > div {transform: translateX(-160vmin);}#pos17:checked ~ #game #fire > div {transform: translateX(-170vmin);}
#pos18:checked ~ #game #fire > div {transform: translateX(-180vmin);}#pos19:checked ~ #game #fire > div {transform: translateX(-190vmin);}
#pos20:checked ~ #game #M
fire > div {transform: translateX(-200vmin);}#pos21:checked ~ #game #fire > div {transform: translateX(-210vmin);}
#pos22:checked ~ #game #fire > div {transform: translateX(-220vmin);}#pos23:checked ~ #game #fire > div {transform: translateX(-230vmin);}
#pos24:checked ~ #game #fire > div {transform: translateX(-240vmin);}#pos25:checked ~ #game #fire > div {transform: translateX(-250vmin);}
#pos26:checked ~ #game #fire > div {transform: translateX(-260vmin);}#pos27:checked ~ #game #fire > div {transform: translatM
#pos28:checked ~ #game #fire > div {transform: translateX(-280vmin);}#pos29:checked ~ #game #fire > div {transform: translateX(-290vmin);}
#pos30:checked ~ #game #fire > div {transform: translateX(-300vmin);}#pos31:checked ~ #game #fire > div {transform: translateX(-310vmin);}
#pos32:checked ~ #game #fire > div {transform: translateX(-320vmin);}#pos33:checked ~ #game #fire > div {transform: translateX(-330vmin);}
#pos34:checked ~ #game #fire > div {transform: translateX(-340vmin);}#pos35:checked M
~ #game #fire > div {transform: translateX(-350vmin);}
#pos36:checked ~ #game #fire > div {transform: translateX(-360vmin);}#pos37:checked ~ #game #fire > div {transform: translateX(-370vmin);}
#pos38:checked ~ #game #fire > div {transform: translateX(-380vmin);}#pos39:checked ~ #game #fire > div {transform: translateX(-390vmin);}
#pos40:checked ~ #game #fire > div {transform: translateX(-400vmin);}#pos41:checked ~ #game #fire > div {transform: translateX(-410vmin);}
#pos42:checked ~ #game #fire > div {transforM
m: translateX(-420vmin);}#pos43:checked ~ #game #fire > div {transform: translateX(-430vmin);}
#pos44:checked ~ #game #fire > div {transform: translateX(-440vmin);}
#ufo-0:checked ~ #game [for="hitufo-0"], #hitufo-1:checked ~ #game [for="hitufo-1"],
#inv0-0:checked ~ #game [for="hit0-0"], #inv0-1:checked ~ #game [for="hit0-1"], #inv0-2:checked ~ #game [for="hit0-2"], #inv0-3:checked ~ #game [for="hit0-3"], #inv0-4:checked ~ #game [for="hit0-4"],
#inv0-5:checked ~ #game [for="hit0-5"], #inv0-6:checked ~ #game [fM
or="hit0-6"], #inv0-7:checked ~ #game [for="hit0-7"], #inv0-8:checked ~ #game [for="hit0-8"], #inv0-9:checked ~ #game [for="hit0-9"], #inv0-10:checked ~ #game [for="hit0-10"],
#inv1-11:checked ~ #game [for="hit1-11"], #inv1-12:checked ~ #game [for="hit1-12"], #inv1-13:checked ~ #game [for="hit1-13"], #inv1-14:checked ~ #game [for="hit1-14"], #inv1-15:checked ~ #game [for="hit1-15"],
#inv1-16:checked ~ #game [for="hit1-16"], #inv1-17:checked ~ #game [for="hit1-17"], #inv1-18:checked ~ #game [for="hit1-18"], #inv1-M
19:checked ~ #game [for="hit1-19"], #inv1-20:checked ~ #game [for="hit1-20"], #inv1-21:checked ~ #game [for="hit1-21"],
#inv2-22:checked ~ #game [for="hit2-22"], #inv2-23:checked ~ #game [for="hit2-23"], #inv2-24:checked ~ #game [for="hit2-24"], #inv2-25:checked ~ #game [for="hit2-25"], #inv2-26:checked ~ #game [for="hit2-26"],
#inv2-27:checked ~ #game [for="hit2-27"], #inv2-28:checked ~ #game [for="hit2-28"], #inv2-29:checked ~ #game [for="hit2-29"], #inv2-30:checked ~ #game [for="hit2-30"], #inv2-31:checked ~ #M
game [for="hit2-31"], #inv2-32:checked ~ #game [for="hit2-32"],
#inv3-33:checked ~ #game [for="hit3-33"], #inv3-34:checked ~ #game [for="hit3-34"], #inv3-35:checked ~ #game [for="hit3-35"], #inv3-36:checked ~ #game [for="hit3-36"], #inv3-37:checked ~ #game [for="hit3-37"],
#inv3-38:checked ~ #game [for="hit3-38"], #inv3-39:checked ~ #game [for="hit3-39"], #inv3-40:checked ~ #game [for="hit3-40"], #inv3-41:checked ~ #game [for="hit3-41"], #inv3-42:checked ~ #game [for="hit3-42"], #inv3-43:checked ~ #game [for="hitM
#inv4-44:checked ~ #game [for="hit4-44"], #inv4-45:checked ~ #game [for="hit4-45"], #inv4-46:checked ~ #game [for="hit4-46"], #inv4-47:checked ~ #game [for="hit4-47"], #inv4-48:checked ~ #game [for="hit4-48"],
#inv4-49:checked ~ #game [for="hit4-49"], #inv4-50:checked ~ #game [for="hit4-50"], #inv4-51:checked ~ #game [for="hit4-51"], #inv4-52:checked ~ #game [for="hit4-52"], #inv4-53:checked ~ #game [for="hit4-53"], #inv4-54:checked ~ #game [for="hit4-54"],
#shield0-0:checked ~ #game [for="shieldhit0-0"]M
, #shield0-1:checked ~ #game [for="shieldhit0-1"], #shield0-2:checked ~ #game [for="shieldhit0-2"],
#shield0-3:checked ~ #game [for="shieldhit0-3"], #shield0-4:checked ~ #game [for="shieldhit0-4"], #shield0-5:checked ~ #game [for="shieldhit0-5"], #shield0-6:checked ~ #game [for="shieldhit0-6"],
#shield1-0:checked ~ #game [for="shieldhit1-0"], #shield1-1:checked ~ #game [for="shieldhit1-1"], #shield1-2:checked ~ #game [for="shieldhit1-2"],
#shield1-3:checked ~ #game [for="shieldhit1-3"], #shield1-4:checked ~ #gamM
e [for="shieldhit1-4"], #shield1-5:checked ~ #game [for="shieldhit1-5"], #shield1-6:checked ~ #game [for="shieldhit1-6"],
#shield2-0:checked ~ #game [for="shieldhit2-0"], #shield2-1:checked ~ #game [for="shieldhit2-1"], #shield2-2:checked ~ #game [for="shieldhit2-2"],
#shield2-3:checked ~ #game [for="shieldhit2-3"], #shield2-4:checked ~ #game [for="shieldhit2-4"], #shield2-5:checked ~ #game [for="shieldhit2-5"], #shield2-6:checked ~ #game [for="shieldhit2-6"],
#shield3-0:checked ~ #game [for="shieldhit3-0"], #shM
ield3-1:checked ~ #game [for="shieldhit3-1"], #shield3-2:checked ~ #game [for="shieldhit3-2"],
#shield3-3:checked ~ #game [for="shieldhit3-3"], #shield3-4:checked ~ #game [for="shieldhit3-4"], #shield3-5:checked ~ #game [for="shieldhit3-5"], #shield3-6:checked ~ #game [for="shieldhit3-6"] {visibility: visible;}
@keyframes show {100% {visibility: visible;}}
#gameover {position: absolute; width: 100vmin; height: 26vmin; left: 50%; top: 12vmin; transform: translateX(-50%); padM
ding: 20vmin 0; background: black; font-size: 4vmin; z-index: 1;}
[id^="landed"] {visibility: hidden; animation: none 160s steps(1) 1s; animation-fill-mode: forwards;}
#restart {display: none;}
#landed1 {animation-duration: 144s;}
#landed2 {animation-duration: 128s;}
#landed3 {animation-duration: 112s;}
#landed4 {animation-duration: 96s;}
[id^="landed"] label {display: none;}
[id^="landed"]::after,
#restart::after {content: ""; position: absolute; width: 100vmin; height: 22vmin; left: 0; M
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv0-"]:checked ~ #game [id="landed0"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv1-"]:checked ~ #game [id="landed1"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv2-"]:checked ~ #game [id="landed2"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [id^="inv3-"]:checked ~ #game [id="landed3"],
[id^="state_"][id$="-active"]:checked ~ form #wave0:checked ~ [idM
^="inv4-"]:checked ~ #game [id="landed4"],
#wave1:checked ~ #game [id^="landed"],
#wave2:checked ~ #game [id^="landed"] {animation-name: show;}
#state_life2-active:checked ~ form #wave1:checked ~ #game [id^="landed"],
#state_life1-active:checked ~ form #wave2:checked ~ #game [id^="landed"] {animation-name: none;}
#state_play-active:checked ~ form #wave0:checked ~ #game [id^="landed"] [for="wave1"],
#state_play-active:checked ~ form #wave1:checked ~ #game [id^="landed"] [for="state_life2-active"],
2-active:checked ~ form #wave1:checked ~ #game #restart,
#state_life2-active:checked ~ form #wave0:checked ~ #game [id^="landed"] [for="wave2"],
#state_life2-active:checked ~ form #wave2:checked ~ #game [id^="landed"] [for="state_life1-active"],
#state_life1-active:checked ~ form #wave2:checked ~ #game #restart,
#state_life1-active:checked ~ form #wave0:checked ~ #game [id^="landed"] [for="state_lose"] {display: block;}
#wave0:checked ~ #game [for="wave0"],
#wave1:checked ~ #game [for="wave1"],
d ~ #game [for="wave2"],
#state_life2-active:checked ~ form #game [for="state_life2-active"],
#state_life1-active:checked ~ form #game [for="state_life1-active"] {visibility: hidden;}
[id^="inv"]:checked ~ #game #cleared {visibility: hidden;}
[for="reset"] {position: absolute; width: 50vmin; left: 50%; padding: 1vmin; transform: translateX(-50%); margin-top: 3vmin; font-size: 3vmin; background: black; box-shadow: 0.5vmin 0 white, -0.5vmin 0 white, 0 -0.5vmin whM
ite, 0 0.5vmin white;}
[id^="landed"]::before {content: "They Landed!";}
#cleared::before {content: "More waves coming!";}
[for^="wave"]::before {content: "Try Again";}
#cleared [for^="wave"]::before {content: "Ready?";}
[for="state_life2-active"]::before,
[for="state_life1-active"]::before {content: "Get Ready";}
[for="state_lose"]::before {content: "Game Over";}
[for="state_restart"]::before {content: "Restart";}
[for^="score"]::before {content: "New Hiscore";}
[for="reset"]::before {content: "Play";}
#title > [for="reset"]::before {content: "Insert Coin";}
#gameover {visibility: hidden; top: 50vmin;}
#state_lose:checked ~ form #gameover {visibility: visible;}
@keyframes next {100% {z-index: 0;}}
#gameover > div {position: absolute; width: 100%; height: 100%; left: 0; top: 0; z-index: 10000; background: black; animation-name: next; animation-duration: 1000s; animation-timing-function: steps(10000); animation-iteration-count: infinite; animation-play-state: paused;}
#state_lose:checked ~ #score1:checked ~ foM
#state_lose:checked ~ #score2:checked ~ form #high2 li,
#state_lose:checked ~ #score3:checked ~ form #high3 li,
#state_lose:checked ~ #score4:checked ~ form #high4 li,
#state_lose:checked ~ #score5:checked ~ form #high5 li,
#state_lose:checked ~ #score6:checked ~ form #high6 li,
#gameover > div [for^="score"] {color: yellow;}
#score1:checked ~ form [for="score1"],
#score2:checked ~ form [for="score2"],
#score3:checked ~ form [for="score3"],
#score4:checked ~ form [for="score4"],
cked ~ form [for="score5"],
#score6:checked ~ form [for="score6"] {visibility: hidden;}
#score1:checked ~ form #hiscores #high1,#score2:checked ~ form #hiscores #high2,#score3:checked ~ form #hiscores #high3,
#score4:checked ~ form #hiscores #high4,#score5:checked ~ form #hiscores #high5,#score6:checked ~ form #hiscores #high6,
#score1:checked ~ form #hiscores #high1 ul,#score2:checked ~ form #hiscores #high2 ul,#score3:checked ~ form #hiscores #high3 ul,
#score4:checked ~ form #hiscores #high4 ul,#score5:checM
ked ~ form #hiscores #high5 ul,#score6:checked ~ form #hiscores #high6 ul,
#score1:checked ~ form #go1,#score2:checked ~ form #go2,#score3:checked ~ form #go3,
#score4:checked ~ form #go4,#score5:checked ~ form #go5,#score6:checked ~ form #go6 {animation-play-state: var(--delaypause);}
[id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypauseM
[id^="hit"]:checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ M
:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~M
 :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked M
~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cM
hecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkM
ed ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~M
 :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :chM
ecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: M
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checM
ked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked M
~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkeM
d ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checM
ked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked M
~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkeM
d ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checM
ked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animatiM
on-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checkeM
d ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checM
ked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :chM
ecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :M
checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~M
 :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkedM
 ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkM
ed ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cheM
cked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cM
hecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ M
:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked M
~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkeM
d ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checM
ked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :chM
ecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="M
hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cheM
cked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cM
hecked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ M
:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked M
~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checkeM
d ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~M
 :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkedM
 ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause1;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checkM
ed ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checked ~ #game {animation-name: delaypause2;}
[id^="hit"]:checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :cheM
cked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ :checked ~ [id^="hit"]:checkeM
d ~ #game {animation-name: delaypause1;}
@keyframes delaycheck {0% {--delaycheck: 0;} 100% {--delaycheck: 100vw; left: 0;}}
#browsercheck {position: absolute; top: 35vmin; left: -100vw; width: 100vmin; height: 20vmin; animation: delaycheck 1s steps(1) forwards; pointer-events: none;}
#browsercheck div {position: absolute; top: 0; left: var(--delaycheck); width: 100%; height: 100%; background: black; font-size: 2vmin; pointer-events: initial;}
#browsercheck a:link,
#browsercheck a:visited,
#browsercheck a:hoveM
#browsercheck a:active,
#browsercheck label {display: block; position: relative; width: 50%; margin: 3vmin 0; padding: 1vmin; left: 50%; transform: translateX(-50%); color: white; text-decoration: none; box-shadow: 0.5vmin 0 white, -0.5vmin 0 white, 0 -0.5vmin white, 0 0.5vmin white;}
#trybrowser:checked ~ form #browsercheck {display: none;}
#tryother {position: absolute; width: 100%; left: 0; bottom: 2vmin; font-size: 2vmin;}
#tryother:active {color: bM
    <input type="checkbox" id="trybrowser" autocomplete="off" />
<input type="radio" name="state" id="state_restart" checked="checked" autocomplete="off" /><input type="radio" name="state" id="state_play-active" autocomplete="off" /><input type="radio" name="state" id="state_life2-active" autocomplete="off" /><input type="radio" name="state" id="state_life1-active" autocomplete="off" /><input type="radio" name="state" id="state_lose" autocomplete="off" />
adio" name="score" id="score1" autocomplete="off" /><input type="radio" name="score" id="score2" autocomplete="off" /><input type="radio" name="score" id="score3" autocomplete="off" /><input type="radio" name="score" id="score4" autocomplete="off" /><input type="radio" name="score" id="score5" autocomplete="off" /><input type="radio" name="score" id="score6" checked="checked" autocomplete="off" />
<form autocomplete="off">
<input type="radio" name="wave" id="wave0" checked="checked" /><input type="radio" name="waM
ve" id="wave1" /><input type="radio" name="wave" id="wave2" />
<input type="radio" name="miss" id="miss-0" /><input type="radio" name="miss" id="miss-1" />
<input type="radio" name="ufo-0" id="ufo-0" checked="checked" /><input type="radio" name="ufo-1" id="ufo-1" checked="checked" />
<input type="radio" name="inv0-0" id="inv0-0" checked="checked" /><input type="radio" name="inv0-1" id="inv0-1" checked="checked" /><input type="radio" name="inv0-2" id="inv0-2" checked="checked" /><input type="radio" name="inv0-3" M
id="inv0-3" checked="checked" /><input type="radio" name="inv0-4" id="inv0-4" checked="checked" />
<input type="radio" name="inv0-5" id="inv0-5" checked="checked" /><input type="radio" name="inv0-6" id="inv0-6" checked="checked" /><input type="radio" name="inv0-7" id="inv0-7" checked="checked" /><input type="radio" name="inv0-8" id="inv0-8" checked="checked" /><input type="radio" name="inv0-9" id="inv0-9" checked="checked" /><input type="radio" name="inv0-10" id="inv0-10" checked="checked" />
<input type="radio" M
name="inv1-11" id="inv1-11" checked="checked" /><input type="radio" name="inv1-12" id="inv1-12" checked="checked" /><input type="radio" name="inv1-13" id="inv1-13" checked="checked" /><input type="radio" name="inv1-14" id="inv1-14" checked="checked" /><input type="radio" name="inv1-15" id="inv1-15" checked="checked" />
<input type="radio" name="inv1-16" id="inv1-16" checked="checked" /><input type="radio" name="inv1-17" id="inv1-17" checked="checked" /><input type="radio" name="inv1-18" id="inv1-18" checked="checkM
ed" /><input type="radio" name="inv1-19" id="inv1-19" checked="checked" /><input type="radio" name="inv1-20" id="inv1-20" checked="checked" /><input type="radio" name="inv1-21" id="inv1-21" checked="checked" />
<input type="radio" name="inv2-22" id="inv2-22" checked="checked" /><input type="radio" name="inv2-23" id="inv2-23" checked="checked" /><input type="radio" name="inv2-24" id="inv2-24" checked="checked" /><input type="radio" name="inv2-25" id="inv2-25" checked="checked" /><input type="radio" name="inv2-26" iM
d="inv2-26" checked="checked" />
<input type="radio" name="inv2-27" id="inv2-27" checked="checked" /><input type="radio" name="inv2-28" id="inv2-28" checked="checked" /><input type="radio" name="inv2-29" id="inv2-29" checked="checked" /><input type="radio" name="inv2-30" id="inv2-30" checked="checked" /><input type="radio" name="inv2-31" id="inv2-31" checked="checked" /><input type="radio" name="inv2-32" id="inv2-32" checked="checked" />
<input type="radio" name="inv3-33" id="inv3-33" checked="checked" /><input tM
ype="radio" name="inv3-34" id="inv3-34" checked="checked" /><input type="radio" name="inv3-35" id="inv3-35" checked="checked" /><input type="radio" name="inv3-36" id="inv3-36" checked="checked" /><input type="radio" name="inv3-37" id="inv3-37" checked="checked" />
<input type="radio" name="inv3-38" id="inv3-38" checked="checked" /><input type="radio" name="inv3-39" id="inv3-39" checked="checked" /><input type="radio" name="inv3-40" id="inv3-40" checked="checked" /><input type="radio" name="inv3-41" id="inv3-41" chM
ecked="checked" /><input type="radio" name="inv3-42" id="inv3-42" checked="checked" /><input type="radio" name="inv3-43" id="inv3-43" checked="checked" />
<input type="radio" name="inv4-44" id="inv4-44" checked="checked" /><input type="radio" name="inv4-45" id="inv4-45" checked="checked" /><input type="radio" name="inv4-46" id="inv4-46" checked="checked" /><input type="radio" name="inv4-47" id="inv4-47" checked="checked" /><input type="radio" name="inv4-48" id="inv4-48" checked="checked" />
<input type="radio" naM
me="inv4-49" id="inv4-49" checked="checked" /><input type="radio" name="inv4-50" id="inv4-50" checked="checked" /><input type="radio" name="inv4-51" id="inv4-51" checked="checked" /><input type="radio" name="inv4-52" id="inv4-52" checked="checked" /><input type="radio" name="inv4-53" id="inv4-53" checked="checked" /><input type="radio" name="inv4-54" id="inv4-54" checked="checked" />
<input type="radio" name="ufo-0" id="hitufo-0" /><input type="radio" name="ufo-1" id="hitufo-1" />
<input type="radio" name="inv0-0M
" id="hit0-0" /><input type="radio" name="inv0-1" id="hit0-1" /><input type="radio" name="inv0-2" id="hit0-2" /><input type="radio" name="inv0-3" id="hit0-3" /><input type="radio" name="inv0-4" id="hit0-4" />
<input type="radio" name="inv0-5" id="hit0-5" /><input type="radio" name="inv0-6" id="hit0-6" /><input type="radio" name="inv0-7" id="hit0-7" /><input type="radio" name="inv0-8" id="hit0-8" /><input type="radio" name="inv0-9" id="hit0-9" /><input type="radio" name="inv0-10" id="hit0-10" />
" name="inv1-11" id="hit1-11" /><input type="radio" name="inv1-12" id="hit1-12" /><input type="radio" name="inv1-13" id="hit1-13" /><input type="radio" name="inv1-14" id="hit1-14" /><input type="radio" name="inv1-15" id="hit1-15" />
<input type="radio" name="inv1-16" id="hit1-16" /><input type="radio" name="inv1-17" id="hit1-17" /><input type="radio" name="inv1-18" id="hit1-18" /><input type="radio" name="inv1-19" id="hit1-19" /><input type="radio" name="inv1-20" id="hit1-20" /><input type="radio" name="inv1-21" iM
<input type="radio" name="inv2-22" id="hit2-22" /><input type="radio" name="inv2-23" id="hit2-23" /><input type="radio" name="inv2-24" id="hit2-24" /><input type="radio" name="inv2-25" id="hit2-25" /><input type="radio" name="inv2-26" id="hit2-26" />
<input type="radio" name="inv2-27" id="hit2-27" /><input type="radio" name="inv2-28" id="hit2-28" /><input type="radio" name="inv2-29" id="hit2-29" /><input type="radio" name="inv2-30" id="hit2-30" /><input type="radio" name="inv2-31" id="hit2-31" /><iM
nput type="radio" name="inv2-32" id="hit2-32" />
<input type="radio" name="inv3-33" id="hit3-33" /><input type="radio" name="inv3-34" id="hit3-34" /><input type="radio" name="inv3-35" id="hit3-35" /><input type="radio" name="inv3-36" id="hit3-36" /><input type="radio" name="inv3-37" id="hit3-37" />
<input type="radio" name="inv3-38" id="hit3-38" /><input type="radio" name="inv3-39" id="hit3-39" /><input type="radio" name="inv3-40" id="hit3-40" /><input type="radio" name="inv3-41" id="hit3-41" /><input type="radioM
" name="inv3-42" id="hit3-42" /><input type="radio" name="inv3-43" id="hit3-43" />
<input type="radio" name="inv4-44" id="hit4-44" /><input type="radio" name="inv4-45" id="hit4-45" /><input type="radio" name="inv4-46" id="hit4-46" /><input type="radio" name="inv4-47" id="hit4-47" /><input type="radio" name="inv4-48" id="hit4-48" />
<input type="radio" name="inv4-49" id="hit4-49" /><input type="radio" name="inv4-50" id="hit4-50" /><input type="radio" name="inv4-51" id="hit4-51" /><input type="radio" name="inv4-52"M
 id="hit4-52" /><input type="radio" name="inv4-53" id="hit4-53" /><input type="radio" name="inv4-54" id="hit4-54" />
<input type="radio" name="shield0-0" id="shield0-0" checked="checked" /><input type="radio" name="shield0-0" id="shieldhit0-0" /><input type="radio" name="shield0-1" id="shield0-1" checked="checked" /><input type="radio" name="shield0-1" id="shieldhit0-1" /><input type="radio" name="shield0-2" id="shield0-2" checked="checked" /><input type="radio" name="shield0-2" id="shieldhit0-2" /><input type="raM
dio" name="shield0-3" id="shield0-3" checked="checked" /><input type="radio" name="shield0-3" id="shieldhit0-3" /><input type="radio" name="shield0-4" id="shield0-4" checked="checked" /><input type="radio" name="shield0-4" id="shieldhit0-4" /><input type="radio" name="shield0-5" id="shield0-5" checked="checked" /><input type="radio" name="shield0-5" id="shieldhit0-5" /><input type="radio" name="shield0-6" id="shield0-6" checked="checked" /><input type="radio" name="shield0-6" id="shieldhit0-6" />
o" name="shield1-0" id="shield1-0" checked="checked" /><input type="radio" name="shield1-0" id="shieldhit1-0" /><input type="radio" name="shield1-1" id="shield1-1" checked="checked" /><input type="radio" name="shield1-1" id="shieldhit1-1" /><input type="radio" name="shield1-2" id="shield1-2" checked="checked" /><input type="radio" name="shield1-2" id="shieldhit1-2" /><input type="radio" name="shield1-3" id="shield1-3" checked="checked" /><input type="radio" name="shield1-3" id="shieldhit1-3" /><input type="radio" nM
ame="shield1-4" id="shield1-4" checked="checked" /><input type="radio" name="shield1-4" id="shieldhit1-4" /><input type="radio" name="shield1-5" id="shield1-5" checked="checked" /><input type="radio" name="shield1-5" id="shieldhit1-5" /><input type="radio" name="shield1-6" id="shield1-6" checked="checked" /><input type="radio" name="shield1-6" id="shieldhit1-6" />
<input type="radio" name="shield2-0" id="shield2-0" checked="checked" /><input type="radio" name="shield2-0" id="shieldhit2-0" /><input type="radio" namM
e="shield2-1" id="shield2-1" checked="checked" /><input type="radio" name="shield2-1" id="shieldhit2-1" /><input type="radio" name="shield2-2" id="shield2-2" checked="checked" /><input type="radio" name="shield2-2" id="shieldhit2-2" /><input type="radio" name="shield2-3" id="shield2-3" checked="checked" /><input type="radio" name="shield2-3" id="shieldhit2-3" /><input type="radio" name="shield2-4" id="shield2-4" checked="checked" /><input type="radio" name="shield2-4" id="shieldhit2-4" /><input type="radio" name="sM
hield2-5" id="shield2-5" checked="checked" /><input type="radio" name="shield2-5" id="shieldhit2-5" /><input type="radio" name="shield2-6" id="shield2-6" checked="checked" /><input type="radio" name="shield2-6" id="shieldhit2-6" />
<input type="radio" name="shield3-0" id="shield3-0" checked="checked" /><input type="radio" name="shield3-0" id="shieldhit3-0" /><input type="radio" name="shield3-1" id="shield3-1" checked="checked" /><input type="radio" name="shield3-1" id="shieldhit3-1" /><input type="radio" name="shiM
eld3-2" id="shield3-2" checked="checked" /><input type="radio" name="shield3-2" id="shieldhit3-2" /><input type="radio" name="shield3-3" id="shield3-3" checked="checked" /><input type="radio" name="shield3-3" id="shieldhit3-3" /><input type="radio" name="shield3-4" id="shield3-4" checked="checked" /><input type="radio" name="shield3-4" id="shieldhit3-4" /><input type="radio" name="shield3-5" id="shield3-5" checked="checked" /><input type="radio" name="shield3-5" id="shieldhit3-5" /><input type="radio" name="shield3M
-6" id="shield3-6" checked="checked" /><input type="radio" name="shield3-6" id="shieldhit3-6" />
<input type="radio" name="pos" id="pos0" /><input type="radio" name="pos" id="pos1" /><input type="radio" name="pos" id="pos2" /><input type="radio" name="pos" id="pos3" /><input type="radio" name="pos" id="pos4" />
<input type="radio" name="pos" id="pos5" /><input type="radio" name="pos" id="pos6" /><input type="radio" name="pos" id="pos7" /><input type="radio" name="pos" id="pos8" /><input type="radio" name="pos" idM
<input type="radio" name="pos" id="pos10" /><input type="radio" name="pos" id="pos11" /><input type="radio" name="pos" id="pos12" /><input type="radio" name="pos" id="pos13" /><input type="radio" name="pos" id="pos14" />
<input type="radio" name="pos" id="pos15" /><input type="radio" name="pos" id="pos16" /><input type="radio" name="pos" id="pos17" /><input type="radio" name="pos" id="pos18" /><input type="radio" name="pos" id="pos19" />
<input type="radio" name="pos" id="pos20" /><input type="radio" M
name="pos" id="pos21" /><input type="radio" name="pos" id="pos22" checked="checked" /><input type="radio" name="pos" id="pos23" /><input type="radio" name="pos" id="pos24" />
<input type="radio" name="pos" id="pos25" /><input type="radio" name="pos" id="pos26" /><input type="radio" name="pos" id="pos27" /><input type="radio" name="pos" id="pos28" /><input type="radio" name="pos" id="pos29" />
<input type="radio" name="pos" id="pos30" /><input type="radio" name="pos" id="pos31" /><input type="radio" name="pos" id=M
"pos32" /><input type="radio" name="pos" id="pos33" /><input type="radio" name="pos" id="pos34" />
<input type="radio" name="pos" id="pos35" /><input type="radio" name="pos" id="pos36" /><input type="radio" name="pos" id="pos37" /><input type="radio" name="pos" id="pos38" /><input type="radio" name="pos" id="pos39" />
<input type="radio" name="pos" id="pos40" /><input type="radio" name="pos" id="pos41" /><input type="radio" name="pos" id="pos42" /><input type="radio" name="pos" id="pos43" /><input type="radio" naM
me="pos" id="pos44" />
<input type="reset" id="reset" />
<p id="hiscoreText" class="game">High</p>
<p id="scoreText" class="game">Score</p>
<p id="livesText" class="game">Lives</p>
<div id="lives" class="game">
<div></div><div></div><div></div>
<div id="ufo0" class="game"></div>
<div id="ufo1" class="game"></div>
<div id="shields" class="game"><div><div>
<div><div></div><div></div><div></div><div></div><div></div><div></div><div></div></div>
<div><div></div><div></div><div></div>M
<div></div><div></div><div></div><div></div></div>
<div><div></div><div></div><div></div><div></div><div></div><div></div><div></div></div>
<div><div></div><div></div><div></div><div></div><div></div><div></div><div></div></div>
<div id="wave" class="game">
<div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div>
<div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div>M
<div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div>
<div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div>
<div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div><div></div>
<div id="land" class="game"></div>
<div id="base" class="game"></div>
<div id="controls" class="game">
<div class="arrows"><div></diM
v><div class="arrow2"></div><div class="arrow3"></div><div class="arrow4"></div></div>
<div class="arrows arrowsr"><div></div><div class="arrow2"></div><div class="arrow3"></div><div class="arrow4"></div></div>
<div class="arrows arrowsu"><div></div><div class="arrow2"></div><div class="arrow3"></div><div class="arrow4"></div></div>
<label for="pos0"></label><label for="pos1"></label><label for="pos2"></label><label for="pos3"></label><label for="pos4"></label>
<label for="pos5"></label>M
<label for="pos6"></label><label for="pos7"></label><label for="pos8"></label><label for="pos9"></label>
<label for="pos10"></label><label for="pos11"></label><label for="pos12"></label><label for="pos13"></label><label for="pos14"></label>
<label for="pos15"></label><label for="pos16"></label><label for="pos17"></label><label for="pos18"></label><label for="pos19"></label>
<label for="pos20"></label><label for="pos21"></label><label for="pos22"></label><label for="pos23"></label><label for="pos24"></label>
bel for="pos25"></label><label for="pos26"></label><label for="pos27"></label><label for="pos28"></label><label for="pos29"></label>
<label for="pos30"></label><label for="pos31"></label><label for="pos32"></label><label for="pos33"></label><label for="pos34"></label>
<label for="pos35"></label><label for="pos36"></label><label for="pos37"></label><label for="pos38"></label><label for="pos39"></label>
<label for="pos40"></label><label for="pos41"></label><label for="pos42"></label><label for="pos43"></label><labM
el for="pos44"></label>
<label for="miss-0"></label><label for="miss-1"></label>
<label for="hitufo-0"></label><label for="hitufo-1"></label>
<div class="inv-labels"><label for="hit0-0"></label><label for="hit0-1"></label><label for="hit0-2"></label><label for="hit0-3"></label><label for="hit0-4"></label>
<label for="hit0-5"></label><label for="hit0-6"></label><label for="hit0-7"></label><label for="hit0-8"></label><label for="hit0-9"></label><label for="hit0-10"></label>M
<div class="inv-labels"><label for="hit1-11"></label><label for="hit1-12"></label><label for="hit1-13"></label><label for="hit1-14"></label><label for="hit1-15"></label>
<label for="hit1-16"></label><label for="hit1-17"></label><label for="hit1-18"></label><label for="hit1-19"></label><label for="hit1-20"></label><label for="hit1-21"></label></div>
<div class="inv-labels"><label for="hit2-22"></label><label for="hit2-23"></label><label for="hit2-24"></label><label for="hit2-25"></label><label for="hit2-26M
<label for="hit2-27"></label><label for="hit2-28"></label><label for="hit2-29"></label><label for="hit2-30"></label><label for="hit2-31"></label><label for="hit2-32"></label></div>
<div class="inv-labels"><label for="hit3-33"></label><label for="hit3-34"></label><label for="hit3-35"></label><label for="hit3-36"></label><label for="hit3-37"></label>
<label for="hit3-38"></label><label for="hit3-39"></label><label for="hit3-40"></label><label for="hit3-41"></label><label for="hit3-42"></label><label forM
="hit3-43"></label></div>
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<div id="text"><h1></h1><h1></h1><h1></h1></div>
<label for="state_play-active">Click To Play</label>
<label for="reset"></label>
<p id="pointText">*ScM
ore Advance Table*</p>
<ol id="points"><li>=? Mystery</li><li>=10 Points</li><li>=10 Points</li><li>=10 Points</li></ol>
<span id="pointText">BLOCKCHAIN INVADERS</span>
<div id="browsercheck"><div><p>Your browser may not support all the features of this version</p><a target="_blank" href="/jonslater204/pen/PopQbrz">Play other version</a><label for="trybrowser">Try this version</label></div></div>
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IEC http://www.iec.ch
IEC http://www.iec.ch
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IEC http://www.iec.ch
IEC http://www.iec.ch
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2023-02-14T14:20:02+00:00
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HtmlFileNameComponentsVlLs
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IEC http://www.iec.ch
IEC http://www.iec.ch
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.IEC 61966-2.1 Default RGB colour space - sRGB
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HTMLBackgroundSettingsObjc
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HtmlFileNameComponentsVlLs
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
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,Reference Viewing Condition in IEC61966-2.1
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iCCPsRGB IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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Adobe Photoshop 22.1 (Windows)
cropWhenPrintingbool
transparencyDitherAlgorithmenum
transparencyDitherAmountlong
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HtmlFileNameComponentsVlLs
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NameCompatibilityObjc
NameCompatWindowsbool
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SliceFileNameComponentsVlLs
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UseLongHTMLExtensionbool
MetadataOutputSettingsObjc
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<canvas id="ogl-canvas" style="border: none; width: 99.9%"></canvas>
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precision highp float;
uniform vec2 iResolution;
uniform vec2 iMouse;
uniform float iTime;
uniform float iFrame;
#define iterations 17
#define formuparam 0.53
#define stepsize 0.1
#define zoom   0.800
#define tile   0.850
#define speed  0.010
#define brightness 0.0015
#define darkmatter 0.300
#define distfading 0.730
#define saturation 0.850
ut vec4 fragColor, in vec2 fragCoord )
	//get coords and direction
	vec2 uv=fragCoord.xy/iResolution.xy-.5;
	uv.y*=iResolution.y/iResolution.x;
	vec3 dir=vec3(uv*zoom,1.);
	float time=iTime*speed+.25;
	float a1=.5+iMouse.x/iResolution.x*2.;
	float a2=.8+iMouse.y/iResolution.y*2.;
	mat2 rot1=mat2(cos(a1),sin(a1),-sin(a1),cos(a1));
	mat2 rot2=mat2(cos(a2),sin(a2),-sin(a2),cos(a2));
	vec3 from=vec3(1.,.5,0.5);
	from+=vec3(time*2.,time,-2.);
	//volumetric rendering
	float s=0.1,fade=1.;
	for (int r=0; r<volsteps; r++) {
		vec3 p=from+s*dir*.5;
		p = abs(vec3(tile)-mod(p,vec3(tile*2.))); // tiling fold
		for (int i=0; i<iterations; i++) {
			p=abs(p)/dot(p,p)-formuparam; // the magic formula
			a+=abs(length(p)-pa); // absolute sum of average change
		float dm=max(0.,darkmatter-a*a*.001); //dark matter
		a*=a*a; // add contrast
		if (r>6) fade*=1.-dm; // dark matter, don't render near
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		v+=vec3(s,s*s,s*s*s*s)*a*brightness*fade; // coloring based on distance
		fade*=distfading; // distance fading
	v=mix(vec3(length(v)),v,saturation); //color adjust
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    gl = canvas.getContext( "webgl" );
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        gl.compileShader(shaderObj);
        let status = gl.getShaderParameter(shaderObj, gl.COMPILE_STATUS);
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    progDraw.iTime = gl.getUniformLocation(progDraw, "iTime");
    progDraw.iFrame = gl.getUniformLocation(progDraw, "iFrame");
    progDraw.iMouse = gl.getUniformLocation(progDraw, "iMouse");
    progDraw.iResolution = gl.getUniformLocation(progDraw, "iResolution");
    gl.useProgram(progDraw);
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    var inx = [ 0, 1, 2, 0, 2, 3 ];
    bufObj.pos = gl.createBuffer();
    gl.bindBuffer( gl.ARRAY_BUFFER, bufObj.pos );
    gl.bufferData( gl.ARRAY_BUFFER, new Float32Array( pM
os ), gl.STATIC_DRAW );
    bufObj.inx = gl.createBuffer();
    bufObj.inx.len = inx.length;
    gl.bindBuffer( gl.ELEMENT_ARRAY_BUFFER, bufObj.inx );
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    gl.enable( gl.DEPTH_TEST );
    gl.clearColor( 0.0, 0.0, 0.0, 1.0 );
    window.onresize = resize;
    requestAnimationFrame(render);
    vp_size = [window.innerWidth, window.innerHeight];
    canvas.width = vp_size[0];
    canvas.height = vp_size[1];
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    gl.uniform1f(progDraw.iFrame, frame);
    gl.uniform2f(progDraw.iResolution, canvas.width, canvas.height);
    gl.uniform2f(progDraw.iMouse, mousepos[0], mousepos[1]);
  gl.enable(gl.BLEND);
    gl.blendFunc(gl.SRC_COLOR,gl.DST_COLOR)
    gl.drawElements( gl.TRIANGLES, bufObj.inx.len, gl.UNSIGNED_SHORT, 0 );
    requestAnimationFrame(render);
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IEC http://www.iec.ch
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IEC http://www.iec.ch
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IEC http://www.iec.ch
IEC http://www.iec.ch
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IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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IEC http://www.iec.ch
IEC http://www.iec.ch
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
((((((((((((((((((((((((((((((((((((((((((((((((((
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
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IEC http://www.iec.ch
IEC http://www.iec.ch
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
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,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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		<p id="ordinalID"></p>
		<img with=200 height=200 src="" id="imageid"><br>
		<font>Co-ordinates:</font><br>
		<b><p id="xNy"></p></b>
		<a id="link" target="_M
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var animationSpeed = 600;
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document.getElementById("ordinalID").innerText = "Bitcoin Land ID : "+OrdinalID;
document.getElementById("xNy").innerText = "X =" + XAxis + ", Y = " + YAxis;
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var genesis_design = [];
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	var cMax = Math.max(r, g, b);
	var cMin = Math.min(r, g, b);
	var delta = cMax - cMin;
	} else if (cMax == r) {
	    var h = 60 * (((g - b) / delta) % 6);
	} else if (cMax == g) {
	    var h = 60 * ((b - r) / delta + 2);
	} else if (cMax == b) {
	    var h = 60 * ((r - g) / delta + 4);
	var l = (cMax + cMin) / 2;
	    var s = delta / (1 - Math.abs(2 * l - 1));
    function HSLToRGB(h, s, l) {
	if (Array.isArray(h)) {
	var c = (1 - Math.abs(2 * l - 1)) * s;
	var x = c * (1 - Math.abs((h / 60) % 2 - 1));
	if (h >= 0 && h < 60) {
	} else if (h >= 60 && h < 120) {
	} else if (h >= 120 && h < 180) {
	} else if (h >= 180 && h < 240) {
	} else if (h >= 240 && h < 300M
	} else if (h >= 300 && h < 360) {
	r = Math.round((r + m) * 255);
	g = Math.round((g + m) * 255);
	b = Math.round((b + m) * 255);
    function RGBToHex(arr) {
	return "#" + ("0" + r.toString(16)).slice(-2) + ("0" + g.toString(16)).slice(-2) + ("0" + b.toString(16)).slice(-2);
    function derivePalette(r, g, b, invert) {
	var hsl = RGBToHSL(r, g, b);
	var hy = (h + 320) % 360;
	var c1 = HSLToRGB(hx, 1, 0.1);
	    var c4 = HSLToRGB(hx, 1, 0.2);
	    var c5 = HSLToRGB(hx, 1, 0.45);
	    var c2 = HSLToRGB(hx, 1, 0.7);
	    var c3 = HSLToRGB(hy, 1, 0.8);
	    var c2 = HSLToRGB(hx, 1, 0.2);
	    var c3 = HSLToRGB(hx, 1, 0.45);
	    var c4 = HSLToRGB(hx, 1, 0.7);
	    var c5 = HSLToRGB(hy, 1, 0.8);
	color1 = RGBToHex(c1);
	color2 = RGBToHex(c5);
	function random(max) {
		return Math.floor(Math.random() * max) + 1;
    function hexToBytes(hex){
	for(var i = 0; i < hex.length; i+=2){
	    result.push(parseInt(hex.slice(i, i+2),16));
    var bitcoinlandFlag = function (flagid){
	if(flagid.slice(0,2) == "0x"){
	    flagid = flagid.slice(2);
	var bytes = hexToBytes(flagid);
	var genesis = bytes[0],M
	var size = size || 10;
	var invert = k >= 128;
	k = k % (designs.length-1);
	var design = designs[k].split(".");
		k = random(genesis_design.length-1);
		design = genesis_design[k].split(".");
	    if(k % 2 === 0 && invert || k % 2 === 1 && !invert){
		colors = [null, "#555555", "#d3d3d3", "#ffffff", "#000000", "#ff9999"];
		colors = [null, "#555555", "#222222", "#111111", "#00000M
	    colors = derivePalette(r, g, b, invert);
	return design.map(function(row){
	    return row.split("").map(function(cell){
		return colors[cell];
    bitcoinlandFlag.noConflict = function(){
	root.bitcoinlandFlag = prev_bitcoinlandFlag;
	return bitcoinlandFlag;
    if( typeof exports !== 'undefined' ) {
	if( typeof module !== 'undefined' && module.exports ) {
	    exports = module.exports = bitcoinlandFlag;
	exports.bitcoinlandFlag = bitcoinlandFlagM
	root.bitcoinlandFlag = bitcoinlandFlag;
function generateBitcoinLandFlag(flagid, size){
  size = size || 10;
  var data = bitcoinlandFlag(flagid);
  var canvas = document.createElement("canvas");
  canvas.width = size * data.length;
  canvas.height = size * data[1].length;
  var ctx = canvas.getContext("2d");
  for(var i = 0; i < data.length; i++){
    for(var j = 0; j < data[i].length; j++){
      var color = data[i][j];
        ctx.fillStyle = color;
        ctx.fillRect(iM
 * size, j * size, size, size);
  return canvas.toDataURL();
let img = generateBitcoinLandFlag(flagColor0,200);
document.getElementById("imageid").src= img;
let img1 = generateBitcoinLandFlag(flagColor1,200);
document.getElementById("mainDiv").style.backgroundColor = color3;
document.getElementById("mainDiv").style.border = _border;
var intervalId = window.setInterval(function()
		document.getElementById("mainDiv").style.borderColor = color1;
		document.getElementById("imageiL
		document.getElementById("mainDiv").style.borderColor = color2;
		document.getElementById("imageid").src= img1;
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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((((((((((((((((((((((((((((((((((((((((((((((((((
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
.IEC 61966-2-1 Default RGB Colour Space - sRGB
-Reference Viewing Condition in IEC 61966-2-1
Copyright International Color Consortium, 2015
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
2222222222222222222;
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
<svg xmlns="http://www.w3.org/2000/svg" xml:space="preserve" style="background:#b0752b;font-family:monospace" viewBox="0 0 1080 1920"><style>svg{animation:a ease-in-out
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
9wP9wP9wP9wP9wP9wP9wP
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
xu`x}`xu`xu`x}`xu`xu`x}`xu`xu`x}`xu`xu`x}`xu`xu`x}`xu`xu`x}`xu`xu`x}`/JU
"-)#""#)8/////8A;;;;;;AAAAAAAAAAAAAAAAAAAAAAAAAAAAA
#1?1&&1?A?;/;?AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
text/html;charset=utf-8
			border: 3px solid #1b1a1b;
			border-style: dotted dashed solid double;
			background-color:rgb(255, 255, 255);
		<div id="mainDiv" class="absolute">
		<p><span id="cat"><span></p>
		<input type="hidden" id="flagid" value="">
		<p id="ordinalID"></p>
		<img with=200 height=200 src="" id="imageid"><br>
		<font>Co-ordinates:</font><br>
		<b><p id="xNy"></p></b>
		<a id="link" target="_M
" href="http://www.bitcoinland.in">BitcoinLand.in</a><br>
<script language="javascript">
var _color0 =  "000099";
var _color1 =  "ff00ff";
var _border = "groove";
var animationSpeed = 999;
var flagColor0	= "0x0092" + _color0;
var flagColor1 	= "0x00aa" + _color1;
document.getElementById("ordinalID").innerText = "Bitcoin Land ID : "+OrdinalID;
document.getElementById("xNy").innerText = "X =" + XAxis + ", Y = " + YAxis;
nt.getElementById("link").href="http://www.bitcoinland.in/index.html?src=ordinals&x="+XAxis+"&y="+YAxis+"&ord_id="+OrdinalID;
var color3 = "e6e6ff";
var prev_bitcoinlandFlag = root.bitcoinlandFlag;
var genesis_design = [];
var designs = ["000000000.000000020.033344420.033300020.003300000.000300000.000000000",""];
  function RGBToHSL(r, g, b) {
	if (Array.isArray(r)) {
	var cMax = Math.max(r, g, b);
	var cMin = Math.min(r, g, b);
	var delta = cMax - cMin;
	} else if (cMax == r) {
	    var h = 60 * (((g - b) / delta) % 6);
	} else if (cMax == g) {
	    var h = 60 * ((b - r) / delta + 2);
	} else if (cMax == b) {
	    var h = 60 * ((r - g) / delta + 4);
	var l = (cMax + cMin) / 2;
	    var s = delta / (1 - Math.abs(2 * l - 1));
    function HSLToRGB(h, s, l) {
	if (Array.isArray(h)) {
	var c = (1 - Math.abs(2 * l - 1)) * s;
	var x = c * (1 - Math.abs((h / 60) % 2 - 1));
	if (h >= 0 && h < 60) {
	} else if (h >= 60 && h < 120) {
	} else if (h >= 120 && h < 180) {
	} else if (h >= 180 && h < 240) {
	} else if (h >= 240 && h < 3M
	} else if (h >= 300 && h < 360) {
	r = Math.round((r + m) * 255);
	g = Math.round((g + m) * 255);
	b = Math.round((b + m) * 255);
    function RGBToHex(arr) {
	return "#" + ("0" + r.toString(16)).slice(-2) + ("0" + g.toString(16)).slice(-2) + ("0" + b.toString(16)).slice(-2);
    function derivePalette(r, g, b, invert) {
	var hsl = RGBToHSL(r, g, b);
	var hy = (h + 320) % 360;
	var c1 = HSLToRGB(hx, 1, 0.1);
	    var c4 = HSLToRGB(hx, 1, 0.2);
	    var c5 = HSLToRGB(hx, 1, 0.45);
	    var c2 = HSLToRGB(hx, 1, 0.7);
	    var c3 = HSLToRGB(hy, 1, 0.8);
	    var c2 = HSLToRGB(hx, 1, 0.2);
	    var c3 = HSLToRGB(hx, 1, 0.45);
	    var c4 = HSLToRGB(hx, 1, 0.7);
	    var c5 = HSLToRGB(hy, 1, 0.8);
	color1 = RGBToHex(c1);
	color2 = RGBToHex(c5);
	function random(max) {
		return Math.floor(Math.random() * max) + 1;
    function hexToBytes(hex){
	for(var i = 0; i < hex.length; i+=2){
	    result.push(parseInt(hex.slice(i, i+2),16));
    var bitcoinlandFlag = function (flagid){
	if(flagid.slice(0,2) == "0x"){
	    flagid = flagid.slice(2);
	var bytes = hexToBytes(flagid);
	var genesis = bytes[0M
	var size = size || 10;
	var invert = k >= 128;
	k = k % (designs.length-1);
	var design = designs[k].split(".");
		k = random(genesis_design.length-1);
		design = genesis_design[k].split(".");
	    if(k % 2 === 0 && invert || k % 2 === 1 && !invert){
		colors = [null, "#555555", "#d3d3d3", "#ffffff", "#000000", "#ff9999"];
		colors = [null, "#555555", "#222222", "#111111", "#000M
	    colors = derivePalette(r, g, b, invert);
	return design.map(function(row){
	    return row.split("").map(function(cell){
		return colors[cell];
    bitcoinlandFlag.noConflict = function(){
	root.bitcoinlandFlag = prev_bitcoinlandFlag;
	return bitcoinlandFlag;
    if( typeof exports !== 'undefined' ) {
	if( typeof module !== 'undefined' && module.exports ) {
	    exports = module.exports = bitcoinlandFlag;
	exports.bitcoinlandFlag = bitcoinlandFlM
	root.bitcoinlandFlag = bitcoinlandFlag;
function generateBitcoinLandFlag(flagid, size){
  size = size || 10;
  var data = bitcoinlandFlag(flagid);
  var canvas = document.createElement("canvas");
  canvas.width = size * data.length;
  canvas.height = size * data[1].length;
  var ctx = canvas.getContext("2d");
  for(var i = 0; i < data.length; i++){
    for(var j = 0; j < data[i].length; j++){
      var color = data[i][j];
        ctx.fillStyle = color;
        ctx.fillRectM
(i * size, j * size, size, size);
  return canvas.toDataURL();
let img = generateBitcoinLandFlag(flagColor0,200);
document.getElementById("imageid").src= img;
let img1 = generateBitcoinLandFlag(flagColor1,200);
document.getElementById("mainDiv").style.backgroundColor = color3;
document.getElementById("mainDiv").style.border = _border;
var intervalId = window.setInterval(function()
		document.getElementById("mainDiv").style.borderColor = color1;
		document.getElementById("imagL
		document.getElementById("mainDiv").style.borderColor = color2;
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<canvas id="ogl-canvas" style="border: none; width: 99.9%"></canvas>
<script id="draw-shader-fs" type="x-shader/x-fragment">
precision highp float;
uniform vec2 iResolution;
uniform vec2 iMouse;
uniform float iTime;
uniform float iFrame;
float distanceToMandelbrot( in vec2 c )
        float c2 = dot(c, c);
        // skip computation inside M1 - https://iquilezles.org/articles/mset1bulb
        if( 256.0*c2*c2 - 96.0*c2 + 32.0*c.x - 3.0 < 0.0 ) return 0.0;
        // skip computation insiM
de M2 - https://iquilezles.org/articles/mset2bulb
        if( 16.0*(c2+2.0*c.x+1.0) - 1.0 < 0.0 ) return 0.0;
    float di =  1.0;
    vec2 z  = vec2(0.0);
    vec2 dz = vec2(0.0);
    for( int i=0; i<512; i++ )
        if( m2>1024.0 ) { di=0.0; break; }
        dz = 2.0*vec2(z.x*dz.x-z.y*dz.y, z.x*dz.y + z.y*dz.x) + vec2(1.0,0.0);
        z = vec2( z.x*z.x - z.y*z.y, 2.0*z.x*z.y ) + c;
	float d = 0.5*sqrt(dot(z,z)/dot(dz,dz))*log(dot(z,z));
    if( di>0.5 ) d=0.0;
void mainImage( out vec4 fragColor, in vec2 fragCoord )
    vec2 p = (2.0*fragCoord-iResolution.xy)/iResolution.y;
	float tz = 0.5 - 0.5*cos(0.1*iTime);
    float zoo = pow( 0.5, 13.0*tz );
	vec2 c = vec2(-0.05,.6805) + p*zoo;
    // distance to Mandelbrot
    float d = distanceToMandelbrot(c);
    // do some soft coloring basedM
	d = clamp( pow(4.0*d/zoo,0.2), 0.0, 1.0 );
    vec3 col = vec3(d);
    fragColor = vec4( col, 1.0 );
    mainImage( gl_FragColor, gl_FragCoord.xy );
<script id="draw-shader-vs" type="x-shader/x-vertex">
attribute vec2 inPos;
    gl_Position = vec4(inPos, 0.0, 1.0);
(function loadscene() {
var canvas, gl, vp_size, prog, bufObj = {}, mousepos = [0, 0];
function initScene() {
    canvas = document.getElementById( "ogl-M
    gl = canvas.getContext( "webgl" );
    canvas.addEventListener('mousemove', (e) => {
        mousepos = [e.clientX, e.clientY];
    progDraw = gl.createProgram();
    for (let i = 0; i < 2; ++i) {
        let source = document.getElementById(i==0 ? "draw-shader-vs" : "draw-shader-fs").text;
        let shaderObj = gl.createShader(i==0 ? gl.VERTEX_SHADER : gl.FRAGMENT_SHADER);
        gl.shaderSource(shaderObj, source);
        gl.compileShader(shaderObj);
et status = gl.getShaderParameter(shaderObj, gl.COMPILE_STATUS);
        if (!status) alert(gl.getShaderInfoLog(shaderObj));
        gl.attachShader(progDraw, shaderObj);
        gl.linkProgram(progDraw);
    status = gl.getProgramParameter(progDraw, gl.LINK_STATUS);
    if ( !status ) alert(gl.getProgramInfoLog(progDraw));
    progDraw.inPos = gl.getAttribLocation(progDraw, "inPos");
    progDraw.iTime = gl.getUniformLocation(progDraw, "iTime");
    progDraw.iFrame = gl.getUniformLocation(progDraw, "iFrame")M
    progDraw.iMouse = gl.getUniformLocation(progDraw, "iMouse");
    progDraw.iResolution = gl.getUniformLocation(progDraw, "iResolution");
    gl.useProgram(progDraw);
    var pos = [ -1, -1, 1, -1, 1, 1, -1, 1 ];
    var inx = [ 0, 1, 2, 0, 2, 3 ];
    bufObj.pos = gl.createBuffer();
    gl.bindBuffer( gl.ARRAY_BUFFER, bufObj.pos );
    gl.bufferData( gl.ARRAY_BUFFER, new Float32Array( pos ), gl.STATIC_DRAW );
    bufObj.inx = gl.createBuffer();
    bufObj.inx.len = inx.length;
    gl.bindBuffer( gl.ELEMENT_ARRM
AY_BUFFER, bufObj.inx );
    gl.bufferData( gl.ELEMENT_ARRAY_BUFFER, new Uint16Array( inx ), gl.STATIC_DRAW );
    gl.enableVertexAttribArray( progDraw.inPos );
    gl.vertexAttribPointer( progDraw.inPos, 2, gl.FLOAT, false, 0, 0 );
    gl.enable( gl.DEPTH_TEST );
    gl.clearColor( 0.0, 0.0, 0.0, 1.0 );
    window.onresize = resize;
    requestAnimationFrame(render);
    vp_size = [window.innerWidth, window.innerHeight];
    canvas.width = vp_size[0];
    canvas.height = vp_sizM
function render(deltaMS) {
    gl.viewport( 0, 0, canvas.width, canvas.height );
    gl.clear( gl.COLOR_BUFFER_BIT | gl.DEPTH_BUFFER_BIT );
    gl.uniform1f(progDraw.iTime, performance.now()/1000);
    gl.uniform1f(progDraw.iFrame, frame);
    gl.uniform2f(progDraw.iResolution, canvas.width, canvas.height);
    gl.uniform2f(progDraw.iMouse, mousepos[0], mousepos[1]);
    gl.enable(gl.BLEND);
    gl.blendFunc(gl.SRC_COLOR,gl.DST_COLOR)
    gl.drawElements( gl.TRIANGLES, bufObj.inx.len, gl.UNSIGLYNED_SHORT, 0 );
    requestAnimationFrame(render);
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~PRd9DxLOj?FnDHB%+[5=X2:tILN-4
DWindows Photo Editor 10.0.10011.16384
Adobe Photoshop CS6 (Windows)
cropWhenPrintingbool
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Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
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text/html;charset=utf-8
<canvas id="ogl-canvas" style="border: none; width: 99.9%"></canvas>
<script id="draw-shader-fs" type="x-shader/x-fragment">
precision highp float;
uniform vec2 iResolution;
uniform vec2 iMouse;
uniform float iTime;
uniform float iFrame;
 * "Seascape" by Alexander Alekseev aka TDM - 2014
 * License Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
 * Contact: tdmaav@gmail.com
const int NUM_STEPS = 8;
const float PI	 	= 3.141592;
const float EPSILON	= 1e-3;
M (0.1 / iResolution.x)
const int ITER_GEOMETRY = 3;
const int ITER_FRAGMENT = 5;
const float SEA_HEIGHT = 0.6;
const float SEA_CHOPPY = 4.0;
const float SEA_SPEED = 0.8;
const float SEA_FREQ = 0.16;
const vec3 SEA_BASE = vec3(0.0,0.09,0.18);
const vec3 SEA_WATER_COLOR = vec3(0.8,0.9,0.6)*0.6;
#define SEA_TIME (1.0 + iTime * SEA_SPEED)
const mat2 octave_m = mat2(1.6,1.2,-1.2,1.6);
mat3 fromEuler(vec3 ang) {
	vec2 a1 = vec2(sin(ang.x),cos(ang.x));
    vec2 a2 = vec2(sin(ang.y),cos(ang.y))M
    vec2 a3 = vec2(sin(ang.z),cos(ang.z));
    m[0] = vec3(a1.y*a3.y+a1.x*a2.x*a3.x,a1.y*a2.x*a3.x+a3.y*a1.x,-a2.y*a3.x);
	m[1] = vec3(-a2.y*a1.x,a1.y*a2.y,a2.x);
	m[2] = vec3(a3.y*a1.x*a2.x+a1.y*a3.x,a1.x*a3.x-a1.y*a3.y*a2.x,a2.y*a3.y);
float hash( vec2 p ) {
	float h = dot(p,vec2(127.1,311.7));
    return fract(sin(h)*43758.5453123);
float noise( in vec2 p ) {
    vec2 i = floor( p );
    vec2 f = fract( p );
	vec2 u = f*f*(3.0-2.0*f);
    return -1.0+2.0*mix( mix( hash( i + vec2(0.M
                     hash( i + vec2(1.0,0.0) ), u.x),
                mix( hash( i + vec2(0.0,1.0) ),
                     hash( i + vec2(1.0,1.0) ), u.x), u.y);
float diffuse(vec3 n,vec3 l,float p) {
    return pow(dot(n,l) * 0.4 + 0.6,p);
float specular(vec3 n,vec3 l,vec3 e,float s) {
    float nrm = (s + 8.0) / (PI * 8.0);
    return pow(max(dot(reflect(e,n),l),0.0),s) * nrm;
vec3 getSkyColor(vec3 e) {
    e.y = (max(e.y,0.0)*0.8+0.2)*0.8;
    return vec3(pow(1.0-e.y,2.M
0), 1.0-e.y, 0.6+(1.0-e.y)*0.4) * 1.1;
float sea_octave(vec2 uv, float choppy) {
    uv += noise(uv);
    vec2 wv = 1.0-abs(sin(uv));
    vec2 swv = abs(cos(uv));
    wv = mix(wv,swv,wv);
    return pow(1.0-pow(wv.x * wv.y,0.65),choppy);
    float freq = SEA_FREQ;
    float amp = SEA_HEIGHT;
    float choppy = SEA_CHOPPY;
    vec2 uv = p.xz; uv.x *= 0.75;
    float d, h = 0.0;
    for(int i = 0; i < ITER_GEOMETRY; i++) {
    	d = sea_octave((uv+SEA_TIME)M
    	d += sea_octave((uv-SEA_TIME)*freq,choppy);
        h += d * amp;
    	uv *= octave_m; freq *= 1.9; amp *= 0.22;
        choppy = mix(choppy,1.0,0.2);
float map_detailed(vec3 p) {
    float freq = SEA_FREQ;
    float amp = SEA_HEIGHT;
    float choppy = SEA_CHOPPY;
    vec2 uv = p.xz; uv.x *= 0.75;
    float d, h = 0.0;
    for(int i = 0; i < ITER_FRAGMENT; i++) {
    	d = sea_octave((uv+SEA_TIME)*freq,choppy);
    	d += sea_octave((uv-SEA_TIM
        h += d * amp;
    	uv *= octave_m; freq *= 1.9; amp *= 0.22;
        choppy = mix(choppy,1.0,0.2);
vec3 getSeaColor(vec3 p, vec3 n, vec3 l, vec3 eye, vec3 dist) {
    float fresnel = clamp(1.0 - dot(n,-eye), 0.0, 1.0);
    fresnel = min(pow(fresnel,3.0), 0.5);
    vec3 reflected = getSkyColor(reflect(eye,n));
    vec3 refracted = SEA_BASE + diffuse(n,l,80.0) * SEA_WATER_COLOR * 0.12;
    vec3 color = mix(refracted,reflected,fresnel)M
    float atten = max(1.0 - dot(dist,dist) * 0.001, 0.0);
    color += SEA_WATER_COLOR * (p.y - SEA_HEIGHT) * 0.18 * atten;
    color += vec3(specular(n,l,eye,60.0));
vec3 getNormal(vec3 p, float eps) {
    n.y = map_detailed(p);
    n.x = map_detailed(vec3(p.x+eps,p.y,p.z)) - n.y;
    n.z = map_detailed(vec3(p.x,p.y,p.z+eps)) - n.y;
    return normalize(n);
float heightMapTracing(vec3 ori, vec3 dir, out vec3 p) {
    float tx = 1000.0;
    float hx = map(ori + dir * tx);
        p = ori + dir * tx;
        return tx;
    float hm = map(ori + dir * tm);
    float tmid = 0.0;
    for(int i = 0; i < NUM_STEPS; i++) {
        tmid = mix(tm,tx, hm/(hm-hx));
        p = ori + dir * tmid;
    	float hmid = map(p);
            hx = hmid;
            tm = tmid;
            hm = hmid;
vec3 getPixel(in vec2 coord, float time) {
    vec2 uv = coord / iResolution.xy;
    uv = uv * 2.0 - 1.0;
    uv.x *= iResolution.x / iResolution.y;
    vec3 ang = vec3(sin(time*3.0)*0.1,sin(time)*0.2+0.3,time);
    vec3 ori = vec3(0.0,3.5,time*5.0);
    vec3 dir = normalize(vec3(uv.xy,-2.0)); dir.z += length(uv) * 0.14;
    dir = normalize(dir) * fromEuler(ang);
    heightMapTracing(ori,dir,p);
    vec3 dist = p - ori;
etNormal(p, dot(dist,dist) * EPSILON_NRM);
    vec3 light = normalize(vec3(0.0,1.0,0.8));
        getSkyColor(dir),
        getSeaColor(p,n,light,dir,dist),
    	pow(smoothstep(0.0,-0.02,dir.y),0.2));
void mainImage( out vec4 fragColor, in vec2 fragCoord ) {
    float time = iTime * 0.3;
    vec3 color = vec3(0.0);
    for(int i = -1; i <= 1; i++) {
        for(int j = -1; j <= 1; j++) {
        	vec2 uv = fragCoord+vec2(i,j)/3.0;
    vec3 color = getPixel(fragCoord, time);
	fragColor = vec4(pow(color,vec3(0.65)), 1.0);
    mainImage( gl_FragColor, gl_FragCoord.xy );
<script id="draw-shader-vs" type="x-shader/x-vertex">
attribute vec2 inPos;
    gl_Position = vec4(inPos, 0.0, 1.0);
(function loadscene() {
var canvas, gl, vp_size, prog, bufObj = {}, mousepos = [0, 0];
function initScene(M
    canvas = document.getElementById( "ogl-canvas");
    gl = canvas.getContext( "webgl" );
    canvas.addEventListener('mousemove', (e) => {
        mousepos = [e.clientX, e.clientY];
    progDraw = gl.createProgram();
    for (let i = 0; i < 2; ++i) {
        let source = document.getElementById(i==0 ? "draw-shader-vs" : "draw-shader-fs").text;
        let shaderObj = gl.createShader(i==0 ? gl.VERTEX_SHADER : gl.FRAGMENT_SHADER);
        gl.shaderSource(shaderObj, source);M
        gl.compileShader(shaderObj);
        let status = gl.getShaderParameter(shaderObj, gl.COMPILE_STATUS);
        if (!status) alert(gl.getShaderInfoLog(shaderObj));
        gl.attachShader(progDraw, shaderObj);
        gl.linkProgram(progDraw);
    status = gl.getProgramParameter(progDraw, gl.LINK_STATUS);
    if ( !status ) alert(gl.getProgramInfoLog(progDraw));
    progDraw.inPos = gl.getAttribLocation(progDraw, "inPos");
    progDraw.iTime = gl.getUniformLocation(progDraw, "iTime");
ame = gl.getUniformLocation(progDraw, "iFrame");
    progDraw.iMouse = gl.getUniformLocation(progDraw, "iMouse");
    progDraw.iResolution = gl.getUniformLocation(progDraw, "iResolution");
    gl.useProgram(progDraw);
    var pos = [ -1, -1, 1, -1, 1, 1, -1, 1 ];
    var inx = [ 0, 1, 2, 0, 2, 3 ];
    bufObj.pos = gl.createBuffer();
    gl.bindBuffer( gl.ARRAY_BUFFER, bufObj.pos );
    gl.bufferData( gl.ARRAY_BUFFER, new Float32Array( pos ), gl.STATIC_DRAW );
    bufObj.inx = gl.createBuffer();
    bufObj.inx.len M
    gl.bindBuffer( gl.ELEMENT_ARRAY_BUFFER, bufObj.inx );
    gl.bufferData( gl.ELEMENT_ARRAY_BUFFER, new Uint16Array( inx ), gl.STATIC_DRAW );
    gl.enableVertexAttribArray( progDraw.inPos );
    gl.vertexAttribPointer( progDraw.inPos, 2, gl.FLOAT, false, 0, 0 );
    gl.enable( gl.DEPTH_TEST );
    gl.clearColor( 0.0, 0.0, 0.0, 1.0 );
    window.onresize = resize;
    requestAnimationFrame(render);
    vp_size = [window.innerWidth, window.innerHeight];
.width = vp_size[0];
    canvas.height = vp_size[1];
function render(deltaMS) {
    gl.viewport( 0, 0, canvas.width, canvas.height );
    gl.clear( gl.COLOR_BUFFER_BIT | gl.DEPTH_BUFFER_BIT );
    gl.uniform1f(progDraw.iTime, performance.now()/1000);
    gl.uniform1f(progDraw.iFrame, frame);
    gl.uniform2f(progDraw.iResolution, canvas.width, canvas.height);
    //gl.uniform2f(progDraw.iMouse, mousepos[0], mousepos[1]);
    gl.enable(gl.BLEND);
    gl.blendFunc(gl.SRC_COLOR,gl.DST_COLOR)
wElements( gl.TRIANGLES, bufObj.inx.len, gl.UNSIGNED_SHORT, 0 );
    requestAnimationFrame(render);
text/plain;charset=utf-8
0I need a new bikini for the memPOOl -OrdinalPoeth!
Copyright (c) 1998 Hewlett-Packard Company
IEC http://www.iec.ch
IEC http://www.iec.ch
.IEC 61966-2.1 Default RGB colour space - sRGB
.IEC 61966-2.1 Default RGB colour space - sRGB
,Reference Viewing Condition in IEC61966-2.1
,Reference Viewing Condition in IEC61966-2.1
0*3)')3*L;55;LWIEIWj__j
0*3)')3*L;55;LWIEIWj__j
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8j6dec jan +salah kirim from my wallet to ravi and manish
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                                        _
Christina is:                          | |
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| .__/|_|  \___|\__, |_| |_|\__,_|_| |_|\__|
| |              __/ |
|_|             |___/
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Old rulers falter and fade,
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a hyperportal inscribed on-chain
enter at your own risk
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  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  font-weight: normal;
  font-style: normal;
    text-align: center;
    overflow: hidden;
    background: #eaeaea;
    align-items: center;
    justify-content: center;
  body.mobile #text-video {
    font-family: 'Noto Mathcastles Remix', monospace;
    pointer-events: none;
    justify-content: center;
    align-items: center;
    transform: scaleX(-1);
    -webkit-transform: scalM
    background: #1e1b1e;
    font-size: 15px;
    justify-content: center;
    transform: scaleX(-1);
    -webkit-transform: scaleX(-1);
    cursor: pointer;
    justify-content: center;
    pointer-events: none;
    background: #fff;
    border: 1px solid #111;
    padding: 3px 10px;
    font-family: monospace;
    cursor: pointer;
    outline: inherit;
    border-radius: 3px;
    flex-direction: column;
    align-items: center;
    justify-content: center;
    font-family: monospace;
    text-align: center;
    margin-top: 20px;
    margin-bottom: 4px;
    background: #222;
    border-radius: 20px;
    box-shadow: 0 0 16px 0 rgba(0, 0, 0, 0.5);
margin-bottom: 16px;
    margin-bottom: 0;
    font-size: 13px;
  <div id="wrapper">
      <video id="video">Portal is closed.</video>
      <canvas id="canvas-video"></canvas>
    <div id="frame">
      <div id="text-video"></div>
      <div id="header">
 You are the art in Chainspace.app
    <button id="stop">Wave</button>
    function run() {
        return (typeof window.orientation !== "undefined") || (navigator.userAgent.indexOf('IEMobile') !== -1);
      const video = document.getElementById('video')
      video.setAttribute('autoplay', '');
      video.setAttribute('muted', '');
      video.setAttribute('playsinline', '')
      const textVideo = document.getElementById('text-video')
      const canvas = document.getElementById('canvas-video')
      const ctx = canvas.getContext('2d', { willReadFrequently: true });
      let cyclerEnabled = false;
      let cycler = 0;
      let isMobile = isMobileDevice();
      const chars = [..."
      const colors = ["#ec5526", "#ec5526", "#f7f4e2", "#9ebbc1M
", "#f4ac12", "#1e1b1e", "#ec5526", "#f7f4e2", "#9ebbc1", "#1e1b1e", ];
      let running = true;
      if (chars.length === 280) {
        cyclerEnabled = true;
      function setCanvasSize() {
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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      <video id="video">Portal is closed.</video>
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 You are the art in Chainspace.app
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text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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  <title>CHAINSPACE.app</title>
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 You are the art in Chainspace.app
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text/plain;charset=utf-8
text/html;charset=utf-8
a hyperportal inscribed on-chain
enter at your own risk
Conjured by el_ranye x @timshelxyz
  * Mathcastles Studios (0x113d & xaltgeist)
  * Aleksandr Kubarskii
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Distinction between the sterility of first crosses and of hybrids
Sterility various in degree, not universal, affected by close interbreeding, removed by domestication
Laws governing the sterility of hybrids
Sterility not a special endowment, but incidental on other differences, not accumulated by natural selection
Causes of the sterility of first crosses and of hybrids
Parallelism between the effects of changed conditM
ions of life and of crossing
Dimorphism and trimorphism
Fertility of varieties when crossed and of their mongrel offspring not universal
Hybrids and mongrels compared independently of their fertility
The view commonly entertained by naturalists is that species, when intercrossed, have been specially endowed with sterility, in order to prevent their confusion. This view certainly seems at first highly probable, for species living together could hardly have been kept distinct had they been capableM
 of freely crossing. The subject is in many ways important for us, more especially as the sterility of species when first crossed, and that of their hybrid offspring, cannot have been acquired, as I shall show, by the preservation of successive profitable degrees of sterility. It is an incidental result of differences in the reproductive systems of the parent-species.
In treating this subject, two classes of facts, to a large extent fundamentally different, have generally been confounded; namely, the sterility oM
f species when first crossed, and the sterility of the hybrids produced from them.
Pure species have of course their organs of reproduction in a perfect condition, yet when intercrossed they produce either few or no offspring. Hybrids, on the other hand, have their reproductive organs functionally impotent, as may be clearly seen in the state of the male element in both plants and animals; though the formative organs themselves are perfect in structure, as far as the microscope reveals. In the first case the twoM
 sexual elements which go to form the embryo are perfect; in the second case they are either not at all developed, or are imperfectly developed. This distinction is important, when the cause of the sterility, which is common to the two cases, has to be considered. The distinction probably has been slurred over, owing to the sterility in both cases being looked on as a special endowment, beyond the province of our reasoning powers.
The fertility of varieties, that is of the forms known or believed to be descendedM
 from common parents, when crossed, and likewise the fertility of their mongrel offspring, is, with reference to my theory, of equal importance with the sterility of species; for it seems to make a broad and clear distinction between varieties and species.
Degrees of Sterility.
First, for the sterility of species when crossed and of their hybrid offspring. It is impossible to study the several memoirs and works of those two conscientious and admirable observers, K
rtner, who almost devoted theiM
r lives to this subject, without being deeply impressed with the high generality of some degree of sterility. K
lreuter makes the rule universal; but then he cuts the knot, for in ten cases in which he found two forms, considered by most authors as distinct species, quite fertile together, he unhesitatingly ranks them as varieties. G
rtner, also, makes the rule equally universal; and he disputes the entire fertility of K
s ten cases. But in these and in many other cases, G
rtner is obliged carefully tM
o count the seeds, in order to show that there is any degree of sterility. He always compares the maximum number of seeds produced by two species when first crossed, and the maximum produced by their hybrid offspring, with the average number produced by both pure parent-species in a state of nature. But causes of serious error here intervene: a plant, to be hybridised, must be castrated, and, what is often more important, must be secluded in order to prevent pollen being brought to it by insects from other plants. M
Nearly all the plants experimented on by G
rtner were potted, and were kept in a chamber in his house. That these processes are often injurious to the fertility of a plant cannot be doubted; for G
rtner gives in his table about a score of cases of plants which he castrated, and artificially fertilised with their own pollen, and (excluding all cases such as the Leguminos
, in which there is an acknowledged difficulty in the manipulation) half of these twenty plants had their fertility in some degree impaired. MorM
rtner repeatedly crossed some forms, such as the common red and blue pimpernels (Anagallis arvensis and coerulea), which the best botanists rank as varieties, and found them absolutely sterile, we may doubt whether many species are really so sterile, when intercrossed, as he believed.
It is certain, on the one hand, that the sterility of various species when crossed is so different in degree and graduates away so insensibly, and, on the other hand, that the fertility of pure species is so easily affM
ected by various circumstances, that for all practical purposes it is most difficult to say where perfect fertility ends and sterility begins. I think no better evidence of this can be required than that the two most experienced observers who have ever lived, namely K
rtner, arrived at diametrically opposite conclusions in regard to some of the very same forms. It is also most instructive to compare
but I have not space here to enter on details
the evidence advanced by our best botanists on the M
question whether certain doubtful forms should be ranked as species or varieties, with the evidence from fertility adduced by different hybridisers, or by the same observer from experiments made during different years. It can thus be shown that neither sterility nor fertility affords any certain distinction between species and varieties. The evidence from this source graduates away, and is doubtful in the same degree as is the evidence derived from other constitutional and structural differences.
e sterility of hybrids in successive generations; though G
rtner was enabled to rear some hybrids, carefully guarding them from a cross with either pure parent, for six or seven, and in one case for ten generations, yet he asserts positively that their fertility never increases, but generally decreases greatly and suddenly. With respect to this decrease, it may first be noticed that when any deviation in structure or constitution is common to both parents, this is often transmitted in an augmented degree to the ofM
fspring; and both sexual elements in hybrid plants are already affected in some degree. But I believe that their fertility has been diminished in nearly all these cases by an independent cause, namely, by too close interbreeding. I have made so many experiments and collected so many facts, showing on the one hand that an occasional cross with a distinct individual or variety increases the vigour and fertility of the offspring, and on the other hand that very close interbreeding lessens their vigour and fertility, tM
hat I cannot doubt the correctness of this conclusion. Hybrids are seldom raised by experimentalists in great numbers; and as the parent-species, or other allied hybrids, generally grow in the same garden, the visits of insects must be carefully prevented during the flowering season: hence hybrids, if left to themselves, will generally be fertilised during each generation by pollen from the same flower; and this would probably be injurious to their fertility, already lessened by their hybrid origin. I am strengthenM
ed in this conviction by a remarkable statement repeatedly made by G
rtner, namely, that if even the less fertile hybrids be artificially fertilised with hybrid pollen of the same kind, their fertility, notwithstanding the frequent ill effects from manipulation, sometimes decidedly increases, and goes on increasing. Now, in the process of artificial fertilisation, pollen is as often taken by chance (as I know from my own experience) from the anthers of another flower, as from the anthers of the flower itself whichM
 is to be fertilised; so that a cross between two flowers, though probably often on the same plant, would be thus effected. Moreover, whenever complicated experiments are in progress, so careful an observer as G
rtner would have castrated his hybrids, and this would have insured in each generation a cross with pollen from a distinct flower, either from the same plant or from another plant of the same hybrid nature. And thus, the strange fact of an increase of fertility in the successive generations of artificiallyM
 fertilised hybrids, in contrast with those spontaneously self-fertilised, may, as I believe, be accounted for by too close interbreeding having been avoided.
Now let us turn to the results arrived at by a third most experienced hybridiser, namely, the Hon. and Rev. W. Herbert. He is as emphatic in his conclusion that some hybrids are perfectly fertile
as fertile as the pure parent-species
rtner that some degree of sterility between distinct species is a universal law of nature. He eM
xperimented on some of the very same species as did G
rtner. The difference in their results may, I think, be in part accounted for by Herbert
s great horticultural skill, and by his having hot-houses at his command. Of his many important statements I will here give only a single one as an example, namely, that
every ovule in a pod of Crinum capense fertilised by C. revolutum produced a plant, which I never saw to occur in a case of its natural fecundation.
 So that here we have perfect, or even more than cM
ommonly perfect fertility, in a first cross between two distinct species.
This case of the Crinum leads me to refer to a singular fact, namely, that individual plants of certain species of Lobelia, Verbascum and Passiflora, can easily be fertilised by the pollen from a distinct species, but not by pollen from the same plant, though this pollen can be proved to be perfectly sound by fertilising other plants or species. In the genus Hippeastrum, in Corydalis as shown by Professor Hildebrand, in various orchids as M
shown by Mr. Scott and Fritz M
ller, all the individuals are in this peculiar condition. So that with some species, certain abnormal individuals, and in other species all the individuals, can actually be hybridised much more readily than they can be fertilised by pollen from the same individual plant! To give one instance, a bulb of Hippeastrum aulicum produced four flowers; three were fertilised by Herbert with their own pollen, and the fourth was subsequently fertilised by the pollen of a compound hybrid descendM
ed from three distinct species: the result was that
the ovaries of the three first flowers soon ceased to grow, and after a few days perished entirely, whereas the pod impregnated by the pollen of the hybrid made vigorous growth and rapid progress to maturity, and bore good seed, which vegetated freely.
 Mr. Herbert tried similar experiments during many years, and always with the same result. These cases serve to show on what slight and mysterious causes the lesser or greater fertility of a species sometimes dM
The practical experiments of horticulturists, though not made with scientific precision, deserve some notice. It is notorious in how complicated a manner the species of Pelargonium, Fuchsia, Calceolaria, Petunia, Rhododendron, &c., have been crossed, yet many of these hybrids seed freely. For instance, Herbert asserts that a hybrid from Calceolaria integrifolia and plantaginea, species most widely dissimilar in general habit,
reproduces itself as perfectly as if it had been a natural species from the M
 I have taken some pains to ascertain the degree of fertility of some of the complex crosses of Rhododendrons, and I am assured that many of them are perfectly fertile. Mr. C. Noble, for instance, informs me that he raises stocks for grafting from a hybrid between Rhod. ponticum and catawbiense, and that this hybrid
seeds as freely as it is possible to imagine.
 Had hybrids, when fairly treated, always gone on decreasing in fertility in each successive generation, as G
be the case, the fact would have been notorious to nurserymen. Horticulturists raise large beds of the same hybrid, and such alone are fairly treated, for by insect agency the several individuals are allowed to cross freely with each other, and the injurious influence of close interbreeding is thus prevented. Any one may readily convince himself of the efficiency of insect agency by examining the flowers of the more sterile kinds of hybrid Rhododendrons, which produce no pollen, for he will find on their stigmas plM
enty of pollen brought from other flowers.
In regard to animals, much fewer experiments have been carefully tried than with plants. If our systematic arrangements can be trusted, that is, if the genera of animals are as distinct from each other as are the genera of plants, then we may infer that animals more widely distinct in the scale of nature can be crossed more easily than in the case of plants; but the hybrids themselves are, I think, more sterile. It should, however, be borne in mind that, owing to few anM
imals breeding freely under confinement, few experiments have been fairly tried: for instance, the canary-bird has been crossed with nine distinct species of finches, but, as not one of these breeds freely in confinement, we have no right to expect that the first crosses between them and the canary, or that their hybrids, should be perfectly fertile. Again, with respect to the fertility in successive generations of the more fertile hybrid animals, I hardly know of an instance in which two families of the same hybriM
d have been raised at the same time from different parents, so as to avoid the ill effects of close interbreeding. On the contrary, brothers and sisters have usually been crossed in each successive generation, in opposition to the constantly repeated admonition of every breeder. And in this case, it is not at all surprising that the inherent sterility in the hybrids should have gone on increasing.
Although I know of hardly any thoroughly well-authenticated cases of perfectly fertile hybrid animals, I have reasonM
 to believe that the hybrids from Cervulus vaginalis and Reevesii, and from Phasianus colchicus with P. torquatus, are perfectly fertile. M. Quatrefages states that the hybrids from two moths (Bombyx cynthia and arrindia) were proved in Paris to be fertile inter se for eight generations. It has lately been asserted that two such distinct species as the hare and rabbit, when they can be got to breed together, produce offspring, which are highly fertile when crossed with one of the parent-species. The hybrids from thM
e common and Chinese geese (A. cygnoides), species which are so different that they are generally ranked in distinct genera, have often bred in this country with either pure parent, and in one single instance they have bred inter se. This was effected by Mr. Eyton, who raised two hybrids from the same parents, but from different hatches; and from these two birds he raised no less than eight hybrids (grandchildren of the pure geese) from one nest. In India, however, these cross-bred geese must be far more fertile; fM
or I am assured by two eminently capable judges, namely Mr. Blyth and Captain Hutton, that whole flocks of these crossed geese are kept in various parts of the country; and as they are kept for profit, where neither pure parent-species exists, they must certainly be highly or perfectly fertile.
With our domesticated animals, the various races when crossed together are quite fertile; yet in many cases they are descended from two or more wild species. From this fact we must conclude either that the aboriginal pareM
nt-species at first produced perfectly fertile hybrids, or that the hybrids subsequently reared under domestication became quite fertile. This latter alternative, which was first propounded by Pallas, seems by far the most probable, and can, indeed, hardly be doubted. It is, for instance, almost certain that our dogs are descended from several wild stocks; yet, with perhaps the exception of certain indigenous domestic dogs of South America, all are quite fertile together; but analogy makes me greatly doubt, whetherM
 the several aboriginal species would at first have freely bred together and have produced quite fertile hybrids. So again I have lately acquired decisive evidence that the crossed offspring from the Indian humped and common cattle are inter se perfectly fertile; and from the observations by R
timeyer on their important osteological differences, as well as from those by Mr. Blyth on their differences in habits, voice, constitution, &c., these two forms must be regarded as good and distinct species. The same remarkM
s may be extended to the two chief races of the pig. We must, therefore, either give up the belief of the universal sterility of species when crossed; or we must look at this sterility in animals, not as an indelible characteristic, but as one capable of being removed by domestication.
Finally, considering all the ascertained facts on the intercrossing of plants and animals, it may be concluded that some degree of sterility, both in first crosses and in hybrids, is an extremely general result; but that it cannotM
, under our present state of knowledge, be considered as absolutely universal.
Laws governing the Sterility of first Crosses and of Hybrids.
We will now consider a little more in detail the laws governing the sterility of first crosses and of hybrids. Our chief object will be to see whether or not these laws indicate that species have been specially endowed with this quality, in order to prevent their crossing and blending together in utter confusion. The following conclusions are drawn up chiefly from G
s admirable work on the hybridisation of plants. I have taken much pains to ascertain how far they apply to animals, and, considering how scanty our knowledge is in regard to hybrid animals, I have been surprised to find how generally the same rules apply to both kingdoms.
It has been already remarked, that the degree of fertility, both of first crosses and of hybrids, graduates from zero to perfect fertility. It is surprising in how many curious ways this gradation can be shown; but only the barest outlineM
 of the facts can here be given. When pollen from a plant of one family is placed on the stigma of a plant of a distinct family, it exerts no more influence than so much inorganic dust. From this absolute zero of fertility, the pollen of different species applied to the stigma of some one species of the same genus, yields a perfect gradation in the number of seeds produced, up to nearly complete or even quite complete fertility; and, as we have seen, in certain abnormal cases, even to an excess of fertility, beyondM
 that which the plant
s own pollen produces. So in hybrids themselves, there are some which never have produced, and probably never would produce, even with the pollen of the pure parents, a single fertile seed: but in some of these cases a first trace of fertility may be detected, by the pollen of one of the pure parent-species causing the flower of the hybrid to wither earlier than it otherwise would have done; and the early withering of the flower is well known to be a sign of incipient fertilisation. From thiM
s extreme degree of sterility we have self-fertilised hybrids producing a greater and greater number of seeds up to perfect fertility.
The hybrids raised from two species which are very difficult to cross, and which rarely produce any offspring, are generally very sterile; but the parallelism between the difficulty of making a first cross, and the sterility of the hybrids thus produced
two classes of facts which are generally confounded together
is by no means strict. There are many cases, in which two pure M
species, as in the genus Verbascum, can be united with unusual facility, and produce numerous hybrid offspring, yet these hybrids are remarkably sterile. On the other hand, there are species which can be crossed very rarely, or with extreme difficulty, but the hybrids, when at last produced, are very fertile. Even within the limits of the same genus, for instance in Dianthus, these two opposite cases occur.
The fertility, both of first crosses and of hybrids, is more easily affected by unfavourable conditions, tM
han is that of pure species. But the fertility of first crosses is likewise innately variable; for it is not always the same in degree when the same two species are crossed under the same circumstances; it depends in part upon the constitution of the individuals which happen to have been chosen for the experiment. So it is with hybrids, for their degree of fertility is often found to differ greatly in the several individuals raised from seed out of the same capsule and exposed to the same conditions.
 systematic affinity is meant, the general resemblance between species in structure and constitution. Now the fertility of first crosses, and of the hybrids produced from them, is largely governed by their systematic affinity. This is clearly shown by hybrids never having been raised between species ranked by systematists in distinct families; and on the other hand, by very closely allied species generally uniting with facility. But the correspondence between systematic affinity and the facility of crossing is by nM
o means strict. A multitude of cases could be given of very closely allied species which will not unite, or only with extreme difficulty; and on the other hand of very distinct species which unite with the utmost facility. In the same family there may be a genus, as Dianthus, in which very many species can most readily be crossed; and another genus, as Silene, in which the most persevering efforts have failed to produce between extremely close species a single hybrid. Even within the limits of the same genus, we meM
et with this same difference; for instance, the many species of Nicotiana have been more largely crossed than the species of almost any other genus; but G
rtner found that N. acuminata, which is not a particularly distinct species, obstinately failed to fertilise, or to be fertilised, by no less than eight other species of Nicotiana. Many analogous facts could be given.
No one has been able to point out what kind or what amount of difference, in any recognisable character, is sufficient to prevent two species cM
rossing. It can be shown that plants most widely different in habit and general appearance, and having strongly marked differences in every part of the flower, even in the pollen, in the fruit, and in the cotyledons, can be crossed. Annual and perennial plants, deciduous and evergreen trees, plants inhabiting different stations and fitted for extremely different climates, can often be crossed with ease.
By a reciprocal cross between two species, I mean the case, for instance, of a female-ass being first crossed M
by a stallion, and then a mare by a male-ass: these two species may then be said to have been reciprocally crossed. There is often the widest possible difference in the facility of making reciprocal crosses. Such cases are highly important, for they prove that the capacity in any two species to cross is often completely independent of their systematic affinity, that is of any difference in their structure or constitution, excepting in their reproductive systems. The diversity of the result in reciprocal crosses betM
ween the same two species was long ago observed by K
lreuter. To give an instance: Mirabilis jalapa can easily be fertilised by the pollen of M. longiflora, and the hybrids thus produced are sufficiently fertile; but K
lreuter tried more than two hundred times, during eight following years, to fertilise reciprocally M. longiflora with the pollen of M. jalapa, and utterly failed. Several other equally striking cases could be given. Thuret has observed the same fact with certain sea-weeds or Fuci. G
r, found that this difference of facility in making reciprocal crosses is extremely common in a lesser degree. He has observed it even between closely related forms (as Matthiola annua and glabra) which many botanists rank only as varieties. It is also a remarkable fact that hybrids raised from reciprocal crosses, though of course compounded of the very same two species, the one species having first been used as the father and then as the mother, though they rarely differ in external characters, yet generally diffeM
r in fertility in a small, and occasionally in a high degree.
Several other singular rules could be given from G
rtner: for instance, some species have a remarkable power of crossing with other species; other species of the same genus have a remarkable power of impressing their likeness on their hybrid offspring; but these two powers do not at all necessarily go together. There are certain hybrids which, instead of having, as is usual, an intermediate character between their two parents, always closely resembleM
 one of them; and such hybrids, though externally so like one of their pure parent-species, are with rare exceptions extremely sterile. So again among hybrids which are usually intermediate in structure between their parents, exceptional and abnormal individuals sometimes are born, which closely resemble one of their pure parents; and these hybrids are almost always utterly sterile, even when the other hybrids raised from seed from the same capsule have a considerable degree of fertility. These facts show how complM
etely the fertility of a hybrid may be independent of its external resemblance to either pure parent.
Considering the several rules now given, which govern the fertility of first crosses and of hybrids, we see that when forms, which must be considered as good and distinct species, are united, their fertility graduates from zero to perfect fertility, or even to fertility under certain conditions in excess; that their fertility, besides being eminently susceptible to favourable and unfavourable conditions, is innaM
tely variable; that it is by no means always the same in degree in the first cross and in the hybrids produced from this cross; that the fertility of hybrids is not related to the degree in which they resemble in external appearance either parent; and lastly, that the facility of making a first cross between any two species is not always governed by their systematic affinity or degree of resemblance to each other. This latter statement is clearly proved by the difference in the result of reciprocal crosses between M
the same two species, for, according as the one species or the other is used as the father or the mother, there is generally some difference, and occasionally the widest possible difference, in the facility of effecting an union. The hybrids, moreover, produced from reciprocal crosses often differ in fertility.
Now do these complex and singular rules indicate that species have been endowed with sterility simply to prevent their becoming confounded in nature? I think not. For why should the sterility be so extremM
ely different in degree, when various species are crossed, all of which we must suppose it would be equally important to keep from blending together? Why should the degree of sterility be innately variable in the individuals of the same species? Why should some species cross with facility and yet produce very sterile hybrids; and other species cross with extreme difficulty, and yet produce fairly fertile hybrids? Why should there often be so great a difference in the result of a reciprocal cross between the same twM
o species? Why, it may even be asked, has the production of hybrids been permitted? To grant to species the special power of producing hybrids, and then to stop their further propagation by different degrees of sterility, not strictly related to the facility of the first union between their parents, seems a strange arrangement.
The foregoing rules and facts, on the other hand, appear to me clearly to indicate that the sterility, both of first crosses and of hybrids, is simply incidental or dependent on unknown dM
ifferences in their reproductive systems; the differences being of so peculiar and limited a nature, that, in reciprocal crosses between the same two species, the male sexual element of the one will often freely act on the female sexual element of the other, but not in a reversed direction. It will be advisable to explain a little more fully, by an example, what I mean by sterility being incidental on other differences, and not a specially endowed quality. As the capacity of one plant to be grafted or budded on anoM
ther is unimportant for their welfare in a state of nature, I presume that no one will suppose that this capacity is a specially endowed quality, but will admit that it is incidental on differences in the laws of growth of the two plants. We can sometimes see the reason why one tree will not take on another from differences in their rate of growth, in the hardness of their wood, in the period of the flow or nature of their sap, &c.; but in a multitude of cases we can assign no reason whatever. Great diversity in thM
e size of two plants, one being woody and the other herbaceous, one being evergreen and the other deciduous, and adaptation to widely different climates, does not always prevent the two grafting together. As in hybridisation, so with grafting, the capacity is limited by systematic affinity, for no one has been able to graft together trees belonging to quite distinct families; and, on the other hand, closely allied species and varieties of the same species, can usually, but not invariably, be grafted with ease. But M
this capacity, as in hybridisation, is by no means absolutely governed by systematic affinity. Although many distinct genera within the same family have been grafted together, in other cases species of the same genus will not take on each other. The pear can be grafted far more readily on the quince, which is ranked as a distinct genus, than on the apple, which is a member of the same genus. Even different varieties of the pear take with different degrees of facility on the quince; so do different varieties of the M
apricot and peach on certain varieties of the plum.
rtner found that there was sometimes an innate difference in different individuals of the same two species in crossing; so Sagaret believes this to be the case with different individuals of the same two species in being grafted together. As in reciprocal crosses, the facility of effecting an union is often very far from equal, so it sometimes is in grafting. The common gooseberry, for instance, cannot be grafted on the currant, whereas the currant will taM
ke, though with difficulty, on the gooseberry.
We have seen that the sterility of hybrids which have their reproductive organs in an imperfect condition, is a different case from the difficulty of uniting two pure species, which have their reproductive organs perfect; yet these two distinct classes of cases run to a large extent parallel. Something analogous occurs in grafting; for Thouin found that three species of Robinia, which seeded freely on their own roots, and which could be grafted with no great difficuM
lty on a fourth species, when thus grafted were rendered barren. On the other hand, certain species of Sorbus, when grafted on other species, yielded twice as much fruit as when on their own roots. We are reminded by this latter fact of the extraordinary cases of Hippeastrum, Passiflora, &c., which seed much more freely when fertilised with the pollen of a distinct species than when fertilised with pollen from the same plant.
We thus see that, although there is a clear and great difference between the mere adhesM
ion of grafted stocks and the union of the male and female elements in the act of reproduction, yet that there is a rude degree of parallelism in the results of grafting and of crossing distinct species. And as we must look at the curious and complex laws governing the facility with which trees can be grafted on each other as incidental on unknown differences in their vegetative systems, so I believe that the still more complex laws governing the facility of first crosses are incidental on unknown differences in thM
eir reproductive systems. These differences in both cases follow, to a certain extent, as might have been expected, systematic affinity, by which term every kind of resemblance and dissimilarity between organic beings is attempted to be expressed. The facts by no means seem to indicate that the greater or lesser difficulty of either grafting or crossing various species has been a special endowment; although in the case of crossing, the difficulty is as important for the endurance and stability of specific forms as M
in the case of grafting it is unimportant for their welfare.
Origin and Causes of the Sterility of first Crosses and of Hybrids.
At one time it appeared to me probable, as it has to others, that the sterility of first crosses and of hybrids might have been slowly acquired through the natural selection of slightly lessened degrees of fertility, which, like any other variation, spontaneously appeared in certain individuals of one variety when crossed with those of another variety. For it would clearly be advantM
ageous to two varieties or incipient species if they could be kept from blending, on the same principle that, when man is selecting at the same time two varieties, it is necessary that he should keep them separate. In the first place, it may be remarked that species inhabiting distinct regions are often sterile when crossed; now it could clearly have been of no advantage to such separated species to have been rendered mutually sterile, and consequently this could not have been effected through natural selection; buM
t it may perhaps be argued, that, if a species was rendered sterile with some one compatriot, sterility with other species would follow as a necessary contingency. In the second place, it is almost as much opposed to the theory of natural selection as to that of special creation, that in reciprocal crosses the male element of one form should have been rendered utterly impotent on a second form, while at the same time the male element of this second form is enabled freely to fertilise the first form; for this peculiM
ar state of the reproductive system could hardly have been advantageous to either species.
In considering the probability of natural selection having come into action, in rendering species mutually sterile, the greatest difficulty will be found to lie in the existence of many graduated steps, from slightly lessened fertility to absolute sterility. It may be admitted that it would profit an incipient species, if it were rendered in some slight degree sterile when crossed with its parent form or with some other vaM
riety; for thus fewer bastardised and deteriorated offspring would be produced to commingle their blood with the new species in process of formation. But he who will take the trouble to reflect on the steps by which this first degree of sterility could be increased through natural selection to that high degree which is common with so many species, and which is universal with species which have been differentiated to a generic or family rank, will find the subject extraordinarily complex. After mature reflection, itM
 seems to me that this could not have been effected through natural selection. Take the case of any two species which, when crossed, produced few and sterile offspring; now, what is there which could favour the survival of those individuals which happened to be endowed in a slightly higher degree with mutual infertility, and which thus approached by one small step towards absolute sterility? Yet an advance of this kind, if the theory of natural selection be brought to bear, must have incessantly occurred with many M
species, for a multitude are mutually quite barren. With sterile neuter insects we have reason to believe that modifications in their structure and fertility have been slowly accumulated by natural selection, from an advantage having been thus indirectly given to the community to which they belonged over other communities of the same species; but an individual animal not belonging to a social community, if rendered slightly sterile when crossed with some other variety, would not thus itself gain any advantage or inM
directly give any advantage to the other individuals of the same variety, thus leading to their preservation.
But it would be superfluous to discuss this question in detail: for with plants we have conclusive evidence that the sterility of crossed species must be due to some principle, quite independent of natural selection. Both G
lreuter have proved that in genera including numerous species, a series can be formed from species which when crossed yield fewer and fewer seeds, to species which neverM
 produce a single seed, but yet are affected by the pollen of certain other species, for the germen swells. It is here manifestly impossible to select the more sterile individuals, which have already ceased to yield seeds; so that this acme of sterility, when the germen alone is effected, cannot have been gained through selection; and from the laws governing the various grades of sterility being so uniform throughout the animal and vegetable kingdoms, we may infer that the cause, whatever it may be, is the same or M
nearly the same in all cases.
We will now look a little closer at the probable nature of the differences between species which induce sterility in first crosses and in hybrids. In the case of first crosses, the greater or less difficulty in effecting a union and in obtaining offspring apparently depends on several distinct causes. There must sometimes be a physical impossibility in the male element reaching the ovule, as would be the case with a plant having a pistil too long for the pollen-tubes to reach the ovM
arium. It has also been observed that when the pollen of one species is placed on the stigma of a distantly allied species, though the pollen-tubes protrude, they do not penetrate the stigmatic surface. Again, the male element may reach the female element, but be incapable of causing an embryo to be developed, as seems to have been the case with some of Thuret
s experiments on Fuci. No explanation can be given of these facts, any more than why certain trees cannot be grafted on others. Lastly, an embryo may be deM
veloped, and then perish at an early period. This latter alternative has not been sufficiently attended to; but I believe, from observations communicated to me by Mr. Hewitt, who has had great experience in hybridising pheasants and fowls, that the early death of the embryo is a very frequent cause of sterility in first crosses. Mr. Salter has recently given the results of an examination of about 500 eggs produced from various crosses between three species of Gallus and their hybrids; the majority of these eggs hadM
 been fertilised; and in the majority of the fertilised eggs, the embryos had either been partially developed and had then perished, or had become nearly mature, but the young chickens had been unable to break through the shell. Of the chickens which were born, more than four-fifths died within the first few days, or at latest weeks,
without any obvious cause, apparently from mere inability to live;
 so that from the 500 eggs only twelve chickens were reared. With plants, hybridized embryos probably often periM
sh in a like manner; at least it is known that hybrids raised from very distinct species are sometimes weak and dwarfed, and perish at an early age; of which fact Max Wichura has recently given some striking cases with hybrid willows. It may be here worth noticing that in some cases of parthenogenesis, the embryos within the eggs of silk moths which had not been fertilised, pass through their early stages of development and then perish like the embryos produced by a cross between distinct species. Until becoming acM
quainted with these facts, I was unwilling to believe in the frequent early death of hybrid embryos; for hybrids, when once born, are generally healthy and long-lived, as we see in the case of the common mule. Hybrids, however, are differently circumstanced before and after birth: when born and living in a country where their two parents live, they are generally placed under suitable conditions of life. But a hybrid partakes of only half of the nature and constitution of its mother; it may therefore, before birth, M
as long as it is nourished within its mother
s womb, or within the egg or seed produced by the mother, be exposed to conditions in some degree unsuitable, and consequently be liable to perish at an early period; more especially as all very young beings are eminently sensitive to injurious or unnatural conditions of life. But after all, the cause more probably lies in some imperfection in the original act of impregnation, causing the embryo to be imperfectly developed, rather than in the conditions to which it is M
subsequently exposed.
In regard to the sterility of hybrids, in which the sexual elements are imperfectly developed, the case is somewhat different. I have more than once alluded to a large body of facts showing that, when animals and plants are removed from their natural conditions, they are extremely liable to have their reproductive systems seriously affected. This, in fact, is the great bar to the domestication of animals. Between the sterility thus superinduced and that of hybrids, there are many points of M
similarity. In both cases the sterility is independent of general health, and is often accompanied by excess of size or great luxuriance. In both cases the sterility occurs in various degrees; in both, the male element is the most liable to be affected; but sometimes the female more than the male. In both, the tendency goes to a certain extent with systematic affinity, for whole groups of animals and plants are rendered impotent by the same unnatural conditions; and whole groups of species tend to produce sterile hM
ybrids. On the other hand, one species in a group will sometimes resist great changes of conditions with unimpaired fertility; and certain species in a group will produce unusually fertile hybrids. No one can tell till he tries, whether any particular animal will breed under confinement, or any exotic plant seed freely under culture; nor can he tell till he tries, whether any two species of a genus will produce more or less sterile hybrids. Lastly, when organic beings are placed during several generations under conM
ditions not natural to them, they are extremely liable to vary, which seems to be partly due to their reproductive systems having been specially affected, though in a lesser degree than when sterility ensues. So it is with hybrids, for their offspring in successive generations are eminently liable to vary, as every experimentalist has observed.
Thus we see that when organic beings are placed under new and unnatural conditions, and when hybrids are produced by the unnatural crossing of two species, the reproductiM
ve system, independently of the general state of health, is affected in a very similar manner. In the one case, the conditions of life have been disturbed, though often in so slight a degree as to be inappreciable by us; in the other case, or that of hybrids, the external conditions have remained the same, but the organisation has been disturbed by two distinct structures and constitutions, including of course the reproductive systems, having been blended into one. For it is scarcely possible that two organisationsM
 should be compounded into one, without some disturbance occurring in the development, or periodical action, or mutual relations of the different parts and organs one to another or to the conditions of life. When hybrids are able to breed inter se, they transmit to their offspring from generation to generation the same compounded organisation, and hence we need not be surprised that their sterility, though in some degree variable, does not diminish; it is even apt to increase, this being generally the result, as beM
fore explained, of too close interbreeding. The above view of the sterility of hybrids being caused by two constitutions being compounded into one has been strongly maintained by Max Wichura.
It must, however, be owned that we cannot understand, on the above or any other view, several facts with respect to the sterility of hybrids; for instance, the unequal fertility of hybrids produced from reciprocal crosses; or the increased sterility in those hybrids which occasionally and exceptionally resemble closely eithM
er pure parent. Nor do I pretend that the foregoing remarks go to the root of the matter: no explanation is offered why an organism, when placed under unnatural conditions, is rendered sterile. All that I have attempted to show is, that in two cases, in some respects allied, sterility is the common result
in the one case from the conditions of life having been disturbed, in the other case from the organisation having been disturbed by two organisations being compounded into one.
A similar parallelism holds gooM
d with an allied yet very different class of facts. It is an old and almost universal belief, founded on a considerable body of evidence, which I have elsewhere given, that slight changes in the conditions of life are beneficial to all living things. We see this acted on by farmers and gardeners in their frequent exchanges of seed, tubers, &c., from one soil or climate to another, and back again. During the convalescence of animals, great benefit is derived from almost any change in their habits of life. Again, botM
h with plants and animals, there is the clearest evidence that a cross between individuals of the same species, which differ to a certain extent, gives vigour and fertility to the offspring; and that close interbreeding continued during several generations between the nearest relations, if these be kept under the same conditions of life, almost always leads to decreased size, weakness, or sterility.
Hence it seems that, on the one hand, slight changes in the conditions of life benefit all organic beings, and on M
the other hand, that slight crosses, that is, crosses between the males and females of the same species, which have been subjected to slightly different conditions, or which have slightly varied, give vigour and fertility to the offspring. But, as we have seen, organic beings long habituated to certain uniform conditions under a state of nature, when subjected, as under confinement, to a considerable change in their conditions, very frequently are rendered more or less sterile; and we know that a cross between two M
forms that have become widely or specifically different, produce hybrids which are almost always in some degree sterile. I am fully persuaded that this double parallelism is by no means an accident or an illusion. He who is able to explain why the elephant, and a multitude of other animals, are incapable of breeding when kept under only partial confinement in their native country, will be able to explain the primary cause of hybrids being so generally sterile. He will at the same time be able to explain how it is tM
hat the races of some of our domesticated animals, which have often been subjected to new and not uniform conditions, are quite fertile together, although they are descended from distinct species, which would probably have been sterile if aboriginally crossed. The above two parallel series of facts seem to be connected together by some common but unknown bond, which is essentially related to the principle of life; this principle, according to Mr. Herbert Spencer, being that life depends on, or consists in, the inceM
ssant action and reaction of various forces, which, as throughout nature, are always tending towards an equilibrium; and when this tendency is slightly disturbed by any change, the vital forces gain in power.
Reciprocal Dimorphism and Trimorphism.
This subject may be here briefly discussed, and will be found to throw some light on hybridism. Several plants belonging to distinct orders present two forms, which exist in about equal numbers and which differ in no respect except in their reproductive organs; one M
form having a long pistil with short stamens, the other a short pistil with long stamens; the two having differently sized pollen-grains. With trimorphic plants there are three forms likewise differing in the lengths of their pistils and stamens, in the size and colour of the pollen-grains, and in some other respects; and as in each of the three forms there are two sets of stamens, the three forms possess altogether six sets of stamens and three kinds of pistils. These organs are so proportioned in length to each oM
ther, that half the stamens in two of the forms stand on a level with the stigma of the third form. Now I have shown, and the result has been confirmed by other observers, that in order to obtain full fertility with these plants, it is necessary that the stigma of the one form should be fertilised by pollen taken from the stamens of corresponding height in another form. So that with dimorphic species two unions, which may be called legitimate, are fully fertile; and two, which may be called illegitimate, are more oM
r less infertile. With trimorphic species six unions are legitimate, or fully fertile, and twelve are illegitimate, or more or less infertile.
The infertility which may be observed in various dimorphic and trimorphic plants, when they are illegitimately fertilised, that is by pollen taken from stamens not corresponding in height with the pistil, differs much in degree, up to absolute and utter sterility; just in the same manner as occurs in crossing distinct species. As the degree of sterility in the latter caseM
 depends in an eminent degree on the conditions of life being more or less favourable, so I have found it with illegitimate unions. It is well known that if pollen of a distinct species be placed on the stigma of a flower, and its own pollen be afterwards, even after a considerable interval of time, placed on the same stigma, its action is so strongly prepotent that it generally annihilates the effect of the foreign pollen; so it is with the pollen of the several forms of the same species, for legitimate pollen is M
strongly prepotent over illegitimate pollen, when both are placed on the same stigma. I ascertained this by fertilising several flowers, first illegitimately, and twenty-four hours afterwards legitimately, with pollen taken from a peculiarly coloured variety, and all the seedlings were similarly coloured; this shows that the legitimate pollen, though applied twenty-four hours subsequently, had wholly destroyed or prevented the action of the previously applied illegitimate pollen. Again, as in making reciprocal crosM
ses between the same two species, there is occasionally a great difference in the result, so the same thing occurs with trimorphic plants; for instance, the mid-styled form of Lythrum salicaria was illegitimately fertilised with the greatest ease by pollen from the longer stamens of the short-styled form, and yielded many seeds; but the latter form did not yield a single seed when fertilised by the longer stamens of the mid-styled form.
In all these respects, and in others which might be added, the forms of the M
same undoubted species, when illegitimately united, behave in exactly the same manner as do two distinct species when crossed. This led me carefully to observe during four years many seedlings, raised from several illegitimate unions. The chief result is that these illegitimate plants, as they may be called, are not fully fertile. It is possible to raise from dimorphic species, both long-styled and short-styled illegitimate plants, and from trimorphic plants all three illegitimate forms. These can then be properly M
united in a legitimate manner. When this is done, there is no apparent reason why they should not yield as many seeds as did their parents when legitimately fertilised. But such is not the case. They are all infertile, in various degrees; some being so utterly and incurably sterile that they did not yield during four seasons a single seed or even seed-capsule. The sterility of these illegitimate plants, when united with each other in a legitimate manner, may be strictly compared with that of hybrids when crossed inM
ter se. If, on the other hand, a hybrid is crossed with either pure parent-species, the sterility is usually much lessened: and so it is when an illegitimate plant is fertilised by a legitimate plant. In the same manner as the sterility of hybrids does not always run parallel with the difficulty of making the first cross between the two parent-species, so that sterility of certain illegitimate plants was unusually great, while the sterility of the union from which they were derived was by no means great. With hybriM
ds raised from the same seed-capsule the degree of sterility is innately variable, so it is in a marked manner with illegitimate plants. Lastly, many hybrids are profuse and persistent flowerers, while other and more sterile hybrids produce few flowers, and are weak, miserable dwarfs; exactly similar cases occur with the illegitimate offspring of various dimorphic and trimorphic plants.
Altogether there is the closest identity in character and behaviour between illegitimate plants and hybrids. It is hardly an exM
aggeration to maintain that illegitimate plants are hybrids, produced within the limits of the same species by the improper union of certain forms, while ordinary hybrids are produced from an improper union between so-called distinct species. We have also already seen that there is the closest similarity in all respects between first illegitimate unions and first crosses between distinct species. This will perhaps be made more fully apparent by an illustration; we may suppose that a botanist found two well-marked vM
arieties (and such occur) of the long-styled form of the trimorphic Lythrum salicaria, and that he determined to try by crossing whether they were specifically distinct. He would find that they yielded only about one-fifth of the proper number of seed, and that they behaved in all the other above specified respects as if they had been two distinct species. But to make the case sure, he would raise plants from his supposed hybridised seed, and he would find that the seedlings were miserably dwarfed and utterly steriM
le, and that they behaved in all other respects like ordinary hybrids. He might then maintain that he had actually proved, in accordance with the common view, that his two varieties were as good and as distinct species as any in the world; but he would be completely mistaken.
The facts now given on dimorphic and trimorphic plants are important, because they show us, first, that the physiological test of lessened fertility, both in first crosses and in hybrids, is no safe criterion of specific distinction; secondM
ly, because we may conclude that there is some unknown bond which connects the infertility of illegitimate unions with that of their illegitimate offspring, and we are led to extend the same view to first crosses and hybrids; thirdly, because we find, and this seems to me of especial importance, that two or three forms of the same species may exist and may differ in no respect whatever, either in structure or in constitution, relatively to external conditions, and yet be sterile when united in certain ways. For we M
must remember that it is the union of the sexual elements of individuals of the same form, for instance, of two long-styled forms, which results in sterility; while it is the union of the sexual elements proper to two distinct forms which is fertile. Hence the case appears at first sight exactly the reverse of what occurs, in the ordinary unions of the individuals of the same species and with crosses between distinct species. It is, however, doubtful whether this is really so; but I will not enlarge on this obscureM
We may, however, infer as probable from the consideration of dimorphic and trimorphic plants, that the sterility of distinct species when crossed and of their hybrid progeny, depends exclusively on the nature of their sexual elements, and not on any difference in their structure or general constitution. We are also led to this same conclusion by considering reciprocal crosses, in which the male of one species cannot be united, or can be united with great difficulty, with the female of a second species,M
 while the converse cross can be effected with perfect facility. That excellent observer, G
rtner, likewise concluded that species when crossed are sterile owing to differences confined to their reproductive systems.
Fertility of Varieties when Crossed, and of their Mongrel Offspring, not universal.
It may be urged as an overwhelming argument that there must be some essential distinction between species and varieties inasmuch as the latter, however much they may differ from each other in external appearance,M
 cross with perfect facility, and yield perfectly fertile offspring. With some exceptions, presently to be given, I fully admit that this is the rule. But the subject is surrounded by difficulties, for, looking to varieties produced under nature, if two forms hitherto reputed to be varieties be found in any degree sterile together, they are at once ranked by most naturalists as species. For instance, the blue and red pimpernel, which are considered by most botanists as varieties, are said by G
rtner to be quite stM
erile when crossed, and he consequently ranks them as undoubted species. If we thus argue in a circle, the fertility of all varieties produced under nature will assuredly have to be granted.
If we turn to varieties, produced, or supposed to have been produced, under domestication, we are still involved in some doubt. For when it is stated, for instance, that certain South American indigenous domestic dogs do not readily unite with European dogs, the explanation which will occur to everyone, and probably the trueM
 one, is that they are descended from aboriginally distinct species. Nevertheless the perfect fertility of so many domestic races, differing widely from each other in appearance, for instance, those of the pigeon, or of the cabbage, is a remarkable fact; more especially when we reflect how many species there are, which, though resembling each other most closely, are utterly sterile when intercrossed. Several considerations, however, render the fertility of domestic varieties less remarkable. In the first place, it M
may be observed that the amount of external difference between two species is no sure guide to their degree of mutual sterility, so that similar differences in the case of varieties would be no sure guide. It is certain that with species the cause lies exclusively in differences in their sexual constitution. Now the varying conditions to which domesticated animals and cultivated plants have been subjected, have had so little tendency towards modifying the reproductive system in a manner leading to mutual sterility,M
 that we have good grounds for admitting the directly opposite doctrine of Pallas, namely, that such conditions generally eliminate this tendency; so that the domesticated descendants of species, which in their natural state probably would have been in some degree sterile when crossed, become perfectly fertile together. With plants, so far is cultivation from giving a tendency towards sterility between distinct species, that in several well-authenticated cases already alluded to, certain plants have been affected iM
n an opposite manner, for they have become self-impotent, while still retaining the capacity of fertilising, and being fertilised by, other species. If the Pallasian doctrine of the elimination of sterility through long-continued domestication be admitted, and it can hardly be rejected, it becomes in the highest degree improbable that similar conditions long-continued should likewise induce this tendency; though in certain cases, with species having a peculiar constitution, sterility might occasionally be thus causM
ed. Thus, as I believe, we can understand why, with domesticated animals, varieties have not been produced which are mutually sterile; and why with plants only a few such cases, immediately to be given, have been observed.
The real difficulty in our present subject is not, as it appears to me, why domestic varieties have not become mutually infertile when crossed, but why this has so generally occurred with natural varieties, as soon as they have been permanently modified in a sufficient degree to take rank as sM
pecies. We are far from precisely knowing the cause; nor is this surprising, seeing how profoundly ignorant we are in regard to the normal and abnormal action of the reproductive system. But we can see that species, owing to their struggle for existence with numerous competitors, will have been exposed during long periods of time to more uniform conditions, than have domestic varieties; and this may well make a wide difference in the result. For we know how commonly wild animals and plants, when taken from their naM
tural conditions and subjected to captivity, are rendered sterile; and the reproductive functions of organic beings which have always lived under natural conditions would probably in like manner be eminently sensitive to the influence of an unnatural cross. Domesticated productions, on the other hand, which, as shown by the mere fact of their domestication, were not originally highly sensitive to changes in their conditions of life, and which can now generally resist with undiminished fertility repeated changes of M
conditions, might be expected to produce varieties, which would be little liable to have their reproductive powers injuriously affected by the act of crossing with other varieties which had originated in a like manner.
I have as yet spoken as if the varieties of the same species were invariably fertile when intercrossed. But it is impossible to resist the evidence of the existence of a certain amount of sterility in the few following cases, which I will briefly abstract. The evidence is at least as good as that M
from which we believe in the sterility of a multitude of species. The evidence is also derived from hostile witnesses, who in all other cases consider fertility and sterility as safe criterions of specific distinction. G
rtner kept, during several years, a dwarf kind of maize with yellow seeds, and a tall variety with red seeds growing near each other in his garden; and although these plants have separated sexes, they never naturally crossed. He then fertilised thirteen flowers of the one kind with pollen of the oM
ther; but only a single head produced any seed, and this one head produced only five grains. Manipulation in this case could not have been injurious, as the plants have separated sexes. No one, I believe, has suspected that these varieties of maize are distinct species; and it is important to notice that the hybrid plants thus raised were themselves perfectly fertile; so that even G
rtner did not venture to consider the two varieties as specifically distinct.
Girou de Buzareingues crossed three varieties of gouM
rd, which like the maize has separated sexes, and he asserts that their mutual fertilisation is by so much the less easy as their differences are greater. How far these experiments may be trusted, I know not; but the forms experimented on are ranked by Sagaret, who mainly founds his classification by the test of infertility, as varieties, and Naudin has come to the same conclusion.
The following case is far more remarkable, and seems at first incredible; but it is the result of an astonishing number of experimenM
ts made during many years on nine species of Verbascum, by so good an observer and so hostile a witness as G
rtner: namely, that the yellow and white varieties when crossed produce less seed than the similarly coloured varieties of the same species. Moreover, he asserts that, when yellow and white varieties of one species are crossed with yellow and white varieties of a distinct species, more seed is produced by the crosses between the similarly coloured flowers, than between those which are differently coloured. M
Mr. Scott also has experimented on the species and varieties of Verbascum; and although unable to confirm G
s results on the crossing of the distinct species, he finds that the dissimilarly coloured varieties of the same species yield fewer seeds, in the proportion of eighty-six to 100, than the similarly coloured varieties. Yet these varieties differ in no respect, except in the colour of their flowers; and one variety can sometimes be raised from the seed of another.
lreuter, whose accuracy has beeM
n confirmed by every subsequent observer, has proved the remarkable fact that one particular variety of the common tobacco was more fertile than the other varieties, when crossed with a widely distinct species. He experimented on five forms which are commonly reputed to be varieties, and which he tested by the severest trial, namely, by reciprocal crosses, and he found their mongrel offspring perfectly fertile. But one of these five varieties, when used either as the father or mother, and crossed with the NicotianaM
 glutinosa, always yielded hybrids not so sterile as those which were produced from the four other varieties when crossed with N. glutinosa. Hence the reproductive system of this one variety must have been in some manner and in some degree modified.
From these facts it can no longer be maintained that varieties when crossed are invariably quite fertile. From the great difficulty of ascertaining the infertility of varieties in a state of nature, for a supposed variety, if proved to be infertile in any degree, wouM
ld almost universally be ranked as a species; from man attending only to external characters in his domestic varieties, and from such varieties not having been exposed for very long periods to uniform conditions of life; from these several considerations we may conclude that fertility does not constitute a fundamental distinction between varieties and species when crossed. The general sterility of crossed species may safely be looked at, not as a special acquirement or endowment, but as incidental on changes of an M
unknown nature in their sexual elements.
Hybrids and Mongrels compared, independently of their fertility.
Independently of the question of fertility, the offspring of species and of varieties when crossed may be compared in several other respects. G
rtner, whose strong wish it was to draw a distinct line between species and varieties, could find very few, and, as it seems to me, quite unimportant differences between the so-called hybrid offspring of species, and the so-called mongrel offspring of varieties. M
And, on the other hand, they agree most closely in many important respects.
I shall here discuss this subject with extreme brevity. The most important distinction is, that in the first generation mongrels are more variable than hybrids; but G
rtner admits that hybrids from species which have long been cultivated are often variable in the first generation; and I have myself seen striking instances of this fact. G
rtner further admits that hybrids between very closely allied species are more variable than those M
from very distinct species; and this shows that the difference in the degree of variability graduates away. When mongrels and the more fertile hybrids are propagated for several generations, an extreme amount of variability in the offspring in both cases is notorious; but some few instances of both hybrids and mongrels long retaining a uniform character could be given. The variability, however, in the successive generations of mongrels is, perhaps, greater than in hybrids.
This greater variability in mongrels thM
an in hybrids does not seem at all surprising. For the parents of mongrels are varieties, and mostly domestic varieties (very few experiments having been tried on natural varieties), and this implies that there has been recent variability; which would often continue and would augment that arising from the act of crossing. The slight variability of hybrids in the first generation, in contrast with that in the succeeding generations, is a curious fact and deserves attention. For it bears on the view which I have takeM
n of one of the causes of ordinary variability; namely, that the reproductive system, from being eminently sensitive to changed conditions of life, fails under these circumstances to perform its proper function of producing offspring closely similar in all respects to the parent-form. Now, hybrids in the first generation are descended from species (excluding those long cultivated) which have not had their reproductive systems in any way affected, and they are not variable; but hybrids themselves have their reproducM
tive systems seriously affected, and their descendants are highly variable.
But to return to our comparison of mongrels and hybrids: G
rtner states that mongrels are more liable than hybrids to revert to either parent form; but this, if it be true, is certainly only a difference in degree. Moreover, G
rtner expressly states that the hybrids from long cultivated plants are more subject to reversion than hybrids from species in their natural state; and this probably explains the singular difference in the resultM
s arrived at by different observers. Thus Max Wichura doubts whether hybrids ever revert to their parent forms, and he experimented on uncultivated species of willows, while Naudin, on the other hand, insists in the strongest terms on the almost universal tendency to reversion in hybrids, and he experimented chiefly on cultivated plants. G
rtner further states that when any two species, although most closely allied to each other, are crossed with a third species, the hybrids are widely different from each other; wM
hereas if two very distinct varieties of one species are crossed with another species, the hybrids do not differ much. But this conclusion, as far as I can make out, is founded on a single experiment; and seems directly opposed to the results of several experiments made by K
Such alone are the unimportant differences which G
rtner is able to point out between hybrid and mongrel plants. On the other hand, the degrees and kinds of resemblance in mongrels and in hybrids to their respective parents, more M
especially in hybrids produced from nearly related species, follow, according to G
rtner the same laws. When two species are crossed, one has sometimes a prepotent power of impressing its likeness on the hybrid. So I believe it to be with varieties of plants; and with animals, one variety certainly often has this prepotent power over another variety. Hybrid plants produced from a reciprocal cross generally resemble each other closely, and so it is with mongrel plants from a reciprocal cross. Both hybrids and mongrM
els can be reduced to either pure parent form, by repeated crosses in successive generations with either parent.
These several remarks are apparently applicable to animals; but the subject is here much complicated, partly owing to the existence of secondary sexual characters; but more especially owing to prepotency in transmitting likeness running more strongly in one sex than in the other, both when one species is crossed with another and when one variety is crossed with another variety. For instance, I think tM
hose authors are right who maintain that the ass has a prepotent power over the horse, so that both the mule and the hinny resemble more closely the ass than the horse; but that the prepotency runs more strongly in the male than in the female ass, so that the mule, which is an offspring of the male ass and mare, is more like an ass than is the hinny, which is the offspring of the female-ass and stallion.
Much stress has been laid by some authors on the supposed fact, that it is only with mongrels that the offsprM
ing are not intermediate in character, but closely resemble one of their parents; but this does sometimes occur with hybrids, yet I grant much less frequently than with mongrels. Looking to the cases which I have collected of cross-bred animals closely resembling one parent, the resemblances seem chiefly confined to characters almost monstrous in their nature, and which have suddenly appeared
such as albinism, melanism, deficiency of tail or horns, or additional fingers and toes; and do not relate to characters wM
hich have been slowly acquired through selection. A tendency to sudden reversions to the perfect character of either parent would, also, be much more likely to occur with mongrels, which are descended from varieties often suddenly produced and semi-monstrous in character, than with hybrids, which are descended from species slowly and naturally produced. On the whole, I entirely agree with Dr. Prosper Lucas, who, after arranging an enormous body of facts with respect to animals, comes to the conclusion that the lawsM
 of resemblance of the child to its parents are the same, whether the two parents differ little or much from each other, namely, in the union of individuals of the same variety, or of different varieties, or of distinct species.
Independently of the question of fertility and sterility, in all other respects there seems to be a general and close similarity in the offspring of crossed species, and of crossed varieties. If we look at species as having been specially created, and at varieties as having been producedM
 by secondary laws, this similarity would be an astonishing fact. But it harmonises perfectly with the view that there is no essential distinction between species and varieties.
First crosses between forms, sufficiently distinct to be ranked as species, and their hybrids, are very generally, but not universally, sterile. The sterility is of all degrees, and is often so slight that the most careful experimentalists have arrived at diametrically opposite conclusions in ranking forms by this M
test. The sterility is innately variable in individuals of the same species, and is eminently susceptible to action of favourable and unfavourable conditions. The degree of sterility does not strictly follow systematic affinity, but is governed by several curious and complex laws. It is generally different, and sometimes widely different in reciprocal crosses between the same two species. It is not always equal in degree in a first cross and in the hybrids produced from this cross.
In the same manner as in graftM
ing trees, the capacity in one species or variety to take on another, is incidental on differences, generally of an unknown nature, in their vegetative systems, so in crossing, the greater or less facility of one species to unite with another is incidental on unknown differences in their reproductive systems. There is no more reason to think that species have been specially endowed with various degrees of sterility to prevent their crossing and blending in nature, than to think that trees have been specially endoweM
d with various and somewhat analogous degrees of difficulty in being grafted together in order to prevent their inarching in our forests.
The sterility of first crosses and of their hybrid progeny has not been acquired through natural selection. In the case of first crosses it seems to depend on several circumstances; in some instances in chief part on the early death of the embryo. In the case of hybrids, it apparently depends on their whole organisation having been disturbed by being compounded from two distinM
ct forms; the sterility being closely allied to that which so frequently affects pure species, when exposed to new and unnatural conditions of life. He who will explain these latter cases will be able to explain the sterility of hybrids. This view is strongly supported by a parallelism of another kind: namely, that, firstly, slight changes in the conditions of life add to the vigour and fertility of all organic beings; and secondly, that the crossing of forms, which have been exposed to slightly different conditionM
s of life, or which have varied, favours the size, vigour and fertility of their offspring. The facts given on the sterility of the illegitimate unions of dimorphic and trimorphic plants and of their illegitimate progeny, perhaps render it probable that some unknown bond in all cases connects the degree of fertility of first unions with that of their offspring. The consideration of these facts on dimorphism, as well as of the results of reciprocal crosses, clearly leads to the conclusion that the primary cause of tM
he sterility of crossed species is confined to differences in their sexual elements. But why, in the case of distinct species, the sexual elements should so generally have become more or less modified, leading to their mutual infertility, we do not know; but it seems to stand in some close relation to species having been exposed for long periods of time to nearly uniform conditions of life.
It is not surprising that the difficulty in crossing any two species, and the sterility of their hybrid offspring, should iM
n most cases correspond, even if due to distinct causes: for both depend on the amount of difference between the species which are crossed. Nor is it surprising that the facility of effecting a first cross, and the fertility of the hybrids thus produced, and the capacity of being grafted together
though this latter capacity evidently depends on widely different circumstances
should all run, to a certain extent, parallel with the systematic affinity of the forms subjected to experiment; for systematic affinity iM
ncludes resemblances of all kinds.
First crosses between forms known to be varieties, or sufficiently alike to be considered as varieties, and their mongrel offspring, are very generally, but not, as is so often stated, invariably fertile. Nor is this almost universal and perfect fertility surprising, when it is remembered how liable we are to argue in a circle with respect to varieties in a state of nature; and when we remember that the greater number of varieties have been produced under domestication by the sM
election of mere external differences, and that they have not been long exposed to uniform conditions of life. It should also be especially kept in mind, that long-continued domestication tends to eliminate sterility, and is therefore little likely to induce this same quality. Independently of the question of fertility, in all other respects there is the closest general resemblance between hybrids and mongrels, in their variability, in their power of absorbing each other by repeated crosses, and in their inheritancM
e of characters from both parent-forms. Finally, then, although we are as ignorant of the precise cause of the sterility of first crosses and of hybrids as we are why animals and plants removed from their natural conditions become sterile, yet the facts given in this chapter do not seem to me opposed to the belief that species aboriginally existed as varieties.
ON THE IMPERFECTION OF THE GEOLOGICAL RECORD.
On the absence of intermediate varieties at the present day
On the nature of extinct inM
termediate varieties; on their number
On the lapse of time, as inferred from the rate of denudation and of deposition number
On the lapse of time as estimated by years
On the poorness of our pal
ontological collections
On the intermittence of geological formations
On the denudation of granitic areas
On the absence of intermediate varieties in any one formation
On the sudden appearance of groups of species
On their sudden appearance in the lowest known fossiliferous strata
Antiquity of the habitabM
In the sixth chapter I enumerated the chief objections which might be justly urged against the views maintained in this volume. Most of them have now been discussed. One, namely, the distinctness of specific forms and their not being blended together by innumerable transitional links, is a very obvious difficulty. I assigned reasons why such links do not commonly occur at the present day under the circumstances apparently most favourable for their presence, namely, on an extensive and continuous area wM
ith graduated physical conditions. I endeavoured to show, that the life of each species depends in a more important manner on the presence of other already defined organic forms, than on climate, and, therefore, that the really governing conditions of life do not graduate away quite insensibly like heat or moisture. I endeavoured, also, to show that intermediate varieties, from existing in lesser numbers than the forms which they connect, will generally be beaten out and exterminated during the course of further moM
dification and improvement. The main cause, however, of innumerable intermediate links not now occurring everywhere throughout nature depends, on the very process of natural selection, through which new varieties continually take the places of and supplant their parent-forms. But just in proportion as this process of extermination has acted on an enormous scale, so must the number of intermediate varieties, which have formerly existed, be truly enormous. Why then is not every geological formation and every stratum M
full of such intermediate links? Geology assuredly does not reveal any such finely graduated organic chain; and this, perhaps, is the most obvious and serious objection which can be urged against my theory. The explanation lies, as I believe, in the extreme imperfection of the geological record.
In the first place, it should always be borne in mind what sort of intermediate forms must, on the theory, have formerly existed. I have found it difficult, when looking at any two species, to avoid picturing to myself fM
orms directly intermediate between them. But this is a wholly false view; we should always look for forms intermediate between each species and a common but unknown progenitor; and the progenitor will generally have differed in some respects from all its modified descendants. To give a simple illustration: the fantail and pouter pigeons are both descended from the rock-pigeon; if we possessed all the intermediate varieties which have ever existed, we should have an extremely close series between both and the rock-pM
igeon; but we should have no varieties directly intermediate between the fantail and pouter; none, for instance, combining a tail somewhat expanded with a crop somewhat enlarged, the characteristic features of these two breeds. These two breeds, moreover, have become so much modified, that, if we had no historical or indirect evidence regarding their origin, it would not have been possible to have determined from a mere comparison of their structure with that of the rock-pigeon, C. livia, whether they had descendedM
 from this species or from some other allied species, such as C. oenas.
So with natural species, if we look to forms very distinct, for instance to the horse and tapir, we have no reason to suppose that links directly intermediate between them ever existed, but between each and an unknown common parent. The common parent will have had in its whole organisation much general resemblance to the tapir and to the horse; but in some points of structure may have differed considerably from both, even perhaps more than tM
hey differ from each other. Hence, in all such cases, we should be unable to recognise the parent-form of any two or more species, even if we closely compared the structure of the parent with that of its modified descendants, unless at the same time we had a nearly perfect chain of the intermediate links.
It is just possible, by the theory, that one of two living forms might have descended from the other; for instance, a horse from a tapir; and in this case direct intermediate links will have existed between theM
m. But such a case would imply that one form had remained for a very long period unaltered, whilst its descendants had undergone a vast amount of change; and the principle of competition between organism and organism, between child and parent, will render this a very rare event; for in all cases the new and improved forms of life tend to supplant the old and unimproved forms.
By the theory of natural selection all living species have been connected with the parent-species of each genus, by differences not greateM
r than we see between the natural and domestic varieties of the same species at the present day; and these parent-species, now generally extinct, have in their turn been similarly connected with more ancient forms; and so on backwards, always converging to the common ancestor of each great class. So that the number of intermediate and transitional links, between all living and extinct species, must have been inconceivably great. But assuredly, if this theory be true, such have lived upon the earth.
of Time, as inferred from the rate of deposition and extent of Denudation.
Independently of our not finding fossil remains of such infinitely numerous connecting links, it may be objected that time cannot have sufficed for so great an amount of organic change, all changes having been effected slowly. It is hardly possible for me to recall to the reader who is not a practical geologist, the facts leading the mind feebly to comprehend the lapse of time. He who can read Sir Charles Lyell
s grand work on the PrincM
iples of Geology, which the future historian will recognise as having produced a revolution in natural science, and yet does not admit how vast have been the past periods of time, may at once close this volume. Not that it suffices to study the Principles of Geology, or to read special treatises by different observers on separate formations, and to mark how each author attempts to give an inadequate idea of the duration of each formation, or even of each stratum. We can best gain some idea of past time by knowing tM
he agencies at work; and learning how deeply the surface of the land has been denuded, and how much sediment has been deposited. As Lyell has well remarked, the extent and thickness of our sedimentary formations are the result and the measure of the denudation which the earth
s crust has elsewhere undergone. Therefore a man should examine for himself the great piles of superimposed strata, and watch the rivulets bringing down mud, and the waves wearing away the sea-cliffs, in order to comprehend something about tM
he duration of past time, the monuments of which we see all around us.
It is good to wander along the coast, when formed of moderately hard rocks, and mark the process of degradation. The tides in most cases reach the cliffs only for a short time twice a day, and the waves eat into them only when they are charged with sand or pebbles; for there is good evidence that pure water effects nothing in wearing away rock. At last the base of the cliff is undermined, huge fragments fall down, and these remaining fixed, hM
ave to be worn away atom by atom, until after being reduced in size they can be rolled about by the waves, and then they are more quickly ground into pebbles, sand, or mud. But how often do we see along the bases of retreating cliffs rounded boulders, all thickly clothed by marine productions, showing how little they are abraded and how seldom they are rolled about! Moreover, if we follow for a few miles any line of rocky cliff, which is undergoing degradation, we find that it is only here and there, along a short M
length or round a promontory, that the cliffs are at the present time suffering. The appearance of the surface and the vegetation show that elsewhere years have elapsed since the waters washed their base.
We have, however, recently learned from the observations of Ramsay, in the van of many excellent observers
of Jukes, Geikie, Croll and others, that suba
rial degradation is a much more important agency than coast-action, or the power of the waves. The whole surface of the land is exposed to the chemical actiM
on of the air and of the rainwater, with its dissolved carbonic acid, and in colder countries to frost; the disintegrated matter is carried down even gentle slopes during heavy rain, and to a greater extent than might be supposed, especially in arid districts, by the wind; it is then transported by the streams and rivers, which, when rapid deepen their channels, and triturate the fragments. On a rainy day, even in a gently undulating country, we see the effects of suba
rial degradation in the muddy rills which floM
w down every slope. Messrs. Ramsay and Whitaker have shown, and the observation is a most striking one, that the great lines of escarpment in the Wealden district and those ranging across England, which formerly were looked at as ancient sea-coasts, cannot have been thus formed, for each line is composed of one and the same formation, while our sea-cliffs are everywhere formed by the intersection of various formations. This being the case, we are compelled to admit that the escarpments owe their origin in chief parM
t to the rocks of which they are composed, having resisted suba
rial denudation better than the surrounding surface; this surface consequently has been gradually lowered, with the lines of harder rock left projecting. Nothing impresses the mind with the vast duration of time, according to our ideas of time, more forcibly than the conviction thus gained that suba
rial agencies, which apparently have so little power, and which seem to work so slowly, have produced great results.
When thus impressed with the slowM
 rate at which the land is worn away through suba
rial and littoral action, it is good, in order to appreciate the past duration of time, to consider, on the one hand, the masses of rock which have been removed over many extensive areas, and on the other hand the thickness of our sedimentary formations. I remember having been much struck when viewing volcanic islands, which have been worn by the waves and pared all round into perpendicular cliffs of one or two thousand feet in height; for the gentle slope of the lM
ava-streams, due to their formerly liquid state, showed at a glance how far the hard, rocky beds had once extended into the open ocean. The same story is told still more plainly by faults
those great cracks along which the strata have been upheaved on one side, or thrown down on the other, to the height or depth of thousands of feet; for since the crust cracked, and it makes no great difference whether the upheaval was sudden, or, as most geologists now believe, was slow and effected by many starts, the surface oM
f the land has been so completely planed down that no trace of these vast dislocations is externally visible. The Craven fault, for instance, extends for upward of thirty miles, and along this line the vertical displacement of the strata varies from 600 to 3,000 feet. Professor Ramsay has published an account of a downthrow in Anglesea of 2,300 feet; and he informs me that he fully believes that there is one in Merionethshire of 12,000 feet; yet in these cases there is nothing on the surface of the land to show sucM
h prodigious movements; the pile of rocks on either side of the crack having been smoothly swept away.
On the other hand, in all parts of the world the piles of sedimentary strata are of wonderful thickness. In the Cordillera, I estimated one mass of conglomerate at ten thousand feet; and although conglomerates have probably been accumulated at a quicker rate than finer sediments, yet from being formed of worn and rounded pebbles, each of which bears the stamp of time, they are good to show how slowly the mass mM
ust have been heaped together. Professor Ramsay has given me the maximum thickness, from actual measurement in most cases, of the successive formations in different parts of Great Britain; and this is the result:
ozoic strata (not including igneous beds)	57,154.
Secondary strata	13,190.
Tertiary strata	2,240.
that is, very nearly thirteen and three-quarters British miles. Some of these formations, which are represented in England by thin beds, are thousands of feet in thickness on the ContiM
nent. Moreover, between each successive formation we have, in the opinion of most geologists, blank periods of enormous length. So that the lofty pile of sedimentary rocks in Britain gives but an inadequate idea of the time which has elapsed during their accumulation. The consideration of these various facts impresses the mind almost in the same manner as does the vain endeavour to grapple with the idea of eternity.
Nevertheless this impression is partly false. Mr. Croll, in an interesting paper, remarks that weM
in forming too great a conception of the length of geological periods,
 but in estimating them by years. When geologists look at large and complicated phenomena, and then at the figures representing several million years, the two produce a totally different effect on the mind, and the figures are at once pronounced too small. In regard to suba
rial denudation, Mr. Croll shows, by calculating the known amount of sediment annually brought down by certain rivers, relatively to their areas of drainageM
, that 1,000 feet of solid rock, as it became gradually disintegrated, would thus be removed from the mean level of the whole area in the course of six million years. This seems an astonishing result, and some considerations lead to the suspicion that it may be too large, but if halved or quartered it is still very surprising. Few of us, however, know what a million really means: Mr. Croll gives the following illustration: Take a narrow strip of paper, eighty-three feet four inches in length, and stretch it along tM
he wall of a large hall; then mark off at one end the tenth of an inch. This tenth of an inch will represent one hundred years, and the entire strip a million years. But let it be borne in mind, in relation to the subject of this work, what a hundred years implies, represented as it is by a measure utterly insignificant in a hall of the above dimensions. Several eminent breeders, during a single lifetime, have so largely modified some of the higher animals, which propagate their kind much more slowly than most of tM
he lower animals, that they have formed what well deserves to be called a new sub-breed. Few men have attended with due care to any one strain for more than half a century, so that a hundred years represents the work of two breeders in succession. It is not to be supposed that species in a state of nature ever change so quickly as domestic animals under the guidance of methodical selection. The comparison would be in every way fairer with the effects which follow from unconscious selection, that is, the preservatioM
n of the most useful or beautiful animals, with no intention of modifying the breed; but by this process of unconscious selection, various breeds have been sensibly changed in the course of two or three centuries.
Species, however, probably change much more slowly, and within the same country only a few change at the same time. This slowness follows from all the inhabitants of the same country being already so well adapted to each other, that new places in the polity of nature do not occur until after long interM
vals, due to the occurrence of physical changes of some kind, or through the immigration of new forms. Moreover, variations or individual differences of the right nature, by which some of the inhabitants might be better fitted to their new places under the altered circumstance, would not always occur at once. Unfortunately we have no means of determining, according to the standard of years, how long a period it takes to modify a species; but to the subject of time we must return.
On the Poorness of Pal
Now let us turn to our richest museums, and what a paltry display we behold! That our collections are imperfect is admitted by every one. The remark of that admirable pal
ontologist, Edward Forbes, should never be forgotten, namely, that very many fossil species are known and named from single and often broken specimens, or from a few specimens collected on some one spot. Only a small portion of the surface of the earth has been geologically explored, and no part with sufficient care, as the imM
portant discoveries made every year in Europe prove. No organism wholly soft can be preserved. Shells and bones decay and disappear when left on the bottom of the sea, where sediment is not accumulating. We probably take a quite erroneous view, when we assume that sediment is being deposited over nearly the whole bed of the sea, at a rate sufficiently quick to embed and preserve fossil remains. Throughout an enormously large proportion of the ocean, the bright blue tint of the water bespeaks its purity. The many caM
ses on record of a formation conformably covered, after an immense interval of time, by another and later formation, without the underlying bed having suffered in the interval any wear and tear, seem explicable only on the view of the bottom of the sea not rarely lying for ages in an unaltered condition. The remains which do become embedded, if in sand or gravel, will, when the beds are upraised, generally be dissolved by the percolation of rain water charged with carbonic acid. Some of the many kinds of animals whM
ich live on the beach between high and low water mark seem to be rarely preserved. For instance, the several species of the Chthamalin
 (a sub-family of sessile cirripedes) coat the rocks all over the world in infinite numbers: they are all strictly littoral, with the exception of a single Mediterranean species, which inhabits deep water and this has been found fossil in Sicily, whereas not one other species has hitherto been found in any tertiary formation: yet it is known that the genus Chthamalus existed duringM
 the Chalk period. Lastly, many great deposits, requiring a vast length of time for their accumulation, are entirely destitute of organic remains, without our being able to assign any reason: one of the most striking instances is that of the Flysch formation, which consists of shale and sandstone, several thousand, occasionally even six thousand feet in thickness, and extending for at least 300 miles from Vienna to Switzerland; and although this great mass has been most carefully searched, no fossils, except a few M
vegetable remains, have been found.
With respect to the terrestrial productions which lived during the Secondary and Pal
ozoic periods, it is superfluous to state that our evidence is fragmentary in an extreme degree. For instance, until recently not a land-shell was known belonging to either of these vast periods, with the exception of one species discovered by Sir C. Lyell and Dr. Dawson in the carboniferous strata of North America; but now land-shells have been found in the lias. In regard to mammiferous remM
ains, a glance at the historical table published in Lyell
s Manual, will bring home the truth, how accidental and rare is their preservation, far better than pages of detail. Nor is their rarity surprising, when we remember how large a proportion of the bones of tertiary mammals have been discovered either in caves or in lacustrine deposits; and that not a cave or true lacustrine bed is known belonging to the age of our secondary or pal
But the imperfection in the geological record largely rM
esults from another and more important cause than any of the foregoing; namely, from the several formations being separated from each other by wide intervals of time. This doctrine has been emphatically admitted by many geologists and pal
ontologists, who, like E. Forbes, entirely disbelieve in the change of species. When we see the formations tabulated in written works, or when we follow them in nature, it is difficult to avoid believing that they are closely consecutive. But we know, for instance, from Sir R. MuM
s great work on Russia, what wide gaps there are in that country between the superimposed formations; so it is in North America, and in many other parts of the world. The most skilful geologist, if his attention had been confined exclusively to these large territories, would never have suspected that during the periods which were blank and barren in his own country, great piles of sediment, charged with new and peculiar forms of life, had elsewhere been accumulated. And if, in every separate territory, haM
rdly any idea can be formed of the length of time which has elapsed between the consecutive formations, we may infer that this could nowhere be ascertained. The frequent and great changes in the mineralogical composition of consecutive formations, generally implying great changes in the geography of the surrounding lands, whence the sediment was derived, accord with the belief of vast intervals of time having elapsed between each formation.
We can, I think, see why the geological formations of each region are alM
most invariably intermittent; that is, have not followed each other in close sequence. Scarcely any fact struck me more when examining many hundred miles of the South American coasts, which have been upraised several hundred feet within the recent period, than the absence of any recent deposits sufficiently extensive to last for even a short geological period. Along the whole west coast, which is inhabited by a peculiar marine fauna, tertiary beds are so poorly developed that no record of several successive and pecM
uliar marine faunas will probably be preserved to a distant age. A little reflection will explain why, along the rising coast of the western side of South America, no extensive formations with recent or tertiary remains can anywhere be found, though the supply of sediment must for ages have been great, from the enormous degradation of the coast rocks and from the muddy streams entering the sea. The explanation, no doubt, is that the littoral and sub-littoral deposits are continually worn away, as soon as they are bM
rought up by the slow and gradual rising of the land within the grinding action of the coast-waves.
We may, I think, conclude that sediment must be accumulated in extremely thick, solid, or extensive masses, in order to withstand the incessant action of the waves, when first upraised and during subsequent oscillations of level, as well as the subsequent suba
rial degradation. Such thick and extensive accumulations of sediment may be formed in two ways; either in profound depths of the sea, in which case the botM
tom will not be inhabited by so many and such varied forms of life as the more shallow seas; and the mass when upraised will give an imperfect record of the organisms which existed in the neighbourhood during the period of its accumulation. Or sediment may be deposited to any thickness and extent over a shallow bottom, if it continue slowly to subside. In this latter case, as long as the rate of subsidence and supply of sediment nearly balance each other, the sea will remain shallow and favourable for many and variM
ed forms, and thus a rich fossiliferous formation, thick enough, when upraised, to resist a large amount of denudation, may be formed.
I am convinced that nearly all our ancient formations, which are throughout the greater part of their thickness rich in fossils, have thus been formed during subsidence. Since publishing my views on this subject in 1845, I have watched the progress of geology, and have been surprised to note how author after author, in treating of this or that great formation, has come to the conM
clusion that it was accumulated during subsidence. I may add, that the only ancient tertiary formation on the west coast of South America, which has been bulky enough to resist such degradation as it has as yet suffered, but which will hardly last to a distant geological age, was deposited during a downward oscillation of level, and thus gained considerable thickness.
All geological facts tell us plainly that each area has undergone numerous slow oscillations of level, and apparently these oscillations have affeM
cted wide spaces. Consequently, formations rich in fossils and sufficiently thick and extensive to resist subsequent degradation, will have been formed over wide spaces during periods of subsidence, but only where the supply of sediment was sufficient to keep the sea shallow and to embed and preserve the remains before they had time to decay. On the other hand, as long as the bed of the sea remained stationary, thick deposits cannot have been accumulated in the shallow parts, which are the most favourable to life. M
Still less can this have happened during the alternate periods of elevation; or, to speak more accurately, the beds which were then accumulated will generally have been destroyed by being upraised and brought within the limits of the coast-action.
These remarks apply chiefly to littoral and sublittoral deposits. In the case of an extensive and shallow sea, such as that within a large part of the Malay Archipelago, where the depth varies from thirty or forty to sixty fathoms, a widely extended formation might be M
formed during a period of elevation, and yet not suffer excessively from denudation during its slow upheaval; but the thickness of the formation could not be great, for owing to the elevatory movement it would be less than the depth in which it was formed; nor would the deposit be much consolidated, nor be capped by overlying formations, so that it would run a good chance of being worn away by atmospheric degradation and by the action of the sea during subsequent oscillations of level. It has, however, been suggestM
ed by Mr. Hopkins, that if one part of the area, after rising and before being denuded, subsided, the deposit formed during the rising movement, though not thick, might afterwards become protected by fresh accumulations, and thus be preserved for a long period.
Mr. Hopkins also expresses his belief that sedimentary beds of considerable horizontal extent have rarely been completely destroyed. But all geologists, excepting the few who believe that our present metamorphic schists and plutonic rocks once formed the M
primordial nucleus of the globe, will admit that these latter rocks have been stripped of their covering to an enormous extent. For it is scarcely possible that such rocks could have been solidified and crystallised while uncovered; but if the metamorphic action occurred at profound depths of the ocean, the former protecting mantle of rock may not have been very thick. Admitting then that gneiss, mica-schist, granite, diorite, &c., were once necessarily covered up, how can we account for the naked and extensive areM
as of such rocks in many parts of the world, except on the belief that they have subsequently been completely denuded of all overlying strata? That such extensive areas do exist cannot be doubted: the granitic region of Parime is described by Humboldt as being at least nineteen times as large as Switzerland. South of the Amazon, Boue colours an area composed of rocks of this nature as equal to that of Spain, France, Italy, part of Germany, and the British Islands, all conjoined. This region has not been carefully eM
xplored, but from the concurrent testimony of travellers, the granitic area is very large: thus Von Eschwege gives a detailed section of these rocks, stretching from Rio de Janeiro for 260 geographical miles inland in a straight line; and I travelled for 150 miles in another direction, and saw nothing but granitic rocks. Numerous specimens, collected along the whole coast, from near Rio de Janeiro to the mouth of the Plata, a distance of 1,100 geographical miles, were examined by me, and they all belonged to this cM
lass. Inland, along the whole northern bank of the Plata, I saw, besides modern tertiary beds, only one small patch of slightly metamorphosed rock, which alone could have formed a part of the original capping of the granitic series. Turning to a well-known region, namely, to the United States and Canada, as shown in Professor H.D. Rogers
 beautiful map, I have estimated the areas by cutting out and weighing the paper, and I find that the metamorphic (excluding the
) and granite rocks exceed,M
 in the proportion of 19 to 12.5, the whole of the newer Pal
ozoic formations. In many regions the metamorphic and granite rocks would be found much more widely extended than they appear to be, if all the sedimentary beds were removed which rest unconformably on them, and which could not have formed part of the original mantle under which they were crystallised. Hence, it is probable that in some parts of the world whole formations have been completely denuded, with not a wreck left behind.
One remark is here wM
orth a passing notice. During periods of elevation the area of the land and of the adjoining shoal parts of the sea will be increased and new stations will often be formed
all circumstances favourable, as previously explained, for the formation of new varieties and species; but during such periods there will generally be a blank in the geological record. On the other hand, during subsidence, the inhabited area and number of inhabitants will decrease (excepting on the shores of a continent when first broken up intM
o an archipelago), and consequently during subsidence, though there will be much extinction, few new varieties or species will be formed; and it is during these very periods of subsidence that the deposits which are richest in fossils have been accumulated.
On the Absence of Numerous Intermediate Varieties in any Single Formation.
From these several considerations it cannot be doubted that the geological record, viewed as a whole, is extremely imperfect; but if we confine our attention to any one formation, iM
t becomes much more difficult to understand why we do not therein find closely graduated varieties between the allied species which lived at its commencement and at its close. Several cases are on record of the same species presenting varieties in the upper and lower parts of the same formation. Thus Trautschold gives a number of instances with Ammonites, and Hilgendorf has described a most curious case of ten graduated forms of Planorbis multiformis in the successive beds of a fresh-water formation in Switzerland.M
 Although each formation has indisputably required a vast number of years for its deposition, several reasons can be given why each should not commonly include a graduated series of links between the species which lived at its commencement and close, but I cannot assign due proportional weight to the following considerations.
Although each formation may mark a very long lapse of years, each probably is short compared with the period requisite to change one species into another. I am aware that two pal
ts, whose opinions are worthy of much deference, namely Bronn and Woodward, have concluded that the average duration of each formation is twice or thrice as long as the average duration of specific forms. But insuperable difficulties, as it seems to me, prevent us from coming to any just conclusion on this head. When we see a species first appearing in the middle of any formation, it would be rash in the extreme to infer that it had not elsewhere previously existed. So again, when we find a species disappearing befM
ore the last layers have been deposited, it would be equally rash to suppose that it then became extinct. We forget how small the area of Europe is compared with the rest of the world; nor have the several stages of the same formation throughout Europe been correlated with perfect accuracy.
We may safely infer that with marine animals of all kinds there has been a large amount of migration due to climatal and other changes; and when we see a species first appearing in any formation, the probability is that it onM
ly then first immigrated into that area. It is well known, for instance, that several species appear somewhat earlier in the pal
ozoic beds of North America than in those of Europe; time having apparently been required for their migration from the American to the European seas. In examining the latest deposits, in various quarters of the world, it has everywhere been noted, that some few still existing species are common in the deposit, but have become extinct in the immediately surrounding sea; or, conversely, thM
at some are now abundant in the neighbouring sea, but are rare or absent in this particular deposit. It is an excellent lesson to reflect on the ascertained amount of migration of the inhabitants of Europe during the glacial epoch, which forms only a part of one whole geological period; and likewise to reflect on the changes of level, on the extreme change of climate, and on the great lapse of time, all included within this same glacial period. Yet it may be doubted whether, in any quarter of the world, sedimentaryM
 deposits, including fossil remains, have gone on accumulating within the same area during the whole of this period. It is not, for instance, probable that sediment was deposited during the whole of the glacial period near the mouth of the Mississippi, within that limit of depth at which marine animals can best flourish: for we know that great geographical changes occurred in other parts of America during this space of time. When such beds as were deposited in shallow water near the mouth of the Mississippi during M
some part of the glacial period shall have been upraised, organic remains will probably first appear and disappear at different levels, owing to the migrations of species and to geographical changes. And in the distant future, a geologist, examining these beds, would be tempted to conclude that the average duration of life of the embedded fossils had been less than that of the glacial period, instead of having been really far greater, that is, extending from before the glacial epoch to the present day.
to get a perfect gradation between two forms in the upper and lower parts of the same formation, the deposit must have gone on continuously accumulating during a long period, sufficient for the slow process of modification; hence, the deposit must be a very thick one; and the species undergoing change must have lived in the same district throughout the whole time. But we have seen that a thick formation, fossiliferous throughout its entire thickness, can accumulate only during a period of subsidence; and to keep thM
e depth approximately the same, which is necessary that the same marine species may live on the same space, the supply of sediment must nearly counterbalance the amount of subsidence. But this same movement of subsidence will tend to submerge the area whence the sediment is derived, and thus diminish the supply, whilst the downward movement continues. In fact, this nearly exact balancing between the supply of sediment and the amount of subsidence is probably a rare contingency; for it has been observed by more thanM
ontologist that very thick deposits are usually barren of organic remains, except near their upper or lower limits.
It would seem that each separate formation, like the whole pile of formations in any country, has generally been intermittent in its accumulation. When we see, as is so often the case, a formation composed of beds of widely different mineralogical composition, we may reasonably suspect that the process of deposition has been more or less interrupted. Nor will the closest inspection of a fM
ormation give us any idea of the length of time which its deposition may have consumed. Many instances could be given of beds, only a few feet in thickness, representing formations which are elsewhere thousands of feet in thickness, and which must have required an enormous period for their accumulation; yet no one ignorant of this fact would have even suspected the vast lapse of time represented by the thinner formation. Many cases could be given of the lower beds of a formation having been upraised, denuded, submeM
rged, and then re-covered by the upper beds of the same formation
facts, showing what wide, yet easily overlooked, intervals have occurred in its accumulation. In other cases we have the plainest evidence in great fossilised trees, still standing upright as they grew, of many long intervals of time and changes of level during the process of deposition, which would not have been suspected, had not the trees been preserved: thus Sir C. Lyell and Dr. Dawson found carboniferous beds 1,400 feet thick in Nova Scotia, wM
ith ancient root-bearing strata, one above the other, at no less than sixty-eight different levels. Hence, when the same species occurs at the bottom, middle, and top of a formation, the probability is that it has not lived on the same spot during the whole period of deposition, but has disappeared and reappeared, perhaps many times, during the same geological period. Consequently if it were to undergo a considerable amount of modification during the deposition of any one geological formation, a section would not iM
nclude all the fine intermediate gradations which must on our theory have existed, but abrupt, though perhaps slight, changes of form.
It is all-important to remember that naturalists have no golden rule by which to distinguish species and varieties; they grant some little variability to each species, but when they meet with a somewhat greater amount of difference between any two forms, they rank both as species, unless they are enabled to connect them together by the closest intermediate gradations; and this, fM
rom the reasons just assigned, we can seldom hope to effect in any one geological section. Supposing B and C to be two species, and a third, A, to be found in an older and underlying bed; even if A were strictly intermediate between B and C, it would simply be ranked as a third and distinct species, unless at the same time it could be closely connected by intermediate varieties with either one or both forms. Nor should it be forgotten, as before explained, that A might be the actual progenitor of B and C, and yet wM
ould not necessarily be strictly intermediate between them in all respects. So that we might obtain the parent-species and its several modified descendants from the lower and upper beds of the same formation, and unless we obtained numerous transitional gradations, we should not recognise their blood-relationship, and should consequently rank them as distinct species.
It is notorious on what excessively slight differences many pal
ontologists have founded their species; and they do this the more readily if the M
specimens come from different sub-stages of the same formation. Some experienced conchologists are now sinking many of the very fine species of D
Orbigny and others into the rank of varieties; and on this view we do find the kind of evidence of change which on the theory we ought to find. Look again at the later tertiary deposits, which include many shells believed by the majority of naturalists to be identical with existing species; but some excellent naturalists, as Agassiz and Pictet, maintain that all these tM
ertiary species are specifically distinct, though the distinction is admitted to be very slight; so that here, unless we believe that these eminent naturalists have been misled by their imaginations, and that these late tertiary species really present no difference whatever from their living representatives, or unless we admit, in opposition to the judgment of most naturalists, that these tertiary species are all truly distinct from the recent, we have evidence of the frequent occurrence of slight modifications of M
the kind required. If we look to rather wider intervals of time, namely, to distinct but consecutive stages of the same great formation, we find that the embedded fossils, though universally ranked as specifically different, yet are far more closely related to each other than are the species found in more widely separated formations; so that here again we have undoubted evidence of change in the direction required by the theory; but to this latter subject I shall return in the following chapter.
 plants that propagate rapidly and do not wander much, there is reason to suspect, as we have formerly seen, that their varieties are generally at first local; and that such local varieties do not spread widely and supplant their parent-form until they have been modified and perfected in some considerable degree. According to this view, the chance of discovering in a formation in any one country all the early stages of transition between any two forms, is small, for the successive changes are supposed to have been M
local or confined to some one spot. Most marine animals have a wide range; and we have seen that with plants it is those which have the widest range, that oftenest present varieties, so that, with shells and other marine animals, it is probable that those which had the widest range, far exceeding the limits of the known geological formations in Europe, have oftenest given rise, first to local varieties and ultimately to new species; and this again would greatly lessen the chance of our being able to trace the stageM
s of transition in any one geological formation.
It is a more important consideration, leading to the same result, as lately insisted on by Dr. Falconer, namely, that the period during which each species underwent modification, though long as measured by years, was probably short in comparison with that during which it remained without undergoing any change.
It should not be forgotten, that at the present day, with perfect specimens for examination, two forms can seldom be connected by intermediate varieties,M
 and thus proved to be the same species, until many specimens are collected from many places; and with fossil species this can rarely be done. We shall, perhaps, best perceive the improbability of our being enabled to connect species by numerous, fine, intermediate, fossil links, by asking ourselves whether, for instance, geologists at some future period will be able to prove that our different breeds of cattle, sheep, horses, and dogs are descended from a single stock or from several aboriginal stocks; or, again, M
whether certain sea-shells inhabiting the shores of North America, which are ranked by some conchologists as distinct species from their European representatives, and by other conchologists as only varieties, are really varieties, or are, as it is called, specifically distinct. This could be effected by the future geologist only by his discovering in a fossil state numerous intermediate gradations; and such success is improbable in the highest degree.
It has been asserted over and over again, by writers who beliM
eve in the immutability of species, that geology yields no linking forms. This assertion, as we shall see in the next chapter, is certainly erroneous. As Sir J. Lubbock has remarked,
Every species is a link between other allied forms.
 If we take a genus having a score of species, recent and extinct, and destroy four-fifths of them, no one doubts that the remainder will stand much more distinct from each other. If the extreme forms in the genus happen to have been thus destroyed, the genus itself will stand moM
re distinct from other allied genera. What geological research has not revealed, is the former existence of infinitely numerous gradations, as fine as existing varieties, connecting together nearly all existing and extinct species. But this ought not to be expected; yet this has been repeatedly advanced as a most serious objection against my views.
It may be worth while to sum up the foregoing remarks on the causes of the imperfection of the geological record under an imaginary illustration. The Malay ArchipelagM
o is about the size of Europe from the North Cape to the Mediterranean, and from Britain to Russia; and therefore equals all the geological formations which have been examined with any accuracy, excepting those of the United States of America. I fully agree with Mr. Godwin-Austen, that the present condition of the Malay Archipelago, with its numerous large islands separated by wide and shallow seas, probably represents the former state of Europe, while most of our formations were accumulating. The Malay ArchipelagoM
 is one of the richest regions in organic beings; yet if all the species were to be collected which have ever lived there, how imperfectly would they represent the natural history of the world!
But we have every reason to believe that the terrestrial productions of the archipelago would be preserved in an extremely imperfect manner in the formations which we suppose to be there accumulating. Not many of the strictly littoral animals, or of those which lived on naked submarine rocks, would be embedded; and those M
embedded in gravel or sand would not endure to a distant epoch. Wherever sediment did not accumulate on the bed of the sea, or where it did not accumulate at a sufficient rate to protect organic bodies from decay, no remains could be preserved.
Formations rich in fossils of many kinds, and of thickness sufficient to last to an age as distant in futurity as the secondary formations lie in the past, would generally be formed in the archipelago only during periods of subsidence. These periods of subsidence would beM
 separated from each other by immense intervals of time, during which the area would be either stationary or rising; whilst rising, the fossiliferous formations on the steeper shores would be destroyed, almost as soon as accumulated, by the incessant coast-action, as we now see on the shores of South America. Even throughout the extensive and shallow seas within the archipelago, sedimentary beds could hardly be accumulated of great thickness during the periods of elevation, or become capped and protected by subsequM
ent deposits, so as to have a good chance of enduring to a very distant future. During the periods of subsidence, there would probably be much extinction of life; during the periods of elevation, there would be much variation, but the geological record would then be less perfect.
It may be doubted whether the duration of any one great period of subsidence over the whole or part of the archipelago, together with a contemporaneous accumulation of sediment, would exceed the average duration of the same specific forM
ms; and these contingencies are indispensable for the preservation of all the transitional gradations between any two or more species. If such gradations were not all fully preserved, transitional varieties would merely appear as so many new, though closely allied species. It is also probable that each great period of subsidence would be interrupted by oscillations of level, and that slight climatical changes would intervene during such lengthy periods; and in these cases the inhabitants of the archipelago would miM
grate, and no closely consecutive record of their modifications could be preserved in any one formation.
Very many of the marine inhabitants of the archipelago now range thousands of miles beyond its confines; and analogy plainly leads to the belief that it would be chiefly these far-ranging species, though only some of them, which would oftenest produce new varieties; and the varieties would at first be local or confined to one place, but if possessed of any decided advantage, or when further modified and improM
ved, they would slowly spread and supplant their parent-forms. When such varieties returned to their ancient homes, as they would differ from their former state in a nearly uniform, though perhaps extremely slight degree, and as they would be found embedded in slightly different sub-stages of the same formation, they would, according to the principles followed by many pal
ontologists, be ranked as new and distinct species.
If then there be some degree of truth in these remarks, we have no right to expect to finM
d, in our geological formations, an infinite number of those fine transitional forms, which, on our theory, have connected all the past and present species of the same group into one long and branching chain of life. We ought only to look for a few links, and such assuredly we do find
some more distantly, some more closely, related to each other; and these links, let them be ever so close, if found in different stages of the same formation, would, by many pal
ontologists, be ranked as distinct species. But I do M
not pretend that I should ever have suspected how poor was the record in the best preserved geological sections, had not the absence of innumerable transitional links between the species which lived at the commencement and close of each formation, pressed so hardly on my theory.
On the sudden Appearance of whole Groups of allied Species.
The abrupt manner in which whole groups of species suddenly appear in certain formations, has been urged by several pal
for instance, by Agassiz, Pictet, and SM
edgwick, as a fatal objection to the belief in the transmutation of species. If numerous species, belonging to the same genera or families, have really started into life at once, the fact would be fatal to the theory of evolution through natural selection. For the development by this means of a group of forms, all of which are descended from some one progenitor, must have been an extremely slow process; and the progenitors must have lived long before their modified descendants. But we continually overrate the perfeM
ction of the geological record, and falsely infer, because certain genera or families have not been found beneath a certain stage, that they did not exist before that stage. In all cases positive pal
ontological evidence may be implicitly trusted; negative evidence is worthless, as experience has so often shown. We continually forget how large the world is, compared with the area over which our geological formations have been carefully examined; we forget that groups of species may elsewhere have long existed, andM
 have slowly multiplied, before they invaded the ancient archipelagoes of Europe and the United States. We do not make due allowance for the enormous intervals of time which have elapsed between our consecutive formations,
longer perhaps in many cases than the time required for the accumulation of each formation. These intervals will have given time for the multiplication of species from some one parent-form: and in the succeeding formation, such groups or species will appear as if suddenly created.
 recall a remark formerly made, namely, that it might require a long succession of ages to adapt an organism to some new and peculiar line of life, for instance, to fly through the air; and consequently that the transitional forms would often long remain confined to some one region; but that, when this adaptation had once been effected, and a few species had thus acquired a great advantage over other organisms, a comparatively short time would be necessary to produce many divergent forms, which would spread rapidlyM
 and widely throughout the world. Professor Pictet, in his excellent Review of this work, in commenting on early transitional forms, and taking birds as an illustration, cannot see how the successive modifications of the anterior limbs of a supposed prototype could possibly have been of any advantage. But look at the penguins of the Southern Ocean; have not these birds their front limbs in this precise intermediate state of
neither true arms nor true wings?
 Yet these birds hold their place victoriously in theM
 battle for life; for they exist in infinite numbers and of many kinds. I do not suppose that we here see the real transitional grades through which the wings of birds have passed; but what special difficulty is there in believing that it might profit the modified descendants of the penguin, first to become enabled to flap along the surface of the sea like the logger-headed duck, and ultimately to rise from its surface and glide through the air?
I will now give a few examples to illustrate the foregoing remarks,M
 and to show how liable we are to error in supposing that whole groups of species have suddenly been produced. Even in so short an interval as that between the first and second editions of Pictet
ontology, published in 1844-46 and in 1853-57, the conclusions on the first appearance and disappearance of several groups of animals have been considerably modified; and a third edition would require still further changes. I may recall the well-known fact that in geological treatises, published not M
many years ago, mammals were always spoken of as having abruptly come in at the commencement of the tertiary series. And now one of the richest known accumulations of fossil mammals belongs to the middle of the secondary series; and true mammals have been discovered in the new red sandstone at nearly the commencement of this great series. Cuvier used to urge that no monkey occurred in any tertiary stratum; but now extinct species have been discovered in India, South America and in Europe, as far back as the mioceneM
 stage. Had it not been for the rare accident of the preservation of footsteps in the new red sandstone of the United States, who would have ventured to suppose that no less than at least thirty different bird-like animals, some of gigantic size, existed during that period? Not a fragment of bone has been discovered in these beds. Not long ago, pal
ontologists maintained that the whole class of birds came suddenly into existence during the eocene period; but now we know, on the authority of Professor Owen, that a M
bird certainly lived during the deposition of the upper greensand; and still more recently, that strange bird, the Archeopteryx, with a long lizard-like tail, bearing a pair of feathers on each joint, and with its wings furnished with two free claws, has been discovered in the oolitic slates of Solenhofen. Hardly any recent discovery shows more forcibly than this how little we as yet know of the former inhabitants of the world.
I may give another instance, which, from having passed under my own eyes has much strM
uck me. In a memoir on Fossil Sessile Cirripedes, I stated that, from the large number of existing and extinct tertiary species; from the extraordinary abundance of the individuals of many species all over the world, from the Arctic regions to the equator, inhabiting various zones of depths, from the upper tidal limits to fifty fathoms; from the perfect manner in which specimens are preserved in the oldest tertiary beds; from the ease with which even a fragment of a valve can be recognised; from all these circumstaM
nces, I inferred that, had sessile cirripedes existed during the secondary periods, they would certainly have been preserved and discovered; and as not one species had then been discovered in beds of this age, I concluded that this great group had been suddenly developed at the commencement of the tertiary series. This was a sore trouble to me, adding, as I then thought, one more instance of the abrupt appearance of a great group of species. But my work had hardly been published, when a skilful pal
Bosquet, sent me a drawing of a perfect specimen of an unmistakable sessile cirripede, which he had himself extracted from the chalk of Belgium. And, as if to make the case as striking as possible, this cirripede was a Chthamalus, a very common, large, and ubiquitous genus, of which not one species has as yet been found even in any tertiary stratum. Still more recently, a Pyrgoma, a member of a distinct subfamily of sessile cirripedes, has been discovered by Mr. Woodward in the upper chalk; so that we now have abunM
dant evidence of the existence of this group of animals during the secondary period.
The case most frequently insisted on by pal
ontologists of the apparently sudden appearance of a whole group of species, is that of the teleostean fishes, low down, according to Agassiz, in the Chalk period. This group includes the large majority of existing species. But certain Jurassic and Triassic forms are now commonly admitted to be teleostean; and even some pal
ozoic forms have thus been classed by one high authority. IfM
 the teleosteans had really appeared suddenly in the northern hemisphere at the commencement of the chalk formation, the fact would have been highly remarkable; but it would not have formed an insuperable difficulty, unless it could likewise have been shown that at the same period the species were suddenly and simultaneously developed in other quarters of the world. It is almost superfluous to remark that hardly any fossil-fish are known from south of the equator; and by running through Pictet
will be seen that very few species are known from several formations in Europe. Some few families of fish now have a confined range; the teleostean fishes might formerly have had a similarly confined range, and after having been largely developed in some one sea, have spread widely. Nor have we any right to suppose that the seas of the world have always been so freely open from south to north as they are at present. Even at this day, if the Malay Archipelago were converted into land, the tropical parts of the IndiaM
n Ocean would form a large and perfectly enclosed basin, in which any great group of marine animals might be multiplied; and here they would remain confined, until some of the species became adapted to a cooler climate, and were enabled to double the southern capes of Africa or Australia, and thus reach other and distant seas.
From these considerations, from our ignorance of the geology of other countries beyond the confines of Europe and the United States, and from the revolution in our pal
ontological knowledM
ge effected by the discoveries of the last dozen years, it seems to me to be about as rash to dogmatize on the succession of organic forms throughout the world, as it would be for a naturalist to land for five minutes on a barren point in Australia, and then to discuss the number and range of its productions.
On the sudden Appearance of Groups of allied Species in the lowest known Fossiliferous Strata.
There is another and allied difficulty, which is much more serious. I allude to the manner in which species M
belonging to several of the main divisions of the animal kingdom suddenly appear in the lowest known fossiliferous rocks. Most of the arguments which have convinced me that all the existing species of the same group are descended from a single progenitor, apply with equal force to the earliest known species. For instance, it cannot be doubted that all the Cambrian and Silurian trilobites are descended from some one crustacean, which must have lived long before the Cambrian age, and which probably differed greatly fM
rom any known animal. Some of the most ancient animals, as the Nautilus, Lingula, &c., do not differ much from living species; and it cannot on our theory be supposed, that these old species were the progenitors of all the species belonging to the same groups which have subsequently appeared, for they are not in any degree intermediate in character.
Consequently, if the theory be true, it is indisputable that before the lowest Cambrian stratum was deposited long periods elapsed, as long as, or probably far longeM
r than, the whole interval from the Cambrian age to the present day; and that during these vast periods the world swarmed with living creatures. Here we encounter a formidable objection; for it seems doubtful whether the earth, in a fit state for the habitation of living creatures, has lasted long enough. Sir W. Thompson concludes that the consolidation of the crust can hardly have occurred less than twenty or more than four hundred million years ago, but probably not less than ninety-eight or more than two hundredM
 million years. These very wide limits show how doubtful the data are; and other elements may have hereafter to be introduced into the problem. Mr. Croll estimates that about sixty million years have elapsed since the Cambrian period, but this, judging from the small amount of organic change since the commencement of the Glacial epoch, appears a very short time for the many and great mutations of life, which have certainly occurred since the Cambrian formation; and the previous one hundred and forty million years cM
an hardly be considered as sufficient for the development of the varied forms of life which already existed during the Cambrian period. It is, however, probable, as Sir William Thompson insists, that the world at a very early period was subjected to more rapid and violent changes in its physical conditions than those now occurring; and such changes would have tended to induce changes at a corresponding rate in the organisms which then existed.
To the question why we do not find rich fossiliferous deposits belongM
ing to these assumed earliest periods prior to the Cambrian system, I can give no satisfactory answer. Several eminent geologists, with Sir R. Murchison at their head, were until recently convinced that we beheld in the organic remains of the lowest Silurian stratum the first dawn of life. Other highly competent judges, as Lyell and E. Forbes, have disputed this conclusion. We should not forget that only a small portion of the world is known with accuracy. Not very long ago M. Barrande added another and lower stageM
, abounding with new and peculiar species, beneath the then known Silurian system; and now, still lower down in the Lower Cambrian formation, Mr Hicks has found South Wales beds rich in trilobites, and containing various molluscs and annelids. The presence of phosphatic nodules and bituminous matter, even in some of the lowest azotic rocks, probably indicates life at these periods; and the existence of the Eozoon in the Laurentian formation of Canada is generally admitted. There are three great series of strata benM
eath the Silurian system in Canada, in the lowest of which the Eozoon is found. Sir W. Logan states that their
united thickness may possibly far surpass that of all the succeeding rocks, from the base of the pal
ozoic series to the present time. We are thus carried back to a period so remote, that the appearance of the so-called primordial fauna (of Barrande) may by some be considered as a comparatively modern event.
 The Eozoon belongs to the most lowly organised of all classes of animals, but is highly orgaM
nised for its class; it existed in countless numbers, and, as Dr. Dawson has remarked, certainly preyed on other minute organic beings, which must have lived in great numbers. Thus the words, which I wrote in 1859, about the existence of living beings long before the Cambrian period, and which are almost the same with those since used by Sir W. Logan, have proved true. Nevertheless, the difficulty of assigning any good reason for the absence of vast piles of strata rich in fossils beneath the Cambrian system is verM
y great. It does not seem probable that the most ancient beds have been quite worn away by denudation, or that their fossils have been wholly obliterated by metamorphic action, for if this had been the case we should have found only small remnants of the formations next succeeding them in age, and these would always have existed in a partially metamorphosed condition. But the descriptions which we possess of the Silurian deposits over immense territories in Russia and in North America, do not support the view that M
the older a formation is the more invariably it has suffered extreme denudation and metamorphism.
The case at present must remain inexplicable; and may be truly urged as a valid argument against the views here entertained. To show that it may hereafter receive some explanation, I will give the following hypothesis. From the nature of the organic remains which do not appear to have inhabited profound depths, in the several formations of Europe and of the United States; and from the amount of sediment, miles in thM
ickness, of which the formations are composed, we may infer that from first to last large islands or tracts of land, whence the sediment was derived, occurred in the neighbourhood of the now existing continents of Europe and North America. This same view has since been maintained by Agassiz and others. But we do not know what was the state of things in the intervals between the several successive formations; whether Europe and the United States during these intervals existed as dry land, or as a submarine surface nM
ear land, on which sediment was not deposited, or as the bed of an open and unfathomable sea.
Looking to the existing oceans, which are thrice as extensive as the land, we see them studded with many islands; but hardly one truly oceanic island (with the exception of New Zealand, if this can be called a truly oceanic island) is as yet known to afford even a remnant of any pal
ozoic or secondary formation. Hence, we may perhaps infer, that during the pal
ozoic and secondary periods, neither continents nor continM
ental islands existed where our oceans now extend; for had they existed, pal
ozoic and secondary formations would in all probability have been accumulated from sediment derived from their wear and tear; and would have been at least partially upheaved by the oscillations of level, which must have intervened during these enormously long periods. If, then, we may infer anything from these facts, we may infer that, where our oceans now extend, oceans have extended from the remotest period of which we have any record; M
and on the other hand, that where continents now exist, large tracts of land have existed, subjected, no doubt, to great oscillations of level, since the Cambrian period. The coloured map appended to my volume on Coral Reefs, led me to conclude that the great oceans are still mainly areas of subsidence, the great archipelagoes still areas of oscillations of level, and the continents areas of elevation. But we have no reason to assume that things have thus remained from the beginning of the world. Our continents seeM
m to have been formed by a preponderance, during many oscillations of level, of the force of elevation. But may not the areas of preponderant movement have changed in the lapse of ages? At a period long antecedent to the Cambrian epoch, continents may have existed where oceans are now spread out, and clear and open oceans may have existed where our continents now stand. Nor should we be justified in assuming that if, for instance, the bed of the Pacific Ocean were now converted into a continent we should there findM
 sedimentary formations, in recognisable condition, older than the Cambrian strata, supposing such to have been formerly deposited; for it might well happen that strata which had subsided some miles nearer to the centre of the earth, and which had been pressed on by an enormous weight of superincumbent water, might have undergone far more metamorphic action than strata which have always remained nearer to the surface. The immense areas in some parts of the world, for instance in South America, of naked metamorphic M
rocks, which must have been heated under great pressure, have always seemed to me to require some special explanation; and we may perhaps believe that we see in these large areas the many formations long anterior to the Cambrian epoch in a completely metamorphosed and denuded condition.
The several difficulties here discussed, namely, that, though we find in our geological formations many links between the species which now exist and which formerly existed, we do not find infinitely numerous fine transitional foM
rms closely joining them all together. The sudden manner in which several groups of species first appear in our European formations, the almost entire absence, as at present known, of formations rich in fossils beneath the Cambrian strata, are all undoubtedly of the most serious nature. We see this in the fact that the most eminent pal
ontologists, namely, Cuvier, Agassiz, Barrande, Pictet, Falconer, E. Forbes, &c., and all our greatest geologists, as Lyell, Murchison, Sedgwick, &c., have unanimously, often vehemeM
ntly, maintained the immutability of species. But Sir Charles Lyell now gives the support of his high authority to the opposite side, and most geologists and pal
ontologists are much shaken in their former belief. Those who believe that the geological record is in any degree perfect, will undoubtedly at once reject my theory. For my part, following out Lyell
s metaphor, I look at the geological record as a history of the world imperfectly kept and written in a changing dialect. Of this history we possess the lasM
t volume alone, relating only to two or three countries. Of this volume, only here and there a short chapter has been preserved, and of each page, only here and there a few lines. Each word of the slowly-changing language, more or less different in the successive chapters, may represent the forms of life, which are entombed in our consecutive formations, and which falsely appear to have been abruptly introduced. On this view the difficulties above discussed are greatly diminished or even disappear.
ON THE GEOLOGICAL SUCCESSION OF ORGANIC BEINGS.
On the slow and successive appearance of new species
On their different rates of change
Species once lost do not reappear
Groups of species follow the same general rules in their appearance and disappearance as do single species
On simultaneous changes in the forms of life throughout the world
On the affinities of extinct species to each other and to living species
On the state of development of ancient forms
On the succession of thM
e same types within the same areas
Summary of preceding and present chapters.
Let us now see whether the several facts and laws relating to the geological succession of organic beings accord best with the common view of the immutability of species, or with that of their slow and gradual modification, through variation and natural selection.
New species have appeared very slowly, one after another, both on the land and in the waters. Lyell has shown that it is hardly possible to resist the evidence on this hM
ead in the case of the several tertiary stages; and every year tends to fill up the blanks between the stages, and to make the proportion between the lost and existing forms more gradual. In some of the most recent beds, though undoubtedly of high antiquity if measured by years, only one or two species are extinct, and only one or two are new, having appeared there for the first time, either locally, or, as far as we know, on the face of the earth. The secondary formations are more broken; but, as Bronn has remarkeM
d, neither the appearance nor disappearance of the many species embedded in each formation has been simultaneous.
Species belonging to different genera and classes have not changed at the same rate, or in the same degree. In the older tertiary beds a few living shells may still be found in the midst of a multitude of extinct forms. Falconer has given a striking instance of a similar fact, for an existing crocodile is associated with many lost mammals and reptiles in the sub-Himalayan deposits. The Silurian LinguM
la differs but little from the living species of this genus; whereas most of the other Silurian Molluscs and all the Crustaceans have changed greatly. The productions of the land seem to have changed at a quicker rate than those of the sea, of which a striking instance has been observed in Switzerland. There is some reason to believe that organisms high in the scale, change more quickly than those that are low: though there are exceptions to this rule. The amount of organic change, as Pictet has remarked, is not thM
e same in each successive so-called formation. Yet if we compare any but the most closely related formations, all the species will be found to have undergone some change. When a species has once disappeared from the face of the earth, we have no reason to believe that the same identical form ever reappears. The strongest apparent exception to this latter rule is that of the so-called
 of M. Barrande, which intrude for a period in the midst of an older formation, and then allow the pre-existing fauna tM
o reappear; but Lyell
s explanation, namely, that it is a case of temporary migration from a distinct geographical province, seems satisfactory.
These several facts accord well with our theory, which includes no fixed law of development, causing all the inhabitants of an area to change abruptly, or simultaneously, or to an equal degree. The process of modification must be slow, and will generally affect only a few species at the same time; for the variability of each species is independent of that of all otherM
s. Whether such variations or individual differences as may arise will be accumulated through natural selection in a greater or less degree, thus causing a greater or less amount of permanent modification, will depend on many complex contingencies
on the variations being of a beneficial nature, on the freedom of intercrossing, on the slowly changing physical conditions of the country, on the immigration of new colonists, and on the nature of the other inhabitants with which the varying species come into competitiM
on. Hence it is by no means surprising that one species should retain the same identical form much longer than others; or, if changing, should change in a less degree. We find similar relations between the existing inhabitants of distinct countries; for instance, the land-shells and coleopterous insects of Madeira have come to differ considerably from their nearest allies on the continent of Europe, whereas the marine shells and birds have remained unaltered. We can perhaps understand the apparently quicker rate ofM
 change in terrestrial and in more highly organised productions compared with marine and lower productions, by the more complex relations of the higher beings to their organic and inorganic conditions of life, as explained in a former chapter. When many of the inhabitants of any area have become modified and improved, we can understand, on the principle of competition, and from the all-important relations of organism to organism in the struggle for life, that any form which did not become in some degree modified anM
d improved, would be liable to extermination. Hence, we see why all the species in the same region do at last, if we look to long enough intervals of time, become modified; for otherwise they would become extinct.
In members of the same class the average amount of change, during long and equal periods of time, may, perhaps, be nearly the same; but as the accumulation of enduring formations, rich in fossils, depends on great masses of sediment being deposited on subsiding areas, our formations have been almost neM
cessarily accumulated at wide and irregularly intermittent intervals of time; consequently the amount of organic change exhibited by the fossils embedded in consecutive formations is not equal. Each formation, on this view, does not mark a new and complete act of creation, but only an occasional scene, taken almost at hazard, in an ever slowly changing drama.
We can clearly understand why a species when once lost should never reappear, even if the very same conditions of life, organic and inorganic, should recurM
. For though the offspring of one species might be adapted (and no doubt this has occurred in innumerable instances) to fill the place of another species in the economy of nature, and thus supplant it; yet the two forms
would not be identically the same; for both would almost certainly inherit different characters from their distinct progenitors; and organisms already differing would vary in a different manner. For instance, it is possible, if all our fantail-pigeons were destroyed, that fanM
ciers might make a new breed hardly distinguishable from the present breed; but if the parent rock-pigeon were likewise destroyed, and under nature we have every reason to believe that parent forms are generally supplanted and exterminated by their improved offspring, it is incredible that a fantail, identical with the existing breed, could be raised from any other species of pigeon, or even from any other well established race of the domestic pigeon, for the successive variations would almost certainly be in some M
degree different, and the newly-formed variety would probably inherit from its progenitor some characteristic differences.
Groups of species, that is, genera and families, follow the same general rules in their appearance and disappearance as do single species, changing more or less quickly, and in a greater or lesser degree. A group, when it has once disappeared, never reappears; that is, its existence, as long as it lasts, is continuous. I am aware that there are some apparent exceptions to this rule, but the M
exceptions are surprisingly few, so few that E. Forbes, Pictet, and Woodward (though all strongly opposed to such views as I maintain) admit its truth; and the rule strictly accords with the theory. For all the species of the same group, however long it may have lasted, are the modified descendants one from the other, and all from a common progenitor. In the genus Lingula, for instance, the species which have successively appeared at all ages must have been connected by an unbroken series of generations, from the lM
owest Silurian stratum to the present day.
We have seen in the last chapter that whole groups of species sometimes falsely appear to have been abruptly developed; and I have attempted to give an explanation of this fact, which if true would be fatal to my views. But such cases are certainly exceptional; the general rule being a gradual increase in number, until the group reaches its maximum, and then, sooner or later, a gradual decrease. If the number of the species included within a genus, or the number of the M
genera within a family, be represented by a vertical line of varying thickness, ascending through the successive geological formations, in which the species are found, the line will sometimes falsely appear to begin at its lower end, not in a sharp point, but abruptly; it then gradually thickens upwards, often keeping of equal thickness for a space, and ultimately thins out in the upper beds, marking the decrease and final extinction of the species. This gradual increase in number of the species of a group is stricM
tly conformable with the theory; for the species of the same genus, and the genera of the same family, can increase only slowly and progressively; the process of modification and the production of a number of allied forms necessarily being a slow and gradual process, one species first giving rise to two or three varieties, these being slowly converted into species, which in their turn produce by equally slow steps other varieties and species, and so on, like the branching of a great tree from a single stem, till thM
e group becomes large.
We have as yet only spoken incidentally of the disappearance of species and of groups of species. On the theory of natural selection, the extinction of old forms and the production of new and improved forms are intimately connected together. The old notion of all the inhabitants of the earth having been swept away by catastrophes at successive periods is very generally given up, even by those geologists, as Elie de Beaumont, Murchison, Barrande, &c., whose general views wM
ould naturally lead them to this conclusion. On the contrary, we have every reason to believe, from the study of the tertiary formations, that species and groups of species gradually disappear, one after another, first from one spot, then from another, and finally from the world. In some few cases, however, as by the breaking of an isthmus and the consequent irruption of a multitude of new inhabitants into an adjoining sea, or by the final subsidence of an island, the process of extinction may have been rapid. BothM
 single species and whole groups of species last for very unequal periods; some groups, as we have seen, have endured from the earliest known dawn of life to the present day; some have disappeared before the close of the pal
ozoic period. No fixed law seems to determine the length of time during which any single species or any single genus endures. There is reason to believe that the extinction of a whole group of species is generally a slower process than their production: if their appearance and disappearance beM
 represented, as before, by a vertical line of varying thickness the line is found to taper more gradually at its upper end, which marks the progress of extermination, than at its lower end, which marks the first appearance and the early increase in number of the species. In some cases, however, the extermination of whole groups, as of ammonites, towards the close of the secondary period, has been wonderfully sudden.
The extinction of species has been involved in the most gratuitous mystery. Some authors have evM
en supposed that, as the individual has a definite length of life, so have species a definite duration. No one can have marvelled more than I have done at the extinction of species. When I found in La Plata the tooth of a horse embedded with the remains of Mastodon, Megatherium, Toxodon and other extinct monsters, which all co-existed with still living shells at a very late geological period, I was filled with astonishment; for, seeing that the horse, since its introduction by the Spaniards into South America, has M
run wild over the whole country and has increased in numbers at an unparalleled rate, I asked myself what could so recently have exterminated the former horse under conditions of life apparently so favourable. But my astonishment was groundless. Professor Owen soon perceived that the tooth, though so like that of the existing horse, belonged to an extinct species. Had this horse been still living, but in some degree rare, no naturalist would have felt the least surprise at its rarity; for rarity is the attribute ofM
 a vast number of species of all classes, in all countries. If we ask ourselves why this or that species is rare, we answer that something is unfavourable in its conditions of life; but what that something is, we can hardly ever tell. On the supposition of the fossil horse still existing as a rare species, we might have felt certain, from the analogy of all other mammals, even of the slow-breeding elephant, and from the history of the naturalisation of the domestic horse in South America, that under more favourableM
 conditions it would in a very few years have stocked the whole continent. But we could not have told what the unfavourable conditions were which checked its increase, whether some one or several contingencies, and at what period of the horse
s life, and in what degree they severally acted. If the conditions had gone on, however slowly, becoming less and less favourable, we assuredly should not have perceived the fact, yet the fossil horse would certainly have become rarer and rarer, and finally extinct
ce being seized on by some more successful competitor.
It is most difficult always to remember that the increase of every living creature is constantly being checked by unperceived hostile agencies; and that these same unperceived agencies are amply sufficient to cause rarity, and finally extinction. So little is this subject understood, that I have heard surprise repeatedly expressed at such great monsters as the Mastodon and the more ancient Dinosaurians having become extinct; as if mere bodily strength gave vM
ictory in the battle of life. Mere size, on the contrary, would in some cases determine, as has been remarked by Owen, quicker extermination, from the greater amount of requisite food. Before man inhabited India or Africa, some cause must have checked the continued increase of the existing elephant. A highly capable judge, Dr. Falconer, believes that it is chiefly insects which, from incessantly harassing and weakening the elephant in India, check its increase; and this was Bruce
s conclusion with respect to the M
African elephant in Abyssinia. It is certain that insects and blood-sucking bats determine the existence of the larger naturalised quadrupeds in several parts of South America.
We see in many cases in the more recent tertiary formations that rarity precedes extinction; and we know that this has been the progress of events with those animals which have been exterminated, either locally or wholly, through man
s agency. I may repeat what I published in 1845, namely, that to admit that species generally become rarM
e before they become extinct
to feel no surprise at the rarity of a species, and yet to marvel greatly when the species ceases to exist, is much the same as to admit that sickness in the individual is the forerunner of death
to feel no surprise at sickness, but, when the sick man dies, to wonder and to suspect that he died by some deed of violence.
The theory of natural selection is grounded on the belief that each new variety and ultimately each new species, is produced and maintained by having some advantaM
ge over those with which it comes into competition; and the consequent extinction of less-favoured forms almost inevitably follows. It is the same with our domestic productions: when a new and slightly improved variety has been raised, it at first supplants the less improved varieties in the same neighbourhood; when much improved it is transported far and near, like our short-horn cattle, and takes the place of other breeds in other countries. Thus the appearance of new forms and the disappearance of old forms, botM
h those naturally and artificially produced, are bound together. In flourishing groups, the number of new specific forms which have been produced within a given time has at some periods probably been greater than the number of the old specific forms which have been exterminated; but we know that species have not gone on indefinitely increasing, at least during the later geological epochs, so that, looking to later times, we may believe that the production of new forms has caused the extinction of about the same numM
The competition will generally be most severe, as formerly explained and illustrated by examples, between the forms which are most like each other in all respects. Hence the improved and modified descendants of a species will generally cause the extermination of the parent-species; and if many new forms have been developed from any one species, the nearest allies of that species, i.e. the species of the same genus, will be the most liable to extermination. Thus, as I believe, a number of new spM
ecies descended from one species, that is a new genus, comes to supplant an old genus, belonging to the same family. But it must often have happened that a new species belonging to some one group has seized on the place occupied by a species belonging to a distinct group, and thus have caused its extermination. If many allied forms be developed from the successful intruder, many will have to yield their places; and it will generally be the allied forms, which will suffer from some inherited inferiority in common. BM
ut whether it be species belonging to the same or to a distinct class, which have yielded their places to other modified and improved species, a few of the sufferers may often be preserved for a long time, from being fitted to some peculiar line of life, or from inhabiting some distant and isolated station, where they will have escaped severe competition. For instance, some species of Trigonia, a great genus of shells in the secondary formations, survive in the Australian seas; and a few members of the great and alM
most extinct group of Ganoid fishes still inhabit our fresh waters. Therefore, the utter extinction of a group is generally, as we have seen, a slower process than its production.
With respect to the apparently sudden extermination of whole families or orders, as of Trilobites at the close of the pal
ozoic period, and of Ammonites at the close of the secondary period, we must remember what has been already said on the probable wide intervals of time between our consecutive formations; and in these intervals theM
re may have been much slow extermination. Moreover, when, by sudden immigration or by unusually rapid development, many species of a new group have taken possession of an area, many of the older species will have been exterminated in a correspondingly rapid manner; and the forms which thus yield their places will commonly be allied, for they will partake of the same inferiority in common.
Thus, as it seems to me, the manner in which single species and whole groups of species become extinct accords well with the M
theory of natural selection. We need not marvel at extinction; if we must marvel, let it be at our presumption in imagining for a moment that we understand the many complex contingencies on which the existence of each species depends. If we forget for an instant that each species tends to increase inordinately, and that some check is always in action, yet seldom perceived by us, the whole economy of nature will be utterly obscured. Whenever we can precisely say why this species is more abundant in individuals than M
that; why this species and not another can be naturalised in a given country; then, and not until then, we may justly feel surprise why we cannot account for the extinction of any particular species or group of species.
On the Forms of Life changing almost simultaneously throughout the World.
ontological discovery is more striking than the fact that the forms of life change almost simultaneously throughout the world. Thus our European Chalk formation can be recognised in many distant regionsM
, under the most different climates, where not a fragment of the mineral chalk itself can be found; namely, in North America, in equatorial South America, in Tierra del Fuego, at the Cape of Good Hope, and in the peninsula of India. For at these distant points, the organic remains in certain beds present an unmistakable resemblance to those of the Chalk. It is not that the same species are met with; for in some cases not one species is identically the same, but they belong to the same families, genera, and sectionsM
 of genera, and sometimes are similarly characterised in such trifling points as mere superficial sculpture. Moreover, other forms, which are not found in the Chalk of Europe, but which occur in the formations either above or below, occur in the same order at these distant points of the world. In the several successive pal
ozoic formations of Russia, Western Europe and North America, a similar parallelism in the forms of life has been observed by several authors; so it is, according to Lyell, with the European andM
 North American tertiary deposits. Even if the few fossil species which are common to the Old and New Worlds were kept wholly out of view, the general parallelism in the successive forms of life, in the pal
ozoic and tertiary stages, would still be manifest, and the several formations could be easily correlated.
These observations, however, relate to the marine inhabitants of the world: we have not sufficient data to judge whether the productions of the land and of fresh water at distant points change in the saM
me parallel manner. We may doubt whether they have thus changed: if the Megatherium, Mylodon, Macrauchenia, and Toxodon had been brought to Europe from La Plata, without any information in regard to their geological position, no one would have suspected that they had co-existed with sea-shells all still living; but as these anomalous monsters co-existed with the Mastodon and Horse, it might at least have been inferred that they had lived during one of the later tertiary stages.
When the marine forms of life are M
spoken of as having changed simultaneously throughout the world, it must not be supposed that this expression relates to the same year, or even to the same century, or even that it has a very strict geological sense; for if all the marine animals now living in Europe, and all those that lived in Europe during the pleistocene period (a very remote period as measured by years, including the whole glacial epoch) were compared with those now existing in South America or in Australia, the most skilful naturalist would hM
ardly be able to say whether the present or the pleistocene inhabitants of Europe resembled most closely those of the southern hemisphere. So, again, several highly competent observers maintain that the existing productions of the United States are more closely related to those which lived in Europe during certain late tertiary stages, than to the present inhabitants of Europe; and if this be so, it is evident that fossiliferous beds now deposited on the shores of North America would hereafter be liable to be classM
ed with somewhat older European beds. Nevertheless, looking to a remotely future epoch, there can be little doubt that all the more modern marine formations, namely, the upper pliocene, the pleistocene and strictly modern beds of Europe, North and South America, and Australia, from containing fossil remains in some degree allied, and from not including those forms which are found only in the older underlying deposits, would be correctly ranked as simultaneous in a geological sense.
The fact of the forms of life M
changing simultaneously in the above large sense, at distant parts of the world, has greatly struck those admirable observers, MM. de Verneuil and d
Archiac. After referring to the parallelism of the pal
ozoic forms of life in various parts of Europe, they add,
If struck by this strange sequence, we turn our attention to North America, and there discover a series of analogous phenomena, it will appear certain that all these modifications of species, their extinction, and the introduction of new ones, cannot bM
e owing to mere changes in marine currents or other causes more or less local and temporary, but depend on general laws which govern the whole animal kingdom.
 M. Barrande has made forcible remarks to precisely the same effect. It is, indeed, quite futile to look to changes of currents, climate, or other physical conditions, as the cause of these great mutations in the forms of life throughout the world, under the most different climates. We must, as Barrande has remarked, look to some special law. We shall see tM
his more clearly when we treat of the present distribution of organic beings, and find how slight is the relation between the physical conditions of various countries and the nature of their inhabitants.
This great fact of the parallel succession of the forms of life throughout the world, is explicable on the theory of natural selection. New species are formed by having some advantage over older forms; and the forms, which are already dominant, or have some advantage over the other forms in their own country, giM
ve birth to the greatest number of new varieties or incipient species. We have distinct evidence on this head, in the plants which are dominant, that is, which are commonest and most widely diffused, producing the greatest number of new varieties. It is also natural that the dominant, varying and far-spreading species, which have already invaded, to a certain extent, the territories of other species, should be those which would have the best chance of spreading still further, and of giving rise in new countries to M
other new varieties and species. The process of diffusion would often be very slow, depending on climatal and geographical changes, on strange accidents, and on the gradual acclimatization of new species to the various climates through which they might have to pass, but in the course of time the dominant forms would generally succeed in spreading and would ultimately prevail. The diffusion would, it is probable, be slower with the terrestrial inhabitants of distinct continents than with the marine inhabitants of thM
e continuous sea. We might therefore expect to find, as we do find, a less strict degree of parallelism in the succession of the productions of the land than with those of the sea.
Thus, as it seems to me, the parallel, and, taken in a large sense, simultaneous, succession of the same forms of life throughout the world, accords well with the principle of new species having been formed by dominant species spreading widely and varying; the new species thus produced being themselves dominant, owing to their having M
had some advantage over their already dominant parents, as well as over other species; and again spreading, varying, and producing new forms. The old forms which are beaten and which yield their places to the new and victorious forms, will generally be allied in groups, from inheriting some inferiority in common; and, therefore, as new and improved groups spread throughout the world, old groups disappear from the world; and the succession of forms everywhere tends to correspond both in their first appearance and fiM
There is one other remark connected with this subject worth making. I have given my reasons for believing that most of our great formations, rich in fossils, were deposited during periods of subsidence; and that blank intervals of vast duration, as far as fossils are concerned, occurred during the periods when the bed of the sea was either stationary or rising, and likewise when sediment was not thrown down quickly enough to embed and preserve organic remains. During these long and blank interM
vals I suppose that the inhabitants of each region underwent a considerable amount of modification and extinction, and that there was much migration from other parts of the world. As we have reason to believe that large areas are affected by the same movement, it is probable that strictly contemporaneous formations have often been accumulated over very wide spaces in the same quarter of the world; but we are very far from having any right to conclude that this has invariably been the case, and that large areas haveM
 invariably been affected by the same movements. When two formations have been deposited in two regions during nearly, but not exactly, the same period, we should find in both, from the causes explained in the foregoing paragraphs, the same general succession in the forms of life; but the species would not exactly correspond; for there will have been a little more time in the one region than in the other for modification, extinction, and immigration.
I suspect that cases of this nature occur in Europe. Mr. PrestM
wich, in his admirable Memoirs on the eocene deposits of England and France, is able to draw a close general parallelism between the successive stages in the two countries; but when he compares certain stages in England with those in France, although he finds in both a curious accordance in the numbers of the species belonging to the same genera, yet the species themselves differ in a manner very difficult to account for considering the proximity of the two areas, unless, indeed, it be assumed that an isthmus separM
ated two seas inhabited by distinct, but contemporaneous faunas. Lyell has made similar observations on some of the later tertiary formations. Barrande, also, shows that there is a striking general parallelism in the successive Silurian deposits of Bohemia and Scandinavia; nevertheless he finds a surprising amount of difference in the species. If the several formations in these regions have not been deposited during the same exact periods
a formation in one region often corresponding with a blank interval in the M
and if in both regions the species have gone on slowly changing during the accumulation of the several formations and during the long intervals of time between them; in this case the several formations in the two regions could be arranged in the same order, in accordance with the general succession of the forms of life, and the order would falsely appear to be strictly parallel; nevertheless the species would not all be the same in the apparently corresponding stages in the two regions.
 of Extinct Species to each other, and to Living Forms.
Let us now look to the mutual affinities of extinct and living species. All fall into a few grand classes; and this fact is at once explained on the principle of descent. The more ancient any form is, the more, as a general rule, it differs from living forms. But, as Buckland long ago remarked, extinct species can all be classed either in still existing groups, or between them. That the extinct forms of life help to fill up the intervals between existing geM
nera, families, and orders, is certainly true; but as this statement has often been ignored or even denied, it may be well to make some remarks on this subject, and to give some instances. If we confine our attention either to the living or to the extinct species of the same class, the series is far less perfect than if we combine both into one general system. In the writings of Professor Owen we continually meet with the expression of generalised forms, as applied to extinct animals; and in the writings of AgassizM
, of prophetic or synthetic types; and these terms imply that such forms are, in fact, intermediate or connecting links. Another distinguished pal
ontologist, M. Gaudry, has shown in the most striking manner that many of the fossil mammals discovered by him in Attica serve to break down the intervals between existing genera. Cuvier ranked the Ruminants and Pachyderms as two of the most distinct orders of mammals; but so many fossil links have been disentombed that Owen has had to alter the whole classification, anM
d has placed certain Pachyderms in the same sub-order with ruminants; for example, he dissolves by gradations the apparently wide interval between the pig and the camel. The Ungulata or hoofed quadrupeds are now divided into the even-toed or odd-toed divisions; but the Macrauchenia of South America connects to a certain extent these two grand divisions. No one will deny that the Hipparion is intermediate between the existing horse and certain other ungulate forms. What a wonderful connecting link in the chain of maM
mmals is the Typotherium from South America, as the name given to it by Professor Gervais expresses, and which cannot be placed in any existing order. The Sirenia form a very distinct group of the mammals, and one of the most remarkable peculiarities in existing dugong and lamentin is the entire absence of hind limbs, without even a rudiment being left; but the extinct Halitherium had, according to Professor Flower, an ossified thigh-bone
articulated to a well-defined acetabulum in the pelvis,
es some approach to ordinary hoofed quadrupeds, to which the Sirenia are in other respects allied. The cetaceans or whales are widely different from all other mammals, but the tertiary Zeuglodon and Squalodon, which have been placed by some naturalists in an order by themselves, are considered by Professor Huxley to be undoubtedly cetaceans,
and to constitute connecting links with the aquatic carnivora.
Even the wide interval between birds and reptiles has been shown by the naturalist just quoted to be parM
tially bridged over in the most unexpected manner, on the one hand, by the ostrich and extinct Archeopteryx, and on the other hand by the Compsognathus, one of the Dinosaurians
that group which includes the most gigantic of all terrestrial reptiles. Turning to the Invertebrata, Barrande asserts, a higher authority could not be named, that he is every day taught that, although pal
ozoic animals can certainly be classed under existing groups, yet that at this ancient period the groups were not so distinctly separaM
ted from each other as they now are.
Some writers have objected to any extinct species, or group of species, being considered as intermediate between any two living species, or groups of species. If by this term it is meant that an extinct form is directly intermediate in all its characters between two living forms or groups, the objection is probably valid. But in a natural classification many fossil species certainly stand between living species, and some extinct genera between living genera, even between geneM
ra belonging to distinct families. The most common case, especially with respect to very distinct groups, such as fish and reptiles, seems to be that, supposing them to be distinguished at the present day by a score of characters, the ancient members are separated by a somewhat lesser number of characters, so that the two groups formerly made a somewhat nearer approach to each other than they now do.
It is a common belief that the more ancient a form is, by so much the more it tends to connect by some of its chaM
racters groups now widely separated from each other. This remark no doubt must be restricted to those groups which have undergone much change in the course of geological ages; and it would be difficult to prove the truth of the proposition, for every now and then even a living animal, as the Lepidosiren, is discovered having affinities directed towards very distinct groups. Yet if we compare the older Reptiles and Batrachians, the older Fish, the older Cephalopods, and the eocene Mammals, with the recent members ofM
 the same classes, we must admit that there is truth in the remark.
Let us see how far these several facts and inferences accord with the theory of descent with modification. As the subject is somewhat complex, I must request the reader to turn to the diagram in the fourth chapter. We may suppose that the numbered letters in italics represent genera, and the dotted lines diverging from them the species in each genus. The diagram is much too simple, too few genera and too few species being given, but this is unimM
portant for us. The horizontal lines may represent successive geological formations, and all the forms beneath the uppermost line may be considered as extinct. The three existing genera, a14, q14, p14, will form a small family; b14 and f14, a closely allied family or subfamily; and o14, e14, m14, a third family. These three families, together with the many extinct genera on the several lines of descent diverging from the parent form (A) will form an order; for all will have inherited something in common from their M
ancient progenitor. On the principle of the continued tendency to divergence of character, which was formerly illustrated by this diagram, the more recent any form is the more it will generally differ from its ancient progenitor. Hence, we can understand the rule that the most ancient fossils differ most from existing forms. We must not, however, assume that divergence of character is a necessary contingency; it depends solely on the descendants from a species being thus enabled to seize on many and different placeM
s in the economy of nature. Therefore it is quite possible, as we have seen in the case of some Silurian forms, that a species might go on being slightly modified in relation to its slightly altered conditions of life, and yet retain throughout a vast period the same general characteristics. This is represented in the diagram by the letter F14.
All the many forms, extinct and recent, descended from (A), make, as before remarked, one order; and this order, from the continued effects of extinction and divergence oM
f character, has become divided into several sub-families and families, some of which are supposed to have perished at different periods, and some to have endured to the present day.
By looking at the diagram we can see that if many of the extinct forms supposed to be embedded in the successive formations, were discovered at several points low down in the series, the three existing families on the uppermost line would be rendered less distinct from each other. If, for instance, the genera a1, a5, a10, f8, m3, m6M
, m9, were disinterred, these three families would be so closely linked together that they probably would have to be united into one great family, in nearly the same manner as has occurred with ruminants and certain pachyderms. Yet he who objected to consider as intermediate the extinct genera, which thus link together the living genera of three families, would be partly justified, for they are intermediate, not directly, but only by a long and circuitous course through many widely different forms. If many extinct M
forms were to be discovered above one of the middle horizontal lines or geological formations
for instance, above No. VI.
but none from beneath this line, then only two of the families (those on the left hand a14, &c., and b14, &c.) would have to be united into one; and there would remain two families which would be less distinct from each other than they were before the discovery of the fossils. So again, if the three families formed of eight genera (a14 to m14), on the uppermost line, be supposed to differ frM
om each other by half-a-dozen important characters, then the families which existed at a period marked VI would certainly have differed from each other by a less number of characters; for they would at this early stage of descent have diverged in a less degree from their common progenitor. Thus it comes that ancient and extinct genera are often in a greater or less degree intermediate in character between their modified descendants, or between their collateral relations.
Under nature the process will be far moreM
 complicated than is represented in the diagram; for the groups will have been more numerous; they will have endured for extremely unequal lengths of time, and will have been modified in various degrees. As we possess only the last volume of the geological record, and that in a very broken condition, we have no right to expect, except in rare cases, to fill up the wide intervals in the natural system, and thus to unite distinct families or orders. All that we have a right to expect is, that those groups which have,M
 within known geological periods, undergone much modification, should in the older formations make some slight approach to each other; so that the older members should differ less from each other in some of their characters than do the existing members of the same groups; and this by the concurrent evidence of our best pal
ontologists is frequently the case.
Thus, on the theory of descent with modification, the main facts with respect to the mutual affinities of the extinct forms of life to each other and to liM
ving forms, are explained in a satisfactory manner. And they are wholly inexplicable on any other view.
On this same theory, it is evident that the fauna during any one great period in the earth
s history will be intermediate in general character between that which preceded and that which succeeded it. Thus the species which lived at the sixth great stage of descent in the diagram are the modified offspring of those which lived at the fifth stage, and are the parents of those which became still more modified aM
t the seventh stage; hence they could hardly fail to be nearly intermediate in character between the forms of life above and below. We must, however, allow for the entire extinction of some preceding forms, and in any one region for the immigration of new forms from other regions, and for a large amount of modification during the long and blank intervals between the successive formations. Subject to these allowances, the fauna of each geological period undoubtedly is intermediate in character, between the precedingM
 and succeeding faunas. I need give only one instance, namely, the manner in which the fossils of the Devonian system, when this system was first discovered, were at once recognised by pal
ontologists as intermediate in character between those of the overlying carboniferous and underlying Silurian systems. But each fauna is not necessarily exactly intermediate, as unequal intervals of time have elapsed between consecutive formations.
It is no real objection to the truth of the statement that the fauna of each pM
eriod as a whole is nearly intermediate in character between the preceding and succeeding faunas, that certain genera offer exceptions to the rule. For instance, the species of mastodons and elephants, when arranged by Dr. Falconer in two series
in the first place according to their mutual affinities, and in the second place according to their periods of existence
do not accord in arrangement. The species extreme in character are not the oldest or the most recent; nor are those which are intermediate in charactM
er, intermediate in age. But supposing for an instant, in this and other such cases, that the record of the first appearance and disappearance of the species was complete, which is far from the case, we have no reason to believe that forms successively produced necessarily endure for corresponding lengths of time. A very ancient form may occasionally have lasted much longer than a form elsewhere subsequently produced, especially in the case of terrestrial productions inhabiting separated districts. To compare smallM
 things with great; if the principal living and extinct races of the domestic pigeon were arranged in serial affinity, this arrangement would not closely accord with the order in time of their production, and even less with the order of their disappearance; for the parent rock-pigeon still lives; and many varieties between the rock-pigeon and the carrier have become extinct; and carriers which are extreme in the important character of length of beak originated earlier than short-beaked tumblers, which are at the opM
posite end of the series in this respect.
Closely connected with the statement, that the organic remains from an intermediate formation are in some degree intermediate in character, is the fact, insisted on by all pal
ontologists, that fossils from two consecutive formations are far more closely related to each other, than are the fossils from two remote formations. Pictet gives as a well-known instance, the general resemblance of the organic remains from the several stages of the Chalk formation, though the spM
ecies are distinct in each stage. This fact alone, from its generality, seems to have shaken Professor Pictet in his belief in the immutability of species. He who is acquainted with the distribution of existing species over the globe, will not attempt to account for the close resemblance of distinct species in closely consecutive formations, by the physical conditions of the ancient areas having remained nearly the same. Let it be remembered that the forms of life, at least those inhabiting the sea, have changed alM
most simultaneously throughout the world, and therefore under the most different climates and conditions. Consider the prodigious vicissitudes of climate during the pleistocene period, which includes the whole glacial epoch, and note how little the specific forms of the inhabitants of the sea have been affected.
On the theory of descent, the full meaning of the fossil remains from closely consecutive formations, being closely related, though ranked as distinct species, is obvious. As the accumulation of each forM
mation has often been interrupted, and as long blank intervals have intervened between successive formations, we ought not to expect to find, as I attempted to show in the last chapter, in any one or in any two formations, all the intermediate varieties between the species which appeared at the commencement and close of these periods: but we ought to find after intervals, very long as measured by years, but only moderately long as measured geologically, closely allied forms, or, as they have been called by some autM
hors, representative species; and these assuredly we do find. We find, in short, such evidence of the slow and scarcely sensible mutations of specific forms, as we have the right to expect.
On the State of Development of Ancient compared with Living Forms.
We have seen in the fourth chapter that the degree of differentiation and specialisation of the parts in organic beings, when arrived at maturity, is the best standard, as yet suggested, of their degree of perfection or highness. We have also seen that, as M
the specialisation of parts is an advantage to each being, so natural selection will tend to render the organisation of each being more specialised and perfect, and in this sense higher; not but that it may leave many creatures with simple and unimproved structures fitted for simple conditions of life, and in some cases will even degrade or simplify the organisation, yet leaving such degraded beings better fitted for their new walks of life. In another and more general manner, new species become superior to their pM
redecessors; for they have to beat in the struggle for life all the older forms, with which they come into close competition. We may therefore conclude that if under a nearly similar climate the eocene inhabitants of the world could be put into competition with the existing inhabitants, the former would be beaten and exterminated by the latter, as would the secondary by the eocene, and the pal
ozoic by the secondary forms. So that by this fundamental test of victory in the battle for life, as well as by the standaM
rd of the specialisation of organs, modern forms ought, on the theory of natural selection, to stand higher than ancient forms. Is this the case? A large majority of pal
ontologists would answer in the affirmative; and it seems that this answer must be admitted as true, though difficult of proof.
It is no valid objection to this conclusion, that certain Brachiopods have been but slightly modified from an extremely remote geological epoch; and that certain land and fresh-water shells have remained nearly the samM
e, from the time when, as far as is known, they first appeared. It is not an insuperable difficulty that Foraminifera have not, as insisted on by Dr. Carpenter, progressed in organisation since even the Laurentian epoch; for some organisms would have to remain fitted for simple conditions of life, and what could be better fitted for this end than these lowly organised Protozoa? Such objections as the above would be fatal to my view, if it included advance in organisation as a necessary contingent. They would likewiM
se be fatal, if the above Foraminifera, for instance, could be proved to have first come into existence during the Laurentian epoch, or the above Brachiopods during the Cambrian formation; for in this case, there would not have been time sufficient for the development of these organisms up to the standard which they had then reached. When advanced up to any given point, there is no necessity, on the theory of natural selection, for their further continued process; though they will, during each successive age, have M
to be slightly modified, so as to hold their places in relation to slight changes in their conditions. The foregoing objections hinge on the question whether we really know how old the world is, and at what period the various forms of life first appeared; and this may well be disputed.
The problem whether organisation on the whole has advanced is in many ways excessively intricate. The geological record, at all times imperfect, does not extend far enough back to show with unmistakable clearness that within the kM
nown history of the world organisation has largely advanced. Even at the present day, looking to members of the same class, naturalists are not unanimous which forms ought to be ranked as highest: thus, some look at the selaceans or sharks, from their approach in some important points of structure to reptiles, as the highest fish; others look at the teleosteans as the highest. The ganoids stand intermediate between the selaceans and teleosteans; the latter at the present day are largely preponderant in number; but M
formerly selaceans and ganoids alone existed; and in this case, according to the standard of highness chosen, so will it be said that fishes have advanced or retrograded in organisation. To attempt to compare members of distinct types in the scale of highness seems hopeless; who will decide whether a cuttle-fish be higher than a bee
that insect which the great Von Baer believed to be
in fact more highly organised than a fish, although upon another type?
 In the complex struggle for life it is quite credible M
that crustaceans, not very high in their own class, might beat cephalopods, the highest molluscs; and such crustaceans, though not highly developed, would stand very high in the scale of invertebrate animals, if judged by the most decisive of all trials
the law of battle. Beside these inherent difficulties in deciding which forms are the most advanced in organisation, we ought not solely to compare the highest members of a class at any two periods
though undoubtedly this is one and perhaps the most important elM
ement in striking a balance
but we ought to compare all the members, high and low, at two periods. At an ancient epoch the highest and lowest molluscoidal animals, namely, cephalopods and brachiopods, swarmed in numbers; at the present time both groups are greatly reduced, while others, intermediate in organisation, have largely increased; consequently some naturalists maintain that molluscs were formerly more highly developed than at present; but a stronger case can be made out on the opposite side, by consideriM
ng the vast reduction of brachiopods, and the fact that our existing cephalopods, though few in number, are more highly organised than their ancient representatives. We ought also to compare the relative proportional numbers, at any two periods, of the high and low classes throughout the world: if, for instance, at the present day fifty thousand kinds of vertebrate animals exist, and if we knew that at some former period only ten thousand kinds existed, we ought to look at this increase in number in the highest claM
ss, which implies a great displacement of lower forms, as a decided advance in the organisation of the world. We thus see how hopelessly difficult it is to compare with perfect fairness, under such extremely complex relations, the standard of organisation of the imperfectly-known faunas of successive periods.
We shall appreciate this difficulty more clearly by looking to certain existing faunas and floras. From the extraordinary manner in which European productions have recently spread over New Zealand, and haveM
 seized on places which must have been previously occupied by the indigenes, we must believe, that if all the animals and plants of Great Britain were set free in New Zealand, a multitude of British forms would in the course of time become thoroughly naturalized there, and would exterminate many of the natives. On the other hand, from the fact that hardly a single inhabitant of the southern hemisphere has become wild in any part of Europe, we may well doubt whether, if all the productions of New Zealand were set frM
ee in Great Britain, any considerable number would be enabled to seize on places now occupied by our native plants and animals. Under this point of view, the productions of Great Britain stand much higher in the scale than those of New Zealand. Yet the most skilful naturalist, from an examination of the species of the two countries, could not have foreseen this result.
Agassiz and several other highly competent judges insist that ancient animals resemble to a certain extent the embryos of recent animals belonginM
g to the same classes; and that the geological succession of extinct forms is nearly parallel with the embryological development of existing forms. This view accords admirably well with our theory. In a future chapter I shall attempt to show that the adult differs from its embryo, owing to variations having supervened at a not early age, and having been inherited at a corresponding age. This process, whilst it leaves the embryo almost unaltered, continually adds, in the course of successive generations, more and moM
re difference to the adult. Thus the embryo comes to be left as a sort of picture, preserved by nature, of the former and less modified condition of the species. This view may be true, and yet may never be capable of proof. Seeing, for instance, that the oldest known mammals, reptiles, and fishes strictly belong to their proper classes, though some of these old forms are in a slight degree less distinct from each other than are the typical members of the same groups at the present day, it would be vain to look for M
animals having the common embryological character of the Vertebrata, until beds rich in fossils are discovered far beneath the lowest Cambrian strata
a discovery of which the chance is small.
On the Succession of the same Types within the same Areas, during the later Tertiary periods.
Mr. Clift many years ago showed that the fossil mammals from the Australian caves were closely allied to the living marsupials of that continent. In South America, a similar relationship is manifest, even to an uneducated eye,M
 in the gigantic pieces of armour, like those of the armadillo, found in several parts of La Plata; and Professor Owen has shown in the most striking manner that most of the fossil mammals, buried there in such numbers, are related to South American types. This relationship is even more clearly seen in the wonderful collection of fossil bones made by MM. Lund and Clausen in the caves of Brazil. I was so much impressed with these facts that I strongly insisted, in 1839 and 1845, on this
law of the succession of tM
this wonderful relationship in the same continent between the dead and the living.
 Professor Owen has subsequently extended the same generalisation to the mammals of the Old World. We see the same law in this author
s restorations of the extinct and gigantic birds of New Zealand. We see it also in the birds of the caves of Brazil. Mr. Woodward has shown that the same law holds good with sea-shells, but, from the wide distribution of most molluscs, it is not well displayed by them. Other cases M
could be added, as the relation between the extinct and living land-shells of Madeira; and between the extinct and living brackish water-shells of the Aralo-Caspian Sea.
Now, what does this remarkable law of the succession of the same types within the same areas mean? He would be a bold man who, after comparing the present climate of Australia and of parts of South America, under the same latitude, would attempt to account, on the one hand through dissimilar physical conditions, for the dissimilarity of the inhaM
bitants of these two continents; and, on the other hand through similarity of conditions, for the uniformity of the same types in each continent during the later tertiary periods. Nor can it be pretended that it is an immutable law that marsupials should have been chiefly or solely produced in Australia; or that Edentata and other American types should have been solely produced in South America. For we know that Europe in ancient times was peopled by numerous marsupials; and I have shown in the publications above aM
lluded to, that in America the law of distribution of terrestrial mammals was formerly different from what it now is. North America formerly partook strongly of the present character of the southern half of the continent; and the southern half was formerly more closely allied, than it is at present, to the northern half. In a similar manner we know, from Falconer and Cautley
s discoveries, that Northern India was formerly more closely related in its mammals to Africa than it is at the present time. Analogous factM
s could be given in relation to the distribution of marine animals.
On the theory of descent with modification, the great law of the long enduring, but not immutable, succession of the same types within the same areas, is at once explained; for the inhabitants of each quarter of the world will obviously tend to leave in that quarter, during the next succeeding period of time, closely allied though in some degree modified descendants. If the inhabitants of one continent formerly differed greatly from those of anoM
ther continent, so will their modified descendants still differ in nearly the same manner and degree. But after very long intervals of time, and after great geographical changes, permitting much intermigration, the feebler will yield to the more dominant forms, and there will be nothing immutable in the distribution of organic beings.
It may be asked in ridicule whether I suppose that the megatherium and other allied huge monsters, which formerly lived in South America, have left behind them the sloth, armadilloM
, and anteater, as their degenerate descendants. This cannot for an instant be admitted. These huge animals have become wholly extinct, and have left no progeny. But in the caves of Brazil there are many extinct species which are closely allied in size and in all other characters to the species still living in South America; and some of these fossils may have been the actual progenitors of the living species. It must not be forgotten that, on our theory, all the species of the same genus are the descendants of someM
 one species; so that, if six genera, each having eight species, be found in one geological formation, and in a succeeding formation there be six other allied or representative genera, each with the same number of species, then we may conclude that generally only one species of each of the older genera has left modified descendants, which constitute the new genera containing the several species; the other seven species of each old genus having died out and left no progeny. Or, and this will be a far commoner case, M
two or three species in two or three alone of the six older genera will be the parents of the new genera: the other species and the other old genera having become utterly extinct. In failing orders, with the genera and species decreasing in numbers as is the case with the Edentata of South America, still fewer genera and species will leave modified blood-descendants.
Summary of the preceding and present Chapters.
I have attempted to show that the geological record is extremely imperfect; that only a small porM
tion of the globe has been geologically explored with care; that only certain classes of organic beings have been largely preserved in a fossil state; that the number both of specimens and of species, preserved in our museums, is absolutely as nothing compared with the number of generations which must have passed away even during a single formation; that, owing to subsidence being almost necessary for the accumulation of deposits rich in fossil species of many kinds, and thick enough to outlast future degradation, M
great intervals of time must have elapsed between most of our successive formations; that there has probably been more extinction during the periods of subsidence, and more variation during the periods of elevation, and during the latter the record will have been least perfectly kept; that each single formation has not been continuously deposited; that the duration of each formation is probably short compared with the average duration of specific forms; that migration has played an important part in the first appeaM
rance of new forms in any one area and formation; that widely ranging species are those which have varied most frequently, and have oftenest given rise to new species; that varieties have at first been local; and lastly, although each species must have passed through numerous transitional stages, it is probable that the periods, during which each underwent modification, though many and long as measured by years, have been short in comparison with the periods during which each remained in an unchanged condition. TheM
se causes, taken conjointly, will to a large extent explain why
though we do find many links
we do not find interminable varieties, connecting together all extinct and existing forms by the finest graduated steps. It should also be constantly borne in mind that any linking variety between two forms, which might be found, would be ranked, unless the whole chain could be perfectly restored, as a new and distinct species; for it is not pretended that we have any sure criterion by which species and varieties can beM
He who rejects this view of the imperfection of the geological record, will rightly reject the whole theory. For he may ask in vain where are the numberless transitional links which must formerly have connected the closely allied or representative species, found in the successive stages of the same great formation? He may disbelieve in the immense intervals of time which must have elapsed between our consecutive formations; he may overlook how important a part migration has played, when the formaM
tions of any one great region, as those of Europe, are considered; he may urge the apparent, but often falsely apparent, sudden coming in of whole groups of species. He may ask where are the remains of those infinitely numerous organisms which must have existed long before the Cambrian system was deposited? We now know that at least one animal did then exist; but I can answer this last question only by supposing that where our oceans now extend they have extended for an enormous period, and where our oscillating coM
ntinents now stand they have stood since the commencement of the Cambrian system; but that, long before that epoch, the world presented a widely different aspect; and that the older continents, formed of formations older than any known to us, exist now only as remnants in a metamorphosed condition, or lie still buried under the ocean.
Passing from these difficulties, the other great leading facts in pal
ontology agree admirably with the theory of descent with modification through variation and natural selectionM
. We can thus understand how it is that new species come in slowly and successively; how species of different classes do not necessarily change together, or at the same rate, or in the same degree; yet in the long run that all undergo modification to some extent. The extinction of old forms is the almost inevitable consequence of the production of new forms. We can understand why, when a species has once disappeared, it never reappears. Groups of species increase in numbers slowly, and endure for unequal periods ofM
 time; for the process of modification is necessarily slow, and depends on many complex contingencies. The dominant species belonging to large and dominant groups tend to leave many modified descendants, which form new sub-groups and groups. As these are formed, the species of the less vigorous groups, from their inferiority inherited from a common progenitor, tend to become extinct together, and to leave no modified offspring on the face of the earth. But the utter extinction of a whole group of species has sometiM
mes been a slow process, from the survival of a few descendants, lingering in protected and isolated situations. When a group has once wholly disappeared, it does not reappear; for the link of generation has been broken.
We can understand how it is that dominant forms which spread widely and yield the greatest number of varieties tend to people the world with allied, but modified, descendants; and these will generally succeed in displacing the groups which are their inferiors in the struggle for existence. HenceM
, after long intervals of time, the productions of the world appear to have changed simultaneously.
We can understand how it is that all the forms of life, ancient and recent, make together a few grand classes. We can understand, from the continued tendency to divergence of character, why the more ancient a form is, the more it generally differs from those now living. Why ancient and extinct forms often tend to fill up gaps between existing forms, sometimes blending two groups, previously classed as distinct intM
o one; but more commonly bringing them only a little closer together. The more ancient a form is, the more often it stands in some degree intermediate between groups now distinct; for the more ancient a form is, the more nearly it will be related to, and consequently resemble, the common progenitor of groups, since become widely divergent. Extinct forms are seldom directly intermediate between existing forms; but are intermediate only by a long and circuitous course through other extinct and different forms. We canM
 clearly see why the organic remains of closely consecutive formations are closely allied; for they are closely linked together by generation. We can clearly see why the remains of an intermediate formation are intermediate in character.
The inhabitants of the world at each successive period in its history have beaten their predecessors in the race for life, and are, in so far, higher in the scale, and their structure has generally become more specialised; and this may account for the common belief held by so maM
ontologists, that organisation on the whole has progressed. Extinct and ancient animals resemble to a certain extent the embryos of the more recent animals belonging to the same classes, and this wonderful fact receives a simple explanation according to our views. The succession of the same types of structure within the same areas during the later geological periods ceases to be mysterious, and is intelligible on the principle of inheritance.
If, then, the geological record be as imperfect as many believM
e, and it may at least be asserted that the record cannot be proved to be much more perfect, the main objections to the theory of natural selection are greatly diminished or disappear. On the other hand, all the chief laws of pal
ontology plainly proclaim, as it seems to me, that species have been produced by ordinary generation: old forms having been supplanted by new and improved forms of life, the products of variation and the survival of the fittest.
GEOGRAPHICAL DISTRIBUTION
tribution cannot be accounted for by differences in physical conditions
Importance of barriers
Affinity of the productions of the same continent
Means of dispersal by changes of climate and of the level of the land, and by occasional means
Dispersal during the Glacial period
Alternate Glacial periods in the North and South.
In considering the distribution of organic beings over the face of the globe, the first great fact which strikes us is, that neither the similarity nor the disM
similarity of the inhabitants of various regions can be wholly accounted for by climatal and other physical conditions. Of late, almost every author who has studied the subject has come to this conclusion. The case of America alone would almost suffice to prove its truth; for if we exclude the arctic and northern temperate parts, all authors agree that one of the most fundamental divisions in geographical distribution is that between the New and Old Worlds; yet if we travel over the vast American continent, from thM
e central parts of the United States to its extreme southern point, we meet with the most diversified conditions; humid districts, arid deserts, lofty mountains, grassy plains, forests, marshes, lakes and great rivers, under almost every temperature. There is hardly a climate or condition in the Old World which cannot be paralleled in the New
at least so closely as the same species generally require. No doubt small areas can be pointed out in the Old World hotter than any in the New World; but these are not inhabM
ited by a fauna different from that of the surrounding districts; for it is rare to find a group of organisms confined to a small area, of which the conditions are peculiar in only a slight degree. Notwithstanding this general parallelism in the conditions of Old and New Worlds, how widely different are their living productions!
In the southern hemisphere, if we compare large tracts of land in Australia, South Africa, and western South America, between latitudes 25
, we shall find parts extremely similM
ar in all their conditions, yet it would not be possible to point out three faunas and floras more utterly dissimilar. Or, again, we may compare the productions of South America south of latitude 35
 with those north of 25
, which consequently are separated by a space of ten degrees of latitude, and are exposed to considerably different conditions; yet they are incomparably more closely related to each other than they are to the productions of Australia or Africa under nearly the same climate. Analogous facts couM
ld be given with respect to the inhabitants of the sea.
A second great fact which strikes us in our general review is, that barriers of any kind, or obstacles to free migration, are related in a close and important manner to the differences between the productions of various regions. We see this in the great difference in nearly all the terrestrial productions of the New and Old Worlds, excepting in the northern parts, where the land almost joins, and where, under a slightly different climate, there might have bM
een free migration for the northern temperate forms, as there now is for the strictly arctic productions. We see the same fact in the great difference between the inhabitants of Australia, Africa, and South America under the same latitude; for these countries are almost as much isolated from each other as is possible. On each continent, also, we see the same fact; for on the opposite sides of lofty and continuous mountain-ranges, and of great deserts and even of large rivers, we find different productions; though aM
s mountain chains, deserts, &c., are not as impassable, or likely to have endured so long, as the oceans separating continents, the differences are very inferior in degree to those characteristic of distinct continents.
Turning to the sea, we find the same law. The marine inhabitants of the eastern and western shores of South America are very distinct, with extremely few shells, crustacea, or echinodermata in common; but Dr. G
nther has recently shown that about thirty per cent of the fishes are the same on theM
 opposite sides of the isthmus of Panama; and this fact has led naturalists to believe that the isthmus was formerly open. Westward of the shores of America, a wide space of open ocean extends, with not an island as a halting-place for emigrants; here we have a barrier of another kind, and as soon as this is passed we meet in the eastern islands of the Pacific with another and totally distinct fauna. So that three marine faunas range northward and southward in parallel lines not far from each other, under corresponM
ding climate; but from being separated from each other by impassable barriers, either of land or open sea, they are almost wholly distinct. On the other hand, proceeding still farther westward from the eastern islands of the tropical parts of the Pacific, we encounter no impassable barriers, and we have innumerable islands as halting-places, or continuous coasts, until, after travelling over a hemisphere, we come to the shores of Africa; and over this vast space we meet with no well-defined and distinct marine faunM
as. Although so few marine animals are common to the above-named three approximate faunas of Eastern and Western America and the eastern Pacific islands, yet many fishes range from the Pacific into the Indian Ocean, and many shells are common to the eastern islands of the Pacific and the eastern shores of Africa on almost exactly opposite meridians of longitude.
A third great fact, partly included in the foregoing statement, is the affinity of the productions of the same continent or of the same sea, though the M
species themselves are distinct at different points and stations. It is a law of the widest generality, and every continent offers innumerable instances. Nevertheless, the naturalist, in travelling, for instance, from north to south, never fails to be struck by the manner in which successive groups of beings, specifically distinct, though nearly related, replace each other. He hears from closely allied, yet distinct kinds of birds, notes nearly similar, and sees their nests similarly constructed, but not quite alikM
e, with eggs coloured in nearly the same manner. The plains near the Straits of Magellan are inhabited by one species of Rhea (American ostrich), and northward the plains of La Plata by another species of the same genus; and not by a true ostrich or emu, like those inhabiting Africa and Australia under the same latitude. On these same plains of La Plata we see the agouti and bizcacha, animals having nearly the same habits as our hares and rabbits, and belonging to the same order of Rodents, but they plainly displayM
 an American type of structure. We ascend the lofty peaks of the Cordillera, and we find an alpine species of bizcacha; we look to the waters, and we do not find the beaver or muskrat, but the coypu and capybara, rodents of the South American type. Innumerable other instances could be given. If we look to the islands off the American shore, however much they may differ in geological structure, the inhabitants are essentially American, though they may be all peculiar species. We may look back to past ages, as shown M
in the last chapter, and we find American types then prevailing on the American continent and in the American seas. We see in these facts some deep organic bond, throughout space and time, over the same areas of land and water, independently of physical conditions. The naturalist must be dull who is not led to inquire what this bond is.
The bond is simply inheritance, that cause which alone, as far as we positively know, produces organisms quite like each other, or, as we see in the case of varieties, nearly aliM
ke. The dissimilarity of the inhabitants of different regions may be attributed to modification through variation and natural selection, and probably in a subordinate degree to the definite influence of different physical conditions. The degrees of dissimilarity will depend on the migration of the more dominant forms of life from one region into another having been more or less effectually prevented, at periods more or less remote
on the nature and number of the former immigrants
and on the action of the inhabiM
tants on each other in leading to the preservation of different modifications; the relation of organism to organism in the struggle for life being, as I have already often remarked, the most important of all relations. Thus the high importance of barriers comes into play by checking migration; as does time for the slow process of modification through natural selection. Widely-ranging species, abounding in individuals, which have already triumphed over many competitors in their own widely-extended homes, will have tM
he best chance of seizing on new places, when they spread out into new countries. In their new homes they will be exposed to new conditions, and will frequently undergo further modification and improvement; and thus they will become still further victorious, and will produce groups of modified descendants. On this principle of inheritance with modification we can understand how it is that sections of genera, whole genera, and even families, are confined to the same areas, as is so commonly and notoriously the case.M
There is no evidence, as was remarked in the last chapter, of the existence of any law of necessary development. As the variability of each species is an independent property, and will be taken advantage of by natural selection, only so far as it profits each individual in its complex struggle for life, so the amount of modification in different species will be no uniform quantity. If a number of species, after having long competed with each other in their old home, were to migrate in a body into a new and afteM
rwards isolated country, they would be little liable to modification; for neither migration nor isolation in themselves effect anything. These principles come into play only by bringing organisms into new relations with each other and in a lesser degree with the surrounding physical conditions. As we have seen in the last chapter that some forms have retained nearly the same character from an enormously remote geological period, so certain species have migrated over vast spaces, and have not become greatly or at alM
According to these views, it is obvious that the several species of the same genus, though inhabiting the most distant quarters of the world, must originally have proceeded from the same source, as they are descended from the same progenitor. In the case of those species which have undergone, during whole geological periods, little modification, there is not much difficulty in believing that they have migrated from the same region; for during the vast geographical and climatical changes which have suM
pervened since ancient times, almost any amount of migration is possible. But in many other cases, in which we have reason to believe that the species of a genus have been produced within comparatively recent times, there is great difficulty on this head. It is also obvious that the individuals of the same species, though now inhabiting distant and isolated regions, must have proceeded from one spot, where their parents were first produced: for, as has been explained, it is incredible that individuals identically tM
he same should have been produced from parents specifically distinct.
Single Centres of supposed Creation.
We are thus brought to the question which has been largely discussed by naturalists, namely, whether species have been created at one or more points of the earth
s surface. Undoubtedly there are many cases of extreme difficulty in understanding how the same species could possibly have migrated from some one point to the several distant and isolated points, where now found. Nevertheless the simplicity ofM
 the view that each species was first produced within a single region captivates the mind. He who rejects it, rejects the vera causa of ordinary generation with subsequent migration, and calls in the agency of a miracle. It is universally admitted, that in most cases the area inhabited by a species is continuous; and that when a plant or animal inhabits two points so distant from each other, or with an interval of such a nature, that the space could not have been easily passed over by migration, the fact is given aM
s something remarkable and exceptional. The incapacity of migrating across a wide sea is more clear in the case of terrestrial mammals than perhaps with any other organic beings; and, accordingly, we find no inexplicable instances of the same mammals inhabiting distant points of the world. No geologist feels any difficulty in Great Britain possessing the same quadrupeds with the rest of Europe, for they were no doubt once united. But if the same species can be produced at two separate points, why do we not find a sM
ingle mammal common to Europe and Australia or South America? The conditions of life are nearly the same, so that a multitude of European animals and plants have become naturalised in America and Australia; and some of the aboriginal plants are identically the same at these distant points of the northern and southern hemispheres? The answer, as I believe, is, that mammals have not been able to migrate, whereas some plants, from their varied means of dispersal, have migrated across the wide and broken interspaces. TM
he great and striking influence of barriers of all kinds, is intelligible only on the view that the great majority of species have been produced on one side, and have not been able to migrate to the opposite side. Some few families, many subfamilies, very many genera, a still greater number of sections of genera, are confined to a single region; and it has been observed by several naturalists that the most natural genera, or those genera in which the species are most closely related to each other, are generally conM
fined to the same country, or if they have a wide range that their range is continuous. What a strange anomaly it would be if a directly opposite rule were to prevail when we go down one step lower in the series, namely to the individuals of the same species, and these had not been, at least at first, confined to some one region!
Hence, it seems to me, as it has to many other naturalists, that the view of each species having been produced in one area alone, and having subsequently migrated from that area as far M
as its powers of migration and subsistence under past and present conditions permitted, is the most probable. Undoubtedly many cases occur in which we cannot explain how the same species could have passed from one point to the other. But the geographical and climatical changes which have certainly occurred within recent geological times, must have rendered discontinuous the formerly continuous range of many species. So that we are reduced to consider whether the exceptions to continuity of range are so numerous, anM
d of so grave a nature, that we ought to give up the belief, rendered probable by general considerations, that each species has been produced within one area, and has migrated thence as far as it could. It would be hopelessly tedious to discuss all the exceptional cases of the same species, now living at distant and separated points; nor do I for a moment pretend that any explanation could be offered of many instances. But, after some preliminary remarks, I will discuss a few of the most striking classes of facts, M
namely, the existence of the same species on the summits of distant mountain ranges, and at distant points in the Arctic and Antarctic regions; and secondly (in the following chapter), the wide distribution of fresh water productions; and thirdly, the occurrence of the same terrestrial species on islands and on the nearest mainland, though separated by hundreds of miles of open sea. If the existence of the same species at distant and isolated points of the earth
s surface can in many instances be explained on theM
 view of each species having migrated from a single birthplace; then, considering our ignorance with respect to former climatical and geographical changes, and to the various occasional means of transport, the belief that a single birthplace is the law seems to me incomparably the safest.
In discussing this subject we shall be enabled at the same time to consider a point equally important for us, namely, whether the several species of a genus which must on our theory all be descended from a common progenitor, caM
n have migrated, undergoing modification during their migration from some one area. If, when most of the species inhabiting one region are different from those of another region, though closely allied to them, it can be shown that migration from the one region to the other has probably occurred at some former period, our general view will be much strengthened; for the explanation is obvious on the principle of descent with modification. A volcanic island, for instance, upheaved and formed at the distance of a few hM
undreds of miles from a continent, would probably receive from it in the course of time a few colonists, and their descendants, though modified, would still be related by inheritance to the inhabitants of that continent. Cases of this nature are common, and are, as we shall hereafter see, inexplicable on the theory of independent creation. This view of the relation of the species of one region to those of another, does not differ much from that advanced by Mr. Wallace, who concludes that
every species has come iM
nto existence coincident both in space and time with a pre-existing closely allied species.
 And it is now well known that he attributes this coincidence to descent with modification.
The question of single or multiple centres of creation differs from another though allied question, namely, whether all the individuals of the same species are descended from a single pair, or single hermaphrodite, or whether, as some authors suppose, from many individuals simultaneously created. With organic beings which never iM
ntercross, if such exist, each species, must be descended from a succession of modified varieties, that have supplanted each other, but have never blended with other individuals or varieties of the same species, so that, at each successive stage of modification, all the individuals of the same form will be descended from a single parent. But in the great majority of cases, namely, with all organisms which habitually unite for each birth, or which occasionally intercross, the individuals of the same species inhabitiM
ng the same area will be kept nearly uniform by intercrossing; so that many individuals will go on simultaneously changing, and the whole amount of modification at each stage will not be due to descent from a single parent. To illustrate what I mean: our English race-horses differ from the horses of every other breed; but they do not owe their difference and superiority to descent from any single pair, but to continued care in the selecting and training of many individuals during each generation.
ng the three classes of facts, which I have selected as presenting the greatest amount of difficulty on the theory of
single centres of creation,
 I must say a few words on the means of dispersal.
Sir C. Lyell and other authors have ably treated this subject. I can give here only the briefest abstract of the more important facts. Change of climate must have had a powerful influence on migration. A region now impassable to certain organisms from the nature of its climate, might have beM
en a high road for migration, when the climate was different. I shall, however, presently have to discuss this branch of the subject in some detail. Changes of level in the land must also have been highly influential: a narrow isthmus now separates two marine faunas; submerge it, or let it formerly have been submerged, and the two faunas will now blend together, or may formerly have blended. Where the sea now extends, land may at a former period have connected islands or possibly even continents together, and thus M
have allowed terrestrial productions to pass from one to the other. No geologist disputes that great mutations of level have occurred within the period of existing organisms. Edward Forbes insisted that all the islands in the Atlantic must have been recently connected with Europe or Africa, and Europe likewise with America. Other authors have thus hypothetically bridged over every ocean, and united almost every island with some mainland. If, indeed, the arguments used by Forbes are to be trusted, it must be admitteM
d that scarcely a single island exists which has not recently been united to some continent. This view cuts the Gordian knot of the dispersal of the same species to the most distant points, and removes many a difficulty; but to the best of my judgment we are not authorized in admitting such enormous geographical changes within the period of existing species. It seems to me that we have abundant evidence of great oscillations in the level of the land or sea; but not of such vast changes in the position and extensionM
 of our continents, as to have united them within the recent period to each other and to the several intervening oceanic islands. I freely admit the former existence of many islands, now buried beneath the sea, which may have served as halting-places for plants and for many animals during their migration. In the coral-producing oceans such sunken islands are now marked by rings of coral or atolls standing over them. Whenever it is fully admitted, as it will some day be, that each species has proceeded from a singleM
 birthplace, and when in the course of time we know something definite about the means of distribution, we shall be enabled to speculate with security on the former extension of the land. But I do not believe that it will ever be proved that within the recent period most of our continents which now stand quite separate, have been continuously, or almost continuously united with each other, and with the many existing oceanic islands. Several facts in distribution
such as the great difference in the marine faunas oM
n the opposite sides of almost every continent
the close relation of the tertiary inhabitants of several lands and even seas to their present inhabitants
the degree of affinity between the mammals inhabiting islands with those of the nearest continent, being in part determined (as we shall hereafter see) by the depth of the intervening ocean
these and other such facts are opposed to the admission of such prodigious geographical revolutions within the recent period, as are necessary on the view advanced by ForM
bes and admitted by his followers. The nature and relative proportions of the inhabitants of oceanic islands are likewise opposed to the belief of their former continuity of continents. Nor does the almost universally volcanic composition of such islands favour the admission that they are the wrecks of sunken continents; if they had originally existed as continental mountain ranges, some at least of the islands would have been formed, like other mountain summits, of granite, metamorphic schists, old fossiliferous aM
nd other rocks, instead of consisting of mere piles of volcanic matter.
I must now say a few words on what are called accidental means, but which more properly should be called occasional means of distribution. I shall here confine myself to plants. In botanical works, this or that plant is often stated to be ill adapted for wide dissemination; but the greater or less facilities for transport across the sea may be said to be almost wholly unknown. Until I tried, with Mr. Berkeley
s aid, a few experiments, it wM
as not even known how far seeds could resist the injurious action of sea-water. To my surprise I found that out of eighty-seven kinds, sixty-four germinated after an immersion of twenty-eight days, and a few survived an immersion of 137 days. It deserves notice that certain orders were far more injured than others: nine Leguminos
 were tried, and, with one exception, they resisted the salt-water badly; seven species of the allied orders, Hydrophyllace
, were all killed by a month
 sake I chiefly tried small seeds without the capsules or fruit; and as all of these sank in a few days, they could not have been floated across wide spaces of the sea, whether or not they were injured by salt water. Afterwards I tried some larger fruits, capsules, &c., and some of these floated for a long time. It is well known what a difference there is in the buoyancy of green and seasoned timber; and it occurred to me that floods would often wash into the sea dried plants or branches with seedM
-capsules or fruit attached to them. Hence I was led to dry the stems and branches of ninety-four plants with ripe fruit, and to place them on sea-water. The majority sank quickly, but some which, whilst green, floated for a very short time, when dried floated much longer; for instance, ripe hazel-nuts sank immediately, but when dried they floated for ninety days, and afterwards when planted germinated; an asparagus plant with ripe berries floated for twenty-three days, when dried it floated for eighty-five days, aM
nd the seeds afterwards germinated: the ripe seeds of Helosciadium sank in two days, when dried they floated for above ninety days, and afterwards germinated. Altogether, out of the ninety-four dried plants, eighteen floated for above twenty-eight days; and some of the eighteen floated for a very much longer period. So that as 64/87 kinds of seeds germinated after an immersion of twenty-eight days; and as 18/94 distinct species with ripe fruit (but not all the same species as in the foregoing experiment) floated, aM
fter being dried, for above twenty-eight days, we may conclude, as far as anything can be inferred from these scanty facts, that the seeds of 14/100 kinds of plants of any country might be floated by sea-currents during twenty-eight days, and would retain their power of germination. In Johnston
s Physical Atlas, the average rate of the several Atlantic currents is thirty-three miles per diem (some currents running at the rate of sixty miles per diem); on this average, the seeds of 14/100 plants belonging to one cM
ountry might be floated across 924 miles of sea to another country; and when stranded, if blown by an inland gale to a favourable spot, would germinate.
Subsequently to my experiments, M. Martens tried similar ones, but in a much better manner, for he placed the seeds in a box in the actual sea, so that they were alternately wet and exposed to the air like really floating plants. He tried ninety-eight seeds, mostly different from mine, but he chose many large fruits, and likewise seeds, from plants which live neM
ar the sea; and this would have favoured both the average length of their flotation and their resistance to the injurious action of the salt-water. On the other hand, he did not previously dry the plants or branches with the fruit; and this, as we have seen, would have caused some of them to have floated much longer. The result was that 18/98 of his seeds of different kinds floated for forty-two days, and were then capable of germination. But I do not doubt that plants exposed to the waves would float for a less tiM
me than those protected from violent movement as in our experiments. Therefore, it would perhaps be safer to assume that the seeds of about 10/100 plants of a flora, after having been dried, could be floated across a space of sea 900 miles in width, and would then germinate. The fact of the larger fruits often floating longer than the small, is interesting; as plants with large seeds or fruit which, as Alph. de Candolle has shown, generally have restricted ranges, could hardly be transported by any other means.
Seeds may be occasionally transported in another manner. Drift timber is thrown up on most islands, even on those in the midst of the widest oceans; and the natives of the coral islands in the Pacific procure stones for their tools, solely from the roots of drifted trees, these stones being a valuable royal tax. I find that when irregularly shaped stones are embedded in the roots of trees, small parcels of earth are very frequently enclosed in their interstices and behind them, so perfectly that not a particle coulM
d be washed away during the longest transport: out of one small portion of earth thus completely enclosed by the roots of an oak about fifty years old, three dicotyledonous plants germinated: I am certain of the accuracy of this observation. Again, I can show that the carcasses of birds, when floating on the sea, sometimes escape being immediately devoured; and many kinds of seeds in the crops of floating birds long retain their vitality: peas and vetches, for instance, are killed by even a few days
 sea-water; but some taken out of the crop of a pigeon, which had floated on artificial sea-water for thirty days, to my surprise nearly all germinated.
Living birds can hardly fail to be highly effective agents in the transportation of seeds. I could give many facts showing how frequently birds of many kinds are blown by gales to vast distances across the ocean. We may safely assume that under such circumstances their rate of flight would often be thirty-five miles an hour; and some authors have given a far higM
her estimate. I have never seen an instance of nutritious seeds passing through the intestines of a bird; but hard seeds of fruit pass uninjured through even the digestive organs of a turkey. In the course of two months, I picked up in my garden twelve kinds of seeds, out of the excrement of small birds, and these seemed perfect, and some of them, which were tried, germinated. But the following fact is more important: the crops of birds do not secrete gastric juice, and do not, as I know by trial, injure in the leaM
st the germination of seeds; now, after a bird has found and devoured a large supply of food, it is positively asserted that all the grains do not pass into the gizzard for twelve or even eighteen hours. A bird in this interval might easily be blown to the distance of five hundred miles, and hawks are known to look out for tired birds, and the contents of their torn crops might thus readily get scattered. Some hawks and owls bolt their prey whole, and after an interval of from twelve to twenty hours, disgorge pelleM
ts, which, as I know from experiments made in the Zoological Gardens, include seeds capable of germination. Some seeds of the oat, wheat, millet, canary, hemp, clover, and beet germinated after having been from twelve to twenty-one hours in the stomachs of different birds of prey; and two seeds of beet grew after having been thus retained for two days and fourteen hours. Fresh-water fish, I find, eat seeds of many land and water plants; fish are frequently devoured by birds, and thus the seeds might be transported M
from place to place. I forced many kinds of seeds into the stomachs of dead fish, and then gave their bodies to fishing-eagles, storks, and pelicans; these birds, after an interval of many hours, either rejected the seeds in pellets or passed them in their excrement; and several of these seeds retained the power of germination. Certain seeds, however, were always killed by this process.
Locusts are sometimes blown to great distances from the land. I myself caught one 370 miles from the coast of Africa, and have M
heard of others caught at greater distances. The Rev. R.T. Lowe informed Sir C. Lyell that in November, 1844, swarms of locusts visited the island of Madeira. They were in countless numbers, as thick as the flakes of snow in the heaviest snowstorm, and extended upward as far as could be seen with a telescope. During two or three days they slowly careered round and round in an immense ellipse, at least five or six miles in diameter, and at night alighted on the taller trees, which were completely coated with them. TM
hey then disappeared over the sea, as suddenly as they had appeared, and have not since visited the island. Now, in parts of Natal it is believed by some farmers, though on insufficient evidence, that injurious seeds are introduced into their grass-land in the dung left by the great flights of locusts which often visit that country. In consequence of this belief Mr. Weale sent me in a letter a small packet of the dried pellets, out of which I extracted under the microscope several seeds, and raised from them seven M
grass plants, belonging to two species, of two genera. Hence a swarm of locusts, such as that which visited Madeira, might readily be the means of introducing several kinds of plants into an island lying far from the mainland.
Although the beaks and feet of birds are generally clean, earth sometimes adheres to them: in one case I removed sixty-one grains, and in another case twenty-two grains of dry argillaceous earth from the foot of a partridge, and in the earth there was a pebble as large as the seed of a vetM
ch. Here is a better case: the leg of a woodcock was sent to me by a friend, with a little cake of dry earth attached to the shank, weighing only nine grains; and this contained a seed of the toad-rush (Juncus bufonius) which germinated and flowered. Mr. Swaysland, of Brighton, who during the last forty years has paid close attention to our migratory birds, informs me that he has often shot wagtails (Motacill
), wheatears, and whinchats (Saxicol
), on their first arrival on our shores, before they had alighted; aM
nd he has several times noticed little cakes of earth attached to their feet. Many facts could be given showing how generally soil is charged with seeds. For instance, Professor Newton sent me the leg of a red-legged partridge (Caccabis rufa) which had been wounded and could not fly, with a ball of hard earth adhering to it, and weighing six and a half ounces. The earth had been kept for three years, but when broken, watered and placed under a bell glass, no less than eighty-two plants sprung from it: these consistM
ed of twelve monocotyledons, including the common oat, and at least one kind of grass, and of seventy dicotyledons, which consisted, judging from the young leaves, of at least three distinct species. With such facts before us, can we doubt that the many birds which are annually blown by gales across great spaces of ocean, and which annually migrate
for instance, the millions of quails across the Mediterranean
must occasionally transport a few seeds embedded in dirt adhering to their feet or beaks? But I shall hM
ave to recur to this subject.
As icebergs are known to be sometimes loaded with earth and stones, and have even carried brushwood, bones, and the nest of a land-bird, it can hardly be doubted that they must occasionally, as suggested by Lyell, have transported seeds from one part to another of the arctic and antarctic regions; and during the Glacial period from one part of the now temperate regions to another. In the Azores, from the large number of plants common to Europe, in comparison with the species on the M
other islands of the Atlantic, which stand nearer to the mainland, and (as remarked by Mr. H.C. Watson) from their somewhat northern character, in comparison with the latitude, I suspected that these islands had been partly stocked by ice-borne seeds during the Glacial epoch. At my request Sir C. Lyell wrote to M. Hartung to inquire whether he had observed erratic boulders on these islands, and he answered that he had found large fragments of granite and other rocks, which do not occur in the archipelago. Hence we M
may safely infer that icebergs formerly landed their rocky burdens on the shores of these mid-ocean islands, and it is at least possible that they may have brought thither the seeds of northern plants.
Considering that these several means of transport, and that other means, which without doubt remain to be discovered, have been in action year after year for tens of thousands of years, it would, I think, be a marvellous fact if many plants had not thus become widely transported. These means of transport are sometM
imes called accidental, but this is not strictly correct: the currents of the sea are not accidental, nor is the direction of prevalent gales of wind. It should be observed that scarcely any means of transport would carry seeds for very great distances; for seeds do not retain their vitality when exposed for a great length of time to the action of sea water; nor could they be long carried in the crops or intestines of birds. These means, however, would suffice for occasional transport across tracts of sea some hundM
red miles in breadth, or from island to island, or from a continent to a neighbouring island, but not from one distant continent to another. The floras of distant continents would not by such means become mingled; but would remain as distinct as they now are. The currents, from their course, would never bring seeds from North America to Britain, though they might and do bring seeds from the West Indies to our western shores, where, if not killed by their very long immersion in salt water, they could not endure our M
climate. Almost every year, one or two land-birds are blown across the whole Atlantic Ocean, from North America to the western shores of Ireland and England; but seeds could be transported by these rare wanderers only by one means, namely, by dirt adhering to their feet or beaks, which is in itself a rare accident. Even in this case, how small would be the chance of a seed falling on favourable soil, and coming to maturity! But it would be a great error to argue that because a well-stocked island, like Great BritaiM
n, has not, as far as is known (and it would be very difficult to prove this), received within the last few centuries, through occasional means of transport, immigrants from Europe or any other continent, that a poorly-stocked island, though standing more remote from the mainland, would not receive colonists by similar means. Out of a hundred kinds of seeds or animals transported to an island, even if far less well-stocked than Britain, perhaps not more than one would be so well fitted to its new home, as to becomeM
 naturalised. But this is no valid argument against what would be effected by occasional means of transport, during the long lapse of geological time, whilst the island was being upheaved, and before it had become fully stocked with inhabitants. On almost bare land, with few or no destructive insects or birds living there, nearly every seed which chanced to arrive, if fitted for the climate, would germinate and survive.
Dispersal during the Glacial Period.
The identity of many plants and animals, on mountain-M
summits, separated from each other by hundreds of miles of lowlands, where Alpine species could not possibly exist, is one of the most striking cases known of the same species living at distant points, without the apparent possibility of their having migrated from one point to the other. It is indeed a remarkable fact to see so many plants of the same species living on the snowy regions of the Alps or Pyrenees, and in the extreme northern parts of Europe; but it is far more remarkable, that the plants on the White M
Mountains, in the United States of America, are all the same with those of Labrador, and nearly all the same, as we hear from Asa Gray, with those on the loftiest mountains of Europe. Even as long ago as 1747, such facts led Gmelin to conclude that the same species must have been independently created at many distinct points; and we might have remained in this same belief, had not Agassiz and others called vivid attention to the Glacial period, which, as we shall immediately see, affords a simple explanation of theM
se facts. We have evidence of almost every conceivable kind, organic and inorganic, that, within a very recent geological period, central Europe and North America suffered under an Arctic climate. The ruins of a house burnt by fire do not tell their tale more plainly than do the mountains of Scotland and Wales, with their scored flanks, polished surfaces, and perched boulders, of the icy streams with which their valleys were lately filled. So greatly has the climate of Europe changed, that in Northern Italy, gigantM
ic moraines, left by old glaciers, are now clothed by the vine and maize. Throughout a large part of the United States, erratic boulders and scored rocks plainly reveal a former cold period.
The former influence of the glacial climate on the distribution of the inhabitants of Europe, as explained by Edward Forbes, is substantially as follows. But we shall follow the changes more readily, by supposing a new glacial period slowly to come on, and then pass away, as formerly occurred. As the cold came on, and as eacM
h more southern zone became fitted for the inhabitants of the north, these would take the places of the former inhabitants of the temperate regions. The latter, at the same time would travel further and further southward, unless they were stopped by barriers, in which case they would perish. The mountains would become covered with snow and ice, and their former Alpine inhabitants would descend to the plains. By the time that the cold had reached its maximum, we should have an arctic fauna and flora, covering the ceM
ntral parts of Europe, as far south as the Alps and Pyrenees, and even stretching into Spain. The now temperate regions of the United States would likewise be covered by arctic plants and animals and these would be nearly the same with those of Europe; for the present circumpolar inhabitants, which we suppose to have everywhere travelled southward, are remarkably uniform round the world.
As the warmth returned, the arctic forms would retreat northward, closely followed up in their retreat by the productions of tM
he more temperate regions. And as the snow melted from the bases of the mountains, the arctic forms would seize on the cleared and thawed ground, always ascending, as the warmth increased and the snow still further disappeared, higher and higher, whilst their brethren were pursuing their northern journey. Hence, when the warmth had fully returned, the same species, which had lately lived together on the European and North American lowlands, would again be found in the arctic regions of the Old and New Worlds, and oM
n many isolated mountain-summits far distant from each other.
Thus we can understand the identity of many plants at points so immensely remote as the mountains of the United States and those of Europe. We can thus also understand the fact that the Alpine plants of each mountain-range are more especially related to the arctic forms living due north or nearly due north of them: for the first migration when the cold came on, and the re-migration on the returning warmth, would generally have been due south and northM
. The Alpine plants, for example, of Scotland, as remarked by Mr. H.C. Watson, and those of the Pyrenees, as remarked by Ramond, are more especially allied to the plants of northern Scandinavia; those of the United States to Labrador; those of the mountains of Siberia to the arctic regions of that country. These views, grounded as they are on the perfectly well-ascertained occurrence of a former Glacial period, seem to me to explain in so satisfactory a manner the present distribution of the Alpine and Arctic produM
ctions of Europe and America, that when in other regions we find the same species on distant mountain-summits, we may almost conclude, without other evidence, that a colder climate formerly permitted their migration across the intervening lowlands, now become too warm for their existence.
As the arctic forms moved first southward and afterwards backward to the north, in unison with the changing climate, they will not have been exposed during their long migrations to any great diversity of temperature; and as theM
y all migrated in a body together, their mutual relations will not have been much disturbed. Hence, in accordance with the principles inculcated in this volume, these forms will not have been liable to much modification. But with the Alpine productions, left isolated from the moment of the returning warmth, first at the bases and ultimately on the summits of the mountains, the case will have been somewhat different; for it is not likely that all the same arctic species will have been left on mountain ranges far disM
tant from each other, and have survived there ever since; they will also, in all probability, have become mingled with ancient Alpine species, which must have existed on the mountains before the commencement of the Glacial epoch, and which during the coldest period will have been temporarily driven down to the plains; they will, also, have been subsequently exposed to somewhat different climatical influences. Their mutual relations will thus have been in some degree disturbed; consequently they will have been liablM
e to modification; and they have been modified; for if we compare the present Alpine plants and animals of the several great European mountain ranges, one with another, though many of the species remain identically the same, some exist as varieties, some as doubtful forms or sub-species and some as distinct yet closely allied species representing each other on the several ranges.
In the foregoing illustration, I have assumed that at the commencement of our imaginary Glacial period, the arctic productions were asM
 uniform round the polar regions as they are at the present day. But it is also necessary to assume that many sub-arctic and some few temperate forms were the same round the world, for some of the species which now exist on the lower mountain slopes and on the plains of North America and Europe are the same; and it may be asked how I account for this degree of uniformity of the sub-arctic and temperate forms round the world, at the commencement of the real Glacial period. At the present day, the sub-arctic and nortM
hern temperate productions of the Old and New Worlds are separated from each other by the whole Atlantic Ocean and by the northern part of the Pacific. During the Glacial period, when the inhabitants of the Old and New Worlds lived further southwards than they do at present, they must have been still more completely separated from each other by wider spaces of ocean; so that it may well be asked how the same species could then or previously have entered the two continents. The explanation, I believe, lies in the naM
ture of the climate before the commencement of the Glacial period. At this, the newer Pliocene period, the majority of the inhabitants of the world were specifically the same as now, and we have good reason to believe that the climate was warmer than at the present day. Hence, we may suppose that the organisms which now live under latitude 60
, lived during the Pliocene period further north, under the Polar Circle, in latitude 66
; and that the present arctic productions then lived on the broken land stillM
 nearer to the pole. Now, if we look at a terrestrial globe, we see under the Polar Circle that there is almost continuous land from western Europe through Siberia, to eastern America. And this continuity of the circumpolar land, with the consequent freedom under a more favourable climate for intermigration, will account for the supposed uniformity of the sub-arctic and temperate productions of the Old and New Worlds, at a period anterior to the Glacial epoch.
Believing, from reasons before alluded to, that our M
continents have long remained in nearly the same relative position, though subjected to great oscillations of level, I am strongly inclined to extend the above view, and to infer that during some earlier and still warmer period, such as the older Pliocene period, a large number of the same plants and animals inhabited the almost continuous circumpolar land; and that these plants and animals, both in the Old and New Worlds, began slowly to migrate southwards as the climate became less warm, long before the commencemM
ent of the Glacial period. We now see, as I believe, their descendants, mostly in a modified condition, in the central parts of Europe and the United States. On this view we can understand the relationship with very little identity, between the productions of North America and Europe
a relationship which is highly remarkable, considering the distance of the two areas, and their separation by the whole Atlantic Ocean. We can further understand the singular fact remarked on by several observers that the productionsM
 of Europe and America during the later tertiary stages were more closely related to each other than they are at the present time; for during these warmer periods the northern parts of the Old and New Worlds will have been almost continuously united by land, serving as a bridge, since rendered impassable by cold, for the intermigration of their inhabitants.
During the slowly decreasing warmth of the Pliocene period, as soon as the species in common, which inhabited the New and Old Worlds, migrated south of the PM
olar Circle, they will have been completely cut off from each other. This separation, as far as the more temperate productions are concerned, must have taken place long ages ago. As the plants and animals migrated southward, they will have become mingled in the one great region with the native American productions, and would have had to compete with them; and in the other great region, with those of the Old World. Consequently we have here everything favourable for much modification
for far more modification thanM
 with the Alpine productions, left isolated, within a much more recent period, on the several mountain ranges and on the arctic lands of Europe and North America. Hence, it has come, that when we compare the now living productions of the temperate regions of the New and Old Worlds, we find very few identical species (though Asa Gray has lately shown that more plants are identical than was formerly supposed), but we find in every great class many forms, which some naturalists rank as geographical races, and others aM
s distinct species; and a host of closely allied or representative forms which are ranked by all naturalists as specifically distinct.
As on the land, so in the waters of the sea, a slow southern migration of a marine fauna, which, during the Pliocene or even a somewhat earlier period, was nearly uniform along the continuous shores of the Polar Circle, will account, on the theory of modification, for many closely allied forms now living in marine areas completely sundered. Thus, I think, we can understand the prM
esence of some closely allied, still existing and extinct tertiary forms, on the eastern and western shores of temperate North America; and the still more striking fact of many closely allied crustaceans (as described in Dana
s admirable work), some fish and other marine animals, inhabiting the Mediterranean and the seas of Japan
these two areas being now completely separated by the breadth of a whole continent and by wide spaces of ocean.
These cases of close relationship in species either now or formerly iM
nhabiting the seas on the eastern and western shores of North America, the Mediterranean and Japan, and the temperate lands of North America and Europe, are inexplicable on the theory of creation. We cannot maintain that such species have been created alike, in correspondence with the nearly similar physical conditions of the areas; for if we compare, for instance, certain parts of South America with parts of South Africa or Australia, we see countries closely similar in all their physical conditions, with their inM
habitants utterly dissimilar.
Alternate Glacial Periods in the North and South.
But we must return to our more immediate subject. I am convinced that Forbes
s view may be largely extended. In Europe we meet with the plainest evidence of the Glacial period, from the western shores of Britain to the Ural range, and southward to the Pyrenees. We may infer from the frozen mammals and nature of the mountain vegetation, that Siberia was similarly affected. In the Lebanon, according to Dr. Hooker, perpetual snow fM
ormerly covered the central axis, and fed glaciers which rolled 4,000 feet down the valleys. The same observer has recently found great moraines at a low level on the Atlas range in North Africa. Along the Himalaya, at points 900 miles apart, glaciers have left the marks of their former low descent; and in Sikkim, Dr. Hooker saw maize growing on ancient and gigantic moraines. Southward of the Asiatic continent, on the opposite side of the equator, we know, from the excellent researches of Dr. J. Haast and Dr. HectoM
r, that in New Zealand immense glaciers formerly descended to a low level; and the same plants, found by Dr. Hooker on widely separated mountains in this island tell the same story of a former cold period. From facts communicated to me by the Rev. W.B. Clarke, it appears also that there are traces of former glacial action on the mountains of the south-eastern corner of Australia.
Looking to America: in the northern half, ice-borne fragments of rock have been observed on the eastern side of the continent, as far M
south as latitude 36
, and on the shores of the Pacific, where the climate is now so different, as far south as latitude 46
. Erratic boulders have, also, been noticed on the Rocky Mountains. In the Cordillera of South America, nearly under the equator, glaciers once extended far below their present level. In central Chile I examined a vast mound of detritus with great boulders, crossing the Portillo valley, which, there can hardly be a doubt, once formed a huge moraine; and Mr. D. Forbes informs me thatM
 he found in various parts of the Cordillera, from latitude 13
 south, at about the height of 12,000 feet, deeply-furrowed rocks, resembling those with which he was familiar in Norway, and likewise great masses of detritus, including grooved pebbles. Along this whole space of the Cordillera true glaciers do not now exist even at much more considerable heights. Further south, on both sides of the continent, from latitude 41
 to the southernmost extremity, we have the clearest evidence of former glacial actM
ion, in numerous immense boulders transported far from their parent source.
From these several facts, namely, from the glacial action having extended all round the northern and southern hemispheres
from the period having been in a geological sense recent in both hemispheres
from its having lasted in both during a great length of time, as may be inferred from the amount of work effected
and lastly, from glaciers having recently descended to a low level along the whole line of the Cordillera, it at one time M
appeared to me that we could not avoid the conclusion that the temperature of the whole world had been simultaneously lowered during the Glacial period. But now, Mr. Croll, in a series of admirable memoirs, has attempted to show that a glacial condition of climate is the result of various physical causes, brought into operation by an increase in the eccentricity of the earth
s orbit. All these causes tend towards the same end; but the most powerful appears to be the indirect influence of the eccentricity of the oM
rbit upon oceanic currents. According to Mr. Croll, cold periods regularly recur every ten or fifteen thousand years; and these at long intervals are extremely severe, owing to certain contingencies, of which the most important, as Sir C. Lyell has shown, is the relative position of the land and water. Mr. Croll believes that the last great glacial period occurred about 240,000 years ago, and endured, with slight alterations of climate, for about 160,000 years. With respect to more ancient glacial periods, several M
geologists are convinced, from direct evidence, that such occurred during the miocene and eocene formations, not to mention still more ancient formations. But the most important result for us, arrived at by Mr. Croll, is that whenever the northern hemisphere passes through a cold period the temperature of the southern hemisphere is actually raised, with the winters rendered much milder, chiefly through changes in the direction of the ocean currents. So conversely it will be with the northern hemisphere, while the sM
outhern passes through a glacial period. This conclusion throws so much light on geographical distribution that I am strongly inclined to trust in it; but I will first give the facts which demand an explanation.
In South America, Dr. Hooker has shown that besides many closely allied species, between forty and fifty of the flowering plants of Tierra del Fuego, forming no inconsiderable part of its scanty flora, are common to North America and Europe, enormously remote as these areas in opposite hemispheres are frM
om each other. On the lofty mountains of equatorial America a host of peculiar species belonging to European genera occur. On the Organ Mountains of Brazil some few temperate European, some Antarctic and some Andean genera were found by Gardner which do not exist in the low intervening hot countries. On the Silla of Caraccas the illustrious Humboldt long ago found species belonging to genera characteristic of the Cordillera.
In Africa, several forms characteristic of Europe, and some few representatives of the fM
lora of the Cape of Good Hope, occur on the mountains of Abyssinia. At the Cape of Good Hope a very few European species, believed not to have been introduced by man, and on the mountains several representative European forms are found which have not been discovered in the intertropical parts of Africa. Dr. Hooker has also lately shown that several of the plants living on the upper parts of the lofty island of Fernando Po, and on the neighbouring Cameroon Mountains, in the Gulf of Guinea, are closely related to thoM
se on the mountains of Abyssinia, and likewise to those of temperate Europe. It now also appears, as I hear from Dr. Hooker, that some of these same temperate plants have been discovered by the Rev. R.T. Lowe on the mountains of the Cape Verde Islands. This extension of the same temperate forms, almost under the equator, across the whole continent of Africa and to the mountains of the Cape Verde archipelago, is one of the most astonishing facts ever recorded in the distribution of plants.
On the Himalaya, and onM
 the isolated mountain ranges of the peninsula of India, on the heights of Ceylon, and on the volcanic cones of Java, many plants occur either identically the same or representing each other, and at the same time representing plants of Europe not found in the intervening hot lowlands. A list of the genera of plants collected on the loftier peaks of Java, raises a picture of a collection made on a hillock in Europe. Still more striking is the fact that peculiar Australian forms are represented by certain plants growM
ing on the summits of the mountains of Borneo. Some of these Australian forms, as I hear from Dr. Hooker, extend along the heights of the peninsula of Malacca, and are thinly scattered on the one hand over India, and on the other hand as far north as Japan.
On the southern mountains of Australia, Dr. F. M
ller has discovered several European species; other species, not introduced by man, occur on the lowlands; and a long list can be given, as I am informed by Dr. Hooker, of European genera, found in Australia, M
but not in the intermediate torrid regions. In the admirable
Introduction to the Flora of New Zealand,
 by Dr. Hooker, analogous and striking facts are given in regard to the plants of that large island. Hence, we see that certain plants growing on the more lofty mountains of the tropics in all parts of the world, and on the temperate plains of the north and south, are either the same species or varieties of the same species. It should, however, be observed that these plants are not strictly arctic forms; for,M
 as Mr. H.C. Watson has remarked,
in receding from polar toward equatorial latitudes, the Alpine or mountain flora really become less and less Arctic.
 Besides these identical and closely allied forms, many species inhabiting the same widely sundered areas, belong to genera not now found in the intermediate tropical lowlands.
These brief remarks apply to plants alone; but some few analogous facts could be given in regard to terrestrial animals. In marine productions, similar cases likewise occur; as an examM
ple, I may quote a statement by the highest authority, Prof. Dana, that
it is certainly a wonderful fact that New Zealand should have a closer resemblance in its crustacea to Great Britain, its antipode, than to any other part of the world.
 Sir J. Richardson, also, speaks of the reappearance on the shores of New Zealand, Tasmania, &c., of northern forms of fish. Dr. Hooker informs me that twenty-five species of Alg
 are common to New Zealand and to Europe, but have not been found in the intermediate tropicalM
From the foregoing facts, namely, the presence of temperate forms on the highlands across the whole of equatorial Africa, and along the Peninsula of India, to Ceylon and the Malay Archipelago, and in a less well-marked manner across the wide expanse of tropical South America, it appears almost certain that at some former period, no doubt during the most severe part of a Glacial period, the lowlands of these great continents were everywhere tenanted under the equator by a considerable number of temperate fM
orms. At this period the equatorial climate at the level of the sea was probably about the same with that now experienced at the height of from five to six thousand feet under the same latitude, or perhaps even rather cooler. During this, the coldest period, the lowlands under the equator must have been clothed with a mingled tropical and temperate vegetation, like that described by Hooker as growing luxuriantly at the height of from four to five thousand feet on the lower slopes of the Himalaya, but with perhaps aM
 still greater preponderance of temperate forms. So again in the mountainous island of Fernando Po, in the Gulf of Guinea, Mr. Mann found temperate European forms beginning to appear at the height of about five thousand feet. On the mountains of Panama, at the height of only two thousand feet, Dr. Seemann found the vegetation like that of Mexico,
with forms of the torrid zone harmoniously blended with those of the temperate.
Now let us see whether Mr. Croll
s conclusion that when the northern hemisphere M
suffered from the extreme cold of the great Glacial period, the southern hemisphere was actually warmer, throws any clear light on the present apparently inexplicable distribution of various organisms in the temperate parts of both hemispheres, and on the mountains of the tropics. The Glacial period, as measured by years, must have been very long; and when we remember over what vast spaces some naturalised plants and animals have spread within a few centuries, this period will have been ample for any amount of migrM
ation. As the cold became more and more intense, we know that Arctic forms invaded the temperate regions; and from the facts just given, there can hardly be a doubt that some of the more vigorous, dominant and widest-spreading temperate forms invaded the equatorial lowlands. The inhabitants of these hot lowlands would at the same time have migrated to the tropical and subtropical regions of the south, for the southern hemisphere was at this period warmer. On the decline of the Glacial period, as both hemispheres grM
adually recovered their former temperature, the northern temperate forms living on the lowlands under the equator, would have been driven to their former homes or have been destroyed, being replaced by the equatorial forms returning from the south. Some, however, of the northern temperate forms would almost certainly have ascended any adjoining high land, where, if sufficiently lofty, they would have long survived like the Arctic forms on the mountains of Europe. They might have survived, even if the climate was noM
t perfectly fitted for them, for the change of temperature must have been very slow, and plants undoubtedly possess a certain capacity for acclimatisation, as shown by their transmitting to their offspring different constitutional powers of resisting heat and cold.
In the regular course of events the southern hemisphere would in its turn be subjected to a severe Glacial period, with the northern hemisphere rendered warmer; and then the southern temperate forms would invade the equatorial lowlands. The northern fM
orms which had before been left on the mountains would now descend and mingle with the southern forms. These latter, when the warmth returned, would return to their former homes, leaving some few species on the mountains, and carrying southward with them some of the northern temperate forms which had descended from their mountain fastnesses. Thus, we should have some few species identically the same in the northern and southern temperate zones and on the mountains of the intermediate tropical regions. But the speciM
es left during a long time on these mountains, or in opposite hemispheres, would have to compete with many new forms and would be exposed to somewhat different physical conditions; hence, they would be eminently liable to modification, and would generally now exist as varieties or as representative species; and this is the case. We must, also, bear in mind the occurrence in both hemispheres of former Glacial periods; for these will account, in accordance with the same principles, for the many quite distinct speciesM
 inhabiting the same widely separated areas, and belonging to genera not now found in the intermediate torrid zones.
It is a remarkable fact, strongly insisted on by Hooker in regard to America, and by Alph. de Candolle in regard to Australia, that many more identical or slightly modified species have migrated from the north to the south, than in a reversed direction. We see, however, a few southern forms on the mountains of Borneo and Abyssinia. I suspect that this preponderant migration from the north to the sM
outh is due to the greater extent of land in the north, and to the northern forms having existed in their own homes in greater numbers, and having consequently been advanced through natural selection and competition to a higher stage of perfection, or dominating power, than the southern forms. And thus, when the two sets became commingled in the equatorial regions, during the alternations of the Glacial periods, the northern forms were the more powerful and were able to hold their places on the mountains, and afterM
wards migrate southward with the southern forms; but not so the southern in regard to the northern forms. In the same manner, at the present day, we see that very many European productions cover the ground in La Plata, New Zealand, and to a lesser degree in Australia, and have beaten the natives; whereas extremely few southern forms have become naturalised in any part of the northern hemisphere, though hides, wool, and other objects likely to carry seeds have been largely imported into Europe during the last two orM
 three centuries from La Plata and during the last forty or fifty years from Australia. The Neilgherrie Mountains in India, however, offer a partial exception; for here, as I hear from Dr. Hooker, Australian forms are rapidly sowing themselves and becoming naturalised. Before the last great Glacial period, no doubt the intertropical mountains were stocked with endemic Alpine forms; but these have almost everywhere yielded to the more dominant forms generated in the larger areas and more efficient workshops of the nM
orth. In many islands the native productions are nearly equalled, or even outnumbered, by those which have become naturalised; and this is the first stage towards their extinction. Mountains are islands on the land; and their inhabitants have yielded to those produced within the larger areas of the north, just in the same way as the inhabitants of real islands have everywhere yielded and are still yielding to continental forms naturalised through man
The same principles apply to the distribution of tM
errestrial animals and of marine productions, in the northern and southern temperate zones, and on the intertropical mountains. When, during the height of the Glacial period, the ocean-currents were widely different to what they now are, some of the inhabitants of the temperate seas might have reached the equator; of these a few would perhaps at once be able to migrate southwards, by keeping to the cooler currents, while others might remain and survive in the colder depths until the southern hemisphere was in its tM
urn subjected to a glacial climate and permitted their further progress; in nearly the same manner as, according to Forbes, isolated spaces inhabited by Arctic productions exist to the present day in the deeper parts of the northern temperate seas.
I am far from supposing that all the difficulties in regard to the distribution and affinities of the identical and allied species, which now live so widely separated in the north and south, and sometimes on the intermediate mountain ranges, are removed on the views aM
bove given. The exact lines of migration cannot be indicated. We cannot say why certain species and not others have migrated; why certain species have been modified and have given rise to new forms, while others have remained unaltered. We cannot hope to explain such facts, until we can say why one species and not another becomes naturalised by man
s agency in a foreign land; why one species ranges twice or thrice as far, and is twice or thrice as common, as another species within their own homes.
ial difficulties also remain to be solved; for instance, the occurrence, as shown by Dr. Hooker, of the same plants at points so enormously remote as Kerguelen Land, New Zealand, and Fuegia; but icebergs, as suggested by Lyell, may have been concerned in their dispersal. The existence at these and other distant points of the southern hemisphere, of species, which, though distinct, belong to genera exclusively confined to the south, is a more remarkable case. Some of these species are so distinct, that we cannot supM
pose that there has been time since the commencement of the last Glacial period for their migration and subsequent modification to the necessary degree. The facts seem to indicate that distinct species belonging to the same genera have migrated in radiating lines from a common centre; and I am inclined to look in the southern, as in the northern hemisphere, to a former and warmer period, before the commencement of the last Glacial period, when the Antarctic lands, now covered with ice, supported a highly peculiar aM
nd isolated flora. It may be suspected that before this flora was exterminated during the last Glacial epoch, a few forms had been already widely dispersed to various points of the southern hemisphere by occasional means of transport, and by the aid, as halting-places, of now sunken islands. Thus the southern shores of America, Australia, and New Zealand may have become slightly tinted by the same peculiar forms of life.
Sir C. Lyell in a striking passage has speculated, in language almost identical with mine, oM
n the effects of great alternations of climate throughout the world on geographical distribution. And we have now seen that Mr. Croll
s conclusion that successive Glacial periods in the one hemisphere coincide with warmer periods in the opposite hemisphere, together with the admission of the slow modification of species, explains a multitude of facts in the distribution of the same and of the allied forms of life in all parts of the globe. The living waters have flowed during one period from the north and during M
another from the south, and in both cases have reached the equator; but the stream of life has flowed with greater force from the north than in the opposite direction, and has consequently more freely inundated the south. As the tide leaves its drift in horizontal lines, rising higher on the shores where the tide rises highest, so have the living waters left their living drift on our mountain summits, in a line gently rising from the Arctic lowlands to a great latitude under the equator. The various beings thus lefM
t stranded may be compared with savage races of man, driven up and surviving in the mountain fastnesses of almost every land, which serves as a record, full of interest to us, of the former inhabitants of the surrounding lowlands.
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When on board H.M.S. Beagle, as naturalist, I was much struck with certain facts in the distribution of the organic beings inhabiting South America, and in the geological relations of the present to the past inhabitants of that continent. These facts, as will be seen in the latter chapters of this volume, seemed to throw some light on the origin of species
that mystery of mysteries, as it has been called by one of our greatest philosophersM
. On my return home, it occurred to me, in 1837, that something might perhaps be made out on this question by patiently accumulating and reflecting on all sorts of facts which could possibly have any bearing on it. After five years
 work I allowed myself to speculate on the subject, and drew up some short notes; these I enlarged in 1844 into a sketch of the conclusions, which then seemed to me probable: from that period to the present day I have steadily pursued the same object. I hope that I may be excused for eM
ntering on these personal details, as I give them to show that I have not been hasty in coming to a decision.
My work is now (1859) nearly finished; but as it will take me many more years to complete it, and as my health is far from strong, I have been urged to publish this abstract. I have more especially been induced to do this, as Mr. Wallace, who is now studying the natural history of the Malay Archipelago, has arrived at almost exactly the same general conclusions that I have on the origin of species. In 18M
58 he sent me a memoir on this subject, with a request that I would forward it to Sir Charles Lyell, who sent it to the Linnean Society, and it is published in the third volume of the Journal of that Society. Sir C. Lyell and Dr. Hooker, who both knew of my work
the latter having read my sketch of 1844
honoured me by thinking it advisable to publish, with Mr. Wallace
s excellent memoir, some brief extracts from my manuscripts.
This abstract, which I now publish, must necessarily be imperfect. I cannot hereM
 give references and authorities for my several statements; and I must trust to the reader reposing some confidence in my accuracy. No doubt errors may have crept in, though I hope I have always been cautious in trusting to good authorities alone. I can here give only the general conclusions at which I have arrived, with a few facts in illustration, but which, I hope, in most cases will suffice. No one can feel more sensible than I do of the necessity of hereafter publishing in detail all the facts, with referencesM
, on which my conclusions have been grounded; and I hope in a future work to do this. For I am well aware that scarcely a single point is discussed in this volume on which facts cannot be adduced, often apparently leading to conclusions directly opposite to those at which I have arrived. A fair result can be obtained only by fully stating and balancing the facts and arguments on both sides of each question; and this is here impossible.
I much regret that want of space prevents my having the satisfaction of acknoM
wledging the generous assistance which I have received from very many naturalists, some of them personally unknown to me. I cannot, however, let this opportunity pass without expressing my deep obligations to Dr. Hooker, who, for the last fifteen years, has aided me in every possible way by his large stores of knowledge and his excellent judgment.
In considering the origin of species, it is quite conceivable that a naturalist, reflecting on the mutual affinities of organic beings, on their embryological relationM
s, their geographical distribution, geological succession, and other such facts, might come to the conclusion that species had not been independently created, but had descended, like varieties, from other species. Nevertheless, such a conclusion, even if well founded, would be unsatisfactory, until it could be shown how the innumerable species, inhabiting this world have been modified, so as to acquire that perfection of structure and coadaptation which justly excites our admiration. Naturalists continually refer tM
o external conditions, such as climate, food, &c., as the only possible cause of variation. In one limited sense, as we shall hereafter see, this may be true; but it is preposterous to attribute to mere external conditions, the structure, for instance, of the woodpecker, with its feet, tail, beak, and tongue, so admirably adapted to catch insects under the bark of trees. In the case of the mistletoe, which draws its nourishment from certain trees, which has seeds that must be transported by certain birds, and whichM
 has flowers with separate sexes absolutely requiring the agency of certain insects to bring pollen from one flower to the other, it is equally preposterous to account for the structure of this parasite, with its relations to several distinct organic beings, by the effects of external conditions, or of habit, or of the volition of the plant itself.
It is, therefore, of the highest importance to gain a clear insight into the means of modification and coadaptation. At the commencement of my observations it seemed M
to me probable that a careful study of domesticated animals and of cultivated plants would offer the best chance of making out this obscure problem. Nor have I been disappointed; in this and in all other perplexing cases I have invariably found that our knowledge, imperfect though it be, of variation under domestication, afforded the best and safest clue. I may venture to express my conviction of the high value of such studies, although they have been very commonly neglected by naturalists.
From these consideratM
ions, I shall devote the first chapter of this abstract to variation under domestication. We shall thus see that a large amount of hereditary modification is at least possible; and, what is equally or more important, we shall see how great is the power of man in accumulating by his selection successive slight variations. I will then pass on to the variability of species in a state of nature; but I shall, unfortunately, be compelled to treat this subject far too briefly, as it can be treated properly only by giving M
long catalogues of facts. We shall, however, be enabled to discuss what circumstances are most favourable to variation. In the next chapter the struggle for existence among all organic beings throughout the world, which inevitably follows from the high geometrical ratio of their increase, will be considered. This is the doctrine of Malthus, applied to the whole animal and vegetable kingdoms. As many more individuals of each species are born than can possibly survive; and as, consequently, there is a frequently recuM
rring struggle for existence, it follows that any being, if it vary however slightly in any manner profitable to itself, under the complex and sometimes varying conditions of life, will have a better chance of surviving, and thus be naturally selected. From the strong principle of inheritance, any selected variety will tend to propagate its new and modified form.
This fundamental subject of natural selection will be treated at some length in the fourth chapter; and we shall then see how natural selection almost M
inevitably causes much extinction of the less improved forms of life, and leads to what I have called divergence of character. In the next chapter I shall discuss the complex and little known laws of variation. In the five succeeding chapters, the most apparent and gravest difficulties in accepting the theory will be given: namely, first, the difficulties of transitions, or how a simple being or a simple organ can be changed and perfected into a highly developed being or into an elaborately constructed organ; seconM
dly the subject of instinct, or the mental powers of animals; thirdly, hybridism, or the infertility of species and the fertility of varieties when intercrossed; and fourthly, the imperfection of the geological record. In the next chapter I shall consider the geological succession of organic beings throughout time; in the twelfth and thirteenth, their geographical distribution throughout space; in the fourteenth, their classification or mutual affinities, both when mature and in an embryonic condition. In the last M
chapter I shall give a brief recapitulation of the whole work, and a few concluding remarks.
No one ought to feel surprise at much remaining as yet unexplained in regard to the origin of species and varieties, if he make due allowance for our profound ignorance in regard to the mutual relations of the many beings which live around us. Who can explain why one species ranges widely and is very numerous, and why another allied species has a narrow range and is rare? Yet these relations are of the highest importanceM
, for they determine the present welfare and, as I believe, the future success and modification of every inhabitant of this world. Still less do we know of the mutual relations of the innumerable inhabitants of the world during the many past geological epochs in its history. Although much remains obscure, and will long remain obscure, I can entertain no doubt, after the most deliberate study and dispassionate judgment of which I am capable, that the view which most naturalists until recently entertained, and which M
I formerly entertained
namely, that each species has been independently created
is erroneous. I am fully convinced that species are not immutable; but that those belonging to what are called the same genera are lineal descendants of some other and generally extinct species, in the same manner as the acknowledged varieties of any one species are the descendants of that species. Furthermore, I am convinced that natural selection has been the most important, but not the exclusive, means of modification.
VARIATION UNDER DOMESTICATION
Causes of Variability
Effects of Habit and the use and disuse of Parts
Correlated Variation
Character of Domestic Varieties
Difficulty of distinguishing between Varieties and Species
Origin of Domestic Varieties from one or more Species
Domestic Pigeons, their Differences and Origin
Principles of Selection, anciently followed, their Effects
Methodical and Unconscious Selection
Unknown Origin of our Domestic Productions
Circumstances favourabM
s power of Selection.
Causes of Variability.
When we compare the individuals of the same variety or sub-variety of our older cultivated plants and animals, one of the first points which strikes us is, that they generally differ more from each other than do the individuals of any one species or variety in a state of nature. And if we reflect on the vast diversity of the plants and animals which have been cultivated, and which have varied during all ages under the most different climates and treatmeM
nt, we are driven to conclude that this great variability is due to our domestic productions having been raised under conditions of life not so uniform as, and somewhat different from, those to which the parent species had been exposed under nature. There is, also, some probability in the view propounded by Andrew Knight, that this variability may be partly connected with excess of food. It seems clear that organic beings must be exposed during several generations to new conditions to cause any great amount of variM
ation; and that, when the organisation has once begun to vary, it generally continues varying for many generations. No case is on record of a variable organism ceasing to vary under cultivation. Our oldest cultivated plants, such as wheat, still yield new varieties: our oldest domesticated animals are still capable of rapid improvement or modification.
As far as I am able to judge, after long attending to the subject, the conditions of life appear to act in two ways
directly on the whole organisation or on cerM
tain parts alone and in directly by affecting the reproductive system. With respect to the direct action, we must bear in mind that in every case, as Professor Weismann has lately insisted, and as I have incidently shown in my work on
Variation under Domestication,
 there are two factors: namely, the nature of the organism and the nature of the conditions. The former seems to be much the more important; for nearly similar variations sometimes arise under, as far as we can judge, dissimilar conditions; and, on M
the other hand, dissimilar variations arise under conditions which appear to be nearly uniform. The effects on the offspring are either definite or in definite. They may be considered as definite when all or nearly all the offspring of individuals exposed to certain conditions during several generations are modified in the same manner. It is extremely difficult to come to any conclusion in regard to the extent of the changes which have been thus definitely induced. There can, however, be little doubt about many sliM
ght changes, such as size from the amount of food, colour from the nature of the food, thickness of the skin and hair from climate, &c. Each of the endless variations which we see in the plumage of our fowls must have had some efficient cause; and if the same cause were to act uniformly during a long series of generations on many individuals, all probably would be modified in the same manner. Such facts as the complex and extraordinary out growths which variably follow from the insertion of a minute drop of poison M
by a gall-producing insect, shows us what singular modifications might result in the case of plants from a chemical change in the nature of the sap.
In definite variability is a much more common result of changed conditions than definite variability, and has probably played a more important part in the formation of our domestic races. We see in definite variability in the endless slight peculiarities which distinguish the individuals of the same species, and which cannot be accounted for by inheritance from eithM
er parent or from some more remote ancestor. Even strongly-marked differences occasionally appear in the young of the same litter, and in seedlings from the same seed-capsule. At long intervals of time, out of millions of individuals reared in the same country and fed on nearly the same food, deviations of structure so strongly pronounced as to deserve to be called monstrosities arise; but monstrosities cannot be separated by any distinct line from slighter variations. All such changes of structure, whether extremeM
ly slight or strongly marked, which appear among many individuals living together, may be considered as the in definite effects of the conditions of life on each individual organism, in nearly the same manner as the chill effects different men in an in definite manner, according to their state of body or constitution, causing coughs or colds, rheumatism, or inflammation of various organs.
With respect to what I have called the in direct action of changed conditions, namely, through the reproductive system of beiM
ng affected, we may infer that variability is thus induced, partly from the fact of this system being extremely sensitive to any change in the conditions, and partly from the similarity, as K
lreuter and others have remarked, between the variability which follows from the crossing of distinct species, and that which may be observed with plants and animals when reared under new or unnatural conditions. Many facts clearly show how eminently susceptible the reproductive system is to very slight changes in the surrounM
ding conditions. Nothing is more easy than to tame an animal, and few things more difficult than to get it to breed freely under confinement, even when the male and female unite. How many animals there are which will not breed, though kept in an almost free state in their native country! This is generally, but erroneously attributed to vitiated instincts. Many cultivated plants display the utmost vigour, and yet rarely or never seed! In some few cases it has been discovered that a very trifling change, such as a liM
ttle more or less water at some particular period of growth, will determine whether or not a plant will produce seeds. I cannot here give the details which I have collected and elsewhere published on this curious subject; but to show how singular the laws are which determine the reproduction of animals under confinement, I may mention that carnivorous animals, even from the tropics, breed in this country pretty freely under confinement, with the exception of the plantigrades or bear family, which seldom produce youM
ng; whereas, carnivorous birds, with the rarest exception, hardly ever lay fertile eggs. Many exotic plants have pollen utterly worthless, in the same condition as in the most sterile hybrids. When, on the one hand, we see domesticated animals and plants, though often weak and sickly, breeding freely under confinement; and when, on the other hand, we see individuals, though taken young from a state of nature perfectly tamed, long-lived, and healthy (of which I could give numerous instances), yet having their reprodM
uctive system so seriously affected by unperceived causes as to fail to act, we need not be surprised at this system, when it does act under confinement, acting irregularly, and producing offspring somewhat unlike their parents. I may add that as some organisms breed freely under the most unnatural conditions
for instance, rabbits and ferrets kept in hutches
showing that their reproductive organs are not easily affected; so will some animals and plants withstand domestication or cultivation, and vary very slighM
perhaps hardly more than in a state of nature.
Some naturalists have maintained that all variations are connected with the act of sexual reproduction; but this is certainly an error; for I have given in another work a long list of
 as they are called by gardeners; that is, of plants which have suddenly produced a single bud with a new and sometimes widely different character from that of the other buds on the same plant. These bud variations, as they may be named, can be propagated byM
 grafts, offsets, &c., and sometimes by seed. They occur rarely under nature, but are far from rare under culture. As a single bud out of many thousands produced year after year on the same tree under uniform conditions, has been known suddenly to assume a new character; and as buds on distinct trees, growing under different conditions, have sometimes yielded nearly the same variety
for instance, buds on peach-trees producing nectarines, and buds on common roses producing moss-roses
we clearly see that the natuM
re of the conditions is of subordinate importance in comparison with the nature of the organism in determining each particular form of variation; perhaps of not more importance than the nature of the spark, by which a mass of combustible matter is ignited, has in determining the nature of the flames.
Effects of Habit and of the Use or Disuse of Parts; Correlated Variation; Inheritance.
Changed habits produce an inherited effect as in the period of the flowering of plants when transported from one climate to aM
nother. With animals the increased use or disuse of parts has had a more marked influence; thus I find in the domestic duck that the bones of the wing weigh less and the bones of the leg more, in proportion to the whole skeleton, than do the same bones in the wild duck; and this change may be safely attributed to the domestic duck flying much less, and walking more, than its wild parents. The great and inherited development of the udders in cows and goats in countries where they are habitually milked, in comparisonM
 with these organs in other countries, is probably another instance of the effects of use. Not one of our domestic animals can be named which has not in some country drooping ears; and the view which has been suggested that the drooping is due to disuse of the muscles of the ear, from the animals being seldom much alarmed, seems probable.
Many laws regulate variation, some few of which can be dimly seen, and will hereafter be briefly discussed. I will here only allude to what may be called correlated variation. M
Important changes in the embryo or larva will probably entail changes in the mature animal. In monstrosities, the correlations between quite distinct parts are very curious; and many instances are given in Isidore Geoffroy St. Hilaire
s great work on this subject. Breeders believe that long limbs are almost always accompanied by an elongated head. Some instances of correlation are quite whimsical; thus cats which are entirely white and have blue eyes are generally deaf; but it has been lately stated by Mr. Tait tM
hat this is confined to the males. Colour and constitutional peculiarities go together, of which many remarkable cases could be given among animals and plants. From facts collected by Heusinger, it appears that white sheep and pigs are injured by certain plants, while dark-coloured individuals escape: Professor Wyman has recently communicated to me a good illustration of this fact; on asking some farmers in Virginia how it was that all their pigs were black, they informed him that the pigs ate the paint-root (LachnM
anthes), which coloured their bones pink, and which caused the hoofs of all but the black varieties to drop off; and one of the
 (i.e. Virginia squatters) added,
we select the black members of a litter for raising, as they alone have a good chance of living.
 Hairless dogs have imperfect teeth; long-haired and coarse-haired animals are apt to have, as is asserted, long or many horns; pigeons with feathered feet have skin between their outer toes; pigeons with short beaks have small feet, and thosM
e with long beaks large feet. Hence if man goes on selecting, and thus augmenting, any peculiarity, he will almost certainly modify unintentionally other parts of the structure, owing to the mysterious laws of correlation.
The results of the various, unknown, or but dimly understood laws of variation are infinitely complex and diversified. It is well worth while carefully to study the several treatises on some of our old cultivated plants, as on the hyacinth, potato, even the dahlia, &c.; and it is really surpriM
sing to note the endless points of structure and constitution in which the varieties and sub-varieties differ slightly from each other. The whole organisation seems to have become plastic, and departs in a slight degree from that of the parental type.
Any variation which is not inherited is unimportant for us. But the number and diversity of inheritable deviations of structure, both those of slight and those of considerable physiological importance, are endless. Dr. Prosper Lucas
 treatise, in two large volumeM
s, is the fullest and the best on this subject. No breeder doubts how strong is the tendency to inheritance; that like produces like is his fundamental belief: doubts have been thrown on this principle only by theoretical writers. When any deviation of structure often appears, and we see it in the father and child, we cannot tell whether it may not be due to the same cause having acted on both; but when among individuals, apparently exposed to the same conditions, any very rare deviation, due to some extraordinary M
combination of circumstances, appears in the parent
say, once among several million individuals
and it reappears in the child, the mere doctrine of chances almost compels us to attribute its reappearance to inheritance. Every one must have heard of cases of albinism, prickly skin, hairy bodies, &c., appearing in several members of the same family. If strange and rare deviations of structure are truly inherited, less strange and commoner deviations may be freely admitted to be inheritable. Perhaps the correct waM
y of viewing the whole subject would be, to look at the inheritance of every character whatever as the rule, and non-inheritance as the anomaly.
The laws governing inheritance are for the most part unknown; no one can say why the same peculiarity in different individuals of the same species, or in different species, is sometimes inherited and sometimes not so; why the child often reverts in certain characteristics to its grandfather or grandmother or more remote ancestor; why a peculiarity is often transmitted fM
rom one sex to both sexes, or to one sex alone, more commonly but not exclusively to the like sex. It is a fact of some importance to us, that peculiarities appearing in the males of our domestic breeds are often transmitted, either exclusively or in a much greater degree, to the males alone. A much more important rule, which I think may be trusted, is that, at whatever period of life a peculiarity first appears, it tends to reappear in the offspring at a corresponding age, though sometimes earlier. In many cases tM
his could not be otherwise; thus the inherited peculiarities in the horns of cattle could appear only in the offspring when nearly mature; peculiarities in the silk-worm are known to appear at the corresponding caterpillar or cocoon stage. But hereditary diseases and some other facts make me believe that the rule has a wider extension, and that, when there is no apparent reason why a peculiarity should appear at any particular age, yet that it does tend to appear in the offspring at the same period at which it firsM
t appeared in the parent. I believe this rule to be of the highest importance in explaining the laws of embryology. These remarks are of course confined to the first appearance of the peculiarity, and not to the primary cause which may have acted on the ovules or on the male element; in nearly the same manner as the increased length of the horns in the offspring from a short-horned cow by a long-horned bull, though appearing late in life, is clearly due to the male element.
Having alluded to the subject of reverM
sion, I may here refer to a statement often made by naturalists
namely, that our domestic varieties, when run wild, gradually but invariably revert in character to their aboriginal stocks. Hence it has been argued that no deductions can be drawn from domestic races to species in a state of nature. I have in vain endeavoured to discover on what decisive facts the above statement has so often and so boldly been made. There would be great difficulty in proving its truth: we may safely conclude that very many of the M
most strongly marked domestic varieties could not possibly live in a wild state. In many cases we do not know what the aboriginal stock was, and so could not tell whether or not nearly perfect reversion had ensued. It would be necessary, in order to prevent the effects of intercrossing, that only a single variety should be turned loose in its new home. Nevertheless, as our varieties certainly do occasionally revert in some of their characters to ancestral forms, it seems to me not improbable that if we could succeeM
d in naturalising, or were to cultivate, during many generations, the several races, for instance, of the cabbage, in very poor soil
in which case, however, some effect would have to be attributed to the definite action of the poor soil
that they would, to a large extent, or even wholly, revert to the wild aboriginal stock. Whether or not the experiment would succeed is not of great importance for our line of argument; for by the experiment itself the conditions of life are changed. If it could be shown that ouM
r domestic varieties manifested a strong tendency to reversion
that is, to lose their acquired characters, while kept under the same conditions and while kept in a considerable body, so that free intercrossing might check, by blending together, any slight deviations in their structure, in such case, I grant that we could deduce nothing from domestic varieties in regard to species. But there is not a shadow of evidence in favour of this view: to assert that we could not breed our cart and race-horses, long and shoM
rt-horned cattle, and poultry of various breeds, and esculent vegetables, for an unlimited number of generations, would be opposed to all experience.
Character of Domestic Varieties; difficulty of distinguishing between Varieties and Species; origin of Domestic Varieties from one or more Species.
When we look to the hereditary varieties or races of our domestic animals and plants, and compare them with closely allied species, we generally perceive in each domestic race, as already remarked, less uniformity ofM
 character than in true species. Domestic races often have a somewhat monstrous character; by which I mean, that, although differing from each other and from other species of the same genus, in several trifling respects, they often differ in an extreme degree in some one part, both when compared one with another, and more especially when compared with the species under nature to which they are nearest allied. With these exceptions (and with that of the perfect fertility of varieties when crossed
er to be discussed), domestic races of the same species differ from each other in the same manner as do the closely allied species of the same genus in a state of nature, but the differences in most cases are less in degree. This must be admitted as true, for the domestic races of many animals and plants have been ranked by some competent judges as the descendants of aboriginally distinct species, and by other competent judges as mere varieties. If any well marked distinction existed between a domestic race and a sM
pecies, this source of doubt would not so perpetually recur. It has often been stated that domestic races do not differ from each other in characters of generic value. It can be shown that this statement is not correct; but naturalists differ much in determining what characters are of generic value; all such valuations being at present empirical. When it is explained how genera originate under nature, it will be seen that we have no right to expect often to find a generic amount of difference in our domesticated raM
In attempting to estimate the amount of structural difference between allied domestic races, we are soon involved in doubt, from not knowing whether they are descended from one or several parent species. This point, if it could be cleared up, would be interesting; if, for instance, it could be shown that the greyhound, bloodhound, terrier, spaniel and bull-dog, which we all know propagate their kind truly, were the offspring of any single species, then such facts would have great weight in making us doubt aM
bout the immutability of the many closely allied natural species
for instance, of the many foxes
inhabiting the different quarters of the world. I do not believe, as we shall presently see, that the whole amount of difference between the several breeds of the dog has been produced under domestication; I believe that a small part of the difference is due to their being descended from distinct species. In the case of strongly marked races of some other domesticated species, there is presumptive or even strong eviM
dence that all are descended from a single wild stock.
It has often been assumed that man has chosen for domestication animals and plants having an extraordinary inherent tendency to vary, and likewise to withstand diverse climates. I do not dispute that these capacities have added largely to the value of most of our domesticated productions; but how could a savage possibly know, when he first tamed an animal, whether it would vary in succeeding generations, and whether it would endure other climates? Has the liM
ttle variability of the ass and goose, or the small power of endurance of warmth by the reindeer, or of cold by the common camel, prevented their domestication? I cannot doubt that if other animals and plants, equal in number to our domesticated productions, and belonging to equally diverse classes and countries, were taken from a state of nature, and could be made to breed for an equal number of generations under domestication, they would on an average vary as largely as the parent species of our existing domesticM
ated productions have varied.
In the case of most of our anciently domesticated animals and plants, it is not possible to come to any definite conclusion, whether they are descended from one or several wild species. The argument mainly relied on by those who believe in the multiple origin of our domestic animals is, that we find in the most ancient times, on the monuments of Egypt, and in the lake-habitations of Switzerland, much diversity in the breeds; and that some of these ancient breeds closely resemble, orM
 are even identical with, those still existing. But this only throws far backward the history of civilisation, and shows that animals were domesticated at a much earlier period than has hitherto been supposed. The lake-inhabitants of Switzerland cultivated several kinds of wheat and barley, the pea, the poppy for oil and flax; and they possessed several domesticated animals. They also carried on commerce with other nations. All this clearly shows, as Heer has remarked, that they had at this early age progressed conM
siderably in civilisation; and this again implies a long continued previous period of less advanced civilisation, during which the domesticated animals, kept by different tribes in different districts, might have varied and given rise to distinct races. Since the discovery of flint tools in the superficial formations of many parts of the world, all geologists believe that barbarian men existed at an enormously remote period; and we know that at the present day there is hardly a tribe so barbarous as not to have domM
esticated at least the dog.
The origin of most of our domestic animals will probably forever remain vague. But I may here state that, looking to the domestic dogs of the whole world, I have, after a laborious collection of all known facts, come to the conclusion that several wild species of Canid
 have been tamed, and that their blood, in some cases mingled together, flows in the veins of our domestic breeds. In regard to sheep and goats I can form no decided opinion. From facts communicated to me by Mr. Blyth,M
 on the habits, voice, constitution and structure of the humped Indian cattle, it is almost certain that they are descended from a different aboriginal stock from our European cattle; and some competent judges believe that these latter have had two or three wild progenitors, whether or not these deserve to be called species. This conclusion, as well as that of the specific distinction between the humped and common cattle, may, indeed, be looked upon as established by the admirable researches of Professor R
. With respect to horses, from reasons which I cannot here give, I am doubtfully inclined to believe, in opposition to several authors, that all the races belong to the same species. Having kept nearly all the English breeds of the fowl alive, having bred and crossed them, and examined their skeletons, it appears to me almost certain that all are the descendants of the wild Indian fowl, Gallus bankiva; and this is the conclusion of Mr. Blyth, and of others who have studied this bird in India. In regard to ducks andM
 rabbits, some breeds of which differ much from each other, the evidence is clear that they are all descended from the common duck and wild rabbit.
The doctrine of the origin of our several domestic races from several aboriginal stocks, has been carried to an absurd extreme by some authors. They believe that every race which breeds true, let the distinctive characters be ever so slight, has had its wild prototype. At this rate there must have existed at least a score of species of wild cattle, as many sheep, andM
 several goats, in Europe alone, and several even within Great Britain. One author believes that there formerly existed eleven wild species of sheep peculiar to Great Britain! When we bear in mind that Britain has now not one peculiar mammal, and France but few distinct from those of Germany, and so with Hungary, Spain, &c., but that each of these kingdoms possesses several peculiar breeds of cattle, sheep, &c., we must admit that many domestic breeds must have originated in Europe; for whence otherwise could they M
have been derived? So it is in India. Even in the case of the breeds of the domestic dog throughout the world, which I admit are descended from several wild species, it cannot be doubted that there has been an immense amount of inherited variation; for who will believe that animals closely resembling the Italian greyhound, the bloodhound, the bull-dog, pug-dog, or Blenheim spaniel, &c.
so unlike all wild Canid
ever existed in a state of nature? It has often been loosely said that all our races of dogs have beM
en produced by the crossing of a few aboriginal species; but by crossing we can only get forms in some degree intermediate between their parents; and if we account for our several domestic races by this process, we must admit the former existence of the most extreme forms, as the Italian greyhound, bloodhound, bull-dog, &c., in the wild state. Moreover, the possibility of making distinct races by crossing has been greatly exaggerated. Many cases are on record showing that a race may be modified by occasional crosseM
s if aided by the careful selection of the individuals which present the desired character; but to obtain a race intermediate between two quite distinct races would be very difficult. Sir J. Sebright expressly experimented with this object and failed. The offspring from the first cross between two pure breeds is tolerably and sometimes (as I have found with pigeons) quite uniform in character, and every thing seems simple enough; but when these mongrels are crossed one with another for several generations, hardly tM
wo of them are alike, and then the difficulty of the task becomes manifest.
Breeds of the Domestic Pigeon, their Differences and Origin.
Believing that it is always best to study some special group, I have, after deliberation, taken up domestic pigeons. I have kept every breed which I could purchase or obtain, and have been most kindly favoured with skins from several quarters of the world, more especially by the Hon. W. Elliot from India, and by the Hon. C. Murray from Persia. Many treatises in different lanM
guages have been published on pigeons, and some of them are very important, as being of considerable antiquity. I have associated with several eminent fanciers, and have been permitted to join two of the London Pigeon Clubs. The diversity of the breeds is something astonishing. Compare the English carrier and the short-faced tumbler, and see the wonderful difference in their beaks, entailing corresponding differences in their skulls. The carrier, more especially the male bird, is also remarkable from the wonderful M
development of the carunculated skin about the head, and this is accompanied by greatly elongated eyelids, very large external orifices to the nostrils, and a wide gape of mouth. The short-faced tumbler has a beak in outline almost like that of a finch; and the common tumbler has the singular inherited habit of flying at a great height in a compact flock, and tumbling in the air head over heels. The runt is a bird of great size, with long, massive beak and large feet; some of the sub-breeds of runts have very long M
necks, others very long wings and tails, others singularly short tails. The barb is allied to the carrier, but, instead of a long beak, has a very short and broad one. The pouter has a much elongated body, wings, and legs; and its enormously developed crop, which it glories in inflating, may well excite astonishment and even laughter. The turbit has a short and conical beak, with a line of reversed feathers down the breast; and it has the habit of continually expanding, slightly, the upper part of the
he Jacobin has the feathers so much reversed along the back of the neck that they form a hood, and it has, proportionally to its size, elongated wing and tail feathers. The trumpeter and laugher, as their names express, utter a very different coo from the other breeds. The fantail has thirty or even forty tail-feathers, instead of twelve or fourteen, the normal number in all the members of the great pigeon family: these feathers are kept expanded and are carried so erect that in good birds the head and tail touch: M
the oil-gland is quite aborted. Several other less distinct breeds might be specified.
In the skeletons of the several breeds, the development of the bones of the face, in length and breadth and curvature, differs enormously. The shape, as well as the breadth and length of the ramus of the lower jaw, varies in a highly remarkable manner. The caudal and sacral vertebr
 vary in number; as does the number of the ribs, together with their relative breadth and the presence of processes. The size and shape of the apeM
rtures in the sternum are highly variable; so is the degree of divergence and relative size of the two arms of the furcula. The proportional width of the gape of mouth, the proportional length of the eyelids, of the orifice of the nostrils, of the tongue (not always in strict correlation with the length of beak), the size of the crop and of the upper part of the
sophagus; the development and abortion of the oil-gland; the number of the primary wing and caudal feathers; the relative length of the wing and tail to M
each other and to the body; the relative length of the leg and foot; the number of scutell
 on the toes, the development of skin between the toes, are all points of structure which are variable. The period at which the perfect plumage is acquired varies, as does the state of the down with which the nestling birds are clothed when hatched. The shape and size of the eggs vary. The manner of flight, and in some breeds the voice and disposition, differ remarkably. Lastly, in certain breeds, the males and females have M
come to differ in a slight degree from each other.
Altogether at least a score of pigeons might be chosen, which, if shown to an ornithologist, and he were told that they were wild birds, would certainly be ranked by him as well-defined species. Moreover, I do not believe that any ornithologist would in this case place the English carrier, the short-faced tumbler, the runt, the barb, pouter, and fantail in the same genus; more especially as in each of these breeds several truly-inherited sub-breeds, or species, M
as he would call them, could be shown him.
Great as are the differences between the breeds of the pigeon, I am fully convinced that the common opinion of naturalists is correct, namely, that all are descended from the rock-pigeon (Columba livia), including under this term several geographical races or sub-species, which differ from each other in the most trifling respects. As several of the reasons which have led me to this belief are in some degree applicable in other cases, I will here briefly give them. If thM
e several breeds are not varieties, and have not proceeded from the rock-pigeon, they must have descended from at least seven or eight aboriginal stocks; for it is impossible to make the present domestic breeds by the crossing of any lesser number: how, for instance, could a pouter be produced by crossing two breeds unless one of the parent-stocks possessed the characteristic enormous crop? The supposed aboriginal stocks must all have been rock-pigeons, that is, they did not breed or willingly perch on trees. But bM
esides C. livia, with its geographical sub-species, only two or three other species of rock-pigeons are known; and these have not any of the characters of the domestic breeds. Hence the supposed aboriginal stocks must either still exist in the countries where they were originally domesticated, and yet be unknown to ornithologists; and this, considering their size, habits and remarkable characters, seems improbable; or they must have become extinct in the wild state. But birds breeding on precipices, and good flyersM
, are unlikely to be exterminated; and the common rock-pigeon, which has the same habits with the domestic breeds, has not been exterminated even on several of the smaller British islets, or on the shores of the Mediterranean. Hence the supposed extermination of so many species having similar habits with the rock-pigeon seems a very rash assumption. Moreover, the several above-named domesticated breeds have been transported to all parts of the world, and, therefore, some of them must have been carried back again inM
to their native country; but not one has become wild or feral, though the dovecot-pigeon, which is the rock-pigeon in a very slightly altered state, has become feral in several places. Again, all recent experience shows that it is difficult to get wild animals to breed freely under domestication; yet on the hypothesis of the multiple origin of our pigeons, it must be assumed that at least seven or eight species were so thoroughly domesticated in ancient times by half-civilized man, as to be quite prolific under conM
An argument of great weight, and applicable in several other cases, is, that the above-specified breeds, though agreeing generally with the wild rock-pigeon in constitution, habits, voice, colouring, and in most parts of their structure, yet are certainly highly abnormal in other parts; we may look in vain through the whole great family of Columbid
 for a beak like that of the English carrier, or that of the short-faced tumbler, or barb; for reversed feathers like those of the Jacobin; for a crop likeM
 that of the pouter; for tail-feathers like those of the fantail. Hence it must be assumed, not only that half-civilized man succeeded in thoroughly domesticating several species, but that he intentionally or by chance picked out extraordinarily abnormal species; and further, that these very species have since all become extinct or unknown. So many strange contingencies are improbable in the highest degree.
Some facts in regard to the colouring of pigeons well deserve consideration. The rock-pigeon is of a slatyM
-blue, with white loins; but the Indian sub-species, C. intermedia of Strickland, has this part bluish. The tail has a terminal dark bar, with the outer feathers externally edged at the base with white. The wings have two black bars. Some semi-domestic breeds, and some truly wild breeds, have, besides the two black bars, the wings chequered with black. These several marks do not occur together in any other species of the whole family. Now, in every one of the domestic breeds, taking thoroughly well-bred birds, all M
the above marks, even to the white edging of the outer tail-feathers, sometimes concur perfectly developed. Moreover, when birds belonging to two or more distinct breeds are crossed, none of which are blue or have any of the above-specified marks, the mongrel offspring are very apt suddenly to acquire these characters. To give one instance out of several which I have observed: I crossed some white fantails, which breed very true, with some black barbs
and it so happens that blue varieties of barbs are so rare thaM
t I never heard of an instance in England; and the mongrels were black, brown and mottled. I also crossed a barb with a spot, which is a white bird with a red tail and red spot on the forehead, and which notoriously breeds very true; the mongrels were dusky and mottled. I then crossed one of the mongrel barb-fantails with a mongrel barb-spot, and they produced a bird of as beautiful a blue colour, with the white loins, double black wing-bar, and barred and white-edged tail-feathers, as any wild rock-pigeon! We can M
understand these facts, on the well-known principle of reversion to ancestral characters, if all the domestic breeds are descended from the rock-pigeon. But if we deny this, we must make one of the two following highly improbable suppositions. Either, first, that all the several imagined aboriginal stocks were coloured and marked like the rock-pigeon, although no other existing species is thus coloured and marked, so that in each separate breed there might be a tendency to revert to the very same colours and markinM
gs. Or, secondly, that each breed, even the purest, has within a dozen, or at most within a score, of generations, been crossed by the rock-pigeon: I say within a dozen or twenty generations, for no instance is known of crossed descendants reverting to an ancestor of foreign blood, removed by a greater number of generations. In a breed which has been crossed only once the tendency to revert to any character derived from such a cross will naturally become less and less, as in each succeeding generation there will beM
 less of the foreign blood; but when there has been no cross, and there is a tendency in the breed to revert to a character which was lost during some former generation, this tendency, for all that we can see to the contrary, may be transmitted undiminished for an indefinite number of generations. These two distinct cases of reversion are often confounded together by those who have written on inheritance.
Lastly, the hybrids or mongrels from between all the breeds of the pigeon are perfectly fertile, as I can stM
ate from my own observations, purposely made, on the most distinct breeds. Now, hardly any cases have been ascertained with certainty of hybrids from two quite distinct species of animals being perfectly fertile. Some authors believe that long-continued domestication eliminates this strong tendency to sterility in species. From the history of the dog, and of some other domestic animals, this conclusion is probably quite correct, if applied to species closely related to each other. But to extend it so far as to suppM
ose that species, aboriginally as distinct as carriers, tumblers, pouters, and fantails now are, should yield offspring perfectly fertile, inter se, seems to me rash in the extreme.
From these several reasons, namely, the improbability of man having formerly made seven or eight supposed species of pigeons to breed freely under domestication
these supposed species being quite unknown in a wild state, and their not having become anywhere feral
these species presenting certain very abnormal characters, as compaM
red with all other Columbid
, though so like the rock-pigeon in most other respects
the occasional reappearance of the blue colour and various black marks in all the breeds, both when kept pure and when crossed
and lastly, the mongrel offspring being perfectly fertile
from these several reasons, taken together, we may safely conclude that all our domestic breeds are descended from the rock-pigeon or Columba livia with its geographical sub-species.
In favour of this view, I may add, firstly, that the wild M
C. livia has been found capable of domestication in Europe and in India; and that it agrees in habits and in a great number of points of structure with all the domestic breeds. Secondly, that although an English carrier or a short-faced tumbler differs immensely in certain characters from the rock-pigeon, yet that by comparing the several sub-breeds of these two races, more especially those brought from distant countries, we can make, between them and the rock-pigeon, an almost perfect series; so we can in some othM
er cases, but not with all the breeds. Thirdly, those characters which are mainly distinctive of each breed are in each eminently variable, for instance, the wattle and length of beak of the carrier, the shortness of that of the tumbler, and the number of tail-feathers in the fantail; and the explanation of this fact will be obvious when we treat of selection. Fourthly, pigeons have been watched and tended with the utmost care, and loved by many people. They have been domesticated for thousands of years in several M
quarters of the world; the earliest known record of pigeons is in the fifth
gyptian dynasty, about 3000 B.C., as was pointed out to me by Professor Lepsius; but Mr. Birch informs me that pigeons are given in a bill of fare in the previous dynasty. In the time of the Romans, as we hear from Pliny, immense prices were given for pigeons;
nay, they are come to this pass, that they can reckon up their pedigree and race.
 Pigeons were much valued by Akber Khan in India, about the year 1600; never less than 20,000 M
pigeons were taken with the court.
The monarchs of Iran and Turan sent him some very rare birds;
 and, continues the courtly historian,
His Majesty, by crossing the breeds, which method was never practised before, has improved them astonishingly.
 About this same period the Dutch were as eager about pigeons as were the old Romans. The paramount importance of these considerations in explaining the immense amount of variation which pigeons have undergone, will likewise be obvious when we treat of Selection.M
 We shall then, also, see how it is that the several breeds so often have a somewhat monstrous character. It is also a most favourable circumstance for the production of distinct breeds, that male and female pigeons can be easily mated for life; and thus different breeds can be kept together in the same aviary.
I have discussed the probable origin of domestic pigeons at some, yet quite insufficient, length; because when I first kept pigeons and watched the several kinds, well knowing how truly they breed, I feltM
 fully as much difficulty in believing that since they had been domesticated they had all proceeded from a common parent, as any naturalist could in coming to a similar conclusion in regard to the many species of finches, or other groups of birds, in nature. One circumstance has struck me much; namely, that nearly all the breeders of the various domestic animals and the cultivators of plants, with whom I have conversed, or whose treatises I have read, are firmly convinced that the several breeds to which each has aM
ttended, are descended from so many aboriginally distinct species. Ask, as I have asked, a celebrated raiser of Hereford cattle, whether his cattle might not have descended from Long-horns, or both from a common parent-stock, and he will laugh you to scorn. I have never met a pigeon, or poultry, or duck, or rabbit fancier, who was not fully convinced that each main breed was descended from a distinct species. Van Mons, in his treatise on pears and apples, shows how utterly he disbelieves that the several sorts, forM
 instance a Ribston-pippin or Codlin-apple, could ever have proceeded from the seeds of the same tree. Innumerable other examples could be given. The explanation, I think, is simple: from long-continued study they are strongly impressed with the differences between the several races; and though they well know that each race varies slightly, for they win their prizes by selecting such slight differences, yet they ignore all general arguments, and refuse to sum up in their minds slight differences accumulated during M
many successive generations. May not those naturalists who, knowing far less of the laws of inheritance than does the breeder, and knowing no more than he does of the intermediate links in the long lines of descent, yet admit that many of our domestic races are descended from the same parents
may they not learn a lesson of caution, when they deride the idea of species in a state of nature being lineal descendants of other species?
Principles of Selection anciently followed, and their Effects.
efly consider the steps by which domestic races have been produced, either from one or from several allied species. Some effect may be attributed to the direct and definite action of the external conditions of life, and some to habit; but he would be a bold man who would account by such agencies for the differences between a dray and race-horse, a greyhound and bloodhound, a carrier and tumbler pigeon. One of the most remarkable features in our domesticated races is that we see in them adaptation, not indeed to theM
s own good, but to man
s use or fancy. Some variations useful to him have probably arisen suddenly, or by one step; many botanists, for instance, believe that the fuller
s teasel, with its hooks, which can not be rivalled by any mechanical contrivance, is only a variety of the wild Dipsacus; and this amount of change may have suddenly arisen in a seedling. So it has probably been with the turnspit dog; and this is known to have been the case with the ancon sheep. But when we compare the dM
ray-horse and race-horse, the dromedary and camel, the various breeds of sheep fitted either for cultivated land or mountain pasture, with the wool of one breed good for one purpose, and that of another breed for another purpose; when we compare the many breeds of dogs, each good for man in different ways; when we compare the game-cock, so pertinacious in battle, with other breeds so little quarrelsome, with
 which never desire to sit, and with the bantam so small and elegant; when we comparM
e the host of agricultural, culinary, orchard, and flower-garden races of plants, most useful to man at different seasons and for different purposes, or so beautiful in his eyes, we must, I think, look further than to mere variability. We can not suppose that all the breeds were suddenly produced as perfect and as useful as we now see them; indeed, in many cases, we know that this has not been their history. The key is man
s power of accumulative selection: nature gives successive variations; man adds them up in M
certain directions useful to him. In this sense he may be said to have made for himself useful breeds.
The great power of this principle of selection is not hypothetical. It is certain that several of our eminent breeders have, even within a single lifetime, modified to a large extent their breeds of cattle and sheep. In order fully to realise what they have done it is almost necessary to read several of the many treatises devoted to this subject, and to inspect the animals. Breeders habitually speak of an animaM
s organisation as something plastic, which they can model almost as they please. If I had space I could quote numerous passages to this effect from highly competent authorities. Youatt, who was probably better acquainted with the works of agriculturalists than almost any other individual, and who was himself a very good judge of animals, speaks of the principle of selection as
that which enables the agriculturist, not only to modify the character of his flock, but to change it altogether. It is the magician
s wand, by means of which he may summon into life whatever form and mould he pleases.
 Lord Somerville, speaking of what breeders have done for sheep, says:
It would seem as if they had chalked out upon a wall a form perfect in itself, and then had given it existence.
 In Saxony the importance of the principle of selection in regard to merino sheep is so fully recognised, that men follow it as a trade: the sheep are placed on a table and are studied, like a picture by a connoisseur; this is done three timeM
s at intervals of months, and the sheep are each time marked and classed, so that the very best may ultimately be selected for breeding.
What English breeders have actually effected is proved by the enormous prices given for animals with a good pedigree; and these have been exported to almost every quarter of the world. The improvement is by no means generally due to crossing different breeds; all the best breeders are strongly opposed to this practice, except sometimes among closely allied sub-breeds. And when M
a cross has been made, the closest selection is far more indispensable even than in ordinary cases. If selection consisted merely in separating some very distinct variety and breeding from it, the principle would be so obvious as hardly to be worth notice; but its importance consists in the great effect produced by the accumulation in one direction, during successive generations, of differences absolutely inappreciable by an uneducated eye
differences which I for one have vainly attempted to appreciate. Not one mM
an in a thousand has accuracy of eye and judgment sufficient to become an eminent breeder. If gifted with these qualities, and he studies his subject for years, and devotes his lifetime to it with indomitable perseverance, he will succeed, and may make great improvements; if he wants any of these qualities, he will assuredly fail. Few would readily believe in the natural capacity and years of practice requisite to become even a skilful pigeon-fancier.
The same principles are followed by horticulturists; but the M
variations are here often more abrupt. No one supposes that our choicest productions have been produced by a single variation from the aboriginal stock. We have proofs that this is not so in several cases in which exact records have been kept; thus, to give a very trifling instance, the steadily-increasing size of the common gooseberry may be quoted. We see an astonishing improvement in many florists
 flowers, when the flowers of the present day are compared with drawings made only twenty or thirty years ago. WheM
n a race of plants is once pretty well established, the seed-raisers do not pick out the best plants, but merely go over their seed-beds, and pull up the
 as they call the plants that deviate from the proper standard. With animals this kind of selection is, in fact, likewise followed; for hardly any one is so careless as to breed from his worst animals.
In regard to plants, there is another means of observing the accumulated effects of selection
namely, by comparing the diversity of flowers in theM
 different varieties of the same species in the flower-garden; the diversity of leaves, pods, or tubers, or whatever part is valued, in the kitchen-garden, in comparison with the flowers of the same varieties; and the diversity of fruit of the same species in the orchard, in comparison with the leaves and flowers of the same set of varieties. See how different the leaves of the cabbage are, and how extremely alike the flowers; how unlike the flowers of the heartsease are, and how alike the leaves; how much the fruiM
t of the different kinds of gooseberries differ in size, colour, shape, and hairiness, and yet the flowers present very slight differences. It is not that the varieties which differ largely in some one point do not differ at all in other points; this is hardly ever
I speak after careful observation
perhaps never, the case. The law of correlated variation, the importance of which should never be overlooked, will ensure some differences; but, as a general rule, it cannot be doubted that the continued selection ofM
 slight variations, either in the leaves, the flowers, or the fruit, will produce races differing from each other chiefly in these characters.
It may be objected that the principle of selection has been reduced to methodical practice for scarcely more than three-quarters of a century; it has certainly been more attended to of late years, and many treatises have been published on the subject; and the result has been, in a corresponding degree, rapid and important. But it is very far from true that the principle iM
s a modern discovery. I could give several references to works of high antiquity, in which the full importance of the principle is acknowledged. In rude and barbarous periods of English history choice animals were often imported, and laws were passed to prevent their exportation: the destruction of horses under a certain size was ordered, and this may be compared to the
 of plants by nurserymen. The principle of selection I find distinctly given in an ancient Chinese encyclop
dia. Explicit rules are lM
aid down by some of the Roman classical writers. From passages in Genesis, it is clear that the colour of domestic animals was at that early period attended to. Savages now sometimes cross their dogs with wild canine animals, to improve the breed, and they formerly did so, as is attested by passages in Pliny. The savages in South Africa match their draught cattle by colour, as do some of the Esquimaux their teams of dogs. Livingstone states that good domestic breeds are highly valued by the negroes in the interior M
of Africa who have not associated with Europeans. Some of these facts do not show actual selection, but they show that the breeding of domestic animals was carefully attended to in ancient times, and is now attended to by the lowest savages. It would, indeed, have been a strange fact, had attention not been paid to breeding, for the inheritance of good and bad qualities is so obvious.
Unconscious Selection.
At the present time, eminent breeders try by methodical selection, with a distinct object in view, to mM
ake a new strain or sub-breed, superior to anything of the kind in the country. But, for our purpose, a form of selection, which may be called unconscious, and which results from every one trying to possess and breed from the best individual animals, is more important. Thus, a man who intends keeping pointers naturally tries to get as good dogs as he can, and afterwards breeds from his own best dogs, but he has no wish or expectation of permanently altering the breed. Nevertheless we may infer that this process, coM
ntinued during centuries, would improve and modify any breed, in the same way as Bakewell, Collins, &c., by this very same process, only carried on more methodically, did greatly modify, even during their lifetimes, the forms and qualities of their cattle. Slow and insensible changes of this kind could never be recognised unless actual measurements or careful drawings of the breeds in question have been made long ago, which may serve for comparison. In some cases, however, unchanged, or but little changed, individuM
als of the same breed exist in less civilised districts, where the breed has been less improved. There is reason to believe that King Charles
 spaniel has been unconsciously modified to a large extent since the time of that monarch. Some highly competent authorities are convinced that the setter is directly derived from the spaniel, and has probably been slowly altered from it. It is known that the English pointer has been greatly changed within the last century, and in this case the change has, it is believed, bM
een chiefly effected by crosses with the foxhound; but what concerns us is, that the change has been effected unconsciously and gradually, and yet so effectually that, though the old Spanish pointer certainly came from Spain, Mr. Borrow has not seen, as I am informed by him, any native dog in Spain like our pointer.
By a similar process of selection, and by careful training, English race-horses have come to surpass in fleetness and size the parent Arabs, so that the latter, by the regulations for the Goodwood RaM
ces, are favoured in the weights which they carry. Lord Spencer and others have shown how the cattle of England have increased in weight and in early maturity, compared with the stock formerly kept in this country. By comparing the accounts given in various old treatises of the former and present state of carrier and tumbler pigeons in Britain, India, and Persia, we can trace the stages through which they have insensibly passed, and come to differ so greatly from the rock-pigeon.
Youatt gives an excellent illustM
ration of the effects of a course of selection which may be considered as unconscious, in so far that the breeders could never have expected, or even wished, to produce the result which ensued
namely, the production of the distinct strains. The two flocks of Leicester sheep kept by Mr. Buckley and Mr. Burgess, as Mr. Youatt remarks,
Have been purely bred from the original stock of Mr. Bakewell for upwards of fifty years. There is not a suspicion existing in the mind of any one at all acquainted with the subjecM
t that the owner of either of them has deviated in any one instance from the pure blood of Mr. Bakewell
s flock, and yet the difference between the sheep possessed by these two gentlemen is so great that they have the appearance of being quite different varieties.
If there exist savages so barbarous as never to think of the inherited character of the offspring of their domestic animals, yet any one animal particularly useful to them, for any special purpose, would be carefully preserved during famines and oM
ther accidents, to which savages are so liable, and such choice animals would thus generally leave more offspring than the inferior ones; so that in this case there would be a kind of unconscious selection going on. We see the value set on animals even by the barbarians of Tierra del Fuego, by their killing and devouring their old women, in times of dearth, as of less value than their dogs.
In plants the same gradual process of improvement through the occasional preservation of the best individuals, whether or nM
ot sufficiently distinct to be ranked at their first appearance as distinct varieties, and whether or not two or more species or races have become blended together by crossing, may plainly be recognised in the increased size and beauty which we now see in the varieties of the heartsease, rose, pelargonium, dahlia, and other plants, when compared with the older varieties or with their parent-stocks. No one would ever expect to get a first-rate heartsease or dahlia from the seed of a wild plant. No one would expect tM
o raise a first-rate melting pear from the seed of a wild pear, though he might succeed from a poor seedling growing wild, if it had come from a garden-stock. The pear, though cultivated in classical times, appears, from Pliny
s description, to have been a fruit of very inferior quality. I have seen great surprise expressed in horticultural works at the wonderful skill of gardeners in having produced such splendid results from such poor materials; but the art has been simple, and, as far as the final result is coM
ncerned, has been followed almost unconsciously. It has consisted in always cultivating the best known variety, sowing its seeds, and, when a slightly better variety chanced to appear, selecting it, and so onwards. But the gardeners of the classical period, who cultivated the best pears which they could procure, never thought what splendid fruit we should eat; though we owe our excellent fruit in some small degree to their having naturally chosen and preserved the best varieties they could anywhere find.
 amount of change, thus slowly and unconsciously accumulated, explains, as I believe, the well-known fact, that in a number of cases we cannot recognise, and therefore do not know, the wild parent-stocks of the plants which have been longest cultivated in our flower and kitchen gardens. If it has taken centuries or thousands of years to improve or modify most of our plants up to their present standard of usefulness to man, we can understand how it is that neither Australia, the Cape of Good Hope, nor any other regiM
on inhabited by quite uncivilised man, has afforded us a single plant worth culture. It is not that these countries, so rich in species, do not by a strange chance possess the aboriginal stocks of any useful plants, but that the native plants have not been improved by continued selection up to a standard of perfection comparable with that acquired by the plants in countries anciently civilised.
In regard to the domestic animals kept by uncivilised man, it should not be overlooked that they almost always have to M
struggle for their own food, at least during certain seasons. And in two countries very differently circumstanced, individuals of the same species, having slightly different constitutions or structure, would often succeed better in the one country than in the other, and thus by a process of
 as will hereafter be more fully explained, two sub-breeds might be formed. This, perhaps, partly explains why the varieties kept by savages, as has been remarked by some authors, have more of the charactM
er of true species than the varieties kept in civilised countries.
On the view here given of the important part which selection by man has played, it becomes at once obvious, how it is that our domestic races show adaptation in their structure or in their habits to man
s wants or fancies. We can, I think, further understand the frequently abnormal character of our domestic races, and likewise their differences being so great in external characters, and relatively so slight in internal parts or organs. Man can M
hardly select, or only with much difficulty, any deviation of structure excepting such as is externally visible; and indeed he rarely cares for what is internal. He can never act by selection, excepting on variations which are first given to him in some slight degree by nature. No man would ever try to make a fantail till he saw a pigeon with a tail developed in some slight degree in an unusual manner, or a pouter till he saw a pigeon with a crop of somewhat unusual size; and the more abnormal or unusual any characM
ter was when it first appeared, the more likely it would be to catch his attention. But to use such an expression as trying to make a fantail is, I have no doubt, in most cases, utterly incorrect. The man who first selected a pigeon with a slightly larger tail, never dreamed what the descendants of that pigeon would become through long-continued, partly unconscious and partly methodical, selection. Perhaps the parent bird of all fantails had only fourteen tail-feathers somewhat expanded, like the present Java fantaM
il, or like individuals of other and distinct breeds, in which as many as seventeen tail-feathers have been counted. Perhaps the first pouter-pigeon did not inflate its crop much more than the turbit now does the upper part of its
a habit which is disregarded by all fanciers, as it is not one of the points of the breed.
Nor let it be thought that some great deviation of structure would be necessary to catch the fancier
s eye: he perceives extremely small differences, and it is in human nature to vM
alue any novelty, however slight, in one
s own possession. Nor must the value which would formerly have been set on any slight differences in the individuals of the same species, be judged of by the value which is now set on them, after several breeds have fairly been established. It is known that with pigeons many slight variations now occasionally appear, but these are rejected as faults or deviations from the standard of perfection in each breed. The common goose has not given rise to any marked varieties; henM
ce the Toulouse and the common breed, which differ only in colour, that most fleeting of characters, have lately been exhibited as distinct at our poultry-shows.
These views appear to explain what has sometimes been noticed, namely, that we know hardly anything about the origin or history of any of our domestic breeds. But, in fact, a breed, like a dialect of a language, can hardly be said to have a distinct origin. A man preserves and breeds from an individual with some slight deviation of structure, or takes mM
ore care than usual in matching his best animals, and thus improves them, and the improved animals slowly spread in the immediate neighbourhood. But they will as yet hardly have a distinct name, and from being only slightly valued, their history will have been disregarded. When further improved by the same slow and gradual process, they will spread more widely, and will be recognised as something distinct and valuable, and will then probably first receive a provincial name. In semi-civilised countries, with little M
free communication, the spreading of a new sub-breed will be a slow process. As soon as the points of value are once acknowledged, the principle, as I have called it, of unconscious selection will always tend
perhaps more at one period than at another, as the breed rises or falls in fashion
perhaps more in one district than in another, according to the state of civilisation of the inhabitants
slowly to add to the characteristic features of the breed, whatever they may be. But the chance will be infinitely smaM
ll of any record having been preserved of such slow, varying, and insensible changes.
Circumstances favourable to Man
s Power of Selection.
I will now say a few words on the circumstances, favourable or the reverse, to man
s power of selection. A high degree of variability is obviously favourable, as freely giving the materials for selection to work on; not that mere individual differences are not amply sufficient, with extreme care, to allow of the accumulation of a large amount of modification in almostM
 any desired direction. But as variations manifestly useful or pleasing to man appear only occasionally, the chance of their appearance will be much increased by a large number of individuals being kept. Hence number is of the highest importance for success. On this principle Marshall formerly remarked, with respect to the sheep of part of Yorkshire,
As they generally belong to poor people, and are mostly in small lots, they never can be improved.
 On the other hand, nurserymen, from keeping large stocks of thM
e same plant, are generally far more successful than amateurs in raising new and valuable varieties. A large number of individuals of an animal or plant can be reared only where the conditions for its propagation are favourable. When the individuals are scanty all will be allowed to breed, whatever their quality may be, and this will effectually prevent selection. But probably the most important element is that the animal or plant should be so highly valued by man, that the closest attention is paid to even the sliM
ghtest deviations in its qualities or structure. Unless such attention be paid nothing can be effected. I have seen it gravely remarked, that it was most fortunate that the strawberry began to vary just when gardeners began to attend to this plant. No doubt the strawberry had always varied since it was cultivated, but the slight varieties had been neglected. As soon, however, as gardeners picked out individual plants with slightly larger, earlier, or better fruit, and raised seedlings from them, and again picked ouM
t the best seedlings and bred from them, then (with some aid by crossing distinct species) those many admirable varieties of the strawberry were raised which have appeared during the last half-century.
With animals, facility in preventing crosses is an important element in the formation of new races
at least, in a country which is already stocked with other races. In this respect enclosure of the land plays a part. Wandering savages or the inhabitants of open plains rarely possess more than one breed of the saM
me species. Pigeons can be mated for life, and this is a great convenience to the fancier, for thus many races may be improved and kept true, though mingled in the same aviary; and this circumstance must have largely favoured the formation of new breeds. Pigeons, I may add, can be propagated in great numbers and at a very quick rate, and inferior birds may be freely rejected, as when killed they serve for food. On the other hand, cats, from their nocturnal rambling habits, can not be easily matched, and, although sM
o much valued by women and children, we rarely see a distinct breed long kept up; such breeds as we do sometimes see are almost always imported from some other country. Although I do not doubt that some domestic animals vary less than others, yet the rarity or absence of distinct breeds of the cat, the donkey, peacock, goose, &c., may be attributed in main part to selection not having been brought into play: in cats, from the difficulty in pairing them; in donkeys, from only a few being kept by poor people, and litM
tle attention paid to their breeding; for recently in certain parts of Spain and of the United States this animal has been surprisingly modified and improved by careful selection; in peacocks, from not being very easily reared and a large stock not kept; in geese, from being valuable only for two purposes, food and feathers, and more especially from no pleasure having been felt in the display of distinct breeds; but the goose, under the conditions to which it is exposed when domesticated, seems to have a singularlyM
 inflexible organisation, though it has varied to a slight extent, as I have elsewhere described.
Some authors have maintained that the amount of variation in our domestic productions is soon reached, and can never afterward be exceeded. It would be somewhat rash to assert that the limit has been attained in any one case; for almost all our animals and plants have been greatly improved in many ways within a recent period; and this implies variation. It would be equally rash to assert that characters now increaseM
d to their utmost limit, could not, after remaining fixed for many centuries, again vary under new conditions of life. No doubt, as Mr. Wallace has remarked with much truth, a limit will be at last reached. For instance, there must be a limit to the fleetness of any terrestrial animal, as this will be determined by the friction to be overcome, the weight of the body to be carried, and the power of contraction in the muscular fibres. But what concerns us is that the domestic varieties of the same species differ fromM
 each other in almost every character, which man has attended to and selected, more than do the distinct species of the same genera. Isidore Geoffroy St. Hilaire has proved this in regard to size, and so it is with colour, and probably with the length of hair. With respect to fleetness, which depends on many bodily characters, Eclipse was far fleeter, and a dray-horse is comparably stronger, than any two natural species belonging to the same genus. So with plants, the seeds of the different varieties of the bean orM
 maize probably differ more in size than do the seeds of the distinct species in any one genus in the same two families. The same remark holds good in regard to the fruit of the several varieties of the plum, and still more strongly with the melon, as well as in many other analogous cases.
To sum up on the origin of our domestic races of animals and plants. Changed conditions of life are of the highest importance in causing variability, both by acting directly on the organisation, and indirectly by affecting theM
 reproductive system. It is not probable that variability is an inherent and necessary contingent, under all circumstances. The greater or less force of inheritance and reversion determine whether variations shall endure. Variability is governed by many unknown laws, of which correlated growth is probably the most important. Something, but how much we do not know, may be attributed to the definite action of the conditions of life. Some, perhaps a great, effect may be attributed to the increased use or disuse of parM
ts. The final result is thus rendered infinitely complex. In some cases the intercrossing of aboriginally distinct species appears to have played an important part in the origin of our breeds. When several breeds have once been formed in any country, their occasional intercrossing, with the aid of selection, has, no doubt, largely aided in the formation of new sub-breeds; but the importance of crossing has been much exaggerated, both in regard to animals and to those plants which are propagated by seed. With plantsM
 which are temporarily propagated by cuttings, buds, &c., the importance of crossing is immense; for the cultivator may here disregard the extreme variability both of hybrids and of mongrels, and the sterility of hybrids; but plants not propagated by seed are of little importance to us, for their endurance is only temporary. Over all these causes of change, the accumulative action of selection, whether applied methodically and quickly, or unconsciously and slowly, but more efficiently, seems to have been the predomM
VARIATION UNDER NATURE
Individual differences
Wide ranging, much diffused, and common species, vary most
Species of the larger genera in each country vary more frequently than the species of the smaller genera
Many of the species of the larger genera resemble varieties in being very closely, but unequally, related to each other, and in having restricted ranges.
Before applying the principles arrived at in the last chapter to organic beingsM
 in a state of nature, we must briefly discuss whether these latter are subject to any variation. To treat this subject properly, a long catalogue of dry facts ought to be given; but these I shall reserve for a future work. Nor shall I here discuss the various definitions which have been given of the term species. No one definition has satisfied all naturalists; yet every naturalist knows vaguely what he means when he speaks of a species. Generally the term includes the unknown element of a distinct act of creationM
 is almost equally difficult to define; but here community of descent is almost universally implied, though it can rarely be proved. We have also what are called monstrosities; but they graduate into varieties. By a monstrosity I presume is meant some considerable deviation of structure, generally injurious, or not useful to the species. Some authors use the term
 in a technical sense, as implying a modification directly due to the physical conditions of life; and
 in this sense are supposed not to be inherited; but who can say that the dwarfed condition of shells in the brackish waters of the Baltic, or dwarfed plants on Alpine summits, or the thicker fur of an animal from far northwards, would not in some cases be inherited for at least a few generations? And in this case I presume that the form would be called a variety.
It may be doubted whether sudden and considerable deviations of structure, such as we occasionally see in our domestic productions, more especiallM
y with plants, are ever permanently propagated in a state of nature. Almost every part of every organic being is so beautifully related to its complex conditions of life that it seems as improbable that any part should have been suddenly produced perfect, as that a complex machine should have been invented by man in a perfect state. Under domestication monstrosities sometimes occur which resemble normal structures in widely different animals. Thus pigs have occasionally been born with a sort of proboscis, and if anM
y wild species of the same genus had naturally possessed a proboscis, it might have been argued that this had appeared as a monstrosity; but I have as yet failed to find, after diligent search, cases of monstrosities resembling normal structures in nearly allied forms, and these alone bear on the question. If monstrous forms of this kind ever do appear in a state of nature and are capable of reproduction (which is not always the case), as they occur rarely and singly, their preservation would depend on unusually faM
vourable circumstances. They would, also, during the first and succeeding generations cross with the ordinary form, and thus their abnormal character would almost inevitably be lost. But I shall have to return in a future chapter to the preservation and perpetuation of single or occasional variations.
Individual Differences.
The many slight differences which appear in the offspring from the same parents, or which it may be presumed have thus arisen, from being observed in the individuals of the same species iM
nhabiting the same confined locality, may be called individual differences. No one supposes that all the individuals of the same species are cast in the same actual mould. These individual differences are of the highest importance for us, for they are often inherited, as must be familiar to every one; and they thus afford materials for natural selection to act on and accumulate, in the same manner as man accumulates in any given direction individual differences in his domesticated productions. These individual diffM
erences generally affect what naturalists consider unimportant parts; but I could show, by a long catalogue of facts, that parts which must be called important, whether viewed under a physiological or classificatory point of view, sometimes vary in the individuals of the same species. I am convinced that the most experienced naturalist would be surprised at the number of the cases of variability, even in important parts of structure, which he could collect on good authority, as I have collected, during a course of M
years. It should be remembered that systematists are far from being pleased at finding variability in important characters, and that there are not many men who will laboriously examine internal and important organs, and compare them in many specimens of the same species. It would never have been expected that the branching of the main nerves close to the great central ganglion of an insect would have been variable in the same species; it might have been thought that changes of this nature could have been effected oM
nly by slow degrees; yet Sir J. Lubbock has shown a degree of variability in these main nerves in Coccus, which may almost be compared to the irregular branching of the stem of a tree. This philosophical naturalist, I may add, has also shown that the muscles in the larv
 of certain insects are far from uniform. Authors sometimes argue in a circle when they state that important organs never vary; for these same authors practically rank those parts as important (as some few naturalists have honestly confessed) whichM
 do not vary; and, under this point of view, no instance will ever be found of an important part varying; but under any other point of view many instances assuredly can be given.
There is one point connected with individual differences which is extremely perplexing: I refer to those genera which have been called
 in which species present an inordinate amount of variation. With respect to many of these forms, hardly two naturalists agree whether to rank them as species or as varM
ieties. We may instance Rubus, Rosa, and Hieracium among plants, several genera of insects, and of Brachiopod shells. In most polymorphic genera some of the species have fixed and definite characters. Genera which are polymorphic in one country seem to be, with a few exceptions, polymorphic in other countries, and likewise, judging from Brachiopod shells, at former periods of time. These facts are very perplexing, for they seem to show that this kind of variability is independent of the conditions of life. I am incM
lined to suspect that we see, at least in some of these polymorphic genera, variations which are of no service or disservice to the species, and which consequently have not been seized on and rendered definite by natural selection, as hereafter to be explained.
Individuals of the same species often present, as is known to every one, great differences of structure, independently of variation, as in the two sexes of various animals, in the two or three castes of sterile females or workers among insects, and in theM
 immature and larval states of many of the lower animals. There are, also, cases of dimorphism and trimorphism, both with animals and plants. Thus, Mr. Wallace, who has lately called attention to the subject, has shown that the females of certain species of butterflies, in the Malayan Archipelago, regularly appear under two or even three conspicuously distinct forms, not connected by intermediate varieties. Fritz M
ller has described analogous but more extraordinary cases with the males of certain Brazilian CrustaM
ceans: thus, the male of a Tanais regularly occurs under two distinct forms; one of these has strong and differently shaped pincers, and the other has antenn
 much more abundantly furnished with smelling-hairs. Although in most of these cases, the two or three forms, both with animals and plants, are not now connected by intermediate gradations, it is possible that they were once thus connected. Mr. Wallace, for instance, describes a certain butterfly which presents in the same island a great range of varieties coM
nnected by intermediate links, and the extreme links of the chain closely resemble the two forms of an allied dimorphic species inhabiting another part of the Malay Archipelago. Thus also with ants, the several worker-castes are generally quite distinct; but in some cases, as we shall hereafter see, the castes are connected together by finely graduated varieties. So it is, as I have myself observed, with some dimorphic plants. It certainly at first appears a highly remarkable fact that the same female butterfly shoM
uld have the power of producing at the same time three distinct female forms and a male; and that an hermaphrodite plant should produce from the same seed-capsule three distinct hermaphrodite forms, bearing three different kinds of females and three or even six different kinds of males. Nevertheless these cases are only exaggerations of the common fact that the female produces offspring of two sexes which sometimes differ from each other in a wonderful manner.
The forms which possess in someM
 considerable degree the character of species, but which are so closely similar to other forms, or are so closely linked to them by intermediate gradations, that naturalists do not like to rank them as distinct species, are in several respects the most important for us. We have every reason to believe that many of these doubtful and closely allied forms have permanently retained their characters for a long time; for as long, as far as we know, as have good and true species. Practically, when a naturalist can unite M
by means of intermediate links any two forms, he treats the one as a variety of the other, ranking the most common, but sometimes the one first described as the species, and the other as the variety. But cases of great difficulty, which I will not here enumerate, sometimes arise in deciding whether or not to rank one form as a variety of another, even when they are closely connected by intermediate links; nor will the commonly assumed hybrid nature of the intermediate forms always remove the difficulty. In very manM
y cases, however, one form is ranked as a variety of another, not because the intermediate links have actually been found, but because analogy leads the observer to suppose either that they do now somewhere exist, or may formerly have existed; and here a wide door for the entry of doubt and conjecture is opened.
Hence, in determining whether a form should be ranked as a species or a variety, the opinion of naturalists having sound judgment and wide experience seems the only guide to follow. We must, however, in M
many cases, decide by a majority of naturalists, for few well-marked and well-known varieties can be named which have not been ranked as species by at least some competent judges.
That varieties of this doubtful nature are far from uncommon cannot be disputed. Compare the several floras of Great Britain, of France, or of the United States, drawn up by different botanists, and see what a surprising number of forms have been ranked by one botanist as good species, and by another as mere varieties. Mr. H.C. Watson,M
 to whom I lie under deep obligation for assistance of all kinds, has marked for me 182 British plants, which are generally considered as varieties, but which have all been ranked by botanists as species; and in making this list he has omitted many trifling varieties, but which nevertheless have been ranked by some botanists as species, and he has entirely omitted several highly polymorphic genera. Under genera, including the most polymorphic forms, Mr. Babington gives 251 species, whereas Mr. Bentham gives only 11M
a difference of 139 doubtful forms! Among animals which unite for each birth, and which are highly locomotive, doubtful forms, ranked by one zoologist as a species and by another as a variety, can rarely be found within the same country, but are common in separated areas. How many of the birds and insects in North America and Europe, which differ very slightly from each other, have been ranked by one eminent naturalist as undoubted species, and by another as varieties, or, as they are often called, geographicalM
 races! Mr. Wallace, in several valuable papers on the various animals, especially on the Lepidoptera, inhabiting the islands of the great Malayan Archipelago, shows that they may be classed under four heads, namely, as variable forms, as local forms, as geographical races or sub-species, and as true representative species. The first or variable forms vary much within the limits of the same island. The local forms are moderately constant and distinct in each separate island; but when all from the several islands arM
e compared together, the differences are seen to be so slight and graduated that it is impossible to define or describe them, though at the same time the extreme forms are sufficiently distinct. The geographical races or sub-species are local forms completely fixed and isolated; but as they do not differ from each other by strongly marked and important characters,
There is no possible test but individual opinion to determine which of them shall be considered as species and which as varieties.
tative species fill the same place in the natural economy of each island as do the local forms and sub-species; but as they are distinguished from each other by a greater amount of difference than that between the local forms and sub-species, they are almost universally ranked by naturalists as true species. Nevertheless, no certain criterion can possibly be given by which variable forms, local forms, sub species and representative species can be recognised.
Many years ago, when comparing, and seeing others compM
are, the birds from the closely neighbouring islands of the Galapagos Archipelago, one with another, and with those from the American mainland, I was much struck how entirely vague and arbitrary is the distinction between species and varieties. On the islets of the little Madeira group there are many insects which are characterized as varieties in Mr. Wollaston
s admirable work, but which would certainly be ranked as distinct species by many entomologists. Even Ireland has a few animals, now generally regarded asM
 varieties, but which have been ranked as species by some zoologists. Several experienced ornithologists consider our British red grouse as only a strongly marked race of a Norwegian species, whereas the greater number rank it as an undoubted species peculiar to Great Britain. A wide distance between the homes of two doubtful forms leads many naturalists to rank them as distinct species; but what distance, it has been well asked, will suffice if that between America and Europe is ample, will that between Europe andM
 the Azores, or Madeira, or the Canaries, or between the several islets of these small archipelagos, be sufficient?
Mr. B.D. Walsh, a distinguished entomologist of the United States, has described what he calls Phytophagic varieties and Phytophagic species. Most vegetable-feeding insects live on one kind of plant or on one group of plants; some feed indiscriminately on many kinds, but do not in consequence vary. In several cases, however, insects found living on different plants, have been observed by Mr. Walsh M
to present in their larval or mature state, or in both states, slight, though constant differences in colour, size, or in the nature of their secretions. In some instances the males alone, in other instances, both males and females, have been observed thus to differ in a slight degree. When the differences are rather more strongly marked, and when both sexes and all ages are affected, the forms are ranked by all entomologists as good species. But no observer can determine for another, even if he can do so for himseM
lf, which of these Phytophagic forms ought to be called species and which varieties. Mr. Walsh ranks the forms which it may be supposed would freely intercross, as varieties; and those which appear to have lost this power, as species. As the differences depend on the insects having long fed on distinct plants, it cannot be expected that intermediate links connecting the several forms should now be found. The naturalist thus loses his best guide in determining whether to rank doubtful forms as varieties or species. M
This likewise necessarily occurs with closely allied organisms, which inhabit distinct continents or islands. When, on the other hand, an animal or plant ranges over the same continent, or inhabits many islands in the same archipelago, and presents different forms in the different areas, there is always a good chance that intermediate forms will be discovered which will link together the extreme states; and these are then degraded to the rank of varieties.
Some few naturalists maintain that animals never presentM
 varieties; but then these same naturalists rank the slightest difference as of specific value; and when the same identical form is met with in two distant countries, or in two geological formations, they believe that two distinct species are hidden under the same dress. The term species thus comes to be a mere useless abstraction, implying and assuming a separate act of creation. It is certain that many forms, considered by highly competent judges to be varieties, resemble species so completely in character that tM
hey have been thus ranked by other highly competent judges. But to discuss whether they ought to be called species or varieties, before any definition of these terms has been generally accepted, is vainly to beat the air.
Many of the cases of strongly marked varieties or doubtful species well deserve consideration; for several interesting lines of argument, from geographical distribution, analogical variation, hybridism, &c., have been brought to bear in the attempt to determine their rank; but space does not heM
re permit me to discuss them. Close investigation, in many cases, will no doubt bring naturalists to agree how to rank doubtful forms. Yet it must be confessed that it is in the best known countries that we find the greatest number of them. I have been struck with the fact that if any animal or plant in a state of nature be highly useful to man, or from any cause closely attracts his attention, varieties of it will almost universally be found recorded. These varieties, moreover, will often be ranked by some authorsM
 as species. Look at the common oak, how closely it has been studied; yet a German author makes more than a dozen species out of forms, which are almost universally considered by other botanists to be varieties; and in this country the highest botanical authorities and practical men can be quoted to show that the sessile and pedunculated oaks are either good and distinct species or mere varieties.
I may here allude to a remarkable memoir lately published by A. de Candolle, on the oaks of the whole world. No one M
ever had more ample materials for the discrimination of the species, or could have worked on them with more zeal and sagacity. He first gives in detail all the many points of structure which vary in the several species, and estimates numerically the relative frequency of the variations. He specifies above a dozen characters which may be found varying even on the same branch, sometimes according to age or development, sometimes without any assignable reason. Such characters are not of course of specific value, but tM
hey are, as Asa Gray has remarked in commenting on this memoir, such as generally enter into specific definitions. De Candolle then goes on to say that he gives the rank of species to the forms that differ by characters never varying on the same tree, and never found connected by intermediate states. After this discussion, the result of so much labour, he emphatically remarks:
They are mistaken, who repeat that the greater part of our species are clearly limited, and that the doubtful species are in a feeble minM
ority. This seemed to be true, so long as a genus was imperfectly known, and its species were founded upon a few specimens, that is to say, were provisional. Just as we come to know them better, intermediate forms flow in, and doubts as to specific limits augment.
 He also adds that it is the best known species which present the greatest number of spontaneous varieties and sub-varieties. Thus Quercus robur has twenty-eight varieties, all of which, excepting six, are clustered round three sub-species, namely Q. peM
dunculata, sessiliflora and pubescens. The forms which connect these three sub-species are comparatively rare; and, as Asa Gray again remarks, if these connecting forms which are now rare were to become totally extinct the three sub-species would hold exactly the same relation to each other as do the four or five provisionally admitted species which closely surround the typical Quercus robur. Finally, De Candolle admits that out of the 300 species, which will be enumerated in his Prodromus as belonging to the oak fM
amily, at least two-thirds are provisional species, that is, are not known strictly to fulfil the definition above given of a true species. It should be added that De Candolle no longer believes that species are immutable creations, but concludes that the derivative theory is the most natural one,
and the most accordant with the known facts in pal
ontology, geographical botany and zoology, of anatomical structure and classification.
When a young naturalist commences the study of a group of organisms quiteM
 unknown to him he is at first much perplexed in determining what differences to consider as specific and what as varietal; for he knows nothing of the amount and kind of variation to which the group is subject; and this shows, at least, how very generally there is some variation. But if he confine his attention to one class within one country he will soon make up his mind how to rank most of the doubtful forms. His general tendency will be to make many species, for he will become impressed, just like the pigeon orM
 poultry fancier before alluded to, with the amount of difference in the forms which he is continually studying; and he has little general knowledge of analogical variation in other groups and in other countries by which to correct his first impressions. As he extends the range of his observations he will meet with more cases of difficulty; for he will encounter a greater number of closely-allied forms. But if his observations be widely extended he will in the end generally be able to make up his own mind; but he wM
ill succeed in this at the expense of admitting much variation, and the truth of this admission will often be disputed by other naturalists. When he comes to study allied forms brought from countries not now continuous, in which case he cannot hope to find intermediate links, he will be compelled to trust almost entirely to analogy, and his difficulties will rise to a climax.
Certainly no clear line of demarcation has as yet been drawn between species and sub-species
that is, the forms which in the opinion of M
some naturalists come very near to, but do not quite arrive at, the rank of species; or, again, between sub-species and well-marked varieties, or between lesser varieties and individual differences. These differences blend into each other by an insensible series; and a series impresses the mind with the idea of an actual passage.
Hence I look at individual differences, though of small interest to the systematist, as of the highest importance for us, as being the first step towards such slight varieties as are baM
rely thought worth recording in works on natural history. And I look at varieties which are in any degree more distinct and permanent, as steps towards more strongly marked and permanent varieties; and at the latter, as leading to sub-species, and then to species. The passage from one stage of difference to another may, in many cases, be the simple result of the nature of the organism and of the different physical conditions to which it has long been exposed; but with respect to the more important and adaptive charM
acters, the passage from one stage of difference to another may be safely attributed to the cumulative action of natural selection, hereafter to be explained, and to the effects of the increased use or disuse of parts. A well-marked variety may therefore be called an incipient species; but whether this belief is justifiable must be judged by the weight of the various facts and considerations to be given throughout this work.
It need not be supposed that all varieties or incipient species attain the rank of speciM
es. They may become extinct, or they may endure as varieties for very long periods, as has been shown to be the case by Mr. Wollaston with the varieties of certain fossil land-shells in Madeira, and with plants by Gaston de Saporta. If a variety were to flourish so as to exceed in numbers the parent species, it would then rank as the species, and the species as the variety; or it might come to supplant and exterminate the parent species; or both might co-exist, and both rank as independent species. But we shall herM
eafter return to this subject.
From these remarks it will be seen that I look at the term species as one arbitrarily given, for the sake of convenience, to a set of individuals closely resembling each other, and that it does not essentially differ from the term variety, which is given to less distinct and more fluctuating forms. The term variety, again, in comparison with mere individual differences, is also applied arbitrarily, for convenience sake.
Wide-ranging, much-diffused, and common Species vary most.
Guided by theoretical considerations, I thought that some interesting results might be obtained in regard to the nature and relations of the species which vary most, by tabulating all the varieties in several well-worked floras. At first this seemed a simple task; but Mr. H.C. Watson, to whom I am much indebted for valuable advice and assistance on this subject, soon convinced me that there were many difficulties, as did subsequently Dr. Hooker, even in stronger terms. I shall reserve for a future work the discuM
ssion of these difficulties, and the tables of the proportional numbers of the varying species. Dr. Hooker permits me to add that after having carefully read my manuscript, and examined the tables, he thinks that the following statements are fairly well established. The whole subject, however, treated as it necessarily here is with much brevity, is rather perplexing, and allusions cannot be avoided to the
struggle for existence,
divergence of character,
 and other questions, hereafter to be discussed.
Alphonse de Candolle and others have shown that plants which have very wide ranges generally present varieties; and this might have been expected, as they are exposed to diverse physical conditions, and as they come into competition (which, as we shall hereafter see, is a far more important circumstance) with different sets of organic beings. But my tables further show that, in any limited country, the species which are the most common, that is abound most in individuals, and the species which are most widely diffM
used within their own country (and this is a different consideration from wide range, and to a certain extent from commonness), oftenest give rise to varieties sufficiently well-marked to have been recorded in botanical works. Hence it is the most flourishing, or, as they may be called, the dominant species
those which range widely, are the most diffused in their own country, and are the most numerous in individuals
which oftenest produce well-marked varieties, or, as I consider them, incipient species. And thiM
s, perhaps, might have been anticipated; for, as varieties, in order to become in any degree permanent, necessarily have to struggle with the other inhabitants of the country, the species which are already dominant will be the most likely to yield offspring, which, though in some slight degree modified, still inherit those advantages that enabled their parents to become dominant over their compatriots. In these remarks on predominence, it should be understood that reference is made only to the forms which come intoM
 competition with each other, and more especially to the members of the same genus or class having nearly similar habits of life. With respect to the number of individuals or commonness of species, the comparison of course relates only to the members of the same group. One of the higher plants may be said to be dominant if it be more numerous in individuals and more widely diffused than the other plants of the same country, which live under nearly the same conditions. A plant of this kind is not the less dominant bM
ecause some conferva inhabiting the water or some parasitic fungus is infinitely more numerous in individuals, and more widely diffused. But if the conferva or parasitic fungus exceeds its allies in the above respects, it will then be dominant within its own class.
Species of the Larger Genera in each Country vary more Frequently than the Species of the Smaller Genera.
If the plants inhabiting a country as described in any Flora, be divided into two equal masses, all those in the larger genera (i.e., those inM
cluding many species) being placed on one side, and all those in the smaller genera on the other side, the former will be found to include a somewhat larger number of the very common and much diffused or dominant species. This might have been anticipated, for the mere fact of many species of the same genus inhabiting any country, shows that there is something in the organic or inorganic conditions of that country favourable to the genus; and, consequently, we might have expected to have found in the larger genera, M
or those including many species, a larger proportional number of dominant species. But so many causes tend to obscure this result, that I am surprised that my tables show even a small majority on the side of the larger genera. I will here allude to only two causes of obscurity. Fresh water and salt-loving plants generally have very wide ranges and are much diffused, but this seems to be connected with the nature of the stations inhabited by them, and has little or no relation to the size of the genera to which the M
species belong. Again, plants low in the scale of organisation are generally much more widely diffused than plants higher in the scale; and here again there is no close relation to the size of the genera. The cause of lowly-organised plants ranging widely will be discussed in our chapter on Geographical Distribution.
From looking at species as only strongly marked and well-defined varieties, I was led to anticipate that the species of the larger genera in each country would oftener present varieties, than the spM
ecies of the smaller genera; for wherever many closely related species (i.e., species of the same genus) have been formed, many varieties or incipient species ought, as a general rule, to be now forming. Where many large trees grow, we expect to find saplings. Where many species of a genus have been formed through variation, circumstances have been favourable for variation; and hence we might expect that the circumstances would generally still be favourable to variation. On the other hand, if we look at each specieM
s as a special act of creation, there is no apparent reason why more varieties should occur in a group having many species, than in one having few.
To test the truth of this anticipation I have arranged the plants of twelve countries, and the coleopterous insects of two districts, into two nearly equal masses, the species of the larger genera on one side, and those of the smaller genera on the other side, and it has invariably proved to be the case that a larger proportion of the species on the side of the largeM
r genera presented varieties, than on the side of the smaller genera. Moreover, the species of the large genera which present any varieties, invariably present a larger average number of varieties than do the species of the small genera. Both these results follow when another division is made, and when all the least genera, with from only one to four species, are altogether excluded from the tables. These facts are of plain signification on the view that species are only strongly marked and permanent varieties; forM
 wherever many species of the same genus have been formed, or where, if we may use the expression, the manufactory of species has been active, we ought generally to find the manufactory still in action, more especially as we have every reason to believe the process of manufacturing new species to be a slow one. And this certainly holds true if varieties be looked at as incipient species; for my tables clearly show, as a general rule, that, wherever many species of a genus have been formed, the species of that genusM
 present a number of varieties, that is, of incipient species, beyond the average. It is not that all large genera are now varying much, and are thus increasing in the number of their species, or that no small genera are now varying and increasing; for if this had been so, it would have been fatal to my theory; inasmuch as geology plainly tells us that small genera have in the lapse of time often increased greatly in size; and that large genera have often come to their maxima, declined, and disappeared. All that weM
 want to show is, that where many species of a genus have been formed, on an average many are still forming; and this certainly holds good.
Many of the Species included within the Larger Genera resemble Varieties in being very closely, but unequally, related to each other, and in having restricted ranges.
There are other relations between the species of large genera and their recorded varieties which deserve notice. We have seen that there is no infallible criterion by which to distinguish species and well-maM
rked varieties; and when intermediate links have not been found between doubtful forms, naturalists are compelled to come to a determination by the amount of difference between them, judging by analogy whether or not the amount suffices to raise one or both to the rank of species. Hence the amount of difference is one very important criterion in settling whether two forms should be ranked as species or varieties. Now Fries has remarked in regard to plants, and Westwood in regard to insects, that in large genera theM
 amount of difference between the species is often exceedingly small. I have endeavoured to test this numerically by averages, and, as far as my imperfect results go, they confirm the view. I have also consulted some sagacious and experienced observers, and, after deliberation, they concur in this view. In this respect, therefore, the species of the larger genera resemble varieties, more than do the species of the smaller genera. Or the case may be put in another way, and it may be said, that in the larger genera, M
in which a number of varieties or incipient species greater than the average are now manufacturing, many of the species already manufactured still to a certain extent resemble varieties, for they differ from each other by a less than the usual amount of difference.
Moreover, the species of the larger genera are related to each other, in the same manner as the varieties of any one species are related to each other. No naturalist pretends that all the species of a genus are equally distinct from each other; they mM
ay generally be divided into sub-genera, or sections, or lesser groups. As Fries has well remarked, little groups of species are generally clustered like satellites around other species. And what are varieties but groups of forms, unequally related to each other, and clustered round certain forms
that is, round their parent-species. Undoubtedly there is one most important point of difference between varieties and species, namely, that the amount of difference between varieties, when compared with each other or wiM
th their parent-species, is much less than that between the species of the same genus. But when we come to discuss the principle, as I call it, of divergence of character, we shall see how this may be explained, and how the lesser differences between varieties tend to increase into the greater differences between species.
There is one other point which is worth notice. Varieties generally have much restricted ranges. This statement is indeed scarcely more than a truism, for if a variety were found to have a wideM
r range than that of its supposed parent-species, their denominations would be reversed. But there is reason to believe that the species which are very closely allied to other species, and in so far resemble varieties, often have much restricted ranges. For instance, Mr. H.C. Watson has marked for me in the well-sifted London catalogue of Plants (4th edition) sixty-three plants which are therein ranked as species, but which he considers as so closely allied to other species as to be of doubtful value: these sixty-tM
hree reputed species range on an average over 6.9 of the provinces into which Mr. Watson has divided Great Britain. Now, in this same catalogue, fifty-three acknowledged varieties are recorded, and these range over 7.7 provinces; whereas, the species to which these varieties belong range over 14.3 provinces. So that the acknowledged varieties have very nearly the same restricted average range, as have the closely allied forms, marked for me by Mr. Watson as doubtful species, but which are almost universally ranked M
by British botanists as good and true species.
Finally, varieties cannot be distinguished from species
except, first, by the discovery of intermediate linking forms; and, secondly, by a certain indefinite amount of difference between them; for two forms, if differing very little, are generally ranked as varieties, notwithstanding that they cannot be closely connected; but the amount of difference considered necessary to give to any two forms the rank of species cannot be defined. In genera having mM
ore than the average number of species in any country, the species of these genera have more than the average number of varieties. In large genera the species are apt to be closely but unequally allied together, forming little clusters round other species. Species very closely allied to other species apparently have restricted ranges. In all these respects the species of large genera present a strong analogy with varieties. And we can clearly understand these analogies, if species once existed as varieties, and thuM
s originated; whereas, these analogies are utterly inexplicable if species are independent creations.
We have also seen that it is the most flourishing or dominant species of the larger genera within each class which on an average yield the greatest number of varieties, and varieties, as we shall hereafter see, tend to become converted into new and distinct species. Thus the larger genera tend to become larger; and throughout nature the forms of life which are now dominant tend to become still more dominant by lM
eaving many modified and dominant descendants. But, by steps hereafter to be explained, the larger genera also tend to break up into smaller genera. And thus, the forms of life throughout the universe become divided into groups subordinate to groups.
STRUGGLE FOR EXISTENCE
Its bearing on natural selection
The term used in a wide sense
Geometrical ratio of increase
Rapid increase of naturalised animals and plants
Nature of the checks to increase
Competition universal
Protection from the number of individuals
Complex relations of all animals and plants throughout nature
Struggle for life most severe between individuals and varieties of the same species: often severe between species of the same genus
The relation of organism to organism the most important of all relations.
Before entering on the subject of this chapter I must make a few preliminary remarks to show how the struggle for existence bears on natural selection. It has been seen in the last chapter that M
among organic beings in a state of nature there is some individual variability: indeed I am not aware that this has ever been disputed. It is immaterial for us whether a multitude of doubtful forms be called species or sub-species or varieties; what rank, for instance, the two or three hundred doubtful forms of British plants are entitled to hold, if the existence of any well-marked varieties be admitted. But the mere existence of individual variability and of some few well-marked varieties, though necessary as theM
 foundation for the work, helps us but little in understanding how species arise in nature. How have all those exquisite adaptations of one part of the organisation to another part, and to the conditions of life and of one organic being to another being, been perfected? We see these beautiful co-adaptations most plainly in the woodpecker and the mistletoe; and only a little less plainly in the humblest parasite which clings to the hairs of a quadruped or feathers of a bird; in the structure of the beetle which diveM
s through the water; in the plumed seed which is wafted by the gentlest breeze; in short, we see beautiful adaptations everywhere and in every part of the organic world.
Again, it may be asked, how is it that varieties, which I have called incipient species, become ultimately converted into good and distinct species, which in most cases obviously differ from each other far more than do the varieties of the same species? How do those groups of species, which constitute what are called distinct genera, and which dM
iffer from each other more than do the species of the same genus, arise? All these results, as we shall more fully see in the next chapter, follow from the struggle for life. Owing to this struggle, variations, however slight and from whatever cause proceeding, if they be in any degree profitable to the individuals of a species, in their infinitely complex relations to other organic beings and to their physical conditions of life, will tend to the preservation of such individuals, and will generally be inherited byM
 the offspring. The offspring, also, will thus have a better chance of surviving, for, of the many individuals of any species which are periodically born, but a small number can survive. I have called this principle, by which each slight variation, if useful, is preserved, by the term natural selection, in order to mark its relation to man
s power of selection. But the expression often used by Mr. Herbert Spencer, of the Survival of the Fittest, is more accurate, and is sometimes equally convenient. We have seen M
that man by selection can certainly produce great results, and can adapt organic beings to his own uses, through the accumulation of slight but useful variations, given to him by the hand of Nature. But Natural Selection, we shall hereafter see, is a power incessantly ready for action, and is as immeasurably superior to man
s feeble efforts, as the works of Nature are to those of Art.
We will now discuss in a little more detail the struggle for existence. In my future work this subject will be treated, as it wM
ell deserves, at greater length. The elder De Candolle and Lyell have largely and philosophically shown that all organic beings are exposed to severe competition. In regard to plants, no one has treated this subject with more spirit and ability than W. Herbert, Dean of Manchester, evidently the result of his great horticultural knowledge. Nothing is easier than to admit in words the truth of the universal struggle for life, or more difficult
at least I found it so
than constantly to bear this conclusion in mindM
. Yet unless it be thoroughly engrained in the mind, the whole economy of nature, with every fact on distribution, rarity, abundance, extinction, and variation, will be dimly seen or quite misunderstood. We behold the face of nature bright with gladness, we often see superabundance of food; we do not see or we forget that the birds which are idly singing round us mostly live on insects or seeds, and are thus constantly destroying life; or we forget how largely these songsters, or their eggs, or their nestlings, areM
 destroyed by birds and beasts of prey; we do not always bear in mind, that, though food may be now superabundant, it is not so at all seasons of each recurring year.
The Term, Struggle for Existence, used in a large sense.
I should premise that I use this term in a large and metaphorical sense, including dependence of one being on another, and including (which is more important) not only the life of the individual, but success in leaving progeny. Two canine animals, in a time of dearth, may be truly said to M
struggle with each other which shall get food and live. But a plant on the edge of a desert is said to struggle for life against the drought, though more properly it should be said to be dependent on the moisture. A plant which annually produces a thousand seeds, of which only one of an average comes to maturity, may be more truly said to struggle with the plants of the same and other kinds which already clothe the ground. The mistletoe is dependent on the apple and a few other trees, but can only in a far-fetched M
sense be said to struggle with these trees, for, if too many of these parasites grow on the same tree, it languishes and dies. But several seedling mistletoes, growing close together on the same branch, may more truly be said to struggle with each other. As the mistletoe is disseminated by birds, its existence depends on them; and it may metaphorically be said to struggle with other fruit-bearing plants, in tempting the birds to devour and thus disseminate its seeds. In these several senses, which pass into each otM
her, I use for convenience sake the general term of Struggle for Existence.
Geometrical Ratio of Increase.
A struggle for existence inevitably follows from the high rate at which all organic beings tend to increase. Every being, which during its natural lifetime produces several eggs or seeds, must suffer destruction during some period of its life, and during some season or occasional year, otherwise, on the principle of geometrical increase, its numbers would quickly become so inordinately great that no counM
try could support the product. Hence, as more individuals are produced than can possibly survive, there must in every case be a struggle for existence, either one individual with another of the same species, or with the individuals of distinct species, or with the physical conditions of life. It is the doctrine of Malthus applied with manifold force to the whole animal and vegetable kingdoms; for in this case there can be no artificial increase of food, and no prudential restraint from marriage. Although some speciM
es may be now increasing, more or less rapidly, in numbers, all cannot do so, for the world would not hold them.
There is no exception to the rule that every organic being naturally increases at so high a rate, that, if not destroyed, the earth would soon be covered by the progeny of a single pair. Even slow-breeding man has doubled in twenty-five years, and at this rate, in less than a thousand years, there would literally not be standing room for his progeny. Linn
us has calculated that if an annual plant proM
duced only two seeds
and there is no plant so unproductive as this
and their seedlings next year produced two, and so on, then in twenty years there would be a million plants. The elephant is reckoned the slowest breeder of all known animals, and I have taken some pains to estimate its probable minimum rate of natural increase; it will be safest to assume that it begins breeding when thirty years old, and goes on breeding till ninety years old, bringing forth six young in the interval, and surviving till one huM
ndred years old; if this be so, after a period of from 740 to 750 years there would be nearly nineteen million elephants alive descended from the first pair.
But we have better evidence on this subject than mere theoretical calculations, namely, the numerous recorded cases of the astonishingly rapid increase of various animals in a state of nature, when circumstances have been favourable to them during two or three following seasons. Still more striking is the evidence from our domestic animals of many kinds whiM
ch have run wild in several parts of the world; if the statements of the rate of increase of slow-breeding cattle and horses in South America, and latterly in Australia, had not been well authenticated, they would have been incredible. So it is with plants; cases could be given of introduced plants which have become common throughout whole islands in a period of less than ten years. Several of the plants, such as the cardoon and a tall thistle, which are now the commonest over the wide plains of La Plata, clothing M
square leagues of surface almost to the exclusion of every other plant, have been introduced from Europe; and there are plants which now range in India, as I hear from Dr. Falconer, from Cape Comorin to the Himalaya, which have been imported from America since its discovery. In such cases, and endless others could be given, no one supposes that the fertility of the animals or plants has been suddenly and temporarily increased in any sensible degree. The obvious explanation is that the conditions of life have been hM
ighly favourable, and that there has consequently been less destruction of the old and young and that nearly all the young have been enabled to breed. Their geometrical ratio of increase, the result of which never fails to be surprising, simply explains their extraordinarily rapid increase and wide diffusion in their new homes.
In a state of nature almost every full-grown plant annually produces seed, and among animals there are very few which do not annually pair. Hence we may confidently assert that all plantsM
 and animals are tending to increase at a geometrical ratio
that all would rapidly stock every station in which they could any how exist, and that this geometrical tendency to increase must be checked by destruction at some period of life. Our familiarity with the larger domestic animals tends, I think, to mislead us; we see no great destruction falling on them, and we do not keep in mind that thousands are annually slaughtered for food, and that in a state of nature an equal number would have somehow to be dispoM
The only difference between organisms which annually produce eggs or seeds by the thousand, and those which produce extremely few, is, that the slow breeders would require a few more years to people, under favourable conditions, a whole district, let it be ever so large. The condor lays a couple of eggs and the ostrich a score, and yet in the same country the condor may be the more numerous of the two. The Fulmar petrel lays but one egg, yet it is believed to be the most numerous bird in the world. One fM
ly deposits hundreds of eggs, and another, like the hippobosca, a single one. But this difference does not determine how many individuals of the two species can be supported in a district. A large number of eggs is of some importance to those species which depend on a fluctuating amount of food, for it allows them rapidly to increase in number. But the real importance of a large number of eggs or seeds is to make up for much destruction at some period of life; and this period in the great majority of cases is an eaM
rly one. If an animal can in any way protect its own eggs or young, a small number may be produced, and yet the average stock be fully kept up; but if many eggs or young are destroyed, many must be produced or the species will become extinct. It would suffice to keep up the full number of a tree, which lived on an average for a thousand years, if a single seed were produced once in a thousand years, supposing that this seed were never destroyed and could be ensured to germinate in a fitting place; so that, in all cM
ases, the average number of any animal or plant depends only indirectly on the number of its eggs or seeds.
In looking at Nature, it is most necessary to keep the foregoing considerations always in mind
never to forget that every single organic being may be said to be striving to the utmost to increase in numbers; that each lives by a struggle at some period of its life; that heavy destruction inevitably falls either on the young or old during each generation or at recurrent intervals. Lighten any check, mitigM
ate the destruction ever so little, and the number of the species will almost instantaneously increase to any amount.
Nature of the Checks to Increase.
The causes which check the natural tendency of each species to increase are most obscure. Look at the most vigorous species; by as much as it swarms in numbers, by so much will it tend to increase still further. We know not exactly what the checks are even in a single instance. Nor will this surprise any one who reflects how ignorant we are on this head, even M
in regard to mankind, although so incomparably better known than any other animal. This subject of the checks to increase has been ably treated by several authors, and I hope in a future work to discuss it at considerable length, more especially in regard to the feral animals of South America. Here I will make only a few remarks, just to recall to the reader
s mind some of the chief points. Eggs or very young animals seem generally to suffer most, but this is not invariably the case. With plants there is a vast dM
estruction of seeds, but from some observations which I have made it appears that the seedlings suffer most from germinating in ground already thickly stocked with other plants. Seedlings, also, are destroyed in vast numbers by various enemies; for instance, on a piece of ground three feet long and two wide, dug and cleared, and where there could be no choking from other plants, I marked all the seedlings of our native weeds as they came up, and out of 357 no less than 295 were destroyed, chiefly by slugs and insecM
ts. If turf which has long been mown, and the case would be the same with turf closely browsed by quadrupeds, be let to grow, the more vigorous plants gradually kill the less vigorous, though fully grown plants; thus out of twenty species grown on a little plot of mown turf (three feet by four) nine species perished, from the other species being allowed to grow up freely.
The amount of food for each species, of course, gives the extreme limit to which each can increase; but very frequently it is not the obtaininM
g food, but the serving as prey to other animals, which determines the average number of a species. Thus, there seems to be little doubt that the stock of partridges, grouse, and hares on any large estate depends chiefly on the destruction of vermin. If not one head of game were shot during the next twenty years in England, and, at the same time, if no vermin were destroyed, there would, in all probability, be less game than at present, although hundreds of thousands of game animals are now annually shot. On the otM
her hand, in some cases, as with the elephant, none are destroyed by beasts of prey; for even the tiger in India most rarely dares to attack a young elephant protected by its dam.
Climate plays an important part in determining the average numbers of a species, and periodical seasons of extreme cold or drought seem to be the most effective of all checks. I estimated (chiefly from the greatly reduced numbers of nests in the spring) that the winter of 1854-5 destroyed four-fifths of the birds in my own grounds; andM
 this is a tremendous destruction, when we remember that ten per cent. is an extraordinarily severe mortality from epidemics with man. The action of climate seems at first sight to be quite independent of the struggle for existence; but in so far as climate chiefly acts in reducing food, it brings on the most severe struggle between the individuals, whether of the same or of distinct species, which subsist on the same kind of food. Even when climate, for instance, extreme cold, acts directly, it will be the least vM
igorous individuals, or those which have got least food through the advancing winter, which will suffer the most. When we travel from south to north, or from a damp region to a dry, we invariably see some species gradually getting rarer and rarer, and finally disappearing; and the change of climate being conspicuous, we are tempted to attribute the whole effect to its direct action. But this is a false view; we forget that each species, even where it most abounds, is constantly suffering enormous destruction at somM
e period of its life, from enemies or from competitors for the same place and food; and if these enemies or competitors be in the least degree favoured by any slight change of climate, they will increase in numbers; and as each area is already fully stocked with inhabitants, the other species must decrease. When we travel southward and see a species decreasing in numbers, we may feel sure that the cause lies quite as much in other species being favoured, as in this one being hurt. So it is when we travel northward,M
 but in a somewhat lesser degree, for the number of species of all kinds, and therefore of competitors, decreases northward; hence in going northward, or in ascending a mountain, we far oftener meet with stunted forms, due to the directly injurious action of climate, than we do in proceeding southward or in descending a mountain. When we reach the Arctic regions, or snow-capped summits, or absolute deserts, the struggle for life is almost exclusively with the elements.
That climate acts in main part indirectly bM
y favouring other species we clearly see in the prodigious number of plants which in our gardens can perfectly well endure our climate, but which never become naturalised, for they cannot compete with our native plants nor resist destruction by our native animals.
When a species, owing to highly favourable circumstances, increases inordinately in numbers in a small tract, epidemics
at least, this seems generally to occur with our game animals
often ensue; and here we have a limiting check independent of the M
struggle for life. But even some of these so-called epidemics appear to be due to parasitic worms, which have from some cause, possibly in part through facility of diffusion among the crowded animals, been disproportionally favoured: and here comes in a sort of struggle between the parasite and its prey.
On the other hand, in many cases, a large stock of individuals of the same species, relatively to the numbers of its enemies, is absolutely necessary for its preservation. Thus we can easily raise plenty of cornM
 and rape-seed, &c., in our fields, because the seeds are in great excess compared with the number of birds which feed on them; nor can the birds, though having a superabundance of food at this one season, increase in number proportionally to the supply of seed, as their numbers are checked during the winter; but any one who has tried knows how troublesome it is to get seed from a few wheat or other such plants in a garden; I have in this case lost every single seed. This view of the necessity of a large stock of tM
he same species for its preservation, explains, I believe, some singular facts in nature such as that of very rare plants being sometimes extremely abundant, in the few spots where they do exist; and that of some social plants being social, that is abounding in individuals, even on the extreme verge of their range. For in such cases, we may believe, that a plant could exist only where the conditions of its life were so favourable that many could exist together, and thus save the species from utter destruction. I shM
ould add that the good effects of intercrossing, and the ill effects of close interbreeding, no doubt come into play in many of these cases; but I will not here enlarge on this subject.
Complex Relations of all Animals and Plants to each other in the Struggle for Existence.
Many cases are on record showing how complex and unexpected are the checks and relations between organic beings, which have to struggle together in the same country. I will give only a single instance, which, though a simple one, interesteM
d me. In Staffordshire, on the estate of a relation, where I had ample means of investigation, there was a large and extremely barren heath, which had never been touched by the hand of man; but several hundred acres of exactly the same nature had been enclosed twenty-five years previously and planted with Scotch fir. The change in the native vegetation of the planted part of the heath was most remarkable, more than is generally seen in passing from one quite different soil to another: not only the proportional numbM
ers of the heath-plants were wholly changed, but twelve species of plants (not counting grasses and carices) flourished in the plantations, which could not be found on the heath. The effect on the insects must have been still greater, for six insectivorous birds were very common in the plantations, which were not to be seen on the heath; and the heath was frequented by two or three distinct insectivorous birds. Here we see how potent has been the effect of the introduction of a single tree, nothing whatever else haM
ving been done, with the exception of the land having been enclosed, so that cattle could not enter. But how important an element enclosure is, I plainly saw near Farnham, in Surrey. Here there are extensive heaths, with a few clumps of old Scotch firs on the distant hill-tops: within the last ten years large spaces have been enclosed, and self-sown firs are now springing up in multitudes, so close together that all cannot live. When I ascertained that these young trees had not been sown or planted I was so much suM
rprised at their numbers that I went to several points of view, whence I could examine hundreds of acres of the unenclosed heath, and literally I could not see a single Scotch fir, except the old planted clumps. But on looking closely between the stems of the heath, I found a multitude of seedlings and little trees, which had been perpetually browsed down by the cattle. In one square yard, at a point some hundred yards distant from one of the old clumps, I counted thirty-two little trees; and one of them, with twenM
ty-six rings of growth, had, during many years tried to raise its head above the stems of the heath, and had failed. No wonder that, as soon as the land was enclosed, it became thickly clothed with vigorously growing young firs. Yet the heath was so extremely barren and so extensive that no one would ever have imagined that cattle would have so closely and effectually searched it for food.
Here we see that cattle absolutely determine the existence of the Scotch fir; but in several parts of the world insects deteM
rmine the existence of cattle. Perhaps Paraguay offers the most curious instance of this; for here neither cattle nor horses nor dogs have ever run wild, though they swarm southward and northward in a feral state; and Azara and Rengger have shown that this is caused by the greater number in Paraguay of a certain fly, which lays its eggs in the navels of these animals when first born. The increase of these flies, numerous as they are, must be habitually checked by some means, probably by other parasitic insects. HenM
ce, if certain insectivorous birds were to decrease in Paraguay, the parasitic insects would probably increase; and this would lessen the number of the navel-frequenting flies
then cattle and horses would become feral, and this would certainly greatly alter (as indeed I have observed in parts of South America) the vegetation: this again would largely affect the insects; and this, as we have just seen in Staffordshire, the insectivorous birds, and so onwards in ever-increasing circles of complexity. Not that underM
 nature the relations will ever be as simple as this. Battle within battle must be continually recurring with varying success; and yet in the long-run the forces are so nicely balanced that the face of nature remains for long periods of time uniform, though assuredly the merest trifle would give the victory to one organic being over another. Nevertheless, so profound is our ignorance, and so high our presumption, that we marvel when we hear of the extinction of an organic being; and as we do not see the cause, we iM
nvoke cataclysms to desolate the world, or invent laws on the duration of the forms of life!
I am tempted to give one more instance showing how plants and animals, remote in the scale of nature, are bound together by a web of complex relations. I shall hereafter have occasion to show that the exotic Lobelia fulgens is never visited in my garden by insects, and consequently, from its peculiar structure, never sets a seed. Nearly all our orchidaceous plants absolutely require the visits of insects to remove their M
pollen-masses and thus to fertilise them. I find from experiments that humble-bees are almost indispensable to the fertilisation of the heartsease (Viola tricolor), for other bees do not visit this flower. I have also found that the visits of bees are necessary for the fertilisation of some kinds of clover; for instance twenty heads of Dutch clover (Trifolium repens) yielded 2,290 seeds, but twenty other heads, protected from bees, produced not one. Again, 100 heads of red clover (T. pratense) produced 2,700 seeds,M
 but the same number of protected heads produced not a single seed. Humble bees alone visit red clover, as other bees cannot reach the nectar. It has been suggested that moths may fertilise the clovers; but I doubt whether they could do so in the case of the red clover, from their weight not being sufficient to depress the wing petals. Hence we may infer as highly probable that, if the whole genus of humble-bees became extinct or very rare in England, the heartsease and red clover would become very rare, or wholly M
disappear. The number of humble-bees in any district depends in a great measure upon the number of field-mice, which destroy their combs and nests; and Colonel Newman, who has long attended to the habits of humble-bees, believes that
more than two-thirds of them are thus destroyed all over England.
 Now the number of mice is largely dependent, as every one knows, on the number of cats; and Colonel Newman says,
Near villages and small towns I have found the nests of humble-bees more numerous than elsewhere, M
which I attribute to the number of cats that destroy the mice.
 Hence it is quite credible that the presence of a feline animal in large numbers in a district might determine, through the intervention first of mice and then of bees, the frequency of certain flowers in that district!
In the case of every species, many different checks, acting at different periods of life, and during different seasons or years, probably come into play; some one check or some few being generally the most potent, but all will concM
ur in determining the average number, or even the existence of the species. In some cases it can be shown that widely-different checks act on the same species in different districts. When we look at the plants and bushes clothing an entangled bank, we are tempted to attribute their proportional numbers and kinds to what we call chance. But how false a view is this! Every one has heard that when an American forest is cut down, a very different vegetation springs up; but it has been observed that ancient Indian ruinsM
 in the Southern United States, which must formerly have been cleared of trees, now display the same beautiful diversity and proportion of kinds as in the surrounding virgin forests. What a struggle must have gone on during long centuries between the several kinds of trees, each annually scattering its seeds by the thousand; what war between insect and insect
between insects, snails, and other animals with birds and beasts of prey
all striving to increase, all feeding on each other, or on the trees, their seedsM
 and seedlings, or on the other plants which first clothed the ground and thus checked the growth of the trees. Throw up a handful of feathers, and all fall to the ground according to definite laws; but how simple is the problem where each shall fall compared to that of the action and reaction of the innumerable plants and animals which have determined, in the course of centuries, the proportional numbers and kinds of trees now growing on the old Indian ruins!
The dependency of one organic being on another, as oM
f a parasite on its prey, lies generally between beings remote in the scale of nature. This is likewise sometimes the case with those which may strictly be said to struggle with each other for existence, as in the case of locusts and grass-feeding quadrupeds. But the struggle will almost invariably be most severe between the individuals of the same species, for they frequent the same districts, require the same food, and are exposed to the same dangers. In the case of varieties of the same species, the struggle wilM
l generally be almost equally severe, and we sometimes see the contest soon decided: for instance, if several varieties of wheat be sown together, and the mixed seed be resown, some of the varieties which best suit the soil or climate, or are naturally the most fertile, will beat the others and so yield more seed, and will consequently in a few years supplant the other varieties. To keep up a mixed stock of even such extremely close varieties as the variously coloured sweet-peas, they must be each year harvested seM
parately, and the seed then mixed in due proportion, otherwise the weaker kinds will steadily decrease in number and disappear. So again with the varieties of sheep: it has been asserted that certain mountain-varieties will starve out other mountain-varieties, so that they cannot be kept together. The same result has followed from keeping together different varieties of the medicinal leech. It may even be doubted whether the varieties of any of our domestic plants or animals have so exactly the same strength, habitM
s, and constitution, that the original proportions of a mixed stock (crossing being prevented) could be kept up for half-a-dozen generations, if they were allowed to struggle together, in the same manner as beings in a state of nature, and if the seed or young were not annually preserved in due proportion.
Struggle for Life most severe between Individuals and Varieties of the same Species.
As the species of the same genus usually have, though by no means invariably, much similarity in habits and constitution,M
 and always in structure, the struggle will generally be more severe between them, if they come into competition with each other, than between the species of distinct genera. We see this in the recent extension over parts of the United States of one species of swallow having caused the decrease of another species. The recent increase of the missel-thrush in parts of Scotland has caused the decrease of the song-thrush. How frequently we hear of one species of rat taking the place of another species under the most diM
fferent climates! In Russia the small Asiatic cockroach has everywhere driven before it its great congener. In Australia the imported hive-bee is rapidly exterminating the small, stingless native bee. One species of charlock has been known to supplant another species; and so in other cases. We can dimly see why the competition should be most severe between allied forms, which fill nearly the same place in the economy of nature; but probably in no one case could we precisely say why one species has been victorious oM
ver another in the great battle of life.
A corollary of the highest importance may be deduced from the foregoing remarks, namely, that the structure of every organic being is related, in the most essential yet often hidden manner, to that of all other organic beings, with which it comes into competition for food or residence, or from which it has to escape, or on which it preys. This is obvious in the structure of the teeth and talons of the tiger; and in that of the legs and claws of the parasite which clings tM
o the hair on the tiger
s body. But in the beautifully plumed seed of the dandelion, and in the flattened and fringed legs of the water-beetle, the relation seems at first confined to the elements of air and water. Yet the advantage of the plumed seeds no doubt stands in the closest relation to the land being already thickly clothed with other plants; so that the seeds may be widely distributed and fall on unoccupied ground. In the water-beetle, the structure of its legs, so well adapted for diving, allows it to M
compete with other aquatic insects, to hunt for its own prey, and to escape serving as prey to other animals.
The store of nutriment laid up within the seeds of many plants seems at first sight to have no sort of relation to other plants. But from the strong growth of young plants produced from such seeds, as peas and beans, when sown in the midst of long grass, it may be suspected that the chief use of the nutriment in the seed is to favour the growth of the seedlings, whilst struggling with other plants growinM
g vigorously all around.
Look at a plant in the midst of its range! Why does it not double or quadruple its numbers? We know that it can perfectly well withstand a little more heat or cold, dampness or dryness, for elsewhere it ranges into slightly hotter or colder, damper or drier districts. In this case we can clearly see that if we wish in imagination to give the plant the power of increasing in numbers, we should have to give it some advantage over its competitors, or over the animals which prey on it. On thM
e confines of its geographical range, a change of constitution with respect to climate would clearly be an advantage to our plant; but we have reason to believe that only a few plants or animals range so far, that they are destroyed exclusively by the rigour of the climate. Not until we reach the extreme confines of life, in the Arctic regions or on the borders of an utter desert, will competition cease. The land may be extremely cold or dry, yet there will be competition between some few species, or between the inM
dividuals of the same species, for the warmest or dampest spots.
Hence we can see that when a plant or animal is placed in a new country, among new competitors, the conditions of its life will generally be changed in an essential manner, although the climate may be exactly the same as in its former home. If its average numbers are to increase in its new home, we should have to modify it in a different way to what we should have had to do in its native country; for we should have to give it some advantage over a M
different set of competitors or enemies.
It is good thus to try in imagination to give any one species an advantage over another. Probably in no single instance should we know what to do. This ought to convince us of our ignorance on the mutual relations of all organic beings; a conviction as necessary, as it is difficult to acquire. All that we can do is to keep steadily in mind that each organic being is striving to increase in a geometrical ratio; that each, at some period of its life, during some season of tM
he year, during each generation, or at intervals, has to struggle for life and to suffer great destruction. When we reflect on this struggle we may console ourselves with the full belief that the war of nature is not incessant, that no fear is felt, that death is generally prompt, and that the vigorous, the healthy, and the happy survive and multiply.
NATURAL SELECTION; OR THE SURVIVAL OF THE FITTEST
its power compared with man
its power on characters of triM
its power at all ages and on both sexes
On the generality of intercrosses between individuals of the same species
Circumstances favourable and unfavourable to the results of Natural Selection, namely, intercrossing, isolation, number of individuals
Extinction caused by Natural Selection
Divergence of Character, related to the diversity of inhabitants of any small area and to naturalisation
Action of Natural Selection, through Divergence of Character and M
Extinction, on the descendants from a common parent
Explains the Grouping of all organic beings
Advance in organisation
Convergence of character
Indefinite multiplication of species
How will the struggle for existence, briefly discussed in the last chapter, act in regard to variation? Can the principle of selection, which we have seen is so potent in the hands of man, apply under nature? I think we shall see that it can act most efficiently. Let the endless number of sligM
ht variations and individual differences occurring in our domestic productions, and, in a lesser degree, in those under nature, be borne in mind; as well as the strength of the hereditary tendency. Under domestication, it may truly be said that the whole organisation becomes in some degree plastic. But the variability, which we almost universally meet with in our domestic productions is not directly produced, as Hooker and Asa Gray have well remarked, by man; he can neither originate varieties nor prevent their occM
urrence; he can only preserve and accumulate such as do occur. Unintentionally he exposes organic beings to new and changing conditions of life, and variability ensues; but similar changes of conditions might and do occur under nature. Let it also be borne in mind how infinitely complex and close-fitting are the mutual relations of all organic beings to each other and to their physical conditions of life; and consequently what infinitely varied diversities of structure might be of use to each being under changing cM
onditions of life. Can it then be thought improbable, seeing that variations useful to man have undoubtedly occurred, that other variations useful in some way to each being in the great and complex battle of life, should occur in the course of many successive generations? If such do occur, can we doubt (remembering that many more individuals are born than can possibly survive) that individuals having any advantage, however slight, over others, would have the best chance of surviving and procreating their kind? On tM
he other hand, we may feel sure that any variation in the least degree injurious would be rigidly destroyed. This preservation of favourable individual differences and variations, and the destruction of those which are injurious, I have called Natural Selection, or the Survival of the Fittest. Variations neither useful nor injurious would not be affected by natural selection, and would be left either a fluctuating element, as perhaps we see in certain polymorphic species, or would ultimately become fixed, owing to M
the nature of the organism and the nature of the conditions.
Several writers have misapprehended or objected to the term Natural Selection. Some have even imagined that natural selection induces variability, whereas it implies only the preservation of such variations as arise and are beneficial to the being under its conditions of life. No one objects to agriculturists speaking of the potent effects of man
s selection; and in this case the individual differences given by nature, which man for some object selecM
ts, must of necessity first occur. Others have objected that the term selection implies conscious choice in the animals which become modified; and it has even been urged that, as plants have no volition, natural selection is not applicable to them! In the literal sense of the word, no doubt, natural selection is a false term; but who ever objected to chemists speaking of the elective affinities of the various elements?
and yet an acid cannot strictly be said to elect the base with which it in preference combines.M
 It has been said that I speak of natural selection as an active power or Deity; but who objects to an author speaking of the attraction of gravity as ruling the movements of the planets? Every one knows what is meant and is implied by such metaphorical expressions; and they are almost necessary for brevity. So again it is difficult to avoid personifying the word Nature; but I mean by nature, only the aggregate action and product of many natural laws, and by laws the sequence of events as ascertained by us. With a M
little familiarity such superficial objections will be forgotten.
We shall best understand the probable course of natural selection by taking the case of a country undergoing some slight physical change, for instance, of climate. The proportional numbers of its inhabitants will almost immediately undergo a change, and some species will probably become extinct. We may conclude, from what we have seen of the intimate and complex manner in which the inhabitants of each country are bound together, that any change inM
 the numerical proportions of the inhabitants, independently of the change of climate itself, would seriously affect the others. If the country were open on its borders, new forms would certainly immigrate, and this would likewise seriously disturb the relations of some of the former inhabitants. Let it be remembered how powerful the influence of a single introduced tree or mammal has been shown to be. But in the case of an island, or of a country partly surrounded by barriers, into which new and better adapted forM
ms could not freely enter, we should then have places in the economy of nature which would assuredly be better filled up if some of the original inhabitants were in some manner modified; for, had the area been open to immigration, these same places would have been seized on by intruders. In such cases, slight modifications, which in any way favoured the individuals of any species, by better adapting them to their altered conditions, would tend to be preserved; and natural selection would have free scope for the worM
We have good reason to believe, as shown in the first chapter, that changes in the conditions of life give a tendency to increased variability; and in the foregoing cases the conditions the changed, and this would manifestly be favourable to natural selection, by affording a better chance of the occurrence of profitable variations. Unless such occur, natural selection can do nothing. Under the term of
 it must never be forgotten that mere individual differences are included. AsM
 man can produce a great result with his domestic animals and plants by adding up in any given direction individual differences, so could natural selection, but far more easily from having incomparably longer time for action. Nor do I believe that any great physical change, as of climate, or any unusual degree of isolation, to check immigration, is necessary in order that new and unoccupied places should be left for natural selection to fill up by improving some of the varying inhabitants. For as all the inhabitantM
s of each country are struggling together with nicely balanced forces, extremely slight modifications in the structure or habits of one species would often give it an advantage over others; and still further modifications of the same kind would often still further increase the advantage, as long as the species continued under the same conditions of life and profited by similar means of subsistence and defence. No country can be named in which all the native inhabitants are now so perfectly adapted to each other andM
 to the physical conditions under which they live, that none of them could be still better adapted or improved; for in all countries, the natives have been so far conquered by naturalised productions that they have allowed some foreigners to take firm possession of the land. And as foreigners have thus in every country beaten some of the natives, we may safely conclude that the natives might have been modified with advantage, so as to have better resisted the intruders.
As man can produce, and certainly has prodM
uced, a great result by his methodical and unconscious means of selection, what may not natural selection effect? Man can act only on external and visible characters: Nature, if I may be allowed to personify the natural preservation or survival of the fittest, cares nothing for appearances, except in so far as they are useful to any being. She can act on every internal organ, on every shade of constitutional difference, on the whole machinery of life. Man selects only for his own good; Nature only for that of the bM
eing which she tends. Every selected character is fully exercised by her, as is implied by the fact of their selection. Man keeps the natives of many climates in the same country. He seldom exercises each selected character in some peculiar and fitting manner; he feeds a long and a short-beaked pigeon on the same food; he does not exercise a long-backed or long-legged quadruped in any peculiar manner; he exposes sheep with long and short wool to the same climate; does not allow the most vigorous males to struggle fM
or the females; he does not rigidly destroy all inferior animals, but protects during each varying season, as far as lies in his power, all his productions. He often begins his selection by some half-monstrous form, or at least by some modification prominent enough to catch the eye or to be plainly useful to him. Under nature, the slightest differences of structure or constitution may well turn the nicely-balanced scale in the struggle for life, and so be preserved. How fleeting are the wishes and efforts of man! HM
ow short his time, and consequently how poor will be his results, compared with those accumulated by Nature during whole geological periods! Can we wonder, then, that Nature
s productions should be far
 in character than man
s productions; that they should be infinitely better adapted to the most complex conditions of life, and should plainly bear the stamp of far higher workmanship?
It may metaphorically be said that natural selection is daily and hourly scrutinising, throughout the world, the slM
ightest variations; rejecting those that are bad, preserving and adding up all that are good; silently and insensibly working, whenever and wherever opportunity offers, at the improvement of each organic being in relation to its organic and inorganic conditions of life. We see nothing of these slow changes in progress, until the hand of time has marked the long lapse of ages, and then so imperfect is our view into long-past geological ages that we see only that the forms of life are now different from what they forM
In order that any great amount of modification should be effected in a species, a variety, when once formed must again, perhaps after a long interval of time, vary or present individual differences of the same favourable nature as before; and these must again be preserved, and so onward, step by step. Seeing that individual differences of the same kind perpetually recur, this can hardly be considered as an unwarrantable assumption. But whether it is true, we can judge only by seeing how far the hypotM
hesis accords with and explains the general phenomena of nature. On the other hand, the ordinary belief that the amount of possible variation is a strictly limited quantity, is likewise a simple assumption.
Although natural selection can act only through and for the good of each being, yet characters and structures, which we are apt to consider as of very trifling importance, may thus be acted on. When we see leaf-eating insects green, and bark-feeders mottled-grey; the alpine ptarmigan white in winter, the red-M
grouse the colour of heather, we must believe that these tints are of service to these birds and insects in preserving them from danger. Grouse, if not destroyed at some period of their lives, would increase in countless numbers; they are known to suffer largely from birds of prey; and hawks are guided by eyesight to their prey,
so much so that on parts of the continent persons are warned not to keep white pigeons, as being the most liable to destruction. Hence natural selection might be effective in giving the pM
roper colour to each kind of grouse, and in keeping that colour, when once acquired, true and constant. Nor ought we to think that the occasional destruction of an animal of any particular colour would produce little effect; we should remember how essential it is in a flock of white sheep to destroy a lamb with the faintest trace of black. We have seen how the colour of hogs, which feed on the
 in Virginia, determines whether they shall live or die. In plants, the down on the fruit and the colour ofM
 the flesh are considered by botanists as characters of the most trifling importance; yet we hear from an excellent horticulturist, Downing, that in the United States smooth-skinned fruits suffer far more from a beetle, a Curculio, than those with down; that purple plums suffer far more from a certain disease than yellow plums; whereas another disease attacks yellow-fleshed peaches far more than those with other coloured flesh. If, with all the aids of art, these slight differences make a great difference in cultivM
ating the several varieties, assuredly, in a state of nature, where the trees would have to struggle with other trees and with a host of enemies, such differences would effectually settle which variety, whether a smooth or downy, a yellow or a purple-fleshed fruit, should succeed.
In looking at many small points of difference between species, which, as far as our ignorance permits us to judge, seem quite unimportant, we must not forget that climate, food, &c., have no doubt produced some direct effect. It is alsM
o necessary to bear in mind that, owing to the law of correlation, when one part varies and the variations are accumulated through natural selection, other modifications, often of the most unexpected nature, will ensue.
As we see that those variations which, under domestication, appear at any particular period of life, tend to reappear in the offspring at the same period; for instance, in the shape, size and flavour of the seeds of the many varieties of our culinary and agricultural plants; in the caterpillar anM
d cocoon stages of the varieties of the silkworm; in the eggs of poultry, and in the colour of the down of their chickens; in the horns of our sheep and cattle when nearly adult; so in a state of nature natural selection will be enabled to act on and modify organic beings at any age, by the accumulation of variations profitable at that age, and by their inheritance at a corresponding age. If it profit a plant to have its seeds more and more widely disseminated by the wind, I can see no greater difficulty in this beM
ing effected through natural selection, than in the cotton-planter increasing and improving by selection the down in the pods on his cotton-trees. Natural selection may modify and adapt the larva of an insect to a score of contingencies, wholly different from those which concern the mature insect; and these modifications may affect, through correlation, the structure of the adult. So, conversely, modifications in the adult may affect the structure of the larva; but in all cases natural selection will ensure that thM
ey shall not be injurious: for if they were so, the species would become extinct.
Natural selection will modify the structure of the young in relation to the parent and of the parent in relation to the young. In social animals it will adapt the structure of each individual for the benefit of the whole community; if the community profits by the selected change. What natural selection cannot do, is to modify the structure of one species, without giving it any advantage, for the good of another species; and though M
statements to this effect may be found in works of natural history, I cannot find one case which will bear investigation. A structure used only once in an animal
s life, if of high importance to it, might be modified to any extent by natural selection; for instance, the great jaws possessed by certain insects, used exclusively for opening the cocoon
or the hard tip to the beak of unhatched birds, used for breaking the eggs. It has been asserted, that of the best short-beaked tumbler-pigeons a greater number perM
ish in the egg than are able to get out of it; so that fanciers assist in the act of hatching. Now, if nature had to make the beak of a full-grown pigeon very short for the bird
s own advantage, the process of modification would be very slow, and there would be simultaneously the most rigorous selection of all the young birds within the egg, which had the most powerful and hardest beaks, for all with weak beaks would inevitably perish: or, more delicate and more easily broken shells might be selected, the thickneM
ss of the shell being known to vary like every other structure.
It may be well here to remark that with all beings there must be much fortuitous destruction, which can have little or no influence on the course of natural selection. For instance, a vast number of eggs or seeds are annually devoured, and these could be modified through natural selection only if they varied in some manner which protected them from their enemies. Yet many of these eggs or seeds would perhaps, if not destroyed, have yielded individuaM
ls better adapted to their conditions of life than any of those which happened to survive. So again a vast number of mature animals and plants, whether or not they be the best adapted to their conditions, must be annually destroyed by accidental causes, which would not be in the least degree mitigated by certain changes of structure or constitution which would in other ways be beneficial to the species. But let the destruction of the adults be ever so heavy, if the number which can exist in any district be not wholM
ly kept down by such causes
or again let the destruction of eggs or seeds be so great that only a hundredth or a thousandth part are developed
yet of those which do survive, the best adapted individuals, supposing that there is any variability in a favourable direction, will tend to propagate their kind in larger numbers than the less well adapted. If the numbers be wholly kept down by the causes just indicated, as will often have been the case, natural selection will be powerless in certain beneficial directioM
ns; but this is no valid objection to its efficiency at other times and in other ways; for we are far from having any reason to suppose that many species ever undergo modification and improvement at the same time in the same area.
Inasmuch as peculiarities often appear under domestication in one sex and become hereditarily attached to that sex, so no doubt it will be under nature. Thus it is rendered possible for the two sexes to be modified through natural selection in relation to differentM
 habits of life, as is sometimes the case; or for one sex to be modified in relation to the other sex, as commonly occurs. This leads me to say a few words on what I have called sexual selection. This form of selection depends, not on a struggle for existence in relation to other organic beings or to external conditions, but on a struggle between the individuals of one sex, generally the males, for the possession of the other sex. The result is not death to the unsuccessful competitor, but few or no offspring. SexuM
al selection is, therefore, less rigorous than natural selection. Generally, the most vigorous males, those which are best fitted for their places in nature, will leave most progeny. But in many cases victory depends not so much on general vigour, but on having special weapons, confined to the male sex. A hornless stag or spurless cock would have a poor chance of leaving numerous offspring. Sexual selection, by always allowing the victor to breed, might surely give indomitable courage, length of spur, and strength M
to the wing to strike in the spurred leg, in nearly the same manner as does the brutal cockfighter by the careful selection of his best cocks. How low in the scale of nature the law of battle descends I know not; male alligators have been described as fighting, bellowing, and whirling round, like Indians in a war-dance, for the possession of the females; male salmons have been observed fighting all day long; male stag-beetles sometimes bear wounds from the huge mandibles of other males; the males of certain hymenopM
terous insects have been frequently seen by that inimitable observer M. Fabre, fighting for a particular female who sits by, an apparently unconcerned beholder of the struggle, and then retires with the conqueror. The war is, perhaps, severest between the males of polygamous animals, and these seem oftenest provided with special weapons. The males of carnivorous animals are already well armed; though to them and to others, special means of defence may be given through means of sexual selection, as the mane of the lM
ion, and the hooked jaw to the male salmon; for the shield may be as important for victory as the sword or spear.
Among birds, the contest is often of a more peaceful character. All those who have attended to the subject, believe that there is the severest rivalry between the males of many species to attract, by singing, the females. The rock-thrush of Guiana, birds of paradise, and some others, congregate, and successive males display with the most elaborate care, and show off in the best manner, their gorgeousM
 plumage; they likewise perform strange antics before the females, which, standing by as spectators, at last choose the most attractive partner. Those who have closely attended to birds in confinement well know that they often take individual preferences and dislikes: thus Sir R. Heron has described how a pied peacock was eminently attractive to all his hen birds. I cannot here enter on the necessary details; but if man can in a short time give beauty and an elegant carriage to his bantams, according to his standarM
d of beauty, I can see no good reason to doubt that female birds, by selecting, during thousands of generations, the most melodious or beautiful males, according to their standard of beauty, might produce a marked effect. Some well-known laws, with respect to the plumage of male and female birds, in comparison with the plumage of the young, can partly be explained through the action of sexual selection on variations occurring at different ages, and transmitted to the males alone or to both sexes at corresponding agM
es; but I have not space here to enter on this subject.
Thus it is, as I believe, that when the males and females of any animal have the same general habits of life, but differ in structure, colour, or ornament, such differences have been mainly caused by sexual selection: that is, by individual males having had, in successive generations, some slight advantage over other males, in their weapons, means of defence, or charms; which they have transmitted to their male offspring alone. Yet, I would not wish to attrM
ibute all sexual differences to this agency: for we see in our domestic animals peculiarities arising and becoming attached to the male sex, which apparently have not been augmented through selection by man. The tuft of hair on the breast of the wild turkey-cock cannot be of any use, and it is doubtful whether it can be ornamental in the eyes of the female bird; indeed, had the tuft appeared under domestication it would have been called a monstrosity.
Illustrations of the Action of Natural Selection, or the SurvM
ival of the Fittest.
In order to make it clear how, as I believe, natural selection acts, I must beg permission to give one or two imaginary illustrations. Let us take the case of a wolf, which preys on various animals, securing some by craft, some by strength, and some by fleetness; and let us suppose that the fleetest prey, a deer for instance, had from any change in the country increased in numbers, or that other prey had decreased in numbers, during that season of the year when the wolf was hardest pressed fM
or food. Under such circumstances the swiftest and slimmest wolves have the best chance of surviving, and so be preserved or selected, provided always that they retained strength to master their prey at this or some other period of the year, when they were compelled to prey on other animals. I can see no more reason to doubt that this would be the result, than that man should be able to improve the fleetness of his greyhounds by careful and methodical selection, or by that kind of unconscious selection which followM
s from each man trying to keep the best dogs without any thought of modifying the breed. I may add that, according to Mr. Pierce, there are two varieties of the wolf inhabiting the Catskill Mountains, in the United States, one with a light greyhound-like form, which pursues deer, and the other more bulky, with shorter legs, which more frequently attacks the shepherd
Even without any change in the proportional numbers of the animals on which our wolf preyed, a cub might be born with an innate tendencyM
 to pursue certain kinds of prey. Nor can this be thought very improbable; for we often observe great differences in the natural tendencies of our domestic animals; one cat, for instance, taking to catch rats, another mice; one cat, according to Mr. St. John, bringing home winged game, another hares or rabbits, and another hunting on marshy ground and almost nightly catching woodcocks or snipes. The tendency to catch rats rather than mice is known to be inherited. Now, if any slight innate change of habit or of strM
ucture benefited an individual wolf, it would have the best chance of surviving and of leaving offspring. Some of its young would probably inherit the same habits or structure, and by the repetition of this process, a new variety might be formed which would either supplant or coexist with the parent-form of wolf. Or, again, the wolves inhabiting a mountainous district, and those frequenting the lowlands, would naturally be forced to hunt different prey; and from the continued preservation of the individuals best fiM
tted for the two sites, two varieties might slowly be formed. These varieties would cross and blend where they met; but to this subject of intercrossing we shall soon have to return. I may add, that, according to Mr. Pierce, there are two varieties of the wolf inhabiting the Catskill Mountains in the United States, one with a light greyhound-like form, which pursues deer, and the other more bulky, with shorter legs, which more frequently attacks the shepherd
It should be observed that in the above ilM
lustration, I speak of the slimmest individual wolves, and not of any single strongly marked variation having been preserved. In former editions of this work I sometimes spoke as if this latter alternative had frequently occurred. I saw the great importance of individual differences, and this led me fully to discuss the results of unconscious selection by man, which depends on the preservation of all the more or less valuable individuals, and on the destruction of the worst. I saw, also, that the preservation in a M
state of nature of any occasional deviation of structure, such as a monstrosity, would be a rare event; and that, if at first preserved, it would generally be lost by subsequent intercrossing with ordinary individuals. Nevertheless, until reading an able and valuable article in the
North British Review
 (1867), I did not appreciate how rarely single variations, whether slight or strongly marked, could be perpetuated. The author takes the case of a pair of animals, producing during their lifetime two hundred ofM
fspring, of which, from various causes of destruction, only two on an average survive to pro-create their kind. This is rather an extreme estimate for most of the higher animals, but by no means so for many of the lower organisms. He then shows that if a single individual were born, which varied in some manner, giving it twice as good a chance of life as that of the other individuals, yet the chances would be strongly against its survival. Supposing it to survive and to breed, and that half its young inherited the M
favourable variation; still, as the Reviewer goes onto show, the young would have only a slightly better chance of surviving and breeding; and this chance would go on decreasing in the succeeding generations. The justice of these remarks cannot, I think, be disputed. If, for instance, a bird of some kind could procure its food more easily by having its beak curved, and if one were born with its beak strongly curved, and which consequently flourished, nevertheless there would be a very poor chance of this one indiviM
dual perpetuating its kind to the exclusion of the common form; but there can hardly be a doubt, judging by what we see taking place under domestication, that this result would follow from the preservation during many generations of a large number of individuals with more or less strongly curved beaks, and from the destruction of a still larger number with the straightest beaks.
It should not, however, be overlooked that certain rather strongly marked variations, which no one would rank as mere individual differM
ences, frequently recur owing to a similar organisation being similarly acted on
of which fact numerous instances could be given with our domestic productions. In such cases, if the varying individual did not actually transmit to its offspring its newly-acquired character, it would undoubtedly transmit to them, as long as the existing conditions remained the same, a still stronger tendency to vary in the same manner. There can also be little doubt that the tendency to vary in the same manner has often been so strM
ong that all the individuals of the same species have been similarly modified without the aid of any form of selection. Or only a third, fifth, or tenth part of the individuals may have been thus affected, of which fact several instances could be given. Thus Graba estimates that about one-fifth of the guillemots in the Faroe Islands consist of a variety so well marked, that it was formerly ranked as a distinct species under the name of Uria lacrymans. In cases of this kind, if the variation were of a beneficial natM
ure, the original form would soon be supplanted by the modified form, through the survival of the fittest.
To the effects of intercrossing in eliminating variations of all kinds, I shall have to recur; but it may be here remarked that most animals and plants keep to their proper homes, and do not needlessly wander about; we see this even with migratory birds, which almost always return to the same spot. Consequently each newly-formed variety would generally be at first local, as seems to be the common rule with M
varieties in a state of nature; so that similarly modified individuals would soon exist in a small body together, and would often breed together. If the new variety were successful in its battle for life, it would slowly spread from a central district, competing with and conquering the unchanged individuals on the margins of an ever-increasing circle.
It may be worth while to give another and more complex illustration of the action of natural selection. Certain plants excrete sweet juice, apparently for the sakeM
 of eliminating something injurious from the sap: this is effected, for instance, by glands at the base of the stipules in some Leguminos
, and at the backs of the leaves of the common laurel. This juice, though small in quantity, is greedily sought by insects; but their visits do not in any way benefit the plant. Now, let us suppose that the juice or nectar was excreted from the inside of the flowers of a certain number of plants of any species. Insects in seeking the nectar would get dusted with pollen, and woulM
d often transport it from one flower to another. The flowers of two distinct individuals of the same species would thus get crossed; and the act of crossing, as can be fully proved, gives rise to vigorous seedlings, which consequently would have the best chance of flourishing and surviving. The plants which produced flowers with the largest glands or nectaries, excreting most nectar, would oftenest be visited by insects, and would oftenest be crossed; and so in the long-run would gain the upper hand and form a locaM
l variety. The flowers, also, which had their stamens and pistils placed, in relation to the size and habits of the particular insect which visited them, so as to favour in any degree the transportal of the pollen, would likewise be favoured. We might have taken the case of insects visiting flowers for the sake of collecting pollen instead of nectar; and as pollen is formed for the sole purpose of fertilisation, its destruction appears to be a simple loss to the plant; yet if a little pollen were carried, at first M
occasionally and then habitually, by the pollen-devouring insects from flower to flower, and a cross thus effected, although nine-tenths of the pollen were destroyed it might still be a great gain to the plant to be thus robbed; and the individuals which produced more and more pollen, and had larger anthers, would be selected.
When our plant, by the above process long continued, had been rendered highly attractive to insects, they would, unintentionally on their part, regularly carry pollen from flower to flowerM
; and that they do this effectually I could easily show by many striking facts. I will give only one, as likewise illustrating one step in the separation of the sexes of plants. Some holly-trees bear only male flowers, which have four stamens producing a rather small quantity of pollen, and a rudimentary pistil; other holly-trees bear only female flowers; these have a full-sized pistil, and four stamens with shrivelled anthers, in which not a grain of pollen can be detected. Having found a female tree exactly sixtyM
 yards from a male tree, I put the stigmas of twenty flowers, taken from different branches, under the microscope, and on all, without exception, there were a few pollen-grains, and on some a profusion. As the wind had set for several days from the female to the male tree, the pollen could not thus have been carried. The weather had been cold and boisterous and therefore not favourable to bees, nevertheless every female flower which I examined had been effectually fertilised by the bees, which had flown from tree tM
o tree in search of nectar. But to return to our imaginary case; as soon as the plant had been rendered so highly attractive to insects that pollen was regularly carried from flower to flower, another process might commence. No naturalist doubts the advantage of what has been called the
physiological division of labour;
 hence we may believe that it would be advantageous to a plant to produce stamens alone in one flower or on one whole plant, and pistils alone in another flower or on another plant. In plants uM
nder culture and placed under new conditions of life, sometimes the male organs and sometimes the female organs become more or less impotent; now if we suppose this to occur in ever so slight a degree under nature, then, as pollen is already carried regularly from flower to flower, and as a more complete separation of the sexes of our plant would be advantageous on the principle of the division of labour, individuals with this tendency more and more increased, would be continually favoured or selected, until at lasM
t a complete separation of the sexes might be effected. It would take up too much space to show the various steps, through dimorphism and other means, by which the separation of the sexes in plants of various kinds is apparently now in progress; but I may add that some of the species of holly in North America are, according to Asa Gray, in an exactly intermediate condition, or, as he expresses it, are more or less dioeciously polygamous.
Let us now turn to the nectar-feeding insects; we may suppose the plant of M
which we have been slowly increasing the nectar by continued selection, to be a common plant; and that certain insects depended in main part on its nectar for food. I could give many facts showing how anxious bees are to save time: for instance, their habit of cutting holes and sucking the nectar at the bases of certain flowers, which with a very little more trouble they can enter by the mouth. Bearing such facts in mind, it may be believed that under certain circumstances individual differences in the curvature orM
 length of the proboscis, &c., too slight to be appreciated by us, might profit a bee or other insect, so that certain individuals would be able to obtain their food more quickly than others; and thus the communities to which they belonged would flourish and throw off many swarms inheriting the same peculiarities. The tubes of the corolla of the common red or incarnate clovers (Trifolium pratense and incarnatum) do not on a hasty glance appear to differ in length; yet the hive-bee can easily suck the nectar out of M
the incarnate clover, but not out of the common red clover, which is visited by humble-bees alone; so that whole fields of the red clover offer in vain an abundant supply of precious nectar to the hive-bee. That this nectar is much liked by the hive-bee is certain; for I have repeatedly seen, but only in the autumn, many hive-bees sucking the flowers through holes bitten in the base of the tube by humble bees. The difference in the length of the corolla in the two kinds of clover, which determines the visits of theM
 hive-bee, must be very trifling; for I have been assured that when red clover has been mown, the flowers of the second crop are somewhat smaller, and that these are visited by many hive-bees. I do not know whether this statement is accurate; nor whether another published statement can be trusted, namely, that the Ligurian bee, which is generally considered a mere variety of the common hive-bee, and which freely crosses with it, is able to reach and suck the nectar of the red clover. Thus, in a country where this kM
ind of clover abounded, it might be a great advantage to the hive-bee to have a slightly longer or differently constructed proboscis. On the other hand, as the fertility of this clover absolutely depends on bees visiting the flowers, if humble-bees were to become rare in any country, it might be a great advantage to the plant to have a shorter or more deeply divided corolla, so that the hive-bees should be enabled to suck its flowers. Thus I can understand how a flower and a bee might slowly become, either simultanM
eously or one after the other, modified and adapted to each other in the most perfect manner, by the continued preservation of all the individuals which presented slight deviations of structure mutually favourable to each other.
I am well aware that this doctrine of natural selection, exemplified in the above imaginary instances, is open to the same objections which were first urged against Sir Charles Lyell
the modern changes of the earth, as illustrative of geology;
 but we now seldom hM
ear the agencies which we see still at work, spoken of as trifling and insignificant, when used in explaining the excavation of the deepest valleys or the formation of long lines of inland cliffs. Natural selection acts only by the preservation and accumulation of small inherited modifications, each profitable to the preserved being; and as modern geology has almost banished such views as the excavation of a great valley by a single diluvial wave, so will natural selection banish the belief of the continued creatioM
n of new organic beings, or of any great and sudden modification in their structure.
On the Intercrossing of Individuals.
I must here introduce a short digression. In the case of animals and plants with separated sexes, it is of course obvious that two individuals must always (with the exception of the curious and not well understood cases of parthenogenesis) unite for each birth; but in the case of hermaphrodites this is far from obvious. Nevertheless there is reason to believe that with all hermaphrodites tM
wo individuals, either occasionally or habitually, concur for the reproduction of their kind. This view was long ago doubtfully suggested by Sprengel, Knight and K
lreuter. We shall presently see its importance; but I must here treat the subject with extreme brevity, though I have the materials prepared for an ample discussion. All vertebrate animals, all insects and some other large groups of animals, pair for each birth. Modern research has much diminished the number of supposed hermaphrodites and of real hermapM
hrodites a large number pair; that is, two individuals regularly unite for reproduction, which is all that concerns us. But still there are many hermaphrodite animals which certainly do not habitually pair, and a vast majority of plants are hermaphrodites. What reason, it may be asked, is there for supposing in these cases that two individuals ever concur in reproduction? As it is impossible here to enter on details, I must trust to some general considerations alone.
In the first place, I have collected so largeM
 a body of facts, and made so many experiments, showing, in accordance with the almost universal belief of breeders, that with animals and plants a cross between different varieties, or between individuals of the same variety but of another strain, gives vigour and fertility to the offspring; and on the other hand, that close interbreeding diminishes vigour and fertility; that these facts alone incline me to believe that it is a general law of nature that no organic being fertilises itself for a perpetuity of generM
ations; but that a cross with another individual is occasionally
perhaps at long intervals of time
On the belief that this is a law of nature, we can, I think, understand several large classes of facts, such as the following, which on any other view are inexplicable. Every hybridizer knows how unfavourable exposure to wet is to the fertilisation of a flower, yet what a multitude of flowers have their anthers and stigmas fully exposed to the weather! If an occasional cross be indispensable, notM
withstanding that the plant
s own anthers and pistil stand so near each other as almost to ensure self-fertilisation, the fullest freedom for the entrance of pollen from another individual will explain the above state of exposure of the organs. Many flowers, on the other hand, have their organs of fructification closely enclosed, as in the great papilionaceous or pea-family; but these almost invariably present beautiful and curious adaptations in relation to the visits of insects. So necessary are the visits of bM
ees to many papilionaceous flowers, that their fertility is greatly diminished if these visits be prevented. Now, it is scarcely possible for insects to fly from flower to flower, and not to carry pollen from one to the other, to the great good of the plant. Insects act like a camel-hair pencil, and it is sufficient, to ensure fertilisation, just to touch with the same brush the anthers of one flower and then the stigma of another; but it must not be supposed that bees would thus produce a multitude of hybrids betwM
een distinct species; for if a plant
s own pollen and that from another species are placed on the same stigma, the former is so prepotent that it invariably and completely destroys, as has been shown by G
rtner, the influence of the foreign pollen.
When the stamens of a flower suddenly spring towards the pistil, or slowly move one after the other towards it, the contrivance seems adapted solely to ensure self-fertilisation; and no doubt it is useful for this end: but the agency of insects is often required toM
 cause the stamens to spring forward, as K
lreuter has shown to be the case with the barberry; and in this very genus, which seems to have a special contrivance for self-fertilisation, it is well known that, if closely-allied forms or varieties are planted near each other, it is hardly possible to raise pure seedlings, so largely do they naturally cross. In numerous other cases, far from self-fertilisation being favoured, there are special contrivances which effectually prevent the stigma receiving pollen from itsM
 own flower, as I could show from the works of Sprengel and others, as well as from my own observations: for instance, in Lobelia fulgens, there is a really beautiful and elaborate contrivance by which all the infinitely numerous pollen-granules are swept out of the conjoined anthers of each flower, before the stigma of that individual flower is ready to receive them; and as this flower is never visited, at least in my garden, by insects, it never sets a seed, though by placing pollen from one flower on the stigma M
of another, I raise plenty of seedlings. Another species of Lobelia, which is visited by bees, seeds freely in my garden. In very many other cases, though there is no special mechanical contrivance to prevent the stigma receiving pollen from the same flower, yet, as Sprengel, and more recently Hildebrand and others have shown, and as I can confirm, either the anthers burst before the stigma is ready for fertilisation, or the stigma is ready before the pollen of that flower is ready, so that these so-named dichogamoM
us plants have in fact separated sexes, and must habitually be crossed. So it is with the reciprocally dimorphic and trimorphic plants previously alluded to. How strange are these facts! How strange that the pollen and stigmatic surface of the same flower, though placed so close together, as if for the very purpose of self-fertilisation, should be in so many cases mutually useless to each other! How simply are these facts explained on the view of an occasional cross with a distinct individual being advantageous or M
If several varieties of the cabbage, radish, onion, and of some other plants, be allowed to seed near each other, a large majority of the seedlings thus raised turn out, as I found, mongrels: for instance, I raised 233 seedling cabbages from some plants of different varieties growing near each other, and of these only 78 were true to their kind, and some even of these were not perfectly true. Yet the pistil of each cabbage-flower is surrounded not only by its own six stamens but by those of the maM
ny other flowers on the same plant; and the pollen of each flower readily gets on its stigma without insect agency; for I have found that plants carefully protected from insects produce the full number of pods. How, then, comes it that such a vast number of the seedlings are mongrelized? It must arise from the pollen of a distinct variety having a prepotent effect over the flower
s own pollen; and that this is part of the general law of good being derived from the intercrossing of distinct individuals of the sameM
 species. When distinct species are crossed the case is reversed, for a plant
s own pollen is always prepotent over foreign pollen; but to this subject we shall return in a future chapter.
In the case of a large tree covered with innumerable flowers, it may be objected that pollen could seldom be carried from tree to tree, and at most only from flower to flower on the same tree; and flowers on the same tree can be considered as distinct individuals only in a limited sense. I believe this objection to be valid,M
 but that nature has largely provided against it by giving to trees a strong tendency to bear flowers with separated sexes. When the sexes are separated, although the male and female flowers may be produced on the same tree, pollen must be regularly carried from flower to flower; and this will give a better chance of pollen being occasionally carried from tree to tree. That trees belonging to all orders have their sexes more often separated than other plants, I find to be the case in this country; and at my requestM
 Dr. Hooker tabulated the trees of New Zealand, and Dr. Asa Gray those of the United States, and the result was as I anticipated. On the other hand, Dr. Hooker informs me that the rule does not hold good in Australia: but if most of the Australian trees are dichogamous, the same result would follow as if they bore flowers with separated sexes. I have made these few remarks on trees simply to call attention to the subject.
Turning for a brief space to animals: various terrestrial species are hermaphrodites, such M
as the land-mollusca and earth-worms; but these all pair. As yet I have not found a single terrestrial animal which can fertilise itself. This remarkable fact, which offers so strong a contrast with terrestrial plants, is intelligible on the view of an occasional cross being indispensable; for owing to the nature of the fertilising element there are no means, analogous to the action of insects and of the wind with plants, by which an occasional cross could be effected with terrestrial animals without the concurrencM
e of two individuals. Of aquatic animals, there are many self-fertilising hermaphrodites; but here the currents of water offer an obvious means for an occasional cross. As in the case of flowers, I have as yet failed, after consultation with one of the highest authorities, namely, Professor Huxley, to discover a single hermaphrodite animal with the organs of reproduction so perfectly enclosed that access from without, and the occasional influence of a distinct individual, can be shown to be physically impossible. CM
irripedes long appeared to me to present, under this point of view, a case of great difficulty; but I have been enabled, by a fortunate chance, to prove that two individuals, though both are self-fertilising hermaphrodites, do sometimes cross.
It must have struck most naturalists as a strange anomaly that, both with animals and plants, some species of the same family and even of the same genus, though agreeing closely with each other in their whole organisation, are hermaphrodites, and some unisexual. But if, inM
 fact, all hermaphrodites do occasionally intercross, the difference between them and unisexual species is, as far as function is concerned, very small.
From these several considerations and from the many special facts which I have collected, but which I am unable here to give, it appears that with animals and plants an occasional intercross between distinct individuals is a very general, if not universal, law of nature.
Circumstances favourable for the production of new forms through Natural Selection.
is is an extremely intricate subject. A great amount of variability, under which term individual differences are always included, will evidently be favourable. A large number of individuals, by giving a better chance within any given period for the appearance of profitable variations, will compensate for a lesser amount of variability in each individual, and is, I believe, a highly important element of success. Though nature grants long periods of time for the work of natural selection, she does not grant an indefiM
nite period; for as all organic beings are striving to seize on each place in the economy of nature, if any one species does not become modified and improved in a corresponding degree with its competitors it will be exterminated. Unless favourable variations be inherited by some at least of the offspring, nothing can be effected by natural selection. The tendency to reversion may often check or prevent the work; but as this tendency has not prevented man from forming by selection numerous domestic races, why shouldM
 it prevail against natural selection?
In the case of methodical selection, a breeder selects for some definite object, and if the individuals be allowed freely to intercross, his work will completely fail. But when many men, without intending to alter the breed, have a nearly common standard of perfection, and all try to procure and breed from the best animals, improvement surely but slowly follows from this unconscious process of selection, notwithstanding that there is no separation of selected individuals. TM
hus it will be under nature; for within a confined area, with some place in the natural polity not perfectly occupied, all the individuals varying in the right direction, though in different degrees, will tend to be preserved. But if the area be large, its several districts will almost certainly present different conditions of life; and then, if the same species undergoes modification in different districts, the newly formed varieties will intercross on the confines of each. But we shall see in the sixth chapter thM
at intermediate varieties, inhabiting intermediate districts, will in the long run generally be supplanted by one of the adjoining varieties. Intercrossing will chiefly affect those animals which unite for each birth and wander much, and which do not breed at a very quick rate. Hence with animals of this nature, for instance birds, varieties will generally be confined to separated countries; and this I find to be the case. With hermaphrodite organisms which cross only occasionally, and likewise with animals which uM
nite for each birth, but which wander little and can increase at a rapid rate, a new and improved variety might be quickly formed on any one spot, and might there maintain itself in a body and afterward spread, so that the individuals of the new variety would chiefly cross together. On this principle nurserymen always prefer saving seed from a large body of plants, as the chance of intercrossing is thus lessened.
Even with animals which unite for each birth, and which do not propagate rapidly, we must not assumeM
 that free intercrossing would always eliminate the effects of natural selection; for I can bring forward a considerable body of facts showing that within the same area two varieties of the same animal may long remain distinct, from haunting different stations, from breeding at slightly different seasons, or from the individuals of each variety preferring to pair together.
Intercrossing plays a very important part in nature by keeping the individuals of the same species, or of the same variety, true and uniform M
in character. It will obviously thus act far more efficiently with those animals which unite for each birth; but, as already stated, we have reason to believe that occasional intercrosses take place with all animals and plants. Even if these take place only at long intervals of time, the young thus produced will gain so much in vigour and fertility over the offspring from long-continued self-fertilisation, that they will have a better chance of surviving and propagating their kind; and thus in the long run the inflM
uence of crosses, even at rare intervals, will be great. With respect to organic beings extremely low in the scale, which do not propagate sexually, nor conjugate, and which cannot possibly intercross, uniformity of character can be retained by them under the same conditions of life, only through the principle of inheritance, and through natural selection which will destroy any individuals departing from the proper type. If the conditions of life change and the form undergoes modification, uniformity of character cM
an be given to the modified offspring, solely by natural selection preserving similar favourable variations.
Isolation also is an important element in the modification of species through natural selection. In a confined or isolated area, if not very large, the organic and inorganic conditions of life will generally be almost uniform; so that natural selection will tend to modify all the varying individuals of the same species in the same manner. Intercrossing with the inhabitants of the surrounding districts, wiM
ll also be thus prevented. Moritz Wagner has lately published an interesting essay on this subject, and has shown that the service rendered by isolation in preventing crosses between newly-formed varieties is probably greater even than I supposed. But from reasons already assigned I can by no means agree with this naturalist, that migration and isolation are necessary elements for the formation of new species. The importance of isolation is likewise great in preventing, after any physical change in the conditions, M
such as of climate, elevation of the land, &c., the immigration of better adapted organisms; and thus new places in the natural economy of the district will be left open to be filled up by the modification of the old inhabitants. Lastly, isolation will give time for a new variety to be improved at a slow rate; and this may sometimes be of much importance. If, however, an isolated area be very small, either from being surrounded by barriers, or from having very peculiar physical conditions, the total number of the iM
nhabitants will be small; and this will retard the production of new species through natural selection, by decreasing the chances of favourable variations arising.
The mere lapse of time by itself does nothing, either for or against natural selection. I state this because it has been erroneously asserted that the element of time has been assumed by me to play an all-important part in modifying species, as if all the forms of life were necessarily undergoing change through some innate law. Lapse of time is only sM
o far important, and its importance in this respect is great, that it gives a better chance of beneficial variations arising and of their being selected, accumulated, and fixed. It likewise tends to increase the direct action of the physical conditions of life, in relation to the constitution of each organism.
If we turn to nature to test the truth of these remarks, and look at any small isolated area, such as an oceanic island, although the number of the species inhabiting it is small, as we shall see in our chM
apter on Geographical Distribution; yet of these species a very large proportion are endemic,
that is, have been produced there and nowhere else in the world. Hence an oceanic island at first sight seems to have been highly favourable for the production of new species. But we may thus deceive ourselves, for to ascertain whether a small isolated area, or a large open area like a continent, has been most favourable for the production of new organic forms, we ought to make the comparison within equal times; and thisM
 we are incapable of doing.
Although isolation is of great importance in the production of new species, on the whole I am inclined to believe that largeness of area is still more important, especially for the production of species which shall prove capable of enduring for a long period, and of spreading widely. Throughout a great and open area, not only will there be a better chance of favourable variations, arising from the large number of individuals of the same species there supported, but the conditions of lM
ife are much more complex from the large number of already existing species; and if some of these many species become modified and improved, others will have to be improved in a corresponding degree, or they will be exterminated. Each new form, also, as soon as it has been much improved, will be able to spread over the open and continuous area, and will thus come into competition with many other forms. Moreover, great areas, though now continuous, will often, owing to former oscillations of level, have existed in aM
 broken condition, so that the good effects of isolation will generally, to a certain extent, have concurred. Finally, I conclude that, although small isolated areas have been in some respects highly favourable for the production of new species, yet that the course of modification will generally have been more rapid on large areas; and what is more important, that the new forms produced on large areas, which already have been victorious over many competitors, will be those that will spread most widely, and will givM
e rise to the greatest number of new varieties and species. They will thus play a more important part in the changing history of the organic world.
In accordance with this view, we can, perhaps, understand some facts which will be again alluded to in our chapter on Geographical Distribution; for instance, the fact of the productions of the smaller continent of Australia now yielding before those of the larger Europ
o-Asiatic area. Thus, also, it is that continental productions have everywhere become so largely M
naturalised on islands. On a small island, the race for life will have been less severe, and there will have been less modification and less extermination. Hence, we can understand how it is that the flora of Madeira, according to Oswald Heer, resembles to a certain extent the extinct tertiary flora of Europe. All fresh water basins, taken together, make a small area compared with that of the sea or of the land. Consequently, the competition between fresh water productions will have been less severe than elsewhere;M
 new forms will have been more slowly produced, and old forms more slowly exterminated. And it is in fresh water basins that we find seven genera of Ganoid fishes, remnants of a once preponderant order: and in fresh water we find some of the most anomalous forms now known in the world, as the Ornithorhynchus and Lepidosiren, which, like fossils, connect to a certain extent orders at present widely separated in the natural scale. These anomalous forms may be called living fossils; they have endured to the present daM
y, from having inhabited a confined area, and from having been exposed to less varied, and therefore less severe, competition.
To sum up, as far as the extreme intricacy of the subject permits, the circumstances favourable and unfavourable for the production of new species through natural selection. I conclude that for terrestrial productions a large continental area, which has undergone many oscillations of level, will have been the most favourable for the production of many new forms of life, fitted to endure M
for a long time and to spread widely. While the area existed as a continent the inhabitants will have been numerous in individuals and kinds, and will have been subjected to severe competition. When converted by subsidence into large separate islands there will still have existed many individuals of the same species on each island: intercrossing on the confines of the range of each new species will have been checked: after physical changes of any kind immigration will have been prevented, so that new places in the M
polity of each island will have had to be filled up by the modification of the old inhabitants; and time will have been allowed for the varieties in each to become well modified and perfected. When, by renewed elevation, the islands were reconverted into a continental area, there will again have been very severe competition; the most favoured or improved varieties will have been enabled to spread; there will have been much extinction of the less improved forms, and the relative proportional numbers of the various iM
nhabitants of the reunited continent will again have been changed; and again there will have been a fair field for natural selection to improve still further the inhabitants, and thus to produce new species.
That natural selection generally act with extreme slowness I fully admit. It can act only when there are places in the natural polity of a district which can be better occupied by the modification of some of its existing inhabitants. The occurrence of such places will often depend on physical changes, which M
generally take place very slowly, and on the immigration of better adapted forms being prevented. As some few of the old inhabitants become modified the mutual relations of others will often be disturbed; and this will create new places, ready to be filled up by better adapted forms; but all this will take place very slowly. Although all the individuals of the same species differ in some slight degree from each other, it would often be long before differences of the right nature in various parts of the organisationM
 might occur. The result would often be greatly retarded by free intercrossing. Many will exclaim that these several causes are amply sufficient to neutralise the power of natural selection. I do not believe so. But I do believe that natural selection will generally act very slowly, only at long intervals of time, and only on a few of the inhabitants of the same region. I further believe that these slow, intermittent results accord well with what geology tells us of the rate and manner at which the inhabitants of tM
he world have changed.
Slow though the process of selection may be, if feeble man can do much by artificial selection, I can see no limit to the amount of change, to the beauty and complexity of the coadaptations between all organic beings, one with another and with their physical conditions of life, which may have been effected in the long course of time through nature
s power of selection, that is by the survival of the fittest.
Extinction caused by Natural Selection.
This subject will be more fully diM
scussed in our chapter on Geology; but it must here be alluded to from being intimately connected with natural selection. Natural selection acts solely through the preservation of variations in some way advantageous, which consequently endure. Owing to the high geometrical rate of increase of all organic beings, each area is already fully stocked with inhabitants, and it follows from this, that as the favoured forms increase in number, so, generally, will the less favoured decrease and become rare. Rarity, as geoloM
gy tells us, is the precursor to extinction. We can see that any form which is represented by few individuals will run a good chance of utter extinction, during great fluctuations in the nature or the seasons, or from a temporary increase in the number of its enemies. But we may go further than this; for as new forms are produced, unless we admit that specific forms can go on indefinitely increasing in number, many old forms must become extinct. That the number of specific forms has not indefinitely increased, geolM
ogy plainly tells us; and we shall presently attempt to show why it is that the number of species throughout the world has not become immeasurably great.
We have seen that the species which are most numerous in individuals have the best chance of producing favourable variations within any given period. We have evidence of this, in the facts stated in the second chapter, showing that it is the common and diffused or dominant species which offer the greatest number of recorded varieties. Hence, rare species will bM
e less quickly modified or improved within any given period; they will consequently be beaten in the race for life by the modified and improved descendants of the commoner species.
From these several considerations I think it inevitably follows, that as new species in the course of time are formed through natural selection, others will become rarer and rarer, and finally extinct. The forms which stand in closest competition with those undergoing modification and improvement, will naturally suffer most. And we haM
ve seen in the chapter on the Struggle for Existence that it is the most closely-allied forms,
varieties of the same species, and species of the same genus or related genera,
which, from having nearly the same structure, constitution and habits, generally come into the severest competition with each other. Consequently, each new variety or species, during the progress of its formation, will generally press hardest on its nearest kindred, and tend to exterminate them. We see the same process of extermination amoM
ng our domesticated productions, through the selection of improved forms by man. Many curious instances could be given showing how quickly new breeds of cattle, sheep and other animals, and varieties of flowers, take the place of older and inferior kinds. In Yorkshire, it is historically known that the ancient black cattle were displaced by the long-horns, and that these
were swept away by the short-horns
 (I quote the words of an agricultural writer)
as if by some murderous pestilence.
The principle, which I have designated by this term, is of high importance, and explains, as I believe, several important facts. In the first place, varieties, even strongly-marked ones, though having somewhat of the character of species
as is shown by the hopeless doubts in many cases how to rank them
yet certainly differ far less from each other than do good and distinct species. Nevertheless according to my view, varieties are species in the process of formation, or are, as I have called them, M
incipient species. How, then, does the lesser difference between varieties become augmented into the greater difference between species? That this does habitually happen, we must infer from most of the innumerable species throughout nature presenting well-marked differences; whereas varieties, the supposed prototypes and parents of future well-marked species, present slight and ill-defined differences. Mere chance, as we may call it, might cause one variety to differ in some character from its parents, and the offsM
pring of this variety again to differ from its parent in the very same character and in a greater degree; but this alone would never account for so habitual and large a degree of difference as that between the species of the same genus.
As has always been my practice, I have sought light on this head from our domestic productions. We shall here find something analogous. It will be admitted that the production of races so different as short-horn and Hereford cattle, race and cart horses, the several breeds of pigM
eons, &c., could never have been effected by the mere chance accumulation of similar variations during many successive generations. In practice, a fancier is, for instance, struck by a pigeon having a slightly shorter beak; another fancier is struck by a pigeon having a rather longer beak; and on the acknowledged principle that
fanciers do not and will not admire a medium standard, but like extremes,
 they both go on (as has actually occurred with the sub-breeds of the tumbler-pigeon) choosing and breeding froM
m birds with longer and longer beaks, or with shorter and shorter beaks. Again, we may suppose that at an early period of history, the men of one nation or district required swifter horses, while those of another required stronger and bulkier horses. The early differences would be very slight; but, in the course of time, from the continued selection of swifter horses in the one case, and of stronger ones in the other, the differences would become greater, and would be noted as forming two sub-breeds. Ultimately aftM
er the lapse of centuries, these sub-breeds would become converted into two well-established and distinct breeds. As the differences became greater, the inferior animals with intermediate characters, being neither very swift nor very strong, would not have been used for breeding, and will thus have tended to disappear. Here, then, we see in man
s productions the action of what may be called the principle of divergence, causing differences, at first barely appreciable, steadily to increase, and the breeds to diverM
ge in character, both from each other and from their common parent.
But how, it may be asked, can any analogous principle apply in nature? I believe it can and does apply most efficiently (though it was a long time before I saw how), from the simple circumstance that the more diversified the descendants from any one species become in structure, constitution, and habits, by so much will they be better enabled to seize on many and widely diversified places in the polity of nature, and so be enabled to increase in M
We can clearly discern this in the case of animals with simple habits. Take the case of a carnivorous quadruped, of which the number that can be supported in any country has long ago arrived at its full average. If its natural power of increase be allowed to act, it can succeed in increasing (the country not undergoing any change in conditions) only by its varying descendants seizing on places at present occupied by other animals: some of them, for instance, being enabled to feed on new kinds of prey, eM
ither dead or alive; some inhabiting new stations, climbing trees, frequenting water, and some perhaps becoming less carnivorous. The more diversified in habits and structure the descendants of our carnivorous animals become, the more places they will be enabled to occupy. What applies to one animal will apply throughout all time to all animals
that is, if they vary
for otherwise natural selection can effect nothing. So it will be with plants. It has been experimentally proved, that if a plot of ground be sown M
with one species of grass, and a similar plot be sown with several distinct genera of grasses, a greater number of plants and a greater weight of dry herbage can be raised in the latter than in the former case. The same has been found to hold good when one variety and several mixed varieties of wheat have been sown on equal spaces of ground. Hence, if any one species of grass were to go on varying, and the varieties were continually selected which differed from each other in the same manner, though in a very slightM
 degree, as do the distinct species and genera of grasses, a greater number of individual plants of this species, including its modified descendants, would succeed in living on the same piece of ground. And we know that each species and each variety of grass is annually sowing almost countless seeds; and is thus striving, as it may be said, to the utmost to increase in number. Consequently, in the course of many thousand generations, the most distinct varieties of any one species of grass would have the best chanceM
 of succeeding and of increasing in numbers, and thus of supplanting the less distinct varieties; and varieties, when rendered very distinct from each other, take the rank of species.
The truth of the principle that the greatest amount of life can be supported by great diversification of structure, is seen under many natural circumstances. In an extremely small area, especially if freely open to immigration, and where the contest between individual and individual must be very severe, we always find great diversiM
ty in its inhabitants. For instance, I found that a piece of turf, three feet by four in size, which had been exposed for many years to exactly the same conditions, supported twenty species of plants, and these belonged to eighteen genera and to eight orders, which shows how much these plants differed from each other. So it is with the plants and insects on small and uniform islets: also in small ponds of fresh water. Farmers find that they can raise more food by a rotation of plants belonging to the most differentM
 orders: nature follows what may be called a simultaneous rotation. Most of the animals and plants which live close round any small piece of ground, could live on it (supposing its nature not to be in any way peculiar), and may be said to be striving to the utmost to live there; but, it is seen, that where they come into the closest competition, the advantages of diversification of structure, with the accompanying differences of habit and constitution, determine that the inhabitants, which thus jostle each other moM
st closely, shall, as a general rule, belong to what we call different genera and orders.
The same principle is seen in the naturalisation of plants through man
s agency in foreign lands. It might have been expected that the plants which would succeed in becoming naturalised in any land would generally have been closely allied to the indigenes; for these are commonly looked at as specially created and adapted for their own country. It might also, perhaps, have been expected that naturalised plants would have bM
elonged to a few groups more especially adapted to certain stations in their new homes. But the case is very different; and Alph. de Candolle has well remarked, in his great and admirable work, that floras gain by naturalisation, proportionally with the number of the native genera and species, far more in new genera than in new species. To give a single instance: in the last edition of Dr. Asa Gray
Manual of the Flora of the Northern United States,
 260 naturalised plants are enumerated, and these belong tM
o 162 genera. We thus see that these naturalised plants are of a highly diversified nature. They differ, moreover, to a large extent, from the indigenes, for out of the 162 naturalised genera, no less than 100 genera are not there indigenous, and thus a large proportional addition is made to the genera now living in the United States.
By considering the nature of the plants or animals which have in any country struggled successfully with the indigenes, and have there become naturalised, we may gain some crude idM
ea in what manner some of the natives would have had to be modified in order to gain an advantage over their compatriots; and we may at least infer that diversification of structure, amounting to new generic differences, would be profitable to them.
The advantage of diversification of structure in the inhabitants of the same region is, in fact, the same as that of the physiological division of labour in the organs of the same individual body
a subject so well elucidated by Milne Edwards. No physiologist doubtsM
 that a stomach by being adapted to digest vegetable matter alone, or flesh alone, draws most nutriment from these substances. So in the general economy of any land, the more widely and perfectly the animals and plants are diversified for different habits of life, so will a greater number of individuals be capable of there supporting themselves. A set of animals, with their organisation but little diversified, could hardly compete with a set more perfectly diversified in structure. It may be doubted, for instance, M
whether the Australian marsupials, which are divided into groups differing but little from each other, and feebly representing, as Mr. Waterhouse and others have remarked, our carnivorous, ruminant, and rodent mammals, could successfully compete with these well-developed orders. In the Australian mammals, we see the process of diversification in an early and incomplete stage of development.
The Probable Effects of the Action of Natural Selection through Divergence of Character and Extinction, on the Descendants M
of a Common Ancestor.
After the foregoing discussion, which has been much compressed, we may assume that the modified descendants of any one species will succeed so much the better as they become more diversified in structure, and are thus enabled to encroach on places occupied by other beings. Now let us see how this principle of benefit being derived from divergence of character, combined with the principles of natural selection and of extinction, tends to act.
The accompanying diagram will aid us in undersM
tanding this rather perplexing subject. Let A to L represent the species of a genus large in its own country; these species are supposed to resemble each other in unequal degrees, as is so generally the case in nature, and as is represented in the diagram by the letters standing at unequal distances. I have said a large genus, because as we saw in the second chapter, on an average more species vary in large genera than in small genera; and the varying species of the large genera present a greater number of varietieM
s. We have, also, seen that the species, which are the commonest and most widely-diffused, vary more than do the rare and restricted species. Let (A) be a common, widely-diffused, and varying species, belonging to a genus large in its own country. The branching and diverging dotted lines of unequal lengths proceeding from (A), may represent its varying offspring. The variations are supposed to be extremely slight, but of the most diversified nature; they are not supposed all to appear simultaneously, but often afteM
r long intervals of time; nor are they all supposed to endure for equal periods. Only those variations which are in some way profitable will be preserved or naturally selected. And here the importance of the principle of benefit derived from divergence of character comes in; for this will generally lead to the most different or divergent variations (represented by the outer dotted lines) being preserved and accumulated by natural selection. When a dotted line reaches one of the horizontal lines, and is there markedM
 by a small numbered letter, a sufficient amount of variation is supposed to have been accumulated to form it into a fairly well-marked variety, such as would be thought worthy of record in a systematic work.
The intervals between the horizontal lines in the diagram, may represent each a thousand or more generations. After a thousand generations, species (A) is supposed to have produced two fairly well-marked varieties, namely a1 and m1. These two varieties will generally still be exposed to the M
same conditions which made their parents variable, and the tendency to variability is in itself hereditary; consequently they will likewise tend to vary, and commonly in nearly the same manner as did their parents. Moreover, these two varieties, being only slightly modified forms, will tend to inherit those advantages which made their parent (A) more numerous than most of the other inhabitants of the same country; they will also partake of those more general advantages which made the genus to which the parent-speciM
es belonged, a large genus in its own country. And all these circumstances are favourable to the production of new varieties.
If, then, these two varieties be variable, the most divergent of their variations will generally be preserved during the next thousand generations. And after this interval, variety a1 is supposed in the diagram to have produced variety a2, which will, owing to the principle of divergence, differ more from (A) than did variety a1. Variety m1 is supposed to have produced two varieties, nameM
ly m2 and s2, differing from each other, and more considerably from their common parent (A). We may continue the process by similar steps for any length of time; some of the varieties, after each thousand generations, producing only a single variety, but in a more and more modified condition, some producing two or three varieties, and some failing to produce any. Thus the varieties or modified descendants of the common parent (A), will generally go on increasing in number and diverging in character. In the diagram M
the process is represented up to the ten-thousandth generation, and under a condensed and simplified form up to the fourteen-thousandth generation.
But I must here remark that I do not suppose that the process ever goes on so regularly as is represented in the diagram, though in itself made somewhat irregular, nor that it goes on continuously; it is far more probable that each form remains for long periods unaltered, and then again undergoes modification. Nor do I suppose that the most divergent varieties are inM
variably preserved: a medium form may often long endure, and may or may not produce more than one modified descendant; for natural selection will always act according to the nature of the places which are either unoccupied or not perfectly occupied by other beings; and this will depend on infinitely complex relations. But as a general rule, the more diversified in structure the descendants from any one species can be rendered, the more places they will be enabled to seize on, and the more their modified progeny wilM
l increase. In our diagram the line of succession is broken at regular intervals by small numbered letters marking the successive forms which have become sufficiently distinct to be recorded as varieties. But these breaks are imaginary, and might have been inserted anywhere, after intervals long enough to allow the accumulation of a considerable amount of divergent variation.
As all the modified descendants from a common and widely-diffused species, belonging to a large genus, will tend to partake of the same adM
vantages which made their parent successful in life, they will generally go on multiplying in number as well as diverging in character: this is represented in the diagram by the several divergent branches proceeding from (A). The modified offspring from the later and more highly improved branches in the lines of descent, will, it is probable, often take the place of, and so destroy, the earlier and less improved branches: this is represented in the diagram by some of the lower branches not reaching to the upper horM
izontal lines. In some cases no doubt the process of modification will be confined to a single line of descent, and the number of modified descendants will not be increased; although the amount of divergent modification may have been augmented. This case would be represented in the diagram, if all the lines proceeding from (A) were removed, excepting that from a1 to a10. In the same way the English racehorse and English pointer have apparently both gone on slowly diverging in character from their original stocks, wM
ithout either having given off any fresh branches or races.
After ten thousand generations, species (A) is supposed to have produced three forms, a10, f10, and m10, which, from having diverged in character during the successive generations, will have come to differ largely, but perhaps unequally, from each other and from their common parent. If we suppose the amount of change between each horizontal line in our diagram to be excessively small, these three forms may still be only well-marked varieties; but we havM
e only to suppose the steps in the process of modification to be more numerous or greater in amount, to convert these three forms into doubtful or at least into well-defined species: thus the diagram illustrates the steps by which the small differences distinguishing varieties are increased into the larger differences distinguishing species. By continuing the same process for a greater number of generations (as shown in the diagram in a condensed and simplified manner), we get eight species, marked by the letters bM
etween a14 and m14, all descended from (A). Thus, as I believe, species are multiplied and genera are formed.
In a large genus it is probable that more than one species would vary. In the diagram I have assumed that a second species (I) has produced, by analogous steps, after ten thousand generations, either two well-marked varieties (w10 and z10) or two species, according to the amount of change supposed to be represented between the horizontal lines. After fourteen thousand generations, six new species, markedM
 by the letters n14 to z14, are supposed to have been produced. In any genus, the species which are already very different in character from each other, will generally tend to produce the greatest number of modified descendants; for these will have the best chance of seizing on new and widely different places in the polity of nature: hence in the diagram I have chosen the extreme species (A), and the nearly extreme species (I), as those which have largely varied, and have given rise to new varieties and species. ThM
e other nine species (marked by capital letters) of our original genus, may for long but unequal periods continue to transmit unaltered descendants; and this is shown in the diagram by the dotted lines unequally prolonged upwards.
But during the process of modification, represented in the diagram, another of our principles, namely that of extinction, will have played an important part. As in each fully stocked country natural selection necessarily acts by the selected form having some advantage in the struggle fM
or life over other forms, there will be a constant tendency in the improved descendants of any one species to supplant and exterminate in each stage of descent their predecessors and their original progenitor. For it should be remembered that the competition will generally be most severe between those forms which are most nearly related to each other in habits, constitution and structure. Hence all the intermediate forms between the earlier and later states, that is between the less and more improved states of a thM
e same species, as well as the original parent-species itself, will generally tend to become extinct. So it probably will be with many whole collateral lines of descent, which will be conquered by later and improved lines. If, however, the modified offspring of a species get into some distinct country, or become quickly adapted to some quite new station, in which offspring and progenitor do not come into competition, both may continue to exist.
If, then, our diagram be assumed to represent a considerable amount M
of modification, species (A) and all the earlier varieties will have become extinct, being replaced by eight new species (a14 to m14); and species (I) will be replaced by six (n14 to z14) new species.
But we may go further than this. The original species of our genus were supposed to resemble each other in unequal degrees, as is so generally the case in nature; species (A) being more nearly related to B, C, and D than to the other species; and species (I) more to G, H, K, L, than to the others. These two speciesM
 (A and I), were also supposed to be very common and widely diffused species, so that they must originally have had some advantage over most of the other species of the genus. Their modified descendants, fourteen in number at the fourteen-thousandth generation, will probably have inherited some of the same advantages: they have also been modified and improved in a diversified manner at each stage of descent, so as to have become adapted to many related places in the natural economy of their country. It seems, thereM
fore, extremely probable that they will have taken the places of, and thus exterminated, not only their parents (A) and (I), but likewise some of the original species which were most nearly related to their parents. Hence very few of the original species will have transmitted offspring to the fourteen-thousandth generation. We may suppose that only one (F) of the two species (E and F) which were least closely related to the other nine original species, has transmitted descendants to this late stage of descent.
he new species in our diagram, descended from the original eleven species, will now be fifteen in number. Owing to the divergent tendency of natural selection, the extreme amount of difference in character between species a14 and z14 will be much greater than that between the most distinct of the original eleven species. The new species, moreover, will be allied to each other in a widely different manner. Of the eight descendants from (A) the three marked a14, q14, p14, will be nearly related from having recently bM
ranched off from a10; b14 and f14, from having diverged at an earlier period from a5, will be in some degree distinct from the three first-named species; and lastly, o14, e14, and m14, will be nearly related one to the other, but, from having diverged at the first commencement of the process of modification, will be widely different from the other five species, and may constitute a sub-genus or a distinct genus.
The six descendants from (I) will form two sub-genera or genera. But as the original species (I) diffM
ered largely from (A), standing nearly at the extreme end of the original genus, the six descendants from (I) will, owing to inheritance alone, differ considerably from the eight descendants from (A); the two groups, moreover, are supposed to have gone on diverging in different directions. The intermediate species, also (and this is a very important consideration), which connected the original species (A) and (I), have all become, except (F), extinct, and have left no descendants. Hence the six new species descendeM
d from (I), and the eight descendants from (A), will have to be ranked as very distinct genera, or even as distinct sub-families.
Thus it is, as I believe, that two or more genera are produced by descent with modification, from two or more species of the same genus. And the two or more parent-species are supposed to be descended from some one species of an earlier genus. In our diagram this is indicated by the broken lines beneath the capital letters, converging in sub-branches downwards towards a single point; M
this point represents a species, the supposed progenitor of our several new sub-genera and genera.
It is worth while to reflect for a moment on the character of the new species F14, which is supposed not to have diverged much in character, but to have retained the form of (F), either unaltered or altered only in a slight degree. In this case its affinities to the other fourteen new species will be of a curious and circuitous nature. Being descended from a form that stood between the parent-species (A) and (I), nM
ow supposed to be extinct and unknown, it will be in some degree intermediate in character between the two groups descended from these two species. But as these two groups have gone on diverging in character from the type of their parents, the new species (F14) will not be directly intermediate between them, but rather between types of the two groups; and every naturalist will be able to call such cases before his mind.
In the diagram each horizontal line has hitherto been supposed to represent a thousand generaM
tions, but each may represent a million or more generations; it may also represent a section of the successive strata of the earth
s crust including extinct remains. We shall, when we come to our chapter on geology, have to refer again to this subject, and I think we shall then see that the diagram throws light on the affinities of extinct beings, which, though generally belonging to the same orders, families, or genera, with those now living, yet are often, in some degree, intermediate in character between existM
ing groups; and we can understand this fact, for the extinct species lived at various remote epochs when the branching lines of descent had diverged less.
I see no reason to limit the process of modification, as now explained, to the formation of genera alone. If, in the diagram, we suppose the amount of change represented by each successive group of diverging dotted lines to be great, the forms marked a14 to p14, those marked b14 and f14, and those marked o14 to m14, will form three very distinct genera. We shaM
ll also have two very distinct genera descended from (I), differing widely from the descendants of (A). These two groups of genera will thus form two distinct families, or orders, according to the amount of divergent modification supposed to be represented in the diagram. And the two new families, or orders, are descended from two species of the original genus; and these are supposed to be descended from some still more ancient and unknown form.
We have seen that in each country it is the species belonging to thM
e larger genera which oftenest present varieties or incipient species. This, indeed, might have been expected; for as natural selection acts through one form having some advantage over other forms in the struggle for existence, it will chiefly act on those which already have some advantage; and the largeness of any group shows that its species have inherited from a common ancestor some advantage in common. Hence, the struggle for the production of new and modified descendants will mainly lie between the larger grouM
ps, which are all trying to increase in number. One large group will slowly conquer another large group, reduce its number, and thus lessen its chance of further variation and improvement. Within the same large group, the later and more highly perfected sub-groups, from branching out and seizing on many new places in the polity of nature, will constantly tend to supplant and destroy the earlier and less improved sub-groups. Small and broken groups and sub-groups will finally disappear. Looking to the future, we canM
 predict that the groups of organic beings which are now large and triumphant, and which are least broken up, that is, which have as yet suffered least extinction, will, for a long period, continue to increase. But which groups will ultimately prevail, no man can predict; for we know that many groups, formerly most extensively developed, have now become extinct. Looking still more remotely to the future, we may predict that, owing to the continued and steady increase of the larger groups, a multitude of smaller groM
ups will become utterly extinct, and leave no modified descendants; and consequently that, of the species living at any one period, extremely few will transmit descendants to a remote futurity. I shall have to return to this subject in the chapter on classification, but I may add that as, according to this view, extremely few of the more ancient species have transmitted descendants to the present day, and, as all the descendants of the same species form a class, we can understand how it is that there exist so few cM
lasses in each main division of the animal and vegetable kingdoms. Although few of the most ancient species have left modified descendants, yet, at remote geological periods, the earth may have been almost as well peopled with species of many genera, families, orders and classes, as at the present day.
On the Degree to which Organisation tends to advance.
Natural selection acts exclusively by the preservation and accumulation of variations, which are beneficial under the organic and inorganic conditions to whM
ich each creature is exposed at all periods of life. The ultimate result is that each creature tends to become more and more improved in relation to its conditions. This improvement inevitably leads to the gradual advancement of the organisation of the greater number of living beings throughout the world. But here we enter on a very intricate subject, for naturalists have not defined to each other
s satisfaction what is meant by an advance in organisation. Among the vertebrata the degree of intellect and an approM
ach in structure to man clearly come into play. It might be thought that the amount of change which the various parts and organs pass through in their development from embryo to maturity would suffice as a standard of comparison; but there are cases, as with certain parasitic crustaceans, in which several parts of the structure become less perfect, so that the mature animal cannot be called higher than its larva. Von Baer
s standard seems the most widely applicable and the best, namely, the amount of differentiatM
ion of the parts of the same organic being, in the adult state, as I should be inclined to add, and their specialisation for different functions; or, as Milne Edwards would express it, the completeness of the division of physiological labour. But we shall see how obscure this subject is if we look, for instance, to fishes, among which some naturalists rank those as highest which, like the sharks, approach nearest to amphibians; while other naturalists rank the common bony or teleostean fishes as the highest, inasmuM
ch as they are most strictly fish-like, and differ most from the other vertebrate classes. We see still more plainly the obscurity of the subject by turning to plants, among which the standard of intellect is of course quite excluded; and here some botanists rank those plants as highest which have every organ, as sepals, petals, stamens and pistils, fully developed in each flower; whereas other botanists, probably with more truth, look at the plants which have their several organs much modified and reduced in numbeM
If we take as the standard of high organisation, the amount of differentiation and specialisation of the several organs in each being when adult (and this will include the advancement of the brain for intellectual purposes), natural selection clearly leads towards this standard: for all physiologists admit that the specialisation of organs, inasmuch as in this state they perform their functions better, is an advantage to each being; and hence the accumulation of variations tending towards speciM
alisation is within the scope of natural selection. On the other hand, we can see, bearing in mind that all organic beings are striving to increase at a high ratio and to seize on every unoccupied or less well occupied place in the economy of nature, that it is quite possible for natural selection gradually to fit a being to a situation in which several organs would be superfluous or useless: in such cases there would be retrogression in the scale of organisation. Whether organisation on the whole has actually advaM
nced from the remotest geological periods to the present day will be more conveniently discussed in our chapter on Geological Succession.
But it may be objected that if all organic beings thus tend to rise in the scale, how is it that throughout the world a multitude of the lowest forms still exist; and how is it that in each great class some forms are far more highly developed than others? Why have not the more highly developed forms every where supplanted and exterminated the lower? Lamarck, who believed in anM
 innate and inevitable tendency towards perfection in all organic beings, seems to have felt this difficulty so strongly that he was led to suppose that new and simple forms are continually being produced by spontaneous generation. Science has not as yet proved the truth of this belief, whatever the future may reveal. On our theory the continued existence of lowly organisms offers no difficulty; for natural selection, or the survival of the fittest, does not necessarily include progressive development
es advantage of such variations as arise and are beneficial to each creature under its complex relations of life. And it may be asked what advantage, as far as we can see, would it be to an infusorian animalcule
to an intestinal worm
or even to an earth-worm, to be highly organised. If it were no advantage, these forms would be left, by natural selection, unimproved or but little improved, and might remain for indefinite ages in their present lowly condition. And geology tells us that some of the lowest forms, M
as the infusoria and rhizopods, have remained for an enormous period in nearly their present state. But to suppose that most of the many now existing low forms have not in the least advanced since the first dawn of life would be extremely rash; for every naturalist who has dissected some of the beings now ranked as very low in the scale, must have been struck with their really wondrous and beautiful organisation.
Nearly the same remarks are applicable, if we look to the different grades of organisation within thM
e same great group; for instance, in the vertebrata, to the co-existence of mammals and fish
among mammalia, to the co-existence of man and the ornithorhynchus
among fishes, to the co-existence of the shark and the lancelet (Amphioxus), which latter fish in the extreme simplicity of its structure approaches the invertebrate classes. But mammals and fish hardly come into competition with each other; the advancement of the whole class of mammals, or of certain members in this class, to the highest grade would notM
 lead to their taking the place of fishes. Physiologists believe that the brain must be bathed by warm blood to be highly active, and this requires a
rial respiration; so that warm-blooded mammals when inhabiting the water lie under a disadvantage in having to come continually to the surface to breathe. With fishes, members of the shark family would not tend to supplant the lancelet; for the lancelet, as I hear from Fritz M
ller, has as sole companion and competitor on the barren sandy shore of South Brazil, an aM
nomalous annelid. The three lowest orders of mammals, namely, marsupials, edentata, and rodents, co-exist in South America in the same region with numerous monkeys, and probably interfere little with each other. Although organisation, on the whole, may have advanced and be still advancing throughout the world, yet the scale will always present many degrees of perfection; for the high advancement of certain whole classes, or of certain members of each class, does not at all necessarily lead to the extinction of thosM
e groups with which they do not enter into close competition. In some cases, as we shall hereafter see, lowly organised forms appear to have been preserved to the present day, from inhabiting confined or peculiar stations, where they have been subjected to less severe competition, and where their scanty numbers have retarded the chance of favourable variations arising.
Finally, I believe that many lowly organised forms now exist throughout the world, from various causes. In some cases variations or individual diM
fferences of a favourable nature may never have arisen for natural selection to act on and accumulate. In no case, probably, has time sufficed for the utmost possible amount of development. In some few cases there has been what we must call retrogression or organisation. But the main cause lies in the fact that under very simple conditions of life a high organisation would be of no service
possibly would be of actual disservice, as being of a more delicate nature, and more liable to be put out of order and injureM
Looking to the first dawn of life, when all organic beings, as we may believe, presented the simplest structure, how, it has been asked, could the first step in the advancement or differentiation of parts have arisen? Mr. Herbert Spencer would probably answer that, as soon as simple unicellular organisms came by growth or division to be compounded of several cells, or became attached to any supporting surface, his law
that homologous units of any order become differentiated in proportion as their relationsM
 to incident forces become different
 would come into action. But as we have no facts to guide us, speculation on the subject is almost useless. It is, however, an error to suppose that there would be no struggle for existence, and, consequently, no natural selection, until many forms had been produced: variations in a single species inhabiting an isolated station might be beneficial, and thus the whole mass of individuals might be modified, or two distinct forms might arise. But, as I remarked towards the close M
of the introduction, no one ought to feel surprise at much remaining as yet unexplained on the origin of species, if we make due allowance for our profound ignorance on the mutual relations of the inhabitants of the world at the present time, and still more so during past ages.
Convergence of Character.
Mr. H.C. Watson thinks that I have overrated the importance of divergence of character (in which, however, he apparently believes), and that convergence, as it may be called, has likewise played a part. If twoM
 species belonging to two distinct though allied genera, had both produced a large number of new and divergent forms, it is conceivable that these might approach each other so closely that they would have all to be classed under the same genus; and thus the descendants of two distinct genera would converge into one. But it would in most cases be extremely rash to attribute to convergence a close and general similarity of structure in the modified descendants of widely distinct forms. The shape of a crystal is deterM
mined solely by the molecular forces, and it is not surprising that dissimilar substances should sometimes assume the same form; but with organic beings we should bear in mind that the form of each depends on an infinitude of complex relations, namely on the variations which have arisen, these being due to causes far too intricate to be followed out
on the nature of the variations which have been preserved or selected, and this depends on the surrounding physical conditions, and in a still higher degree on the suM
rrounding organisms with which each being has come into competition
and lastly, on inheritance (in itself a fluctuating element) from innumerable progenitors, all of which have had their forms determined through equally complex relations. It is incredible that the descendants of two organisms, which had originally differed in a marked manner, should ever afterwards converge so closely as to lead to a near approach to identity throughout their whole organisation. If this had occurred, we should meet with the same M
form, independently of genetic connection, recurring in widely separated geological formations; and the balance of evidence is opposed to any such an admission.
Mr. Watson has also objected that the continued action of natural selection, together with divergence of character, would tend to make an indefinite number of specific forms. As far as mere inorganic conditions are concerned, it seems probable that a sufficient number of species would soon become adapted to all considerable diversities of heat, moisture,M
 &c.; but I fully admit that the mutual relations of organic beings are more important; and as the number of species in any country goes on increasing, the organic conditions of life must become more and more complex. Consequently there seems at first no limit to the amount of profitable diversification of structure, and therefore no limit to the number of species which might be produced. We do not know that even the most prolific area is fully stocked with specific forms: at the Cape of Good Hope and in Australia,M
 which support such an astonishing number of species, many European plants have become naturalised. But geology shows us, that from an early part of the tertiary period the number of species of shells, and that from the middle part of this same period, the number of mammals has not greatly or at all increased. What then checks an indefinite increase in the number of species? The amount of life (I do not mean the number of specific forms) supported on an area must have a limit, depending so largely as it does on phyM
sical conditions; therefore, if an area be inhabited by very many species, each or nearly each species will be represented by few individuals; and such species will be liable to extermination from accidental fluctuations in the nature of the seasons or in the number of their enemies. The process of extermination in such cases would be rapid, whereas the production of new species must always be slow. Imagine the extreme case of as many species as individuals in England, and the first severe winter or very dry summerM
 would exterminate thousands on thousands of species. Rare species, and each species will become rare if the number of species in any country becomes indefinitely increased, will, on the principal often explained, present within a given period few favourable variations; consequently, the process of giving birth to new specific forms would thus be retarded. When any species becomes very rare, close interbreeding will help to exterminate it; authors have thought that this comes into play in accounting for the deterioM
ration of the aurochs in Lithuania, of red deer in Scotland and of bears in Norway, &c. Lastly, and this I am inclined to think is the most important element, a dominant species, which has already beaten many competitors in its own home, will tend to spread and supplant many others. Alph. de Candolle has shown that those species which spread widely tend generally to spread very widely, consequently they will tend to supplant and exterminate several species in several areas, and thus check the inordinate increase ofM
 specific forms throughout the world. Dr. Hooker has recently shown that in the southeast corner of Australia, where, apparently, there are many invaders from different quarters of the globe, the endemic Australian species have been greatly reduced in number. How much weight to attribute to these several considerations I will not pretend to say; but conjointly they must limit in each country the tendency to an indefinite augmentation of specific forms.
If under changing conditions of life M
organic beings present individual differences in almost every part of their structure, and this cannot be disputed; if there be, owing to their geometrical rate of increase, a severe struggle for life at some age, season or year, and this certainly cannot be disputed; then, considering the infinite complexity of the relations of all organic beings to each other and to their conditions of life, causing an infinite diversity in structure, constitution, and habits, to be advantageous to them, it would be a most extraoM
rdinary fact if no variations had ever occurred useful to each being
s own welfare, in the same manner as so many variations have occurred useful to man. But if variations useful to any organic being ever do occur, assuredly individuals thus characterised will have the best chance of being preserved in the struggle for life; and from the strong principle of inheritance, these will tend to produce offspring similarly characterised. This principle of preservation, or the survival of the fittest, I have called NaturM
al Selection. It leads to the improvement of each creature in relation to its organic and inorganic conditions of life; and consequently, in most cases, to what must be regarded as an advance in organisation. Nevertheless, low and simple forms will long endure if well fitted for their simple conditions of life.
Natural selection, on the principle of qualities being inherited at corresponding ages, can modify the egg, seed, or young as easily as the adult. Among many animals sexual selection will have given its aM
id to ordinary selection by assuring to the most vigorous and best adapted males the greatest number of offspring. Sexual selection will also give characters useful to the males alone in their struggles or rivalry with other males; and these characters will be transmitted to one sex or to both sexes, according to the form of inheritance which prevails.
Whether natural selection has really thus acted in adapting the various forms of life to their several conditions and stations, must be judged by the general tenoM
ur and balance of evidence given in the following chapters. But we have already seen how it entails extinction; and how largely extinction has acted in the world
s history, geology plainly declares. Natural selection, also, leads to divergence of character; for the more organic beings diverge in structure, habits and constitution, by so much the more can a large number be supported on the area, of which we see proof by looking to the inhabitants of any small spot, and to the productions naturalised in foreign lanM
ds. Therefore, during the modification of the descendants of any one species, and during the incessant struggle of all species to increase in numbers, the more diversified the descendants become, the better will be their chance of success in the battle for life. Thus the small differences distinguishing varieties of the same species, steadily tend to increase, till they equal the greater differences between species of the same genus, or even of distinct genera.
We have seen that it is the common, the widely diffM
used, and widely ranging species, belonging to the larger genera within each class, which vary most; and these tend to transmit to their modified offspring that superiority which now makes them dominant in their own countries. Natural selection, as has just been remarked, leads to divergence of character and to much extinction of the less improved and intermediate forms of life. On these principles, the nature of the affinities, and the generally well defined distinctions between the innumerable organic beings in eM
ach class throughout the world, may be explained. It is a truly wonderful fact
the wonder of which we are apt to overlook from familiarity
that all animals and all plants throughout all time and space should be related to each other in groups, subordinate to groups, in the manner which we everywhere behold
namely, varieties of the same species most closely related, species of the same genus less closely and unequally related, forming sections and sub-genera, species of distinct genera much less closely relateM
d, and genera related in different degrees, forming sub-families, families, orders, sub-classes, and classes. The several subordinate groups in any class cannot be ranked in a single file, but seem clustered round points, and these round other points, and so on in almost endless cycles. If species had been independently created, no explanation would have been possible of this kind of classification; but it is explained through inheritance and the complex action of natural selection, entailing extinction and divergeM
nce of character, as we have seen illustrated in the diagram.
The affinities of all the beings of the same class have sometimes been represented by a great tree. I believe this simile largely speaks the truth. The green and budding twigs may represent existing species; and those produced during former years may represent the long succession of extinct species. At each period of growth all the growing twigs have tried to branch out on all sides, and to overtop and kill the surrounding twigs and branches, in the sM
ame manner as species and groups of species have at all times overmastered other species in the great battle for life. The limbs divided into great branches, and these into lesser and lesser branches, were themselves once, when the tree was young, budding twigs; and this connexion of the former and present buds by ramifying branches may well represent the classification of all extinct and living species in groups subordinate to groups. Of the many twigs which flourished when the tree was a mere bush, only two or thM
ree, now grown into great branches, yet survive and bear the other branches; so with the species which lived during long-past geological periods, very few have left living and modified descendants. From the first growth of the tree, many a limb and branch has decayed and dropped off; and these fallen branches of various sizes may represent those whole orders, families, and genera which have now no living representatives, and which are known to us only in a fossil state. As we here and there see a thin, straggling bM
ranch springing from a fork low down in a tree, and which by some chance has been favoured and is still alive on its summit, so we occasionally see an animal like the Ornithorhynchus or Lepidosiren, which in some small degree connects by its affinities two large branches of life, and which has apparently been saved from fatal competition by having inhabited a protected station. As buds give rise by growth to fresh buds, and these, if vigorous, branch out and overtop on all sides many a feebler branch, so by generatM
ion I believe it has been with the great Tree of Life, which fills with its dead and broken branches the crust of the earth, and covers the surface with its ever-branching and beautiful ramifications.
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Effects of changed conditions
Use and disuse, combined with natural selection; organs of flight and of vision
Correlated variation
Compensation and economy of growth
Multiple, rudimentary, and lowly organised structures variable
Parts developed in an unusual manner are highly variable: specific characters more variable than generic: secondary sexual characters variable
ecies of the same genus vary in an analogous manner
Reversions to long-lost characters
I have hitherto sometimes spoken as if the variations
so common and multiform with organic beings under domestication, and in a lesser degree with those under nature
were due to chance. This, of course is a wholly incorrect expression, but it serves to acknowledge plainly our ignorance of the cause of each particular variation. Some authors believe it to be as much the function of the reproductive system to prM
oduce individual differences, or slight deviations of structure, as to make the child like its parents. But the fact of variations and monstrosities occurring much more frequently under domestication than under nature, and the greater variability of species having wide ranges than of those with restricted ranges, lead to the conclusion that variability is generally related to the conditions of life to which each species has been exposed during several successive generations. In the first chapter I attempted to showM
 that changed conditions act in two ways, directly on the whole organisation or on certain parts alone, and indirectly through the reproductive system. In all cases there are two factors, the nature of the organism, which is much the most important of the two, and the nature of the conditions. The direct action of changed conditions leads to definite or indefinite results. In the latter case the organisation seems to become plastic, and we have much fluctuating variability. In the former case the nature of the orgaM
nism is such that it yields readily, when subjected to certain conditions, and all, or nearly all, the individuals become modified in the same way.
It is very difficult to decide how far changed conditions, such as of climate, food, &c., have acted in a definite manner. There is reason to believe that in the course of time the effects have been greater than can be proved by clear evidence. But we may safely conclude that the innumerable complex co-adaptations of structure, which we see throughout nature between M
various organic beings, cannot be attributed simply to such action. In the following cases the conditions seem to have produced some slight definite effect: E. Forbes asserts that shells at their southern limit, and when living in shallow water, are more brightly coloured than those of the same species from further north or from a greater depth; but this certainly does not always hold good. Mr. Gould believes that birds of the same species are more brightly coloured under a clear atmosphere, than when living near tM
he coast or on islands; and Wollaston is convinced that residence near the sea affects the colours of insects. Moquin-Tandon gives a list of plants which, when growing near the sea-shore, have their leaves in some degree fleshy, though not elsewhere fleshy. These slightly varying organisms are interesting in as far as they present characters analogous to those possessed by the species which are confined to similar conditions.
When a variation is of the slightest use to any being, we cannot tell how much to attriM
bute to the accumulative action of natural selection, and how much to the definite action of the conditions of life. Thus, it is well known to furriers that animals of the same species have thicker and better fur the further north they live; but who can tell how much of this difference may be due to the warmest-clad individuals having been favoured and preserved during many generations, and how much to the action of the severe climate? For it would appear that climate has some direct action on the hair of our domesM
Instances could be given of similar varieties being produced from the same species under external conditions of life as different as can well be conceived; and, on the other hand, of dissimilar varieties being produced under apparently the same external conditions. Again, innumerable instances are known to every naturalist, of species keeping true, or not varying at all, although living under the most opposite climates. Such considerations as these incline me to lay less weight on the direct actiM
on of the surrounding conditions, than on a tendency to vary, due to causes of which we are quite ignorant.
In one sense the conditions of life may be said, not only to cause variability, either directly or indirectly, but likewise to include natural selection, for the conditions determine whether this or that variety shall survive. But when man is the selecting agent, we clearly see that the two elements of change are distinct; variability is in some manner excited, but it is the will of man which accumulates tM
he variations in certain direction; and it is this latter agency which answers to the survival of the fittest under nature.
Effects of the increased Use and Disuse of Parts, as controlled by Natural Selection.
From the facts alluded to in the first chapter, I think there can be no doubt that use in our domestic animals has strengthened and enlarged certain parts, and disuse diminished them; and that such modifications are inherited. Under free nature we have no standard of comparison by which to judge of the M
effects of long-continued use or disuse, for we know not the parent-forms; but many animals possess structures which can be best explained by the effects of disuse. As Professor Owen has remarked, there is no greater anomaly in nature than a bird that cannot fly; yet there are several in this state. The logger-headed duck of South America can only flap along the surface of the water, and has its wings in nearly the same condition as the domestic Aylesbury duck: it is a remarkable fact that the young birds, accordinM
g to Mr. Cunningham, can fly, while the adults have lost this power. As the larger ground-feeding birds seldom take flight except to escape danger, it is probable that the nearly wingless condition of several birds, now inhabiting or which lately inhabited several oceanic islands, tenanted by no beasts of prey, has been caused by disuse. The ostrich indeed inhabits continents, and is exposed to danger from which it cannot escape by flight, but it can defend itself, by kicking its enemies, as efficiently as many quaM
drupeds. We may believe that the progenitor of the ostrich genus had habits like those of the bustard, and that, as the size and weight of its body were increased during successive generations, its legs were used more and its wings less, until they became incapable of flight.
Kirby has remarked (and I have observed the same fact) that the anterior tarsi, or feet, of many male dung-feeding beetles are often broken off; he examined seventeen specimens in his own collection, and not one had even a relic left. In thM
e Onites apelles the tarsi are so habitually lost that the insect has been described as not having them. In some other genera they are present, but in a rudimentary condition. In the Ateuchus or sacred beetle of the Egyptians, they are totally deficient. The evidence that accidental mutilations can be inherited is at present not decisive; but the remarkable cases observed by Brown-Sequard in guinea-pigs, of the inherited effects of operations, should make us cautious in denying this tendency. Hence, it will perhapsM
 be safest to look at the entire absence of the anterior tarsi in Ateuchus, and their rudimentary condition in some other genera, not as cases of inherited mutilations, but as due to the effects of long-continued disuse; for as many dung-feeding beetles are generally found with their tarsi lost, this must happen early in life; therefore the tarsi cannot be of much importance or be much used by these insects.
In some cases we might easily put down to disuse modifications of structure which are wholly, or mainly dM
ue to natural selection. Mr. Wollaston has discovered the remarkable fact that 200 beetles, out of the 550 species (but more are now known) inhabiting Madeira, are so far deficient in wings that they cannot fly; and that, of the twenty-nine endemic genera, no less than twenty-three have all their species in this condition! Several facts, namely, that beetles in many parts of the world are very frequently blown to sea and perish; that the beetles in Madeira, as observed by Mr. Wollaston, lie much concealed, until thM
e wind lulls and the sun shines; that the proportion of wingless beetles is larger on the exposed Desertas than in Madeira itself; and especially the extraordinary fact, so strongly insisted on by Mr. Wollaston, that certain large groups of beetles, elsewhere excessively numerous, which absolutely require the use of their wings, are here almost entirely absent. These several considerations make me believe that the wingless condition of so many Madeira beetles is mainly due to the action of natural selection, combinM
ed probably with disuse. For during many successive generations each individual beetle which flew least, either from its wings having been ever so little less perfectly developed or from indolent habit, will have had the best chance of surviving from not being blown out to sea; and, on the other hand, those beetles which most readily took to flight would oftenest have been blown to sea, and thus destroyed.
The insects in Madeira which are not ground-feeders, and which, as certain flower-feeding coleoptera and leM
pidoptera, must habitually use their wings to gain their subsistence, have, as Mr. Wollaston suspects, their wings not at all reduced, but even enlarged. This is quite compatible with the action of natural selection. For when a new insect first arrived on the island, the tendency of natural selection to enlarge or to reduce the wings, would depend on whether a greater number of individuals were saved by successfully battling with the winds, or by giving up the attempt and rarely or never flying. As with mariners shM
ipwrecked near a coast, it would have been better for the good swimmers if they had been able to swim still further, whereas it would have been better for the bad swimmers if they had not been able to swim at all and had stuck to the wreck.
The eyes of moles and of some burrowing rodents are rudimentary in size, and in some cases are quite covered by skin and fur. This state of the eyes is probably due to gradual reduction from disuse, but aided perhaps by natural selection. In South America, a burrowing rodent,M
 the tuco-tuco, or Ctenomys, is even more subterranean in its habits than the mole; and I was assured by a Spaniard, who had often caught them, that they were frequently blind. One which I kept alive was certainly in this condition, the cause, as appeared on dissection, having been inflammation of the nictitating membrane. As frequent inflammation of the eyes must be injurious to any animal, and as eyes are certainly not necessary to animals having subterranean habits, a reduction in their size, with the adhesion oM
f the eyelids and growth of fur over them, might in such case be an advantage; and if so, natural selection would aid the effects of disuse.
It is well known that several animals, belonging to the most different classes, which inhabit the caves of Carniola and Kentucky, are blind. In some of the crabs the foot-stalk for the eye remains, though the eye is gone; the stand for the telescope is there, though the telescope with its glasses has been lost. As it is difficult to imagine that eyes, though useless, could M
be in any way injurious to animals living in darkness, their loss may be attributed to disuse. In one of the blind animals, namely, the cave-rat (Neotoma), two of which were captured by Professor Silliman at above half a mile distance from the mouth of the cave, and therefore not in the profoundest depths, the eyes were lustrous and of large size; and these animals, as I am informed by Professor Silliman, after having been exposed for about a month to a graduated light, acquired a dim perception of objects.
s difficult to imagine conditions of life more similar than deep limestone caverns under a nearly similar climate; so that, in accordance with the old view of the blind animals having been separately created for the American and European caverns, very close similarity in their organisation and affinities might have been expected. This is certainly not the case if we look at the two whole faunas; with respect to the insects alone, Schi
We are accordingly prevented from considering the entire phM
enomenon in any other light than something purely local, and the similarity which is exhibited in a few forms between the Mammoth Cave (in Kentucky) and the caves in Carniola, otherwise than as a very plain expression of that analogy which subsists generally between the fauna of Europe and of North America.
 On my view we must suppose that American animals, having in most cases ordinary powers of vision, slowly migrated by successive generations from the outer world into the deeper and deeper recesses of the KentM
ucky caves, as did European animals into the caves of Europe. We have some evidence of this gradation of habit; for, as Schi
We accordingly look upon the subterranean faunas as small ramifications which have penetrated into the earth from the geographically limited faunas of the adjacent tracts, and which, as they extended themselves into darkness, have been accommodated to surrounding circumstances. Animals not far remote from ordinary forms, prepare the transition from light to darkness. Next folM
low those that are constructed for twilight; and, last of all, those destined for total darkness, and whose formation is quite peculiar.
 These remarks of Schi
s it should be understood, apply not to the same, but to distinct species. By the time that an animal had reached, after numberless generations, the deepest recesses, disuse will on this view have more or less perfectly obliterated its eyes, and natural selection will often have effected other changes, such as an increase in the length of the antennM
 or palpi, as a compensation for blindness. Notwithstanding such modifications, we might expect still to see in the cave-animals of America, affinities to the other inhabitants of that continent, and in those of Europe to the inhabitants of the European continent. And this is the case with some of the American cave-animals, as I hear from Professor Dana; and some of the European cave-insects are very closely allied to those of the surrounding country. It would be difficult to give any rational explanation of the M
affinities of the blind cave-animals to the other inhabitants of the two continents on the ordinary view of their independent creation. That several of the inhabitants of the caves of the Old and New Worlds should be closely related, we might expect from the well-known relationship of most of their other productions. As a blind species of Bathyscia is found in abundance on shady rocks far from caves, the loss of vision in the cave species of this one genus has probably had no relation to its dark habitation; for itM
 is natural that an insect already deprived of vision should readily become adapted to dark caverns. Another blind genus (Anophthalmus) offers this remarkable peculiarity, that the species, as Mr. Murray observes, have not as yet been found anywhere except in caves; yet those which inhabit the several caves of Europe and America are distinct; but it is possible that the progenitors of these several species, while they were furnished with eyes, may formerly have ranged over both continents, and then have become extiM
nct, excepting in their present secluded abodes. Far from feeling surprise that some of the cave-animals should be very anomalous, as Agassiz has remarked in regard to the blind fish, the Amblyopsis, and as is the case with the blind Proteus, with reference to the reptiles of Europe, I am only surprised that more wrecks of ancient life have not been preserved, owing to the less severe competition to which the scanty inhabitants of these dark abodes will have been exposed.
Habit is hereditary M
with plants, as in the period of flowering, in the time of sleep, in the amount of rain requisite for seeds to germinate, &c., and this leads me to say a few words on acclimatisation. As it is extremely common for distinct species belonging to the same genus to inhabit hot and cold countries, if it be true that all the species of the same genus are descended from a single parent-form, acclimatisation must be readily effected during a long course of descent. It is notorious that each species is adapted to the climatM
e of its own home: species from an arctic or even from a temperate region cannot endure a tropical climate, or conversely. So again, many succulent plants cannot endure a damp climate. But the degree of adaptation of species to the climates under which they live is often overrated. We may infer this from our frequent inability to predict whether or not an imported plant will endure our climate, and from the number of plants and animals brought from different countries which are here perfectly healthy. We have reasoM
n to believe that species in a state of nature are closely limited in their ranges by the competition of other organic beings quite as much as, or more than, by adaptation to particular climates. But whether or not this adaptation is in most cases very close, we have evidence with some few plants, of their becoming, to a certain extent, naturally habituated to different temperatures; that is, they become acclimatised: thus the pines and rhododendrons, raised from seed collected by Dr. Hooker from the same species gM
rowing at different heights on the Himalayas, were found to possess in this country different constitutional powers of resisting cold. Mr. Thwaites informs me that he has observed similar facts in Ceylon; analogous observations have been made by Mr. H.C. Watson on European species of plants brought from the Azores to England; and I could give other cases. In regard to animals, several authentic instances could be adduced of species having largely extended, within historical times, their range from warmer to colder M
latitudes, and conversely; but we do not positively know that these animals were strictly adapted to their native climate, though in all ordinary cases we assume such to be the case; nor do we know that they have subsequently become specially acclimatised to their new homes, so as to be better fitted for them than they were at first.
As we may infer that our domestic animals were originally chosen by uncivilised man because they were useful, and because they bred readily under confinement, and not because they wM
ere subsequently found capable of far-extended transportation, the common and extraordinary capacity in our domestic animals of not only withstanding the most different climates, but of being perfectly fertile (a far severer test) under them, may be used as an argument that a large proportion of other animals now in a state of nature could easily be brought to bear widely different climates. We must not, however, push the foregoing argument too far, on account of the probable origin of some of our domestic animals M
from several wild stocks: the blood, for instance, of a tropical and arctic wolf may perhaps be mingled in our domestic breeds. The rat and mouse cannot be considered as domestic animals, but they have been transported by man to many parts of the world, and now have a far wider range than any other rodent; for they live under the cold climate of Faroe in the north and of the Falklands in the south, and on many an island in the torrid zones. Hence adaptation to any special climate may be looked at as a quality readiM
ly grafted on an innate wide flexibility of constitution, common to most animals. On this view, the capacity of enduring the most different climates by man himself and by his domestic animals, and the fact of the extinct elephant and rhinoceros having formerly endured a glacial climate, whereas the living species are now all tropical or sub-tropical in their habits, ought not to be looked at as anomalies, but as examples of a very common flexibility of constitution, brought, under peculiar circumstances, into actioM
How much of the acclimatisation of species to any peculiar climate is due to mere habit, and how much to the natural selection of varieties having different innate constitutions, and how much to both means combined, is an obscure question. That habit or custom has some influence, I must believe, both from analogy and from the incessant advice given in agricultural works, even in the ancient Encyclop
dias of China, to be very cautious in transporting animals from one district to another. And as it is not likeM
ly that man should have succeeded in selecting so many breeds and sub-breeds with constitutions specially fitted for their own districts, the result must, I think, be due to habit. On the other hand, natural selection would inevitably tend to preserve those individuals which were born with constitutions best adapted to any country which they inhabited. In treatises on many kinds of cultivated plants, certain varieties are said to withstand certain climates better than others; this is strikingly shown in works on frM
uit-trees published in the United States, in which certain varieties are habitually recommended for the northern and others for the southern states; and as most of these varieties are of recent origin, they cannot owe their constitutional differences to habit. The case of the Jerusalem artichoke, which is never propagated in England by seed, and of which, consequently, new varieties have not been produced, has even been advanced, as proving that acclimatisation cannot be effected, for it is now as tender as ever itM
 was! The case, also, of the kidney-bean has been often cited for a similar purpose, and with much greater weight; but until some one will sow, during a score of generations, his kidney-beans so early that a very large proportion are destroyed by frost, and then collect seed from the few survivors, with care to prevent accidental crosses, and then again get seed from these seedlings, with the same precautions, the experiment cannot be said to have been even tried. Nor let it be supposed that differences in the consM
titution of seedling kidney-beans never appear, for an account has been published how much more hardy some seedlings are than others; and of this fact I have myself observed striking instances.
On the whole, we may conclude that habit, or use and disuse, have, in some cases, played a considerable part in the modification of the constitution and structure; but that the effects have often been largely combined with, and sometimes overmastered by, the natural selection of innate variations.
Correlated Variation
I mean by this expression that the whole organisation is so tied together, during its growth and development, that when slight variations in any one part occur and are accumulated through natural selection, other parts become modified. This is a very important subject, most imperfectly understood, and no doubt wholly different classes of facts may be here easily confounded together. We shall presently see that simple inheritance often gives the false appearance of correlation. One of the most obvious real cases M
is, that variations of structure arising in the young or larv
 naturally tend to affect the structure of the mature animal. The several parts which are homologous, and which, at an early embryonic period, are identical in structure, and which are necessarily exposed to similar conditions, seem eminently liable to vary in a like manner: we see this in the right and left sides of the body varying in the same manner; in the front and hind legs, and even in the jaws and limbs, varying together, for the lower jaw is beM
lieved by some anatomists to be homologous with the limbs. These tendencies, I do not doubt, may be mastered more or less completely by natural selection: thus a family of stags once existed with an antler only on one side; and if this had been of any great use to the breed, it might probably have been rendered permanent by natural selection.
Homologous parts, as has been remarked by some authors, tend to cohere; this is often seen in monstrous plants: and nothing is more common than the union of homologous partM
s in normal structures, as in the union of the petals into a tube. Hard parts seem to affect the form of adjoining soft parts; it is believed by some authors that with birds the diversity in the shape of the pelvis causes the remarkable diversity in the shape of the kidneys. Others believe that the shape of the pelvis in the human mother influences by pressure the shape of the head of the child. In snakes, according to Schlegel, the shape of the body and the manner of swallowing determine the position and form of sM
everal of the most important viscera.
The nature of the bond is frequently quite obscure. M. Is. Geoffroy St. Hilaire has forcibly remarked that certain malconformations frequently, and that others rarely, coexist without our being able to assign any reason. What can be more singular than the relation in cats between complete whiteness and blue eyes with deafness, or between the tortoise-shell colour and the female sex; or in pigeons, between their feathered feet and skin betwixt the outer toes, or between the pM
resence of more or less down on the young pigeon when first hatched, with the future colour of its plumage; or, again, the relation between the hair and the teeth in the naked Turkish dog, though here no doubt homology comes into play? With respect to this latter case of correlation, I think it can hardly be accidental that the two orders of mammals which are most abnormal in their dermal covering, viz., Cetacea (whales) and Edentata (armadilloes, scaly ant-eaters, &c.), are likewise on the whole the most abnormal M
in their teeth, but there are so many exceptions to this rule, as Mr. Mivart has remarked, that it has little value.
I know of no case better adapted to show the importance of the laws of correlation and variation, independently of utility, and therefore of natural selection, than that of the difference between the outer and inner flowers in some Compositous and Umbelliferous plants. Everyone is familiar with the difference between the ray and central florets of, for instance, the daisy, and this difference is oM
ften accompanied with the partial or complete abortion of the reproductive organs. But in some of these plants the seeds also differ in shape and sculpture. These differences have sometimes been attributed to the pressure of the involucra on the florets, or to their mutual pressure, and the shape of the seeds in the ray-florets of some Composit
 countenances this idea; but with the Umbellifer
 it is by no means, as Dr. Hooker informs me, the species with the densest heads which most frequently differ in their innM
er and outer flowers. It might have been thought that the development of the ray-petals, by drawing nourishment from the reproductive organs causes their abortion; but this can hardly be the sole case, for in some Composit
 the seeds of the outer and inner florets differ, without any difference in the corolla. Possibly these several differences may be connected with the different flow of nutriment towards the central and external flowers. We know, at least, that with irregular flowers those nearest to the axis areM
 most subject to peloria, that is to become abnormally symmetrical. I may add, as an instance of this fact, and as a striking case of correlation, that in many pelargoniums the two upper petals in the central flower of the truss often lose their patches of darker colour; and when this occurs, the adherent nectary is quite aborted, the central flower thus becoming peloric or regular. When the colour is absent from only one of the two upper petals, the nectary is not quite aborted but is much shortened.
ct to the development of the corolla, Sprengel
s idea that the ray-florets serve to attract insects, whose agency is highly advantageous, or necessary for the fertilisation of these plants, is highly probable; and if so, natural selection may have come into play. But with respect to the seeds, it seems impossible that their differences in shape, which are not always correlated with any difference in the corolla, can be in any way beneficial; yet in the Umbellifer
 these differences are of such apparent importancM
the seeds being sometimes orthospermous in the exterior flowers and c
lospermous in the central flowers
that the elder De Candolle founded his main divisions in the order on such characters. Hence modifications of structure, viewed by systematists as of high value, may be wholly due to the laws of variation and correlation, without being, as far as we can judge, of the slightest service to the species.
We may often falsely attribute to correlated variation structures which are common to whole groups of spM
ecies, and which in truth are simply due to inheritance; for an ancient progenitor may have acquired through natural selection some one modification in structure, and, after thousands of generations, some other and independent modification; and these two modifications, having been transmitted to a whole group of descendants with diverse habits, would naturally be thought to be in some necessary manner correlated. Some other correlations are apparently due to the manner in which natural selection can alone act. For M
instance, Alph. De Candolle has remarked that winged seeds are never found in fruits which do not open; I should explain this rule by the impossibility of seeds gradually becoming winged through natural selection, unless the capsules were open; for in this case alone could the seeds, which were a little better adapted to be wafted by the wind, gain an advantage over others less well fitted for wide dispersal.
Compensation and Economy of Growth.
The elder Geoffroy and Goethe propounded, at about the same time,M
 their law of compensation or balancement of growth; or, as Goethe expressed it,
in order to spend on one side, nature is forced to economise on the other side.
 I think this holds true to a certain extent with our domestic productions: if nourishment flows to one part or organ in excess, it rarely flows, at least in excess, to another part; thus it is difficult to get a cow to give much milk and to fatten readily. The same varieties of the cabbage do not yield abundant and nutritious foliage and a copious supM
ply of oil-bearing seeds. When the seeds in our fruits become atrophied, the fruit itself gains largely in size and quality. In our poultry, a large tuft of feathers on the head is generally accompanied by a diminished comb, and a large beard by diminished wattles. With species in a state of nature it can hardly be maintained that the law is of universal application; but many good observers, more especially botanists, believe in its truth. I will not, however, here give any instances, for I see hardly any way of diM
stinguishing between the effects, on the one hand, of a part being largely developed through natural selection and another and adjoining part being reduced by the same process or by disuse, and, on the other hand, the actual withdrawal of nutriment from one part owing to the excess of growth in another and adjoining part.
I suspect, also, that some of the cases of compensation which have been advanced, and likewise some other facts, may be merged under a more general principle, namely, that natural selection is M
continually trying to economise in every part of the organisation. If under changed conditions of life a structure, before useful, becomes less useful, its diminution will be favoured, for it will profit the individual not to have its nutriment wasted in building up a useless structure. I can thus only understand a fact with which I was much struck when examining cirripedes, and of which many other instances could be given: namely, that when a cirripede is parasitic within another cirripede and is thus protected, iM
t loses more or less completely its own shell or carapace. This is the case with the male Ibla, and in a truly extraordinary manner with the Proteolepas: for the carapace in all other cirripedes consists of the three highly important anterior segments of the head enormously developed, and furnished with great nerves and muscles; but in the parasitic and protected Proteolepas, the whole anterior part of the head is reduced to the merest rudiment attached to the bases of the prehensile antenn
. Now the saving of a lM
arge and complex structure, when rendered superfluous, would be a decided advantage to each successive individual of the species; for in the struggle for life to which every animal is exposed, each would have a better chance of supporting itself, by less nutriment being wasted.
Thus, as I believe, natural selection will tend in the long run to reduce any part of the organisation, as soon as it becomes, through changed habits, superfluous, without by any means causing some other part to be largely developed in a M
corresponding degree. And conversely, that natural selection may perfectly well succeed in largely developing an organ without requiring as a necessary compensation the reduction of some adjoining part.
Multiple, Rudimentary, and Lowly-organised Structures are Variable.
It seems to be a rule, as remarked by Is. Geoffroy St. Hilaire, both with varieties and species, that when any part or organ is repeated many times in the same individual (as the vertebr
 in snakes, and the stamens in polyandrous flowers) theM
 number is variable; whereas the number of the same part or organ, when it occurs in lesser numbers, is constant. The same author as well as some botanists, have further remarked that multiple parts are extremely liable to vary in structure. As
vegetative repetition,
 to use Professor Owen
s expression, is a sign of low organisation; the foregoing statements accord with the common opinion of naturalists, that beings which stand low in the scale of nature are more variable than those which are higher. I presuM
me that lowness here means that the several parts of the organisation have been but little specialised for particular functions; and as long as the same part has to perform diversified work, we can perhaps see why it should remain variable, that is, why natural selection should not have preserved or rejected each little deviation of form so carefully as when the part has to serve for some one special purpose. In the same way that a knife which has to cut all sorts of things may be of almost any shape; whilst a toolM
 for some particular purpose must be of some particular shape. Natural selection, it should never be forgotten, can act solely through and for the advantage of each being.
Rudimentary parts, as is generally admitted, are apt to be highly variable. We shall have to recur to this subject; and I will here only add that their variability seems to result from their uselessness, and consequently from natural selection having had no power to check deviations in their structure.
A Part developed in any Species in an M
extraordinary degree or manner, in comparison with the same part in allied Species, tends to be highly variable.
Several years ago I was much struck by a remark to the above effect made by Mr. Waterhouse. Professor Owen, also, seems to have come to a nearly similar conclusion. It is hopeless to attempt to convince any one of the truth of the above proposition without giving the long array of facts which I have collected, and which cannot possibly be here introduced. I can only state my conviction that it is a ruM
le of high generality. I am aware of several causes of error, but I hope that I have made due allowances for them. It should be understood that the rule by no means applies to any part, however unusually developed, unless it be unusually developed in one species or in a few species in comparison with the same part in many closely allied species. Thus, the wing of the bat is a most abnormal structure in the class of mammals; but the rule would not apply here, because the whole group of bats possesses wings; it wouldM
 apply only if some one species had wings developed in a remarkable manner in comparison with the other species of the same genus. The rule applies very strongly in the case of secondary sexual characters, when displayed in any unusual manner. The term, secondary sexual characters, used by Hunter, relates to characters which are attached to one sex, but are not directly connected with the act of reproduction. The rule applies to males and females; but more rarely to females, as they seldom offer remarkable secondarM
y sexual characters. The rule being so plainly applicable in the case of secondary sexual characters, may be due to the great variability of these characters, whether or not displayed in any unusual manner
of which fact I think there can be little doubt. But that our rule is not confined to secondary sexual characters is clearly shown in the case of hermaphrodite cirripedes; I particularly attended to Mr. Waterhouse
s remark, whilst investigating this Order, and I am fully convinced that the rule almost always M
holds good. I shall, in a future work, give a list of all the more remarkable cases. I will here give only one, as it illustrates the rule in its largest application. The opercular valves of sessile cirripedes (rock barnacles) are, in every sense of the word, very important structures, and they differ extremely little even in distinct genera; but in the several species of one genus, Pyrgoma, these valves present a marvellous amount of diversification; the homologous valves in the different species being sometimes wM
holly unlike in shape; and the amount of variation in the individuals of the same species is so great that it is no exaggeration to state that the varieties of the same species differ more from each other in the characters derived from these important organs, than do the species belonging to other distinct genera.
As with birds the individuals of the same species, inhabiting the same country, vary extremely little, I have particularly attended to them; and the rule certainly seems to hold good in this class. I cM
annot make out that it applies to plants, and this would have seriously shaken my belief in its truth, had not the great variability in plants made it particularly difficult to compare their relative degrees of variability.
When we see any part or organ developed in a remarkable degree or manner in a species, the fair presumption is that it is of high importance to that species: nevertheless it is in this case eminently liable to variation. Why should this be so? On the view that each species has been independenM
tly created, with all its parts as we now see them, I can see no explanation. But on the view that groups of species are descended from some other species, and have been modified through natural selection, I think we can obtain some light. First let me make some preliminary remarks. If, in our domestic animals, any part or the whole animal be neglected, and no selection be applied, that part (for instance, the comb in the Dorking fowl) or the whole breed will cease to have a uniform character: and the breed may be M
said to be degenerating. In rudimentary organs, and in those which have been but little specialised for any particular purpose, and perhaps in polymorphic groups, we see a nearly parallel case; for in such cases natural selection either has not or cannot come into full play, and thus the organisation is left in a fluctuating condition. But what here more particularly concerns us is, that those points in our domestic animals, which at the present time are undergoing rapid change by continued selection, are also eminM
ently liable to variation. Look at the individuals of the same breed of the pigeon; and see what a prodigious amount of difference there is in the beak of tumblers, in the beak and wattle of carriers, in the carriage and tail of fantails, &c., these being the points now mainly attended to by English fanciers. Even in the same sub-breed, as in that of the short-faced tumbler, it is notoriously difficult to breed nearly perfect birds, many departing widely from the standard. There may truly be said to be a constant sM
truggle going on between, on the one hand, the tendency to reversion to a less perfect state, as well as an innate tendency to new variations, and, on the other hand, the power of steady selection to keep the breed true. In the long run selection gains the day, and we do not expect to fail so completely as to breed a bird as coarse as a common tumbler pigeon from a good short-faced strain. But as long as selection is rapidly going on, much variability in the parts undergoing modification may always be expected.
Now let us turn to nature. When a part has been developed in an extraordinary manner in any one species, compared with the other species of the same genus, we may conclude that this part has undergone an extraordinary amount of modification since the period when the several species branched off from the common progenitor of the genus. This period will seldom be remote in any extreme degree, as species rarely endure for more than one geological period. An extraordinary amount of modification implies an unusually larM
ge and long-continued amount of variability, which has continually been accumulated by natural selection for the benefit of the species. But as the variability of the extraordinarily developed part or organ has been so great and long-continued within a period not excessively remote, we might, as a general rule, still expect to find more variability in such parts than in other parts of the organisation which have remained for a much longer period nearly constant. And this, I am convinced, is the case. That the strugM
gle between natural selection on the one hand, and the tendency to reversion and variability on the other hand, will in the course of time cease; and that the most abnormally developed organs may be made constant, I see no reason to doubt. Hence, when an organ, however abnormal it may be, has been transmitted in approximately the same condition to many modified descendants, as in the case of the wing of the bat, it must have existed, according to our theory, for an immense period in nearly the same state; and thus M
it has come not to be more variable than any other structure. It is only in those cases in which the modification has been comparatively recent and extraordinarily great that we ought to find the generative variability, as it may be called, still present in a high degree. For in this case the variability will seldom as yet have been fixed by the continued selection of the individuals varying in the required manner and degree, and by the continued rejection of those tending to revert to a former and less modified coM
Specific Characters more Variable than Generic Characters.
The principle discussed under the last heading may be applied to our present subject. It is notorious that specific characters are more variable than generic. To explain by a simple example what is meant: if in a large genus of plants some species had blue flowers and some had red, the colour would be only a specific character, and no one would be surprised at one of the blue species varying into red, or conversely; but if all the species hadM
 blue flowers, the colour would become a generic character, and its variation would be a more unusual circumstance. I have chosen this example because the explanation which most naturalists would advance is not here applicable, namely, that specific characters are more variable than generic, because they are taken from parts of less physiological importance than those commonly used for classing genera. I believe this explanation is partly, yet only indirectly, true; I shall, however, have to return to this point inM
 the chapter on Classification. It would be almost superfluous to adduce evidence in support of the statement, that ordinary specific characters are more variable than generic; but with respect to important characters, I have repeatedly noticed in works on natural history, that when an author remarks with surprise that some important organ or part, which is generally very constant throughout a large group of species, differs considerably in closely-allied species, it is often variable in the individuals of the sameM
 species. And this fact shows that a character, which is generally of generic value, when it sinks in value and becomes only of specific value, often becomes variable, though its physiological importance may remain the same. Something of the same kind applies to monstrosities: at least Is. Geoffroy St. Hilaire apparently entertains no doubt, that the more an organ normally differs in the different species of the same group, the more subject it is to anomalies in the individuals.
On the ordinary view of each specM
ies having been independently created, why should that part of the structure, which differs from the same part in other independently created species of the same genus, be more variable than those parts which are closely alike in the several species? I do not see that any explanation can be given. But on the view that species are only strongly marked and fixed varieties, we might expect often to find them still continuing to vary in those parts of their structure which have varied within a moderately recent period,M
 and which have thus come to differ. Or to state the case in another manner: the points in which all the species of a genus resemble each other, and in which they differ from allied genera, are called generic characters; and these characters may be attributed to inheritance from a common progenitor, for it can rarely have happened that natural selection will have modified several distinct species, fitted to more or less widely different habits, in exactly the same manner: and as these so-called generic characters hM
ave been inherited from before the period when the several species first branched off from their common progenitor, and subsequently have not varied or come to differ in any degree, or only in a slight degree, it is not probable that they should vary at the present day. On the other hand, the points in which species differ from other species of the same genus are called specific characters; and as these specific characters have varied and come to differ since the period when the species branched off from a common pM
rogenitor, it is probable that they should still often be in some degree variable
at least more variable than those parts of the organisation which have for a very long period remained constant.
Secondary Sexual Characters Variable.
I think it will be admitted by naturalists, without my entering on details, that secondary sexual characters are highly variable. It will also be admitted that species of the same group differ from each other more widely in their secondary sexual characters, than in other parts oM
f their organisation; compare, for instance, the amount of difference between the males of gallinaceous birds, in which secondary sexual characters are strongly displayed, with the amount of difference between the females. The cause of the original variability of these characters is not manifest; but we can see why they should not have been rendered as constant and uniform as others, for they are accumulated by sexual selection, which is less rigid in its action than ordinary selection, as it does not entail death,M
 but only gives fewer offspring to the less favoured males. Whatever the cause may be of the variability of secondary sexual characters, as they are highly variable, sexual selection will have had a wide scope for action, and may thus have succeeded in giving to the species of the same group a greater amount of difference in these than in other respects.
It is a remarkable fact, that the secondary differences between the two sexes of the same species are generally displayed in the very same parts of the organisaM
tion in which the species of the same genus differ from each other. Of this fact I will give in illustration the first two instances which happen to stand on my list; and as the differences in these cases are of a very unusual nature, the relation can hardly be accidental. The same number of joints in the tarsi is a character common to very large groups of beetles, but in the Engid
, as Westwood has remarked, the number varies greatly and the number likewise differs in the two sexes of the same species. Again in tM
he fossorial hymenoptera, the neuration of the wings is a character of the highest importance, because common to large groups; but in certain genera the neuration differs in the different species, and likewise in the two sexes of the same species. Sir J. Lubbock has recently remarked, that several minute crustaceans offer excellent illustrations of this law.
In Pontella, for instance, the sexual characters are afforded mainly by the anterior antenn
 and by the fifth pair of legs: the specific differences also aM
re principally given by these organs.
 This relation has a clear meaning on my view: I look at all the species of the same genus as having as certainly descended from the same progenitor, as have the two sexes of any one species. Consequently, whatever part of the structure of the common progenitor, or of its early descendants, became variable; variations of this part would, it is highly probable, be taken advantage of by natural and sexual selection, in order to fit the several places in the economy of nature, aM
nd likewise to fit the two sexes of the same species to each other, or to fit the males to struggle with other males for the possession of the females.
Finally, then, I conclude that the greater variability of specific characters, or those which distinguish species from species, than of generic characters, or those which are possessed by all the species; that the frequent extreme variability of any part which is developed in a species in an extraordinary manner in comparison with the same part in its congeners; M
and the slight degree of variability in a part, however extraordinarily it may be developed, if it be common to a whole group of species; that the great variability of secondary sexual characters and their great difference in closely allied species; that secondary sexual and ordinary specific differences are generally displayed in the same parts of the organisation, are all principles closely connected together. All being mainly due to the species of the same group being the descendants of a common progenitor, fromM
 whom they have inherited much in common, to parts which have recently and largely varied being more likely still to go on varying than parts which have long been inherited and have not varied, to natural selection having more or less completely, according to the lapse of time, overmastered the tendency to reversion and to further variability, to sexual selection being less rigid than ordinary selection, and to variations in the same parts having been accumulated by natural and sexual selection, and thus having beeM
n adapted for secondary sexual, and for ordinary purposes.
Distinct Species present analogous Variations, so that a Variety of one Species often assumes a Character Proper to an allied Species, or reverts to some of the Characters of an early Progenitor.
These propositions will be most readily understood by looking to our domestic races. The most distinct breeds of the pigeon, in countries widely apart, present sub-varieties with reversed feathers on the head, and with feathers on the feet, characters not possM
essed by the aboriginal rock-pigeon; these then are analogous variations in two or more distinct races. The frequent presence of fourteen or even sixteen tail-feathers in the pouter may be considered as a variation representing the normal structure of another race, the fantail. I presume that no one will doubt that all such analogous variations are due to the several races of the pigeon having inherited from a common parent the same constitution and tendency to variation, when acted on by similar unknown influencesM
. In the vegetable kingdom we have a case of analogous variation, in the enlarged stems, or as commonly called roots, of the Swedish turnip and ruta-baga, plants which several botanists rank as varieties produced by cultivation from a common parent: if this be not so, the case will then be one of analogous variation in two so-called distinct species; and to these a third may be added, namely, the common turnip. According to the ordinary view of each species having been independently created, we should have to attriM
bute this similarity in the enlarged stems of these three plants, not to the vera causa of community of descent, and a consequent tendency to vary in a like manner, but to three separate yet closely related acts of creation. Many similar cases of analogous variation have been observed by Naudin in the great gourd family, and by various authors in our cereals. Similar cases occurring with insects under natural conditions have lately been discussed with much ability by Mr. Walsh, who has grouped them under his law ofM
 equable variability.
With pigeons, however, we have another case, namely, the occasional appearance in all the breeds, of slaty-blue birds with two black bars on the wings, white loins, a bar at the end of the tail, with the outer feathers externally edged near their bases with white. As all these marks are characteristic of the parent rock-pigeon, I presume that no one will doubt that this is a case of reversion, and not of a new yet analogous variation appearing in the several breeds. We may, I think, confideM
ntly come to this conclusion, because, as we have seen, these coloured marks are eminently liable to appear in the crossed offspring of two distinct and differently coloured breeds; and in this case there is nothing in the external conditions of life to cause the reappearance of the slaty-blue, with the several marks, beyond the influence of the mere act of crossing on the laws of inheritance.
No doubt it is a very surprising fact that characters should reappear after having been lost for many, probably for hundM
reds of generations. But when a breed has been crossed only once by some other breed, the offspring occasionally show for many generations a tendency to revert in character to the foreign breed
some say, for a dozen or even a score of generations. After twelve generations, the proportion of blood, to use a common expression, from one ancestor, is only 1 in 2048; and yet, as we see, it is generally believed that a tendency to reversion is retained by this remnant of foreign blood. In a breed which has not been croM
ssed, but in which both parents have lost some character which their progenitor possessed, the tendency, whether strong or weak, to reproduce the lost character might, as was formerly remarked, for all that we can see to the contrary, be transmitted for almost any number of generations. When a character which has been lost in a breed, reappears after a great number of generations, the most probable hypothesis is, not that one individual suddenly takes after an ancestor removed by some hundred generations, but that M
in each successive generation the character in question has been lying latent, and at last, under unknown favourable conditions, is developed. With the barb-pigeon, for instance, which very rarely produces a blue bird, it is probable that there is a latent tendency in each generation to produce blue plumage. The abstract improbability of such a tendency being transmitted through a vast number of generations, is not greater than that of quite useless or rudimentary organs being similarly transmitted. A mere tendencyM
 to produce a rudiment is indeed sometimes thus inherited.
As all the species of the same genus are supposed to be descended from a common progenitor, it might be expected that they would occasionally vary in an analogous manner; so that the varieties of two or more species would resemble each other, or that a variety of one species would resemble in certain characters another and distinct species, this other species being, according to our view, only a well-marked and permanent variety. But characters exclusiveM
ly due to analogous variation would probably be of an unimportant nature, for the preservation of all functionally important characters will have been determined through natural selection, in accordance with the different habits of the species. It might further be expected that the species of the same genus would occasionally exhibit reversions to long-lost characters. As, however, we do not know the common ancestor of any natural group, we cannot distinguish between reversionary and analogous characters. If, for iM
nstance, we did not know that the parent rock-pigeon was not feather-footed or turn-crowned, we could not have told, whether such characters in our domestic breeds were reversions or only analogous variations; but we might have inferred that the blue colour was a case of reversion from the number of the markings, which are correlated with this tint, and which would not probably have all appeared together from simple variation. More especially we might have inferred this from the blue colour and the several marks soM
 often appearing when differently coloured breeds are crossed. Hence, although under nature it must generally be left doubtful, what cases are reversions to formerly existing characters, and what are new but analogous variations, yet we ought, on our theory, sometimes to find the varying offspring of a species assuming characters which are already present in other members of the same group. And this undoubtedly is the case.
The difficulty in distinguishing variable species is largely due to the varieties mockingM
, as it were, other species of the same genus. A considerable catalogue, also, could be given of forms intermediate between two other forms, which themselves can only doubtfully be ranked as species; and this shows, unless all these closely allied forms be considered as independently created species, that they have in varying assumed some of the characters of the others. But the best evidence of analogous variations is afforded by parts or organs which are generally constant in character, but which occasionally varM
y so as to resemble, in some degree, the same part or organ in an allied species. I have collected a long list of such cases; but here, as before, I lie under the great disadvantage of not being able to give them. I can only repeat that such cases certainly occur, and seem to me very remarkable.
I will, however, give one curious and complex case, not indeed as affecting any important character, but from occurring in several species of the same genus, partly under domestication and partly under nature. It is a caM
se almost certainly of reversion. The ass sometimes has very distinct transverse bars on its legs, like those on the legs of a zebra. It has been asserted that these are plainest in the foal, and from inquiries which I have made, I believe this to be true. The stripe on the shoulder is sometimes double, and is very variable in length and outline. A white ass, but not an albino, has been described without either spinal or shoulder stripe; and these stripes are sometimes very obscure, or actually quite lost, in dark-M
coloured asses. The koulan of Pallas is said to have been seen with a double shoulder-stripe. Mr. Blyth has seen a specimen of the hemionus with a distinct shoulder-stripe, though it properly has none; and I have been informed by Colonel Poole that foals of this species are generally striped on the legs and faintly on the shoulder. The quagga, though so plainly barred like a zebra over the body, is without bars on the legs; but Dr. Gray has figured one specimen with very distinct zebra-like bars on the hocks.
th respect to the horse, I have collected cases in England of the spinal stripe in horses of the most distinct breeds, and of all colours; transverse bars on the legs are not rare in duns, mouse-duns, and in one instance in a chestnut; a faint shoulder-stripe may sometimes be seen in duns, and I have seen a trace in a bay horse. My son made a careful examination and sketch for me of a dun Belgian cart-horse with a double stripe on each shoulder and with leg-stripes. I have myself seen a dun Devonshire pony, and a sM
mall dun Welsh pony has been carefully described to me, both with three parallel stripes on each shoulder.
In the northwest part of India the Kattywar breed of horses is so generally striped, that, as I hear from Colonel Poole, who examined this breed for the Indian Government, a horse without stripes is not considered as purely bred. The spine is always striped; the legs are generally barred; and the shoulder-stripe, which is sometimes double and sometimes treble, is common; the side of the face, moreover, is sM
ometimes striped. The stripes are often plainest in the foal; and sometimes quite disappear in old horses. Colonel Poole has seen both gray and bay Kattywar horses striped when first foaled. I have also reason to suspect, from information given me by Mr. W.W. Edwards, that with the English race-horse the spinal stripe is much commoner in the foal than in the full-grown animal. I have myself recently bred a foal from a bay mare (offspring of a Turkoman horse and a Flemish mare) by a bay English race-horse. This foalM
, when a week old, was marked on its hinder quarters and on its forehead with numerous very narrow, dark, zebra-like bars, and its legs were feebly striped. All the stripes soon disappeared completely. Without here entering on further details I may state that I have collected cases of leg and shoulder stripes in horses of very different breeds in various countries from Britain to Eastern China; and from Norway in the north to the Malay Archipelago in the south. In all parts of the world these stripes occur far ofteM
nest in duns and mouse-duns; by the term dun a large range of colour is included, from one between brown and black to a close approach to cream colour.
I am aware that Colonel Hamilton Smith, who has written on this subject, believes that the several breeds of the horse are descended from several aboriginal species, one of which, the dun, was striped; and that the above-described appearances are all due to ancient crosses with the dun stock. But this view may be safely rejected, for it is highly improbable that M
the heavy Belgian cart-horse, Welsh ponies, Norwegian cobs, the lanky Kattywar race, &c., inhabiting the most distant parts of the world, should have all have been crossed with one supposed aboriginal stock.
Now let us turn to the effects of crossing the several species of the horse genus. Rollin asserts that the common mule from the ass and horse is particularly apt to have bars on its legs; according to Mr. Gosse, in certain parts of the United States, about nine out of ten mules have striped legs. I once saw M
a mule with its legs so much striped that any one might have thought that it was a hybrid zebra; and Mr. W.C. Martin, in his excellent treatise on the horse, has given a figure of a similar mule. In four coloured drawings, which I have seen, of hybrids between the ass and zebra, the legs were much more plainly barred than the rest of the body; and in one of them there was a double shoulder-stripe. In Lord Morton
s famous hybrid, from a chestnut mare and male quagga, the hybrid and even the pure offspring subsequeM
ntly produced from the same mare by a black Arabian sire, were much more plainly barred across the legs than is even the pure quagga. Lastly, and this is another most remarkable case, a hybrid has been figured by Dr. Gray (and he informs me that he knows of a second case) from the ass and the hemionus; and this hybrid, though the ass only occasionally has stripes on his legs and the hemionus has none and has not even a shoulder-stripe, nevertheless had all four legs barred, and had three short shoulder-stripes, likM
e those on the dun Devonshire and Welsh ponies, and even had some zebra-like stripes on the sides of its face. With respect to this last fact, I was so convinced that not even a stripe of colour appears from what is commonly called chance, that I was led solely from the occurrence of the face-stripes on this hybrid from the ass and hemionus to ask Colonel Poole whether such face-stripes ever occurred in the eminently striped Kattywar breed of horses, and was, as we have seen, answered in the affirmative.
w are we to say to these several facts? We see several distinct species of the horse genus becoming, by simple variation, striped on the legs like a zebra, or striped on the shoulders like an ass. In the horse we see this tendency strong whenever a dun tint appears
a tint which approaches to that of the general colouring of the other species of the genus. The appearance of the stripes is not accompanied by any change of form, or by any other new character. We see this tendency to become striped most strongly dispM
layed in hybrids from between several of the most distinct species. Now observe the case of the several breeds of pigeons: they are descended from a pigeon (including two or three sub-species or geographical races) of a bluish colour, with certain bars and other marks; and when any breed assumes by simple variation a bluish tint, these bars and other marks invariably reappear; but without any other change of form or character. When the oldest and truest breeds of various colours are crossed, we see a strong tendencM
y for the blue tint and bars and marks to reappear in the mongrels. I have stated that the most probable hypothesis to account for the reappearance of very ancient characters, is
that there is a tendency in the young of each successive generation to produce the long-lost character, and that this tendency, from unknown causes, sometimes prevails. And we have just seen that in several species of the horse genus the stripes are either plainer or appear more commonly in the young than in the old. Call the breeds of pM
igeons, some of which have bred true for centuries, species; and how exactly parallel is the case with that of the species of the horse genus! For myself, I venture confidently to look back thousands on thousands of generations, and I see an animal striped like a zebra, but perhaps otherwise very differently constructed, the common parent of our domestic horse (whether or not it be descended from one or more wild stocks) of the ass, the hemionus, quagga, and zebra.
He who believes that each equine species was inM
dependently created, will, I presume, assert that each species has been created with a tendency to vary, both under nature and under domestication, in this particular manner, so as often to become striped like the other species of the genus; and that each has been created with a strong tendency, when crossed with species inhabiting distant quarters of the world, to produce hybrids resembling in their stripes, not their own parents, but other species of the genus. To admit this view is, as it seems to me, to reject M
a real for an unreal, or at least for an unknown cause. It makes the works of God a mere mockery and deception; I would almost as soon believe with the old and ignorant cosmogonists, that fossil shells had never lived, but had been created in stone so as to mock the shells now living on the sea-shore.
Our ignorance of the laws of variation is profound. Not in one case out of a hundred can we pretend to assign any reason why this or that part has varied. But whenever we have the means of instituting a M
comparison, the same laws appear to have acted in producing the lesser differences between varieties of the same species, and the greater differences between species of the same genus. Changed conditions generally induce mere fluctuating variability, but sometimes they cause direct and definite effects; and these may become strongly marked in the course of time, though we have not sufficient evidence on this head. Habit in producing constitutional peculiarities, and use in strengthening, and disuse in weakening andM
 diminishing organs, appear in many cases to have been potent in their effects. Homologous parts tend to vary in the same manner, and homologous parts tend to cohere. Modifications in hard parts and in external parts sometimes affect softer and internal parts. When one part is largely developed, perhaps it tends to draw nourishment from the adjoining parts; and every part of the structure which can be saved without detriment will be saved. Changes of structure at an early age may affect parts subsequently developedM
; and many cases of correlated variation, the nature of which we are unable to understand, undoubtedly occur. Multiple parts are variable in number and in structure, perhaps arising from such parts not having been closely specialised for any particular function, so that their modifications have not been closely checked by natural selection. It follows probably from this same cause, that organic beings low in the scale are more variable than those standing higher in the scale, and which have their whole organisationM
 more specialised. Rudimentary organs, from being useless, are not regulated by natural selection, and hence are variable. Specific characters
that is, the characters which have come to differ since the several species of the same genus branched off from a common parent
are more variable than generic characters, or those which have long been inherited, and have not differed within this same period. In these remarks we have referred to special parts or organs being still variable, because they have recently variM
ed and thus come to differ; but we have also seen in the second chapter that the same principle applies to the whole individual; for in a district where many species of a genus are found
that is, where there has been much former variation and differentiation, or where the manufactory of new specific forms has been actively at work
in that district and among these species, we now find, on an average, most varieties. Secondary sexual characters are highly variable, and such characters differ much in the species oM
f the same group. Variability in the same parts of the organisation has generally been taken advantage of in giving secondary sexual differences to the two sexes of the same species, and specific differences to the several species of the same genus. Any part or organ developed to an extraordinary size or in an extraordinary manner, in comparison with the same part or organ in the allied species, must have gone through an extraordinary amount of modification since the genus arose; and thus we can understand why it sM
hould often still be variable in a much higher degree than other parts; for variation is a long-continued and slow process, and natural selection will in such cases not as yet have had time to overcome the tendency to further variability and to reversion to a less modified state. But when a species with an extraordinarily developed organ has become the parent of many modified descendants
which on our view must be a very slow process, requiring a long lapse of time
in this case, natural selection has succeeded iM
n giving a fixed character to the organ, in however extraordinary a manner it may have been developed. Species inheriting nearly the same constitution from a common parent, and exposed to similar influences, naturally tend to present analogous variations, or these same species may occasionally revert to some of the characters of their ancient progenitors. Although new and important modifications may not arise from reversion and analogous variation, such modifications will add to the beautiful and harmonious diversiM
Whatever the cause may be of each slight difference between the offspring and their parents
and a cause for each must exist
we have reason to believe that it is the steady accumulation of beneficial differences which has given rise to all the more important modifications of structure in relation to the habits of each species.
DIFFICULTIES OF THE THEORY
Difficulties of the theory of descent with modification
Absence or rarity of transitional varieties
Diversified habits in the same species
Species with habits widely different from those of their allies
Organs of extreme perfection
Natura non facit saltum
Organs of small importance
Organs not in all cases absolutely perfect
The law of Unity of Type and of the Conditions of Existence embraced by the theory of Natural Selection.
Long before the reader has arrived at this part of my work, a crowd of difficulties will have occurred to him. Some M
of them are so serious that to this day I can hardly reflect on them without being in some degree staggered; but, to the best of my judgment, the greater number are only apparent, and those that are real are not, I think, fatal to the theory.
These difficulties and objections may be classed under the following heads: First, why, if species have descended from other species by fine gradations, do we not everywhere see innumerable transitional forms? Why is not all nature in confusion, instead of the species beingM
, as we see them, well defined?
Secondly, is it possible that an animal having, for instance, the structure and habits of a bat, could have been formed by the modification of some other animal with widely different habits and structure? Can we believe that natural selection could produce, on the one hand, an organ of trifling importance, such as the tail of a giraffe, which serves as a fly-flapper, and, on the other hand, an organ so wonderful as the eye?
Thirdly, can instincts be acquired and modified througM
h natural selection? What shall we say to the instinct which leads the bee to make cells, and which has practically anticipated the discoveries of profound mathematicians?
Fourthly, how can we account for species, when crossed, being sterile and producing sterile offspring, whereas, when varieties are crossed, their fertility is unimpaired?
The two first heads will be here discussed; some miscellaneous objections in the following chapter; Instinct and Hybridism in the two succeeding chapters.
e or Rarity of Transitional Varieties.
As natural selection acts solely by the preservation of profitable modifications, each new form will tend in a fully-stocked country to take the place of, and finally to exterminate, its own less improved parent-form and other less-favoured forms with which it comes into competition. Thus extinction and natural selection go hand in hand. Hence, if we look at each species as descended from some unknown form, both the parent and all the transitional varieties will generally haM
ve been exterminated by the very process of the formation and perfection of the new form.
But, as by this theory innumerable transitional forms must have existed, why do we not find them embedded in countless numbers in the crust of the earth? It will be more convenient to discuss this question in the chapter on the imperfection of the geological record; and I will here only state that I believe the answer mainly lies in the record being incomparably less perfect than is generally supposed. The crust of the eartM
h is a vast museum; but the natural collections have been imperfectly made, and only at long intervals of time.
But it may be urged that when several closely allied species inhabit the same territory, we surely ought to find at the present time many transitional forms. Let us take a simple case: in travelling from north to south over a continent, we generally meet at successive intervals with closely allied or representative species, evidently filling nearly the same place in the natural economy of the land. TheM
se representative species often meet and interlock; and as the one becomes rarer and rarer, the other becomes more and more frequent, till the one replaces the other. But if we compare these species where they intermingle, they are generally as absolutely distinct from each other in every detail of structure as are specimens taken from the metropolis inhabited by each. By my theory these allied species are descended from a common parent; and during the process of modification, each has become adapted to the conditiM
ons of life of its own region, and has supplanted and exterminated its original parent-form and all the transitional varieties between its past and present states. Hence we ought not to expect at the present time to meet with numerous transitional varieties in each region, though they must have existed there, and may be embedded there in a fossil condition. But in the intermediate region, having intermediate conditions of life, why do we not now find closely-linking intermediate varieties? This difficulty for a lonM
g time quite confounded me. But I think it can be in large part explained.
In the first place we should be extremely cautious in inferring, because an area is now continuous, that it has been continuous during a long period. Geology would lead us to believe that most continents have been broken up into islands even during the later tertiary periods; and in such islands distinct species might have been separately formed without the possibility of intermediate varieties existing in the intermediate zones. By changM
es in the form of the land and of climate, marine areas now continuous must often have existed within recent times in a far less continuous and uniform condition than at present. But I will pass over this way of escaping from the difficulty; for I believe that many perfectly defined species have been formed on strictly continuous areas; though I do not doubt that the formerly broken condition of areas now continuous, has played an important part in the formation of new species, more especially with freely-crossing M
and wandering animals.
In looking at species as they are now distributed over a wide area, we generally find them tolerably numerous over a large territory, then becoming somewhat abruptly rarer and rarer on the confines, and finally disappearing. Hence the neutral territory between two representative species is generally narrow in comparison with the territory proper to each. We see the same fact in ascending mountains, and sometimes it is quite remarkable how abruptly, as Alph. De Candolle has observed, a commM
on alpine species disappears. The same fact has been noticed by E. Forbes in sounding the depths of the sea with the dredge. To those who look at climate and the physical conditions of life as the all-important elements of distribution, these facts ought to cause surprise, as climate and height or depth graduate away insensibly. But when we bear in mind that almost every species, even in its metropolis, would increase immensely in numbers, were it not for other competing species; that nearly all either prey on or sM
erve as prey for others; in short, that each organic being is either directly or indirectly related in the most important manner to other organic beings
we see that the range of the inhabitants of any country by no means exclusively depends on insensibly changing physical conditions, but in large part on the presence of other species, on which it lives, or by which it is destroyed, or with which it comes into competition; and as these species are already defined objects, not blending one into another by insensiblM
e gradations, the range of any one species, depending as it does on the range of others, will tend to be sharply defined. Moreover, each species on the confines of its range, where it exists in lessened numbers, will, during fluctuations in the number of its enemies or of its prey, or in the nature of the seasons, be extremely liable to utter extermination; and thus its geographical range will come to be still more sharply defined.
As allied or representative species, when inhabiting a continuous area, are generM
ally distributed in such a manner that each has a wide range, with a comparatively narrow neutral territory between them, in which they become rather suddenly rarer and rarer; then, as varieties do not essentially differ from species, the same rule will probably apply to both; and if we take a varying species inhabiting a very large area, we shall have to adapt two varieties to two large areas, and a third variety to a narrow intermediate zone. The intermediate variety, consequently, will exist in lesser numbers frM
om inhabiting a narrow and lesser area; and practically, as far as I can make out, this rule holds good with varieties in a state of nature. I have met with striking instances of the rule in the case of varieties intermediate between well-marked varieties in the genus Balanus. And it would appear from information given me by Mr. Watson, Dr. Asa Gray, and Mr. Wollaston, that generally, when varieties intermediate between two other forms occur, they are much rarer numerically than the forms which they connect. Now, iM
f we may trust these facts and inferences, and conclude that varieties linking two other varieties together generally have existed in lesser numbers than the forms which they connect, then we can understand why intermediate varieties should not endure for very long periods: why, as a general rule, they should be exterminated and disappear, sooner than the forms which they originally linked together.
For any form existing in lesser numbers would, as already remarked, run a greater chance of being exterminated thaM
n one existing in large numbers; and in this particular case the intermediate form would be eminently liable to the inroads of closely allied forms existing on both sides of it. But it is a far more important consideration, that during the process of further modification, by which two varieties are supposed to be converted and perfected into two distinct species, the two which exist in larger numbers, from inhabiting larger areas, will have a great advantage over the intermediate variety, which exists in smaller nuM
mbers in a narrow and intermediate zone. For forms existing in larger numbers will have a better chance, within any given period, of presenting further favourable variations for natural selection to seize on, than will the rarer forms which exist in lesser numbers. Hence, the more common forms, in the race for life, will tend to beat and supplant the less common forms, for these will be more slowly modified and improved. It is the same principle which, as I believe, accounts for the common species in each country, M
as shown in the second chapter, presenting on an average a greater number of well-marked varieties than do the rarer species. I may illustrate what I mean by supposing three varieties of sheep to be kept, one adapted to an extensive mountainous region; a second to a comparatively narrow, hilly tract; and a third to the wide plains at the base; and that the inhabitants are all trying with equal steadiness and skill to improve their stocks by selection; the chances in this case will be strongly in favour of the greatM
 holders on the mountains or on the plains improving their breeds more quickly than the small holders on the intermediate narrow, hilly tract; and consequently the improved mountain or plain breed will soon take the place of the less improved hill breed; and thus the two breeds, which originally existed in greater numbers, will come into close contact with each other, without the interposition of the supplanted, intermediate hill variety.
To sum up, I believe that species come to be tolerably well-defined objectM
s, and do not at any one period present an inextricable chaos of varying and intermediate links: first, because new varieties are very slowly formed, for variation is a slow process, and natural selection can do nothing until favourable individual differences or variations occur, and until a place in the natural polity of the country can be better filled by some modification of some one or more of its inhabitants. And such new places will depend on slow changes of climate, or on the occasional immigration of new inM
habitants, and, probably, in a still more important degree, on some of the old inhabitants becoming slowly modified, with the new forms thus produced and the old ones acting and reacting on each other. So that, in any one region and at any one time, we ought to see only a few species presenting slight modifications of structure in some degree permanent; and this assuredly we do see.
Secondly, areas now continuous must often have existed within the recent period as isolated portions, in which many forms, more espM
ecially among the classes which unite for each birth and wander much, may have separately been rendered sufficiently distinct to rank as representative species. In this case, intermediate varieties between the several representative species and their common parent, must formerly have existed within each isolated portion of the land, but these links during the process of natural selection will have been supplanted and exterminated, so that they will no longer be found in a living state.
Thirdly, when two or more M
varieties have been formed in different portions of a strictly continuous area, intermediate varieties will, it is probable, at first have been formed in the intermediate zones, but they will generally have had a short duration. For these intermediate varieties will, from reasons already assigned (namely from what we know of the actual distribution of closely allied or representative species, and likewise of acknowledged varieties), exist in the intermediate zones in lesser numbers than the varieties which they tenM
d to connect. From this cause alone the intermediate varieties will be liable to accidental extermination; and during the process of further modification through natural selection, they will almost certainly be beaten and supplanted by the forms which they connect; for these, from existing in greater numbers will, in the aggregate, present more varieties, and thus be further improved through natural selection and gain further advantages.
Lastly, looking not to any one time, but at all time, if my theory be true,M
 numberless intermediate varieties, linking closely together all the species of the same group, must assuredly have existed; but the very process of natural selection constantly tends, as has been so often remarked, to exterminate the parent forms and the intermediate links. Consequently evidence of their former existence could be found only among fossil remains, which are preserved, as we shall attempt to show in a future chapter, in an extremely imperfect and intermittent record.
On the Origin and Transition oM
f Organic Beings with peculiar Habits and Structure.
It has been asked by the opponents of such views as I hold, how, for instance, could a land carnivorous animal have been converted into one with aquatic habits; for how could the animal in its transitional state have subsisted? It would be easy to show that there now exist carnivorous animals presenting close intermediate grades from strictly terrestrial to aquatic habits; and as each exists by a struggle for life, it is clear that each must be well adapted to M
its place in nature. Look at the Mustela vison of North America, which has webbed feet, and which resembles an otter in its fur, short legs, and form of tail; during summer this animal dives for and preys on fish, but during the long winter it leaves the frozen waters, and preys, like other polecats on mice and land animals. If a different case had been taken, and it had been asked how an insectivorous quadruped could possibly have been converted into a flying bat, the question would have been far more difficult toM
 answer. Yet I think such difficulties have little weight.
Here, as on other occasions, I lie under a heavy disadvantage, for, out of the many striking cases which I have collected, I can give only one or two instances of transitional habits and structures in allied species; and of diversified habits, either constant or occasional, in the same species. And it seems to me that nothing less than a long list of such cases is sufficient to lessen the difficulty in any particular case like that of the bat.
 the family of squirrels; here we have the finest gradation from animals with their tails only slightly flattened, and from others, as Sir J. Richardson has remarked, with the posterior part of their bodies rather wide and with the skin on their flanks rather full, to the so-called flying squirrels; and flying squirrels have their limbs and even the base of the tail united by a broad expanse of skin, which serves as a parachute and allows them to glide through the air to an astonishing distance from tree to tree. WM
e cannot doubt that each structure is of use to each kind of squirrel in its own country, by enabling it to escape birds or beasts of prey, or to collect food more quickly, or, as there is reason to believe, to lessen the danger from occasional falls. But it does not follow from this fact that the structure of each squirrel is the best that it is possible to conceive under all possible conditions. Let the climate and vegetation change, let other competing rodents or new beasts of prey immigrate, or old ones become M
modified, and all analogy would lead us to believe that some, at least, of the squirrels would decrease in numbers or become exterminated, unless they also become modified and improved in structure in a corresponding manner. Therefore, I can see no difficulty, more especially under changing conditions of life, in the continued preservation of individuals with fuller and fuller flank-membranes, each modification being useful, each being propagated, until, by the accumulated effects of this process of natural selectiM
on, a perfect so-called flying squirrel was produced.
Now look at the Galeopithecus or so-called flying lemur, which was formerly ranked among bats, but is now believed to belong to the Insectivora. An extremely wide flank-membrane stretches from the corners of the jaw to the tail, and includes the limbs with the elongated fingers. This flank-membrane is furnished with an extensor muscle. Although no graduated links of structure, fitted for gliding through the air, now connect the Galeopithecus with the other InM
sectivora, yet there is no difficulty in supposing that such links formerly existed, and that each was developed in the same manner as with the less perfectly gliding squirrels; each grade of structure having been useful to its possessor. Nor can I see any insuperable difficulty in further believing it possible that the membrane-connected fingers and fore-arm of the Galeopithecus might have been greatly lengthened by natural selection; and this, as far as the organs of flight are concerned, would have converted theM
 animal into a bat. In certain bats in which the wing-membrane extends from the top of the shoulder to the tail and includes the hind-legs, we perhaps see traces of an apparatus originally fitted for gliding through the air rather than for flight.
If about a dozen genera of birds were to become extinct, who would have ventured to surmise that birds might have existed which used their wings solely as flappers, like the logger headed duck (Micropterus of Eyton); as fins in the water and as front legs on the land, M
like the penguin; as sails, like the ostrich; and functionally for no purpose, like the apteryx? Yet the structure of each of these birds is good for it, under the conditions of life to which it is exposed, for each has to live by a struggle: but it is not necessarily the best possible under all possible conditions. It must not be inferred from these remarks that any of the grades of wing-structure here alluded to, which perhaps may all be the result of disuse, indicate the steps by which birds actually acquired thM
eir perfect power of flight; but they serve to show what diversified means of transition are at least possible.
Seeing that a few members of such water-breathing classes as the Crustacea and Mollusca are adapted to live on the land; and seeing that we have flying birds and mammals, flying insects of the most diversified types, and formerly had flying reptiles, it is conceivable that flying-fish, which now glide far through the air, slightly rising and turning by the aid of their fluttering fins, might have been M
modified into perfectly winged animals. If this had been effected, who would have ever imagined that in an early transitional state they had been inhabitants of the open ocean, and had used their incipient organs of flight exclusively, so far as we know, to escape being devoured by other fish?
When we see any structure highly perfected for any particular habit, as the wings of a bird for flight, we should bear in mind that animals displaying early transitional grades of the structure will seldom have survived toM
 the present day, for they will have been supplanted by their successors, which were gradually rendered more perfect through natural selection. Furthermore, we may conclude that transitional states between structures fitted for very different habits of life will rarely have been developed at an early period in great numbers and under many subordinate forms. Thus, to return to our imaginary illustration of the flying-fish, it does not seem probable that fishes capable of true flight would have been developed under mM
any subordinate forms, for taking prey of many kinds in many ways, on the land and in the water, until their organs of flight had come to a high stage of perfection, so as to have given them a decided advantage over other animals in the battle for life. Hence the chance of discovering species with transitional grades of structure in a fossil condition will always be less, from their having existed in lesser numbers, than in the case of species with fully developed structures.
I will now give two or three instancM
es, both of diversified and of changed habits, in the individuals of the same species. In either case it would be easy for natural selection to adapt the structure of the animal to its changed habits, or exclusively to one of its several habits. It is, however, difficult to decide and immaterial for us, whether habits generally change first and structure afterwards; or whether slight modifications of structure lead to changed habits; both probably often occurring almost simultaneously. Of cases of changed habits itM
 will suffice merely to allude to that of the many British insects which now feed on exotic plants, or exclusively on artificial substances. Of diversified habits innumerable instances could be given: I have often watched a tyrant flycatcher (Saurophagus sulphuratus) in South America, hovering over one spot and then proceeding to another, like a kestrel, and at other times standing stationary on the margin of water, and then dashing into it like a kingfisher at a fish. In our own country the larger titmouse (Parus M
major) may be seen climbing branches, almost like a creeper; it sometimes, like a shrike, kills small birds by blows on the head; and I have many times seen and heard it hammering the seeds of the yew on a branch, and thus breaking them like a nuthatch. In North America the black bear was seen by Hearne swimming for hours with widely open mouth, thus catching, almost like a whale, insects in the water.
As we sometimes see individuals following habits different from those proper to their species and to the other M
species of the same genus, we might expect that such individuals would occasionally give rise to new species, having anomalous habits, and with their structure either slightly or considerably modified from that of their type. And such instances occur in nature. Can a more striking instance of adaptation be given than that of a woodpecker for climbing trees and seizing insects in the chinks of the bark? Yet in North America there are woodpeckers which feed largely on fruit, and others with elongated wings which chasM
e insects on the wing. On the plains of La Plata, where hardly a tree grows, there is a woodpecker (Colaptes campestris) which has two toes before and two behind, a long-pointed tongue, pointed tail-feathers, sufficiently stiff to support the bird in a vertical position on a post, but not so stiff as in the typical wood-peckers, and a straight, strong beak. The beak, however, is not so straight or so strong as in the typical woodpeckers but it is strong enough to bore into wood. Hence this Colaptes, in all the esseM
ntial parts of its structure, is a woodpecker. Even in such trifling characters as the colouring, the harsh tone of the voice, and undulatory flight, its close blood-relationship to our common woodpecker is plainly declared; yet, as I can assert, not only from my own observations, but from those of the accurate Azara, in certain large districts it does not climb trees, and it makes its nest in holes in banks! In certain other districts, however, this same woodpecker, as Mr. Hudson states, frequents trees, and boresM
 holes in the trunk for its nest. I may mention as another illustration of the varied habits of this genus, that a Mexican Colaptes has been described by De Saussure as boring holes into hard wood in order to lay up a store of acorns.
Petrels are the most a
rial and oceanic of birds, but, in the quiet sounds of Tierra del Fuego, the Puffinuria berardi, in its general habits, in its astonishing power of diving, in its manner of swimming and of flying when made to take flight, would be mistaken by any one for an M
auk or a grebe; nevertheless, it is essentially a petrel, but with many parts of its organisation profoundly modified in relation to its new habits of life; whereas the woodpecker of La Plata has had its structure only slightly modified. In the case of the water-ouzel, the acutest observer, by examining its dead body, would never have suspected its sub-aquatic habits; yet this bird, which is allied to the thrush family, subsists by diving,
using its wings under water and grasping stones with its feet. All the memM
bers of the great order of Hymenopterous insects are terrestrial, excepting the genus Proctotrupes, which Sir John Lubbock has discovered to be aquatic in its habits; it often enters the water and dives about by the use not of its legs but of its wings, and remains as long as four hours beneath the surface; yet it exhibits no modification in structure in accordance with its abnormal habits.
He who believes that each being has been created as we now see it, must occasionally have felt surprise when he has met witM
h an animal having habits and structure not in agreement. What can be plainer than that the webbed feet of ducks and geese are formed for swimming? Yet there are upland geese with webbed feet which rarely go near the water; and no one except Audubon, has seen the frigate-bird, which has all its four toes webbed, alight on the surface of the ocean. On the other hand, grebes and coots are eminently aquatic, although their toes are only bordered by membrane. What seems plainer than that the long toes, not furnished wiM
th membrane, of the Grallatores, are formed for walking over swamps and floating plants. The water-hen and landrail are members of this order, yet the first is nearly as aquatic as the coot, and the second is nearly as terrestrial as the quail or partridge. In such cases, and many others could be given, habits have changed without a corresponding change of structure. The webbed feet of the upland goose may be said to have become almost rudimentary in function, though not in structure. In the frigate-bird, the deeplM
y scooped membrane between the toes shows that structure has begun to change.
He who believes in separate and innumerable acts of creation may say, that in these cases it has pleased the Creator to cause a being of one type to take the place of one belonging to another type; but this seems to me only restating the fact in dignified language. He who believes in the struggle for existence and in the principle of natural selection, will acknowledge that every organic being is constantly endeavouring to increase in M
numbers; and that if any one being varies ever so little, either in habits or structure, and thus gains an advantage over some other inhabitant of the same country, it will seize on the place of that inhabitant, however different that may be from its own place. Hence it will cause him no surprise that there should be geese and frigate-birds with webbed feet, living on the dry land and rarely alighting on the water, that there should be long-toed corncrakes, living in meadows instead of in swamps; that there should M
be woodpeckers where hardly a tree grows; that there should be diving thrushes and diving Hymenoptera, and petrels with the habits of auks.
Organs of extreme Perfection and Complication.
To suppose that the eye with all its inimitable contrivances for adjusting the focus to different distances, for admitting different amounts of light, and for the correction of spherical and chromatic aberration, could have been formed by natural selection, seems, I freely confess, absurd in the highest degree. When it was fiM
rst said that the sun stood still and the world turned round, the common sense of mankind declared the doctrine false; but the old saying of Vox populi, vox Dei, as every philosopher knows, cannot be trusted in science. Reason tells me, that if numerous gradations from a simple and imperfect eye to one complex and perfect can be shown to exist, each grade being useful to its possessor, as is certainly the case; if further, the eye ever varies and the variations be inherited, as is likewise certainly the case; and iM
f such variations should be useful to any animal under changing conditions of life, then the difficulty of believing that a perfect and complex eye could be formed by natural selection, though insuperable by our imagination, should not be considered as subversive of the theory. How a nerve comes to be sensitive to light, hardly concerns us more than how life itself originated; but I may remark that, as some of the lowest organisms in which nerves cannot be detected, are capable of perceiving light, it does not seemM
 impossible that certain sensitive elements in their sarcode should become aggregated and developed into nerves, endowed with this special sensibility.
In searching for the gradations through which an organ in any species has been perfected, we ought to look exclusively to its lineal progenitors; but this is scarcely ever possible, and we are forced to look to other species and genera of the same group, that is to the collateral descendants from the same parent-form, in order to see what gradations are possible,M
 and for the chance of some gradations having been transmitted in an unaltered or little altered condition. But the state of the same organ in distinct classes may incidentally throw light on the steps by which it has been perfected.
The simplest organ which can be called an eye consists of an optic nerve, surrounded by pigment-cells and covered by translucent skin, but without any lens or other refractive body. We may, however, according to M. Jourdain, descend even a step lower and find aggregates of pigment-cM
ells, apparently serving as organs of vision, without any nerves, and resting merely on sarcodic tissue. Eyes of the above simple nature are not capable of distinct vision, and serve only to distinguish light from darkness. In certain star-fishes, small depressions in the layer of pigment which surrounds the nerve are filled, as described by the author just quoted, with transparent gelatinous matter, projecting with a convex surface, like the cornea in the higher animals. He suggests that this serves not to form anM
 image, but only to concentrate the luminous rays and render their perception more easy. In this concentration of the rays we gain the first and by far the most important step towards the formation of a true, picture-forming eye; for we have only to place the naked extremity of the optic nerve, which in some of the lower animals lies deeply buried in the body, and in some near the surface, at the right distance from the concentrating apparatus, and an image will be formed on it.
In the great class of the ArticulM
ata, we may start from an optic nerve simply coated with pigment, the latter sometimes forming a sort of pupil, but destitute of lens or other optical contrivance. With insects it is now known that the numerous facets on the cornea of their great compound eyes form true lenses, and that the cones include curiously modified nervous filaments. But these organs in the Articulata are so much diversified that M
ller formerly made three main classes with seven subdivisions, besides a fourth main class of aggregated simpM
When we reflect on these facts, here given much too briefly, with respect to the wide, diversified, and graduated range of structure in the eyes of the lower animals; and when we bear in mind how small the number of all living forms must be in comparison with those which have become extinct, the difficulty ceases to be very great in believing that natural selection may have converted the simple apparatus of an optic nerve, coated with pigment and invested by transparent membrane, into an optical instrumM
ent as perfect as is possessed by any member of the Articulata class.
He who will go thus far, ought not to hesitate to go one step further, if he finds on finishing this volume that large bodies of facts, otherwise inexplicable, can be explained by the theory of modification through natural selection; he ought to admit that a structure even as perfect as an eagle
s eye might thus be formed, although in this case he does not know the transitional states. It has been objected that in order to modify the eye andM
 still preserve it as a perfect instrument, many changes would have to be effected simultaneously, which, it is assumed, could not be done through natural selection; but as I have attempted to show in my work on the variation of domestic animals, it is not necessary to suppose that the modifications were all simultaneous, if they were extremely slight and gradual. Different kinds of modification would, also, serve for the same general purpose: as Mr. Wallace has remarked,
If a lens has too short or too long a foM
cus, it may be amended either by an alteration of curvature, or an alteration of density; if the curvature be irregular, and the rays do not converge to a point, then any increased regularity of curvature will be an improvement. So the contraction of the iris and the muscular movements of the eye are neither of them essential to vision, but only improvements which might have been added and perfected at any stage of the construction of the instrument.
 Within the highest division of the animal kingdom, namely, theM
 Vertebrata, we can start from an eye so simple, that it consists, as in the lancelet, of a little sack of transparent skin, furnished with a nerve and lined with pigment, but destitute of any other apparatus. In fishes and reptiles, as Owen has remarked,
The range of gradation of dioptric structures is very great.
 It is a significant fact that even in man, according to the high authority of Virchow, the beautiful crystalline lens is formed in the embryo by an accumulation of epidermic cells, lying in a sack-M
like fold of the skin; and the vitreous body is formed from embryonic subcutaneous tissue. To arrive, however, at a just conclusion regarding the formation of the eye, with all its marvellous yet not absolutely perfect characters, it is indispensable that the reason should conquer the imagination; but I have felt the difficulty far to keenly to be surprised at others hesitating to extend the principle of natural selection to so startling a length.
It is scarcely possible to avoid comparing the eye with a telescoM
pe. We know that this instrument has been perfected by the long-continued efforts of the highest human intellects; and we naturally infer that the eye has been formed by a somewhat analogous process. But may not this inference be presumptuous? Have we any right to assume that the Creator works by intellectual powers like those of man? If we must compare the eye to an optical instrument, we ought in imagination to take a thick layer of transparent tissue, with spaces filled with fluid, and with a nerve sensitive to M
light beneath, and then suppose every part of this layer to be continually changing slowly in density, so as to separate into layers of different densities and thicknesses, placed at different distances from each other, and with the surfaces of each layer slowly changing in form. Further we must suppose that there is a power, represented by natural selection or the survival of the fittest, always intently watching each slight alteration in the transparent layers; and carefully preserving each which, under varied ciM
rcumstances, in any way or degree, tends to produce a distincter image. We must suppose each new state of the instrument to be multiplied by the million; each to be preserved until a better is produced, and then the old ones to be all destroyed. In living bodies, variation will cause the slight alteration, generation will multiply them almost infinitely, and natural selection will pick out with unerring skill each improvement. Let this process go on for millions of years; and during each year on millions of individM
uals of many kinds; and may we not believe that a living optical instrument might thus be formed as superior to one of glass, as the works of the Creator are to those of man?
Modes of Transition.
If it could be demonstrated that any complex organ existed, which could not possibly have been formed by numerous, successive, slight modifications, my theory would absolutely break down. But I can find out no such case. No doubt many organs exist of which we do not know the transitional grades, more especially if weM
 look to much-isolated species, around which, according to the theory, there has been much extinction. Or again, if we take an organ common to all the members of a class, for in this latter case the organ must have been originally formed at a remote period, since which all the many members of the class have been developed; and in order to discover the early transitional grades through which the organ has passed, we should have to look to very ancient ancestral forms, long since become extinct.
mely cautious in concluding that an organ could not have been formed by transitional gradations of some kind. Numerous cases could be given among the lower animals of the same organ performing at the same time wholly distinct functions; thus in the larva of the dragon-fly and in the fish Cobites the alimentary canal respires, digests, and excretes. In the Hydra, the animal may be turned inside out, and the exterior surface will then digest and the stomach respire. In such cases natural selection might specialise, iM
f any advantage were thus gained, the whole or part of an organ, which had previously performed two functions, for one function alone, and thus by insensible steps greatly change its nature. Many plants are known which regularly produce at the same time differently constructed flowers; and if such plants were to produce one kind alone, a great change would be effected with comparative suddenness in the character of the species. It is, however, probable that the two sorts of flowers borne by the same plant were origM
inally differentiated by finely graduated steps, which may still be followed in some few cases.
Again, two distinct organs, or the same organ under two very different forms, may simultaneously perform in the same individual the same function, and this is an extremely important means of transition: to give one instance
there are fish with gills or branchi
 that breathe the air dissolved in the water, at the same time that they breathe free air in their swim-bladders, this latter organ being divided by highly vM
ascular partitions and having a ductus pneumaticus for the supply of air. To give another instance from the vegetable kingdom: plants climb by three distinct means, by spirally twining, by clasping a support with their sensitive tendrils, and by the emission of a
rial rootlets; these three means are usually found in distinct groups, but some few species exhibit two of the means, or even all three, combined in the same individual. In all such cases one of the two organs might readily be modified and perfected so asM
 to perform all the work, being aided during the progress of modification by the other organ; and then this other organ might be modified for some other and quite distinct purpose, or be wholly obliterated.
The illustration of the swim-bladder in fishes is a good one, because it shows us clearly the highly important fact that an organ originally constructed for one purpose, namely flotation, may be converted into one for a widely different purpose, namely respiration. The swim-bladder has, also, been worked in aM
s an accessory to the auditory organs of certain fishes. All physiologists admit that the swim-bladder is homologous, or
 in position and structure with the lungs of the higher vertebrate animals: hence there is no reason to doubt that the swim-bladder has actually been converted into lungs, or an organ used exclusively for respiration.
According to this view it may be inferred that all vertebrate animals with true lungs are descended by ordinary generation from an ancient and unknown prototM
ype which was furnished with a floating apparatus or swim-bladder. We can thus, as I infer from Professor Owen
s interesting description of these parts, understand the strange fact that every particle of food and drink which we swallow has to pass over the orifice of the trachea, with some risk of falling into the lungs, notwithstanding the beautiful contrivance by which the glottis is closed. In the higher Vertebrata the branchi
 have wholly disappeared
but in the embryo the slits on the sides of the neck andM
 the loop-like course of the arteries still mark their former position. But it is conceivable that the now utterly lost branchi
 might have been gradually worked in by natural selection for some distinct purpose: for instance, Landois has shown that the wings of insects are developed from the trachea; it is therefore highly probable that in this great class organs which once served for respiration have been actually converted into organs for flight.
In considering transitions of organs, it is so important to beM
ar in mind the probability of conversion from one function to another, that I will give another instance. Pedunculated cirripedes have two minute folds of skin, called by me the ovigerous frena, which serve, through the means of a sticky secretion, to retain the eggs until they are hatched within the sack. These cirripedes have no branchi
, the whole surface of the body and of the sack, together with the small frena, serving for respiration. The Balanid
 or sessile cirripedes, on the other hand, have no ovigerousM
 frena, the eggs lying loose at the bottom of the sack, within the well-enclosed shell; but they have, in the same relative position with the frena, large, much-folded membranes, which freely communicate with the circulatory lacun
 of the sack and body, and which have been considered by all naturalists to act as branchi
. Now I think no one will dispute that the ovigerous frena in the one family are strictly homologous with the branchi
 of the other family; indeed, they graduate into each other. Therefore it neeM
d not be doubted that the two little folds of skin, which originally served as ovigerous frena, but which, likewise, very slightly aided in the act of respiration, have been gradually converted by natural selection into branchi
, simply through an increase in their size and the obliteration of their adhesive glands. If all pedunculated cirripedes had become extinct, and they have suffered far more extinction than have sessile cirripedes, who would ever have imagined that the branchi
 in this latter family had oriM
ginally existed as organs for preventing the ova from being washed out of the sack?
There is another possible mode of transition, namely, through the acceleration or retardation of the period of reproduction. This has lately been insisted on by Professor Cope and others in the United States. It is now known that some animals are capable of reproduction at a very early age, before they have acquired their perfect characters; and if this power became thoroughly well developed in a species, it seems probable that tM
he adult stage of development would sooner or later be lost; and in this case, especially if the larva differed much from the mature form, the character of the species would be greatly changed and degraded. Again, not a few animals, after arriving at maturity, go on changing in character during nearly their whole lives. With mammals, for instance, the form of the skull is often much altered with age, of which Dr. Murie has given some striking instances with seals. Every one knows how the horns of stags become more M
and more branched, and the plumes of some birds become more finely developed, as they grow older. Professor Cope states that the teeth of certain lizards change much in shape with advancing years. With crustaceans not only many trivial, but some important parts assume a new character, as recorded by Fritz M
ller, after maturity. In all such cases
and many could be given
if the age for reproduction were retarded, the character of the species, at least in its adult state, would be modified; nor is it improbable M
that the previous and earlier stages of development would in some cases be hurried through and finally lost. Whether species have often or ever been modified through this comparatively sudden mode of transition, I can form no opinion; but if this has occurred, it is probable that the differences between the young and the mature, and between the mature and the old, were primordially acquired by graduated steps.
Special Diffculties of the Theory of Natural Selection.
Although we must be extremely cautious in coM
ncluding that any organ could not have been produced by successive, small, transitional gradations, yet undoubtedly serious cases of difficulty occur.
One of the most serious is that of neuter insects, which are often differently constructed from either the males or fertile females; but this case will be treated of in the next chapter. The electric organs of fishes offer another case of special difficulty; for it is impossible to conceive by what steps these wondrous organs have been produced. But this is not suM
rprising, for we do not even know of what use they are. In the gymnotus and torpedo they no doubt serve as powerful means of defence, and perhaps for securing prey; yet in the ray, as observed by Matteucci, an analogous organ in the tail manifests but little electricity, even when the animal is greatly irritated; so little that it can hardly be of any use for the above purposes. Moreover, in the ray, besides the organ just referred to, there is, as Dr. R. McDonnell has shown, another organ near the head, not known M
to be electrical, but which appears to be the real homologue of the electric battery in the torpedo. It is generally admitted that there exists between these organs and ordinary muscle a close analogy, in intimate structure, in the distribution of the nerves, and in the manner in which they are acted on by various reagents. It should, also, be especially observed that muscular contraction is accompanied by an electrical discharge; and, as Dr. Radcliffe insists,
in the electrical apparatus of the torpedo during rM
est, there would seem to be a charge in every respect like that which is met with in muscle and nerve during the rest, and the discharge of the torpedo, instead of being peculiar, may be only another form of the discharge which attends upon the action of muscle and motor nerve.
 Beyond this we cannot at present go in the way of explanation; but as we know so little about the uses of these organs, and as we know nothing about the habits and structure of the progenitors of the existing electric fishes, it would be M
extremely bold to maintain that no serviceable transitions are possible by which these organs might have been gradually developed.
These organs appear at first to offer another and far more serious difficulty; for they occur in about a dozen kinds of fish, of which several are widely remote in their affinities. When the same organ is found in several members of the same class, especially if in members having very different habits of life, we may generally attribute its presence to inheritance from a common ancesM
tor; and its absence in some of the members to loss through disuse or natural selection. So that, if the electric organs had been inherited from some one ancient progenitor, we might have expected that all electric fishes would have been specially related to each other; but this is far from the case. Nor does geology at all lead to the belief that most fishes formerly possessed electric organs, which their modified descendants have now lost. But when we look at the subject more closely, we find in the several fisheM
s provided with electric organs, that these are situated in different parts of the body, that they differ in construction, as in the arrangement of the plates, and, according to Pacini, in the process or means by which the electricity is excited
and lastly, in being supplied with nerves proceeding from different sources, and this is perhaps the most important of all the differences. Hence in the several fishes furnished with electric organs, these cannot be considered as homologous, but only as analogous in functM
ion. Consequently there is no reason to suppose that they have been inherited from a common progenitor; for had this been the case they would have closely resembled each other in all respects. Thus the difficulty of an organ, apparently the same, arising in several remotely allied species, disappears, leaving only the lesser yet still great difficulty: namely, by what graduated steps these organs have been developed in each separate group of fishes.
The luminous organs which occur in a few insects, belonging to M
widely different families, and which are situated in different parts of the body, offer, under our present state of ignorance, a difficulty almost exactly parallel with that of the electric organs. Other similar cases could be given; for instance in plants, the very curious contrivance of a mass of pollen-grains, borne on a foot-stalk with an adhesive gland, is apparently the same in Orchis and Asclepias, genera almost as remote as is possible among flowering plants; but here again the parts are not homologous. In M
all cases of beings, far removed from each other in the scale of organisation, which are furnished with similar and peculiar organs, it will be found that although the general appearance and function of the organs may be the same, yet fundamental differences between them can always be detected. For instance, the eyes of Cephalopods or cuttle-fish and of vertebrate animals appear wonderfully alike; and in such widely sundered groups no part of this resemblance can be due to inheritance from a common progenitor. Mr. M
Mivart has advanced this case as one of special difficulty, but I am unable to see the force of his argument. An organ for vision must be formed of transparent tissue, and must include some sort of lens for throwing an image at the back of a darkened chamber. Beyond this superficial resemblance, there is hardly any real similarity between the eyes of cuttle-fish and vertebrates, as may be seen by consulting Hensen
s admirable memoir on these organs in the Cephalopoda. It is impossible for me here to enter on detaM
ils, but I may specify a few of the points of difference. The crystalline lens in the higher cuttle-fish consists of two parts, placed one behind the other like two lenses, both having a very different structure and disposition to what occurs in the vertebrata. The retina is wholly different, with an actual inversion of the elemental parts, and with a large nervous ganglion included within the membranes of the eye. The relations of the muscles are as different as it is possible to conceive, and so in other points. M
Hence it is not a little difficult to decide how far even the same terms ought to be employed in describing the eyes of the Cephalopoda and Vertebrata. It is, of course, open to any one to deny that the eye in either case could have been developed through the natural selection of successive slight variations; but if this be admitted in the one case it is clearly possible in the other; and fundamental differences of structure in the visual organs of two groups might have been anticipated, in accordance with this vieM
w of their manner of formation. As two men have sometimes independently hit on the same invention, so in the several foregoing cases it appears that natural selection, working for the good of each being, and taking advantage of all favourable variations, has produced similar organs, as far as function is concerned, in distinct organic beings, which owe none of their structure in common to inheritance from a common progenitor.
ller, in order to test the conclusions arrived at in this volume, has followedM
 out with much care a nearly similar line of argument. Several families of crustaceans include a few species, possessing an air-breathing apparatus and fitted to live out of the water. In two of these families, which were more especially examined by M
ller, and which are nearly related to each other, the species agree most closely in all important characters: namely in their sense organs, circulating systems, in the position of the tufts of hair within their complex stomachs, and lastly in the whole structure of tM
he water-breathing branchi
, even to the microscopical hooks by which they are cleansed. Hence it might have been expected that in the few species belonging to both families which live on the land, the equally important air-breathing apparatus would have been the same; for why should this one apparatus, given for the same purpose, have been made to differ, whilst all the other important organs were closely similar, or rather, identical.
ller argues that this close similarity in so many points of structM
ure must, in accordance with the views advanced by me, be accounted for by inheritance from a common progenitor. But as the vast majority of the species in the above two families, as well as most other crustaceans, are aquatic in their habits, it is improbable in the highest degree that their common progenitor should have been adapted for breathing air. M
ller was thus led carefully to examine the apparatus in the air-breathing species; and he found it to differ in each in several important points, as in the positM
ion of the orifices, in the manner in which they are opened and closed, and in some accessory details. Now such differences are intelligible, and might even have been expected, on the supposition that species belonging to distinct families had slowly become adapted to live more and more out of water, and to breathe the air. For these species, from belonging to distinct families, would have differed to a certain extent, and in accordance with the principle that the nature of each variation depends on two factors, viM
z., the nature of the organism and that of the surrounding conditions, their variability assuredly would not have been exactly the same. Consequently natural selection would have had different materials or variations to work on, in order to arrive at the same functional result; and the structures thus acquired would almost necessarily have differed. On the hypothesis of separate acts of creation the whole case remains unintelligible. This line of argument seems to have had great weight in leading Fritz M
ccept the views maintained by me in this volume.
Another distinguished zoologist, the late Professor Clapar
de, has argued in the same manner, and has arrived at the same result. He shows that there are parasitic mites (Acarid
), belonging to distinct sub-families and families, which are furnished with hair-claspers. These organs must have been independently developed, as they could not have been inherited from a common progenitor; and in the several groups they are formed by the modification of the fore legs,M
 of the hind legs, of the maxill
 or lips, and of appendages on the under side of the hind part of the body.
In the foregoing cases, we see the same end gained and the same function performed, in beings not at all or only remotely allied, by organs in appearance, though not in development, closely similar. On the other hand, it is a common rule throughout nature that the same end should be gained, even sometimes in the case of closely related beings, by the most diversified means. How differently constructed isM
 the feathered wing of a bird and the membrane-covered wing of a bat; and still more so the four wings of a butterfly, the two wings of a fly, and the two wings with the elytra of a beetle. Bivalve shells are made to open and shut, but on what a number of patterns is the hinge constructed, from the long row of neatly interlocking teeth in a Nucula to the simple ligament of a Mussel! Seeds are disseminated by their minuteness, by their capsule being converted into a light balloon-like envelope, by being embedded in M
pulp or flesh, formed of the most diverse parts, and rendered nutritious, as well as conspicuously coloured, so as to attract and be devoured by birds, by having hooks and grapnels of many kinds and serrated awns, so as to adhere to the fur of quadrupeds, and by being furnished with wings and plumes, as different in shape as they are elegant in structure, so as to be wafted by every breeze. I will give one other instance: for this subject of the same end being gained by the most diversified means well deserves atteM
ntion. Some authors maintain that organic beings have been formed in many ways for the sake of mere variety, almost like toys in a shop, but such a view of nature is incredible. With plants having separated sexes, and with those in which, though hermaphrodites, the pollen does not spontaneously fall on the stigma, some aid is necessary for their fertilisation. With several kinds this is effected by the pollen-grains, which are light and incoherent, being blown by the wind through mere chance on to the stigma; and tM
his is the simplest plan which can well be conceived. An almost equally simple, though very different plan occurs in many plants in which a symmetrical flower secretes a few drops of nectar, and is consequently visited by insects; and these carry the pollen from the anthers to the stigma.
From this simple stage we may pass through an inexhaustible number of contrivances, all for the same purpose and effected in essentially the same manner, but entailing changes in every part of the flower. The nectar may be storM
ed in variously shaped receptacles, with the stamens and pistils modified in many ways, sometimes forming trap-like contrivances, and sometimes capable of neatly adapted movements through irritability or elasticity. From such structures we may advance till we come to such a case of extraordinary adaptation as that lately described by Dr. Cr
ger in the Coryanthes. This orchid has part of its labellum or lower lip hollowed out into a great bucket, into which drops of almost pure water continually fall from two secreM
ting horns which stand above it; and when the bucket is half-full, the water overflows by a spout on one side. The basal part of the labellum stands over the bucket, and is itself hollowed out into a sort of chamber with two lateral entrances; within this chamber there are curious fleshy ridges. The most ingenious man, if he had not witnessed what takes place, could never have imagined what purpose all these parts serve. But Dr. Cr
ger saw crowds of large humble-bees visiting the gigantic flowers of this orchid, nM
ot in order to suck nectar, but to gnaw off the ridges within the chamber above the bucket; in doing this they frequently pushed each other into the bucket, and their wings being thus wetted they could not fly away, but were compelled to crawl out through the passage formed by the spout or overflow. Dr. Cr
continual procession
 of bees thus crawling out of their involuntary bath. The passage is narrow, and is roofed over by the column, so that a bee, in forcing its way out, first rubs its back againM
st the viscid stigma and then against the viscid glands of the pollen-masses. The pollen-masses are thus glued to the back of the bee which first happens to crawl out through the passage of a lately expanded flower, and are thus carried away. Dr. Cr
ger sent me a flower in spirits of wine, with a bee which he had killed before it had quite crawled out, with a pollen-mass still fastened to its back. When the bee, thus provided, flies to another flower, or to the same flower a second time, and is pushed by its comraM
des into the bucket and then crawls out by the passage, the pollen-mass necessarily comes first into contact with the viscid stigma, and adheres to it, and the flower is fertilised. Now at last we see the full use of every part of the flower, of the water-secreting horns of the bucket half-full of water, which prevents the bees from flying away, and forces them to crawl out through the spout, and rub against the properly placed viscid pollen-masses and the viscid stigma.
The construction of the flower in anotherM
 closely allied orchid, namely, the Catasetum, is widely different, though serving the same end; and is equally curious. Bees visit these flowers, like those of the Coryanthes, in order to gnaw the labellum; in doing this they inevitably touch a long, tapering, sensitive projection, or, as I have called it, the antenna. This antenna, when touched, transmits a sensation or vibration to a certain membrane which is instantly ruptured; this sets free a spring by which the pollen-mass is shot forth, like an arrow, in thM
e right direction, and adheres by its viscid extremity to the back of the bee. The pollen-mass of the male plant (for the sexes are separate in this orchid) is thus carried to the flower of the female plant, where it is brought into contact with the stigma, which is viscid enough to break certain elastic threads, and retain the pollen, thus effecting fertilisation.
How, it may be asked, in the foregoing and in innumerable other instances, can we understand the graduated scale of complexity and the multifarious mM
eans for gaining the same end. The answer no doubt is, as already remarked, that when two forms vary, which already differ from each other in some slight degree, the variability will not be of the same exact nature, and consequently the results obtained through natural selection for the same general purpose will not be the same. We should also bear in mind that every highly developed organism has passed through many changes; and that each modified structure tends to be inherited, so that each modification will not M
readily be quite lost, but may be again and again further altered. Hence, the structure of each part of each species, for whatever purpose it may serve, is the sum of many inherited changes, through which the species has passed during its successive adaptations to changed habits and conditions of life.
Finally, then, although in many cases it is most difficult even to conjecture by what transitions organs could have arrived at their present state; yet, considering how small the proportion of living and known forM
ms is to the extinct and unknown, I have been astonished how rarely an organ can be named, towards which no transitional grade is known to lead. It is certainly true, that new organs appearing as if created for some special purpose rarely or never appear in any being; as indeed is shown by that old, but somewhat exaggerated, canon in natural history of
Natura non facit saltum.
 We meet with this admission in the writings of almost every experienced naturalist; or, as Milne Edwards has well expressed it,
ure is prodigal in variety, but niggard in innovation.
 Why, on the theory of Creation, should there be so much variety and so little real novelty? Why should all the parts and organs of many independent beings, each supposed to have been separately created for its own proper place in nature, be so commonly linked together by graduated steps? Why should not Nature take a sudden leap from structure to structure? On the theory of natural selection, we can clearly understand why she should not; for natural selectionM
 acts only by taking advantage of slight successive variations; she can never take a great and sudden leap, but must advance by the short and sure, though slow steps.
Organs of little apparent Importance, as affected by Natural Selection.
As natural selection acts by life and death, by the survival of the fittest, and by the destruction of the less well-fitted individuals, I have sometimes felt great difficulty in understanding the origin or formation of parts of little importance; almost as great, though of M
a very different kind, as in the case of the most perfect and complex organs.
In the first place, we are much too ignorant in regard to the whole economy of any one organic being to say what slight modifications would be of importance or not. In a former chapter I have given instances of very trifling characters, such as the down on fruit and the colour of its flesh, the colour of the skin and hair of quadrupeds, which, from being correlated with constitutional differences, or from determining the attacks of insM
ects, might assuredly be acted on by natural selection. The tail of the giraffe looks like an artificially constructed fly-flapper; and it seems at first incredible that this could have been adapted for its present purpose by successive slight modifications, each better and better fitted, for so trifling an object as to drive away flies; yet we should pause before being too positive even in this case, for we know that the distribution and existence of cattle and other animals in South America absolutely depend on tM
heir power of resisting the attacks of insects: so that individuals which could by any means defend themselves from these small enemies, would be able to range into new pastures and thus gain a great advantage. It is not that the larger quadrupeds are actually destroyed (except in some rare cases) by flies, but they are incessantly harassed and their strength reduced, so that they are more subject to disease, or not so well enabled in a coming dearth to search for food, or to escape from beasts of prey.
ow of trifling importance have probably in some cases been of high importance to an early progenitor, and, after having been slowly perfected at a former period, have been transmitted to existing species in nearly the same state, although now of very slight use; but any actually injurious deviations in their structure would of course have been checked by natural selection. Seeing how important an organ of locomotion the tail is in most aquatic animals, its general presence and use for many purposes in so many land M
animals, which in their lungs or modified swim-bladders betray their aquatic origin, may perhaps be thus accounted for. A well-developed tail having been formed in an aquatic animal, it might subsequently come to be worked in for all sorts of purposes, as a fly-flapper, an organ of prehension, or as an aid in turning, as in the case of the dog, though the aid in this latter respect must be slight, for the hare, with hardly any tail, can double still more quickly.
In the second place, we may easily err in attribuM
ting importance to characters, and in believing that they have been developed through natural selection. We must by no means overlook the effects of the definite action of changed conditions of life, of so-called spontaneous variations, which seem to depend in a quite subordinate degree on the nature of the conditions, of the tendency to reversion to long-lost characters, of the complex laws of growth, such as of correlation, comprehension, of the pressure of one part on another, &c., and finally of sexual selectioM
n, by which characters of use to one sex are often gained and then transmitted more or less perfectly to the other sex, though of no use to the sex. But structures thus indirectly gained, although at first of no advantage to a species, may subsequently have been taken advantage of by its modified descendants, under new conditions of life and newly acquired habits.
If green woodpeckers alone had existed, and we did not know that there were many black and pied kinds, I dare say that we should have thought that theM
 green colour was a beautiful adaptation to conceal this tree-frequenting bird from its enemies; and consequently that it was a character of importance, and had been acquired through natural selection; as it is, the colour is probably in chief part due to sexual selection. A trailing palm in the Malay Archipelago climbs the loftiest trees by the aid of exquisitely constructed hooks clustered around the ends of the branches, and this contrivance, no doubt, is of the highest service to the plant; but as we see nearlyM
 similar hooks on many trees which are not climbers, and which, as there is reason to believe from the distribution of the thorn-bearing species in Africa and South America, serve as a defence against browsing quadrupeds, so the spikes on the palm may at first have been developed for this object, and subsequently have been improved and taken advantage of by the plant, as it underwent further modification and became a climber. The naked skin on the head of a vulture is generally considered as a direct adaptation forM
 wallowing in putridity; and so it may be, or it may possibly be due to the direct action of putrid matter; but we should be very cautious in drawing any such inference, when we see that the skin on the head of the clean-feeding male turkey is likewise naked. The sutures in the skulls of young mammals have been advanced as a beautiful adaptation for aiding parturition, and no doubt they facilitate, or may be indispensable for this act; but as sutures occur in the skulls of young birds and reptiles, which have only M
to escape from a broken egg, we may infer that this structure has arisen from the laws of growth, and has been taken advantage of in the parturition of the higher animals.
We are profoundly ignorant of the cause of each slight variation or individual difference; and we are immediately made conscious of this by reflecting on the differences between the breeds of our domesticated animals in different countries, more especially in the less civilized countries, where there has been but little methodical selection. AM
nimals kept by savages in different countries often have to struggle for their own subsistence, and are exposed to a certain extent to natural selection, and individuals with slightly different constitutions would succeed best under different climates. With cattle susceptibility to the attacks of flies is correlated with colour, as is the liability to be poisoned by certain plants; so that even colour would be thus subjected to the action of natural selection. Some observers are convinced that a damp climate affectM
s the growth of the hair, and that with the hair the horns are correlated. Mountain breeds always differ from lowland breeds; and a mountainous country would probably affect the hind limbs from exercising them more, and possibly even the form of the pelvis; and then by the law of homologous variation, the front limbs and the head would probably be affected. The shape, also, of the pelvis might affect by pressure the shape of certain parts of the young in the womb. The laborious breathing necessary in high regions tM
ends, as we have good reason to believe, to increase the size of the chest; and again correlation would come into play. The effects of lessened exercise, together with abundant food, on the whole organisation is probably still more important, and this, as H. von Nathusius has lately shown in his excellent Treatise, is apparently one chief cause of the great modification which the breeds of swine have undergone. But we are far too ignorant to speculate on the relative importance of the several known and unknown causM
es of variation; and I have made these remarks only to show that, if we are unable to account for the characteristic differences of our several domestic breeds, which nevertheless are generally admitted to have arisen through ordinary generation from one or a few parent-stocks, we ought not to lay too much stress on our ignorance of the precise cause of the slight analogous differences between true species.
Utilitarian Doctrine, how far true: Beauty, how acquired.
The foregoing remarks lead me to say a few woM
rds on the protest lately made by some naturalists against the utilitarian doctrine that every detail of structure has been produced for the good of its possessor. They believe that many structures have been created for the sake of beauty, to delight man or the Creator (but this latter point is beyond the scope of scientific discussion), or for the sake of mere variety, a view already discussed. Such doctrines, if true, would be absolutely fatal to my theory. I fully admit that many structures are now of no direct M
use to their possessors, and may never have been of any use to their progenitors; but this does not prove that they were formed solely for beauty or variety. No doubt the definite action of changed conditions, and the various causes of modifications, lately specified, have all produced an effect, probably a great effect, independently of any advantage thus gained. But a still more important consideration is that the chief part of the organisation of every living creature is due to inheritance; and consequently, thoM
ugh each being assuredly is well fitted for its place in nature, many structures have now no very close and direct relation to present habits of life. Thus, we can hardly believe that the webbed feet of the upland goose, or of the frigate-bird, are of special use to these birds; we cannot believe that the similar bones in the arm of the monkey, in the fore leg of the horse, in the wing of the bat, and in the flipper of the seal, are of special use to these animals. We may safely attribute these structures to inheriM
tance. But webbed feet no doubt were as useful to the progenitor of the upland goose and of the frigate-bird, as they now are to the most aquatic of living birds. So we may believe that the progenitor of the seal did not possess a flipper, but a foot with five toes fitted for walking or grasping; and we may further venture to believe that the several bones in the limbs of the monkey, horse and bat, were originally developed, on the principle of utility, probably through the reduction of more numerous bones in the fM
in of some ancient fish-like progenitor of the whole class. It is scarcely possible to decide how much allowance ought to be made for such causes of change, as the definite action of external conditions, so-called spontaneous variations, and the complex laws of growth; but with these important exceptions, we may conclude that the structure of every living creature either now is, or was formerly, of some direct or indirect use to its possessor.
With respect to the belief that organic beings have been created beauM
tiful for the delight of man
a belief which it has been pronounced is subversive of my whole theory
I may first remark that the sense of beauty obviously depends on the nature of the mind, irrespective of any real quality in the admired object; and that the idea of what is beautiful, is not innate or unalterable. We see this, for instance, in the men of different races admiring an entirely different standard of beauty in their women. If beautiful objects had been created solely for man
s gratification, it ougM
ht to be shown that before man appeared there was less beauty on the face of the earth than since he came on the stage. Were the beautiful volute and cone shells of the Eocene epoch, and the gracefully sculptured ammonites of the Secondary period, created that man might ages afterwards admire them in his cabinet? Few objects are more beautiful than the minute siliceous cases of the diatomace
: were these created that they might be examined and admired under the higher powers of the microscope? The beauty in this lM
atter case, and in many others, is apparently wholly due to symmetry of growth. Flowers rank among the most beautiful productions of nature; but they have been rendered conspicuous in contrast with the green leaves, and in consequence at the same time beautiful, so that they may be easily observed by insects. I have come to this conclusion from finding it an invariable rule that when a flower is fertilised by the wind it never has a gaily-coloured corolla. Several plants habitually produce two kinds of flowers; oneM
 kind open and coloured so as to attract insects; the other closed, not coloured, destitute of nectar, and never visited by insects. Hence, we may conclude that, if insects had not been developed on the face of the earth, our plants would not have been decked with beautiful flowers, but would have produced only such poor flowers as we see on our fir, oak, nut and ash trees, on grasses, spinach, docks and nettles, which are all fertilised through the agency of the wind. A similar line of argument holds good with fruM
its; that a ripe strawberry or cherry is as pleasing to the eye as to the palate
that the gaily-coloured fruit of the spindle-wood tree and the scarlet berries of the holly are beautiful objects
will be admitted by everyone. But this beauty serves merely as a guide to birds and beasts, in order that the fruit may be devoured and the matured seeds disseminated. I infer that this is the case from having as yet found no exception to the rule that seeds are always thus disseminated when embedded within a fruit of aM
ny kind (that is within a fleshy or pulpy envelope), if it be coloured of any brilliant tint, or rendered conspicuous by being white or black.
On the other hand, I willingly admit that a great number of male animals, as all our most gorgeous birds, some fishes, reptiles, and mammals, and a host of magnificently coloured butterflies, have been rendered beautiful for beauty
s sake. But this has been effected through sexual selection, that is, by the more beautiful males having been continually preferred by the fM
emales, and not for the delight of man. So it is with the music of birds. We may infer from all this that a nearly similar taste for beautiful colours and for musical sounds runs through a large part of the animal kingdom. When the female is as beautifully coloured as the male, which is not rarely the case with birds and butterflies, the cause apparently lies in the colours acquired through sexual selection having been transmitted to both sexes, instead of to the males alone. How the sense of beauty in its simplestM
that is, the reception of a peculiar kind of pleasure from certain colours, forms and sounds
was first developed in the mind of man and of the lower animals, is a very obscure subject. The same sort of difficulty is presented if we enquire how it is that certain flavours and odours give pleasure, and others displeasure. Habit in all these cases appears to have come to a certain extent into play; but there must be some fundamental cause in the constitution of the nervous system in each species.
selection cannot possibly produce any modification in a species exclusively for the good of another species; though throughout nature one species incessantly takes advantage of, and profits by the structures of others. But natural selection can and does often produce structures for the direct injury of other animals, as we see in the fang of the adder, and in the ovipositor of the ichneumon, by which its eggs are deposited in the living bodies of other insects. If it could be proved that any part of the structure oM
f any one species had been formed for the exclusive good of another species, it would annihilate my theory, for such could not have been produced through natural selection. Although many statements may be found in works on natural history to this effect, I cannot find even one which seems to me of any weight. It is admitted that the rattlesnake has a poison-fang for its own defence and for the destruction of its prey; but some authors suppose that at the same time it is furnished with a rattle for its own injury, nM
amely, to warn its prey. I would almost as soon believe that the cat curls the end of its tail when preparing to spring, in order to warn the doomed mouse. It is a much more probable view that the rattlesnake uses its rattle, the cobra expands its frill and the puff-adder swells while hissing so loudly and harshly, in order to alarm the many birds and beasts which are known to attack even the most venomous species. Snakes act on the same principle which makes the hen ruffle her feathers and expand her wings when a M
dog approaches her chickens. But I have not space here to enlarge on the many ways by which animals endeavour to frighten away their enemies.
Natural selection will never produce in a being any structure more injurious than beneficial to that being, for natural selection acts solely by and for the good of each. No organ will be formed, as Paley has remarked, for the purpose of causing pain or for doing an injury to its possessor. If a fair balance be struck between the good and evil caused by each part, each wilM
l be found on the whole advantageous. After the lapse of time, under changing conditions of life, if any part comes to be injurious, it will be modified; or if it be not so, the being will become extinct, as myriads have become extinct.
Natural selection tends only to make each organic being as perfect as, or slightly more perfect than the other inhabitants of the same country with which it comes into competition. And we see that this is the standard of perfection attained under nature. The endemic productions oM
f New Zealand, for instance, are perfect, one compared with another; but they are now rapidly yielding before the advancing legions of plants and animals introduced from Europe. Natural selection will not produce absolute perfection, nor do we always meet, as far as we can judge, with this high standard under nature. The correction for the aberration of light is said by M
ller not to be perfect even in that most perfect organ, the human eye. Helmholtz, whose judgment no one will dispute, after describing in the stM
rongest terms the wonderful powers of the human eye, adds these remarkable words:
That which we have discovered in the way of inexactness and imperfection in the optical machine and in the image on the retina, is as nothing in comparison with the incongruities which we have just come across in the domain of the sensations. One might say that nature has taken delight in accumulating contradictions in order to remove all foundation from the theory of a pre-existing harmony between the external and internal worlds.M
 If our reason leads us to admire with enthusiasm a multitude of inimitable contrivances in nature, this same reason tells us, though we may easily err on both sides, that some other contrivances are less perfect. Can we consider the sting of the bee as perfect, which, when used against many kinds of enemies, cannot be withdrawn, owing to the backward serratures, and thus inevitably causes the death of the insect by tearing out its viscera?
If we look at the sting of the bee, as having existed in a remote proM
genitor, as a boring and serrated instrument, like that in so many members of the same great order, and that it has since been modified but not perfected for its present purpose, with the poison originally adapted for some other object, such as to produce galls, since intensified, we can perhaps understand how it is that the use of the sting should so often cause the insect
s own death: for if on the whole the power of stinging be useful to the social community, it will fulfil all the requirements of natural seleM
ction, though it may cause the death of some few members. If we admire the truly wonderful power of scent by which the males of many insects find their females, can we admire the production for this single purpose of thousands of drones, which are utterly useless to the community for any other purpose, and which are ultimately slaughtered by their industrious and sterile sisters? It may be difficult, but we ought to admire the savage instinctive hatred of the queen-bee, which urges her to destroy the young queens, M
her daughters, as soon as they are born, or to perish herself in the combat; for undoubtedly this is for the good of the community; and maternal love or maternal hatred, though the latter fortunately is most rare, is all the same to the inexorable principles of natural selection. If we admire the several ingenious contrivances by which orchids and many other plants are fertilised through insect agency, can we consider as equally perfect the elaboration of dense clouds of pollen by our fir-trees, so that a few granuM
les may be wafted by chance on to the ovules?
Summary: the Law of Unity of Type and of the Conditions of Existence embraced by the Theory of Natural Selection.
We have in this chapter discussed some of the difficulties and objections which may be urged against the theory. Many of them are serious; but I think that in the discussion light has been thrown on several facts, which on the belief of independent acts of creation are utterly obscure. We have seen that species at any one period are not indefinitely vaM
riable, and are not linked together by a multitude of intermediate gradations, partly because the process of natural selection is always very slow, and at any one time acts only on a few forms; and partly because the very process of natural selection implies the continual supplanting and extinction of preceding and intermediate gradations. Closely allied species, now living on a continuous area, must often have been formed when the area was not continuous, and when the conditions of life did not insensibly graduateM
 away from one part to another. When two varieties are formed in two districts of a continuous area, an intermediate variety will often be formed, fitted for an intermediate zone; but from reasons assigned, the intermediate variety will usually exist in lesser numbers than the two forms which it connects; consequently the two latter, during the course of further modification, from existing in greater numbers, will have a great advantage over the less numerous intermediate variety, and will thus generally succeed inM
 supplanting and exterminating it.
We have seen in this chapter how cautious we should be in concluding that the most different habits of life could not graduate into each other; that a bat, for instance, could not have been formed by natural selection from an animal which at first only glided through the air.
We have seen that a species under new conditions of life may change its habits, or it may have diversified habits, with some very unlike those of its nearest congeners. Hence we can understand, bearing M
in mind that each organic being is trying to live wherever it can live, how it has arisen that there are upland geese with webbed feet, ground woodpeckers, diving thrushes, and petrels with the habits of auks.
Although the belief that an organ so perfect as the eye could have been formed by natural selection, is enough to stagger any one; yet in the case of any organ, if we know of a long series of gradations in complexity, each good for its possessor, then under changing conditions of life, there is no logical M
impossibility in the acquirement of any conceivable degree of perfection through natural selection. In the cases in which we know of no intermediate or transitional states, we should be extremely cautious in concluding that none can have existed, for the metamorphoses of many organs show what wonderful changes in function are at least possible. For instance, a swim-bladder has apparently been converted into an air-breathing lung. The same organ having performed simultaneously very different functions, and then haviM
ng been in part or in whole specialised for one function; and two distinct organs having performed at the same time the same function, the one having been perfected whilst aided by the other, must often have largely facilitated transitions.
We have seen that in two beings widely remote from each other in the natural scale, organs serving for the same purpose and in external appearance closely similar may have been separately and independently formed; but when such organs are closely examined, essential differencM
es in their structure can almost always be detected; and this naturally follows from the principle of natural selection. On the other hand, the common rule throughout nature is infinite diversity of structure for gaining the same end; and this again naturally follows from the same great principle.
In many cases we are far too ignorant to be enabled to assert that a part or organ is so unimportant for the welfare of a species, that modifications in its structure could not have been slowly accumulated by means of M
natural selection. In many other cases, modifications are probably the direct result of the laws of variation or of growth, independently of any good having been thus gained. But even such structures have often, as we may feel assured, been subsequently taken advantage of, and still further modified, for the good of species under new conditions of life. We may, also, believe that a part formerly of high importance has frequently been retained (as the tail of an aquatic animal by its terrestrial descendants), thoughM
 it has become of such small importance that it could not, in its present state, have been acquired by means of natural selection.
Natural selection can produce nothing in one species for the exclusive good or injury of another; though it may well produce parts, organs, and excretions highly useful or even indispensable, or highly injurious to another species, but in all cases at the same time useful to the possessor. In each well-stocked country natural selection acts through the competition of the inhabitants M
and consequently leads to success in the battle for life, only in accordance with the standard of that particular country. Hence the inhabitants of one country, generally the smaller one, often yield to the inhabitants of another and generally the larger country. For in the larger country there will have existed more individuals, and more diversified forms, and the competition will have been severer, and thus the standard of perfection will have been rendered higher. Natural selection will not necessarily lead to aM
bsolute perfection; nor, as far as we can judge by our limited faculties, can absolute perfection be everywhere predicated.
On the theory of natural selection we can clearly understand the full meaning of that old canon in natural history,
Natura non facit saltum.
 This canon, if we look to the present inhabitants alone of the world, is not strictly correct; but if we include all those of past times, whether known or unknown, it must on this theory be strictly true.
It is generally acknowledged that all M
organic beings have been formed on two great laws
Unity of Type, and the Conditions of Existence. By unity of type is meant that fundamental agreement in structure which we see in organic beings of the same class, and which is quite independent of their habits of life. On my theory, unity of type is explained by unity of descent. The expression of conditions of existence, so often insisted on by the illustrious Cuvier, is fully embraced by the principle of natural selection. For natural selection acts by either nM
ow adapting the varying parts of each being to its organic and inorganic conditions of life; or by having adapted them during past periods of time: the adaptations being aided in many cases by the increased use or disuse of parts, being affected by the direct action of external conditions of life, and subjected in all cases to the several laws of growth and variation. Hence, in fact, the law of the Conditions of Existence is the higher law; as it includes, through the inheritance of former variations and adaptationM
s, that of Unity of Type.
MISCELLANEOUS OBJECTIONS TO THE THEORY OF NATURAL SELECTION.
Modifications not necessarily simultaneous
Modifications apparently of no direct service
Progressive development
Characters of small functional importance, the most constant
Supposed incompetence of natural selection to account for the incipient stages of useful structures
Causes which interfere with the acquisition through natural selection of useful structures
Gradations of structuM
re with changed functions
Widely different organs in members of the same class, developed from one and the same source
Reasons for disbelieving in great and abrupt modifications.
I will devote this chapter to the consideration of various miscellaneous objections which have been advanced against my views, as some of the previous discussions may thus be made clearer; but it would be useless to discuss all of them, as many have been made by writers who have not taken the trouble to understand the subject. Thus M
a distinguished German naturalist has asserted that the weakest part of my theory is, that I consider all organic beings as imperfect: what I have really said is, that all are not as perfect as they might have been in relation to their conditions; and this is shown to be the case by so many native forms in many quarters of the world having yielded their places to intruding foreigners. Nor can organic beings, even if they were at any one time perfectly adapted to their conditions of life, have remained so, when theiM
r conditions changed, unless they themselves likewise changed; and no one will dispute that the physical conditions of each country, as well as the number and kinds of its inhabitants, have undergone many mutations.
A critic has lately insisted, with some parade of mathematical accuracy, that longevity is a great advantage to all species, so that he who believes in natural selection
must arrange his genealogical tree
 in such a manner that all the descendants have longer lives than their progenitors! CannotM
 our critics conceive that a biennial plant or one of the lower animals might range into a cold climate and perish there every winter; and yet, owing to advantages gained through natural selection, survive from year to year by means of its seeds or ova? Mr. E. Ray Lankester has recently discussed this subject, and he concludes, as far as its extreme complexity allows him to form a judgment, that longevity is generally related to the standard of each species in the scale of organisation, as well as to the amount of M
expenditure in reproduction and in general activity. And these conditions have, it is probable, been largely determined through natural selection.
It has been argued that, as none of the animals and plants of Egypt, of which we know anything, have changed during the last three or four thousand years, so probably have none in any part of the world. But, as Mr. G.H. Lewes has remarked, this line of argument proves too much, for the ancient domestic races figured on the Egyptian monuments, or embalmed, are closely M
similar or even identical with those now living; yet all naturalists admit that such races have been produced through the modification of their original types. The many animals which have remained unchanged since the commencement of the glacial period, would have been an incomparably stronger case, for these have been exposed to great changes of climate and have migrated over great distances; whereas, in Egypt, during the last several thousand years, the conditions of life, as far as we know, have remained absoluteM
ly uniform. The fact of little or no modification having been effected since the glacial period, would have been of some avail against those who believe in an innate and necessary law of development, but is powerless against the doctrine of natural selection or the survival of the fittest, which implies that when variations or individual differences of a beneficial nature happen to arise, these will be preserved; but this will be effected only under certain favourable circumstances.
t, Bronn, at the close of his German translation of this work, asks how, on the principle of natural selection, can a variety live side by side with the parent species? If both have become fitted for slightly different habits of life or conditions, they might live together; and if we lay on one side polymorphic species, in which the variability seems to be of a peculiar nature, and all mere temporary variations, such as size, albinism, &c., the more permanent varieties are generally found, as far as I can discover,M
 inhabiting distinct stations, such as high land or low land, dry or moist districts. Moreover, in the case of animals which wander much about and cross freely, their varieties seem to be generally confined to distinct regions.
Bronn also insists that distinct species never differ from each other in single characters, but in many parts; and he asks, how it always comes that many parts of the organisation should have been modified at the same time through variation and natural selection? But there is no necessityM
 for supposing that all the parts of any being have been simultaneously modified. The most striking modifications, excellently adapted for some purpose, might, as was formerly remarked, be acquired by successive variations, if slight, first in one part and then in another; and as they would be transmitted all together, they would appear to us as if they had been simultaneously developed. The best answer, however, to the above objection is afforded by those domestic races which have been modified, chiefly through maM
s power of selection, for some special purpose. Look at the race and dray-horse, or at the greyhound and mastiff. Their whole frames, and even their mental characteristics, have been modified; but if we could trace each step in the history of their transformation
and the latter steps can be traced
we should not see great and simultaneous changes, but first one part and then another slightly modified and improved. Even when selection has been applied by man to some one character alone
of which our cultivatM
ed plants offer the best instances
it will invariably be found that although this one part, whether it be the flower, fruit, or leaves, has been greatly changed, almost all the other parts have been slightly modified. This may be attributed partly to the principle of correlated growth, and partly to so-called spontaneous variation.
A much more serious objection has been urged by Bronn, and recently by Broca, namely, that many characters appear to be of no service whatever to their possessors, and therefore canM
not have been influenced through natural selection. Bronn adduces the length of the ears and tails in the different species of hares and mice
the complex folds of enamel in the teeth of many animals, and a multitude of analogous cases. With respect to plants, this subject has been discussed by N
geli in an admirable essay. He admits that natural selection has effected much, but he insists that the families of plants differ chiefly from each other in morphological characters, which appear to be quite unimportant M
for the welfare of the species. He consequently believes in an innate tendency towards progressive and more perfect development. He specifies the arrangement of the cells in the tissues, and of the leaves on the axis, as cases in which natural selection could not have acted. To these may be added the numerical divisions in the parts of the flower, the position of the ovules, the shape of the seed, when not of any use for dissemination, &c.
There is much force in the above objection. Nevertheless, we ought, in thM
e first place, to be extremely cautious in pretending to decide what structures now are, or have formerly been, of use to each species. In the second place, it should always be borne in mind that when one part is modified, so will be other parts, through certain dimly seen causes, such as an increased or diminished flow of nutriment to a part, mutual pressure, an early developed part affecting one subsequently developed, and so forth
as well as through other causes which lead to the many mysterious cases of correM
lation, which we do not in the least understand. These agencies may be all grouped together, for the sake of brevity, under the expression of the laws of growth. In the third place, we have to allow for the direct and definite action of changed conditions of life, and for so-called spontaneous variations, in which the nature of the conditions apparently plays a quite subordinate part. Bud-variations, such as the appearance of a moss-rose on a common rose, or of a nectarine on a peach-tree, offer good instances of sM
pontaneous variations; but even in these cases, if we bear in mind the power of a minute drop of poison in producing complex galls, we ought not to feel too sure that the above variations are not the effect of some local change in the nature of the sap, due to some change in the conditions. There must be some efficient cause for each slight individual difference, as well as for more strongly marked variations which occasionally arise; and if the unknown cause were to act persistently, it is almost certain that all M
the individuals of the species would be similarly modified.
In the earlier editions of this work I underrated, as it now seems probable, the frequency and importance of modifications due to spontaneous variability. But it is impossible to attribute to this cause the innumerable structures which are so well adapted to the habits of life of each species. I can no more believe in this than that the well-adapted form of a race-horse or greyhound, which before the principle of selection by man was well understood, exM
cited so much surprise in the minds of the older naturalists, can thus be explained.
It may be worth while to illustrate some of the foregoing remarks. With respect to the assumed inutility of various parts and organs, it is hardly necessary to observe that even in the higher and best-known animals many structures exist, which are so highly developed that no one doubts that they are of importance, yet their use has not been, or has only recently been, ascertained. As Bronn gives the length of the ears and tail iM
n the several species of mice as instances, though trifling ones, of differences in structure which can be of no special use, I may mention that, according to Dr. Sch
bl, the external ears of the common mouse are supplied in an extraordinary manner with nerves, so that they no doubt serve as tactile organs; hence the length of the ears can hardly be quite unimportant. We shall, also, presently see that the tail is a highly useful prehensile organ to some of the species; and its use would be much influence by its lM
With respect to plants, to which on account of N
s essay I shall confine myself in the following remarks, it will be admitted that the flowers of the orchids present a multitude of curious structures, which a few years ago would have been considered as mere morphological differences without any special function; but they are now known to be of the highest importance for the fertilisation of the species through the aid of insects, and have probably been gained through natural selection. No one untiM
l lately would have imagined that in dimorphic and trimorphic plants the different lengths of the stamens and pistils, and their arrangement, could have been of any service, but now we know this to be the case.
In certain whole groups of plants the ovules stand erect, and in others they are suspended; and within the same ovarium of some few plants, one ovule holds the former and a second ovule the latter position. These positions seem at first purely morphological, or of no physiological signification; but Dr. HM
ooker informs me that within the same ovarium the upper ovules alone in some cases, and in others the lower ones alone are fertilised; and he suggests that this probably depends on the direction in which the pollen-tubes enter the ovarium. If so, the position of the ovules, even when one is erect and the other suspended within the same ovarium, would follow the selection of any slight deviations in position which favoured their fertilisation, and the production of seed.
Several plants belonging to distinct orderM
s habitually produce flowers of two kinds
the one open, of the ordinary structure, the other closed and imperfect. These two kinds of flowers sometimes differ wonderfully in structure, yet may be seen to graduate into each other on the same plant. The ordinary and open flowers can be intercrossed; and the benefits which certainly are derived from this process are thus secured. The closed and imperfect flowers are, however, manifestly of high importance, as they yield with the utmost safety a large stock of seed, M
with the expenditure of wonderfully little pollen. The two kinds of flowers often differ much, as just stated, in structure. The petals in the imperfect flowers almost always consist of mere rudiments, and the pollen-grains are reduced in diameter. In Ononis column
 five of the alternate stamens are rudimentary; and in some species of Viola three stamens are in this state, two retaining their proper function, but being of very small size. In six out of thirty of the closed flowers in an Indian violet (name unknownM
, for the plants have never produced with me perfect flowers), the sepals are reduced from the normal number of five to three. In one section of the Malpighiace
 the closed flowers, according to A. de Jussieu, are still further modified, for the five stamens which stand opposite to the sepals are all aborted, a sixth stamen standing opposite to a petal being alone developed; and this stamen is not present in the ordinary flowers of this species; the style is aborted; and the ovaria are reduced from three to two. NM
ow although natural selection may well have had the power to prevent some of the flowers from expanding, and to reduce the amount of pollen, when rendered by the closure of the flowers superfluous, yet hardly any of the above special modifications can have been thus determined, but must have followed from the laws of growth, including the functional inactivity of parts, during the progress of the reduction of the pollen and the closure of the flowers.
It is so necessary to appreciate the important effects of theM
 laws of growth, that I will give some additional cases of another kind, namely of differences in the same part or organ, due to differences in relative position on the same plant. In the Spanish chestnut, and in certain fir-trees, the angles of divergence of the leaves differ, according to Schacht, in the nearly horizontal and in the upright branches. In the common rue and some other plants, one flower, usually the central or terminal one, opens first, and has five sepals and petals, and five divisions to the ovarM
ium; while all the other flowers on the plant are tetramerous. In the British Adoxa the uppermost flower generally has two calyx-lobes with the other organs tetramerous, while the surrounding flowers generally have three calyx-lobes with the other organs pentamerous. In many Composit
 (and in some other plants) the circumferential flowers have their corollas much more developed than those of the centre; and this seems often connected with the abortion of the reproductive organs. It is a more curioM
us fact, previously referred to, that the achenes or seeds of the circumference and centre sometimes differ greatly in form, colour and other characters. In Carthamus and some other Composit
 the central achenes alone are furnished with a pappus; and in Hyoseris the same head yields achenes of three different forms. In certain Umbellifer
 the exterior seeds, according to Tausch, are orthospermous, and the central one c
lospermous, and this is a character which was considered by De Candolle to be in other speciesM
 of the highest systematic importance. Professor Braun mentions a Fumariaceous genus, in which the flowers in the lower part of the spike bear oval, ribbed, one-seeded nutlets; and in the upper part of the spike, lanceolate, two-valved and two-seeded siliques. In these several cases, with the exception of that of the well-developed ray-florets, which are of service in making the flowers conspicuous to insects, natural selection cannot, as far as we can judge, have come into play, or only in a quite subordinate mannM
er. All these modifications follow from the relative position and inter-action of the parts; and it can hardly be doubted that if all the flowers and leaves on the same plant had been subjected to the same external and internal condition, as are the flowers and leaves in certain positions, all would have been modified in the same manner.
In numerous other cases we find modifications of structure, which are considered by botanists to be generally of a highly important nature, affecting only some of the flowers onM
 the same plant, or occurring on distinct plants, which grow close together under the same conditions. As these variations seem of no special use to the plants, they cannot have been influenced by natural selection. Of their cause we are quite ignorant; we cannot even attribute them, as in the last class of cases, to any proximate agency, such as relative position. I will give only a few instances. It is so common to observe on the same plant, flowers indifferently tetramerous, pentamerous, &c., that I need not givM
e examples; but as numerical variations are comparatively rare when the parts are few, I may mention that, according to De Candolle, the flowers of Papaver bracteatum offer either two sepals with four petals (which is the common type with poppies), or three sepals with six petals. The manner in which the petals are folded in the bud is in most groups a very constant morphological character; but Professor Asa Gray states that with some species of Mimulus, the
stivation is almost as frequently that of the RhinanthiM
 as of the Antirrhinide
, to which latter tribe the genus belongs. Aug. St. Hilaire gives the following cases: the genus Zanthoxylon belongs to a division of the Rutace
 with a single ovary, but in some species flowers may be found on the same plant, and even in the same panicle, with either one or two ovaries. In Helianthemum the capsule has been described as unilocular or tri-locular; and in H. mutabile,
Une lame plus ou moins large, s
tend entre le pericarpe et le placenta.
 In the flowers of SapoM
naria officinalis Dr. Masters has observed instances of both marginal and free central placentation. Lastly, St. Hilaire found towards the southern extreme of the range of Gomphia ole
formis two forms which he did not at first doubt were distinct species, but he subsequently saw them growing on the same bush; and he then adds,
me individu des loges et un style qui se rattachent tant
 un axe verticale et tant
We thus see that with plants many morphological chaM
nges may be attributed to the laws of growth and the inter-action of parts, independently of natural selection. But with respect to N
s doctrine of an innate tendency towards perfection or progressive development, can it be said in the case of these strongly pronounced variations, that the plants have been caught in the act of progressing towards a higher state of development? On the contrary, I should infer from the mere fact of the parts in question differing or varying greatly on the same plant, that sucM
h modifications were of extremely small importance to the plants themselves, of whatever importance they may generally be to us for our classifications. The acquisition of a useless part can hardly be said to raise an organism in the natural scale; and in the case of the imperfect, closed flowers, above described, if any new principle has to be invoked, it must be one of retrogression rather than of progression; and so it must be with many parasitic and degraded animals. We are ignorant of the exciting cause of theM
 above specified modifications; but if the unknown cause were to act almost uniformly for a length of time, we may infer that the result would be almost uniform; and in this case all the individuals of the species would be modified in the same manner.
From the fact of the above characters being unimportant for the welfare of the species, any slight variations which occurred in them would not have been accumulated and augmented through natural selection. A structure which has been developed through long-continuedM
 selection, when it ceases to be of service to a species, generally becomes variable, as we see with rudimentary organs; for it will no longer be regulated by this same power of selection. But when, from the nature of the organism and of the conditions, modifications have been induced which are unimportant for the welfare of the species, they may be, and apparently often have been, transmitted in nearly the same state to numerous, otherwise modified, descendants. It cannot have been of much importance to the greateM
r number of mammals, birds, or reptiles, whether they were clothed with hair, feathers or scales; yet hair has been transmitted to almost all mammals, feathers to all birds, and scales to all true reptiles. A structure, whatever it may be, which is common to many allied forms, is ranked by us as of high systematic importance, and consequently is often assumed to be of high vital importance to the species. Thus, as I am inclined to believe, morphological differences, which we consider as important
ngement of the leaves, the divisions of the flower or of the ovarium, the position of the ovules, &c., first appeared in many cases as fluctuating variations, which sooner or later became constant through the nature of the organism and of the surrounding conditions, as well as through the intercrossing of distinct individuals, but not through natural selection; for as these morphological characters do not affect the welfare of the species, any slight deviations in them could not have been governed or accumulated thM
rough this latter agency. It is a strange result which we thus arrive at, namely, that characters of slight vital importance to the species, are the most important to the systematist; but, as we shall hereafter see when we treat of the genetic principle of classification, this is by no means so paradoxical as it may at first appear.
Although we have no good evidence of the existence in organic beings of an innate tendency towards progressive development, yet this necessarily follows, as I have attempted to show M
in the fourth chapter, through the continued action of natural selection. For the best definition which has ever been given of a high standard of organisation, is the degree to which the parts have been specialised or differentiated; and natural selection tends towards this end, inasmuch as the parts are thus enabled to perform their functions more efficiently.
A distinguished zoologist, Mr. St. George Mivart, has recently collected all the objections which have ever been advanced by myself and others against thM
e theory of natural selection, as propounded by Mr. Wallace and myself, and has illustrated them with admirable art and force. When thus marshalled, they make a formidable array; and as it forms no part of Mr. Mivart
s plan to give the various facts and considerations opposed to his conclusions, no slight effort of reason and memory is left to the reader, who may wish to weigh the evidence on both sides. When discussing special cases, Mr. Mivart passes over the effects of the increased use and disuse of parts, whM
ich I have always maintained to be highly important, and have treated in my
Variation under Domestication
 at greater length than, as I believe, any other writer. He likewise often assumes that I attribute nothing to variation, independently of natural selection, whereas in the work just referred to I have collected a greater number of well-established cases than can be found in any other work known to me. My judgment may not be trustworthy, but after reading with care Mr. Mivart
s book, and comparing each sM
ection with what I have said on the same head, I never before felt so strongly convinced of the general truth of the conclusions here arrived at, subject, of course, in so intricate a subject, to much partial error.
s objections will be, or have been, considered in the present volume. The one new point which appears to have struck many readers is,
That natural selection is incompetent to account for the incipient stages of useful structures.
 This subject is intimately connected with that oM
f the gradation of the characters, often accompanied by a change of function, for instance, the conversion of a swim-bladder into lungs, points which were discussed in the last chapter under two headings. Nevertheless, I will here consider in some detail several of the cases advanced by Mr. Mivart, selecting those which are the most illustrative, as want of space prevents me from considering all.
The giraffe, by its lofty stature, much elongated neck, fore legs, head and tongue, has its whole frame beautifully aM
dapted for browsing on the higher branches of trees. It can thus obtain food beyond the reach of the other Ungulata or hoofed animals inhabiting the same country; and this must be a great advantage to it during dearths. The Niata cattle in South America show us how small a difference in structure may make, during such periods, a great difference in preserving an animal
s life. These cattle can browse as well as others on grass, but from the projection of the lower jaw they cannot, during the often recurrent drougM
hts, browse on the twigs of trees, reeds, &c., to which food the common cattle and horses are then driven; so that at these times the Niatas perish, if not fed by their owners. Before coming to Mr. Mivart
s objections, it may be well to explain once again how natural selection will act in all ordinary cases. Man has modified some of his animals, without necessarily having attended to special points of structure, by simply preserving and breeding from the fleetest individuals, as with the race-horse and greyhound,M
 or as with the game-cock, by breeding from the victorious birds. So under nature with the nascent giraffe, the individuals which were the highest browsers and were able during dearths to reach even an inch or two above the others, will often have been preserved; for they will have roamed over the whole country in search of food. That the individuals of the same species often differ slightly in the relative lengths of all their parts may be seen in many works of natural history, in which careful measurements are giM
ven. These slight proportional differences, due to the laws of growth and variation, are not of the slightest use or importance to most species. But it will have been otherwise with the nascent giraffe, considering its probable habits of life; for those individuals which had some one part or several parts of their bodies rather more elongated than usual, would generally have survived. These will have intercrossed and left offspring, either inheriting the same bodily peculiarities, or with a tendency to vary again iM
n the same manner; while the individuals less favoured in the same respects will have been the most liable to perish.
We here see that there is no need to separate single pairs, as man does, when he methodically improves a breed: natural selection will preserve and thus separate all the superior individuals, allowing them freely to intercross, and will destroy all the inferior individuals. By this process long-continued, which exactly corresponds with what I have called unconscious selection by man, combined, noM
 doubt, in a most important manner with the inherited effects of the increased use of parts, it seems to me almost certain that an ordinary hoofed quadruped might be converted into a giraffe.
To this conclusion Mr. Mivart brings forward two objections. One is that the increased size of the body would obviously require an increased supply of food, and he considers it as
very problematical whether the disadvantages thence arising would not, in times of scarcity, more than counterbalance the advantages.
s the giraffe does actually exist in large numbers in Africa, and as some of the largest antelopes in the world, taller than an ox, abound there, why should we doubt that, as far as size is concerned, intermediate gradations could formerly have existed there, subjected as now to severe dearths. Assuredly the being able to reach, at each stage of increased size, to a supply of food, left untouched by the other hoofed quadrupeds of the country, would have been of some advantage to the nascent giraffe. Nor must we oveM
rlook the fact, that increased bulk would act as a protection against almost all beasts of prey excepting the lion; and against this animal, its tall neck
and the taller the better
would, as Mr. Chauncey Wright has remarked, serve as a watch-tower. It is from this cause, as Sir S. Baker remarks, that no animal is more difficult to stalk than the giraffe. This animal also uses its long neck as a means of offence or defence, by violently swinging its head armed with stump-like horns. The preservation of each specM
ies can rarely be determined by any one advantage, but by the union of all, great and small.
Mr. Mivart then asks (and this is his second objection), if natural selection be so potent, and if high browsing be so great an advantage, why has not any other hoofed quadruped acquired a long neck and lofty stature, besides the giraffe, and, in a lesser degree, the camel, guanaco and macrauchenia? Or, again, why has not any member of the group acquired a long proboscis? With respect to South Africa, which was formerly M
inhabited by numerous herds of the giraffe, the answer is not difficult, and can best be given by an illustration. In every meadow in England, in which trees grow, we see the lower branches trimmed or planed to an exact level by the browsing of the horses or cattle; and what advantage would it be, for instance, to sheep, if kept there, to acquire slightly longer necks? In every district some one kind of animal will almost certainly be able to browse higher than the others; and it is almost equally certain that thisM
 one kind alone could have its neck elongated for this purpose, through natural selection and the effects of increased use. In South Africa the competition for browsing on the higher branches of the acacias and other trees must be between giraffe and giraffe, and not with the other ungulate animals.
Why, in other quarters of the world, various animals belonging to this same order have not acquired either an elongated neck or a proboscis, cannot be distinctly answered; but it is as unreasonable to expect a distinM
ct answer to such a question as why some event in the history of mankind did not occur in one country while it did in another. We are ignorant with respect to the conditions which determine the numbers and range of each species, and we cannot even conjecture what changes of structure would be favourable to its increase in some new country. We can, however, see in a general manner that various causes might have interfered with the development of a long neck or proboscis. To reach the foliage at a considerable heightM
 (without climbing, for which hoofed animals are singularly ill-constructed) implies greatly increased bulk of body; and we know that some areas support singularly few large quadrupeds, for instance South America, though it is so luxuriant, while South Africa abounds with them to an unparalleled degree. Why this should be so we do not know; nor why the later tertiary periods should have been much more favourable for their existence than the present time. Whatever the causes may have been, we can see that certain diM
stricts and times would have been much more favourable than others for the development of so large a quadruped as the giraffe.
In order that an animal should acquire some structure specially and largely developed, it is almost indispensable that several other parts should be modified and coadapted. Although every part of the body varies slightly, it does not follow that the necessary parts should always vary in the right direction and to the right degree. With the different species of our domesticated animals weM
 know that the parts vary in a different manner and degree, and that some species are much more variable than others. Even if the fitting variations did arise, it does not follow that natural selection would be able to act on them and produce a structure which apparently would be beneficial to the species. For instance, if the number of individuals existing in a country is determined chiefly through destruction by beasts of prey
by external or internal parasites, &c.
as seems often to be the case, then natural M
selection will be able to do little, or will be greatly retarded, in modifying any particular structure for obtaining food. Lastly, natural selection is a slow process, and the same favourable conditions must long endure in order that any marked effect should thus be produced. Except by assigning such general and vague reasons, we cannot explain why, in many quarters of the world, hoofed quadrupeds have not acquired much elongated necks or other means for browsing on the higher branches of trees.
he same nature as the foregoing have been advanced by many writers. In each case various causes, besides the general ones just indicated, have probably interfered with the acquisition through natural selection of structures, which it is thought would be beneficial to certain species. One writer asks, why has not the ostrich acquired the power of flight? But a moment
s reflection will show what an enormous supply of food would be necessary to give to this bird of the desert force to move its huge body through the M
air. Oceanic islands are inhabited by bats and seals, but by no terrestrial mammals; yet as some of these bats are peculiar species, they must have long inhabited their present homes. Therefore Sir C. Lyell asks, and assigns certain reasons in answer, why have not seals and bats given birth on such islands to forms fitted to live on the land? But seals would necessarily be first converted into terrestrial carnivorous animals of considerable size, and bats into terrestrial insectivorous animals; for the former thereM
 would be no prey; for the bats ground-insects would serve as food, but these would already be largely preyed on by the reptiles or birds, which first colonise and abound on most oceanic islands. Gradations of structure, with each stage beneficial to a changing species, will be favoured only under certain peculiar conditions. A strictly terrestrial animal, by occasionally hunting for food in shallow water, then in streams or lakes, might at last be converted into an animal so thoroughly aquatic as to brave the openM
 ocean. But seals would not find on oceanic islands the conditions favourable to their gradual reconversion into a terrestrial form. Bats, as formerly shown, probably acquired their wings by at first gliding through the air from tree to tree, like the so-called flying-squirrels, for the sake of escaping from their enemies, or for avoiding falls; but when the power of true flight had once been acquired, it would never be reconverted back, at least for the above purposes, into the less efficient power of gliding throM
ugh the air. Bats, might, indeed, like many birds, have had their wings greatly reduced in size, or completely lost, through disuse; but in this case it would be necessary that they should first have acquired the power of running quickly on the ground, by the aid of their hind legs alone, so as to compete with birds or other ground animals; and for such a change a bat seems singularly ill-fitted. These conjectural remarks have been made merely to show that a transition of structure, with each step beneficial, is a M
highly complex affair; and that there is nothing strange in a transition not having occurred in any particular case.
Lastly, more than one writer has asked why have some animals had their mental powers more highly developed than others, as such development would be advantageous to all? Why have not apes acquired the intellectual powers of man? Various causes could be assigned; but as they are conjectural, and their relative probability cannot be weighed, it would be useless to give them. A definite answer to theM
 latter question ought not to be expected, seeing that no one can solve the simpler problem, why, of two races of savages, one has risen higher in the scale of civilisation than the other; and this apparently implies increased brain power.
We will return to Mr. Mivart
s other objections. Insects often resemble for the sake of protection various objects, such as green or decayed leaves, dead twigs, bits of lichen, flowers, spines, excrement of birds, and living insects; but to this latter point I shall hereafteM
r recur. The resemblance is often wonderfully close, and is not confined to colour, but extends to form, and even to the manner in which the insects hold themselves. The caterpillars which project motionless like dead twigs from the bushes on which they feed, offer an excellent instance of a resemblance of this kind. The cases of the imitation of such objects as the excrement of birds, are rare and exceptional. On this head, Mr. Mivart remarks,
As, according to Mr. Darwin
s theory, there is a constant tendencyM
 to indefinite variation, and as the minute incipient variations will be in all directions, they must tend to neutralize each other, and at first to form such unstable modifications that it is difficult, if not impossible, to see how such indefinite oscillations of infinitesimal beginnings can ever build up a sufficiently appreciable resemblance to a leaf, bamboo, or other object, for natural selection to seize upon and perpetuate.
But in all the foregoing cases the insects in their original state no doubt prM
esented some rude and accidental resemblance to an object commonly found in the stations frequented by them. Nor is this at all improbable, considering the almost infinite number of surrounding objects and the diversity in form and colour of the hosts of insects which exist. As some rude resemblance is necessary for the first start, we can understand how it is that the larger and higher animals do not (with the exception, as far as I know, of one fish) resemble for the sake of protection special objects, but only tM
he surface which commonly surrounds them, and this chiefly in colour. Assuming that an insect originally happened to resemble in some degree a dead twig or a decayed leaf, and that it varied slightly in many ways, then all the variations which rendered the insect at all more like any such object, and thus favoured its escape, would be preserved, while other variations would be neglected and ultimately lost; or, if they rendered the insect at all less like the imitated object, they would be eliminated. There would iM
ndeed be force in Mr. Mivart
s objection, if we were to attempt to account for the above resemblances, independently of natural selection, through mere fluctuating variability; but as the case stands there is none.
Nor can I see any force in Mr. Mivart
s difficulty with respect to
the last touches of perfection in the mimicry;
 as in the case given by Mr. Wallace, of a walking-stick insect (Ceroxylus laceratus), which resembles
a stick grown over by a creeping moss or jungermannia.
is resemblance, that a native Dyak maintained that the foliaceous excrescences were really moss. Insects are preyed on by birds and other enemies whose sight is probably sharper than ours, and every grade in resemblance which aided an insect to escape notice or detection, would tend towards its preservation; and the more perfect the resemblance so much the better for the insect. Considering the nature of the differences between the species in the group which includes the above Ceroxylus, there is nothing improbableM
 in this insect having varied in the irregularities on its surface, and in these having become more or less green-coloured; for in every group the characters which differ in the several species are the most apt to vary, while the generic characters, or those common to all the species, are the most constant.
The Greenland whale is one of the most wonderful animals in the world, and the baleen, or whalebone, one of its greatest peculiarities. The baleen consists of a row, on each side of the upper jaw, of about 30M
, which stand close together transversely to the longer axis of the mouth. Within the main row there are some subsidiary rows. The extremities and inner margins of all the plates are frayed into stiff bristles, which clothe the whole gigantic palate, and serve to strain or sift the water, and thus to secure the minute prey on which these great animals subsist. The middle and longest lamina in the Greenland whale is ten, twelve, or even fifteen feet in length; but in the different species of CetacM
eans there are gradations in length; the middle lamina being in one species, according to Scoresby, four feet, in another three, in another eighteen inches, and in the Bal
noptera rostrata only about nine inches in length. The quality of the whalebone also differs in the different species.
With respect to the baleen, Mr. Mivart remarks that if it
had once attained such a size and development as to be at all useful, then its preservation and augmentation within serviceable limits would be promoted by natural M
selection alone. But how to obtain the beginning of such useful development?
 In answer, it may be asked, why should not the early progenitors of the whales with baleen have possessed a mouth constructed something like the lamellated beak of a duck? Ducks, like whales, subsist by sifting the mud and water; and the family has sometimes been called Criblatores, or sifters. I hope that I may not be misconstrued into saying that the progenitors of whales did actually possess mouths lamellated like the beak of a duck.M
 I wish only to show that this is not incredible, and that the immense plates of baleen in the Greenland whale might have been developed from such lamell
 by finely graduated steps, each of service to its possessor.
The beak of a shoveller-duck (Spatula clypeata) is a more beautiful and complex structure than the mouth of a whale. The upper mandible is furnished on each side (in the specimen examined by me) with a row or comb formed of 188 thin, elastic lamell
, obliquely bevelled so as to be pointed, and placM
ed transversely to the longer axis of the mouth. They arise from the palate, and are attached by flexible membrane to the sides of the mandible. Those standing towards the middle are the longest, being about one-third of an inch in length, and they project fourteen one-hundredths of an inch beneath the edge. At their bases there is a short subsidiary row of obliquely transverse lamell
. In these several respects they resemble the plates of baleen in the mouth of a whale. But towards the extremity of the beak they M
differ much, as they project inward, instead of straight downward. The entire head of the shoveller, though incomparably less bulky, is about one-eighteenth of the length of the head of a moderately large Bal
noptera rostrata, in which species the baleen is only nine inches long; so that if we were to make the head of the shoveller as long as that of the Bal
 would be six inches in length, that is, two-thirds of the length of the baleen in this species of whale. The lower mandible of the shovM
eller-duck is furnished with lamell
 of equal length with these above, but finer; and in being thus furnished it differs conspicuously from the lower jaw of a whale, which is destitute of baleen. On the other hand, the extremities of these lower lamell
 are frayed into fine bristly points, so that they thus curiously resemble the plates of baleen. In the genus Prion, a member of the distinct family of the Petrels, the upper mandible alone is furnished with lamell
, which are well developed and project beneath thM
e margin; so that the beak of this bird resembles in this respect the mouth of a whale.
From the highly developed structure of the shoveller
s beak we may proceed (as I have learned from information and specimens sent to me by Mr. Salvin), without any great break, as far as fitness for sifting is concerned, through the beak of the Merganetta armata, and in some respects through that of the Aix sponsa, to the beak of the common duck. In this latter species the lamell
 are much coarser than in the shoveller, anM
d are firmly attached to the sides of the mandible; they are only about fifty in number on each side, and do not project at all beneath the margin. They are square-topped, and are edged with translucent, hardish tissue, as if for crushing food. The edges of the lower mandible are crossed by numerous fine ridges, which project very little. Although the beak is thus very inferior as a sifter to that of a shoveller, yet this bird, as every one knows, constantly uses it for this purpose. There are other species, as I hM
ear from Mr. Salvin, in which the lamell
 are considerably less developed than in the common duck; but I do not know whether they use their beaks for sifting the water.
Turning to another group of the same family. In the Egyptian goose (Chenalopex) the beak closely resembles that of the common duck; but the lamell
 are not so numerous, nor so distinct from each other, nor do they project so much inward; yet this goose, as I am informed by Mr. E. Bartlett,
uses its bill like a duck by throwing the water out M
 Its chief food, however, is grass, which it crops like the common goose. In this latter bird the lamell
 of the upper mandible are much coarser than in the common duck, almost confluent, about twenty-seven in number on each side, and terminating upward in teeth-like knobs. The palate is also covered with hard rounded knobs. The edges of the lower mandible are serrated with teeth much more prominent, coarser and sharper than in the duck. The common goose does not sift the water, but uses its beakM
 exclusively for tearing or cutting herbage, for which purpose it is so well fitted that it can crop grass closer than almost any other animal. There are other species of geese, as I hear from Mr. Bartlett, in which the lamell
 are less developed than in the common goose.
We thus see that a member of the duck family, with a beak constructed like that of a common goose and adapted solely for grazing, or even a member with a beak having less well-developed lamell
, might be converted by small changes into a specM
ies like the Egyptian goose
this into one like the common duck
and, lastly, into one like the shoveller, provided with a beak almost exclusively adapted for sifting the water; for this bird could hardly use any part of its beak, except the hooked tip, for seizing or tearing solid food. The beak of a goose, as I may add, might also be converted by small changes into one provided with prominent, recurved teeth, like those of the Merganser (a member of the same family), serving for the widely different purpose of M
Returning to the whales. The Hyperoodon bidens is destitute of true teeth in an efficient condition, but its palate is roughened, according to Lacepede, with small unequal, hard points of horn. There is, therefore, nothing improbable in supposing that some early Cetacean form was provided with similar points of horn on the palate, but rather more regularly placed, and which, like the knobs on the beak of the goose, aided it in seizing or tearing its food. If so, it will hardly be denied that M
the points might have been converted through variation and natural selection into lamell
 as well-developed as those of the Egyptian goose, in which case they would have been used both for seizing objects and for sifting the water; then into lamell
 like those of the domestic duck; and so onward, until they became as well constructed as those of the shoveller, in which case they would have served exclusively as a sifting apparatus. From this stage, in which the lamell
 would be two-thirds of the length of the plM
ates of baleen in the Bal
noptera rostrata, gradations, which may be observed in still-existing Cetaceans, lead us onward to the enormous plates of baleen in the Greenland whale. Nor is there the least reason to doubt that each step in this scale might have been as serviceable to certain ancient Cetaceans, with the functions of the parts slowly changing during the progress of development, as are the gradations in the beaks of the different existing members of the duck-family. We should bear in mind that each speciM
es of duck is subjected to a severe struggle for existence, and that the structure of every part of its frame must be well adapted to its conditions of life.
, or Flat-fish, are remarkable for their asymmetrical bodies. They rest on one side
in the greater number of species on the left, but in some on the right side; and occasionally reversed adult specimens occur. The lower, or resting-surface, resembles at first sight the ventral surface of an ordinary fish; it is of a white colour, less deM
veloped in many ways than the upper side, with the lateral fins often of smaller size. But the eyes offer the most remarkable peculiarity; for they are both placed on the upper side of the head. During early youth, however, they stand opposite to each other, and the whole body is then symmetrical, with both sides equally coloured. Soon the eye proper to the lower side begins to glide slowly round the head to the upper side; but does not pass right through the skull, as was formerly thought to be the case. It is obvM
ious that unless the lower eye did thus travel round, it could not be used by the fish while lying in its habitual position on one side. The lower eye would, also, have been liable to be abraded by the sandy bottom. That the Pleuronectid
 are admirably adapted by their flattened and asymmetrical structure for their habits of life, is manifest from several species, such as soles, flounders, &c., being extremely common. The chief advantages thus gained seem to be protection from their enemies, and facility for feediM
ng on the ground. The different members, however, of the family present, as Schi
a long series of forms exhibiting a gradual transition from Hippoglossus pinguis, which does not in any considerable degree alter the shape in which it leaves the ovum, to the soles, which are entirely thrown to one side.
Mr. Mivart has taken up this case, and remarks that a sudden spontaneous transformation in the position of the eyes is hardly conceivable, in which I quite agree with him. He then adds:
e transit was gradual, then how such transit of one eye a minute fraction of the journey towards the other side of the head could benefit the individual is, indeed, far from clear. It seems, even, that such an incipient transformation must rather have been injurious.
 But he might have found an answer to this objection in the excellent observations published in 1867 by Malm. The Pleuronectid
, while very young and still symmetrical, with their eyes standing on opposite sides of the head, cannot long retain a verM
tical position, owing to the excessive depth of their bodies, the small size of their lateral fins, and to their being destitute of a swimbladder. Hence, soon growing tired, they fall to the bottom on one side. While thus at rest they often twist, as Malm observed, the lower eye upward, to see above them; and they do this so vigorously that the eye is pressed hard against the upper part of the orbit. The forehead between the eyes consequently becomes, as could be plainly seen, temporarily contracted in breadth. On M
one occasion Malm saw a young fish raise and depress the lower eye through an angular distance of about seventy degrees.
We should remember that the skull at this early age is cartilaginous and flexible, so that it readily yields to muscular action. It is also known with the higher animals, even after early youth, that the skull yields and is altered in shape, if the skin or muscles be permanently contracted through disease or some accident. With long-eared rabbits, if one ear flops forward and downward, its weiM
ght drags forward all the bones of the skull on the same side, of which I have given a figure. Malm states that the newly-hatched young of perches, salmon, and several other symmetrical fishes, have the habit of occasionally resting on one side at the bottom; and he has observed that they often then strain their lower eyes so as to look upward; and their skulls are thus rendered rather crooked. These fishes, however, are soon able to hold themselves in a vertical position, and no permanent effect is thus produced. M
With the Pleuronectid
, on the other hand, the older they grow the more habitually they rest on one side, owing to the increasing flatness of their bodies, and a permanent effect is thus produced on the form of the head, and on the position of the eyes. Judging from analogy, the tendency to distortion would no doubt be increased through the principle of inheritance. Schi
dte believes, in opposition to some other naturalists, that the Pleuronectid
 are not quite symmetrical even in the embryo; and if this be so, M
we could understand how it is that certain species, while young, habitually fall over and rest on the left side, and other species on the right side. Malm adds, in confirmation of the above view, that the adult Trachypterus arcticus, which is not a member of the Pleuronectid
, rests on its left side at the bottom, and swims diagonally through the water; and in this fish, the two sides of the head are said to be somewhat dissimilar. Our great authority on Fishes, Dr. G
nther, concludes his abstract of Malm
er, by remarking that
the author gives a very simple explanation of the abnormal condition of the Pleuronectoids.
We thus see that the first stages of the transit of the eye from one side of the head to the other, which Mr. Mivart considers would be injurious, may be attributed to the habit, no doubt beneficial to the individual and to the species, of endeavouring to look upward with both eyes, while resting on one side at the bottom. We may also attribute to the inherited effects of use the fact of the moM
uth in several kinds of flat-fish being bent towards the lower surface, with the jaw bones stronger and more effective on this, the eyeless side of the head, than on the other, for the sake, as Dr. Traquair supposes, of feeding with ease on the ground. Disuse, on the other hand, will account for the less developed condition of the whole inferior half of the body, including the lateral fins; though Yarrel thinks that the reduced size of these fins is advantageous to the fish, as
there is so much less room for theM
ir action than with the larger fins above.
 Perhaps the lesser number of teeth in the proportion of four to seven in the upper halves of the two jaws of the plaice, to twenty-five to thirty in the lower halves, may likewise be accounted for by disuse. From the colourless state of the ventral surface of most fishes and of many other animals, we may reasonably suppose that the absence of colour in flat-fish on the side, whether it be the right or left, which is under-most, is due to the exclusion of light. But it cM
annot be supposed that the peculiar speckled appearance of the upper side of the sole, so like the sandy bed of the sea, or the power in some species, as recently shown by Pouchet, of changing their colour in accordance with the surrounding surface, or the presence of bony tubercles on the upper side of the turbot, are due to the action of the light. Here natural selection has probably come into play, as well as in adapting the general shape of the body of these fishes, and many other peculiarities, to their habitsM
 of life. We should keep in mind, as I have before insisted, that the inherited effects of the increased use of parts, and perhaps of their disuse, will be strengthened by natural selection. For all spontaneous variations in the right direction will thus be preserved; as will those individuals which inherit in the highest degree the effects of the increased and beneficial use of any part. How much to attribute in each particular case to the effects of use, and how much to natural selection, it seems impossible to dM
I may give another instance of a structure which apparently owes its origin exclusively to use or habit. The extremity of the tail in some American monkeys has been converted into a wonderfully perfect prehensile organ, and serves as a fifth hand. A reviewer, who agrees with Mr. Mivart in every detail, remarks on this structure:
It is impossible to believe that in any number of ages the first slight incipient tendency to grasp could preserve the lives of the individuals possessing it, or favour their cM
hance of having and of rearing offspring.
 But there is no necessity for any such belief. Habit, and this almost implies that some benefit great or small is thus derived, would in all probability suffice for the work. Brehm saw the young of an African monkey (Cercopithecus) clinging to the under surface of their mother by their hands, and at the same time they hooked their little tails round that of their mother. Professor Henslow kept in confinement some harvest mice (Mus messorius) which do not possess a structM
urally prehensive tail; but he frequently observed that they curled their tails round the branches of a bush placed in the cage, and thus aided themselves in climbing. I have received an analogous account from Dr. G
nther, who has seen a mouse thus suspend itself. If the harvest mouse had been more strictly arboreal, it would perhaps have had its tail rendered structurally prehensile, as is the case with some members of the same order. Why Cercopithecus, considering its habits while young, has not become thus provM
ided, it would be difficult to say. It is, however, possible that the long tail of this monkey may be of more service to it as a balancing organ in making its prodigious leaps, than as a prehensile organ.
The mammary glands are common to the whole class of mammals, and are indispensable for their existence; they must, therefore, have been developed at an extremely remote period, and we can know nothing positively about their manner of development. Mr. Mivart asks:
Is it conceivable that the young of any animaM
l was ever saved from destruction by accidentally sucking a drop of scarcely nutritious fluid from an accidentally hypertrophied cutaneous gland of its mother? And even if one was so, what chance was there of the perpetuation of such a variation?
 But the case is not here put fairly. It is admitted by most evolutionists that mammals are descended from a marsupial form; and if so, the mammary glands will have been at first developed within the marsupial sack. In the case of the fish (Hippocampus) the eggs are hatcM
hed, and the young are reared for a time, within a sack of this nature; and an American naturalist, Mr. Lockwood, believes from what he has seen of the development of the young, that they are nourished by a secretion from the cutaneous glands of the sack. Now, with the early progenitors of mammals, almost before they deserved to be thus designated, is it not at least possible that the young might have been similarly nourished? And in this case, the individuals which secreted a fluid, in some degree or manner the moM
st nutritious, so as to partake of the nature of milk, would in the long run have reared a larger number of well-nourished offspring, than would the individuals which secreted a poorer fluid; and thus the cutaneous glands, which are the homologues of the mammary glands, would have been improved or rendered more effective. It accords with the widely extended principle of specialisation, that the glands over a certain space of the sack should have become more highly developed than the remainder; and they would then hM
ave formed a breast, but at first without a nipple, as we see in the Ornithorhyncus, at the base of the mammalian series. Through what agency the glands over a certain space became more highly specialised than the others, I will not pretend to decide, whether in part through compensation of growth, the effects of use, or of natural selection.
The development of the mammary glands would have been of no service, and could not have been affected through natural selection, unless the young at the same time were ableM
 to partake of the secretion. There is no greater difficulty in understanding how young mammals have instinctively learned to suck the breast, than in understanding how unhatched chickens have learned to break the egg-shell by tapping against it with their specially adapted beaks; or how a few hours after leaving the shell they have learned to pick up grains of food. In such cases the most probable solution seems to be, that the habit was at first acquired by practice at a more advanced age, and afterwards transmitM
ted to the offspring at an earlier age. But the young kangaroo is said not to suck, only to cling to the nipple of its mother, who has the power of injecting milk into the mouth of her helpless, half-formed offspring. On this head Mr. Mivart remarks:
Did no special provision exist, the young one must infallibly be choked by the intrusion of the milk into the wind-pipe. But there is a special provision. The larynx is so elongated that it rises up into the posterior end of the nasal passage, and is thus enabled toM
 give free entrance to the air for the lungs, while the milk passes harmlessly on each side of this elongated larynx, and so safely attains the gullet behind it.
 Mr. Mivart then asks how did natural selection remove in the adult kangaroo (and in most other mammals, on the assumption that they are descended from a marsupial form),
this at least perfectly innocent and harmless structure?
 It may be suggested in answer that the voice, which is certainly of high importance to many animals, could hardly have beeM
n used with full force as long as the larynx entered the nasal passage; and Professor Flower has suggested to me that this structure would have greatly interfered with an animal swallowing solid food.
We will now turn for a short space to the lower divisions of the animal kingdom. The Echinodermata (star-fishes, sea-urchins, &c.) are furnished with remarkable organs, called pedicellari
, which consist, when well developed, of a tridactyle forceps
that is, of one formed of three serrated arms, neatly fitting tM
ogether and placed on the summit of a flexible stem, moved by muscles. These forceps can seize firmly hold of any object; and Alexander Agassiz has seen an Echinus or sea-urchin rapidly passing particles of excrement from forceps to forceps down certain lines of its body, in order that its shell should not be fouled. But there is no doubt that besides removing dirt of all kinds, they subserve other functions; and one of these apparently is defence.
With respect to these organs, Mr. Mivart, as on so many previousM
What would be the utility of the first rudimentary beginnings of such structures, and how could such insipient buddings have ever preserved the life of a single Echinus?
not even the sudden development of the snapping action would have been beneficial without the freely movable stalk, nor could the latter have been efficient without the snapping jaws, yet no minute, nearly indefinite variations could simultaneously evolve these complex co-ordinations of structure; to deny this seM
ems to do no less than to affirm a startling paradox.
 Paradoxical as this may appear to Mr. Mivart, tridactyle forcepses, immovably fixed at the base, but capable of a snapping action, certainly exist on some star-fishes; and this is intelligible if they serve, at least in part, as a means of defence. Mr. Agassiz, to whose great kindness I am indebted for much information on the subject, informs me that there are other star-fishes, in which one of the three arms of the forceps is reduced to a support for the othM
er two; and again, other genera in which the third arm is completely lost. In Echinoneus, the shell is described by M. Perrier as bearing two kinds of pedicellari
, one resembling those of Echinus, and the other those of Spatangus; and such cases are always interesting as affording the means of apparently sudden transitions, through the abortion of one of the two states of an organ.
With respect to the steps by which these curious organs have been evolved, Mr. Agassiz infers from his own researches and those ofM
ller, that both in star-fishes and sea-urchins the pedicellari
 must undoubtedly be looked at as modified spines. This may be inferred from their manner of development in the individual, as well as from a long and perfect series of gradations in different species and genera, from simple granules to ordinary spines, to perfect tridactyle pedicellari
. The gradation extends even to the manner in which ordinary spines and the pedicellari
, with their supporting calcareous rods, are articulated to the shell.M
 In certain genera of star-fishes,
the very combinations needed to show that the pedicellari
 are only modified branching spines
 may be found. Thus we have fixed spines, with three equi-distant, serrated, movable branches, articulated to near their bases; and higher up, on the same spine, three other movable branches. Now when the latter arise from the summit of a spine they form, in fact, a rude tridactyle pedicellari
, and such may be seen on the same spine together with the three lower branches. In this M
case the identity in nature between the arms of the pedicellari
 and the movable branches of a spine, is unmistakable. It is generally admitted that the ordinary spines serve as a protection; and if so, there can be no reason to doubt that those furnished with serrated and movable branches likewise serve for the same purpose; and they would thus serve still more effectively as soon as by meeting together they acted as a prehensile or snapping apparatus. Thus every gradation, from an ordinary fixed spine to a fixedM
, would be of service.
In certain genera of star-fishes these organs, instead of being fixed or borne on an immovable support, are placed on the summit of a flexible and muscular, though short, stem; and in this case they probably subserve some additional function besides defence. In the sea-urchins the steps can be followed by which a fixed spine becomes articulated to the shell, and is thus rendered movable. I wish I had space here to give a fuller abstract of Mr. Agassiz
s interesting observatM
ions on the development of the pedicellari
. All possible gradations, as he adds, may likewise be found between the pedicellari
 of the star-fishes and the hooks of the Ophiurians, another group of the Echinodermata; and again between the pedicellari
 of sea-urchins and the anchors of the Holothuri
, also belonging to the same great class.
Certain compound animals, or zoophytes, as they have been termed, namely the Polyzoa, are provided with curious organs called avicularia. These differ much in structure inM
 the different species. In their most perfect condition they curiously resemble the head and beak of a vulture in miniature, seated on a neck and capable of movement, as is likewise the lower jaw or mandible. In one species observed by me, all the avicularia on the same branch often moved simultaneously backwards and forwards, with the lower jaw widely open, through an angle of about 90 degrees, in the course of five seconds; and their movement caused the whole polyzoary to tremble. When the jaws are touched with aM
 needle they seize it so firmly that the branch can thus be shaken.
Mr. Mivart adduces this case, chiefly on account of the supposed difficulty of organs, namely the avicularia of the Polyzoa and the pedicellari
 of the Echinodermata, which he considers as
essentially similar,
 having been developed through natural selection in widely distinct divisions of the animal kingdom. But, as far as structure is concerned, I can see no similarity between tridactyle pedicellari
 and avicularia. The latter resemblesM
 somewhat more closely the chel
 or pincers of Crustaceans; and Mr. Mivart might have adduced with equal appropriateness this resemblance as a special difficulty, or even their resemblance to the head and beak of a bird. The avicularia are believed by Mr. Busk, Dr. Smitt and Dr. Nitsche
naturalists who have carefully studied this group
to be homologous with the zooids and their cells which compose the zoophyte, the movable lip or lid of the cell corresponding with the lower and movable mandible of the avicularM
ium. Mr. Busk, however, does not know of any gradations now existing between a zooid and an avicularium. It is therefore impossible to conjecture by what serviceable gradations the one could have been converted into the other, but it by no means follows from this that such gradations have not existed.
 of Crustaceans resemble in some degree the avicularia of Polyzoa, both serving as pincers, it may be worth while to show that with the former a long series of serviceable gradations still exists. In tM
he first and simplest stage, the terminal segment of a limb shuts down either on the square summit of the broad penultimate segment, or against one whole side, and is thus enabled to catch hold of an object, but the limb still serves as an organ of locomotion. We next find one corner of the broad penultimate segment slightly prominent, sometimes furnished with irregular teeth, and against these the terminal segment shuts down. By an increase in the size of this projection, with its shape, as well as that of the terM
minal segment, slightly modified and improved, the pincers are rendered more and more perfect, until we have at last an instrument as efficient as the chel
 of a lobster. And all these gradations can be actually traced.
Besides the avicularia, the polyzoa possess curious organs called vibracula. These generally consist of long bristles, capable of movement and easily excited. In one species examined by me the vibracula were slightly curved and serrated along the outer margin, and all of them on the same polyzoaM
ry often moved simultaneously; so that, acting like long oars, they swept a branch rapidly across the object-glass of my microscope. When a branch was placed on its face, the vibracula became entangled, and they made violent efforts to free themselves. They are supposed to serve as a defence, and may be seen, as Mr. Busk remarks,
to sweep slowly and carefully over the surface of the polyzoary, removing what might be noxious to the delicate inhabitants of the cells when their tentacula are protruded.
laria, like the vibracula, probably serve for defence, but they also catch and kill small living animals, which, it is believed, are afterwards swept by the currents within reach of the tentacula of the zooids. Some species are provided with avicularia and vibracula, some with avicularia alone and a few with vibracula alone.
It is not easy to imagine two objects more widely different in appearance than a bristle or vibraculum, and an avicularium like the head of a bird; yet they are almost certainly homologous aM
nd have been developed from the same common source, namely a zooid with its cell. Hence, we can understand how it is that these organs graduate in some cases, as I am informed by Mr. Busk, into each other. Thus, with the avicularia of several species of Lepralia, the movable mandible is so much produced and is so like a bristle that the presence of the upper or fixed beak alone serves to determine its avicularian nature. The vibracula may have been directly developed from the lips of the cells, without having passeM
d through the avicularian stage; but it seems more probable that they have passed through this stage, as during the early stages of the transformation, the other parts of the cell, with the included zooid, could hardly have disappeared at once. In many cases the vibracula have a grooved support at the base, which seems to represent the fixed beak; though this support in some species is quite absent. This view of the development of the vibracula, if trustworthy, is interesting; for supposing that all the species proM
vided with avicularia had become extinct, no one with the most vivid imagination would ever have thought that the vibracula had originally existed as part of an organ, resembling a bird
s head, or an irregular box or hood. It is interesting to see two such widely different organs developed from a common origin; and as the movable lip of the cell serves as a protection to the zooid, there is no difficulty in believing that all the gradations, by which the lip became converted first into the lower mandible of an avM
icularium, and then into an elongated bristle, likewise served as a protection in different ways and under different circumstances.
In the vegetable kingdom Mr. Mivart only alludes to two cases, namely the structure of the flowers of orchids, and the movements of climbing plants. With respect to the former, he says:
The explanation of their origin is deemed thoroughly unsatisfactory
utterly insufficient to explain the incipient, infinitesimal beginnings of structures which are of utility only when they are M
considerably developed.
 As I have fully treated this subject in another work, I will here give only a few details on one alone of the most striking peculiarities of the flowers of orchids, namely, their pollinia. A pollinium, when highly developed, consists of a mass of pollen-grains, affixed to an elastic foot-stalk or caudicle, and this to a little mass of extremely viscid matter. The pollinia are by this means transported by insects from one flower to the stigma of another. In some orchids there is no caudiclM
e to the pollen-masses, and the grains are merely tied together by fine threads; but as these are not confined to orchids, they need not here be considered; yet I may mention that at the base of the orchidaceous series, in Cypripedium, we can see how the threads were probably first developed. In other orchids the threads cohere at one end of the pollen-masses; and this forms the first or nascent trace of a caudicle. That this is the origin of the caudicle, even when of considerable length and highly developed, we hM
ave good evidence in the aborted pollen-grains which can sometimes be detected embedded within the central and solid parts.
With respect to the second chief peculiarity, namely, the little mass of viscid matter attached to the end of the caudicle, a long series of gradations can be specified, each of plain service to the plant. In most flowers belonging to other orders the stigma secretes a little viscid matter. Now, in certain orchids similar viscid matter is secreted, but in much larger quantities by one aloneM
 of the three stigmas; and this stigma, perhaps in consequence of the copious secretion, is rendered sterile. When an insect visits a flower of this kind, it rubs off some of the viscid matter, and thus at the same time drags away some of the pollen-grains. From this simple condition, which differs but little from that of a multitude of common flowers, there are endless gradations
to species in which the pollen-mass terminates in a very short, free caudicle
to others in which the caudicle becomes firmly attacheM
d to the viscid matter, with the sterile stigma itself much modified. In this latter case we have a pollinium in its most highly developed and perfect condition. He who will carefully examine the flowers of orchids for himself will not deny the existence of the above series of gradations
from a mass of pollen-grains merely tied together by threads, with the stigma differing but little from that of the ordinary flowers, to a highly complex pollinium, admirably adapted for transportal by insects; nor will he deny tM
hat all the gradations in the several species are admirably adapted in relation to the general structure of each flower for its fertilisation by different insects. In this, and in almost every other case, the enquiry may be pushed further backwards; and it may be asked how did the stigma of an ordinary flower become viscid, but as we do not know the full history of any one group of beings, it is as useless to ask, as it is hopeless to attempt answering, such questions.
We will now turn to climbing plants. These M
can be arranged in a long series, from those which simply twine round a support, to those which I have called leaf-climbers, and to those provided with tendrils. In these two latter classes the stems have generally, but not always, lost the power of twining, though they retain the power of revolving, which the tendrils likewise possess. The gradations from leaf-climbers to tendril bearers are wonderfully close, and certain plants may be differently placed in either class. But in ascending the series from simple twiM
ners to leaf-climbers, an important quality is added, namely sensitiveness to a touch, by which means the foot-stalks of the leaves or flowers, or these modified and converted into tendrils, are excited to bend round and clasp the touching object. He who will read my memoir on these plants will, I think, admit that all the many gradations in function and structure between simple twiners and tendril-bearers are in each case beneficial in a high degree to the species. For instance, it is clearly a great advantage to M
a twining plant to become a leaf-climber; and it is probable that every twiner which possessed leaves with long foot-stalks would have been developed into a leaf-climber, if the foot-stalks had possessed in any slight degree the requisite sensitiveness to a touch.
As twining is the simplest means of ascending a support, and forms the basis of our series, it may naturally be asked how did plants acquire this power in an incipient degree, afterwards to be improved and increased through natural selection. The powerM
 of twining depends, firstly, on the stems while young being extremely flexible (but this is a character common to many plants which are not climbers); and, secondly, on their continually bending to all points of the compass, one after the other in succession, in the same order. By this movement the stems are inclined to all sides, and are made to move round and round. As soon as the lower part of a stem strikes against any object and is stopped, the upper part still goes on bending and revolving, and thus necessarM
ily twines round and up the support. The revolving movement ceases after the early growth of each shoot. As in many widely separated families of plants, single species and single genera possess the power of revolving, and have thus become twiners, they must have independently acquired it, and cannot have inherited it from a common progenitor. Hence, I was led to predict that some slight tendency to a movement of this kind would be found to be far from uncommon with plants which did not climb; and that this had affoM
rded the basis for natural selection to work on and improve. When I made this prediction, I knew of only one imperfect case, namely, of the young flower-peduncles of a Maurandia which revolved slightly and irregularly, like the stems of twining plants, but without making any use of this habit. Soon afterwards Fritz M
ller discovered that the young stems of an Alisma and of a Linum
plants which do not climb and are widely separated in the natural system
revolved plainly, though irregularly, and he states that hM
e has reason to suspect that this occurs with some other plants. These slight movements appear to be of no service to the plants in question; anyhow, they are not of the least use in the way of climbing, which is the point that concerns us. Nevertheless we can see that if the stems of these plants had been flexible, and if under the conditions to which they are exposed it had profited them to ascend to a height, then the habit of slightly and irregularly revolving might have been increased and utilised through natuM
ral selection, until they had become converted into well-developed twining species.
With respect to the sensitiveness of the foot-stalks of the leaves and flowers, and of tendrils, nearly the same remarks are applicable as in the case of the revolving movements of twining plants. As a vast number of species, belonging to widely distinct groups, are endowed with this kind of sensitiveness, it ought to be found in a nascent condition in many plants which have not become climbers. This is the case: I observed that M
the young flower-peduncles of the above Maurandia curved themselves a little towards the side which was touched. Morren found in several species of Oxalis that the leaves and their foot-stalks moved, especially after exposure to a hot sun, when they were gently and repeatedly touched, or when the plant was shaken. I repeated these observations on some other species of Oxalis with the same result; in some of them the movement was distinct, but was best seen in the young leaves; in others it was extremely slight. It M
is a more important fact that according to the high authority of Hofmeister, the young shoots and leaves of all plants move after being shaken; and with climbing plants it is, as we know, only during the early stages of growth that the foot-stalks and tendrils are sensitive.
It is scarcely possible that the above slight movements, due to a touch or shake, in the young and growing organs of plants, can be of any functional importance to them. But plants possess, in obedience to various stimuli, powers of movementM
, which are of manifest importance to them; for instance, towards and more rarely from the light
in opposition to, and more rarely in the direction of, the attraction of gravity. When the nerves and muscles of an animal are excited by galvanism or by the absorption of strychnine, the consequent movements may be called an incidental result, for the nerves and muscles have not been rendered specially sensitive to these stimuli. So with plants it appears that, from having the power of movement in obedience to certaiM
n stimuli, they are excited in an incidental manner by a touch, or by being shaken. Hence there is no great difficulty in admitting that in the case of leaf-climbers and tendril-bearers, it is this tendency which has been taken advantage of and increased through natural selection. It is, however, probable, from reasons which I have assigned in my memoir, that this will have occurred only with plants which had already acquired the power of revolving, and had thus become twiners.
I have already endeavoured to explM
ain how plants became twiners, namely, by the increase of a tendency to slight and irregular revolving movements, which were at first of no use to them; this movement, as well as that due to a touch or shake, being the incidental result of the power of moving, gained for other and beneficial purposes. Whether, during the gradual development of climbing plants, natural selection has been aided by the inherited effects of use, I will not pretend to decide; but we know that certain periodical movements, for instance tM
he so-called sleep of plants, are governed by habit.
I have now considered enough, perhaps more than enough, of the cases, selected with care by a skilful naturalist, to prove that natural selection is incompetent to account for the incipient stages of useful structures; and I have shown, as I hope, that there is no great difficulty on this head. A good opportunity has thus been afforded for enlarging a little on gradations of structure, often associated with strange functions
an important subject, which was nM
ot treated at sufficient length in the former editions of this work. I will now briefly recapitulate the foregoing cases.
With the giraffe, the continued preservation of the individuals of some extinct high-reaching ruminant, which had the longest necks, legs, &c., and could browse a little above the average height, and the continued destruction of those which could not browse so high, would have sufficed for the production of this remarkable quadruped; but the prolonged use of all the parts, together with inherM
itance, will have aided in an important manner in their co-ordination. With the many insects which imitate various objects, there is no improbability in the belief that an accidental resemblance to some common object was in each case the foundation for the work of natural selection, since perfected through the occasional preservation of slight variations which made the resemblance at all closer; and this will have been carried on as long as the insect continued to vary, and as long as a more and more perfect resembM
lance led to its escape from sharp-sighted enemies. In certain species of whales there is a tendency to the formation of irregular little points of horn on the palate; and it seems to be quite within the scope of natural selection to preserve all favourable variations, until the points were converted, first into lamellated knobs or teeth, like those on the beak of a goose
then into short lamell
, like those of the domestic ducks
and then into lamell
, as perfect as those of the shoveller-duck
to the gigantic plates of baleen, as in the mouth of the Greenland whale. In the family of the ducks, the lamell
 are first used as teeth, then partly as teeth and partly as a sifting apparatus, and at last almost exclusively for this latter purpose.
With such structures as the above lamell
 of horn or whalebone, habit or use can have done little or nothing, as far as we can judge, towards their development. On the other hand, the transportal of the lower eye of a flat-fish to the upper side of the head, and tM
he formation of a prehensile tail, may be attributed almost wholly to continued use, together with inheritance. With respect to the mamm
 of the higher animals, the most probable conjecture is that primordially the cutaneous glands over the whole surface of a marsupial sack secreted a nutritious fluid; and that these glands were improved in function through natural selection, and concentrated into a confined area, in which case they would have formed a mamma. There is no more difficulty in understanding how the brM
anched spines of some ancient Echinoderm, which served as a defence, became developed through natural selection into tridactyle pedicellari
, than in understanding the development of the pincers of crustaceans, through slight, serviceable modifications in the ultimate and penultimate segments of a limb, which was at first used solely for locomotion. In the avicularia and vibracula of the Polyzoa we have organs widely different in appearance developed from the same source; and with the vibracula we can understand hM
ow the successive gradations might have been of service. With the pollinia of orchids, the threads which originally served to tie together the pollen-grains, can be traced cohering into caudicles; and the steps can likewise be followed by which viscid matter, such as that secreted by the stigmas of ordinary flowers, and still subserving nearly but not quite the same purpose, became attached to the free ends of the caudicles
all these gradations being of manifest benefit to the plants in question. With respect to M
climbing plants, I need not repeat what has been so lately said.
It has often been asked, if natural selection be so potent, why has not this or that structure been gained by certain species, to which it would apparently have been advantageous? But it is unreasonable to expect a precise answer to such questions, considering our ignorance of the past history of each species, and of the conditions which at the present day determine its numbers and range. In most cases only general reasons, but in some few cases spM
ecial reasons, can be assigned. Thus to adapt a species to new habits of life, many co-ordinated modifications are almost indispensable, and it may often have happened that the requisite parts did not vary in the right manner or to the right degree. Many species must have been prevented from increasing in numbers through destructive agencies, which stood in no relation to certain structures, which we imagine would have been gained through natural selection from appearing to us advantageous to the species. In this cM
ase, as the struggle for life did not depend on such structures, they could not have been acquired through natural selection. In many cases complex and long-enduring conditions, often of a peculiar nature, are necessary for the development of a structure; and the requisite conditions may seldom have concurred. The belief that any given structure, which we think, often erroneously, would have been beneficial to a species, would have been gained under all circumstances through natural selection, is opposed to what weM
 can understand of its manner of action. Mr. Mivart does not deny that natural selection has effected something; but he considers it as
demonstrably insufficient
 to account for the phenomena which I explain by its agency. His chief arguments have now been considered, and the others will hereafter be considered. They seem to me to partake little of the character of demonstration, and to have little weight in comparison with those in favour of the power of natural selection, aided by the other agencies often spM
ecified. I am bound to add, that some of the facts and arguments here used by me, have been advanced for the same purpose in an able article lately published in the
Medico-Chirurgical Review.
At the present day almost all naturalists admit evolution under some form. Mr. Mivart believes that species change through
an internal force or tendency,
 about which it is not pretended that anything is known. That species have a capacity for change will be admitted by all evolutionists; but there is no need, asM
 it seems to me, to invoke any internal force beyond the tendency to ordinary variability, which through the aid of selection, by man has given rise to many well-adapted domestic races, and which, through the aid of natural selection, would equally well give rise by graduated steps to natural races or species. The final result will generally have been, as already explained, an advance, but in some few cases a retrogression, in organisation.
Mr. Mivart is further inclined to believe, and some naturalists agree wiM
th him, that new species manifest themselves
with suddenness and by modifications appearing at once.
 For instance, he supposes that the differences between the extinct three-toed Hipparion and the horse arose suddenly. He thinks it difficult to believe that the wing of a bird
was developed in any other way than by a comparatively sudden modification of a marked and important kind;
 and apparently he would extend the same view to the wings of bats and pterodactyles. This conclusion, which implies great brM
eaks or discontinuity in the series, appears to me improbable in the highest degree.
Everyone who believes in slow and gradual evolution, will of course admit that specific changes may have been as abrupt and as great as any single variation which we meet with under nature, or even under domestication. But as species are more variable when domesticated or cultivated than under their natural conditions, it is not probable that such great and abrupt variations have often occurred under nature, as are known occasioM
nally to arise under domestication. Of these latter variations several may be attributed to reversion; and the characters which thus reappear were, it is probable, in many cases at first gained in a gradual manner. A still greater number must be called monstrosities, such as six-fingered men, porcupine men, Ancon sheep, Niata cattle, &c.; and as they are widely different in character from natural species, they throw very little light on our subject. Excluding such cases of abrupt variations, the few which remain woM
uld at best constitute, if found in a state of nature, doubtful species, closely related to their parental types.
My reasons for doubting whether natural species have changed as abruptly as have occasionally domestic races, and for entirely disbelieving that they have changed in the wonderful manner indicated by Mr. Mivart, are as follows. According to our experience, abrupt and strongly marked variations occur in our domesticated productions, singly and at rather long intervals of time. If such occurred under nM
ature, they would be liable, as formerly explained, to be lost by accidental causes of destruction and by subsequent intercrossing; and so it is known to be under domestication, unless abrupt variations of this kind are specially preserved and separated by the care of man. Hence, in order that a new species should suddenly appear in the manner supposed by Mr. Mivart, it is almost necessary to believe, in opposition to all analogy, that several wonderfully changed individuals appeared simultaneously within the same M
district. This difficulty, as in the case of unconscious selection by man, is avoided on the theory of gradual evolution, through the preservation of a large number of individuals, which varied more or less in any favourable direction, and of the destruction of a large number which varied in an opposite manner.
That many species have been evolved in an extremely gradual manner, there can hardly be a doubt. The species and even the genera of many large natural families are so closely allied together that it is diM
fficult to distinguish not a few of them. On every continent, in proceeding from north to south, from lowland to upland, &c., we meet with a host of closely related or representative species; as we likewise do on certain distinct continents, which we have reason to believe were formerly connected. But in making these and the following remarks, I am compelled to allude to subjects hereafter to be discussed. Look at the many outlying islands round a continent, and see how many of their inhabitants can be raised only M
to the rank of doubtful species. So it is if we look to past times, and compare the species which have just passed away with those still living within the same areas; or if we compare the fossil species embedded in the sub-stages of the same geological formation. It is indeed manifest that multitudes of species are related in the closest manner to other species that still exist, or have lately existed; and it will hardly be maintained that such species have been developed in an abrupt or sudden manner. Nor should iM
t be forgotten, when we look to the special parts of allied species, instead of to distinct species, that numerous and wonderfully fine gradations can be traced, connecting together widely different structures.
Many large groups of facts are intelligible only on the principle that species have been evolved by very small steps. For instance, the fact that the species included in the larger genera are more closely related to each other, and present a greater number of varieties than do the species in the smaller gM
enera. The former are also grouped in little clusters, like varieties round species; and they present other analogies with varieties, as was shown in our second chapter. On this same principle we can understand how it is that specific characters are more variable than generic characters; and how the parts which are developed in an extraordinary degree or manner are more variable than other parts of the same species. Many analogous facts, all pointing in the same direction, could be added.
Although very many specM
ies have almost certainly been produced by steps not greater than those separating fine varieties; yet it may be maintained that some have been developed in a different and abrupt manner. Such an admission, however, ought not to be made without strong evidence being assigned. The vague and in some respects false analogies, as they have been shown to be by Mr. Chauncey Wright, which have been advanced in favour of this view, such as the sudden crystallisation of inorganic substances, or the falling of a facetted sphM
eroid from one facet to another, hardly deserve consideration. One class of facts, however, namely, the sudden appearance of new and distinct forms of life in our geological formations supports at first sight the belief in abrupt development. But the value of this evidence depends entirely on the perfection of the geological record, in relation to periods remote in the history of the world. If the record is as fragmentary as many geologists strenuously assert, there is nothing strange in new forms appearing as if sM
Unless we admit transformations as prodigious as those advocated by Mr. Mivart, such as the sudden development of the wings of birds or bats, or the sudden conversion of a Hipparion into a horse, hardly any light is thrown by the belief in abrupt modifications on the deficiency of connecting links in our geological formations. But against the belief in such abrupt changes, embryology enters a strong protest. It is notorious that the wings of birds and bats, and the legs of horses or other quadM
rupeds, are undistinguishable at an early embryonic period, and that they become differentiated by insensibly fine steps. Embryological resemblances of all kinds can be accounted for, as we shall hereafter see, by the progenitors of our existing species having varied after early youth, and having transmitted their newly-acquired characters to their offspring, at a corresponding age. The embryo is thus left almost unaffected, and serves as a record of the past condition of the species. Hence it is that existing specM
ies during the early stages of their development so often resemble ancient and extinct forms belonging to the same class. On this view of the meaning of embryological resemblances, and indeed on any view, it is incredible that an animal should have undergone such momentous and abrupt transformations as those above indicated, and yet should not bear even a trace in its embryonic condition of any sudden modification, every detail in its structure being developed by insensibly fine steps.
He who believes that some M
ancient form was transformed suddenly through an internal force or tendency into, for instance, one furnished with wings, will be almost compelled to assume, in opposition to all analogy, that many individuals varied simultaneously. It cannot be denied that such abrupt and great changes of structure are widely different from those which most species apparently have undergone. He will further be compelled to believe that many structures beautifully adapted to all the other parts of the same creature and to the surroM
unding conditions, have been suddenly produced; and of such complex and wonderful co-adaptations, he will not be able to assign a shadow of an explanation. He will be forced to admit that these great and sudden transformations have left no trace of their action on the embryo. To admit all this is, as it seems to me, to enter into the realms of miracle, and to leave those of science.
Instincts comparable with habits, but different in their origin
Domestic instincts, their origin
Natural instincts of the cuckoo, molothrus, ostrich, and parasitic bees
Hive-bee, its cell-making instinct
Changes of instinct and structure not necessarily simultaneous
Difficulties of the theory of the Natural Selection of instincts
Neuter or sterile insects
Many instincts are so wonderful that their development will probably appear to the reader a difficulty sufficient to overthrow my whole theory. I may here M
premise, that I have nothing to do with the origin of the mental powers, any more than I have with that of life itself. We are concerned only with the diversities of instinct and of the other mental faculties in animals of the same class.
I will not attempt any definition of instinct. It would be easy to show that several distinct mental actions are commonly embraced by this term; but every one understands what is meant, when it is said that instinct impels the cuckoo to migrate and to lay her eggs in other birdM
 nests. An action, which we ourselves require experience to enable us to perform, when performed by an animal, more especially by a very young one, without experience, and when performed by many individuals in the same way, without their knowing for what purpose it is performed, is usually said to be instinctive. But I could show that none of these characters are universal. A little dose of judgment or reason, as Pierre Huber expresses it, often comes into play, even with animals low in the scale of nature.
Frederick Cuvier and several of the older metaphysicians have compared instinct with habit. This comparison gives, I think, an accurate notion of the frame of mind under which an instinctive action is performed, but not necessarily of its origin. How unconsciously many habitual actions are performed, indeed not rarely in direct opposition to our conscious will! yet they may be modified by the will or reason. Habits easily become associated with other habits, with certain periods of time and states of the body. WhenM
 once acquired, they often remain constant throughout life. Several other points of resemblance between instincts and habits could be pointed out. As in repeating a well-known song, so in instincts, one action follows another by a sort of rhythm; if a person be interrupted in a song, or in repeating anything by rote, he is generally forced to go back to recover the habitual train of thought: so P. Huber found it was with a caterpillar, which makes a very complicated hammock; for if he took a caterpillar which had cM
ompleted its hammock up to, say, the sixth stage of construction, and put it into a hammock completed up only to the third stage, the caterpillar simply re-performed the fourth, fifth, and sixth stages of construction. If, however, a caterpillar were taken out of a hammock made up, for instance, to the third stage, and were put into one finished up to the sixth stage, so that much of its work was already done for it, far from deriving any benefit from this, it was much embarrassed, and, in order to complete its hamM
mock, seemed forced to start from the third stage, where it had left off, and thus tried to complete the already finished work.
If we suppose any habitual action to become inherited
and it can be shown that this does sometimes happen
then the resemblance between what originally was a habit and an instinct becomes so close as not to be distinguished. If Mozart, instead of playing the pianoforte at three years old with wonderfully little practice, had played a tune with no practice at all, be might truly be saM
id to have done so instinctively. But it would be a serious error to suppose that the greater number of instincts have been acquired by habit in one generation, and then transmitted by inheritance to succeeding generations. It can be clearly shown that the most wonderful instincts with which we are acquainted, namely, those of the hive-bee and of many ants, could not possibly have been acquired by habit.
It will be universally admitted that instincts are as important as corporeal structures for the welfare of eaM
ch species, under its present conditions of life. Under changed conditions of life, it is at least possible that slight modifications of instinct might be profitable to a species; and if it can be shown that instincts do vary ever so little, then I can see no difficulty in natural selection preserving and continually accumulating variations of instinct to any extent that was profitable. It is thus, as I believe, that all the most complex and wonderful instincts have originated. As modifications of corporeal structuM
re arise from, and are increased by, use or habit, and are diminished or lost by disuse, so I do not doubt it has been with instincts. But I believe that the effects of habit are in many cases of subordinate importance to the effects of the natural selection of what may be called spontaneous variations of instincts;
that is of variations produced by the same unknown causes which produce slight deviations of bodily structure.
No complex instinct can possibly be produced through natural selection, except by the M
slow and gradual accumulation of numerous, slight, yet profitable, variations. Hence, as in the case of corporeal structures, we ought to find in nature, not the actual transitional gradations by which each complex instinct has been acquired
for these could be found only in the lineal ancestors of each species
but we ought to find in the collateral lines of descent some evidence of such gradations; or we ought at least to be able to show that gradations of some kind are possible; and this we certainly can do. IM
 have been surprised to find, making allowance for the instincts of animals having been but little observed, except in Europe and North America, and for no instinct being known among extinct species, how very generally gradations, leading to the most complex instincts, can be discovered. Changes of instinct may sometimes be facilitated by the same species having different instincts at different periods of life, or at different seasons of the year, or when placed under different circumstances, &c.; in which case eitM
her the one or the other instinct might be preserved by natural selection. And such instances of diversity of instinct in the same species can be shown to occur in nature.
Again, as in the case of corporeal structure, and conformably to my theory, the instinct of each species is good for itself, but has never, as far as we can judge, been produced for the exclusive good of others. One of the strongest instances of an animal apparently performing an action for the sole good of another, with which I am acquainted,M
 is that of aphides voluntarily yielding, as was first observed by Huber, their sweet excretion to ants: that they do so voluntarily, the following facts show. I removed all the ants from a group of about a dozen aphides on a dock-plant, and prevented their attendance during several hours. After this interval, I felt sure that the aphides would want to excrete. I watched them for some time through a lens, but not one excreted; I then tickled and stroked them with a hair in the same manner, as well as I could, as thM
e ants do with their antenn
; but not one excreted. Afterwards, I allowed an ant to visit them, and it immediately seemed, by its eager way of running about to be well aware what a rich flock it had discovered; it then began to play with its antenn
 on the abdomen first of one aphis and then of another; and each, as soon as it felt the antenn
, immediately lifted up its abdomen and excreted a limpid drop of sweet juice, which was eagerly devoured by the ant. Even the quite young aphides behaved in this manner, sM
howing that the action was instinctive, and not the result of experience. It is certain, from the observations of Huber, that the aphides show no dislike to the ants: if the latter be not present they are at last compelled to eject their excretion. But as the excretion is extremely viscid, it is no doubt a convenience to the aphides to have it removed; therefore probably they do not excrete solely for the good of the ants. Although there is no evidence that any animal performs an action for the exclusive good of anM
other species, yet each tries to take advantage of the instincts of others, as each takes advantage of the weaker bodily structure of other species. So again certain instincts cannot be considered as absolutely perfect; but as details on this and other such points are not indispensable, they may be here passed over.
As some degree of variation in instincts under a state of nature, and the inheritance of such variations, are indispensable for the action of natural selection, as many instances as possible ought toM
 be given; but want of space prevents me. I can only assert that instincts certainly do vary
for instance, the migratory instinct, both in extent and direction, and in its total loss. So it is with the nests of birds, which vary partly in dependence on the situations chosen, and on the nature and temperature of the country inhabited, but often from causes wholly unknown to us. Audubon has given several remarkable cases of differences in the nests of the same species in the northern and southern United States. WhyM
, it has been asked, if instinct be variable, has it not granted to the bee
the ability to use some other material when wax was deficient?
 But what other natural material could bees use? They will work, as I have seen, with wax hardened with vermilion or softened with lard. Andrew Knight observed that his bees, instead of laboriously collecting propolis, used a cement of wax and turpentine, with which he had covered decorticated trees. It has lately been shown that bees, instead of searching for pollen, will M
gladly use a very different substance, namely, oatmeal. Fear of any particular enemy is certainly an instinctive quality, as may be seen in nestling birds, though it is strengthened by experience, and by the sight of fear of the same enemy in other animals. The fear of man is slowly acquired, as I have elsewhere shown, by the various animals which inhabit desert islands; and we see an instance of this, even in England, in the greater wildness of all our large birds in comparison with our small birds; for the large M
birds have been most persecuted by man. We may safely attribute the greater wildness of our large birds to this cause; for in uninhabited islands large birds are not more fearful than small; and the magpie, so wary in England, is tame in Norway, as is the hooded crow in Egypt.
That the mental qualities of animals of the same kind, born in a state of nature, vary much, could be shown by many facts. Several cases could also be adduced of occasional and strange habits in wild animals, which, if advantageous to the M
species, might have given rise, through natural selection, to new instincts. But I am well aware that these general statements, without the facts in detail, can produce but a feeble effect on the reader
s mind. I can only repeat my assurance, that I do not speak without good evidence.
Inherited Changes of Habit or Instinct in Domesticated Animals.
The possibility, or even probability, of inherited variations of instinct in a state of nature will be strengthened by briefly considering a few cases under domesM
tication. We shall thus be enabled to see the part which habit and the selection of so-called spontaneous variations have played in modifying the mental qualities of our domestic animals. It is notorious how much domestic animals vary in their mental qualities. With cats, for instance, one naturally takes to catching rats, and another mice, and these tendencies are known to be inherited. One cat, according to Mr. St. John, always brought home game birds, another hares or rabbits, and another hunted on marshy groundM
 and almost nightly caught woodcocks or snipes. A number of curious and authentic instances could be given of various shades of disposition and taste, and likewise of the oddest tricks, associated with certain frames of mind or periods of time. But let us look to the familiar case of the breeds of dogs: it cannot be doubted that young pointers (I have myself seen striking instances) will sometimes point and even back other dogs the very first time that they are taken out; retrieving is certainly in some degree inheM
rited by retrievers; and a tendency to run round, instead of at, a flock of sheep, by shepherd-dogs. I cannot see that these actions, performed without experience by the young, and in nearly the same manner by each individual, performed with eager delight by each breed, and without the end being known
for the young pointer can no more know that he points to aid his master, than the white butterfly knows why she lays her eggs on the leaf of the cabbage
I cannot see that these actions differ essentially from trueM
 instincts. If we were to behold one kind of wolf, when young and without any training, as soon as it scented its prey, stand motionless like a statue, and then slowly crawl forward with a peculiar gait; and another kind of wolf rushing round, instead of at, a herd of deer, and driving them to a distant point, we should assuredly call these actions instinctive. Domestic instincts, as they may be called, are certainly far less fixed than natural instincts; but they have been acted on by far less rigorous selection, M
and have been transmitted for an incomparably shorter period, under less fixed conditions of life.
How strongly these domestic instincts, habits, and dispositions are inherited, and how curiously they become mingled, is well shown when different breeds of dogs are crossed. Thus it is known that a cross with a bull-dog has affected for many generations the courage and obstinacy of greyhounds; and a cross with a greyhound has given to a whole family of shepherd-dogs a tendency to hunt hares. These domestic instincM
ts, when thus tested by crossing, resemble natural instincts, which in a like manner become curiously blended together, and for a long period exhibit traces of the instincts of either parent: for example, Le Roy describes a dog, whose great-grandfather was a wolf, and this dog showed a trace of its wild parentage only in one way, by not coming in a straight line to his master, when called.
Domestic instincts are sometimes spoken of as actions which have become inherited solely from long-continued and compulsory M
habit, but this is not true. No one would ever have thought of teaching, or probably could have taught, the tumbler-pigeon to tumble
an action which, as I have witnessed, is performed by young birds, that have never seen a pigeon tumble. We may believe that some one pigeon showed a slight tendency to this strange habit, and that the long-continued selection of the best individuals in successive generations made tumblers what they now are; and near Glasgow there are house-tumblers, as I hear from Mr. Brent, which M
cannot fly eighteen inches high without going head over heels. It may be doubted whether any one would have thought of training a dog to point, had not some one dog naturally shown a tendency in this line; and this is known occasionally to happen, as I once saw, in a pure terrier: the act of pointing is probably, as many have thought, only the exaggerated pause of an animal preparing to spring on its prey. When the first tendency to point was once displayed, methodical selection and the inherited effects of compulsM
ory training in each successive generation would soon complete the work; and unconscious selection is still in progress, as each man tries to procure, without intending to improve the breed, dogs which stand and hunt best. On the other hand, habit alone in some cases has sufficed; hardly any animal is more difficult to tame than the young of the wild rabbit; scarcely any animal is tamer than the young of the tame rabbit; but I can hardly suppose that domestic rabbits have often been selected for tameness alone; so M
that we must attribute at least the greater part of the inherited change from extreme wildness to extreme tameness, to habit and long-continued close confinement.
Natural instincts are lost under domestication: a remarkable instance of this is seen in those breeds of fowls which very rarely or never become
 that is, never wish to sit on their eggs. Familiarity alone prevents our seeing how largely and how permanently the minds of our domestic animals have been modified. It is scarcely possible to doM
ubt that the love of man has become instinctive in the dog. All wolves, foxes, jackals and species of the cat genus, when kept tame, are most eager to attack poultry, sheep and pigs; and this tendency has been found incurable in dogs which have been brought home as puppies from countries such as Tierra del Fuego and Australia, where the savages do not keep these domestic animals. How rarely, on the other hand, do our civilised dogs, even when quite young, require to be taught not to attack poultry, sheep, and pigs!M
 No doubt they occasionally do make an attack, and are then beaten; and if not cured, they are destroyed; so that habit and some degree of selection have probably concurred in civilising by inheritance our dogs. On the other hand, young chickens have lost wholly by habit, that fear of the dog and cat which no doubt was originally instinctive in them, for I am informed by Captain Hutton that the young chickens of the parent stock, the Gallus bankiva, when reared in India under a hen, are at first excessively wild. SM
o it is with young pheasants reared in England under a hen. It is not that chickens have lost all fear, but fear only of dogs and cats, for if the hen gives the danger chuckle they will run (more especially young turkeys) from under her and conceal themselves in the surrounding grass or thickets; and this is evidently done for the instinctive purpose of allowing, as we see in wild ground-birds, their mother to fly away. But this instinct retained by our chickens has become useless under domestication, for the motheM
r-hen has almost lost by disuse the power of flight.
Hence, we may conclude that under domestication instincts have been acquired and natural instincts have been lost, partly by habit and partly by man selecting and accumulating, during successive generations, peculiar mental habits and actions, which at first appeared from what we must in our ignorance call an accident. In some cases compulsory habit alone has sufficed to produce inherited mental changes; in other cases compulsory habit has done nothing, and alM
l has been the result of selection, pursued both methodically and unconsciously; but in most cases habit and selection have probably concurred.
We shall, perhaps, best understand how instincts in a state of nature have become modified by selection by considering a few cases. I will select only three, namely, the instinct which leads the cuckoo to lay her eggs in other birds
 nests; the slave-making instinct of certain ants; and the cell-making power of the hive-bee: these two latter instiM
ncts have generally and justly been ranked by naturalists as the most wonderful of all known instincts.
Instincts of the Cuckoo.
It is supposed by some naturalists that the more immediate cause of the instinct of the cuckoo is that she lays her eggs, not daily, but at intervals of two or three days; so that, if she were to make her own nest and sit on her own eggs, those first laid would have to be left for some time unincubated or there would be eggs and young birds of different ages in the same nest. If thisM
 were the case the process of laying and hatching might be inconveniently long, more especially as she migrates at a very early period; and the first hatched young would probably have to be fed by the male alone. But the American cuckoo is in this predicament, for she makes her own nest and has eggs and young successively hatched, all at the same time. It has been both asserted and denied that the American cuckoo occasionally lays her eggs in other birds
 nests; but I have lately heard from Dr. Merrill, of Iowa, M
that he once found in Illinois a young cuckoo, together with a young jay in the nest of a blue jay (Garrulus cristatus); and as both were nearly full feathered, there could be no mistake in their identification. I could also give several instances of various birds which have been known occasionally to lay their eggs in other birds
 nests. Now let us suppose that the ancient progenitor of our European cuckoo had the habits of the American cuckoo, and that she occasionally laid an egg in another bird
he old bird profited by this occasional habit through being enabled to emigrate earlier or through any other cause; or if the young were made more vigorous by advantage being taken of the mistaken instinct of another species than when reared by their own mother, encumbered as she could hardly fail to be by having eggs and young of different ages at the same time, then the old birds or the fostered young would gain an advantage. And analogy would lead us to believe, that the young thus reared would be apt to follow M
by inheritance the occasional and aberrant habit of their mother, and in their turn would be apt to lay their eggs in other birds
 nests, and thus be more successful in rearing their young. By a continued process of this nature, I believe that the strange instinct of our cuckoo has been generated. It has, also recently been ascertained on sufficient evidence, by Adolf M
ller, that the cuckoo occasionally lays her eggs on the bare ground, sits on them and feeds her young. This rare event is probably a case of revM
ersion to the long-lost, aboriginal instinct of nidification.
It has been objected that I have not noticed other related instincts and adaptations of structure in the cuckoo, which are spoken of as necessarily co-ordinated. But in all cases, speculation on an instinct known to us only in a single species, is useless, for we have hitherto had no facts to guide us. Until recently the instincts of the European and of the non-parasitic American cuckoo alone were known; now, owing to Mr. Ramsay
s observations, we hM
ave learned something about three Australian species, which lay their eggs in other birds
 nests. The chief points to be referred to are three: first, that the common cuckoo, with rare exceptions, lays only one egg in a nest, so that the large and voracious young bird receives ample food. Secondly, that the eggs are remarkably small, not exceeding those of the skylark
a bird about one-fourth as large as the cuckoo. That the small size of the egg is a real case of adaptation we may infer from the fact of the monM
-parasitic American cuckoo laying full-sized eggs. Thirdly, that the young cuckoo, soon after birth, has the instinct, the strength and a properly shaped back for ejecting its foster-brothers, which then perish from cold and hunger. This has been boldly called a beneficent arrangement, in order that the young cuckoo may get sufficient food, and that its foster-brothers may perish before they had acquired much feeling!
Turning now to the Australian species: though these birds generally lay only one egg in a nest,M
 it is not rare to find two and even three eggs in the same nest. In the bronze cuckoo the eggs vary greatly in size, from eight to ten lines in length. Now, if it had been of an advantage to this species to have laid eggs even smaller than those now laid, so as to have deceived certain foster-parents, or, as is more probable, to have been hatched within a shorter period (for it is asserted that there is a relation between the size of eggs and the period of their incubation), then there is no difficulty in believinM
g that a race or species might have been formed which would have laid smaller and smaller eggs; for these would have been more safely hatched and reared. Mr. Ramsay remarks that two of the Australian cuckoos, when they lay their eggs in an open nest, manifest a decided preference for nests containing eggs similar in colour to their own. The European species apparently manifests some tendency towards a similar instinct, but not rarely departs from it, as is shown by her laying her dull and pale-coloured eggs in the M
nest of the hedge-warbler with bright greenish-blue eggs. Had our cuckoo invariably displayed the above instinct, it would assuredly have been added to those which it is assumed must all have been acquired together. The eggs of the Australian bronze cuckoo vary, according to Mr. Ramsay, to an extraordinary degree in colour; so that in this respect, as well as in size, natural selection might have secured and fixed any advantageous variation.
In the case of the European cuckoo, the offspring of the foster-parentsM
 are commonly ejected from the nest within three days after the cuckoo is hatched; and as the latter at this age is in a most helpless condition, Mr. Gould was formerly inclined to believe that the act of ejection was performed by the foster-parents themselves. But he has now received a trustworthy account of a young cuckoo which was actually seen, while still blind and not able even to hold up its own head, in the act of ejecting its foster-brothers. One of these was replaced in the nest by the observer, and was aM
gain thrown out. With respect to the means by which this strange and odious instinct was acquired, if it were of great importance for the young cuckoo, as is probably the case, to receive as much food as possible soon after birth, I can see no special difficulty in its having gradually acquired, during successive generations, the blind desire, the strength, and structure necessary for the work of ejection; for those cuckoos which had such habits and structure best developed would be the most securely reared. The fiM
rst step towards the acquisition of the proper instinct might have been mere unintentional restlessness on the part of the young bird, when somewhat advanced in age and strength; the habit having been afterwards improved, and transmitted to an earlier age. I can see no more difficulty in this than in the unhatched young of other birds acquiring the instinct to break through their own shells; or than in young snakes acquiring in their upper jaws, as Owen has remarked, a transitory sharp tooth for cutting through theM
 tough egg-shell. For if each part is liable to individual variations at all ages, and the variations tend to be inherited at a corresponding or earlier age
propositions which cannot be disputed
then the instincts and structure of the young could be slowly modified as surely as those of the adult; and both cases must stand or fall together with the whole theory of natural selection.
Some species of Molothrus, a widely distinct genus of American birds, allied to our starlings, have parasitic habits like thoseM
 of the cuckoo; and the species present an interesting gradation in the perfection of their instincts. The sexes of Molothrus badius are stated by an excellent observer, Mr. Hudson, sometimes to live promiscuously together in flocks, and sometimes to pair. They either build a nest of their own or seize on one belonging to some other bird, occasionally throwing out the nestlings of the stranger. They either lay their eggs in the nest thus appropriated, or oddly enough build one for themselves on the top of it. They M
usually sit on their own eggs and rear their own young; but Mr. Hudson says it is probable that they are occasionally parasitic, for he has seen the young of this species following old birds of a distinct kind and clamouring to be fed by them. The parasitic habits of another species of Molothrus, the M. bonariensis, are much more highly developed than those of the last, but are still far from perfect. This bird, as far as it is known, invariably lays its eggs in the nests of strangers; but it is remarkable that sevM
eral together sometimes commence to build an irregular untidy nest of their own, placed in singular ill-adapted situations, as on the leaves of a large thistle. They never, however, as far as Mr. Hudson has ascertained, complete a nest for themselves. They often lay so many eggs
from fifteen to twenty
in the same foster-nest, that few or none can possibly be hatched. They have, moreover, the extraordinary habit of pecking holes in the eggs, whether of their own species or of their foster parents, which they finM
d in the appropriated nests. They drop also many eggs on the bare ground, which are thus wasted. A third species, the M. pecoris of North America, has acquired instincts as perfect as those of the cuckoo, for it never lays more than one egg in a foster-nest, so that the young bird is securely reared. Mr. Hudson is a strong disbeliever in evolution, but he appears to have been so much struck by the imperfect instincts of the Molothrus bonariensis that he quotes my words, and asks,
Must we consider these habits, nM
ot as especially endowed or created instincts, but as small consequences of one general law, namely, transition?
Various birds, as has already been remarked, occasionally lay their eggs in the nests of other birds. This habit is not very uncommon with the Gallinace
, and throws some light on the singular instinct of the ostrich. In this family several hen birds unite and lay first a few eggs in one nest and then in another; and these are hatched by the males. This instinct may probably be accounted for by thM
e fact of the hens laying a large number of eggs, but, as with the cuckoo, at intervals of two or three days. The instinct, however, of the American ostrich, as in the case of the Molothrus bonariensis, has not as yet been perfected; for a surprising number of eggs lie strewed over the plains, so that in one day
s hunting I picked up no less than twenty lost and wasted eggs.
Many bees are parasitic, and regularly lay their eggs in the nests of other kinds of bees. This case is more remarkable than that of the M
cuckoo; for these bees have not only had their instincts but their structure modified in accordance with their parasitic habits; for they do not possess the pollen-collecting apparatus which would have been indispensable if they had stored up food for their own young. Some species of Sphegid
 (wasp-like insects) are likewise parasitic; and M. Fabre has lately shown good reason for believing that, although the Tachytes nigra generally makes its own burrow and stores it with paralysed prey for its own larv
at, when this insect finds a burrow already made and stored by another sphex, it takes advantage of the prize, and becomes for the occasion parasitic. In this case, as with that of the Molothrus or cuckoo, I can see no difficulty in natural selection making an occasional habit permanent, if of advantage to the species, and if the insect whose nest and stored food are feloniously appropriated, be not thus exterminated.
Slave-making instinct.
This remarkable instinct was first discovered in the Formica (PolyergeM
s) rufescens by Pierre Huber, a better observer even than his celebrated father. This ant is absolutely dependent on its slaves; without their aid, the species would certainly become extinct in a single year. The males and fertile females do no work of any kind, and the workers or sterile females, though most energetic and courageous in capturing slaves, do no other work. They are incapable of making their own nests, or of feeding their own larv
. When the old nest is found inconvenient, and they have to migrate, M
it is the slaves which determine the migration, and actually carry their masters in their jaws. So utterly helpless are the masters, that when Huber shut up thirty of them without a slave, but with plenty of the food which they like best, and with their larv
 to stimulate them to work, they did nothing; they could not even feed themselves, and many perished of hunger. Huber then introduced a single slave (F. fusca), and she instantly set to work, fed and saved the survivors; made some cells and tended thM
, and put all to rights. What can be more extraordinary than these well-ascertained facts? If we had not known of any other slave-making ant, it would have been hopeless to speculate how so wonderful an instinct could have been perfected.
Another species, Formica sanguinea, was likewise first discovered by P. Huber to be a slave-making ant. This species is found in the southern parts of England, and its habits have been attended to by Mr. F. Smith, of the British Museum, to whom I am much indebted for inM
formation on this and other subjects. Although fully trusting to the statements of Huber and Mr. Smith, I tried to approach the subject in a sceptical frame of mind, as any one may well be excused for doubting the existence of so extraordinary an instinct as that of making slaves. Hence, I will give the observations which I made in some little detail. I opened fourteen nests of F. sanguinea, and found a few slaves in all. Males and fertile females of the slave-species (F. fusca) are found only in their own proper cM
ommunities, and have never been observed in the nests of F. sanguinea. The slaves are black and not above half the size of their red masters, so that the contrast in their appearance is great. When the nest is slightly disturbed, the slaves occasionally come out, and like their masters are much agitated and defend the nest: when the nest is much disturbed, and the larv
 are exposed, the slaves work energetically together with their masters in carrying them away to a place of safety. Hence, it is clear thM
at the slaves feel quite at home. During the months of June and July, on three successive years, I watched for many hours several nests in Surrey and Sussex, and never saw a slave either leave or enter a nest. As, during these months, the slaves are very few in number, I thought that they might behave differently when more numerous; but Mr. Smith informs me that he has watched the nests at various hours during May, June and August, both in Surrey and Hampshire, and has never seen the slaves, though present in largeM
 numbers in August, either leave or enter the nest. Hence, he considers them as strictly household slaves. The masters, on the other hand, may be constantly seen bringing in materials for the nest, and food of all kinds. During the year 1860, however, in the month of July, I came across a community with an unusually large stock of slaves, and I observed a few slaves mingled with their masters leaving the nest, and marching along the same road to a tall Scotch-fir tree, twenty-five yards distant, which they ascendedM
 together, probably in search of aphides or cocci. According to Huber, who had ample opportunities for observation, the slaves in Switzerland habitually work with their masters in making the nest, and they alone open and close the doors in the morning and evening; and, as Huber expressly states, their principal office is to search for aphides. This difference in the usual habits of the masters and slaves in the two countries, probably depends merely on the slaves being captured in greater numbers in Switzerland thaM
One day I fortunately witnessed a migration of F. sanguinea from one nest to another, and it was a most interesting spectacle to behold the masters carefully carrying their slaves in their jaws instead of being carried by them, as in the case of F. rufescens. Another day my attention was struck by about a score of the slave-makers haunting the same spot, and evidently not in search of food; they approached and were vigorously repulsed by an independent community of the slave species (F. fusca); somM
etimes as many as three of these ants clinging to the legs of the slave-making F. sanguinea. The latter ruthlessly killed their small opponents and carried their dead bodies as food to their nest, twenty-nine yards distant; but they were prevented from getting any pup
 to rear as slaves. I then dug up a small parcel of the pup
 of F. fusca from another nest, and put them down on a bare spot near the place of combat; they were eagerly seized and carried off by the tyrants, who perhaps fancied that, after all, theyM
 had been victorious in their late combat.
At the same time I laid on the same place a small parcel of the pup
 of another species, F. flava, with a few of these little yellow ants still clinging to the fragments of their nest. This species is sometimes, though rarely, made into slaves, as has been described by Mr. Smith. Although so small a species, it is very courageous, and I have seen it ferociously attack other ants. In one instance I found to my surprise an independent community of F. flava under a stone M
beneath a nest of the slave-making F. sanguinea; and when I had accidentally disturbed both nests, the little ants attacked their big neighbours with surprising courage. Now I was curious to ascertain whether F. sanguinea could distinguish the pup
 of F. fusca, which they habitually make into slaves, from those of the little and furious F. flava, which they rarely capture, and it was evident that they did at once distinguish them; for we have seen that they eagerly and instantly seized the pup
 of F. fusca, whereM
as they were much terrified when they came across the pup
, or even the earth from the nest, of F. flava, and quickly ran away; but in about a quarter of an hour, shortly after all the little yellow ants had crawled away, they took heart and carried off the pup
One evening I visited another community of F. sanguinea, and found a number of these ants returning home and entering their nests, carrying the dead bodies of F. fusca (showing that it was not a migration) and numerous pup
. I traced a long file of aM
nts burthened with booty, for about forty yards back, to a very thick clump of heath, whence I saw the last individual of F. sanguinea emerge, carrying a pupa; but I was not able to find the desolated nest in the thick heath. The nest, however, must have been close at hand, for two or three individuals of F. fusca were rushing about in the greatest agitation, and one was perched motionless with its own pupa in its mouth on the top of a spray of heath, an image of despair over its ravaged home.
, though they did not need confirmation by me, in regard to the wonderful instinct of making slaves. Let it be observed what a contrast the instinctive habits of F. sanguinea present with those of the continental F. rufescens. The latter does not build its own nest, does not determine its own migrations, does not collect food for itself or its young, and cannot even feed itself: it is absolutely dependent on its numerous slaves. Formica sanguinea, on the other hand, possesses much fewer slaves, and in the early parM
t of the summer extremely few. The masters determine when and where a new nest shall be formed, and when they migrate, the masters carry the slaves. Both in Switzerland and England the slaves seem to have the exclusive care of the larv
, and the masters alone go on slave-making expeditions. In Switzerland the slaves and masters work together, making and bringing materials for the nest: both, but chiefly the slaves, tend and milk as it may be called, their aphides; and thus both collect food for the community. In EM
ngland the masters alone usually leave the nest to collect building materials and food for themselves, their slaves and larv
. So that the masters in this country receive much less service from their slaves than they do in Switzerland.
By what steps the instinct of F. sanguinea originated I will not pretend to conjecture. But as ants which are not slave-makers, will, as I have seen, carry off pup
 of other species, if scattered near their nests, it is possible that such pup
 originally stored as food might beM
come developed; and the foreign ants thus unintentionally reared would then follow their proper instincts, and do what work they could. If their presence proved useful to the species which had seized them
if it were more advantageous to this species, to capture workers than to procreate them
the habit of collecting pup
, originally for food, might by natural selection be strengthened and rendered permanent for the very different purpose of raising slaves. When the instinct was once acquired, if carried out to M
a much less extent even than in our British F. sanguinea, which, as we have seen, is less aided by its slaves than the same species in Switzerland, natural selection might increase and modify the instinct
always supposing each modification to be of use to the species
until an ant was formed as abjectly dependent on its slaves as is the Formica rufescens.
Cell-making instinct of the Hive-Bee.
I will not here enter on minute details on this subject, but will merely give an outline of the conclusions at whichM
 I have arrived. He must be a dull man who can examine the exquisite structure of a comb, so beautifully adapted to its end, without enthusiastic admiration. We hear from mathematicians that bees have practically solved a recondite problem, and have made their cells of the proper shape to hold the greatest possible amount of honey, with the least possible consumption of precious wax in their construction. It has been remarked that a skilful workman, with fitting tools and measures, would find it very difficult to mM
ake cells of wax of the true form, though this is effected by a crowd of bees working in a dark hive. Granting whatever instincts you please, it seems at first quite inconceivable how they can make all the necessary angles and planes, or even perceive when they are correctly made. But the difficulty is not nearly so great as at first appears: all this beautiful work can be shown, I think, to follow from a few simple instincts.
I was led to investigate this subject by Mr. Waterhouse, who has shown that the form oM
f the cell stands in close relation to the presence of adjoining cells; and the following view may, perhaps, be considered only as a modification of his theory. Let us look to the great principle of gradation, and see whether Nature does not reveal to us her method of work. At one end of a short series we have humble-bees, which use their old cocoons to hold honey, sometimes adding to them short tubes of wax, and likewise making separate and very irregular rounded cells of wax. At the other end of the series we havM
e the cells of the hive-bee, placed in a double layer: each cell, as is well known, is an hexagonal prism, with the basal edges of its six sides bevelled so as to join an inverted pyramid, of three rhombs. These rhombs have certain angles, and the three which form the pyramidal base of a single cell on one side of the comb, enter into the composition of the bases of three adjoining cells on the opposite side. In the series between the extreme perfection of the cells of the hive-bee and the simplicity of those of thM
e humble-bee, we have the cells of the Mexican Melipona domestica, carefully described and figured by Pierre Huber. The Melipona itself is intermediate in structure between the hive and humble bee, but more nearly related to the latter: it forms a nearly regular waxen comb of cylindrical cells, in which the young are hatched, and, in addition, some large cells of wax for holding honey. These latter cells are nearly spherical and of nearly equal sizes, and are aggregated into an irregular mass. But the important poiM
nt to notice is, that these cells are always made at that degree of nearness to each other that they would have intersected or broken into each other if the spheres had been completed; but this is never permitted, the bees building perfectly flat walls of wax between the spheres which thus tend to intersect. Hence, each cell consists of an outer spherical portion, and of two, three, or more flat surfaces, according as the cell adjoins two, three or more other cells. When one cell rests on three other cells, which, M
from the spheres being nearly of the same size, is very frequently and necessarily the case, the three flat surfaces are united into a pyramid; and this pyramid, as Huber has remarked, is manifestly a gross imitation of the three-sided pyramidal base of the cell of the hive-bee. As in the cells of the hive-bee, so here, the three plane surfaces in any one cell necessarily enter into the construction of three adjoining cells. It is obvious that the Melipona saves wax, and what is more important, labour, by this mannM
er of building; for the flat walls between the adjoining cells are not double, but are of the same thickness as the outer spherical portions, and yet each flat portion forms a part of two cells.
Reflecting on this case, it occurred to me that if the Melipona had made its spheres at some given distance from each other, and had made them of equal sizes and had arranged them symmetrically in a double layer, the resulting structure would have been as perfect as the comb of the hive-bee. Accordingly I wrote to ProfesM
sor Miller, of Cambridge, and this geometer has kindly read over the following statement, drawn up from his information, and tells me that it is strictly correct:
If a number of equal spheres be described with their centres placed in two parallel layers; with the centre of each sphere at the distance of radius x sqrt(2) or radius x 1.41421 (or at some lesser distance), from the centres of the six surrounding spheres in the same layer; and at the same distance from the centres of the adjoining spheres in the oM
ther and parallel layer; then, if planes of intersection between the several spheres in both layers be formed, there will result a double layer of hexagonal prisms united together by pyramidal bases formed of three rhombs; and the rhombs and the sides of the hexagonal prisms will have every angle identically the same with the best measurements which have been made of the cells of the hive-bee. But I hear from Professor Wyman, who has made numerous careful measurements, that the accuracy of the workmanship of the beM
e has been greatly exaggerated; so much so, that whatever the typical form of the cell may be, it is rarely, if ever, realised.
Hence we may safely conclude that, if we could slightly modify the instincts already possessed by the Melipona, and in themselves not very wonderful, this bee would make a structure as wonderfully perfect as that of the hive-bee. We must suppose the Melipona to have the power of forming her cells truly spherical, and of equal sizes; and this would not be very surprising, seeing that sheM
 already does so to a certain extent, and seeing what perfectly cylindrical burrows many insects make in wood, apparently by turning round on a fixed point. We must suppose the Melipona to arrange her cells in level layers, as she already does her cylindrical cells; and we must further suppose, and this is the greatest difficulty, that she can somehow judge accurately at what distance to stand from her fellow-labourers when several are making their spheres; but she is already so far enabled to judge of distance, thM
at she always describes her spheres so as to intersect to a certain extent; and then she unites the points of intersection by perfectly flat surfaces. By such modifications of instincts which in themselves are not very wonderful
hardly more wonderful than those which guide a bird to make its nest
I believe that the hive-bee has acquired, through natural selection, her inimitable architectural powers.
But this theory can be tested by experiment. Following the example of Mr. Tegetmeier, I separated two combs, M
and put between them a long, thick, rectangular strip of wax: the bees instantly began to excavate minute circular pits in it; and as they deepened these little pits, they made them wider and wider until they were converted into shallow basins, appearing to the eye perfectly true or parts of a sphere, and of about the diameter of a cell. It was most interesting to observe that, wherever several bees had begun to excavate these basins near together, they had begun their work at such a distance from each other that bM
y the time the basins had acquired the above stated width (i.e. about the width of an ordinary cell), and were in depth about one sixth of the diameter of the sphere of which they formed a part, the rims of the basins intersected or broke into each other. As soon as this occurred, the bees ceased to excavate, and began to build up flat walls of wax on the lines of intersection between the basins, so that each hexagonal prism was built upon the scalloped edge of a smooth basin, instead of on the straight edges of a M
three-sided pyramid as in the case of ordinary cells.
I then put into the hive, instead of a thick, rectangular piece of wax, a thin and narrow, knife-edged ridge, coloured with vermilion. The bees instantly began on both sides to excavate little basins near to each other, in the same way as before; but the ridge of wax was so thin, that the bottoms of the basins, if they had been excavated to the same depth as in the former experiment, would have broken into each other from the opposite sides. The bees, howeverM
, did not suffer this to happen, and they stopped their excavations in due time; so that the basins, as soon as they had been a little deepened, came to have flat bases; and these flat bases, formed by thin little plates of the vermilion wax left ungnawed, were situated, as far as the eye could judge, exactly along the planes of imaginary intersection between the basins on the opposite side of the ridge of wax. In some parts, only small portions, in other parts, large portions of a rhombic plate were thus left betwM
een the opposed basins, but the work, from the unnatural state of things, had not been neatly performed. The bees must have worked at very nearly the same rate in circularly gnawing away and deepening the basins on both sides of the ridge of vermilion wax, in order to have thus succeeded in leaving flat plates between the basins, by stopping work at the planes of intersection.
Considering how flexible thin wax is, I do not see that there is any difficulty in the bees, whilst at work on the two sides of a strip oM
f wax, perceiving when they have gnawed the wax away to the proper thinness, and then stopping their work. In ordinary combs it has appeared to me that the bees do not always succeed in working at exactly the same rate from the opposite sides; for I have noticed half-completed rhombs at the base of a just-commenced cell, which were slightly concave on one side, where I suppose that the bees had excavated too quickly, and convex on the opposed side where the bees had worked less quickly. In one well-marked instance,M
 I put the comb back into the hive, and allowed the bees to go on working for a short time, and again examined the cell, and I found that the rhombic plate had been completed, and had become perfectly flat: it was absolutely impossible, from the extreme thinness of the little plate, that they could have effected this by gnawing away the convex side; and I suspect that the bees in such cases stand in the opposed cells and push and bend the ductile and warm wax (which as I have tried is easily done) into its proper iM
ntermediate plane, and thus flatten it.
From the experiment of the ridge of vermilion wax we can see that, if the bees were to build for themselves a thin wall of wax, they could make their cells of the proper shape, by standing at the proper distance from each other, by excavating at the same rate, and by endeavouring to make equal spherical hollows, but never allowing the spheres to break into each other. Now bees, as may be clearly seen by examining the edge of a growing comb, do make a rough, circumferentialM
 wall or rim all round the comb; and they gnaw this away from the opposite sides, always working circularly as they deepen each cell. They do not make the whole three-sided pyramidal base of any one cell at the same time, but only that one rhombic plate which stands on the extreme growing margin, or the two plates, as the case may be; and they never complete the upper edges of the rhombic plates, until the hexagonal walls are commenced. Some of these statements differ from those made by the justly celebrated elder M
Huber, but I am convinced of their accuracy; and if I had space, I could show that they are conformable with my theory.
s statement, that the very first cell is excavated out of a little parallel-sided wall of wax, is not, as far as I have seen, strictly correct; the first commencement having always been a little hood of wax; but I will not here enter on details. We see how important a part excavation plays in the construction of the cells; but it would be a great error to suppose that the bees cannot buM
ild up a rough wall of wax in the proper position
that is, along the plane of intersection between two adjoining spheres. I have several specimens showing clearly that they can do this. Even in the rude circumferential rim or wall of wax round a growing comb, flexures may sometimes be observed, corresponding in position to the planes of the rhombic basal plates of future cells. But the rough wall of wax has in every case to be finished off, by being largely gnawed away on both sides. The manner in which the bees M
build is curious; they always make the first rough wall from ten to twenty times thicker than the excessively thin finished wall of the cell, which will ultimately be left. We shall understand how they work, by supposing masons first to pile up a broad ridge of cement, and then to begin cutting it away equally on both sides near the ground, till a smooth, very thin wall is left in the middle; the masons always piling up the cut-away cement, and adding fresh cement on the summit of the ridge. We shall thus have a thM
in wall steadily growing upward but always crowned by a gigantic coping. From all the cells, both those just commenced and those completed, being thus crowned by a strong coping of wax, the bees can cluster and crawl over the comb without injuring the delicate hexagonal walls. These walls, as Professor Miller has kindly ascertained for me, vary greatly in thickness; being, on an average of twelve measurements made near the border of the comb, 1/353 of an inch in thickness; whereas the basal rhomboidal plates are thM
icker, nearly in the proportion of three to two, having a mean thickness, from twenty-one measurements, of 1/229 of an inch. By the above singular manner of building, strength is continually given to the comb, with the utmost ultimate economy of wax.
It seems at first to add to the difficulty of understanding how the cells are made, that a multitude of bees all work together; one bee after working a short time at one cell going to another, so that, as Huber has stated, a score of individuals work even at the comM
mencement of the first cell. I was able practically to show this fact, by covering the edges of the hexagonal walls of a single cell, or the extreme margin of the circumferential rim of a growing comb, with an extremely thin layer of melted vermilion wax; and I invariably found that the colour was most delicately diffused by the bees
as delicately as a painter could have done it with his brush
by atoms of the coloured wax having been taken from the spot on which it had been placed, and worked into the growing eM
dges of the cells all round. The work of construction seems to be a sort of balance struck between many bees, all instinctively standing at the same relative distance from each other, all trying to sweep equal spheres, and then building up, or leaving ungnawed, the planes of intersection between these spheres. It was really curious to note in cases of difficulty, as when two pieces of comb met at an angle, how often the bees would pull down and rebuild in different ways the same cell, sometimes recurring to a shapeM
 which they had at first rejected.
When bees have a place on which they can stand in their proper positions for working
for instance, on a slip of wood, placed directly under the middle of a comb growing downwards, so that the comb has to be built over one face of the slip
in this case the bees can lay the foundations of one wall of a new hexagon, in its strictly proper place, projecting beyond the other completed cells. It suffices that the bees should be enabled to stand at their proper relative distances M
from each other and from the walls of the last completed cells, and then, by striking imaginary spheres, they can build up a wall intermediate between two adjoining spheres; but, as far as I have seen, they never gnaw away and finish off the angles of a cell till a large part both of that cell and of the adjoining cells has been built. This capacity in bees of laying down under certain circumstances a rough wall in its proper place between two just-commenced cells, is important, as it bears on a fact, which seems aM
t first subversive of the foregoing theory; namely, that the cells on the extreme margin of wasp-combs are sometimes strictly hexagonal; but I have not space here to enter on this subject. Nor does there seem to me any great difficulty in a single insect (as in the case of a queen-wasp) making hexagonal cells, if she were to work alternately on the inside and outside of two or three cells commenced at the same time, always standing at the proper relative distance from the parts of the cells just begun, sweeping sphM
eres or cylinders, and building up intermediate planes.
As natural selection acts only by the accumulation of slight modifications of structure or instinct, each profitable to the individual under its conditions of life, it may reasonably be asked, how a long and graduated succession of modified architectural instincts, all tending towards the present perfect plan of construction, could have profited the progenitors of the hive-bee? I think the answer is not difficult: cells constructed like those of the bee or M
the wasp gain in strength, and save much in labour and space, and in the materials of which they are constructed. With respect to the formation of wax, it is known that bees are often hard pressed to get sufficient nectar; and I am informed by Mr. Tegetmeier that it has been experimentally proved that from twelve to fifteen pounds of dry sugar are consumed by a hive of bees for the secretion of a pound of wax; so that a prodigious quantity of fluid nectar must be collected and consumed by the bees in a hive for theM
 secretion of the wax necessary for the construction of their combs. Moreover, many bees have to remain idle for many days during the process of secretion. A large store of honey is indispensable to support a large stock of bees during the winter; and the security of the hive is known mainly to depend on a large number of bees being supported. Hence the saving of wax by largely saving honey, and the time consumed in collecting the honey, must be an important element of success any family of bees. Of course the succM
ess of the species may be dependent on the number of its enemies, or parasites, or on quite distinct causes, and so be altogether independent of the quantity of honey which the bees can collect. But let us suppose that this latter circumstance determined, as it probably often has determined, whether a bee allied to our humble-bees could exist in large numbers in any country; and let us further suppose that the community lived through the winter, and consequently required a store of honey: there can in this case be M
no doubt that it would be an advantage to our imaginary humble-bee if a slight modification of her instincts led her to make her waxen cells near together, so as to intersect a little; for a wall in common even to two adjoining cells would save some little labour and wax. Hence, it would continually be more and more advantageous to our humble-bees, if they were to make their cells more and more regular, nearer together, and aggregated into a mass, like the cells of the Melipona; for in this case a large part of theM
 bounding surface of each cell would serve to bound the adjoining cells, and much labour and wax would be saved. Again, from the same cause, it would be advantageous to the Melipona, if she were to make her cells closer together, and more regular in every way than at present; for then, as we have seen, the spherical surfaces would wholly disappear and be replaced by plane surfaces; and the Melipona would make a comb as perfect as that of the hive-bee. Beyond this stage of perfection in architecture, natural selectiM
on could not lead; for the comb of the hive-bee, as far as we can see, is absolutely perfect in economising labour and wax.
Thus, as I believe, the most wonderful of all known instincts, that of the hive-bee, can be explained by natural selection having taken advantage of numerous, successive, slight modifications of simpler instincts; natural selection having, by slow degrees, more and more perfectly led the bees to sweep equal spheres at a given distance from each other in a double layer, and to build up and eM
xcavate the wax along the planes of intersection. The bees, of course, no more knowing that they swept their spheres at one particular distance from each other, than they know what are the several angles of the hexagonal prisms and of the basal rhombic plates; the motive power of the process of natural selection having been the construction of cells of due strength and of the proper size and shape for the larv
, this being effected with the greatest possible economy of labour and wax; that individual swarm which tM
hus made the best cells with least labour, and least waste of honey in the secretion of wax, having succeeded best, and having transmitted their newly-acquired economical instincts to new swarms, which in their turn will have had the best chance of succeeding in the struggle for existence.
Objections to the Theory of Natural Selection as applied to Instincts: Neuter and Sterile Insects.
It has been objected to the foregoing view of the origin of instincts that
the variations of structure and of instinct muM
st have been simultaneous and accurately adjusted to each other, as a modification in the one without an immediate corresponding change in the other would have been fatal.
 The force of this objection rests entirely on the assumption that the changes in the instincts and structure are abrupt. To take as an illustration the case of the larger titmouse, (Parus major) alluded to in a previous chapter; this bird often holds the seeds of the yew between its feet on a branch, and hammers with its beak till it gets at tM
he kernel. Now what special difficulty would there be in natural selection preserving all the slight individual variations in the shape of the beak, which were better and better adapted to break open the seeds, until a beak was formed, as well constructed for this purpose as that of the nuthatch, at the same time that habit, or compulsion, or spontaneous variations of taste, led the bird to become more and more of a seed-eater? In this case the beak is supposed to be slowly modified by natural selection, subsequentM
ly to, but in accordance with, slowly changing habits or taste; but let the feet of the titmouse vary and grow larger from correlation with the beak, or from any other unknown cause, and it is not improbable that such larger feet would lead the bird to climb more and more until it acquired the remarkable climbing instinct and power of the nuthatch. In this case a gradual change of structure is supposed to lead to changed instinctive habits. To take one more case: few instincts are more remarkable than that which leM
ads the swift of the Eastern Islands to make its nest wholly of inspissated saliva. Some birds build their nests of mud, believed to be moistened with saliva; and one of the swifts of North America makes its nest (as I have seen) of sticks agglutinated with saliva, and even with flakes of this substance. Is it then very improbable that the natural selection of individual swifts, which secreted more and more saliva, should at last produce a species with instincts leading it to neglect other materials and to make itsM
 nest exclusively of inspissated saliva? And so in other cases. It must, however, be admitted that in many instances we cannot conjecture whether it was instinct or structure which first varied.
No doubt many instincts of very difficult explanation could be opposed to the theory of natural selection
cases, in which we cannot see how an instinct could have originated; cases, in which no intermediate gradations are known to exist; cases of instincts of such trifling importance, that they could hardly have been aM
cted on by natural selection; cases of instincts almost identically the same in animals so remote in the scale of nature that we cannot account for their similarity by inheritance from a common progenitor, and consequently must believe that they were independently acquired through natural selection. I will not here enter on these several cases, but will confine myself to one special difficulty, which at first appeared to me insuperable, and actually fatal to the whole theory. I allude to the neuters or sterile femaM
les in insect communities: for these neuters often differ widely in instinct and in structure from both the males and fertile females, and yet, from being sterile, they cannot propagate their kind.
The subject well deserves to be discussed at great length, but I will here take only a single case, that of working or sterile ants. How the workers have been rendered sterile is a difficulty; but not much greater than that of any other striking modification of structure; for it can be shown that some insects and otheM
r articulate animals in a state of nature occasionally become sterile; and if such insects had been social, and it had been profitable to the community that a number should have been annually born capable of work, but incapable of procreation, I can see no especial difficulty in this having been effected through natural selection. But I must pass over this preliminary difficulty. The great difficulty lies in the working ants differing widely from both the males and the fertile females in structure, as in the shape M
of the thorax, and in being destitute of wings and sometimes of eyes, and in instinct. As far as instinct alone is concerned, the wonderful difference in this respect between the workers and the perfect females would have been better exemplified by the hive-bee. If a working ant or other neuter insect had been an ordinary animal, I should have unhesitatingly assumed that all its characters had been slowly acquired through natural selection; namely, by individuals having been born with slight profitable modificationM
s, which were inherited by the offspring, and that these again varied and again were selected, and so onwards. But with the working ant we have an insect differing greatly from its parents, yet absolutely sterile; so that it could never have transmitted successively acquired modifications of structure or instinct to its progeny. It may well be asked how it is possible to reconcile this case with the theory of natural selection?
First, let it be remembered that we have innumerable instances, both in our domestic M
productions and in those in a state of nature, of all sorts of differences of inherited structure which are correlated with certain ages and with either sex. We have differences correlated not only with one sex, but with that short period when the reproductive system is active, as in the nuptial plumage of many birds, and in the hooked jaws of the male salmon. We have even slight differences in the horns of different breeds of cattle in relation to an artificially imperfect state of the male sex; for oxen of certaiM
n breeds have longer horns than the oxen of other breeds, relatively to the length of the horns in both the bulls and cows of these same breeds. Hence, I can see no great difficulty in any character becoming correlated with the sterile condition of certain members of insect communities; the difficulty lies in understanding how such correlated modifications of structure could have been slowly accumulated by natural selection.
This difficulty, though appearing insuperable, is lessened, or, as I believe, disappearsM
, when it is remembered that selection may be applied to the family, as well as to the individual, and may thus gain the desired end. Breeders of cattle wish the flesh and fat to be well marbled together. An animal thus characterized has been slaughtered, but the breeder has gone with confidence to the same stock and has succeeded. Such faith may be placed in the power of selection that a breed of cattle, always yielding oxen with extraordinarily long horns, could, it is probable, be formed by carefully watching whM
ich individual bulls and cows, when matched, produced oxen with the longest horns; and yet no one ox would ever have propagated its kind. Here is a better and real illustration: According to M. Verlot, some varieties of the double annual stock, from having been long and carefully selected to the right degree, always produce a large proportion of seedlings bearing double and quite sterile flowers, but they likewise yield some single and fertile plants. These latter, by which alone the variety can be propagated, may M
be compared with the fertile male and female ants, and the double sterile plants with the neuters of the same community. As with the varieties of the stock, so with social insects, selection has been applied to the family, and not to the individual, for the sake of gaining a serviceable end. Hence, we may conclude that slight modifications of structure or of instinct, correlated with the sterile condition of certain members of the community, have proved advantageous; consequently the fertile males and females have M
flourished, and transmitted to their fertile offspring a tendency to produce sterile members with the same modifications. This process must have been repeated many times, until that prodigious amount of difference between the fertile and sterile females of the same species has been produced which we see in many social insects.
But we have not as yet touched on the acme of the difficulty; namely, the fact that the neuters of several ants differ, not only from the fertile females and males, but from each other, soM
metimes to an almost incredible degree, and are thus divided into two or even three castes. The castes, moreover, do not generally graduate into each other, but are perfectly well defined; being as distinct from each other as are any two species of the same genus, or rather as any two genera of the same family. Thus, in Eciton, there are working and soldier neuters, with jaws and instincts extraordinarily different: in Cryptocerus, the workers of one caste alone carry a wonderful sort of shield on their heads, the M
use of which is quite unknown: in the Mexican Myrmecocystus, the workers of one caste never leave the nest; they are fed by the workers of another caste, and they have an enormously developed abdomen which secretes a sort of honey, supplying the place of that excreted by the aphides, or the domestic cattle as they may be called, which our European ants guard and imprison.
It will indeed be thought that I have an overweening confidence in the principle of natural selection, when I do not admit that such wonderfulM
 and well-established facts at once annihilate the theory. In the simpler case of neuter insects all of one caste, which, as I believe, have been rendered different from the fertile males and females through natural selection, we may conclude from the analogy of ordinary variations, that the successive, slight, profitable modifications did not first arise in all the neuters in the same nest, but in some few alone; and that by the survival of the communities with females which produced most neuters having the advantM
ageous modification, all the neuters ultimately came to be thus characterized. According to this view we ought occasionally to find in the same nest neuter-insects, presenting gradations of structure; and this we do find, even not rarely, considering how few neuter-insects out of Europe have been carefully examined. Mr. F. Smith has shown that the neuters of several British ants differ surprisingly from each other in size and sometimes in colour; and that the extreme forms can be linked together by individuals takeM
n out of the same nest: I have myself compared perfect gradations of this kind. It sometimes happens that the larger or the smaller sized workers are the most numerous; or that both large and small are numerous, while those of an intermediate size are scanty in numbers. Formica flava has larger and smaller workers, with some few of intermediate size; and, in this species, as Mr. F. Smith has observed, the larger workers have simple eyes (ocelli), which, though small, can be plainly distinguished, whereas the smalleM
r workers have their ocelli rudimentary. Having carefully dissected several specimens of these workers, I can affirm that the eyes are far more rudimentary in the smaller workers than can be accounted for merely by their proportionately lesser size; and I fully believe, though I dare not assert so positively, that the workers of intermediate size have their ocelli in an exactly intermediate condition. So that here we have two bodies of sterile workers in the same nest, differing not only in size, but in their organM
s of vision, yet connected by some few members in an intermediate condition. I may digress by adding, that if the smaller workers had been the most useful to the community, and those males and females had been continually selected, which produced more and more of the smaller workers, until all the workers were in this condition; we should then have had a species of ant with neuters in nearly the same condition as those of Myrmica. For the workers of Myrmica have not even rudiments of ocelli, though the male and femM
ale ants of this genus have well-developed ocelli.
I may give one other case: so confidently did I expect occasionally to find gradations of important structures between the different castes of neuters in the same species, that I gladly availed myself of Mr. F. Smith
s offer of numerous specimens from the same nest of the driver ant (Anomma) of West Africa. The reader will perhaps best appreciate the amount of difference in these workers by my giving, not the actual measurements, but a strictly accurate illustM
ration: the difference was the same as if we were to see a set of workmen building a house, of whom many were five feet four inches high, and many sixteen feet high; but we must in addition suppose that the larger workmen had heads four instead of three times as big as those of the smaller men, and jaws nearly five times as big. The jaws, moreover, of the working ants of the several sizes differed wonderfully in shape, and in the form and number of the teeth. But the important fact for us is that, though the workerM
s can be grouped into castes of different sizes, yet they graduate insensibly into each other, as does the widely-different structure of their jaws. I speak confidently on this latter point, as Sir J. Lubbock made drawings for me, with the camera lucida, of the jaws which I dissected from the workers of the several sizes. Mr. Bates, in his interesting
Naturalist on the Amazons,
 has described analogous cases.
With these facts before me, I believe that natural selection, by acting on the fertile ants or pareM
nts, could form a species which should regularly produce neuters, all of large size with one form of jaw, or all of small size with widely different jaws; or lastly, and this is the greatest difficulty, one set of workers of one size and structure, and simultaneously another set of workers of a different size and structure; a graduated series having first been formed, as in the case of the driver ant, and then the extreme forms having been produced in greater and greater numbers, through the survival of the parentsM
 which generated them, until none with an intermediate structure were produced.
An analogous explanation has been given by Mr. Wallace, of the equally complex case, of certain Malayan butterflies regularly appearing under two or even three distinct female forms; and by Fritz M
ller, of certain Brazilian crustaceans likewise appearing under two widely distinct male forms. But this subject need not here be discussed.
I have now explained how, I believe, the wonderful fact of two distinctly defined castes of stM
erile workers existing in the same nest, both widely different from each other and from their parents, has originated. We can see how useful their production may have been to a social community of ants, on the same principle that the division of labour is useful to civilised man. Ants, however, work by inherited instincts and by inherited organs or tools, while man works by acquired knowledge and manufactured instruments. But I must confess, that, with all my faith in natural selection, I should never have anticipaM
ted that this principle could have been efficient in so high a degree, had not the case of these neuter insects led me to this conclusion. I have, therefore, discussed this case, at some little but wholly insufficient length, in order to show the power of natural selection, and likewise because this is by far the most serious special difficulty which my theory has encountered. The case, also, is very interesting, as it proves that with animals, as with plants, any amount of modification may be effected by the accumM
ulation of numerous, slight, spontaneous variations, which are in any way profitable, without exercise or habit having been brought into play. For peculiar habits, confined to the workers of sterile females, however long they might be followed, could not possibly affect the males and fertile females, which alone leave descendants. I am surprised that no one has advanced this demonstrative case of neuter insects, against the well-known doctrine of inherited habit, as advanced by Lamarck.
oured in this chapter briefly to show that the mental qualities of our domestic animals vary, and that the variations are inherited. Still more briefly I have attempted to show that instincts vary slightly in a state of nature. No one will dispute that instincts are of the highest importance to each animal. Therefore, there is no real difficulty, under changing conditions of life, in natural selection accumulating to any extent slight modifications of instinct which are in any way useful. In many cases habit or useM
 and disuse have probably come into play. I do not pretend that the facts given in this chapter strengthen in any great degree my theory; but none of the cases of difficulty, to the best of my judgment, annihilate it. On the other hand, the fact that instincts are not always absolutely perfect and are liable to mistakes;
that no instinct can be shown to have been produced for the good of other animals, though animals take advantage of the instincts of others;
that the canon in natural history, of
 is applicable to instincts as well as to corporeal structure, and is plainly explicable on the foregoing views, but is otherwise inexplicable
all tend to corroborate the theory of natural selection.
This theory is also strengthened by some few other facts in regard to instincts; as by that common case of closely allied, but distinct, species, when inhabiting distant parts of the world and living under considerably different conditions of life, yet often retaining nearly the same instincts. ForM
 instance, we can understand, on the principle of inheritance, how it is that the thrush of tropical South America lines its nest with mud, in the same peculiar manner as does our British thrush; how it is that the Hornbills of Africa and India have the same extraordinary instinct of plastering up and imprisoning the females in a hole in a tree, with only a small hole left in the plaster through which the males feed them and their young when hatched; how it is that the male wrens (Troglodytes) of North America, buiM
 to roost in, like the males of our Kitty-wrens,
a habit wholly unlike that of any other known bird. Finally, it may not be a logical deduction, but to my imagination it is far more satisfactory to look at such instincts as the young cuckoo ejecting its foster-brothers, ants making slaves, the larv
 feeding within the live bodies of caterpillars, not as specially endowed or created instincts, but as small consequences of one general law leading to the advancement of all organMz
namely, multiply, vary, let the strongest live and the weakest die.
(CONTINUED AT ETCHING.NET)
Dated November 24, 1859
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GEOGRAPHICAL DISTRIBUTION
Distribution of fresh-water productions
On the inhabitants of oceanic islands
Absence of Batrachians and of terrestrial Mammals
On the relation of the inhabitants of islands to those of the nearest mainland
On colonisation from the nearest source with subsequent modification
Summary of the last and present chapters.
Fresh-water Productions.
As lakes and river-systems are separated M
from each other by barriers of land, it might have been thought that fresh-water productions would not have ranged widely within the same country, and as the sea is apparently a still more formidable barrier, that they would never have extended to distant countries. But the case is exactly the reverse. Not only have many fresh-water species, belonging to different classes, an enormous range, but allied species prevail in a remarkable manner throughout the world. When first collecting in the fresh waters of Brazil, M
I well remember feeling much surprise at the similarity of the fresh-water insects, shells, &c., and at the dissimilarity of the surrounding terrestrial beings, compared with those of Britain.
But the wide ranging power of fresh-water productions can, I think, in most cases be explained by their having become fitted, in a manner highly useful to them, for short and frequent migrations from pond to pond, or from stream to stream, within their own countries; and liability to wide dispersal would follow from this cM
apacity as an almost necessary consequence. We can here consider only a few cases; of these, some of the most difficult to explain are presented by fish. It was formerly believed that the same fresh-water species never existed on two continents distant from each other. But Dr. G
nther has lately shown that the Galaxias attenuatus inhabits Tasmania, New Zealand, the Falkland Islands and the mainland of South America. This is a wonderful case, and probably indicates dispersal from an Antarctic centre during a formerM
 warm period. This case, however, is rendered in some degree less surprising by the species of this genus having the power of crossing by some unknown means considerable spaces of open ocean: thus there is one species common to New Zealand and to the Auckland Islands, though separated by a distance of about 230 miles. On the same continent fresh-water fish often range widely, and as if capriciously; for in two adjoining river systems some of the species may be the same and some wholly different.
hat they are occasionally transported by what may be called accidental means. Thus fishes still alive are not very rarely dropped at distant points by whirlwinds; and it is known that the ova retain their vitality for a considerable time after removal from the water. Their dispersal may, however, be mainly attributed to changes in the level of the land within the recent period, causing rivers to flow into each other. Instances, also, could be given of this having occurred during floods, without any change of level.M
 The wide differences of the fish on the opposite sides of most mountain-ranges, which are continuous and consequently must, from an early period, have completely prevented the inosculation of the river systems on the two sides, leads to the same conclusion. Some fresh-water fish belong to very ancient forms, and in such cases there will have been ample time for great geographical changes, and consequently time and means for much migration. Moreover, Dr. G
nther has recently been led by several considerations to iM
nfer that with fishes the same forms have a long endurance. Salt-water fish can with care be slowly accustomed to live in fresh water; and, according to Valenciennes, there is hardly a single group of which all the members are confined to fresh water, so that a marine species belonging to a fresh-water group might travel far along the shores of the sea, and could, it is probable, become adapted without much difficulty to the fresh waters of a distant land.
Some species of fresh-water shells have very wide rangesM
, and allied species which, on our theory, are descended from a common parent, and must have proceeded from a single source, prevail throughout the world. Their distribution at first perplexed me much, as their ova are not likely to be transported by birds; and the ova, as well as the adults, are immediately killed by sea-water. I could not even understand how some naturalised species have spread rapidly throughout the same country. But two facts, which I have observed
and many others no doubt will be discovered
throw some light on this subject. When ducks suddenly emerge from a pond covered with duck-weed, I have twice seen these little plants adhering to their backs; and it has happened to me, in removing a little duck-weed from one aquarium to another, that I have unintentionally stocked the one with fresh-water shells from the other. But another agency is perhaps more effectual: I suspended the feet of a duck in an aquarium, where many ova of fresh-water shells were hatching; and I found that numbers of the extremelyM
 minute and just-hatched shells crawled on the feet, and clung to them so firmly that when taken out of the water they could not be jarred off, though at a somewhat more advanced age they would voluntarily drop off. These just-hatched molluscs, though aquatic in their nature, survived on the duck
s feet, in damp air, from twelve to twenty hours; and in this length of time a duck or heron might fly at least six or seven hundred miles, and if blown across the sea to an oceanic island, or to any other distant point,M
 would be sure to alight on a pool or rivulet. Sir Charles Lyell informs me that a Dyticus has been caught with an Ancylus (a fresh-water shell like a limpet) firmly adhering to it; and a water-beetle of the same family, a Colymbetes, once flew on board the
 when forty-five miles distant from the nearest land: how much farther it might have been blown by a favouring gale no one can tell.
With respect to plants, it has long been known what enormous ranges many fresh-water, and even marsh-species, havM
e, both over continents and to the most remote oceanic islands. This is strikingly illustrated, according to Alph. de Candolle, in those large groups of terrestrial plants, which have very few aquatic members; for the latter seem immediately to acquire, as if in consequence, a wide range. I think favourable means of dispersal explain this fact. I have before mentioned that earth occasionally adheres in some quantity to the feet and beaks of birds. Wading birds, which frequent the muddy edges of ponds, if suddenly fM
lushed, would be the most likely to have muddy feet. Birds of this order wander more than those of any other; and are occasionally found on the most remote and barren islands of the open ocean; they would not be likely to alight on the surface of the sea, so that any dirt on their feet would not be washed off; and when gaining the land, they would be sure to fly to their natural fresh-water haunts. I do not believe that botanists are aware how charged the mud of ponds is with seeds: I have tried several little expeM
riments, but will here give only the most striking case: I took in February three tablespoonfuls of mud from three different points, beneath water, on the edge of a little pond; this mud when dry weighed only 6 and 3/4 ounces; I kept it covered up in my study for six months, pulling up and counting each plant as it grew; the plants were of many kinds, and were altogether 537 in number; and yet the viscid mud was all contained in a breakfast cup! Considering these facts, I think it would be an inexplicable circumstaM
nce if water-birds did not transport the seeds of fresh-water plants to unstocked ponds and streams, situated at very distant points. The same agency may have come into play with the eggs of some of the smaller fresh-water animals.
Other and unknown agencies probably have also played a part. I have stated that fresh-water fish eat some kinds of seeds, though they reject many other kinds after having swallowed them; even small fish swallow seeds of moderate size, as of the yellow water-lily and Potamogeton. HeronM
s and other birds, century after century, have gone on daily devouring fish; they then take flight and go to other waters, or are blown across the sea; and we have seen that seeds retain their power of germination, when rejected many hours afterwards in pellets or in the excrement. When I saw the great size of the seeds of that fine water-lily, the Nelumbium, and remembered Alph. de Candolle
s remarks on the distribution of this plant, I thought that the means of its dispersal must remain inexplicable; but AuduboM
n states that he found the seeds of the great southern water-lily (probably according to Dr. Hooker, the Nelumbium luteum) in a heron
s stomach. Now this bird must often have flown with its stomach thus well stocked to distant ponds, and, then getting a hearty meal of fish, analogy makes me believe that it would have rejected the seeds in the pellet in a fit state for germination.
In considering these several means of distribution, it should be remembered that when a pond or stream is first formed, for instancM
e on a rising islet, it will be unoccupied; and a single seed or egg will have a good chance of succeeding. Although there will always be a struggle for life between the inhabitants of the same pond, however few in kind, yet as the number even in a well-stocked pond is small in comparison with the number of species inhabiting an equal area of land, the competition between them will probably be less severe than between terrestrial species; consequently an intruder from the waters of a foreign country would have a beM
tter chance of seizing on a new place, than in the case of terrestrial colonists. We should also remember that many fresh-water productions are low in the scale of nature, and we have reason to believe that such beings become modified more slowly than the high; and this will give time for the migration of aquatic species. We should not forget the probability of many fresh-water forms having formerly ranged continuously over immense areas, and then having become extinct at intermediate points. But the wide distributM
ion of fresh-water plants, and of the lower animals, whether retaining the same identical form, or in some degree modified, apparently depends in main part on the wide dispersal of their seeds and eggs by animals, more especially by fresh-water birds, which have great powers of flight, and naturally travel from one piece of water to another.
On the Inhabitants of Oceanic Islands.
We now come to the last of the three classes of facts, which I have selected as presenting the greatest amount of difficulty with rM
espect to distribution, on the view that not only all the individuals of the same species have migrated from some one area, but that allied species, although now inhabiting the most distant points, have proceeded from a single area, the birthplace of their early progenitors. I have already given my reasons for disbelieving in continental extensions within the period of existing species on so enormous a scale that all the many islands of the several oceans were thus stocked with their present terrestrial inhabitantsM
. This view removes many difficulties, but it does not accord with all the facts in regard to the productions of islands. In the following remarks I shall not confine myself to the mere question of dispersal, but shall consider some other cases bearing on the truth of the two theories of independent creation and of descent with modification.
The species of all kinds which inhabit oceanic islands are few in number compared with those on equal continental areas: Alph. de Candolle admits this for plants, and WollasM
ton for insects. New Zealand, for instance, with its lofty mountains and diversified stations, extending over 780 miles of latitude, together with the outlying islands of Auckland, Campbell and Chatham, contain altogether only 960 kinds of flowering plants; if we compare this moderate number with the species which swarm over equal areas in Southwestern Australia or at the Cape of Good Hope, we must admit that some cause, independently of different physical conditions, has given rise to so great a difference in numbM
er. Even the uniform county of Cambridge has 847 plants, and the little island of Anglesea 764, but a few ferns and a few introduced plants are included in these numbers, and the comparison in some other respects is not quite fair. We have evidence that the barren island of Ascension aboriginally possessed less than half-a-dozen flowering plants; yet many species have now become naturalised on it, as they have in New Zealand and on every other oceanic island which can be named. In St. Helena there is reason to beliM
eve that the naturalised plants and animals have nearly or quite exterminated many native productions. He who admits the doctrine of the creation of each separate species, will have to admit that a sufficient number of the best adapted plants and animals were not created for oceanic islands; for man has unintentionally stocked them far more fully and perfectly than did nature.
Although in oceanic islands the species are few in number, the proportion of endemic kinds (i.e. those found nowhere else in the world) iM
s often extremely large. If we compare, for instance, the number of endemic land-shells in Madeira, or of endemic birds in the Galapagos Archipelago, with the number found on any continent, and then compare the area of the island with that of the continent, we shall see that this is true. This fact might have been theoretically expected, for, as already explained, species occasionally arriving, after long intervals of time in the new and isolated district, and having to compete with new associates, would be eminentM
ly liable to modification, and would often produce groups of modified descendants. But it by no means follows that, because in an island nearly all the species of one class are peculiar, those of another class, or of another section of the same class, are peculiar; and this difference seems to depend partly on the species which are not modified having immigrated in a body, so that their mutual relations have not been much disturbed; and partly on the frequent arrival of unmodified immigrants from the mother-countryM
, with which the insular forms have intercrossed. It should be borne in mind that the offspring of such crosses would certainly gain in vigour; so that even an occasional cross would produce more effect than might have been anticipated. I will give a few illustrations of the foregoing remarks: in the Galapagos Islands there are twenty-six land birds; of these twenty-one (or perhaps twenty-three) are peculiar; whereas of the eleven marine birds only two are peculiar; and it is obvious that marine birds could arrive M
at these islands much more easily and frequently than land-birds. Bermuda, on the other hand, which lies at about the same distance from North America as the Galapagos Islands do from South America, and which has a very peculiar soil, does not possess a single endemic land bird; and we know from Mr. J.M. Jones
s admirable account of Bermuda, that very many North American birds occasionally or even frequently visit this island. Almost every year, as I am informed by Mr. E.V. Harcourt, many European and African birM
ds are blown to Madeira; this island is inhabited by ninety-nine kinds, of which one alone is peculiar, though very closely related to a European form; and three or four other species are confined to this island and to the Canaries. So that the islands of Bermuda and Madeira have been stocked from the neighbouring continents with birds, which for long ages have there struggled together, and have become mutually co-adapted. Hence, when settled in their new homes, each kind will have been kept by the others to its prM
oper place and habits, and will consequently have been but little liable to modification. Any tendency to modification will also have been checked by intercrossing with the unmodified immigrants, often arriving from the mother-country. Madeira again is inhabited by a wonderful number of peculiar land-shells, whereas not one species of sea-shell is peculiar to its shores: now, though we do not know how sea-shells are dispersed, yet we can see that their eggs or larv
, perhaps attached to seaweed or floating timber,M
 or to the feet of wading birds, might be transported across three or four hundred miles of open sea far more easily than land-shells. The different orders of insects inhabiting Madeira present nearly parallel cases.
Oceanic islands are sometimes deficient in animals of certain whole classes, and their places are occupied by other classes; thus in the Galapagos Islands reptiles, and in New Zealand gigantic wingless birds, take, or recently took, the place of mammals. Although New Zealand is here spoken of as an M
oceanic island, it is in some degree doubtful whether it should be so ranked; it is of large size, and is not separated from Australia by a profoundly deep sea; from its geological character and the direction of its mountain ranges, the Rev. W.B. Clarke has lately maintained that this island, as well as New Caledonia, should be considered as appurtenances of Australia. Turning to plants, Dr. Hooker has shown that in the Galapagos Islands the proportional numbers of the different orders are very different from what M
they are elsewhere. All such differences in number, and the absence of certain whole groups of animals and plants, are generally accounted for by supposed differences in the physical conditions of the islands; but this explanation is not a little doubtful. Facility of immigration seems to have been fully as important as the nature of the conditions.
Many remarkable little facts could be given with respect to the inhabitants of oceanic islands. For instance, in certain islands not tenanted by a single mammal, somM
e of the endemic plants have beautifully hooked seeds; yet few relations are more manifest than that hooks serve for the transportal of seeds in the wool or fur of quadrupeds. But a hooked seed might be carried to an island by other means; and the plant then becoming modified would form an endemic species, still retaining its hooks, which would form a useless appendage, like the shrivelled wings under the soldered wing-covers of many insular beetles. Again, islands often possess trees or bushes belonging to orders M
which elsewhere include only herbaceous species; now trees, as Alph. de Candolle has shown, generally have, whatever the cause may be, confined ranges. Hence trees would be little likely to reach distant oceanic islands; and an herbaceous plant, which had no chance of successfully competing with the many fully developed trees growing on a continent, might, when established on an island, gain an advantage over other herbaceous plants by growing taller and taller and overtopping them. In this case, natural selection M
would tend to add to the stature of the plant, to whatever order it belonged, and thus first convert it into a bush and then into a tree.
Absence of Batrachians and Terrestrial mammals on Oceanic Islands.
With respect to the absence of whole orders of animals on oceanic islands, Bory St. Vincent long ago remarked that Batrachians (frogs, toads, newts) are never found on any of the many islands with which the great oceans are studded. I have taken pains to verify this assertion, and have found it true, with thM
e exception of New Zealand, New Caledonia, the Andaman Islands, and perhaps the Solomon Islands and the Seychelles. But I have already remarked that it is doubtful whether New Zealand and New Caledonia ought to be classed as oceanic islands; and this is still more doubtful with respect to the Andaman and Solomon groups and the Seychelles. This general absence of frogs, toads and newts on so many true oceanic islands cannot be accounted for by their physical conditions; indeed it seems that islands are peculiarly fiM
tted for these animals; for frogs have been introduced into Madeira, the Azores, and Mauritius, and have multiplied so as to become a nuisance. But as these animals and their spawn are immediately killed (with the exception, as far as known, of one Indian species) by sea-water, there would be great difficulty in their transportal across the sea, and therefore we can see why they do not exist on strictly oceanic islands. But why, on the theory of creation, they should not have been created there, it would be very diM
Mammals offer another and similar case. I have carefully searched the oldest voyages, and have not found a single instance, free from doubt, of a terrestrial mammal (excluding domesticated animals kept by the natives) inhabiting an island situated above 300 miles from a continent or great continental island; and many islands situated at a much less distance are equally barren. The Falkland Islands, which are inhabited by a wolf-like fox, come nearest to an exception; but this group cannot be M
considered as oceanic, as it lies on a bank in connection with the mainland at a distance of about 280 miles; moreover, icebergs formerly brought boulders to its western shores, and they may have formerly transported foxes, as now frequently happens in the arctic regions. Yet it cannot be said that small islands will not support at least small mammals, for they occur in many parts of the world on very small islands, when lying close to a continent; and hardly an island can be named on which our smaller quadrupeds hM
ave not become naturalised and greatly multiplied. It cannot be said, on the ordinary view of creation, that there has not been time for the creation of mammals; many volcanic islands are sufficiently ancient, as shown by the stupendous degradation which they have suffered, and by their tertiary strata: there has also been time for the production of endemic species belonging to other classes; and on continents it is known that new species of mammals appear and disappear at a quicker rate than other and lower animalM
s. Although terrestrial mammals do not occur on oceanic islands, a
rial mammals do occur on almost every island. New Zealand possesses two bats found nowhere else in the world: Norfolk Island, the Viti Archipelago, the Bonin Islands, the Caroline and Marianne Archipelagoes, and Mauritius, all possess their peculiar bats. Why, it may be asked, has the supposed creative force produced bats and no other mammals on remote islands? On my view this question can easily be answered; for no terrestrial mammal can be transpM
orted across a wide space of sea, but bats can fly across. Bats have been seen wandering by day far over the Atlantic Ocean; and two North American species, either regularly or occasionally, visit Bermuda, at the distance of 600 miles from the mainland. I hear from Mr. Tomes, who has specially studied this family, that many species have enormous ranges, and are found on continents and on far distant islands. Hence, we have only to suppose that such wandering species have been modified in their new homes in relationM
 to their new position, and we can understand the presence of endemic bats on oceanic islands, with the absence of all other terrestrial mammals.
Another interesting relation exists, namely, between the depth of the sea separating islands from each other, or from the nearest continent, and the degree of affinity of their mammalian inhabitants. Mr. Windsor Earl has made some striking observations on this head, since greatly extended by Mr. Wallace
s admirable researches, in regard to the great Malay ArchipelagoM
, which is traversed near Celebes by a space of deep ocean, and this separates two widely distinct mammalian faunas. On either side, the islands stand on a moderately shallow submarine bank, and these islands are inhabited by the same or by closely allied quadrupeds. I have not as yet had time to follow up this subject in all quarters of the world; but as far as I have gone, the relation holds good. For instance, Britain is separated by a shallow channel from Europe, and the mammals are the same on both sides; and M
so it is with all the islands near the shores of Australia. The West Indian Islands, on the other hand, stand on a deeply submerged bank, nearly one thousand fathoms in depth, and here we find American forms, but the species and even the genera are quite distinct. As the amount of modification which animals of all kinds undergo partly depends on the lapse of time, and as the islands which are separated from each other, or from the mainland, by shallow channels, are more likely to have been continuously united withiM
n a recent period than the islands separated by deeper channels, we can understand how it is that a relation exists between the depth of the sea separating two mammalian faunas, and the degree of their affinity, a relation which is quite inexplicable on the theory of independent acts of creation.
The foregoing statements in regard to the inhabitants of oceanic islands, namely, the fewness of the species, with a large proportion consisting of endemic forms
the members of certain groups, but not those of other gM
roups in the same class, having been modified
the absence of certain whole orders, as of batrachians and of terrestrial mammals, notwithstanding the presence of a
rial bats, the singular proportions of certain orders of plants, herbaceous forms having been developed into trees, &c., seem to me to accord better with the belief in the efficiency of occasional means of transport, carried on during a long course of time, than with the belief in the former connection of all oceanic islands with the nearest continent;M
 for on this latter view it is probable that the various classes would have immigrated more uniformly, and from the species having entered in a body, their mutual relations would not have been much disturbed, and consequently, they would either have not been modified, or all the species in a more equable manner.
I do not deny that there are many and serious difficulties in understanding how many of the inhabitants of the more remote islands, whether still retaining the same specific form or subsequently modifiedM
, have reached their present homes. But the probability of other islands having once existed as halting-places, of which not a wreck now remains, must not be overlooked. I will specify one difficult case. Almost all oceanic islands, even the most isolated and smallest, are inhabited by land-shells, generally by endemic species, but sometimes by species found elsewhere striking instances of which have been given by Dr. A.A. Gould in relation to the Pacific. Now it is notorious that land-shells are easily killed by sM
ea-water; their eggs, at least such as I have tried, sink in it and are killed. Yet there must be some unknown, but occasionally efficient means for their transportal. Would the just-hatched young sometimes adhere to the feet of birds roosting on the ground and thus get transported? It occurred to me that land-shells, when hybernating and having a membranous diaphragm over the mouth of the shell, might be floated in chinks of drifted timber across moderately wide arms of the sea. And I find that several species in M
this state withstand uninjured an immersion in sea-water during seven days. One shell, the Helix pomatia, after having been thus treated, and again hybernating, was put into sea-water for twenty days and perfectly recovered. During this length of time the shell might have been carried by a marine country of average swiftness to a distance of 660 geographical miles. As this Helix has a thick calcareous operculum I removed it, and when it had formed a new membranous one, I again immersed it for fourteen days in sea-wM
ater, and again it recovered and crawled away. Baron Aucapitaine has since tried similar experiments. He placed 100 land-shells, belonging to ten species, in a box pierced with holes, and immersed it for a fortnight in the sea. Out of the hundred shells twenty-seven recovered. The presence of an operculum seems to have been of importance, as out of twelve specimens of Cyclostoma elegans, which is thus furnished, eleven revived. It is remarkable, seeing how well the Helix pomatia resisted with me the salt-water, thaM
t not one of fifty-four specimens belonging to four other species of Helix tried by Aucapitaine recovered. It is, however, not at all probable that land-shells have often been thus transported; the feet of birds offer a more probable method.
On the Relations of the Inhabitants of Islands to those of the nearest Mainland.
The most striking and important fact for us is the affinity of the species which inhabit islands to those of the nearest mainland, without being actually the same. Numerous instances could beM
 given. The Galapagos Archipelago, situated under the equator, lies at a distance of between 500 and 600 miles from the shores of South America. Here almost every product of the land and of the water bears the unmistakable stamp of the American continent. There are twenty-six land-birds. Of these twenty-one, or perhaps twenty-three, are ranked as distinct species, and would commonly be assumed to have been here created; yet the close affinity of most of these birds to American species is manifest in every characterM
 in their habits, gestures, and tones of voice. So it is with the other animals, and with a large proportion of the plants, as shown by Dr. Hooker in his admirable Flora of this archipelago. The naturalist, looking at the inhabitants of these volcanic islands in the Pacific, distant several hundred miles from the continent, feels that he is standing on American land. Why should this be so? Why should the species which are supposed to have been created in the Galapagos Archipelago, and nowhere else, bear so plainly M
the stamp of affinity to those created in America? There is nothing in the conditions of life, in the geological nature of the islands, in their height or climate, or in the proportions in which the several classes are associated together, which closely resembles the conditions of the South American coast. In fact, there is a considerable dissimilarity in all these respects. On the other hand, there is a considerable degree of resemblance in the volcanic nature of the soil, in the climate, height, and size of the iM
slands, between the Galapagos and Cape Verde Archipelagos: but what an entire and absolute difference in their inhabitants! The inhabitants of the Cape Verde Islands are related to those of Africa, like those of the Galapagos to America. Facts, such as these, admit of no sort of explanation on the ordinary view of independent creation; whereas, on the view here maintained, it is obvious that the Galapagos Islands would be likely to receive colonists from America, whether by occasional means of transport or (though M
I do not believe in this doctrine) by formerly continuous land, and the Cape Verde Islands from Africa; such colonists would be liable to modification
the principle of inheritance still betraying their original birthplace.
Many analogous facts could be given: indeed it is an almost universal rule that the endemic productions of islands are related to those of the nearest continent, or of the nearest large island. The exceptions are few, and most of them can be explained. Thus, although Kerguelen Land stands neM
arer to Africa than to America, the plants are related, and that very closely, as we know from Dr. Hooker
s account, to those of America: but on the view that this island has been mainly stocked by seeds brought with earth and stones on icebergs, drifted by the prevailing currents, this anomaly disappears. New Zealand in its endemic plants is much more closely related to Australia, the nearest mainland, than to any other region: and this is what might have been expected; but it is also plainly related to South AmM
erica, which, although the next nearest continent, is so enormously remote, that the fact becomes an anomaly. But this difficulty partially disappears on the view that New Zealand, South America, and the other southern lands, have been stocked in part from a nearly intermediate though distant point, namely, from the antarctic islands, when they were clothed with vegetation, during a warmer tertiary period, before the commencement of the last Glacial period. The affinity, which, though feeble, I am assured by Dr. HoM
oker is real, between the flora of the south-western corner of Australia and of the Cape of Good Hope, is a far more remarkable case; but this affinity is confined to the plants, and will, no doubt, some day be explained.
The same law which has determined the relationship between the inhabitants of islands and the nearest mainland, is sometimes displayed on a small scale, but in a most interesting manner, within the limits of the same archipelago. Thus each separate island of the Galapagos Archipelago is tenanteM
d, and the fact is a marvellous one, by many distinct species; but these species are related to each other in a very much closer manner than to the inhabitants of the American continent, or of any other quarter of the world. This is what might have been expected, for islands situated so near to each other would almost necessarily receive immigrants from the same original source, and from each other. But how is it that many of the immigrants have been differently modified, though only in a small degree, in islands sM
ituated within sight of each other, having the same geological nature, the same height, climate, etc? This long appeared to me a great difficulty: but it arises in chief part from the deeply-seated error of considering the physical conditions of a country as the most important; whereas it cannot be disputed that the nature of the other species with which each has to compete, is at least as important, and generally a far more important element of success. Now if we look to the species which inhabit the Galapagos ArcM
hipelago, and are likewise found in other parts of the world, we find that they differ considerably in the several islands. This difference might indeed have been expected if the islands have been stocked by occasional means of transport
a seed, for instance, of one plant having been brought to one island, and that of another plant to another island, though all proceeding from the same general source. Hence, when in former times an immigrant first settled on one of the islands, or when it subsequently spread fromM
 one to another, it would undoubtedly be exposed to different conditions in the different islands, for it would have to compete with a different set of organisms; a plant, for instance, would find the ground best-fitted for it occupied by somewhat different species in the different islands, and would be exposed to the attacks of somewhat different enemies. If, then, it varied, natural selection would probably favour different varieties in the different islands. Some species, however, might spread and yet retain theM
 same character throughout the group, just as we see some species spreading widely throughout a continent and remaining the same.
The really surprising fact in this case of the Galapagos Archipelago, and in a lesser degree in some analogous cases, is that each new species after being formed in any one island, did not spread quickly to the other islands. But the islands, though in sight of each other, are separated by deep arms of the sea, in most cases wider than the British Channel, and there is no reason to suM
ppose that they have at any former period been continuously united. The currents of the sea are rapid and deep between the islands, and gales of wind are extraordinarily rare; so that the islands are far more effectually separated from each other than they appear on a map. Nevertheless, some of the species, both of those found in other parts of the world and of those confined to the archipelago, are common to the several islands; and we may infer from the present manner of distribution that they have spread from onM
e island to the others. But we often take, I think, an erroneous view of the probability of closely allied species invading each other
s territory, when put into free intercommunication. Undoubtedly, if one species has any advantage over another, it will in a very brief time wholly or in part supplant it; but if both are equally well fitted for their own places, both will probably hold their separate places for almost any length of time. Being familiar with the fact that many species, naturalised through man
agency, have spread with astonishing rapidity over wide areas, we are apt to infer that most species would thus spread; but we should remember that the species which become naturalised in new countries are not generally closely allied to the aboriginal inhabitants, but are very distinct forms, belonging in a large proportion of cases, as shown by Alph. de Candolle, to distinct genera. In the Galapagos Archipelago, many even of the birds, though so well adapted for flying from island to island, differ on the differeM
nt islands; thus there are three closely allied species of mocking-thrush, each confined to its own island. Now let us suppose the mocking-thrush of Chatham Island to be blown to Charles Island, which has its own mocking-thrush; why should it succeed in establishing itself there? We may safely infer that Charles Island is well stocked with its own species, for annually more eggs are laid and young birds hatched than can possibly be reared; and we may infer that the mocking-thrush peculiar to Charles Island is at leM
ast as well fitted for its home as is the species peculiar to Chatham Island. Sir C. Lyell and Mr. Wollaston have communicated to me a remarkable fact bearing on this subject; namely, that Madeira and the adjoining islet of Porto Santo possess many distinct but representative species of land-shells, some of which live in crevices of stone; and although large quantities of stone are annually transported from Porto Santo to Madeira, yet this latter island has not become colonised by the Porto Santo species: neverthelM
ess, both islands have been colonised by some European land-shells, which no doubt had some advantage over the indigenous species. From these considerations I think we need not greatly marvel at the endemic species which inhabit the several islands of the Galapagos Archipelago not having all spread from island to island. On the same continent, also, pre-occupation has probably played an important part in checking the commingling of the species which inhabit different districts with nearly the same physical conditioM
ns. Thus, the south-east and south-west corners of Australia have nearly the same physical conditions, and are united by continuous land, yet they are inhabited by a vast number of distinct mammals, birds, and plants; so it is, according to Mr. Bates, with the butterflies and other animals inhabiting the great, open, and continuous valley of the Amazons.
The same principle which governs the general character of the inhabitants of oceanic islands, namely, the relation to the source whence colonists could have beeM
n most easily derived, together with their subsequent modification, is of the widest application throughout nature. We see this on every mountain-summit, in every lake and marsh. For Alpine species, excepting in as far as the same species have become widely spread during the Glacial epoch, are related to those of the surrounding lowlands; thus we have in South America, Alpine humming-birds, Alpine rodents, Alpine plants, &c., all strictly belonging to American forms; and it is obvious that a mountain, as it became M
slowly upheaved, would be colonised from the surrounding lowlands. So it is with the inhabitants of lakes and marshes, excepting in so far as great facility of transport has allowed the same forms to prevail throughout large portions of the world. We see the same principle in the character of most of the blind animals inhabiting the caves of America and of Europe. Other analogous facts could be given. It will, I believe, be found universally true, that wherever in two regions, let them be ever so distant, many closM
ely allied or representative species occur, there will likewise be found some identical species; and wherever many closely-allied species occur, there will be found many forms which some naturalists rank as distinct species, and others as mere varieties; these doubtful forms showing us the steps in the process of modification.
The relation between the power and extent of migration in certain species, either at the present or at some former period, and the existence at remote points of the world of closely alliedM
 species, is shown in another and more general way. Mr. Gould remarked to me long ago, that in those genera of birds which range over the world, many of the species have very wide ranges. I can hardly doubt that this rule is generally true, though difficult of proof. Among mammals, we see it strikingly displayed in Bats, and in a lesser degree in the Felid
. We see the same rule in the distribution of butterflies and beetles. So it is with most of the inhabitants of fresh water, for many of the genera M
in the most distinct classes range over the world, and many of the species have enormous ranges. It is not meant that all, but that some of the species have very wide ranges in the genera which range very widely. Nor is it meant that the species in such genera have, on an average, a very wide range; for this will largely depend on how far the process of modification has gone; for instance, two varieties of the same species inhabit America and Europe, and thus the species has an immense range; but, if variation wereM
 to be carried a little further, the two varieties would be ranked as distinct species, and their range would be greatly reduced. Still less is it meant, that species which have the capacity of crossing barriers and ranging widely, as in the case of certain powerfully-winged birds, will necessarily range widely; for we should never forget that to range widely implies not only the power of crossing barriers, but the more important power of being victorious in distant lands in the struggle for life with foreign assocM
iates. But according to the view that all the species of a genus, though distributed to the most remote points of the world, are descended from a single progenitor, we ought to find, and I believe as a general rule we do find, that some at least of the species range very widely.
We should bear in mind that many genera in all classes are of ancient origin, and the species in this case will have had ample time for dispersal and subsequent modification. There is also reason to believe, from geological evidence, thaM
t within each great class the lower organisms change at a slower rate than the higher; consequently they will have had a better chance of ranging widely and of still retaining the same specific character. This fact, together with that of the seeds and eggs of most lowly organised forms being very minute and better fitted for distant transportal, probably accounts for a law which has long been observed, and which has lately been discussed by Alph. de Candolle in regard to plants, namely, that the lower any group of M
organisms stands the more widely it ranges.
The relations just discussed
namely, lower organisms ranging more widely than the higher
some of the species of widely-ranging genera themselves ranging widely
such facts, as alpine, lacustrine, and marsh productions being generally related to those which live on the surrounding low lands and dry lands
the striking relationship between the inhabitants of islands and those of the nearest mainland
the still closer relationship of the distinct inhabitants of theM
 islands of the same archipelago
are inexplicable on the ordinary view of the independent creation of each species, but are explicable if we admit colonisation from the nearest or readiest source, together with the subsequent adaptation of the colonists to their new homes.
Summary of the last and present Chapters.
In these chapters I have endeavoured to show that if we make due allowance for our ignorance of the full effects of changes of climate and of the level of the land, which have certainly occurred wM
ithin the recent period, and of other changes which have probably occurred
if we remember how ignorant we are with respect to the many curious means of occasional transport
if we bear in mind, and this is a very important consideration, how often a species may have ranged continuously over a wide area, and then have become extinct in the intermediate tracts
the difficulty is not insuperable in believing that all the individuals of the same species, wherever found, are descended from common parents. And we areM
 led to this conclusion, which has been arrived at by many naturalists under the designation of single centres of creation, by various general considerations, more especially from the importance of barriers of all kinds, and from the analogical distribution of subgenera, genera, and families.
With respect to distinct species belonging to the same genus, which on our theory have spread from one parent-source; if we make the same allowances as before for our ignorance, and remember that some forms of life have chaM
nged very slowly, enormous periods of time having been thus granted for their migration, the difficulties are far from insuperable; though in this case, as in that of the individuals of the same species, they are often great.
As exemplifying the effects of climatical changes on distribution, I have attempted to show how important a part the last Glacial period has played, which affected even the equatorial regions, and which, during the alternations of the cold in the north and the south, allowed the productionsM
 of opposite hemispheres to mingle, and left some of them stranded on the mountain-summits in all parts of the world. As showing how diversified are the means of occasional transport, I have discussed at some little length the means of dispersal of fresh-water productions.
If the difficulties be not insuperable in admitting that in the long course of time all the individuals of the same species, and likewise of the several species belonging to the same genus, have proceeded from some one source; then all the graM
nd leading facts of geographical distribution are explicable on the theory of migration, together with subsequent modification and the multiplication of new forms. We can thus understand the high importance of barriers, whether of land or water, in not only separating but in apparently forming the several zoological and botanical provinces. We can thus understand the concentration of related species within the same areas; and how it is that under different latitudes, for instance, in South America, the inhabitants M
of the plains and mountains, of the forests, marshes, and deserts, are linked together in so mysterious a manner, and are likewise linked to the extinct beings which formerly inhabited the same continent. Bearing in mind that the mutual relation of organism to organism is of the highest importance, we can see why two areas, having nearly the same physical conditions, should often be inhabited by very different forms of life; for according to the length of time which has elapsed since the colonists entered one of thM
e regions, or both; according to the nature of the communication which allowed certain forms and not others to enter, either in greater or lesser numbers; according or not as those which entered happened to come into more or less direct competition with each other and with the aborigines; and according as the immigrants were capable of varying more or less rapidly, there would ensue in the to or more regions, independently of their physical conditions, infinitely diversified conditions of life; there would be an alM
most endless amount of organic action and reaction, and we should find some groups of beings greatly, and some only slightly modified; some developed in great force, some existing in scanty numbers
and this we do find in the several great geographical provinces of the world.
On these same principles we can understand, as I have endeavoured to show, why oceanic islands should have few inhabitants, but that of these, a large proportion should be endemic or peculiar; and why, in relation to the means of migrationM
, one group of beings should have all its species peculiar, and another group, even within the same class, should have all its species the same with those in an adjoining quarter of the world. We can see why whole groups of organisms, as batrachians and terrestrial mammals, should be absent from oceanic islands, whilst the most isolated islands should possess their own peculiar species of a
rial mammals or bats. We can see why, in islands, there should be some relation between the presence of mammals, in a more orM
 less modified condition, and the depth of the sea between such islands and the mainland. We can clearly see why all the inhabitants of an archipelago, though specifically distinct on the several islets, should be closely related to each other, and should likewise be related, but less closely, to those of the nearest continent, or other source whence immigrants might have been derived. We can see why, if there exist very closely allied or representative species in two areas, however distant from each other, some idM
entical species will almost always there be found.
As the late Edward Forbes often insisted, there is a striking parallelism in the laws of life throughout time and space; the laws governing the succession of forms in past times being nearly the same with those governing at the present time the differences in different areas. We see this in many facts. The endurance of each species and group of species is continuous in time; for the apparent exceptions to the rule are so few that they may fairly be attributed toM
 our not having as yet discovered in an intermediate deposit certain forms which are absent in it, but which occur above and below: so in space, it certainly is the general rule that the area inhabited by a single species, or by a group of species, is continuous, and the exceptions, which are not rare, may, as I have attempted to show, be accounted for by former migrations under different circumstances, or through occasional means of transport, or by the species having become extinct in the intermediate tracts. BotM
h in time and space species and groups of species have their points of maximum development. Groups of species, living during the same period of time, or living within the same area, are often characterised by trifling features in common, as of sculpture or colour. In looking to the long succession of past ages, as in looking to distant provinces throughout the world, we find that species in certain classes differ little from each other, whilst those in another class, or only in a different section of the same orderM
, differ greatly from each other. In both time and space the lowly organised members of each class generally change less than the highly organised; but there are in both cases marked exceptions to the rule. According to our theory, these several relations throughout time and space are intelligible; for whether we look to the allied forms of life which have changed during successive ages, or to those which have changed after having migrated into distant quarters, in both cases they are connected by the same bond of M
ordinary generation; in both cases the laws of variation have been the same, and modifications have been accumulated by the same means of natural selection.
MUTUAL AFFINITIES OF ORGANIC BEINGS: MORPHOLOGY: EMBRYOLOGY: RUDIMENTARY ORGANS.
Classification, groups subordinate to groups
Rules and difficulties in classification, explained on the theory of descent with modification
Classification of varieties
Descent always used in classification
Analogical or adaptive charaM
Affinities, general, complex and radiating
Extinction separates and defines groups
Morphology, between members of the same class, between parts of the same individual
Embryology, laws of, explained by variations not supervening at an early age, and being inherited at a corresponding age
Rudimentary organs; their origin explained
From the most remote period in the history of the world organic beings have been found to resemble each other in descending degrees, so thatM
 they can be classed in groups under groups. This classification is not arbitrary like the grouping of the stars in constellations. The existence of groups would have been of simple significance, if one group had been exclusively fitted to inhabit the land, and another the water; one to feed on flesh, another on vegetable matter, and so on; but the case is widely different, for it is notorious how commonly members of even the same subgroup have different habits. In the second and fourth chapters, on Variation and oM
n Natural Selection, I have attempted to show that within each country it is the widely ranging, the much diffused and common, that is the dominant species, belonging to the larger genera in each class, which vary most. The varieties, or incipient species, thus produced, ultimately become converted into new and distinct species; and these, on the principle of inheritance, tend to produce other new and dominant species. Consequently the groups which are now large, and which generally include many dominant species, tM
end to go on increasing in size. I further attempted to show that from the varying descendants of each species trying to occupy as many and as different places as possible in the economy of nature, they constantly tend to diverge in character. This latter conclusion is supported by observing the great diversity of forms, which, in any small area, come into the closest competition, and by certain facts in naturalisation.
I attempted also to show that there is a steady tendency in the forms which are increasing inM
 number and diverging in character, to supplant and exterminate the preceding, less divergent and less improved forms. I request the reader to turn to the diagram illustrating the action, as formerly explained, of these several principles; and he will see that the inevitable result is, that the modified descendants proceeding from one progenitor become broken up into groups subordinate to groups. In the diagram each letter on the uppermost line may represent a genus including several species; and the whole of the gM
enera along this upper line form together one class, for all are descended from one ancient parent, and, consequently, have inherited something in common. But the three genera on the left hand have, on this same principle, much in common, and form a subfamily, distinct from that containing the next two genera on the right hand, which diverged from a common parent at the fifth stage of descent. These five genera have also much in common, though less than when grouped in subfamilies; and they form a family distinct fM
rom that containing the three genera still further to the right hand, which diverged at an earlier period. And all these genera, descended from (A), form an order distinct from the genera descended from (I). So that we here have many species descended from a single progenitor grouped into genera; and the genera into subfamilies, families and orders, all under one great class. The grand fact of the natural subordination of organic beings in groups under groups, which, from its familiarity, does not always sufficientM
ly strike us, is in my judgment thus explained. No doubt organic beings, like all other objects, can be classed in many ways, either artificially by single characters, or more naturally by a number of characters. We know, for instance, that minerals and the elemental substances can be thus arranged. In this case there is of course no relation to genealogical succession, and no cause can at present be assigned for their falling into groups. But with organic beings the case is different, and the view above given accoM
rds with their natural arrangement in group under group; and no other explanation has ever been attempted.
Naturalists, as we have seen, try to arrange the species, genera and families in each class, on what is called the Natural System. But what is meant by this system? Some authors look at it merely as a scheme for arranging together those living objects which are most alike, and for separating those which are most unlike; or as an artificial method of enunciating, as briefly as possible, general propositions
that is, by one sentence to give the characters common, for instance, to all mammals, by another those common to all carnivora, by another those common to the dog-genus, and then, by adding a single sentence, a full description is given of each kind of dog. The ingenuity and utility of this system are indisputable. But many naturalists think that something more is meant by the Natural System; they believe that it reveals the plan of the Creator; but unless it be specified whether order in time or space, or both, M
or what else is meant by the plan of the Creator, it seems to me that nothing is thus added to our knowledge. Expressions such as that famous one by Linn
us, which we often meet with in a more or less concealed form, namely, that the characters do not make the genus, but that the genus gives the characters, seem to imply that some deeper bond is included in our classifications than mere resemblance. I believe that this is the case, and that community of descent
the one known cause of close similarity in organic M
is the bond, which, though observed by various degrees of modification, is partially revealed to us by our classifications.
Let us now consider the rules followed in classification, and the difficulties which are encountered on the view that classification either gives some unknown plan of creation, or is simply a scheme for enunciating general propositions and of placing together the forms most like each other. It might have been thought (and was in ancient times thought) that those parts of the structM
ure which determined the habits of life, and the general place of each being in the economy of nature, would be of very high importance in classification. Nothing can be more false. No one regards the external similarity of a mouse to a shrew, of a dugong to a whale, of a whale to a fish, as of any importance. These resemblances, though so intimately connected with the whole life of the being, are ranked as merely
adaptive or analogical characters;
 but to the consideration of these resemblances we shall recurM
. It may even be given as a general rule, that the less any part of the organisation is concerned with special habits, the more important it becomes for classification. As an instance: Owen, in speaking of the dugong, says,
The generative organs, being those which are most remotely related to the habits and food of an animal, I have always regarded as affording very clear indications of its true affinities. We are least likely in the modifications of these organs to mistake a merely adaptive for an essential chaM
 With plants how remarkable it is that the organs of vegetation, on which their nutrition and life depend, are of little signification; whereas the organs of reproduction, with their product the seed and embryo, are of paramount importance! So again, in formerly discussing certain morphological characters which are not functionally important, we have seen that they are often of the highest service in classification. This depends on their constancy throughout many allied groups; and their constancy chieflyM
 depends on any slight deviations not having been preserved and accumulated by natural selection, which acts only on serviceable characters.
That the mere physiological importance of an organ does not determine its classificatory value, is almost proved by the fact, that in allied groups, in which the same organ, as we have every reason to suppose, has nearly the same physiological value, its classificatory value is widely different. No naturalist can have worked at any group without being struck with this fact;M
 and it has been fully acknowledged in the writings of almost every author. It will suffice to quote the highest authority, Robert Brown, who, in speaking of certain organs in the Proteace
, says their generic importance,
like that of all their parts, not only in this, but, as I apprehend in every natural family, is very unequal, and in some cases seems to be entirely lost.
 Again, in another work he says, the genera of the Connarace
differ in having one or more ovaria, in the existence or absence of albM
umen, in the imbricate or valvular
stivation. Any one of these characters singly is frequently of more than generic importance, though here even, when all taken together, they appear insufficient to separate Cnestis from Connarus.
 To give an example among insects: in one great division of the Hymenoptera, the antenn
, as Westwood has remarked, are most constant in structure; in another division they differ much, and the differences are of quite subordinate value in classification; yet no one will say that theM
 in these two divisions of the same order are of unequal physiological importance. Any number of instances could be given of the varying importance for classification of the same important organ within the same group of beings.
Again, no one will say that rudimentary or atrophied organs are of high physiological or vital importance; yet, undoubtedly, organs in this condition are often of much value in classification. No one will dispute that the rudimentary teeth in the upper jaws of young ruminants, anM
d certain rudimentary bones of the leg, are highly serviceable in exhibiting the close affinity between Ruminants and Pachyderms. Robert Brown has strongly insisted on the fact that the position of the rudimentary florets is of the highest importance in the classification of the Grasses.
Numerous instances could be given of characters derived from parts which must be considered of very trifling physiological importance, but which are universally admitted as highly serviceable in the definition of whole groups. FM
or instance, whether or not there is an open passage from the nostrils to the mouth, the only character, according to Owen, which absolutely distinguishes fishes and reptiles
the inflection of the angle of the lower jaw in Marsupials
the manner in which the wings of insects are folded
mere colour in certain Alg
mere pubescence on parts of the flower in grasses
the nature of the dermal covering, as hair or feathers, in the Vertebrata. If the Ornithorhynchus had been covered with feathers instead of hair,M
 this external and trifling character would have been considered by naturalists as an important aid in determining the degree of affinity of this strange creature to birds.
The importance, for classification, of trifling characters, mainly depends on their being correlated with many other characters of more or less importance. The value indeed of an aggregate of characters is very evident in natural history. Hence, as has often been remarked, a species may depart from its allies in several characters, both of hiM
gh physiological importance, and of almost universal prevalence, and yet leave us in no doubt where it should be ranked. Hence, also, it has been found that a classification founded on any single character, however important that may be, has always failed; for no part of the organisation is invariably constant. The importance of an aggregate of characters, even when none are important, alone explains the aphorism enunciated by Linn
us, namely, that the characters do not give the genus, but the genus gives the charM
acter; for this seems founded on the appreciation of many trifling points of resemblance, too slight to be defined. Certain plants, belonging to the Malpighiace
, bear perfect and degraded flowers; in the latter, as A. de Jussieu has remarked,
The greater number of the characters proper to the species, to the genus, to the family, to the class, disappear, and thus laugh at our classification.
 When Aspicarpa produced in France, during several years, only these degraded flowers, departing so wonderfully in a nM
umber of the most important points of structure from the proper type of the order, yet M. Richard sagaciously saw, as Jussieu observes, that this genus should still be retained among the Malpighiace
. This case well illustrates the spirit of our classifications.
Practically, when naturalists are at work, they do not trouble themselves about the physiological value of the characters which they use in defining a group or in allocating any particular species. If they find a character nearly uniform, and common to M
a great number of forms, and not common to others, they use it as one of high value; if common to some lesser number, they use it as of subordinate value. This principle has been broadly confessed by some naturalists to be the true one; and by none more clearly than by that excellent botanist, Aug. St. Hilaire. If several trifling characters are always found in combination, though no apparent bond of connexion can be discovered between them, especial value is set on them. As in most groups of animals, important orgM
ans, such as those for propelling the blood, or for aerating it, or those for propagating the race, are found nearly uniform, they are considered as highly serviceable in classification; but in some groups all these, the most important vital organs, are found to offer characters of quite subordinate value. Thus, as Fritz M
ller has lately remarked, in the same group of crustaceans, Cypridina is furnished with a heart, while in two closely allied genera, namely Cypris and Cytherea, there is no such organ; one speciM
es of Cypridina has well-developed branchi
, while another species is destitute of them.
We can see why characters derived from the embryo should be of equal importance with those derived from the adult, for a natural classification of course includes all ages. But it is by no means obvious, on the ordinary view, why the structure of the embryo should be more important for this purpose than that of the adult, which alone plays its full part in the economy of nature. Yet it has been strongly urged by those greatM
 naturalists, Milne Edwards and Agassiz, that embryological characters are the most important of all; and this doctrine has very generally been admitted as true. Nevertheless, their importance has sometimes been exaggerated, owing to the adaptive characters of larv
 not having been excluded; in order to show this, Fritz M
ller arranged, by the aid of such characters alone, the great class of crustaceans, and the arrangement did not prove a natural one. But there can be no doubt that embryonic, excluding larval chM
aracters, are of the highest value for classification, not only with animals but with plants. Thus the main divisions of flowering plants are founded on differences in the embryo
on the number and position of the cotyledons, and on the mode of development of the plumule and radicle. We shall immediately see why these characters possess so high a value in classification, namely, from the natural system being genealogical in its arrangement.
Our classifications are often plainly influenced by chains of affinitieM
s. Nothing can be easier than to define a number of characters common to all birds; but with crustaceans, any such definition has hitherto been found impossible. There are crustaceans at the opposite ends of the series, which have hardly a character in common; yet the species at both ends, from being plainly allied to others, and these to others, and so onwards, can be recognised as unequivocally belonging to this, and to no other class of the Articulata.
Geographical distribution has often been used, though perM
haps not quite logically, in classification, more especially in very large groups of closely allied forms. Temminck insists on the utility or even necessity of this practice in certain groups of birds; and it has been followed by several entomologists and botanists.
Finally, with respect to the comparative value of the various groups of species, such as orders, suborders, families, subfamilies, and genera, they seem to be, at least at present, almost arbitrary. Several of the best botanists, such as Mr. Bentham M
and others, have strongly insisted on their arbitrary value. Instances could be given among plants and insects, of a group first ranked by practised naturalists as only a genus, and then raised to the rank of a subfamily or family; and this has been done, not because further research has detected important structural differences, at first overlooked, but because numerous allied species, with slightly different grades of difference, have been subsequently discovered.
All the foregoing rules and aids and difficultM
ies in classification may be explained, if I do not greatly deceive myself, on the view that the natural system is founded on descent with modification
that the characters which naturalists consider as showing true affinity between any two or more species, are those which have been inherited from a common parent, all true classification being genealogical
that community of descent is the hidden bond which naturalists have been unconsciously seeking, and not some unknown plan of creation, or the enunciation of gM
eneral propositions, and the mere putting together and separating objects more or less alike.
But I must explain my meaning more fully. I believe that the arrangement of the groups within each class, in due subordination and relation to each other, must be strictly genealogical in order to be natural; but that the amount of difference in the several branches or groups, though allied in the same degree in blood to their common progenitor, may differ greatly, being due to the different degrees of modification whicM
h they have undergone; and this is expressed by the forms being ranked under different genera, families, sections or orders. The reader will best understand what is meant, if he will take the trouble to refer to the diagram in the fourth chapter. We will suppose the letters A to L to represent allied genera existing during the Silurian epoch, and descended from some still earlier form. In three of these genera (A, F, and I) a species has transmitted modified descendants to the present day, represented by the fifteeM
n genera (a14 to z14) on the uppermost horizontal line. Now, all these modified descendants from a single species are related in blood or descent in the same degree. They may metaphorically be called cousins to the same millionth degree, yet they differ widely and in different degrees from each other. The forms descended from A, now broken up into two or three families, constitute a distinct order from those descended from I, also broken up into two families. Nor can the existing species descended from A be ranked M
in the same genus with the parent A, or those from I with parent I. But the existing genus F14 may be supposed to have been but slightly modified, and it will then rank with the parent genus F; just as some few still living organisms belong to Silurian genera. So that the comparative value of the differences between these organic beings, which are all related to each other in the same degree in blood, has come to be widely different. Nevertheless, their genealogical arrangement remains strictly true, not only at thM
e present time, but at each successive period of descent. All the modified descendants from A will have inherited something in common from their common parent, as will all the descendants from I; so will it be with each subordinate branch of descendants at each successive stage. If, however, we suppose any descendant of A or of I to have become so much modified as to have lost all traces of its parentage in this case, its place in the natural system will be lost, as seems to have occurred with some few existing orgM
anisms. All the descendants of the genus F, along its whole line of descent, are supposed to have been but little modified, and they form a single genus. But this genus, though much isolated, will still occupy its proper intermediate position. The representation of the groups as here given in the diagram on a flat surface, is much too simple. The branches ought to have diverged in all directions. If the names of the groups had been simply written down in a linear series the representation would have been still lessM
 natural; and it is notoriously not possible to represent in a series, on a flat surface, the affinities which we discover in nature among the beings of the same group. Thus, the natural system is genealogical in its arrangement, like a pedigree. But the amount of modification which the different groups have undergone has to be expressed by ranking them under different so-called genera, subfamilies, families, sections, orders, and classes.
It may be worth while to illustrate this view of classification, by takinM
g the case of languages. If we possessed a perfect pedigree of mankind, a genealogical arrangement of the races of man would afford the best classification of the various languages now spoken throughout the world; and if all extinct languages, and all intermediate and slowly changing dialects, were to be included, such an arrangement would be the only possible one. Yet it might be that some ancient languages had altered very little and had given rise to few new languages, whilst others had altered much owing to theM
 spreading, isolation and state of civilisation of the several co-descended races, and had thus given rise to many new dialects and languages. The various degrees of difference between the languages of the same stock would have to be expressed by groups subordinate to groups; but the proper or even the only possible arrangement would still be genealogical; and this would be strictly natural, as it would connect together all languages, extinct and recent, by the closest affinities, and would give the filiation and oM
rigin of each tongue.
In confirmation of this view, let us glance at the classification of varieties, which are known or believed to be descended from a single species. These are grouped under the species, with the subvarieties under the varieties; and in some cases, as with the domestic pigeon, with several other grades of difference. Nearly the same rules are followed as in classifying species. Authors have insisted on the necessity of arranging varieties on a natural instead of an artificial system; we are caM
utioned, for instance, not to class two varieties of the pine-apple together, merely because their fruit, though the most important part, happens to be nearly identical; no one puts the Swedish and common turnip together, though the esculent and thickened stems are so similar. Whatever part is found to be most constant, is used in classing varieties: thus the great agriculturist Marshall says the horns are very useful for this purpose with cattle, because they are less variable than the shape or colour of the body,M
 &c.; whereas with sheep the horns are much less serviceable, because less constant. In classing varieties, I apprehend that if we had a real pedigree, a genealogical classification would be universally preferred; and it has been attempted in some cases. For we might feel sure, whether there had been more or less modification, that the principle of inheritance would keep the forms together which were allied in the greatest number of points. In tumbler pigeons, though some of the subvarieties differ in the importantM
 character of the length of the beak, yet all are kept together from having the common habit of tumbling; but the short-faced breed has nearly or quite lost this habit; nevertheless, without any thought on the subject, these tumblers are kept in the same group, because allied in blood and alike in some other respects.
With species in a state of nature, every naturalist has in fact brought descent into his classification; for he includes in his lowest grade, that of species, the two sexes; and how enormously thesM
e sometimes differ in the most important characters is known to every naturalist: scarcely a single fact can be predicated in common of the adult males and hermaphrodites of certain cirripedes, and yet no one dreams of separating them. As soon as the three Orchidean forms, Monachanthus, Myanthus, and Catasetum, which had previously been ranked as three distinct genera, were known to be sometimes produced on the same plant, they were immediately considered as varieties; and now I have been able to show that they areM
 the male, female, and hermaphrodite forms of the same species. The naturalist includes as one species the various larval stages of the same individual, however much they may differ from each other and from the adult; as well as the so-called alternate generations of Steenstrup, which can only in a technical sense be considered as the same individual. He includes monsters and varieties, not from their partial resemblance to the parent-form, but because they are descended from it.
As descent has universally been M
used in classing together the individuals of the same species, though the males and females and larv
 are sometimes extremely different; and as it has been used in classing varieties which have undergone a certain, and sometimes a considerable amount of modification, may not this same element of descent have been unconsciously used in grouping species under genera, and genera under higher groups, all under the so-called natural system? I believe it has been unconsciously used; and thus only can I understand the seM
veral rules and guides which have been followed by our best systematists. As we have no written pedigrees, we are forced to trace community of descent by resemblances of any kind. Therefore, we choose those characters which are the least likely to have been modified, in relation to the conditions of life to which each species has been recently exposed. Rudimentary structures on this view are as good as, or even sometimes better than other parts of the organisation. We care not how trifling a character may be
it be the mere inflection of the angle of the jaw, the manner in which an insect
s wing is folded, whether the skin be covered by hair or feathers
if it prevail throughout many and different species, especially those having very different habits of life, it assumes high value; for we can account for its presence in so many forms with such different habits, only by inheritance from a common parent. We may err in this respect in regard to single points of structure, but when several characters, let them be ever sM
o trifling, concur throughout a large group of beings having different habits, we may feel almost sure, on the theory of descent, that these characters have been inherited from a common ancestor; and we know that such aggregated characters have especial value in classification.
We can understand why a species or a group of species may depart from its allies, in several of its most important characteristics, and yet be safely classed with them. This may be safely done, and is often done, as long as a sufficient nM
umber of characters, let them be ever so unimportant, betrays the hidden bond of community of descent. Let two forms have not a single character in common, yet, if these extreme forms are connected together by a chain of intermediate groups, we may at once infer their community of descent, and we put them all into the same class. As we find organs of high physiological importance
those which serve to preserve life under the most diverse conditions of existence
are generally the most constant, we attach especialM
 value to them; but if these same organs, in another group or section of a group, are found to differ much, we at once value them less in our classification. We shall presently see why embryological characters are of such high classificatory importance. Geographical distribution may sometimes be brought usefully into play in classing large genera, because all the species of the same genus, inhabiting any distinct and isolated region, are in all probability descended from the same parents.
Analogical ResemblancesM
We can understand, on the above views, the very important distinction between real affinities and analogical or adaptive resemblances. Lamarck first called attention to this subject, and he has been ably followed by Macleay and others. The resemblance in the shape of the body and in the fin-like anterior limbs between dugongs and whales, and between these two orders of mammals and fishes, are analogical. So is the resemblance between a mouse and a shrew-mouse (Sorex), which belong to different orders; and the sM
till closer resemblance, insisted on by Mr. Mivart, between the mouse and a small marsupial animal (Antechinus) of Australia. These latter resemblances may be accounted for, as it seems to me, by adaptation for similarly active movements through thickets and herbage, together with concealment from enemies.
Among insects there are innumerable instances; thus Linn
us, misled by external appearances, actually classed an homopterous insect as a moth. We see something of the same kind even with our domestic varietieM
s, as in the strikingly similar shape of the body in the improved breeds of the Chinese and common pig, which are descended from distinct species; and in the similarly thickened stems of the common and specifically distinct Swedish turnip. The resemblance between the greyhound and race-horse is hardly more fanciful than the analogies which have been drawn by some authors between widely different animals.
On the view of characters being of real importance for classification, only in so far as they reveal descent,M
 we can clearly understand why analogical or adaptive characters, although of the utmost importance to the welfare of the being, are almost valueless to the systematist. For animals, belonging to two most distinct lines of descent, may have become adapted to similar conditions, and thus have assumed a close external resemblance; but such resemblances will not reveal
will rather tend to conceal their blood-relationship. We can thus also understand the apparent paradox, that the very same characters are analogical M
when one group is compared with another, but give true affinities when the members of the same group are compared together: thus the shape of the body and fin-like limbs are only analogical when whales are compared with fishes, being adaptations in both classes for swimming through the water; but between the the several members of the whale family, the shape of the body and the fin-like limbs offer characters exhibiting true affinity; for as these parts are so nearly similar throughout the whole family, we cannot dM
oubt that they have been inherited from a common ancestor. So it is with fishes.
Numerous cases could be given of striking resemblances in quite distinct beings between single parts or organs, which have been adapted for the same functions. A good instance is afforded by the close resemblance of the jaws of the dog and Tasmanian wolf or Thylacinus
animals which are widely sundered in the natural system. But this resemblance is confined to general appearance, as in the prominence of the canines, and in the cuttM
ing shape of the molar teeth. For the teeth really differ much: thus the dog has on each side of the upper jaw four pre-molars and only two molars; while the Thylacinus has three pre-molars and four molars. The molars also differ much in the two animals in relative size and structure. The adult dentition is preceded by a widely different milk dentition. Any one may, of course, deny that the teeth in either case have been adapted for tearing flesh, through the natural selection of successive variations; but if this M
be admitted in the one case, it is unintelligible to me that it should be denied in the other. I am glad to find that so high an authority as Professor Flower has come to this same conclusion.
The extraordinary cases given in a former chapter, of widely different fishes possessing electric organs
of widely different insects possessing luminous organs
and of orchids and asclepiads having pollen-masses with viscid discs, come under this same head of analogical resemblances. But these cases are so wonderful thaM
t they were introduced as difficulties or objections to our theory. In all such cases some fundamental difference in the growth or development of the parts, and generally in their matured structure, can be detected. The end gained is the same, but the means, though appearing superficially to be the same, are essentially different. The principle formerly alluded to under the term of analogical variation has probably in these cases often come into play; that is, the members of the same class, although only distantly M
allied, have inherited so much in common in their constitution, that they are apt to vary under similar exciting causes in a similar manner; and this would obviously aid in the acquirement through natural selection of parts or organs, strikingly like each other, independently of their direct inheritance from a common progenitor.
As species belonging to distinct classes have often been adapted by successive slight modifications to live under nearly similar circumstances
to inhabit, for instance, the three elemeM
nts of land, air and water
we can perhaps understand how it is that a numerical parallelism has sometimes been observed between the subgroups of distinct classes. A naturalist, struck with a parallelism of this nature, by arbitrarily raising or sinking the value of the groups in several classes (and all our experience shows that their valuation is as yet arbitrary), could easily extend the parallelism over a wide range; and thus the septenary, quinary, quaternary and ternary classifications have probably arisen.
There is another and curious class of cases in which close external resemblance does not depend on adaptation to similar habits of life, but has been gained for the sake of protection. I allude to the wonderful manner in which certain butterflies imitate, as first described by Mr. Bates, other and quite distinct species. This excellent observer has shown that in some districts of South America, where, for instance, an Ithomia abounds in gaudy swarms, another butterfly, namely, a Leptalis, is often found mingled M
in the same flock; and the latter so closely resembles the Ithomia in every shade and stripe of colour, and even in the shape of its wings, that Mr. Bates, with his eyes sharpened by collecting during eleven years, was, though always on his guard, continually deceived. When the mockers and the mocked are caught and compared, they are found to be very different in essential structure, and to belong not only to distinct genera, but often to distinct families. Had this mimicry occurred in only one or two instances, itM
 might have been passed over as a strange coincidence. But, if we proceed from a district where one Leptalis imitates an Ithomia, another mocking and mocked species, belonging to the same two genera, equally close in their resemblance, may be found. Altogether no less than ten genera are enumerated, which include species that imitate other butterflies. The mockers and mocked always inhabit the same region; we never find an imitator living remote from the form which it imitates. The mockers are almost invariably rarM
e insects; the mocked in almost every case abounds in swarms. In the same district in which a species of Leptalis closely imitates an Ithomia, there are sometimes other Lepidoptera mimicking the same Ithomia: so that in the same place, species of three genera of butterflies and even a moth are found all closely resembling a butterfly belonging to a fourth genus. It deserves especial notice that many of the mimicking forms of the Leptalis, as well as of the mimicked forms, can be shown by a graduated series to be meM
rely varieties of the same species; while others are undoubtedly distinct species. But why, it may be asked, are certain forms treated as the mimicked and others as the mimickers? Mr. Bates satisfactorily answers this question by showing that the form which is imitated keeps the usual dress of the group to which it belongs, while the counterfeiters have changed their dress and do not resemble their nearest allies.
We are next led to enquire what reason can be assigned for certain butterflies and moths so often aM
ssuming the dress of another and quite distinct form; why, to the perplexity of naturalists, has nature condescended to the tricks of the stage? Mr. Bates has, no doubt, hit on the true explanation. The mocked forms, which always abound in numbers, must habitually escape destruction to a large extent, otherwise they could not exist in such swarms; and a large amount of evidence has now been collected, showing that they are distasteful to birds and other insect-devouring animals. The mocking forms, on the other handM
, that inhabit the same district, are comparatively rare, and belong to rare groups; hence, they must suffer habitually from some danger, for otherwise, from the number of eggs laid by all butterflies, they would in three or four generations swarm over the whole country. Now if a member of one of these persecuted and rare groups were to assume a dress so like that of a well-protected species that it continually deceived the practised eyes of an entomologist, it would often deceive predaceous birds and insects, and M
thus often escape destruction. Mr. Bates may almost be said to have actually witnessed the process by which the mimickers have come so closely to resemble the mimicked; for he found that some of the forms of Leptalis which mimic so many other butterflies, varied in an extreme degree. In one district several varieties occurred, and of these one alone resembled, to a certain extent, the common Ithomia of the same district. In another district there were two or three varieties, one of which was much commoner than the M
others, and this closely mocked another form of Ithomia. From facts of this nature, Mr. Bates concludes that the Leptalis first varies; and when a variety happens to resemble in some degree any common butterfly inhabiting the same district, this variety, from its resemblance to a flourishing and little persecuted kind, has a better chance of escaping destruction from predaceous birds and insects, and is consequently oftener preserved;
the less perfect degrees of resemblance being generation after generation elimM
inated, and only the others left to propagate their kind.
 So that here we have an excellent illustration of natural selection.
Messrs. Wallace and Trimen have likewise described several equally striking cases of imitation in the Lepidoptera of the Malay Archipelago and Africa, and with some other insects. Mr. Wallace has also detected one such case with birds, but we have none with the larger quadrupeds. The much greater frequency of imitation with insects than with other animals, is probably the consequence M
of their small size; insects cannot defend themselves, excepting indeed the kinds furnished with a sting, and I have never heard of an instance of such kinds mocking other insects, though they are mocked; insects cannot easily escape by flight from the larger animals which prey on them; therefore, speaking metaphorically, they are reduced, like most weak creatures, to trickery and dissimulation.
It should be observed that the process of imitation probably never commenced between forms widely dissimilar in colourM
. But, starting with species already somewhat like each other, the closest resemblance, if beneficial, could readily be gained by the above means, and if the imitated form was subsequently and gradually modified through any agency, the imitating form would be led along the same track, and thus be altered to almost any extent, so that it might ultimately assume an appearance or colouring wholly unlike that of the other members of the family to which it belonged. There is, however, some difficulty on this head, for iM
t is necessary to suppose in some cases that ancient members belonging to several distinct groups, before they had diverged to their present extent, accidentally resembled a member of another and protected group in a sufficient degree to afford some slight protection, this having given the basis for the subsequent acquisition of the most perfect resemblance.
On the Nature of the Affinities connecting Organic Beings.
As the modified descendants of dominant species, belonging to the larger genera, tend to inheriM
t the advantages which made the groups to which they belong large and their parents dominant, they are almost sure to spread widely, and to seize on more and more places in the economy of nature. The larger and more dominant groups within each class thus tend to go on increasing in size, and they consequently supplant many smaller and feebler groups. Thus, we can account for the fact that all organisms, recent and extinct, are included under a few great orders and under still fewer classes. As showing how few the hM
igher groups are in number, and how widely they are spread throughout the world, the fact is striking that the discovery of Australia has not added an insect belonging to a new class, and that in the vegetable kingdom, as I learn from Dr. Hooker, it has added only two or three families of small size.
In the chapter on geological succession I attempted to show, on the principle of each group having generally diverged much in character during the long-continued process of modification, how it is that the more anciM
ent forms of life often present characters in some degree intermediate between existing groups. As some few of the old and intermediate forms having transmitted to the present day descendants but little modified, these constitute our so-called osculant or aberrant groups. The more aberrant any form is, the greater must be the number of connecting forms which have been exterminated and utterly lost. And we have evidence of aberrant groups having suffered severely from extinction, for they are almost always representM
ed by extremely few species; and such species as do occur are generally very distinct from each other, which again implies extinction. The genera Ornithorhynchus and Lepidosiren, for example, would not have been less aberrant had each been represented by a dozen species, instead of as at present by a single one, or by two or three. We can, I think, account for this fact only by looking at aberrant groups as forms which have been conquered by more successful competitors, with a few members still preserved under unusM
ually favourable conditions.
Mr. Waterhouse has remarked that when a member belonging to one group of animals exhibits an affinity to a quite distinct group, this affinity in most cases is general and not special: thus, according to Mr. Waterhouse, of all Rodents, the bizcacha is most nearly related to Marsupials; but in the points in which it approaches this order, its relations are general, that is, not to any one Marsupial species more than to another. As these points of affinity are believed to be real and nM
ot merely adaptive, they must be due in accordance with our view to inheritance from a common progenitor. Therefore, we must suppose either that all Rodents, including the bizcacha, branched off from some ancient Marsupial, which will naturally have been more or less intermediate in character with respect to all existing Marsupials; or that both Rodents and Marsupials branched off from a common progenitor, and that both groups have since undergone much modification in divergent directions. On either view we must suM
ppose that the bizcacha has retained, by inheritance, more of the character of its ancient progenitor than have other Rodents; and therefore it will not be specially related to any one existing Marsupial, but indirectly to all or nearly all Marsupials, from having partially retained the character of their common progenitor, or of some early member of the group. On the other hand, of all Marsupials, as Mr. Waterhouse has remarked, the Phascolomys resembles most nearly, not any one species, but the general order of RM
odents. In this case, however, it may be strongly suspected that the resemblance is only analogical, owing to the Phascolomys having become adapted to habits like those of a Rodent. The elder De Candolle has made nearly similar observations on the general nature of the affinities of distinct families of plants.
On the principle of the multiplication and gradual divergence in character of the species descended from a common progenitor, together with their retention by inheritance of some characters in common, we M
can understand the excessively complex and radiating affinities by which all the members of the same family or higher group are connected together. For the common progenitor of a whole family, now broken up by extinction into distinct groups and subgroups, will have transmitted some of its characters, modified in various ways and degrees, to all the species; and they will consequently be related to each other by circuitous lines of affinity of various lengths (as may be seen in the diagram so often referred to), moM
unting up through many predecessors. As it is difficult to show the blood-relationship between the numerous kindred of any ancient and noble family, even by the aid of a genealogical tree, and almost impossible to do so without this aid, we can understand the extraordinary difficulty which naturalists have experienced in describing, without the aid of a diagram, the various affinities which they perceive between the many living and extinct members of the same great natural class.
Extinction, as we have seen in tM
he fourth chapter, has played an important part in defining and widening the intervals between the several groups in each class. We may thus account for the distinctness of whole classes from each other
for instance, of birds from all other vertebrate animals
by the belief that many ancient forms of life have been utterly lost, through which the early progenitors of birds were formerly connected with the early progenitors of the other and at that time less differentiated vertebrate classes. There has been much M
less extinction of the forms of life which once connected fishes with Batrachians. There has been still less within some whole classes, for instance the Crustacea, for here the most wonderfully diverse forms are still linked together by a long and only partially broken chain of affinities. Extinction has only defined the groups: it has by no means made them; for if every form which has ever lived on this earth were suddenly to reappear, though it would be quite impossible to give definitions by which each group couM
ld be distinguished, still a natural classification, or at least a natural arrangement, would be possible. We shall see this by turning to the diagram: the letters, A to L, may represent eleven Silurian genera, some of which have produced large groups of modified descendants, with every link in each branch and sub-branch still alive; and the links not greater than those between existing varieties. In this case it would be quite impossible to give definitions by which the several members of the several groups could M
be distinguished from their more immediate parents and descendants. Yet the arrangement in the diagram would still hold good and would be natural; for, on the principle of inheritance, all the forms descended, for instance from A, would have something in common. In a tree we can distinguish this or that branch, though at the actual fork the two unite and blend together. We could not, as I have said, define the several groups; but we could pick out types, or forms, representing most of the characters of each group, M
whether large or small, and thus give a general idea of the value of the differences between them. This is what we should be driven to, if we were ever to succeed in collecting all the forms in any one class which have lived throughout all time and space. Assuredly we shall never succeed in making so perfect a collection: nevertheless, in certain classes, we are tending toward this end; and Milne Edwards has lately insisted, in an able paper, on the high importance of looking to types, whether or not we can separatM
e and define the groups to which such types belong.
Finally, we have seen that natural selection, which follows from the struggle for existence, and which almost inevitably leads to extinction and divergence of character in the descendants from any one parent-species, explains that great and universal feature in the affinities of all organic beings, namely, their subordination in group under group. We use the element of descent in classing the individuals of both sexes and of all ages under one species, althoughM
 they may have but few characters in common; we use descent in classing acknowledged varieties, however different they may be from their parents; and I believe that this element of descent is the hidden bond of connexion which naturalists have sought under the term of the Natural System. On this idea of the natural system being, in so far as it has been perfected, genealogical in its arrangement, with the grades of difference expressed by the terms genera, families, orders, &c., we can understand the rules which weM
 are compelled to follow in our classification. We can understand why we value certain resemblances far more than others; why we use rudimentary and useless organs, or others of trifling physiological importance; why, in finding the relations between one group and another, we summarily reject analogical or adaptive characters, and yet use these same characters within the limits of the same group. We can clearly see how it is that all living and extinct forms can be grouped together within a few great classes; and hM
ow the several members of each class are connected together by the most complex and radiating lines of affinities. We shall never, probably, disentangle the inextricable web of the affinities between the members of any one class; but when we have a distinct object in view, and do not look to some unknown plan of creation, we may hope to make sure but slow progress.
Professor Haeckel in his
Generelle Morphologie
 and in another works, has recently brought his great knowledge and abilities to bear on what he M
calls phylogeny, or the lines of descent of all organic beings. In drawing up the several series he trusts chiefly to embryological characters, but receives aid from homologous and rudimentary organs, as well as from the successive periods at which the various forms of life are believed to have first appeared in our geological formations. He has thus boldly made a great beginning, and shows us how classification will in the future be treated.
We have seen that the members of the same class, indepeM
ndently of their habits of life, resemble each other in the general plan of their organisation. This resemblance is often expressed by the term
 or by saying that the several parts and organs in the different species of the class are homologous. The whole subject is included under the general term of Morphology. This is one of the most interesting departments of natural history, and may almost be said to be its very soul. What can be more curious than that the hand of a man, formed for grasping,M
 that of a mole for digging, the leg of the horse, the paddle of the porpoise, and the wing of the bat, should all be constructed on the same pattern, and should include similar bones, in the same relative positions? How curious it is, to give a subordinate though striking instance, that the hind feet of the kangaroo, which are so well fitted for bounding over the open plains
those of the climbing, leaf-eating koala, equally well fitted for grasping the branches of trees
those of the ground-dwelling, insect or M
root-eating, bandicoots
and those of some other Australian marsupials
should all be constructed on the same extraordinary type, namely with the bones of the second and third digits extremely slender and enveloped within the same skin, so that they appear like a single toe furnished with two claws. Notwithstanding this similarity of pattern, it is obvious that the hind feet of these several animals are used for as widely different purposes as it is possible to conceive. The case is rendered all the more strikingM
 by the American opossums, which follow nearly the same habits of life as some of their Australian relatives, having feet constructed on the ordinary plan. Professor Flower, from whom these statements are taken, remarks in conclusion:
We may call this conformity to type, without getting much nearer to an explanation of the phenomenon;
but is it not powerfully suggestive of true relationship, of inheritance from a common ancestor?
Geoffroy St. Hilaire has strongly insisted on the highM
 importance of relative position or connexion in homologous parts; they may differ to almost any extent in form and size, and yet remain connected together in the same invariable order. We never find, for instance, the bones of the arm and forearm, or of the thigh and leg, transposed. Hence the same names can be given to the homologous bones in widely different animals. We see the same great law in the construction of the mouths of insects: what can be more different than the immensely long spiral proboscis of a spM
hinx-moth, the curious folded one of a bee or bug, and the great jaws of a beetle? Yet all these organs, serving for such widely different purposes, are formed by infinitely numerous modifications of an upper lip, mandibles, and two pairs of maxill
. The same law governs the construction of the mouths and limbs of crustaceans. So it is with the flowers of plants.
Nothing can be more hopeless than to attempt to explain this similarity of pattern in members of the same class, by utility or by the doctrine of finaM
l causes. The hopelessness of the attempt has been expressly admitted by Owen in his most interesting work on the
 On the ordinary view of the independent creation of each being, we can only say that so it is; that it has pleased the Creator to construct all the animals and plants in each great class on a uniform plan; but this is not a scientific explanation.
The explanation is to a large extent simple, on the theory of the selection of successive slight modifications, each being profitablM
e in some way to the modified form, but often affecting by correlation other parts of the organisation. In changes of this nature, there will be little or no tendency to alter the original pattern, or to transpose the parts. The bones of a limb might be shortened and flattened to any extent, becoming at the same time enveloped in thick membrane, so as to serve as a fin; or a webbed hand might have all its bones, or certain bones, lengthened to any extent, with the membrane connecting them increased, so as to serve M
as a wing; yet all these modifications would not tend to alter the framework of the bones or the relative connexion of the parts. If we suppose that an early progenitor
the archetype, as it may be called
of all mammals, birds and reptiles, had its limbs constructed on the existing general pattern, for whatever purpose they served, we can at once perceive the plain signification of the homologous construction of the limbs throughout the class. So with the mouths of insects, we have only to suppose that their comM
mon progenitor had an upper lip, mandibles, and two pairs of maxill
, these parts being perhaps very simple in form; and then natural selection will account for the infinite diversity in structure and function of the mouths of insects. Nevertheless, it is conceivable that the general pattern of an organ might become so much obscured as to be finally lost, by the reduction and ultimately by the complete abortion of certain parts, by the fusion of other parts, and by the doubling or multiplication of others, variatiM
ons which we know to be within the limits of possibility. In the paddles of the gigantic extinct sea-lizards, and in the mouths of certain suctorial crustaceans, the general pattern seems thus to have become partially obscured.
There is another and equally curious branch of our subject; namely, serial homologies, or the comparison of the different parts or organs in the same individual, and not of the same parts or organs in different members of the same class. Most physiologists believe that the bones of the skM
that is, correspond in number and in relative connexion
with the elemental parts of a certain number of vertebr
. The anterior and posterior limbs in all the higher vertebrate classes are plainly homologous. So it is with the wonderfully complex jaws and legs of crustaceans. It is familiar to almost every one, that in a flower the relative position of the sepals, petals, stamens, and pistils, as well as their intimate structure, are intelligible on the view that they consist of metamorphosedM
 leaves, arranged in a spire. In monstrous plants, we often get direct evidence of the possibility of one organ being transformed into another; and we can actually see, during the early or embryonic stages of development in flowers, as well as in crustaceans and many other animals, that organs, which when mature become extremely different are at first exactly alike.
How inexplicable are the cases of serial homologies on the ordinary view of creation! Why should the brain be enclosed in a box composed of such numM
erous and such extraordinarily shaped pieces of bone apparently representing vertebr
? As Owen has remarked, the benefit derived from the yielding of the separate pieces in the act of parturition by mammals, will by no means explain the same construction in the skulls of birds and reptiles. Why should similar bones have been created to form the wing and the leg of a bat, used as they are for such totally different purposes, namely flying and walking? Why should one crustacean, which has an extremely complex mouth M
formed of many parts, consequently always have fewer legs; or conversely, those with many legs have simpler mouths? Why should the sepals, petals, stamens, and pistils, in each flower, though fitted for such distinct purposes, be all constructed on the same pattern?
On the theory of natural selection, we can, to a certain extent, answer these questions. We need not here consider how the bodies of some animals first became divided into a series of segments, or how they became divided into right and left sides, wiM
th corresponding organs, for such questions are almost beyond investigation. It is, however, probable that some serial structures are the result of cells multiplying by division, entailing the multiplication of the parts developed from such cells. It must suffice for our purpose to bear in mind that an indefinite repetition of the same part or organ is the common characteristic, as Owen has remarked, of all low or little specialised forms; therefore the unknown progenitor of the Vertebrata probably possessed many vM
; the unknown progenitor of the Articulata, many segments; and the unknown progenitor of flowering plants, many leaves arranged in one or more spires. We have also formerly seen that parts many times repeated are eminently liable to vary, not only in number, but in form. Consequently such parts, being already present in considerable numbers, and being highly variable, would naturally afford the materials for adaptation to the most different purposes; yet they would generally retain, through the force of inhM
eritance, plain traces of their original or fundamental resemblance. They would retain this resemblance all the more, as the variations, which afforded the basis for their subsequent modification through natural selection, would tend from the first to be similar; the parts being at an early stage of growth alike, and being subjected to nearly the same conditions. Such parts, whether more or less modified, unless their common origin became wholly obscured, would be serially homologous.
In the great class of molluM
scs, though the parts in distinct species can be shown to be homologous, only a few serial homologies; such as the valves of Chitons, can be indicated; that is, we are seldom enabled to say that one part is homologous with another part in the same individual. And we can understand this fact; for in molluscs, even in the lowest members of the class, we do not find nearly so much indefinite repetition of any one part as we find in the other great classes of the animal and vegetable kingdoms.
But morphology is a muM
ch more complex subject than it at first appears, as has lately been well shown in a remarkable paper by Mr. E. Ray Lankester, who has drawn an important distinction between certain classes of cases which have all been equally ranked by naturalists as homologous. He proposes to call the structures which resemble each other in distinct animals, owing to their descent from a common progenitor with subsequent modification, homogenous; and the resemblances which cannot thus be accounted for, he proposes to call homoplaM
stic. For instance, he believes that the hearts of birds and mammals are as a whole homogenous
that is, have been derived from a common progenitor; but that the four cavities of the heart in the two classes are homoplastic
that is, have been independently developed. Mr. Lankester also adduces the close resemblance of the parts on the right and left sides of the body, and in the successive segments of the same individual animal; and here we have parts commonly called homologous which bear no relation to the descM
ent of distinct species from a common progenitor. Homoplastic structures are the same with those which I have classed, though in a very imperfect manner, as analogous modifications or resemblances. Their formation may be attributed in part to distinct organisms, or to distinct parts of the same organism, having varied in an analogous manner; and in part to similar modifications, having been preserved for the same general purpose or function, of which many instances have been given.
Naturalists frequently speak oM
f the skull as formed of metamorphosed vertebr
; the jaws of crabs as metamorphosed legs; the stamens and pistils in flowers as metamorphosed leaves; but it would in most cases be more correct, as Professor Huxley has remarked, to speak of both skull and vertebr
, jaws and legs, &c., as having been metamorphosed, not one from the other, as they now exist, but from some common and simpler element. Most naturalists, however, use such language only in a metaphorical sense: they are far from meaning that during a lonM
g course of descent, primordial organs of any kind
 in the one case and legs in the other
have actually been converted into skulls or jaws. Yet so strong is the appearance of this having occurred that naturalists can hardly avoid employing language having this plain signification. According to the views here maintained, such language may be used literally; and the wonderful fact of the jaws, for instance, of a crab retaining numerous characters, which they probably would have retained through inheritanM
ce, if they had really been metamorphosed from true though extremely simple legs, is in part explained.
Development and Embryology.
This is one of the most important subjects in the whole round of natural history. The metamorphoses of insects, with which every one is familiar, are generally effected abruptly by a few stages; but the transformations are in reality numerous and gradual, though concealed. A certain ephemerous insect (Chl
eon) during its development, moults, as shown by Sir J. Lubbock, above tweM
nty times, and each time undergoes a certain amount of change; and in this case we see the act of metamorphosis performed in a primary and gradual manner. Many insects, and especially certain crustaceans, show us what wonderful changes of structure can be effected during development. Such changes, however, reach their acme in the so-called alternate generations of some of the lower animals. It is, for instance, an astonishing fact that a delicate branching coralline, studded with polypi, and attached to a submarineM
 rock, should produce, first by budding and then by transverse division, a host of huge floating jelly-fishes; and that these should produce eggs, from which are hatched swimming animalcules, which attach themselves to rocks and become developed into branching corallines; and so on in an endless cycle. The belief in the essential identity of the process of alternate generation and of ordinary metamorphosis has been greatly strengthened by Wagner
s discovery of the larva or maggot of a fly, namely the Cecidomyia, M
producing asexually other larv
, and these others, which finally are developed into mature males and females, propagating their kind in the ordinary manner by eggs.
It may be worth notice that when Wagner
s remarkable discovery was first announced, I was asked how was it possible to account for the larv
 of this fly having acquired the power of a sexual reproduction. As long as the case remained unique no answer could be given. But already Grimm has shown that another fly, a Chironomus, reproduces itself in M
nearly the same manner, and he believes that this occurs frequently in the order. It is the pupa, and not the larva, of the Chironomus which has this power; and Grimm further shows that this case, to a certain extent,
unites that of the Cecidomyia with the parthenogenesis of the Coccid
 the term parthenogenesis implying that the mature females of the Coccid
 are capable of producing fertile eggs without the concourse of the male. Certain animals belonging to several classes are now known to have the power M
of ordinary reproduction at an unusually early age; and we have only to accelerate parthenogenetic reproduction by gradual steps to an earlier and earlier age
Chironomus showing us an almost exactly intermediate stage, viz., that of the pupa
and we can perhaps account for the marvellous case of the Cecidomyia.
It has already been stated that various parts in the same individual, which are exactly alike during an early embryonic period, become widely different and serve for widely different purposes in the adM
ult state. So again it has been shown that generally the embryos of the most distinct species belonging to the same class are closely similar, but become, when fully developed, widely dissimilar. A better proof of this latter fact cannot be given than the statement by Von Baer that
the embryos of mammalia, of birds, lizards and snakes, probably also of chelonia, are in the earliest states exceedingly like one another, both as a whole and in the mode of development of their parts; so much so, in fact, that we canM
 often distinguish the embryos only by their size. In my possession are two little embryos in spirit, whose names I have omitted to attach, and at present I am quite unable to say to what class they belong. They may be lizards or small birds, or very young mammalia, so complete is the similarity in the mode of formation of the head and trunk in these animals. The extremities, however, are still absent in these embryos. But even if they had existed in the earliest stage of their development we should learn nothing, M
for the feet of lizards and mammals, the wings and feet of birds, no less than the hands and feet of man, all arise from the same fundamental form.
 of most crustaceans, at corresponding stages of development, closely resemble each other, however different the adults may become; and so it is with very many other animals. A trace of the law of embryonic resemblance occasionally lasts till a rather late age: thus birds of the same genus, and of allied genera, often resemble each other in their immature pM
lumage; as we see in the spotted feathers in the young of the thrush group. In the cat tribe, most of the species when adult are striped or spotted in lines; and stripes or spots can be plainly distinguished in the whelp of the lion and the puma. We occasionally, though rarely, see something of the same kind in plants; thus the first leaves of the ulex or furze, and the first leaves of the phyllodineous acacias, are pinnate or divided like the ordinary leaves of the leguminos
The points of structure, in whichM
 the embryos of widely different animals within the same class resemble each other, often have no direct relation to their conditions of existence. We cannot, for instance, suppose that in the embryos of the vertebrata the peculiar loop-like courses of the arteries near the branchial slits are related to similar conditions
in the young mammal which is nourished in the womb of its mother, in the egg of the bird which is hatched in a nest, and in the spawn of a frog under water. We have no more reason to believe inM
 such a relation than we have to believe that the similar bones in the hand of a man, wing of a bat, and fin of a porpoise, are related to similar conditions of life. No one supposes that the stripes on the whelp of a lion, or the spots on the young blackbird, are of any use to these animals.
The case, however, is different when an animal, during any part of its embryonic career, is active, and has to provide for itself. The period of activity may come on earlier or later in life; but whenever it comes on, the aM
daptation of the larva to its conditions of life is just as perfect and as beautiful as in the adult animal. In how important a manner this has acted, has recently been well shown by Sir J. Lubbock in his remarks on the close similarity of the larv
 of some insects belonging to very different orders, and on the dissimilarity of the larv
 of other insects within the same order, according to their habits of life. Owing to such adaptations the similarity of the larv
 of allied animals is sometimes greatly obscured;M
 especially when there is a division of labour during the different stages of development, as when the same larva has during one stage to search for food, and during another stage has to search for a place of attachment. Cases can even be given of the larv
 of allied species, or groups of species, differing more from each other than do the adults. In most cases, however, the larv
, though active, still obey, more or less closely, the law of common embryonic resemblance. Cirripedes afford a good instance of this: M
even the illustrious Cuvier did not perceive that a barnacle was a crustacean: but a glance at the larva shows this in an unmistakable manner. So again the two main divisions of cirripedes, the pedunculated and sessile, though differing widely in external appearance, have larv
 in all their stages barely distinguishable.
The embryo in the course of development generally rises in organisation. I use this expression, though I am aware that it is hardly possible to define clearly what is meant by organisation beinM
g higher or lower. But no one probably will dispute that the butterfly is higher than the caterpillar. In some cases, however, the mature animal must be considered as lower in the scale than the larva, as with certain parasitic crustaceans. To refer once again to cirripedes: the larv
 in the first stage have three pairs of locomotive organs, a simple single eye, and a probosciformed mouth, with which they feed largely, for they increase much in size. In the second stage, answering to the chrysalis stage of butterfM
lies, they have six pairs of beautifully constructed natatory legs, a pair of magnificent compound eyes, and extremely complex antenn
; but they have a closed and imperfect mouth, and cannot feed: their function at this stage is, to search out by their well-developed organs of sense, and to reach by their active powers of swimming, a proper place on which to become attached and to undergo their final metamorphosis. When this is completed they are fixed for life: their legs are now converted into prehensile organs;M
 they again obtain a well-constructed mouth; but they have no antenn
, and their two eyes are now reconverted into a minute, single, simple eye-spot. In this last and complete state, cirripedes may be considered as either more highly or more lowly organised than they were in the larval condition. But in some genera the larv
 become developed into hermaphrodites having the ordinary structure, or into what I have called complemental males; and in the latter the development has assuredly been retrograde; for the malM
e is a mere sack, which lives for a short time and is destitute of mouth, stomach, and every other organ of importance, excepting those for reproduction.
We are so much accustomed to see a difference in structure between the embryo and the adult, that we are tempted to look at this difference as in some necessary manner contingent on growth. But there is no reason why, for instance, the wing of a bat, or the fin of a porpoise, should not have been sketched out with all their parts in proper proportion, as soon aM
s any part became visible. In some whole groups of animals and in certain members of other groups this is the case, and the embryo does not at any period differ widely from the adult: thus Owen has remarked in regard to cuttle-fish,
there is no metamorphosis; the cephalopodic character is manifested long before the parts of the embryo are completed.
 Land-shells and fresh-water crustaceans are born having their proper forms, while the marine members of the same two great classes pass through considerable and oM
ften great changes during their development. Spiders, again, barely undergo any metamorphosis. The larv
 of most insects pass through a worm-like stage, whether they are active and adapted to diversified habits, or are inactive from being placed in the midst of proper nutriment, or from being fed by their parents; but in some few cases, as in that of Aphis, if we look to the admirable drawings of the development of this insect, by Professor Huxley, we see hardly any trace of the vermiform stage.
 only the earlier developmental stages which fail. Thus, Fritz M
ller has made the remarkable discovery that certain shrimp-like crustaceans (allied to Penoeus) first appear under the simple nauplius-form, and after passing through two or more zo
a-stages, and then through the mysis-stage, finally acquire their mature structure: now in the whole great malacostracan order, to which these crustaceans belong, no other member is as yet known to be first developed under the nauplius-form, though many appear as zo
ller assigns reasons for his belief, that if there had been no suppression of development, all these crustaceans would have appeared as nauplii.
How, then, can we explain these several facts in embryology
namely, the very general, though not universal, difference in structure between the embryo and the adult; the various parts in the same individual embryo, which ultimately become very unlike, and serve for diverse purposes, being at an early period of growth alike; the common, but not invariaM
ble, resemblance between the embryos or larv
 of the most distinct species in the same class; the embryo often retaining, while within the egg or womb, structures which are of no service to it, either at that or at a later period of life; on the other hand, larv
 which have to provide for their own wants, being perfectly adapted to the surrounding conditions; and lastly, the fact of certain larv
 standing higher in the scale of organisation than the mature animal into which they are developed? I believe that allM
 these facts can be explained as follows.
It is commonly assumed, perhaps from monstrosities affecting the embryo at a very early period, that slight variations or individual differences necessarily appear at an equally early period. We have little evidence on this head, but what we have certainly points the other way; for it is notorious that breeders of cattle, horses and various fancy animals, cannot positively tell, until some time after birth, what will be the merits and demerits of their young animals. We M
see this plainly in our own children; we cannot tell whether a child will be tall or short, or what its precise features will be. The question is not, at what period of life any variation may have been caused, but at what period the effects are displayed. The cause may have acted, and I believe often has acted, on one or both parents before the act of generation. It deserves notice that it is of no importance to a very young animal, as long as it is nourished and protected by its parent, whether most of its charactM
ers are acquired a little earlier or later in life. It would not signify, for instance, to a bird which obtained its food by having a much-curved beak whether or not while young it possessed a beak of this shape, as long as it was fed by its parents.
I have stated in the first chapter, that at whatever age any variation first appears in the parent, it tends to reappear at a corresponding age in the offspring. Certain variations can only appear at corresponding ages; for instance, peculiarities in the caterpillarM
, cocoon, or imago states of the silk-moth; or, again, in the full-grown horns of cattle. But variations which, for all that we can see might have appeared either earlier or later in life, likewise tend to reappear at a corresponding age in the offspring and parent. I am far from meaning that this is invariably the case, and I could give several exceptional cases of variations (taking the word in the largest sense) which have supervened at an earlier age in the child than in the parent.
These two principles, namM
ely, that slight variations generally appear at a not very early period of life, and are inherited at a corresponding not early period, explain, as I believe, all the above specified leading facts in embryology. But first let us look to a few analogous cases in our domestic varieties. Some authors who have written on Dogs maintain that the greyhound and bull-dog, though so different, are really closely allied varieties, descended from the same wild stock, hence I was curious to see how far their puppies differed frM
om each other. I was told by breeders that they differed just as much as their parents, and this, judging by the eye, seemed almost to be the case; but on actually measuring the old dogs and their six-days-old puppies, I found that the puppies had not acquired nearly their full amount of proportional difference. So, again, I was told that the foals of cart and race-horses
breeds which have been almost wholly formed by selection under domestication
differed as much as the full-grown animals; but having had carefM
ul measurements made of the dams and of three-days-old colts of race and heavy cart-horses, I find that this is by no means the case.
As we have conclusive evidence that the breeds of the Pigeon are descended from a single wild species, I compared the young pigeons within twelve hours after being hatched. I carefully measured the proportions (but will not here give the details) of the beak, width of mouth, length of nostril and of eyelid, size of feet and length of leg, in the wild parent species, in pouters, faM
ntails, runts, barbs, dragons, carriers, and tumblers. Now, some of these birds, when mature, differ in so extraordinary a manner in the length and form of beak, and in other characters, that they would certainly have been ranked as distinct genera if found in a state of nature. But when the nestling birds of these several breeds were placed in a row, though most of them could just be distinguished, the proportional differences in the above specified points were incomparably less than in the full-grown birds. Some M
characteristic points of difference
for instance, that of the width of mouth
could hardly be detected in the young. But there was one remarkable exception to this rule, for the young of the short-faced tumbler differed from the young of the wild rock-pigeon, and of the other breeds, in almost exactly the same proportions as in the adult stage.
These facts are explained by the above two principles. Fanciers select their dogs, horses, pigeons, &c., for breeding, when nearly grown up. They are indifferent whethM
er the desired qualities are acquired earlier or later in life, if the full-grown animal possesses them. And the cases just given, more especially that of the pigeons, show that the characteristic differences which have been accumulated by man
s selection, and which give value to his breeds, do not generally appear at a very early period of life, and are inherited at a corresponding not early period. But the case of the short-faced tumbler, which when twelve hours old possessed its proper characters, proves that M
this is not the universal rule; for here the characteristic differences must either have appeared at an earlier period than usual, or, if not so, the differences must have been inherited, not at a corresponding, but at an earlier age.
Now, let us apply these two principles to species in a state of nature. Let us take a group of birds, descended from some ancient form and modified through natural selection for different habits. Then, from the many slight successive variations having supervened in the several specM
ies at a not early age, and having been inherited at a corresponding age, the young will have been but little modified, and they will still resemble each other much more closely than do the adults, just as we have seen with the breeds of the pigeon. We may extend this view to widely distinct structures and to whole classes. The fore-limbs, for instance, which once served as legs to a remote progenitor, may have become, through a long course of modification, adapted in one descendant to act as hands, in another as pM
addles, in another as wings; but on the above two principles the fore-limbs will not have been much modified in the embryos of these several forms; although in each form the fore-limb will differ greatly in the adult state. Whatever influence long continued use or disuse may have had in modifying the limbs or other parts of any species, this will chiefly or solely have affected it when nearly mature, when it was compelled to use its full powers to gain its own living; and the effects thus produced will have been trM
ansmitted to the offspring at a corresponding nearly mature age. Thus the young will not be modified, or will be modified only in a slight degree, through the effects of the increased use or disuse of parts.
With some animals the successive variations may have supervened at a very early period of life, or the steps may have been inherited at an earlier age than that at which they first occurred. In either of these cases the young or embryo will closely resemble the mature parent-form, as we have seen with the shM
ort-faced tumbler. And this is the rule of development in certain whole groups, or in certain sub-groups alone, as with cuttle-fish, land-shells, fresh-water crustaceans, spiders, and some members of the great class of insects. With respect to the final cause of the young in such groups not passing through any metamorphosis, we can see that this would follow from the following contingencies: namely, from the young having to provide at a very early age for their own wants, and from their following the same habits ofM
 life with their parents; for in this case it would be indispensable for their existence that they should be modified in the same manner as their parents. Again, with respect to the singular fact that many terrestrial and fresh-water animals do not undergo any metamorphosis, while marine members of the same groups pass through various transformations, Fritz M
ller has suggested that the process of slowly modifying and adapting an animal to live on the land or in fresh water, instead of in the sea, would be greatlyM
 simplified by its not passing through any larval stage; for it is not probable that places well adapted for both the larval and mature stages, under such new and greatly changed habits of life, would commonly be found unoccupied or ill-occupied by other organisms. In this case the gradual acquirement at an earlier and earlier age of the adult structure would be favoured by natural selection; and all traces of former metamorphoses would finally be lost.
If, on the other hand, it profited the young of an animal tM
o follow habits of life slightly different from those of the parent-form, and consequently to be constructed on a slightly different plan, or if it profited a larva already different from its parent to change still further, then, on the principle of inheritance at corresponding ages, the young or the larv
 might be rendered by natural selection more and more different from their parents to any conceivable extent. Differences in the larva might, also, become correlated with successive stages of its development; so M
that the larva, in the first stage, might come to differ greatly from the larva in the second stage, as is the case with many animals. The adult might also become fitted for sites or habits, in which organs of locomotion or of the senses, &c., would be useless; and in this case the metamorphosis would be retrograde.
From the remarks just made we can see how by changes of structure in the young, in conformity with changed habits of life, together with inheritance at corresponding ages, animals might come to pass M
through stages of development, perfectly distinct from the primordial condition of their adult progenitors. Most of our best authorities are now convinced that the various larval and pupal stages of insects have thus been acquired through adaptation, and not through inheritance from some ancient form. The curious case of Sitaris
a beetle which passes through certain unusual stages of development
will illustrate how this might occur. The first larval form is described by M. Fabre, as an active, minute insect, fuM
rnished with six legs, two long antenn
, and four eyes. These larv
 are hatched in the nests of bees; and when the male bees emerge from their burrows, in the spring, which they do before the females, the larv
 spring on them, and afterwards crawl on to the females while paired with the males. As soon as the female bee deposits her eggs on the surface of the honey stored in the cells, the larv
 of the Sitaris leap on the eggs and devour them. Afterwards they undergo a complete change; their eyes disappear; theiM
 become rudimentary, and they feed on honey; so that they now more closely resemble the ordinary larv
 of insects; ultimately they undergo a further transformation, and finally emerge as the perfect beetle. Now, if an insect, undergoing transformations like those of the Sitaris, were to become the progenitor of a whole new class of insects, the course of development of the new class would be widely different from that of our existing insects; and the first larval stage certainly would not represM
ent the former condition of any adult and ancient form.
On the other hand it is highly probable that with many animals the embryonic or larval stages show us, more or less completely, the condition of the progenitor of the whole group in its adult state. In the great class of the Crustacea, forms wonderfully distinct from each other, namely, suctorial parasites, cirripedes, entomostraca, and even the malacostraca, appear at first as larv
 under the nauplius-form; and as these larv
 live and feed in the open seM
a, and are not adapted for any peculiar habits of life, and from other reasons assigned by Fritz M
ller, it is probable that at some very remote period an independent adult animal, resembling the Nauplius, existed, and subsequently produced, along several divergent lines of descent, the above-named great Crustacean groups. So again, it is probable, from what we know of the embryos of mammals, birds, fishes and reptiles, that these animals are the modified descendants of some ancient progenitor, which was furnishedM
 in its adult state with branchi
, a swim-bladder, four fin-like limbs, and a long tail, all fitted for an aquatic life.
As all the organic beings, extinct and recent, which have ever lived, can be arranged within a few great classes; and as all within each class have, according to our theory, been connected together by fine gradations, the best, and, if our collections were nearly perfect, the only possible arrangement, would be genealogical; descent being the hidden bond of connexion which naturalists have beM
en seeking under the term of the Natural System. On this view we can understand how it is that, in the eyes of most naturalists, the structure of the embryo is even more important for classification than that of the adult. In two or more groups of animals, however much they may differ from each other in structure and habits in their adult condition, if they pass through closely similar embryonic stages, we may feel assured that they are all descended from one parent-form, and are therefore closely related. Thus, coM
mmunity in embryonic structure reveals community of descent; but dissimilarity in embryonic development does not prove discommunity of descent, for in one of two groups the developmental stages may have been suppressed, or may have been so greatly modified through adaptation to new habits of life as to be no longer recognisable. Even in groups, in which the adults have been modified to an extreme degree, community of origin is often revealed by the structure of the larv
; we have seen, for instance, that cirripedeM
s, though externally so like shell-fish, are at once known by their larv
 to belong to the great class of crustaceans. As the embryo often shows us more or less plainly the structure of the less modified and ancient progenitor of the group, we can see why ancient and extinct forms so often resemble in their adult state the embryos of existing species of the same class. Agassiz believes this to be a universal law of nature; and we may hope hereafter to see the law proved true. It can, however, be proved true only iM
n those cases in which the ancient state of the progenitor of the group has not been wholly obliterated, either by successive variations having supervened at a very early period of growth, or by such variations having been inherited at an earlier age than that at which they first appeared. It should also be borne in mind, that the law may be true, but yet, owing to the geological record not extending far enough back in time, may remain for a long period, or for ever, incapable of demonstration. The law will not strM
ictly hold good in those cases in which an ancient form became adapted in its larval state to some special line of life, and transmitted the same larval state to a whole group of descendants; for such larval state will not resemble any still more ancient form in its adult state.
Thus, as it seems to me, the leading facts in embryology, which are second to none in importance, are explained on the principle of variations in the many descendants from some one ancient progenitor, having appeared at a not very early M
period of life, and having been inherited at a corresponding period. Embryology rises greatly in interest, when we look at the embryo as a picture, more or less obscured, of the progenitor, either in its adult or larval state, of all the members of the same great class.
Rudimentary, Atrophied, and Aborted Organs.
Organs or parts in this strange condition, bearing the plain stamp of inutility, are extremely common, or even general, throughout nature. It would be impossible to name one of the higher animals in M
which some part or other is not in a rudimentary condition. In the mammalia, for instance, the males possess rudimentary mamm
; in snakes one lobe of the lungs is rudimentary; in birds the
 may safely be considered as a rudimentary digit, and in some species the whole wing is so far rudimentary that it cannot be used for flight. What can be more curious than the presence of teeth in foetal whales, which when grown up have not a tooth in their heads; or the teeth, which never cut through the gums,M
 in the upper jaws of unborn calves?
Rudimentary organs plainly declare their origin and meaning in various ways. There are beetles belonging to closely allied species, or even to the same identical species, which have either full-sized and perfect wings, or mere rudiments of membrane, which not rarely lie under wing-covers firmly soldered together; and in these cases it is impossible to doubt, that the rudiments represent wings. Rudimentary organs sometimes retain their potentiality: this occasionally occurs wiM
 of male mammals, which have been known to become well developed and to secrete milk. So again in the udders of the genus Bos, there are normally four developed and two rudimentary teats; but the latter in our domestic cows sometimes become well developed and yield milk. In regard to plants, the petals are sometimes rudimentary, and sometimes well developed in the individuals of the same species. In certain plants having separated sexes K
lreuter found that by crossing a species, in which the male floM
wers included a rudiment of a pistil, with an hermaphrodite species, having of course a well-developed pistil, the rudiment in the hybrid offspring was much increased in size; and this clearly shows that the rudimentary and perfect pistils are essentially alike in nature. An animal may possess various parts in a perfect state, and yet they may in one sense be rudimentary, for they are useless: thus the tadpole of the common salamander or water-newt, as Mr. G.H. Lewes remarks,
has gills, and passes its existence M
in the water; but the Salamandra atra, which lives high up among the mountains, brings forth its young full-formed. This animal never lives in the water. Yet if we open a gravid female, we find tadpoles inside her with exquisitely feathered gills; and when placed in water they swim about like the tadpoles of the water-newt. Obviously this aquatic organisation has no reference to the future life of the animal, nor has it any adaptation to its embryonic condition; it has solely reference to ancestral adaptations, it M
repeats a phase in the development of its progenitors.
An organ, serving for two purposes, may become rudimentary or utterly aborted for one, even the more important purpose, and remain perfectly efficient for the other. Thus, in plants, the office of the pistil is to allow the pollen-tubes to reach the ovules within the ovarium. The pistil consists of a stigma supported on the style; but in some Composit
, the male florets, which of course cannot be fecundated, have a rudimentary pistil, for it is not crownM
ed with a stigma; but the style remains well developed and is clothed in the usual manner with hairs, which serve to brush the pollen out of the surrounding and conjoined anthers. Again, an organ may become rudimentary for its proper purpose, and be used for a distinct one: in certain fishes the swim-bladder seems to be rudimentary for its proper function of giving buoyancy, but has become converted into a nascent breathing organ or lung. Many similar instances could be given.
Useful organs, however little they M
may be developed, unless we have reason to suppose that they were formerly more highly developed, ought not to be considered as rudimentary. They may be in a nascent condition, and in progress towards further development. Rudimentary organs, on the other hand, are either quite useless, such as teeth which never cut through the gums, or almost useless, such as the wings of an ostrich, which serve merely as sails. As organs in this condition would formerly, when still less developed, have been of even less use than aM
t present, they cannot formerly have been produced through variation and natural selection, which acts solely by the preservation of useful modifications. They have been partially retained by the power of inheritance, and relate to a former state of things. It is, however, often difficult to distinguish between rudimentary and nascent organs; for we can judge only by analogy whether a part is capable of further development, in which case alone it deserves to be called nascent. Organs in this condition will always bM
e somewhat rare; for beings thus provided will commonly have been supplanted by their successors with the same organ in a more perfect state, and consequently will have become long ago extinct. The wing of the penguin is of high service, acting as a fin; it may, therefore, represent the nascent state of the wing: not that I believe this to be the case; it is more probably a reduced organ, modified for a new function: the wing of the Apteryx, on the other hand, is quite useless, and is truly rudimentary. Owen considM
ers the simple filamentary limbs of the Lepidosiren as the
beginnings of organs which attain full functional development in higher vertebrates;
 but, according to the view lately advocated by Dr. G
nther, they are probably remnants, consisting of the persistent axis of a fin, with the lateral rays or branches aborted. The mammary glands of the Ornithorhynchus may be considered, in comparison with the udders of a cow, as in a nascent condition. The ovigerous frena of certain cirripedes, which have ceased to giM
ve attachment to the ova and are feebly developed, are nascent branchi
Rudimentary organs in the individuals of the same species are very liable to vary in the degree of their development and in other respects. In closely allied species, also, the extent to which the same organ has been reduced occasionally differs much. This latter fact is well exemplified in the state of the wings of female moths belonging to the same family. Rudimentary organs may be utterly aborted; and this implies, that in certain animaM
ls or plants, parts are entirely absent which analogy would lead us to expect to find in them, and which are occasionally found in monstrous individuals. Thus in most of the Scrophulariace
 the fifth stamen is utterly aborted; yet we may conclude that a fifth stamen once existed, for a rudiment of it is found in many species of the family, and this rudiment occasionally becomes perfectly developed, as may sometimes be seen in the common snap-dragon. In tracing the homologies of any part in different members of theM
 same class, nothing is more common, or, in order fully to understand the relations of the parts, more useful than the discovery of rudiments. This is well shown in the drawings given by Owen of the leg bones of the horse, ox, and rhinoceros.
It is an important fact that rudimentary organs, such as teeth in the upper jaws of whales and ruminants, can often be detected in the embryo, but afterwards wholly disappear. It is also, I believe, a universal rule, that a rudimentary part is of greater size in the embryo M
relatively to the adjoining parts, than in the adult; so that the organ at this early age is less rudimentary, or even cannot be said to be in any degree rudimentary. Hence rudimentary organs in the adult are often said to have retained their embryonic condition.
I have now given the leading facts with respect to rudimentary organs. In reflecting on them, every one must be struck with astonishment; for the same reasoning power which tells us that most parts and organs are exquisitely adapted for certain purposesM
, tells us with equal plainness that these rudimentary or atrophied organs are imperfect and useless. In works on natural history, rudimentary organs are generally said to have been created
for the sake of symmetry,
to complete the scheme of nature.
 But this is not an explanation, merely a restatement of the fact. Nor is it consistent with itself: thus the boa-constrictor has rudiments of hind limbs and of a pelvis, and if it be said that these bones have been retained
to complete the schM
 why, as Professor Weismann asks, have they not been retained by other snakes, which do not possess even a vestige of these same bones? What would be thought of an astronomer who maintained that the satellites revolve in elliptic courses round their planets
for the sake of symmetry,
 because the planets thus revolve round the sun? An eminent physiologist accounts for the presence of rudimentary organs, by supposing that they serve to excrete matter in excess, or matter injurious to the system;M
 but can we suppose that the minute papilla, which often represents the pistil in male flowers, and which is formed of mere cellular tissue, can thus act? Can we suppose that rudimentary teeth, which are subsequently absorbed, are beneficial to the rapidly growing embryonic calf by removing matter so precious as phosphate of lime? When a man
s fingers have been amputated, imperfect nails have been known to appear on the stumps, and I could as soon believe that these vestiges of nails are developed in order to excM
rete horny matter, as that the rudimentary nails on the fin of the manatee have been developed for this same purpose.
On the view of descent with modification, the origin of rudimentary organs is comparatively simple; and we can understand to a large extent the laws governing their imperfect development. We have plenty of cases of rudimentary organs in our domestic productions, as the stump of a tail in tailless breeds, the vestige of an ear in earless breeds of sheep
the reappearance of minute dangling horns M
in hornless breeds of cattle, more especially, according to Youatt, in young animals
and the state of the whole flower in the cauliflower. We often see rudiments of various parts in monsters; but I doubt whether any of these cases throw light on the origin of rudimentary organs in a state of nature, further than by showing that rudiments can be produced; for the balance of evidence clearly indicates that species under nature do not undergo great and abrupt changes. But we learn from the study of our domestic prodM
uctions that the disuse of parts leads to their reduced size; and that the result is inherited.
It appears probable that disuse has been the main agent in rendering organs rudimentary. It would at first lead by slow steps to the more and more complete reduction of a part, until at last it became rudimentary
as in the case of the eyes of animals inhabiting dark caverns, and of the wings of birds inhabiting oceanic islands, which have seldom been forced by beasts of prey to take flight, and have ultimately lost M
the power of flying. Again, an organ, useful under certain conditions, might become injurious under others, as with the wings of beetles living on small and exposed islands; and in this case natural selection will have aided in reducing the organ, until it was rendered harmless and rudimentary.
Any change in structure and function, which can be effected by small stages, is within the power of natural selection; so that an organ rendered, through changed habits of life, useless or injurious for one purpose, mightM
 be modified and used for another purpose. An organ might, also, be retained for one alone of its former functions. Organs, originally formed by the aid of natural selection, when rendered useless may well be variable, for their variations can no longer be checked by natural selection. All this agrees well with what we see under nature. Moreover, at whatever period of life either disuse or selection reduces an organ, and this will generally be when the being has come to maturity and to exert its full powers of actiM
on, the principle of inheritance at corresponding ages will tend to reproduce the organ in its reduced state at the same mature age, but will seldom affect it in the embryo. Thus we can understand the greater size of rudimentary organs in the embryo relatively to the adjoining parts, and their lesser relative size in the adult. If, for instance, the digit of an adult animal was used less and less during many generations, owing to some change of habits, or if an organ or gland was less and less functionally exerciseM
d, we may infer that it would become reduced in size in the adult descendants of this animal, but would retain nearly its original standard of development in the embryo.
There remains, however, this difficulty. After an organ has ceased being used, and has become in consequence much reduced, how can it be still further reduced in size until the merest vestige is left; and how can it be finally quite obliterated? It is scarcely possible that disuse can go on producing any further effect after the organ has once bM
een rendered functionless. Some additional explanation is here requisite which I cannot give. If, for instance, it could be proved that every part of the organisation tends to vary in a greater degree towards diminution than toward augmentation of size, then we should be able to understand how an organ which has become useless would be rendered, independently of the effects of disuse, rudimentary and would at last be wholly suppressed; for the variations towards diminished size would no longer be checked by naturalM
 selection. The principle of the economy of growth, explained in a former chapter, by which the materials forming any part, if not useful to the possessor, are saved as far as is possible, will perhaps come into play in rendering a useless part rudimentary. But this principle will almost necessarily be confined to the earlier stages of the process of reduction; for we cannot suppose that a minute papilla, for instance, representing in a male flower the pistil of the female flower, and formed merely of cellular tissM
ue, could be further reduced or absorbed for the sake of economising nutriment.
Finally, as rudimentary organs, by whatever steps they may have been degraded into their present useless condition, are the record of a former state of things, and have been retained solely through the power of inheritance
we can understand, on the genealogical view of classification, how it is that systematists, in placing organisms in their proper places in the natural system, have often found rudimentary parts as useful as, or eM
ven sometimes more useful than, parts of high physiological importance. Rudimentary organs may be compared with the letters in a word, still retained in the spelling, but become useless in the pronunciation, but which serve as a clue for its derivation. On the view of descent with modification, we may conclude that the existence of organs in a rudimentary, imperfect, and useless condition, or quite aborted, far from presenting a strange difficulty, as they assuredly do on the old doctrine of creation, might even haM
ve been anticipated in accordance with the views here explained.
In this chapter I have attempted to show that the arrangement of all organic beings throughout all time in groups under groups
that the nature of the relationships by which all living and extinct organisms are united by complex, radiating, and circuitous lines of affinities into a few grand classes
the rules followed and the difficulties encountered by naturalists in their classifications
the value set upon characters, if constantM
 and prevalent, whether of high or of the most trifling importance, or, as with rudimentary organs of no importance
the wide opposition in value between analogical or adaptive characters, and characters of true affinity; and other such rules
all naturally follow if we admit the common parentage of allied forms, together with their modification through variation and natural selection, with the contingencies of extinction and divergence of character. In considering this view of classification, it should be borne M
in mind that the element of descent has been universally used in ranking together the sexes, ages, dimorphic forms, and acknowledged varieties of the same species, however much they may differ from each other in structure. If we extend the use of this element of descent
the one certainly known cause of similarity in organic beings
we shall understand what is meant by the Natural System: it is genealogical in its attempted arrangement, with the grades of acquired difference marked by the terms, varieties, specieM
s, genera, families, orders, and classes.
On this same view of descent with modification, most of the great facts in Morphology become intelligible
whether we look to the same pattern displayed by the different species of the same class in their homologous organs, to whatever purpose applied, or to the serial and lateral homologies in each individual animal and plant.
On the principle of successive slight variations, not necessarily or generally supervening at a very early period of life, and being inheriteM
d at a corresponding period, we can understand the leading facts in embryology; namely, the close resemblance in the individual embryo of the parts which are homologous, and which when matured become widely different in structure and function; and the resemblance of the homologous parts or organs in allied though distinct species, though fitted in the adult state for habits as different as is possible. Larv
 are active embryos, which have become specially modified in a greater or less degree in relation to their hM
abits of life, with their modifications inherited at a corresponding early age. On these same principles, and bearing in mind that when organs are reduced in size, either from disuse or through natural selection, it will generally be at that period of life when the being has to provide for its own wants, and bearing in mind how strong is the force of inheritance
the occurrence of rudimentary organs might even have been anticipated. The importance of embryological characters and of rudimentary organs in classificaM
tion is intelligible, on the view that a natural arrangement must be genealogical.
Finally, the several classes of facts which have been considered in this chapter, seem to me to proclaim so plainly, that the innumerable species, genera and families, with which this world is peopled, are all descended, each within its own class or group, from common parents, and have all been modified in the course of descent, that I should without hesitation adopt this view, even if it were unsupported by other facts or argumenM
RECAPITULATION AND CONCLUSION
Recapitulation of the objections to the theory of Natural Selection
Recapitulation of the general and special circumstances in its favour
Causes of the general belief in the immutability of species
How far the theory of Natural Selection may be extended
Effects of its adoption on the study of Natural History
As this whole volume is one long argument, it may be convenient to the reader to have the leading facts and inferences brM
iefly recapitulated.
That many and serious objections may be advanced against the theory of descent with modification through variation and natural selection, I do not deny. I have endeavoured to give to them their full force. Nothing at first can appear more difficult to believe than that the more complex organs and instincts have been perfected, not by means superior to, though analogous with, human reason, but by the accumulation of innumerable slight variations, each good for the individual possessor. NevertM
heless, this difficulty, though appearing to our imagination insuperably great, cannot be considered real if we admit the following propositions, namely, that all parts of the organisation and instincts offer, at least individual differences
that there is a struggle for existence leading to the preservation of profitable deviations of structure or instinct
and, lastly, that gradations in the state of perfection of each organ may have existed, each good of its kind. The truth of these propositions cannot, I thinM
It is, no doubt, extremely difficult even to conjecture by what gradations many structures have been perfected, more especially among broken and failing groups of organic beings, which have suffered much extinction; but we see so many strange gradations in nature, that we ought to be extremely cautious in saying that any organ or instinct, or any whole structure, could not have arrived at its present state by many graduated steps. There are, it must be admitted, cases of special difficulty opposeM
d to the theory of natural selection; and one of the most curious of these is the existence in the same community of two or three defined castes of workers or sterile female ants; but I have attempted to show how these difficulties can be mastered.
With respect to the almost universal sterility of species when first crossed, which forms so remarkable a contrast with the almost universal fertility of varieties when crossed, I must refer the reader to the recapitulation of the facts given at the end of the ninth cM
hapter, which seem to me conclusively to show that this sterility is no more a special endowment than is the incapacity of two distinct kinds of trees to be grafted together; but that it is incidental on differences confined to the reproductive systems of the intercrossed species. We see the truth of this conclusion in the vast difference in the results of crossing the same two species reciprocally
that is, when one species is first used as the father and then as the mother. Analogy from the consideration of dimoM
rphic and trimorphic plants clearly leads to the same conclusion, for when the forms are illegitimately united, they yield few or no seed, and their offspring are more or less sterile; and these forms belong to the same undoubted species, and differ from each other in no respect except in their reproductive organs and functions.
Although the fertility of varieties when intercrossed, and of their mongrel offspring, has been asserted by so many authors to be universal, this cannot be considered as quite correct afM
ter the facts given on the high authority of G
lreuter. Most of the varieties which have been experimented on have been produced under domestication; and as domestication (I do not mean mere confinement) almost certainly tends to eliminate that sterility which, judging from analogy, would have affected the parent-species if intercrossed, we ought not to expect that domestication would likewise induce sterility in their modified descendants when crossed. This elimination of sterility apparently followsM
 from the same cause which allows our domestic animals to breed freely under diversified circumstances; and this again apparently follows from their having been gradually accustomed to frequent changes in their conditions of life.
A double and parallel series of facts seems to throw much light on the sterility of species, when first crossed, and of their hybrid offspring. On the one side, there is good reason to believe that slight changes in the conditions of life give vigour and fertility to all organic beingsM
. We know also that a cross between the distinct individuals of the same variety, and between distinct varieties, increases the number of their offspring, and certainly gives to them increased size and vigour. This is chiefly owing to the forms which are crossed having been exposed to somewhat different conditions of life; for I have ascertained by a labourious series of experiments that if all the individuals of the same variety be subjected during several generations to the same conditions, the good derived from M
crossing is often much diminished or wholly disappears. This is one side of the case. On the other side, we know that species which have long been exposed to nearly uniform conditions, when they are subjected under confinement to new and greatly changed conditions, either perish, or if they survive, are rendered sterile, though retaining perfect health. This does not occur, or only in a very slight degree, with our domesticated productions, which have long been exposed to fluctuating conditions. Hence when we find M
that hybrids produced by a cross between two distinct species are few in number, owing to their perishing soon after conception or at a very early age, or if surviving that they are rendered more or less sterile, it seems highly probable that this result is due to their having been in fact subjected to a great change in their conditions of life, from being compounded of two distinct organisations. He who will explain in a definite manner why, for instance, an elephant or a fox will not breed under confinement in itM
s native country, whilst the domestic pig or dog will breed freely under the most diversified conditions, will at the same time be able to give a definite answer to the question why two distinct species, when crossed, as well as their hybrid offspring, are generally rendered more or less sterile, while two domesticated varieties when crossed and their mongrel offspring are perfectly fertile.
Turning to geographical distribution, the difficulties encountered on the theory of descent with modification are serious M
enough. All the individuals of the same species, and all the species of the same genus, or even higher group, are descended from common parents; and therefore, in however distant and isolated parts of the world they may now be found, they must in the course of successive generations have travelled from some one point to all the others. We are often wholly unable even to conjecture how this could have been effected. Yet, as we have reason to believe that some species have retained the same specific form for very lonM
g periods of time, immensely long as measured by years, too much stress ought not to be laid on the occasional wide diffusion of the same species; for during very long periods there will always have been a good chance for wide migration by many means. A broken or interrupted range may often be accounted for by the extinction of the species in the intermediate regions. It cannot be denied that we are as yet very ignorant as to the full extent of the various climatical and geographical changes which have affected theM
 earth during modern periods; and such changes will often have facilitated migration. As an example, I have attempted to show how potent has been the influence of the Glacial period on the distribution of the same and of allied species throughout the world. We are as yet profoundly ignorant of the many occasional means of transport. With respect to distinct species of the same genus, inhabiting distant and isolated regions, as the process of modification has necessarily been slow, all the means of migration will haM
ve been possible during a very long period; and consequently the difficulty of the wide diffusion of the species of the same genus is in some degree lessened.
As according to the theory of natural selection an interminable number of intermediate forms must have existed, linking together all the species in each group by gradations as fine as our existing varieties, it may be asked, Why do we not see these linking forms all around us? Why are not all organic beings blended together in an inextricable chaos? With rM
espect to existing forms, we should remember that we have no right to expect (excepting in rare cases) to discover directly connecting links between them, but only between each and some extinct and supplanted form. Even on a wide area, which has during a long period remained continuous, and of which the climatic and other conditions of life change insensibly in proceeding from a district occupied by one species into another district occupied by a closely allied species, we have no just right to expect often to findM
 intermediate varieties in the intermediate zones. For we have reason to believe that only a few species of a genus ever undergo change; the other species becoming utterly extinct and leaving no modified progeny. Of the species which do change, only a few within the same country change at the same time; and all modifications are slowly effected. I have also shown that the intermediate varieties which probably at first existed in the intermediate zones, would be liable to be supplanted by the allied forms on either M
hand; for the latter, from existing in greater numbers, would generally be modified and improved at a quicker rate than the intermediate varieties, which existed in lesser numbers; so that the intermediate varieties would, in the long run, be supplanted and exterminated.
On this doctrine of the extermination of an infinitude of connecting links, between the living and extinct inhabitants of the world, and at each successive period between the extinct and still older species, why is not every geological formationM
 charged with such links? Why does not every collection of fossil remains afford plain evidence of the gradation and mutation of the forms of life? Although geological research has undoubtedly revealed the former existence of many links, bringing numerous forms of life much closer together, it does not yield the infinitely many fine gradations between past and present species required on the theory, and this is the most obvious of the many objections which may be urged against it. Why, again, do whole groups of allM
ied species appear, though this appearance is often false, to have come in suddenly on the successive geological stages? Although we now know that organic beings appeared on this globe, at a period incalculably remote, long before the lowest bed of the Cambrian system was deposited, why do we not find beneath this system great piles of strata stored with the remains of the progenitors of the Cambrian fossils? For on the theory, such strata must somewhere have been deposited at these ancient and utterly unknown epocM
I can answer these questions and objections only on the supposition that the geological record is far more imperfect than most geologists believe. The number of specimens in all our museums is absolutely as nothing compared with the countless generations of countless species which have certainly existed. The parent form of any two or more species would not be in all its characters directly intermediate between its modified offspring, any more than the rock-pigeon is directly intermedM
iate in crop and tail between its descendants, the pouter and fantail pigeons. We should not be able to recognise a species as the parent of another and modified species, if we were to examine the two ever so closely, unless we possessed most of the intermediate links; and owing to the imperfection of the geological record, we have no just right to expect to find so many links. If two or three, or even more linking forms were discovered, they would simply be ranked by many naturalists as so many new species, more eM
specially if found in different geological substages, let their differences be ever so slight. Numerous existing doubtful forms could be named which are probably varieties; but who will pretend that in future ages so many fossil links will be discovered, that naturalists will be able to decide whether or not these doubtful forms ought to be called varieties? Only a small portion of the world has been geologically explored. Only organic beings of certain classes can be preserved in a fossil condition, at least in anM
y great number. Many species when once formed never undergo any further change but become extinct without leaving modified descendants; and the periods during which species have undergone modification, though long as measured by years, have probably been short in comparison with the periods during which they retained the same form. It is the dominant and widely ranging species which vary most frequently and vary most, and varieties are often at first local
both causes rendering the discovery of intermediate linksM
 in any one formation less likely. Local varieties will not spread into other and distant regions until they are considerably modified and improved; and when they have spread, and are discovered in a geological formation, they appear as if suddenly created there, and will be simply classed as new species. Most formations have been intermittent in their accumulation; and their duration has probably been shorter than the average duration of specific forms. Successive formations are in most cases separated from each oM
ther by blank intervals of time of great length, for fossiliferous formations thick enough to resist future degradation can, as a general rule, be accumulated only where much sediment is deposited on the subsiding bed of the sea. During the alternate periods of elevation and of stationary level the record will generally be blank. During these latter periods there will probably be more variability in the forms of life; during periods of subsidence, more extinction.
With respect to the absence of strata rich in foM
ssils beneath the Cambrian formation, I can recur only to the hypothesis given in the tenth chapter; namely, that though our continents and oceans have endured for an enormous period in nearly their present relative positions, we have no reason to assume that this has always been the case; consequently formations much older than any now known may lie buried beneath the great oceans. With respect to the lapse of time not having been sufficient since our planet was consolidated for the assumed amount of organic changM
e, and this objection, as urged by Sir William Thompson, is probably one of the gravest as yet advanced, I can only say, firstly, that we do not know at what rate species change, as measured by years, and secondly, that many philosophers are not as yet willing to admit that we know enough of the constitution of the universe and of the interior of our globe to speculate with safety on its past duration.
That the geological record is imperfect all will admit; but that it is imperfect to the degree required by our M
theory, few will be inclined to admit. If we look to long enough intervals of time, geology plainly declares that species have all changed; and they have changed in the manner required by the theory, for they have changed slowly and in a graduated manner. We clearly see this in the fossil remains from consecutive formations invariably being much more closely related to each other than are the fossils from widely separated formations.
Such is the sum of the several chief objections and difficulties which may justM
ly be urged against the theory; and I have now briefly recapitulated the answers and explanations which, as far as I can see, may be given. I have felt these difficulties far too heavily during many years to doubt their weight. But it deserves especial notice that the more important objections relate to questions on which we are confessedly ignorant; nor do we know how ignorant we are. We do not know all the possible transitional gradations between the simplest and the most perfect organs; it cannot be pretended thM
at we know all the varied means of Distribution during the long lapse of years, or that we know how imperfect is the Geological Record. Serious as these several objections are, in my judgment they are by no means sufficient to overthrow the theory of descent with subsequent modification.
Now let us turn to the other side of the argument. Under domestication we see much variability, caused, or at least excited, by changed conditions of life; but often in so obscure a manner, that we are tempted to consider the vaM
riations as spontaneous. Variability is governed by many complex laws, by correlated growth, compensation, the increased use and disuse of parts, and the definite action of the surrounding conditions. There is much difficulty in ascertaining how largely our domestic productions have been modified; but we may safely infer that the amount has been large, and that modifications can be inherited for long periods. As long as the conditions of life remain the same, we have reason to believe that a modification, which hasM
 already been inherited for many generations, may continue to be inherited for an almost infinite number of generations. On the other hand we have evidence that variability, when it has once come into play, does not cease under domestication for a very long period; nor do we know that it ever ceases, for new varieties are still occasionally produced by our oldest domesticated productions.
Variability is not actually caused by man; he only unintentionally exposes organic beings to new conditions of life and then M
nature acts on the organisation and causes it to vary. But man can and does select the variations given to him by nature, and thus accumulates them in any desired manner. He thus adapts animals and plants for his own benefit or pleasure. He may do this methodically, or he may do it unconsciously by preserving the individuals most useful or pleasing to him without any intention of altering the breed. It is certain that he can largely influence the character of a breed by selecting, in each successive generation, indM
ividual differences so slight as to be inappreciable except by an educated eye. This unconscious process of selection has been the great agency in the formation of the most distinct and useful domestic breeds. That many breeds produced by man have to a large extent the character of natural species, is shown by the inextricable doubts whether many of them are varieties or aboriginally distinct species.
There is no reason why the principles which have acted so efficiently under domestication should not have acted M
under nature. In the survival of favoured individuals and races, during the constantly recurrent Struggle for Existence, we see a powerful and ever-acting form of Selection. The struggle for existence inevitably follows from the high geometrical ratio of increase which is common to all organic beings. This high rate of increase is proved by calculation
by the rapid increase of many animals and plants during a succession of peculiar seasons, and when naturalised in new countries. More individuals are born than canM
 possibly survive. A grain in the balance may determine which individuals shall live and which shall die
which variety or species shall increase in number, and which shall decrease, or finally become extinct. As the individuals of the same species come in all respects into the closest competition with each other, the struggle will generally be most severe between them; it will be almost equally severe between the varieties of the same species, and next in severity between the species of the same genus. On the othM
er hand the struggle will often be severe between beings remote in the scale of nature. The slightest advantage in certain individuals, at any age or during any season, over those with which they come into competition, or better adaptation in however slight a degree to the surrounding physical conditions, will, in the long run, turn the balance.
With animals having separated sexes, there will be in most cases a struggle between the males for the possession of the females. The most vigorous males, or those which M
have most successfully struggled with their conditions of life, will generally leave most progeny. But success will often depend on the males having special weapons or means of defence or charms; and a slight advantage will lead to victory.
As geology plainly proclaims that each land has undergone great physical changes, we might have expected to find that organic beings have varied under nature, in the same way as they have varied under domestication. And if there has been any variability under nature, it wouldM
 be an unaccountable fact if natural selection had not come into play. It has often been asserted, but the assertion is incapable of proof, that the amount of variation under nature is a strictly limited quantity. Man, though acting on external characters alone and often capriciously, can produce within a short period a great result by adding up mere individual differences in his domestic productions; and every one admits that species present individual differences. But, besides such differences, all naturalists adM
mit that natural varieties exist, which are considered sufficiently distinct to be worthy of record in systematic works. No one has drawn any clear distinction between individual differences and slight varieties; or between more plainly marked varieties and subspecies and species. On separate continents, and on different parts of the same continent, when divided by barriers of any kind, and on outlying islands, what a multitude of forms exist, which some experienced naturalists rank as varieties, others as geographM
ical races or sub species, and others as distinct, though closely allied species!
If, then, animals and plants do vary, let it be ever so slightly or slowly, why should not variations or individual differences, which are in any way beneficial, be preserved and accumulated through natural selection, or the survival of the fittest? If man can by patience select variations useful to him, why, under changing and complex conditions of life, should not variations useful to nature
s living products often arise, and bM
e preserved or selected? What limit can be put to this power, acting during long ages and rigidly scrutinising the whole constitution, structure, and habits of each creature, favouring the good and rejecting the bad? I can see no limit to this power, in slowly and beautifully adapting each form to the most complex relations of life. The theory of natural selection, even if we look no further than this, seems to be in the highest degree probable. I have already recapitulated, as fairly as I could, the opposed difficM
ulties and objections: now let us turn to the special facts and arguments in favour of the theory.
On the view that species are only strongly marked and permanent varieties, and that each species first existed as a variety, we can see why it is that no line of demarcation can be drawn between species, commonly supposed to have been produced by special acts of creation, and varieties which are acknowledged to have been produced by secondary laws. On this same view we can understand how it is that in a region wherM
e many species of a genus have been produced, and where they now flourish, these same species should present many varieties; for where the manufactory of species has been active, we might expect, as a general rule, to find it still in action; and this is the case if varieties be incipient species. Moreover, the species of the larger genera, which afford the greater number of varieties or incipient species, retain to a certain degree the character of varieties; for they differ from each other by a less amount of difM
ference than do the species of smaller genera. The closely allied species also of a larger genera apparently have restricted ranges, and in their affinities they are clustered in little groups round other species
in both respects resembling varieties. These are strange relations on the view that each species was independently created, but are intelligible if each existed first as a variety.
As each species tends by its geometrical rate of reproduction to increase inordinately in number; and as the modified desM
cendants of each species will be enabled to increase by as much as they become more diversified in habits and structure, so as to be able to seize on many and widely different places in the economy of nature, there will be a constant tendency in natural selection to preserve the most divergent offspring of any one species. Hence during a long-continued course of modification, the slight differences characteristic of varieties of the same species, tend to be augmented into the greater differences characteristic of tM
he species of the same genus. New and improved varieties will inevitably supplant and exterminate the older, less improved and intermediate varieties; and thus species are rendered to a large extent defined and distinct objects. Dominant species belonging to the larger groups within each class tend to give birth to new and dominant forms; so that each large group tends to become still larger, and at the same time more divergent in character. But as all groups cannot thus go on increasing in size, for the world woulM
d not hold them, the more dominant groups beat the less dominant. This tendency in the large groups to go on increasing in size and diverging in character, together with the inevitable contingency of much extinction, explains the arrangement of all the forms of life in groups subordinate to groups, all within a few great classes, which has prevailed throughout all time. This grand fact of the grouping of all organic beings under what is called the Natural System, is utterly inexplicable on the theory of creation.
As natural selection acts solely by accumulating slight, successive, favourable variations, it can produce no great or sudden modifications; it can act only by short and slow steps. Hence, the canon of
Natura non facit saltum,
 which every fresh addition to our knowledge tends to confirm, is on this theory intelligible. We can see why throughout nature the same general end is gained by an almost infinite diversity of means, for every peculiarity when once acquired is long inherited, and structures already moM
dified in many different ways have to be adapted for the same general purpose. We can, in short, see why nature is prodigal in variety, though niggard in innovation. But why this should be a law of nature if each species has been independently created no man can explain.
Many other facts are, as it seems to me, explicable on this theory. How strange it is that a bird, under the form of a woodpecker, should prey on insects on the ground; that upland geese, which rarely or never swim, would possess webbed feet; thM
at a thrush-like bird should dive and feed on sub-aquatic insects; and that a petrel should have the habits and structure fitting it for the life of an auk! and so in endless other cases. But on the view of each species constantly trying to increase in number, with natural selection always ready to adapt the slowly varying descendants of each to any unoccupied or ill-occupied place in nature, these facts cease to be strange, or might even have been anticipated.
We can to a certain extent understand how it is thaM
t there is so much beauty throughout nature; for this may be largely attributed to the agency of selection. That beauty, according to our sense of it, is not universal, must be admitted by every one who will look at some venomous snakes, at some fishes, and at certain hideous bats with a distorted resemblance to the human face. Sexual selection has given the most brilliant colours, elegant patterns, and other ornaments to the males, and sometimes to both sexes of many birds, butterflies and other animals. With birdM
s it has often rendered the voice of the male musical to the female, as well as to our ears. Flowers and fruit have been rendered conspicuous by brilliant colours in contrast with the green foliage, in order that the flowers may be easily seen, visited and fertilised by insects, and the seeds disseminated by birds. How it comes that certain colours, sounds and forms should give pleasure to man and the lower animals, that is, how the sense of beauty in its simplest form was first acquired, we do not know any more thM
an how certain odours and flavours were first rendered agreeable.
As natural selection acts by competition, it adapts and improves the inhabitants of each country only in relation to their co-inhabitants; so that we need feel no surprise at the species of any one country, although on the ordinary view supposed to have been created and specially adapted for that country, being beaten and supplanted by the naturalised productions from another land. Nor ought we to marvel if all the contrivances in nature be not, aM
s far as we can judge, absolutely perfect; as in the case even of the human eye; or if some of them be abhorrent to our ideas of fitness. We need not marvel at the sting of the bee, when used against the enemy, causing the bee
s own death; at drones being produced in such great numbers for one single act, and being then slaughtered by their sterile sisters; at the astonishing waste of pollen by our fir-trees; at the instinctive hatred of the queen-bee for her own fertile daughters; at ichneumonid
 the living bodies of caterpillars; and at other such cases. The wonder, indeed, is, on the theory of natural selection, that more cases of the want of absolute perfection have not been detected.
The complex and little known laws governing the production of varieties are the same, as far as we can judge, with the laws which have governed the production of distinct species. In both cases physical conditions seem to have produced some direct and definite effect, but how much we cannot say. Thus, when varieties entM
er any new station, they occasionally assume some of the characters proper to the species of that station. With both varieties and species, use and disuse seem to have produced a considerable effect; for it is impossible to resist this conclusion when we look, for instance, at the logger-headed duck, which has wings incapable of flight, in nearly the same condition as in the domestic duck; or when we look at the burrowing tucu-tucu, which is occasionally blind, and then at certain moles, which are habitually blind M
and have their eyes covered with skin; or when we look at the blind animals inhabiting the dark caves of America and Europe. With varieties and species, correlated variation seems to have played an important part, so that when one part has been modified other parts have been necessarily modified. With both varieties and species, reversions to long-lost characters occasionally occur. How inexplicable on the theory of creation is the occasional appearance of stripes on the shoulders and legs of the several species ofM
 the horse-genus and of their hybrids! How simply is this fact explained if we believe that these species are all descended from a striped progenitor, in the same manner as the several domestic breeds of the pigeon are descended from the blue and barred rock-pigeon!
On the ordinary view of each species having been independently created, why should specific characters, or those by which the species of the same genus differ from each other, be more variable than the generic characters in which they all agree? Why,M
 for instance, should the colour of a flower be more likely to vary in any one species of a genus, if the other species possess differently coloured flowers, than if all possessed the same coloured flowers? If species are only well-marked varieties, of which the characters have become in a high degree permanent, we can understand this fact; for they have already varied since they branched off from a common progenitor in certain characters, by which they have come to be specifically distinct from each other; therefoM
re these same characters would be more likely again to vary than the generic characters which have been inherited without change for an immense period. It is inexplicable on the theory of creation why a part developed in a very unusual manner in one species alone of a genus, and therefore, as we may naturally infer, of great importance to that species, should be eminently liable to variation; but, on our view, this part has undergone, since the several species branched off from a common progenitor, an unusual amounM
t of variability and modification, and therefore we might expect the part generally to be still variable. But a part may be developed in the most unusual manner, like the wing of a bat, and yet not be more variable than any other structure, if the part be common to many subordinate forms, that is, if it has been inherited for a very long period; for in this case it will have been rendered constant by long-continued natural selection.
Glancing at instincts, marvellous as some are, they offer no greater difficultyM
 than do corporeal structures on the theory of the natural selection of successive, slight, but profitable modifications. We can thus understand why nature moves by graduated steps in endowing different animals of the same class with their several instincts. I have attempted to show how much light the principle of gradation throws on the admirable architectural powers of the hive-bee. Habit no doubt often comes into play in modifying instincts; but it certainly is not indispensable, as we see in the case of neuter M
insects, which leave no progeny to inherit the effects of long-continued habit. On the view of all the species of the same genus having descended from a common parent, and having inherited much in common, we can understand how it is that allied species, when placed under widely different conditions of life, yet follow nearly the same instincts; why the thrushes of tropical and temperate South America, for instance, line their nests with mud like our British species. On the view of instincts having been slowly acquiM
red through natural selection, we need not marvel at some instincts being not perfect and liable to mistakes, and at many instincts causing other animals to suffer.
If species be only well-marked and permanent varieties, we can at once see why their crossed offspring should follow the same complex laws in their degrees and kinds of resemblance to their parents
in being absorbed into each other by successive crosses, and in other such points
as do the crossed offspring of acknowledged varieties. This similariM
ty would be a strange fact, if species had been independently created and varieties had been produced through secondary laws.
If we admit that the geological record is imperfect to an extreme degree, then the facts, which the record does give, strongly support the theory of descent with modification. New species have come on the stage slowly and at successive intervals; and the amount of change after equal intervals of time, is widely different in different groups. The extinction of species and of whole groups oM
f species, which has played so conspicuous a part in the history of the organic world, almost inevitably follows from the principle of natural selection; for old forms are supplanted by new and improved forms. Neither single species nor groups of species reappear when the chain of ordinary generation is once broken. The gradual diffusion of dominant forms, with the slow modification of their descendants, causes the forms of life, after long intervals of time, to appear as if they had changed simultaneously throughoM
ut the world. The fact of the fossil remains of each formation being in some degree intermediate in character between the fossils in the formations above and below, is simply explained by their intermediate position in the chain of descent. The grand fact that all extinct beings can be classed with all recent beings, naturally follows from the living and the extinct being the offspring of common parents. As species have generally diverged in character during their long course of descent and modification, we can undM
erstand why it is that the more ancient forms, or early progenitors of each group, so often occupy a position in some degree intermediate between existing groups. Recent forms are generally looked upon as being, on the whole, higher in the scale of organisation than ancient forms; and they must be higher, in so far as the later and more improved forms have conquered the older and less improved forms in the struggle for life; they have also generally had their organs more specialised for different functions. This faM
ct is perfectly compatible with numerous beings still retaining simple and but little improved structures, fitted for simple conditions of life; it is likewise compatible with some forms having retrograded in organisation, by having become at each stage of descent better fitted for new and degraded habits of life. Lastly, the wonderful law of the long endurance of allied forms on the same continent
of marsupials in Australia, of edentata in America, and other such cases
is intelligible, for within the same counM
try the existing and the extinct will be closely allied by descent.
Looking to geographical distribution, if we admit that there has been during the long course of ages much migration from one part of the world to another, owing to former climatical and geographical changes and to the many occasional and unknown means of dispersal, then we can understand, on the theory of descent with modification, most of the great leading facts in Distribution. We can see why there should be so striking a parallelism in the diM
stribution of organic beings throughout space, and in their geological succession throughout time; for in both cases the beings have been connected by the bond of ordinary generation, and the means of modification have been the same. We see the full meaning of the wonderful fact, which has struck every traveller, namely, that on the same continent, under the most diverse conditions, under heat and cold, on mountain and lowland, on deserts and marshes, most of the inhabitants within each great class are plainly relaM
ted; for they are the descendants of the same progenitors and early colonists. On this same principle of former migration, combined in most cases with modification, we can understand, by the aid of the Glacial period, the identity of some few plants, and the close alliance of many others, on the most distant mountains, and in the northern and southern temperate zones; and likewise the close alliance of some of the inhabitants of the sea in the northern and southern temperate latitudes, though separated by the wholeM
 intertropical ocean. Although two countries may present physical conditions as closely similar as the same species ever require, we need feel no surprise at their inhabitants being widely different, if they have been for a long period completely sundered from each other; for as the relation of organism to organism is the most important of all relations, and as the two countries will have received colonists at various periods and in different proportions, from some other country or from each other, the course of moM
dification in the two areas will inevitably have been different.
On this view of migration, with subsequent modification, we see why oceanic islands are inhabited by only few species, but of these, why many are peculiar or endemic forms. We clearly see why species belonging to those groups of animals which cannot cross wide spaces of the ocean, as frogs and terrestrial mammals, do not inhabit oceanic islands; and why, on the other hand, new and peculiar species of bats, animals which can traverse the ocean, are M
often found on islands far distant from any continent. Such cases as the presence of peculiar species of bats on oceanic islands and the absence of all other terrestrial mammals, are facts utterly inexplicable on the theory of independent acts of creation.
The existence of closely allied representative species in any two areas, implies, on the theory of descent with modification, that the same parent-forms formerly inhabited both areas; and we almost invariably find that wherever many closely allied species inhaM
bit two areas, some identical species are still common to both. Wherever many closely allied yet distinct species occur, doubtful forms and varieties belonging to the same groups likewise occur. It is a rule of high generality that the inhabitants of each area are related to the inhabitants of the nearest source whence immigrants might have been derived. We see this in the striking relation of nearly all the plants and animals of the Galapagos Archipelago, of Juan Fernandez, and of the other American islands, to thM
e plants and animals of the neighbouring American mainland; and of those of the Cape de Verde Archipelago, and of the other African islands to the African mainland. It must be admitted that these facts receive no explanation on the theory of creation.
The fact, as we have seen, that all past and present organic beings can be arranged within a few great classes, in groups subordinate to groups, and with the extinct groups often falling in between the recent groups, is intelligible on the theory of natural selectiM
on with its contingencies of extinction and divergence of character. On these same principles we see how it is that the mutual affinities of the forms within each class are so complex and circuitous. We see why certain characters are far more serviceable than others for classification; why adaptive characters, though of paramount importance to the beings, are of hardly any importance in classification; why characters derived from rudimentary parts, though of no service to the beings, are often of high classificatorM
y value; and why embryological characters are often the most valuable of all. The real affinities of all organic beings, in contradistinction to their adaptive resemblances, are due to inheritance or community of descent. The Natural System is a genealogical arrangement, with the acquired grades of difference, marked by the terms, varieties, species, genera, families, &c.; and we have to discover the lines of descent by the most permanent characters, whatever they may be, and of however slight vital importance.
The similar framework of bones in the hand of a man, wing of a bat, fin of the porpoise, and leg of the horse
the same number of vertebr
 forming the neck of the giraffe and of the elephant
and innumerable other such facts, at once explain themselves on the theory of descent with slow and slight successive modifications. The similarity of pattern in the wing and in the leg of a bat, though used for such different purpose
in the jaws and legs of a crab
in the petals, stamens, and pistils of a flower, is likM
ewise, to a large extent, intelligible on the view of the gradual modification of parts or organs, which were aboriginally alike in an early progenitor in each of these classes. On the principle of successive variations not always supervening at an early age, and being inherited at a corresponding not early period of life, we clearly see why the embryos of mammals, birds, reptiles, and fishes should be so closely similar, and so unlike the adult forms. We may cease marvelling at the embryo of an air-breathing mammaM
l or bird having branchial slits and arteries running in loops, like those of a fish which has to breathe the air dissolved in water by the aid of well-developed branchi
Disuse, aided sometimes by natural selection, will often have reduced organs when rendered useless under changed habits or conditions of life; and we can understand on this view the meaning of rudimentary organs. But disuse and selection will generally act on each creature, when it has come to maturity and has to play its full part in the strM
uggle for existence, and will thus have little power on an organ during early life; hence the organ will not be reduced or rendered rudimentary at this early age. The calf, for instance, has inherited teeth, which never cut through the gums of the upper jaw, from an early progenitor having well-developed teeth; and we may believe, that the teeth in the mature animal were formerly reduced by disuse owing to the tongue and palate, or lips, having become excellently fitted through natural selection to browse without tM
heir aid; whereas in the calf, the teeth have been left unaffected, and on the principle of inheritance at corresponding ages have been inherited from a remote period to the present day. On the view of each organism with all its separate parts having been specially created, how utterly inexplicable is it that organs bearing the plain stamp of inutility, such as the teeth in the embryonic calf or the shrivelled wings under the soldered wing-covers of many beetles, should so frequently occur. Nature may be said to haM
ve taken pains to reveal her scheme of modification, by means of rudimentary organs, of embryological and homologous structures, but we are too blind to understand her meaning.
I have now recapitulated the facts and considerations which have thoroughly convinced me that species have been modified, during a long course of descent. This has been effected chiefly through the natural selection of numerous successive, slight, favourable variations; aided in an important manner by the inherited effects of the use and M
disuse of parts; and in an unimportant manner, that is, in relation to adaptive structures, whether past or present, by the direct action of external conditions, and by variations which seem to us in our ignorance to arise spontaneously. It appears that I formerly underrated the frequency and value of these latter forms of variation, as leading to permanent modifications of structure independently of natural selection. But as my conclusions have lately been much misrepresented, and it has been stated that I attribuM
te the modification of species exclusively to natural selection, I may be permitted to remark that in the first edition of this work, and subsequently, I placed in a most conspicuous position
namely, at the close of the Introduction
the following words:
I am convinced that natural selection has been the main but not the exclusive means of modification.
 This has been of no avail. Great is the power of steady misrepresentation; but the history of science shows that fortunately this power does not long endurM
It can hardly be supposed that a false theory would explain, in so satisfactory a manner as does the theory of natural selection, the several large classes of facts above specified. It has recently been objected that this is an unsafe method of arguing; but it is a method used in judging of the common events of life, and has often been used by the greatest natural philosophers. The undulatory theory of light has thus been arrived at; and the belief in the revolution of the earth on its own axis was until lateM
ly supported by hardly any direct evidence. It is no valid objection that science as yet throws no light on the far higher problem of the essence or origin of life. Who can explain what is the essence of the attraction of gravity? No one now objects to following out the results consequent on this unknown element of attraction; notwithstanding that Leibnitz formerly accused Newton of introducing
occult qualities and miracles into philosophy.
I see no good reasons why the views given in this volume should shM
ock the religious feelings of any one. It is satisfactory, as showing how transient such impressions are, to remember that the greatest discovery ever made by man, namely, the law of the attraction of gravity, was also attacked by Leibnitz,
as subversive of natural, and inferentially of revealed, religion.
 A celebrated author and divine has written to me that
he has gradually learned to see that it is just as noble a conception of the Deity to believe that He created a few original forms capable of self-deM
velopment into other and needful forms, as to believe that He required a fresh act of creation to supply the voids caused by the action of His laws.
Why, it may be asked, until recently did nearly all the most eminent living naturalists and geologists disbelieve in the mutability of species? It cannot be asserted that organic beings in a state of nature are subject to no variation; it cannot be proved that the amount of variation in the course of long ages is a limited quantity; no clear distinction has been,M
 or can be, drawn between species and well-marked varieties. It cannot be maintained that species when intercrossed are invariably sterile and varieties invariably fertile; or that sterility is a special endowment and sign of creation. The belief that species were immutable productions was almost unavoidable as long as the history of the world was thought to be of short duration; and now that we have acquired some idea of the lapse of time, we are too apt to assume, without proof, that the geological record is so pM
erfect that it would have afforded us plain evidence of the mutation of species, if they had undergone mutation.
But the chief cause of our natural unwillingness to admit that one species has given birth to other and distinct species, is that we are always slow in admitting any great changes of which we do not see the steps. The difficulty is the same as that felt by so many geologists, when Lyell first insisted that long lines of inland cliffs had been formed, and great valleys excavated, by the agencies which M
we still see at work. The mind cannot possibly grasp the full meaning of the term of even a million years; it cannot add up and perceive the full effects of many slight variations, accumulated during an almost infinite number of generations.
Although I am fully convinced of the truth of the views given in this volume under the form of an abstract, I by no means expect to convince experienced naturalists whose minds are stocked with a multitude of facts all viewed, during a long course of years, from a point of vM
iew directly opposite to mine. It is so easy to hide our ignorance under such expressions as the
 &c., and to think that we give an explanation when we only restate a fact. Any one whose disposition leads him to attach more weight to unexplained difficulties than to the explanation of a certain number of facts will certainly reject the theory. A few naturalists, endowed with much flexibility of mind, and who have already begun to doubt the immutability of species, may bM
e influenced by this volume; but I look with confidence to the future, to young and rising naturalists, who will be able to view both sides of the question with impartiality. Whoever is led to believe that species are mutable will do good service by conscientiously expressing his conviction; for thus only can the load of prejudice by which this subject is overwhelmed be removed.
Several eminent naturalists have of late published their belief that a multitude of reputed species in each genus are not real species;M
 but that other species are real, that is, have been independently created. This seems to me a strange conclusion to arrive at. They admit that a multitude of forms, which till lately they themselves thought were special creations, and which are still thus looked at by the majority of naturalists, and which consequently have all the external characteristic features of true species
they admit that these have been produced by variation, but they refuse to extend the same view to other and slightly different forms. M
Nevertheless, they do not pretend that they can define, or even conjecture, which are the created forms of life, and which are those produced by secondary laws. They admit variation as a vera causa in one case, they arbitrarily reject it in another, without assigning any distinction in the two cases. The day will come when this will be given as a curious illustration of the blindness of preconceived opinion. These authors seem no more startled at a miraculous act of creation than at an ordinary birth. But do they rM
eally believe that at innumerable periods in the earth
s history certain elemental atoms have been commanded suddenly to flash into living tissues? Do they believe that at each supposed act of creation one individual or many were produced? Were all the infinitely numerous kinds of animals and plants created as eggs or seed, or as full grown? and in the case of mammals, were they created bearing the false marks of nourishment from the mother
s womb? Undoubtedly some of these same questions cannot be answered by M
those who believe in the appearance or creation of only a few forms of life or of some one form alone. It has been maintained by several authors that it is as easy to believe in the creation of a million beings as of one; but Maupertuis
 philosophical axiom
 leads the mind more willingly to admit the smaller number; and certainly we ought not to believe that innumerable beings within each great class have been created with plain, but deceptive, marks of descent from a single parent.
ecord of a former state of things, I have retained in the foregoing paragraphs, and elsewhere, several sentences which imply that naturalists believe in the separate creation of each species; and I have been much censured for having thus expressed myself. But undoubtedly this was the general belief when the first edition of the present work appeared. I formerly spoke to very many naturalists on the subject of evolution, and never once met with any sympathetic agreement. It is probable that some did then believe in M
evolution, but they were either silent or expressed themselves so ambiguously that it was not easy to understand their meaning. Now, things are wholly changed, and almost every naturalist admits the great principle of evolution. There are, however, some who still think that species have suddenly given birth, through quite unexplained means, to new and totally different forms. But, as I have attempted to show, weighty evidence can be opposed to the admission of great and abrupt modifications. Under a scientific poinM
t of view, and as leading to further investigation, but little advantage is gained by believing that new forms are suddenly developed in an inexplicable manner from old and widely different forms, over the old belief in the creation of species from the dust of the earth.
It may be asked how far I extend the doctrine of the modification of species. The question is difficult to answer, because the more distinct the forms are which we consider, by so much the arguments in favour of community of descent become fewerM
 in number and less in force. But some arguments of the greatest weight extend very far. All the members of whole classes are connected together by a chain of affinities, and all can be classed on the same principle, in groups subordinate to groups. Fossil remains sometimes tend to fill up very wide intervals between existing orders.
Organs in a rudimentary condition plainly show that an early progenitor had the organ in a fully developed condition, and this in some cases implies an enormous amount of modificatiM
on in the descendants. Throughout whole classes various structures are formed on the same pattern, and at a very early age the embryos closely resemble each other. Therefore I cannot doubt that the theory of descent with modification embraces all the members of the same great class or kingdom. I believe that animals are descended from at most only four or five progenitors, and plants from an equal or lesser number.
Analogy would lead me one step further, namely, to the belief that all animals and plants are descM
ended from some one prototype. But analogy may be a deceitful guide. Nevertheless all living things have much in common, in their chemical composition, their cellular structure, their laws of growth, and their liability to injurious influences. We see this even in so trifling a fact as that the same poison often similarly affects plants and animals; or that the poison secreted by the gall-fly produces monstrous growths on the wild rose or oak-tree. With all organic beings, excepting perhaps some of the very lowest,M
 sexual reproduction seems to be essentially similar. With all, as far as is at present known, the germinal vesicle is the same; so that all organisms start from a common origin. If we look even to the two main divisions
namely, to the animal and vegetable kingdoms
certain low forms are so far intermediate in character that naturalists have disputed to which kingdom they should be referred. As Professor Asa Gray has remarked,
the spores and other reproductive bodies of many of the lower alg
ve first a characteristically animal, and then an unequivocally vegetable existence.
 Therefore, on the principle of natural selection with divergence of character, it does not seem incredible that, from some such low and intermediate form, both animals and plants may have been developed; and, if we admit this, we must likewise admit that all the organic beings which have ever lived on this earth may be descended from some one primordial form. But this inference is chiefly grounded on analogy, and it is immateriaM
l whether or not it be accepted. No doubt it is possible, as Mr. G.H. Lewes has urged, that at the first commencement of life many different forms were evolved; but if so, we may conclude that only a very few have left modified descendants. For, as I have recently remarked in regard to the members of each great kingdom, such as the Vertebrata, Articulata, &c., we have distinct evidence in their embryological, homologous, and rudimentary structures, that within each kingdom all the members are descended from a singlM
When the views advanced by me in this volume, and by Mr. Wallace or when analogous views on the origin of species are generally admitted, we can dimly foresee that there will be a considerable revolution in natural history. Systematists will be able to pursue their labours as at present; but they will not be incessantly haunted by the shadowy doubt whether this or that form be a true species. This, I feel sure and I speak after experience, will be no slight relief. The endless disputes whether or nM
ot some fifty species of British brambles are good species will cease. Systematists will have only to decide (not that this will be easy) whether any form be sufficiently constant and distinct from other forms, to be capable of definition; and if definable, whether the differences be sufficiently important to deserve a specific name. This latter point will become a far more essential consideration than it is at present; for differences, however slight, between any two forms, if not blended by intermediate gradationM
s, are looked at by most naturalists as sufficient to raise both forms to the rank of species.
Hereafter we shall be compelled to acknowledge that the only distinction between species and well-marked varieties is, that the latter are known, or believed to be connected at the present day by intermediate gradations, whereas species were formerly thus connected. Hence, without rejecting the consideration of the present existence of intermediate gradations between any two forms, we shall be led to weigh more carefulM
ly and to value higher the actual amount of difference between them. It is quite possible that forms now generally acknowledged to be merely varieties may hereafter be thought worthy of specific names; and in this case scientific and common language will come into accordance. In short, we shall have to treat species in the same manner as those naturalists treat genera, who admit that genera are merely artificial combinations made for convenience. This may not be a cheering prospect; but we shall at least be freed fM
rom the vain search for the undiscovered and undiscoverable essence of the term species.
The other and more general departments of natural history will rise greatly in interest. The terms used by naturalists, of affinity, relationship, community of type, paternity, morphology, adaptive characters, rudimentary and aborted organs, &c., will cease to be metaphorical and will have a plain signification. When we no longer look at an organic being as a savage looks at a ship, as something wholly beyond his comprehensiM
on; when we regard every production of nature as one which has had a long history; when we contemplate every complex structure and instinct as the summing up of many contrivances, each useful to the possessor, in the same way as any great mechanical invention is the summing up of the labour, the experience, the reason, and even the blunders of numerous workmen; when we thus view each organic being, how far more interesting
I speak from experience
does the study of natural history become!
A grand and almost uM
ntrodden field of inquiry will be opened, on the causes and laws of variation, on correlation, on the effects of use and disuse, on the direct action of external conditions, and so forth. The study of domestic productions will rise immensely in value. A new variety raised by man will be a far more important and interesting subject for study than one more species added to the infinitude of already recorded species. Our classifications will come to be, as far as they can be so made, genealogies; and will then truly gM
ive what may be called the plan of creation. The rules for classifying will no doubt become simpler when we have a definite object in view. We possess no pedigree or armorial bearings; and we have to discover and trace the many diverging lines of descent in our natural genealogies, by characters of any kind which have long been inherited. Rudimentary organs will speak infallibly with respect to the nature of long-lost structures. Species and groups of species which are called aberrant, and which may fancifully be cM
alled living fossils, will aid us in forming a picture of the ancient forms of life. Embryology will often reveal to us the structure, in some degree obscured, of the prototypes of each great class.
When we can feel assured that all the individuals of the same species, and all the closely allied species of most genera, have, within a not very remote period descended from one parent, and have migrated from some one birth-place; and when we better know the many means of migration, then, by the light which geology M
now throws, and will continue to throw, on former changes of climate and of the level of the land, we shall surely be enabled to trace in an admirable manner the former migrations of the inhabitants of the whole world. Even at present, by comparing the differences between the inhabitants of the sea on the opposite sides of a continent, and the nature of the various inhabitants of that continent in relation to their apparent means of immigration, some light can be thrown on ancient geography.
The noble science ofM
 geology loses glory from the extreme imperfection of the record. The crust of the earth, with its embedded remains, must not be looked at as a well-filled museum, but as a poor collection made at hazard and at rare intervals. The accumulation of each great fossiliferous formation will be recognised as having depended on an unusual occurrence of favourable circumstances, and the blank intervals between the successive stages as having been of vast duration. But we shall be able to gauge with some security the duratiM
on of these intervals by a comparison of the preceding and succeeding organic forms. We must be cautious in attempting to correlate as strictly contemporaneous two formations, which do not include many identical species, by the general succession of the forms of life. As species are produced and exterminated by slowly acting and still existing causes, and not by miraculous acts of creation; and as the most important of all causes of organic change is one which is almost independent of altered and perhaps suddenly aM
ltered physical conditions, namely, the mutual relation of organism to organism
the improvement of one organism entailing the improvement or the extermination of others; it follows, that the amount of organic change in the fossils of consecutive formations probably serves as a fair measure of the relative, though not actual lapse of time. A number of species, however, keeping in a body might remain for a long period unchanged, whilst within the same period, several of these species, by migrating into new countrieM
s and coming into competition with foreign associates, might become modified; so that we must not overrate the accuracy of organic change as a measure of time.
In the future I see open fields for far more important researches. Psychology will be securely based on the foundation already well laid by Mr. Herbert Spencer, that of the necessary acquirement of each mental power and capacity by gradation. Much light will be thrown on the origin of man and his history.
Authors of the highest eminence seem to be fullM
y satisfied with the view that each species has been independently created. To my mind it accords better with what we know of the laws impressed on matter by the Creator, that the production and extinction of the past and present inhabitants of the world should have been due to secondary causes, like those determining the birth and death of the individual. When I view all beings not as special creations, but as the lineal descendants of some few beings which lived long before the first bed of the Cambrian system waM
s deposited, they seem to me to become ennobled. Judging from the past, we may safely infer that not one living species will transmit its unaltered likeness to a distinct futurity. And of the species now living very few will transmit progeny of any kind to a far distant futurity; for the manner in which all organic beings are grouped, shows that the greater number of species in each genus, and all the species in many genera, have left no descendants, but have become utterly extinct. We can so far take a prophetic gM
lance into futurity as to foretell that it will be the common and widely spread species, belonging to the larger and dominant groups within each class, which will ultimately prevail and procreate new and dominant species. As all the living forms of life are the lineal descendants of those which lived long before the Cambrian epoch, we may feel certain that the ordinary succession by generation has never once been broken, and that no cataclysm has desolated the whole world. Hence, we may look with some confidence toM
 a secure future of great length. And as natural selection works solely by and for the good of each being, all corporeal and mental endowments will tend to progress towards perfection.
It is interesting to contemplate a tangled bank, clothed with many plants of many kinds, with birds singing on the bushes, with various insects flitting about, and with worms crawling through the damp earth, and to reflect that these elaborately constructed forms, so different from each other, and dependent upon each other in so cM
omplex a manner, have all been produced by laws acting around us. These laws, taken in the largest sense, being Growth with reproduction; Inheritance which is almost implied by reproduction; Variability from the indirect and direct action of the conditions of life, and from use and disuse; a Ratio of Increase so high as to lead to a Struggle for Life, and as a consequence to Natural Selection, entailing Divergence of Character and the Extinction of less improved forms. Thus, from the war of nature, from famine and M
death, the most exalted object which we are capable of conceiving, namely, the production of the higher animals, directly follows. There is grandeur in this view of life, with its several powers, having been originally breathed by the Creator into a few forms or into one; and that, whilst this planet has gone circling on according to the fixed law of gravity, from so simple a beginning endless forms most beautiful and most wonderful have been, and are being evolved.
GLOSSARY OF THE PRINCIPAL SCIENTIFIC TERMS USEM
D IN THE PRESENT VOLUME.*
* I am indebted to the kindness of Mr. W.S. Dallas for this Glossary, which has been given because several readers have complained to me that some of the terms used were unintelligible to them. Mr. Dallas has endeavoured to give the explanations of the terms in as popular a form as possible.
Forms or groups of animals or plants which deviate in important characters from their nearest allies, so as not to be easily included in the same group with them, are said to be aberrM
ABERRATION (in Optics).
In the refraction of light by a convex lens the rays passing through different parts of the lens are brought to a focus at slightly different distances
this is called spherical aberration; at the same time the coloured rays are separated by the prismatic action of the lens and likewise brought to a focus at different distances
this is chromatic aberration.
Contrary to the general rule.
An organ is said to be aborted, when its development has been arM
rested at a very early stage.
Albinos are animals in which the usual colouring matters characteristic of the species have not been produced in the skin and its appendages. Albinism is the state of being an albino.
A class of plants including the ordinary sea-weeds and the filamentous fresh-water weeds.
ALTERNATION OF GENERATIONS.
This term is applied to a peculiar mode of reproduction which prevails among many of the lower animals, in which the egg produces a living form quite differM
ent from its parent, but from which the parent-form is reproduced by a process of budding, or by the division of the substance of the first product of the egg.
A group of fossil, spiral, chambered shells, allied to the existing pearly Nautilus, but having the partitions between the chambers waved in complicated patterns at their junction with the outer wall of the shell.
That resemblance of structures which depends upon similarity of function, as in the wings of insects and birds. SuchM
 structures are said to be analogous, and to be analogues of each other.
A minute animal: generally applied to those visible only by the microscope.
A class of worms in which the surface of the body exhibits a more or less distinct division into rings or segments, generally provided with appendages for locomotion and with gills. It includes the ordinary marine worms, the earth-worms, and the leeches.
Jointed organs appended to the head in Insects, Crustacea and CentipeM
des, and not belonging to the mouth.
The summits of the stamens of flowers, in which the pollen or fertilising dust is produced.
APLACENTALIA, APLACENTATA or Aplacental Mammals.
Of or belonging to the Archetype, or ideal primitive form upon which all the beings of a group seem to be organised.
A great division of the Animal Kingdom characterised generally by having the surface of the body divided into rings called segments, a greater or less number M
of which are furnished with jointed legs (such as Insects, Crustaceans and Centipedes).
Having the two sides unlike.
Arrested in development at a very early stage.
The genus including the common Acorn-shells which live in abundance on the rocks of the sea-coast.
A class of animals allied to the Reptiles, but undergoing a peculiar metamorphosis, in which the young animal is generally aquatic and breathes by gills. (Examples, Frogs, Toads, and Newts.)M
Large transported blocks of stone generally embedded in clays or gravels.
A class of marine Mollusca, or soft-bodied animals, furnished with a bivalve shell, attached to submarine objects by a stalk which passes through an aperture in one of the valves, and furnished with fringed arms, by the action of which food is carried to the mouth.
Gills or organs for respiration in water.
Pertaining to gills or branchi
ozoic rocks, between the Laurentian and the Silurian. Until recently these were regarded as the oldest fossiliferous rocks.
The Dog-family, including the Dog, Wolf, Fox, Jackal, &c.
The shell enveloping the anterior part of the body in Crustaceans generally; applied also to the hard shelly pieces of the Cirripedes.
This term is applied to the great formation which includes, among other rocks, the coal-measures. It belongs to the oldest, or Pal
ystem of formations.
Of or belonging to the tail.
The highest class of the Mollusca, or soft-bodied animals, characterised by having the mouth surrounded by a greater or less number of fleshy arms or tentacles, which, in most living species, are furnished with sucking-cups. (Examples, Cuttle-fish, Nautilus.)
An order of Mammalia, including the Whales, Dolphins, &c., having the form of the body fish-like, the skin naked, and only the fore limbs developed.
n order of Reptiles including the Turtles, Tortoises, &c.
An order of Crustaceans including the Barnacles and Acorn-shells. Their young resemble those of many other Crustaceans in form; but when mature they are always attached to other objects, either directly or by means of a stalk, and their bodies are enclosed by a calcareous shell composed of several pieces, two of which can open to give issue to a bunch of curled, jointed tentacles, which represent the limbs.
The genus of Insects M
including the Cochineal. In these the male is a minute, winged fly, and the female generally a motionless, berry-like mass.
A case usually of silky material, in which insects are frequently enveloped during the second or resting-stage (pupa) of their existence. The term
 is here used as equivalent to
A term applied to those fruits of the Umbellifer
 which have the seed hollowed on the inner face.
Beetles, an order of Insects, havM
ing a biting mouth and the first pair of wings more or less horny, forming sheaths for the second pair, and usually meeting in a straight line down the middle of the back.
A peculiar organ in the flowers of Orchids, in which the stamens, style and stigma (or the reproductive parts) are united.
 or COMPOSITOUS PLANTS.
Plants in which the inflorescence consists of numerous small flowers (florets) brought together into a dense head, the base of which is enclosed by a common envelope. (ExampM
les, the Daisy, Dandelion, &c.)
The filamentous weeds of fresh water.
A rock made up of fragments of rock or pebbles, cemented together by some other material.
The second envelope of a flower usually composed of coloured, leaf-like organs (petals), which may be united by their edges either in the basal part or throughout.
The normal coincidence of one phenomenon, character, &c., with another.
A bunch of flowers in which those springing M
from the lower part of the flower stalks are supported on long stalks so as to be nearly on a level with the upper ones.
The first or seed-leaves of plants.
A class of articulated animals, having the skin of the body generally more or less hardened by the deposition of calcareous matter, breathing by means of gills. (Examples, Crab, Lobster, Shrimp, &c.)
The old generic term for the Beetles known as Weevils, characterised by their four-jointed feet, and by the head M
being produced into a sort of beak, upon the sides of which the antenn
Of or belonging to the skin.
The wearing down of land by the action of the sea or of meteoric agencies.
The wearing away of the surface of the land by water.
DEVONIAN SYSTEM or FORMATION.
ozoic rocks, including the Old Red Sandstone.
DICOTYLEDONS, or DICOTYLEDONOUS PLANTS.
A class of plants characterised by having two seed-leaves, by the formation of neM
w wood between the bark and the old wood (exogenous growth) and by the reticulation of the veins of the leaves. The parts of the flowers are generally in multiples of five.
The separation or discrimination of parts or organs which in simpler forms of life are more or less united.
Having two distinct forms.
DIMORPHISM is the condition of the appearance of the same species under two dissimilar forms.
Having the organs of the sexes upon distinct individuals.
A peculiar form of Greenstone.
Of or belonging to the back.
A peculiar order of Quadrupeds, characterised by the absence of at least the middle incisor (front) teeth in both jaws. (Examples, the Sloths and Armadillos.)
The hardened fore-wings of Beetles, serving as sheaths for the membranous hind-wings, which constitute the true organs of flight.
The young animal undergoing development within the egg or womb.
The study of the developmenM
Peculiar to a given locality.
A division of the class Crustacea, having all the segments of the body usually distinct, gills attached to the feet or organs of the mouth, and the feet fringed with fine hairs. They are generally of small size.
The earliest of the three divisions of the Tertiary epoch of geologists. Rocks of this age contain a small proportion of shells identical with species now living.
Insects allied to the May-fM
The totality of the animals naturally inhabiting a certain country or region, or which have lived during a given geological period.
Having become wild from a state of cultivation or domestication.
The totality of the plants growing naturally in a country, or during a given geological period.
Flowers imperfectly developed in some respects, and collected into a dense spike or head, as in the Grasses, the Dandelion, &c.
 or belonging to the foetus, or embryo in course of development.
A class of animals of very low organisation and generally of small size, having a jelly-like body, from the surface of which delicate filaments can be given off and retracted for the prehension of external objects, and having a calcareous or sandy shell, usually divided into chambers and perforated with small apertures.
Having a faculty of digging. The Fossorial Hymenoptera areM
 a group of Wasp-like Insects, which burrow in sandy soil to make nests for their young.
A small band or fold of skin.
FUNGI (sing. FUNGUS).
A class of cellular plants, of which Mushrooms, Toadstools, and Moulds, are familiar examples.
The forked bone formed by the union of the collar-bones in many birds, such as the common Fowl.
An order of birds of which the common Fowl, Turkey, and Pheasant, are well-known examples.
rds which includes the common Fowl.
A swelling or knot from which nerves are given off as from a centre.
Fishes covered with peculiar enamelled bony scales. Most of them are extinct.
A minute vesicle in the eggs of animals, from which the development of the embryo proceeds.
A period of great cold and of enormous extension of ice upon the surface of the earth. It is believed that glacial periods have occurred repeatedly during the geologiM
cal history of the earth, but the term is generally applied to the close of the Tertiary epoch, when nearly the whole of Europe was subjected to an arctic climate.
An organ which secretes or separates some peculiar product from the blood or sap of animals or plants.
The opening of the windpipe into the
A rock approaching granite in composition, but more or less laminated, and really produced by the alteration of a sedimentary deposit after its consolidatiM
The so-called wading-birds (storks, cranes, snipes, &c.), which are generally furnished with long legs, bare of feathers above the heel, and have no membranes between the toes.
A rock consisting essentially of crystals of felspar and mica in a mass of quartz.
The locality in which a plant or animal naturally lives.
An order or sub-order of insects, characterised by the possession of a jointed beak or rostrum, and by having the fore-wings horny in theM
 basal portion and membranous at the extremity, where they cross each other. This group includes the various species of bugs.
Possessing the organs of both sexes.
That relation between parts which results from their development from corresponding embryonic parts, either in different animals, as in the case of the arm of man, the fore-leg of a quadruped, and the wing of a bird; or in the same individual, as in the case of the fore and hind legs in quadrupeds, and the segments or riM
ngs and their appendages of which the body of a worm, a centipede, &c., is composed. The latter is called serial homology. The parts which stand in such a relation to each other are said to be homologous, and one such part or organ is called the homologue of the other. In different plants the parts of the flower are homologous, and in general these parts are regarded as homologous with leaves.
An order or sub-order of insects having (like the Hemiptera) a jointed beak, but in which the fore-wings arM
e either wholly membranous or wholly leathery, The Cicad
, frog-hoppers, and Aphides, are well-known examples.
The offspring of the union of two distinct species.
An order of insects possessing biting jaws and usually four membranous wings in which there are a few veins. Bees and wasps are familiar examples of this group.
Excessively developed.
A family of hymenopterous insects, the members of which lay their eggs in the bodies or eggs of otherM
The perfect (generally winged) reproductive state of an insect.
The aboriginal animal or vegetable inhabitants of a country or region.
The mode of arrangement of the flowers of plants.
A class of microscopic animalcules, so called from their having originally been observed in infusions of vegetable matters. They consist of a gelatinous material enclosed in a delicate membrane, the whole or part of which is furnished with short vibrating hairsM
 (called cilia), by means of which the animalcules swim through the water or convey the minute particles of their food to the orifice of the mouth.
INVERTEBRATA, or INVERTEBRATE ANIMALS.
Those animals which do not possess a backbone or spinal column.
Spaces left among the tissues in some of the lower animals and serving in place of vessels for the circulation of the fluids of the body.
Furnished with lamell
The first condition of an insect at its issuing from the egg, when it is usually in the form of a grub, caterpillar, or maggot.
The upper part of the windpipe opening into the gullet.
A group of greatly altered and very ancient rocks, which is greatly developed along the course of the St. Laurence, whence the name. It is in these that the earliest known traces of organic bodies have been found.
An order of plants represented by the common peas and beans, hM
aving an irregular flower in which one petal stands up like a wing, and the stamens and pistil are enclosed in a sheath formed by two other petals. The fruit is a pod (or legume).
A group of four-handed animals, distinct from the monkeys and approaching the insectivorous quadrupeds in some of their characters and habits. Its members have the nostrils curved or twisted, and a claw instead of a nail upon the first finger of the hind hands.
An order of insects, characterised by the poM
ssession of a spiral proboscis, and of four large more or less scaly wings. It includes the well-known butterflies and moths.
Inhabiting the seashore.
A marly deposit of recent (Post-Tertiary) date, which occupies a great part of the valley of the Rhine.
The higher division of the Crustacea, including the ordinary crabs, lobsters, shrimps, &c., together with the woodlice and sand-hoppers.
The highest class of animals, including the ordinary hairy quadrupeM
ds, the whales and man, and characterised by the production of living young which are nourished after birth by milk from the teats (Mamm
, Mammary glands) of the mother. A striking difference in embryonic development has led to the division of this class into two great groups; in one of these, when the embryo has attained a certain stage, a vascular connection, called the placenta, is formed between the embryo and the mother; in the other this is wanting, and the young are produced in a very incomplete state. The M
former, including the greater part of the class, are called Placental Mammals; the latter, or Aplacental Mammals, include the Marsupials and Monotremes (Ornithorhynchus).
 or teats (see MAMMALIA).
in insects, the first or uppermost pair of jaws, which are generally solid, horny, biting organs. In birds the term is applied to both jaws with their horny coverings. In quadrupeds the mandible is properly the lower jaw.
An order of Mammalia in which the youM
ng are born in a very incomplete state of development, and carried by the mother, while sucking, in a ventral pouch (marsupium), such as the kangaroos, opossums, &c. (see MAMMALIA).
in insects, the second or lower pair of jaws, which are composed of several joints and furnished with peculiar jointed appendages called palpi, or feelers.
The opposite of albinism; an undue development of colouring material in the skin and its appendages.
Sedimentary rocks which havM
e undergone alteration, generally by the action of heat, subsequently to their deposition and consolidation.
One of the great divisions of the animal kingdom, including those animals which have a soft body, usually furnished with a shell, and in which the nervous ganglia, or centres, present no definite general arrangement. They are generally known under the denomination of
; the cuttle-fish, and the common snails, whelks, oysters, mussels, and cockles, may serve as examples of them.
MONOCOTYLEDONS, or MONOCOTYLEDONOUS PLANTS.
Plants in which the seed sends up only a single seed-leaf (or cotyledon); characterised by the absence of consecutive layers of wood in the stem (endogenous growth), by the veins of the leaves being generally straight, and by the parts of the flowers being generally in multiples of three. (Examples, Grasses, Lilies, Orchids, Palms, &c.)
The accumulations of fragments of rock brought down by glaciers.
The law of form or structure indepenM
A stage in the development of certain crustaceans (prawns), in which they closely resemble the adults of a genus (Mysis) belonging to a slightly lower group.
Commencing development.
Adapted for the purpose of swimming.
The earliest stage in the development of many Crustacea, especially belonging to the lower groups. In this stage the animal has a short body, with indistinct indications of a division into segments, and three pairs oM
f fringed limbs. This form of the common fresh-water Cyclops was described as a distinct genus under the name of Nauplius.
The arrangement of the veins or nervures in the wings of insects.
Imperfectly developed females of certain social insects (such as ants and bees), which perform all the labours of the community. Hence, they are also called workers.
NICTITATING MEMBRANE.
A semi-transparent membrane, which can be drawn across the eye in birds and reptiles, either to moderate theM
 effects of a strong light or to sweep particles of dust, &c., from the surface of the eye.
The simple eyes or stemmata of insects, usually situated on the crown of the head between the great compound eyes.
A great series of secondary rocks, so called from the texture of some of its members, which appear to be made up of a mass of small EGG-LIKE calcareous bodies.
A calcareous plate employed by many Mollusc
 to close the aperture of their shelM
l. The OPERCULAR VALVES of Cirripedes are those which close the aperture of the shell.
The bony cavity for the reception of the eye.
An organised being, whether plant or animal.
A term applied to those fruits of the Umbellifer
 which have the seed straight.
Forms or groups apparently intermediate between and connecting other groups are said to be osculant.
OVARIUM or OVARY (in plants).
The lower part of the pistil or female organ ofM
 the flower, containing the ovules or incipient seeds; by growth after the other organs of the flower have fallen, it usually becomes converted into the fruit.
The seeds in the earliest condition.
A group of Mammalia, so called from their thick skins, and including the elephant, rhinoceros, hippopotamus, &c.
The oldest system of fossiliferous rocks.
Jointed appendages to some of the organs of the mouth in insects andM
An order of plants (see LEGUMINOS
), The flowers of these plants are called papilionaceous, or butterfly-like, from the fancied resemblance of the expanded superior petals to the wings of a butterfly.
An animal or plant living upon or in, and at the expense of, another organism.
The production of living organisms from unimpregnated eggs or seeds.
Supported upon a stem or stalk. The pedunculated oak has its acorns borne upon a fM
PELORIA or PELORISM.
The appearance of regularity of structure in the flowers of plants which normally bear irregular flowers.
The bony arch to which the hind limbs of vertebrate animals are articulated.
The leaves of the corolla, or second circle of organs in a flower. They are usually of delicate texture and brightly coloured.
Having flattened, leaf-like twigs or leafstalks instead of true leaves.
The colouring material produced generally M
in the superficial parts of animals. The cells secreting it are called pigment-cells.
Bearing leaflets on each side of a central stalk.
The female organs of a flower, which occupy a position in the centre of the other floral organs. The pistil is generally divisible into the ovary or germen, the style and the stigma.
PLACENTALIA, PLACENTATA.
or PLACENTAL MAMMALS, See MAMMALIA.
Quadrupeds which walk upon the whole sole of the foot, like the bears.
dily capable of change.
The latest portion of the Tertiary epoch.
PLUMULE (in plants).
The minute bud between the seed-leaves of newly-germinated plants.
Rocks supposed to have been produced by igneous action in the depths of the earth.
The male element in flowering plants; usually a fine dust produced by the anthers, which, by contact with the stigma effects the fecundation of the seeds. This impregnation is brought about by means of tubes (pollen-tubM
es) which issue from the pollen-grains adhering to the stigma, and penetrate through the tissues until they reach the ovary.
POLYANDROUS (flowers).
Flowers having many stamens.
Plants in which some flowers are unisexual and others hermaphrodite. The unisexual (male and female) flowers, may be on the same or on different plants.
Presenting many forms.
The common structure formed by the cells of the Polyzoa, such as the well-known seamats.
Capable of grasping.
Having a superiority of power.
The feathers forming the tip of the wing of a bird, and inserted upon that part which represents the hand of man.
Projecting portions of bones, usually for the attachment of muscles, ligaments, &c.
A resinous material collected by the hivebees from the opening buds of various trees.
Exceedingly variable.
The lowest great division of the animal kingdom. These animals are cM
omposed of a gelatinous material, and show scarcely any trace of distinct organs. The Infusoria, Foraminifera, and sponges, with some other forms, belong to this division.
The second stage in the development of an insect, from which it emerges in the perfect (winged) reproductive form. In most insects the pupal stage is passed in perfect repose. The chrysalis is the pupal state of butterflies.
The minute root of an embryo plant.
One half of the lower jaw in the MammaM
lia. The portion which rises to articulate with the skull is called the ascending ramus.
The extent of country over which a plant or animal is naturally spread. Range in time expresses the distribution of a species or group through the fossiliferous beds of the earth
The delicate inner coat of the eye, formed by nervous filaments spreading from the optic nerve, and serving for the perception of the impressions produced by light.
Backward development. When an aM
nimal, as it approaches maturity, becomes less perfectly organised than might be expected from its early stages and known relationships, it is said to undergo a retrogade development or metamorphosis.
A class of lowly organised animals (Protozoa), having a gelatinous body, the surface of which can be protruded in the form of root-like processes or filaments, which serve for locomotion and the prehension of food. The most important order is that of the Foraminifera.
The gnawing MammaliaM
, such as the rats, rabbits, and squirrels. They are especially characterised by the possession of a single pair of chisel-like cutting teeth in each jaw, between which and the grinding teeth there is a great gap.
Very imperfectly developed.
The group of quadrupeds which ruminate or chew the cud, such as oxen, sheep, and deer. They have divided hoofs, and are destitute of front teeth in the upper jaw.
Belonging to the sacrum, or the bone M
composed usually of two or more united vertebr
 to which the sides of the pelvis in vertebrate animals are attached.
The gelatinous material of which the bodies of the lowest animals (Protozoa) are composed.
The horny plates with which the feet of birds are generally more or less covered, especially in front.
SEDIMENTARY FORMATIONS.
Rocks deposited as sediments from water.
The transverse rings of which the body of an articulate animal or annelid is composed.
The leaves or segments of the calyx, or outermost envelope of an ordinary flower. They are usually green, but sometimes brightly coloured.
Teeth like those of a saw.
Not supported on a stem or footstalk.
A very ancient system of fossiliferous rocks belonging to the earlier part of the Pal
The setting apart of a particular organ for the performance of a particular function.
The central portion of the nerM
vous system in the Vertebrata, which descends from the brain through the arches of the vertebr
, and gives off nearly all the nerves to the various organs of the body.
The male organs of flowering plants, standing in a circle within the petals. They usually consist of a filament and an anther, the anther being the essential part in which the pollen, or fecundating dust, is formed.
The apical portion of the pistil in flowering plants.
afy organs placed at the base of the footstalks of the leaves in many plants.
The middle portion of the perfect pistil, which rises like a column from the ovary and supports the stigma at its summit.
Situated beneath the skin.
Adapted for sucking.
SUTURES (in the skull).
The lines of junction of the bones of which the skull is composed.
The jointed feet of articulate animals, such as insects.
Fishes of the kind famiM
liar to us in the present day, having the skeleton usually completely ossified and the scales horny.
TENTACULA or TENTACLES.
Delicate fleshy organs of prehension or touch possessed by many of the lower animals.
The latest geological epoch, immediately preceding the establishment of the present order of things.
The windpipe or passage for the admission of air to the lungs.
Three-fingered, or composed of three movable parts attached to a common base.
A peculiar group of extinct crustaceans, somewhat resembling the woodlice in external form, and, like some of them, capable of rolling themselves up into a ball. Their remains are found only in the Pal
ozoic rocks, and most abundantly in those of Silurian age.
Presenting three distinct forms.
An order of plants in which the flowers, which contain five stamens and a pistil with two styles, are supported upon footstalks which spring from the top of the flower stem and spread out M
like the wires of an umbrella, so as to bring all the flowers in the same head (umbel) nearly to the same level. (Examples, Parsley and Carrot.)
Consisting of a single cell.
Containing blood-vessels.
VERTEBRATA or VERTEBRATE ANIMALS.
The highest division of the animal kingdom, so called from the presence in most cases of a backbone composed of numerous joints or vertebr
, which constitutes the centre of the skeletoM
n and at the same time supports and protects the central parts of the nervous system.
The circles or spiral lines in which the parts of plants are arranged upon the axis of growth.
The earliest stage in the development of many of the higher Crustacea, so called from the name of Zo
a applied to these young animals when they were supposed to constitute a peculiar genus.
In many of the lower animals (such as the Corals, Medus
, &c.) reproduction M
takes place in two ways, namely, by means of eggs and by a process of budding with or without separation from the parent of the product of the latter, which is often very different from that of the egg. The individuality of the species is represented by the whole of the form produced between two sexual reproductions; and these forms, which are apparently individual animals, have been called zooids.
Dated November 24, 1859
Inscribed by etching.net - ordinal 1225514403088438
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To Laius, King of Thebes, an oracle foretold that the child born to him
by his queen Jocasta would slay his father and wed his mother. So when
in time a son was born the infant
s feet were riveted together and he
was left to die on Mount Cithaeron. But a shepherd found the babe and
tended him, and delivered him to another shepherd who took him to his
ng of Corinth. Polybus being childless adopted the boy,
who grew up believing that he was indeed the King
doubting his parentage he inquired of the Delphic god and heard himself
the word declared before to Laius. Wherefore he fled from what he
s house and in his flight he encountered and
unwillingly slew his father Laius. Arriving at Thebes he answered the
riddle of the Sphinx and the grateful Thebans made their deliverer
king. So he reigned in the room of Laius, and eM
queen. Children were born to them and Thebes prospered under his rule,
but again a grievous plague fell upon the city. Again the oracle was
consulted and it bade them purge themselves of blood-guiltiness.
Oedipus denounces the crime of which he is unaware, and undertakes to
track out the criminal. Step by step it is brought home to him that he
is the man. The closing scene reveals Jocasta slain by her own hand and
Oedipus blinded by his own act and praying for death or exile.
Chorus of Theban Elders.
Scene: Thebes. Before the Palace of Oedipus.
Suppliants of all ages are seated round the altar at the palace doors,
at their head a PRIEST OF ZEUS. To them enter OEDIPUS.
My children, latest born to Cadmus old,
Why sit ye here as suppliants, in your hands
Branches of olive filleted with wool?
What means this reek of incense M
And everywhere laments and litanies?
Children, it were not meet that I should learn
From others, and am hither come, myself,
I Oedipus, your world-renowned king.
Ho! aged sire, whose venerable locks
Proclaim thee spokesman of this company,
Explain your mood and purport. Is it dread
Of ill that moves you or a boon ye crave?
My zeal in your behalf ye cannot doubt;
Ruthless indeed were I and obdurate
If such petitioners as you I spurned.
Yea, Oedipus, my sovereign lord and king,
hou seest how both extremes of age besiege
fledglings hardly winged,
and greybeards bowed with years; priests, as am I
of Zeus, and these the flower of our youth.
Meanwhile, the common folk, with wreathed boughs
Crowd our two market-places, or before
Both shrines of Pallas congregate, or where
Ismenus gives his oracles by fire.
For, as thou seest thyself, our ship of State,
Sore buffeted, can no more lift her head,
Foundered beneath a weltering surge of blood.
A blight is on our harveM
A blight upon the grazing flocks and herds,
A blight on wives in travail; and withal
Armed with his blazing torch the God of Plague
Hath swooped upon our city emptying
The house of Cadmus, and the murky realm
Of Pluto is full fed with groans and tears.
     Therefore, O King, here at thy hearth we sit,
I and these children; not as deeming thee
A new divinity, but the first of men;
First in the common accidents of life,
And first in visitations of the Gods.
Art thou not he who coming to thM
of Cadmus freed us from the tax we paid
To the fell songstress? Nor hadst thou received
Prompting from us or been by others schooled;
No, by a god inspired (so all men deem,
And testify) didst thou renew our life.
And now, O Oedipus, our peerless king,
All we thy votaries beseech thee, find
Some succor, whether by a voice from heaven
Whispered, or haply known by human wit.
Tried counselors, methinks, are aptest found
To furnish for the future pregnant rede.
Upraise, O chief of men, upraise our StM
Look to thy laurels! for thy zeal of yore
s savior thou art justly hailed:
O never may we thus record thy reign:
He raised us up only to cast us down.
Uplift us, build our city on a rock.
Thy happy star ascendant brought us luck,
O let it not decline! If thou wouldst rule
This land, as now thou reignest, better sure
To rule a peopled than a desert realm.
Nor battlements nor galleys aught avail,
If men to man and guards to guard them tail.
Ah! my poor children, kM
nown, ah, known too well,
The quest that brings you hither and your need.
Ye sicken all, well wot I, yet my pain,
How great soever yours, outtops it all.
Your sorrow touches each man severally,
Him and none other, but I grieve at once
Both for the general and myself and you.
Therefore ye rouse no sluggard from day-dreams.
Many, my children, are the tears I
And threaded many a maze of weary thought.
Thus pondering one clue of hope I caught,
And tracked it up; I have sent Menoeceus
s brother, to inquire
Of Pythian Phoebus at his Delphic shrine,
How I might save the State by act or word.
And now I reckon up the tale of days
Since he set forth, and marvel how he fares.
Tis strange, this endless tarrying, passing strange.
But when he comes, then I were base indeed,
If I perform not all the god declares.
Thy words are well timed; even as thou speakest
That shouting tells me Creon is at hand.
O King Apollo! may his joyous looks
 the joyous news he brings!
tis welcome; else his head
Had scarce been crowned with berry-laden bays.
We soon shall know; he
s now in earshot range.
My royal cousin, say, Menoeceus
What message hast thou brought us from the god?
en intolerable ills,
Finding right issue, tend to naught but good.
How runs the oracle? thus far thy words
Give me no ground for confidence or fear.
hou wouldst hear my message publicly,
ll tell thee straight, or with thee pass within.
Speak before all; the burden that I bear
Is more for these my subjects than myself.
Let me report then all the god declared.
King Phoebus bids us straitly extirpate
A fell pollution that infests the land,
And no more harbor an inveterate sore.
What expiation means he? What
Banishment, or the shedding blood for blood.
This stain of blood makes shipwreck oM
Whom can he mean, the miscreant thus denounced?
Before thou didst assume the helm of State,
The sovereign of this land was Laius.
I heard as much, but never saw the man.
He fell; and now the god
Punish his takers-off, whoe
Where are they? Where in the wide world to find
The far, faint traces of a bygone crime?
In this land, said the god;
who seeks shall find;
ed hands or sleeps is blind.
Was he within his palace, or afield,
Or traveling, when Laius met his fate?
Abroad; he started, so he told us, bound
For Delphi, but he never thence returned.
Came there no news, no fellow-traveler
To give some clue that might be followed up?
But one escape, who flying for dear life,
Could tell of all he saw but one thing sure.
And what was that? One clue might lead us far,
With but a spark of hope to guide oM
Robbers, he told us, not one bandit but
A troop of knaves, attacked and murdered him.
Did any bandit dare so bold a stroke,
Unless indeed he were suborned from Thebes?
twas surmised, but none was found to avenge
His murder mid the trouble that ensued.
What trouble can have hindered a full quest,
When royalty had fallen thus miserably?
The riddling Sphinx compelled us to let slide
The dim past and attend to instant needs.
Well, _I_ will start afresh and once again
Make dark things clear. Right worthy the concern
Of Phoebus, worthy thine too, for the dead;
I also, as is meet, will lend my aid
To avenge this wrong to Thebes and to the god.
Not for some far-off kinsman, but myself,
Shall I expel this poison in the blood;
For whoso slew that king might have a mind
To strike me too with his assassin hand.
Therefore in righting him I serve myself.
Up, children, haste ye, quit these altar stairs,
Take hence your suppliM
ant wands, go summon hither
The Theban commons. With the god
tis ruin if we fail.
[Exeunt OEDIPUS and CREON]
Come, children, let us hence; these gracious words
Forestall the very purpose of our suit.
And may the god who sent this oracle
Save us withal and rid us of this pest.
[Exeunt PRIEST and SUPPLIANTS]
Sweet-voiced daughter of Zeus from thy gold-paved Pythian shrine
          Wafted to Thebes divine,
What dost thou bring me? My souM
l is racked and shivers with fear.
          (Healer of Delos, hear!)
Hast thou some pain unknown before,
Or with the circling years renewest a penance of yore?
Offspring of golden Hope, thou voice immortal, O tell me.
First on Athene I call; O Zeus-born goddess, defend!
          Goddess and sister, befriend,
Artemis, Lady of Thebes, high-throned in the midst of our mart!
          Lord of the death-winged dart!
            Your threefold aid I crave
     From death and ruin our city to save.M
If in the days of old when we nigh had perished, ye drave
From our land the fiery plague, be near us now and defend us!
     Ah me, what countless woes are mine!
     All our host is in decline;
     Weaponless my spirit lies.
     Earth her gracious fruits denies;
     Women wail in barren throes;
     Life on life downstriken goes,
     Swifter than the wind bird
     Swifter than the Fire-God
     To the westering shores of Night.
     Wasted thus by deM
     All our city perisheth.
     Corpses spread infection round;
     None to tend or mourn is found.
     Wailing on the altar stair
     Wives and grandams rend the air
     Long-drawn moans and piercing cries
     Blent with prayers and litanies.
     Golden child of Zeus, O hear
     Let thine angel face appear!
And grant that Ares whose hot breath I feel,
          Though without targe or steel
He stalks, whose voice is as the battle shout,
May turn in sudden rout,
 the unharbored Thracian waters sped,
          Or Amphitrite
     For what night leaves undone,
     Smit by the morrow
Perisheth. Father Zeus, whose hand
Doth wield the lightning brand,
Slay him beneath thy levin bold, we pray,
          Slay him, O slay!
O that thine arrows too, Lycean King,
          From that taut bow
Might fly abroad, the champions of our rights;
          Yea, and the flashing lights
Of Artemis, wherewith the huntress sweeps
  Across the Lycian steeps.
Thee too I call with golden-snooded hair,
          Whose name our land doth bear,
Bacchus to whom thy Maenads Evoe shout;
          Come with thy bright torch, rout,
               Blithe god whom we adore,
               The god whom gods abhor.
tis well, but would ye hear my words
And heed them and apply the remedy,
Ye might perchance find comfort and relief.
Mind you, I speak as one who comes a stranger
To this report, no less thM
For how unaided could I track it far
Without a clue? Which lacking (for too late
Was I enrolled a citizen of Thebes)
This proclamation I address to all:
Thebans, if any knows the man by whom
Laius, son of Labdacus, was slain,
I summon him to make clean shrift to me.
And if he shrinks, let him reflect that thus
Confessing he shall
scape the capital charge;
For the worst penalty that shall befall him
unscathed he shall depart.
But if an alien from a foreign land
known to any as the murderer,
Let him who knows speak out, and he shall have
Due recompense from me and thanks to boot.
But if ye still keep silence, if through fear
For self or friends ye disregard my hest,
Hear what I then resolve; I lay my ban
On the assassin whosoe
Let no man in this land, whereof I hold
The sovereign rule, harbor or speak to him;
Give him no part in prayer or sacrifice
Or lustral rites, but hound him from your homes.
For this is our defilement, so the god
own to me by oracles.
Thus as their champion I maintain the cause
Both of the god and of the murdered King.
And on the murderer this curse I lay
(On him and all the partners in his guilt):
Wretch, may he pine in utter wretchedness!
And for myself, if with my privity
He gain admittance to my hearth, I pray
The curse I laid on others fall on me.
See that ye give effect to all my hest,
For my sake and the god
A desert blasted by the wrath of heaven.
For, let alone the god
It were a scandal ye should leave unpurged
The murder of a great man and your king,
Nor track it home. And now that I am lord,
Successor to his throne, his bed, his wife,
(And had he not been frustrate in the hope
Of issue, common children of one womb
Had forced a closer bond twixt him and me,
But Fate swooped down upon him), therefore I
His blood-avenger will maintain his cause
As though he were my sire, and leave no stone
Unturned to track the assassin or avenge
The son of Labdacus, of PolM
Of Cadmus, and Agenor first of the race.
And for the disobedient thus I pray:
May the gods send them neither timely fruits
Of earth, nor teeming increase of the womb,
But may they waste and pine, as now they waste,
Aye and worse stricken; but to all of you,
My loyal subjects who approve my acts,
May Justice, our ally, and all the gods
Be gracious and attend you evermore.
The oath thou profferest, sire, I take and swear.
I slew him not myself, nor can I name
The slayer. For the quest,M
twere well, methinks
That Phoebus, who proposed the riddle, himself
Should give the answer
who the murderer was.
Well argued; but no living man can hope
To force the gods to speak against their will.
May I then say what seems next best to me?
Aye, if there be a third best, tell it too.
My liege, if any man sees eye to eye
With our lord Phoebus,
tis our prophet, lord
Teiresias; he of all men best might guide
A searcher of this matter to the ligM
Here too my zeal has nothing lagged, for twice
s instance have I sent to fetch him,
And long I marvel why he is not here.
I mind me too of rumors long ago
               Tell them, I would fain know all.
Twas said he fell by travelers.
                                   So I heard,
But none has seen the man who saw him fall.
Well, if he knows what fear is, he will quail
And flee before the tM
Words scare not him who blenches not at deeds.
But here is one to arraign him. Lo, at length
They bring the god-inspired seer in whom
Above all other men is truth inborn.
[Enter TEIRESIAS, led by a boy.]
Teiresias, seer who comprehendest all,
Lore of the wise and hidden mysteries,
High things of heaven and low things of the earth,
Thou knowest, though thy blinded eyes see naught,
What plague infects our city; and we turn
To thee, O seer, our onM
e defense and shield.
The purport of the answer that the God
Returned to us who sought his oracle,
The messengers have doubtless told thee
One course alone could rid us of the pest,
To find the murderers of Laius,
And slay them or expel them from the land.
Therefore begrudging neither augury
Nor other divination that is thine,
O save thyself, thy country, and thy king,
Save all from this defilement of blood shed.
On thee we rest. This is man
 service all his powers to M
Alas, alas, what misery to be wise
When wisdom profits nothing! This old lore
I had forgotten; else I were not here.
What ails thee? Why this melancholy mood?
Let me go home; prevent me not;
That thou shouldst bear thy burden and I mine.
For shame! no true-born Theban patriot
Would thus withhold the word of prophecy.
_Thy_ words, O king, are wide of the mark, and I
For fear lest I too trip like thee...
                                        Oh speak,
Withhold not, I adjure thee, if thou know
Thy knowledge. We are all thy suppliants.
Aye, for ye all are witless, but my voice
er reveal my miseries
What then, thou knowest, and yet willst not speak!
Wouldst thou betray us and destroy the State?
I will not vex myself nor thee. Why ask
Thus idly what from me thou shalt not learn?
Monster! thy silence would incense aM
Will nothing loose thy tongue? Can nothing melt thee,
Or shake thy dogged taciturnity?
st my mood and seest not thine own
Wherewith thou art mated; no, thou taxest me.
And who could stay his choler when he heard
How insolently thou dost flout the State?
Well, it will come what will, though I be mute.
Since come it must, thy duty is to tell me.
I have no more to say; storm as thou willst,
And give the rein to alM
Yea, I am wroth, and will not stint my words,
But speak my whole mind. Thou methinks thou art he,
Who planned the crime, aye, and performed it too,
All save the assassination; and if thou
Hadst not been blind, I had been sworn to boot
That thou alone didst do the bloody deed.
Is it so? Then I charge thee to abide
By thine own proclamation; from this day
Speak not to these or me. Thou art the man,
Thou the accursed polluter of this land.
 slanderer, thou blurtest forth these taunts,
st forsooth as seer to go scot free.
Yea, I am free, strong in the strength of truth.
Who was thy teacher? not methinks thy art.
Thou, goading me against my will to speak.
What speech? repeat it and resolve my doubt.
Didst miss my sense wouldst thou goad me on?
I but half caught thy meaning; say it again.
I say thou art the murderer of the man
hose murderer thou pursuest.
                              Thou shalt rue it
Twice to repeat so gross a calumny.
Must I say more to aggravate thy rage?
Say all thou wilt; it will be but waste of breath.
I say thou livest with thy nearest kin
In infamy, unwitting in thy shame.
st thou for aye unscathed to wag thy tongue?
Yea, if the might of truth can aught prevail.
With other men, but not with theeM
In ear, wit, eye, in everything art blind.
Poor fool to utter gibes at me which all
Here present will cast back on thee ere long.
Offspring of endless Night, thou hast no power
er me or any man who sees the sun.
No, for thy weird is not to fall by me.
I leave to Apollo what concerns the god.
Is this a plot of Creon, or thine own?
Not Creon, thou thyself art thine own bane.
O wealth and empiry and skillM
Outwitted in the battlefield of life,
What spite and envy follow in your train!
See, for this crown the State conferred on me.
A gift, a thing I sought not, for this crown
The trusty Creon, my familiar friend,
Hath lain in wait to oust me and suborned
This mountebank, this juggling charlatan,
This tricksy beggar-priest, for gain alone
Keen-eyed, but in his proper art stone-blind.
Say, sirrah, hast thou ever proved thyself
A prophet? When the riddling Sphinx was here
Why hadst thou no deliveranM
And yet the riddle was not to be solved
By guess-work but required the prophet
Wherein thou wast found lacking; neither birds
Nor sign from heaven helped thee, but _I_ came,
The simple Oedipus; _I_ stopped her mouth
By mother wit, untaught of auguries.
This is the man whom thou wouldst undermine,
In hope to reign with Creon in my stead.
Methinks that thou and thine abettor soon
Will rue your plot to drive the scapegoat out.
Thank thy grey hairs that thou hast still to learn
at chastisement such arrogance deserves.
To us it seems that both the seer and thou,
O Oedipus, have spoken angry words.
This is no time to wrangle but consult
How best we may fulfill the oracle.
King as thou art, free speech at least is mine
To make reply; in this I am thy peer.
I own no lord but Loxias; him I serve
er can stand enrolled as Creon
Thus then I answer: since thou hast not spared
To twit me with my blindness
n what misery thou art fallen,
Nor where thou dwellest nor with whom for mate.
Dost know thy lineage? Nay, thou know
And all unwitting art a double foe
To thine own kin, the living and the dead;
Aye and the dogging curse of mother and sire
One day shall drive thee, like a two-edged sword,
Beyond our borders, and the eyes that now
See clear shall henceforward endless night.
Ah whither shall thy bitter cry not reach,
What crag in all Cithaeron but shall then
Reverberate thy wail, when thou hasM
With what a hymeneal thou wast borne
Home, but to no fair haven, on the gale!
Aye, and a flood of ills thou guessest not
Shall set thyself and children in one line.
Flout then both Creon and my words, for none
Of mortals shall be striken worse than thou.
Must I endure this fellow
A murrain on thee! Get thee hence! Begone
Avaunt! and never cross my threshold more.
er had come hadst thou not bidden me.
I know not thou wouldst utter fM
Long hadst thou waited to be summoned here.
as it seems to thee a fool,
But to the parents who begat thee, wise.
? Who begat me, speak?
This day shall be thy birth-day, and thy grave.
st to speak in riddles and dark words.
In reading riddles who so skilled as thou?
Twit me with that wherein my greatness lies.
And yet this very greatness M
No matter if I saved the commonwealth.
Tis time I left thee. Come, boy, take me home.
Aye, take him quickly, for his presence irks
And lets me; gone, thou canst not plague me more.
I go, but first will tell thee why I came.
Thy frown I dread not, for thou canst not harm me.
Hear then: this man whom thou hast sought to arrest
With threats and warrants this long while, the wretch
for an alien in the land
But soon shall prove a Theban, native born.
And yet his fortune brings him little joy;
For blind of seeing, clad in beggar
For purple robes, and leaning on his staff,
To a strange land he soon shall grope his way.
And of the children, inmates of his home,
He shall be proved the brother and the sire,
Of her who bare him son and husband both,
Co-partner, and assassin of his sire.
Go in and ponder this, and if thou find
That I have missed the mark, henceforth declare
ave no wit nor skill in prophecy.
[Exeunt TEIRESIAS and OEDIPUS]
Who is he by voice immortal named from Pythia
Doer of foul deeds of bloodshed, horrors that no tongue can tell?
          A foot for flight he needs
          Fleeter than storm-swift steeds,
          For on his heels doth follow,
Armed with the lightnings of his Sire, Apollo.
          Like sleuth-hounds too
          The Fates pursue.
Yea, but now flashed forth the summons from Parnassus
Near and far the undiscovered doer of this murder seek!
          Now like a sullen bull he roves
          Through forest brakes and upland groves,
          And vainly seeks to fly
          The doom that ever nigh
Still by the avenging Phoebus sped,
          The voice divine,
          From Earth
Sore perplexed am I by the words of the master seer.
Are they true, are they false? I know not and bridle my tongue for
Fluttered with vague surmise; nor present nor future is clear.
Quarrel of ancient date or in days still near know I none
Twixt the Labdacidan house and our ruler, Polybus
Proof is there none: how then can I challenge our King
How in a blood-feud join for an untracked deed of shame?
All wise are Zeus and Apollo, and nothing is hid from their ken;
They are gods; and in wits a man may surpass his fellow men;
But that a mortal seer knows more than I know
been proven? Or how without sign assured, can I blame
Him who saved our State when the winged songstress came,
Tested and tried in the light of us all, like gold assayed?
How can I now assent when a crime is on Oedipus laid?
Friends, countrymen, I learn King Oedipus
Hath laid against me a most grievous charge,
And come to you protesting. If he deems
That I have harmed or injured him in aught
By word or deed in this our present trouble,
I care not to prolong the span of life,
Hits not a single blot, but blasts my name,
If by the general voice I am denounced
False to the State and false by you my friends.
This taunt, it well may be, was blurted out
In petulance, not spoken advisedly.
Did any dare pretend that it was I
Prompted the seer to utter a forged charge?
Such things were said; with what intent I know not.
Were not his wits and vision all astray
When upon me he fixed this monstrous charge?
now not; to my sovereign
But lo, he comes to answer for himself.
st thou here? Dost thou presume
To approach my doors, thou brazen-faced rogue,
My murderer and the filcher of my crown?
Come, answer this, didst thou detect in me
Some touch of cowardice or witlessness,
That made thee undertake this enterprise?
I seemed forsooth too simple to perceive
The serpent stealing on me in the dark,
Or else too weak to scotch it when I saw.
 _thou_ art witless seeking to possess
Without a following or friends the crown,
A prize that followers and wealth must win.
Attend me. Thou hast spoken,
To make reply. Then having heard me, judge.
Thou art glib of tongue, but I am slow to learn
Of thee; I know too well thy venomous hate.
First I would argue out this very point.
O argue not that thou art not a rogue.
If thou dost count a virtue stubbornness,
Unschooled by reasoM
n, thou art much astray.
If thou dost hold a kinsman may be wronged,
And no pains follow, thou art much to seek.
Therein thou judgest rightly, but this wrong
Didst thou or didst thou not advise that I
Should call the priest?
                         Yes, and I stand to it.
Tell me how long is it since Laius...
Since Laius...? I follow not thy drift.
By violent hands was spirM
In the dim past, a many years agone.
Did the same prophet then pursue his craft?
Yes, skilled as now and in no less repute.
Did he at that time ever glance at me?
Not to my knowledge, not when I was by.
But was no search and inquisition made?
Surely full quest was made, but nothing learnt.
Why failed the seer to tell his story _then_?
I know not, and not knowing hold my tongue.
This much thou knowest and canst surely tell.
st thou? All I know I will declare.
But for thy prompting never had the seer
Ascribed to me the death of Laius.
If so he thou knowest best; but I
Would put thee to the question in my turn.
Question and prove me murderer if thou canst.
Then let me ask thee, didst thou wed my sister?
A fact so plain I cannot well deny.
And as thy consort queen sheM
I grant her freely all her heart desires.
And with you twain I share the triple rule?
Yea, and it is that proves thee a false friend.
Not so, if thou wouldst reason with thyself,
As I with myself. First, I bid thee think,
Would any mortal choose a troubled reign
Of terrors rather than secure repose,
If the same power were given him? As for me,
I have no natural craving for the name
Of king, preferring to do kingly deeds,
s every sober-minded man.
Now all my needs are satisfied through thee,
And I have naught to fear; but were I king,
My acts would oft run counter to my will.
How could a title then have charms for me
Above the sweets of boundless influence?
I am not so infatuate as to grasp
The shadow when I hold the substance fast.
Now all men cry me Godspeed! wish me well,
And every suitor seeks to gain my ear,
If he would hope to win a grace from thee.
Why should I leave the better, choose the worse?
adness, and I am not mad.
No such ambition ever tempted me,
Nor would I have a share in such intrigue.
And if thou doubt me, first to Delphi go,
There ascertain if my report was true
s answer; next investigate
If with the seer I plotted or conspired,
And if it prove so, sentence me to death,
Not by thy voice alone, but mine and thine.
But O condemn me not, without appeal,
Tis not right to adjudge
Bad men at random good, or good men bad.
I would as lief a man should casM
The thing he counts most precious, his own life,
As spurn a true friend. Thou wilt learn in time
The truth, for time alone reveals the just;
A villain is detected in a day.
To one who walketh warily his words
Commend themselves; swift counsels are not sure.
When with swift strides the stealthy plotter stalks
I must be quick too with my counterplot.
To wait his onset passively, for him
Is sure success, for me assured defeat.
s thy will? To banish mM
I would not have thee banished, no, but dead,
That men may mark the wages envy reaps.
I see thou wilt not yield, nor credit me.
[None but a fool would credit such as thou.]
                    Wise for myself at least.
                    Why for such a knave?
Suppose thou lackest sense.
                              Yet kings must rule.
Not if they rule ill.
                         Oh my Thebans, hear him!
Thy Thebans? am not I a Theban too?
Cease, princes; lo there comes, and none too soon,
Jocasta from the palace. Who so fit
As peacemaker to reconcile your feud?
Misguided princes, why have ye upraised
This wordy wrangle? Are ye not ashamed,
While the whole land lies striken, thus to voice
Your private injuries? Go in, my lord;
Go home, my brother, and fM
A public scandal of a petty grief.
My royal sister, Oedipus, thy lord,
Hath bid me choose (O dread alternative!)
Yes, lady; I have caught him practicing
Against my royal person his vile arts.
er speed but die accursed, if I
In any way am guilty of this charge.
Believe him, I adjure thee, Oedipus,
First for his solemn oath
s sake, then for mine,
And for thine elders
Hearken, King, reflect, we pray thee, but not stubborn but relent.
Say to what should I consent?
Respect a man whose probity and troth
Are known to all and now confirmed by oath.
Dost know what grace thou cravest?
                                   Yea, I know.
Declare it then and make thy meaning plain.
Brand not a friend whom babbling tongues assail;
gainst his oath prevailM
Bethink you that in seeking this ye seek
In very sooth my death or banishment?
No, by the leader of the host divine!
Witness, thou Sun, such thought was never mine,
Unblest, unfriended may I perish,
If ever I such wish did cherish!
But O my heart is desolate
Musing on our striken State,
n should discord grow
Twixt you twain, to crown our woe.
Well, let him go, no matter what it cost me,
Or certain death or shameful banishment,
sake I relent, not his; and him,
er he be, my heart shall still abhor.
Thou art as sullen in thy yielding mood
As in thine anger thou wast truculent.
Such tempers justly plague themselves the most.
Leave me in peace and get thee gone.
                                   I go,
By thee misjudged, but justified by these.
Lady, lead indoors thy consort; wherefore longer here delay?
Tell me first how rose the fray.M
Rumors bred unjust suspicious and injustice rankles sore.
                    Both.
                         What was the tale?
Ask me no more. The land is sore distressed;
Twere better sleeping ills to leave at rest.
Strange counsel, friend! I know thou mean
st mitigate and blunt my zeal.
King, I say it once again,
Witless were I proved, insane,
Pilot who, in danger sought,
To a quiet haven brought
Our distracted State; and now
Who can guide us right but thou?
Let me too, I adjure thee, know, O king,
What cause has stirred this unrelenting wrath.
I will, for thou art more to me than these.
Lady, the cause is Creon and his plots.
But what provoked the quarrel? make this clear.
He points me out as Laius
own knowledge or upon report?
He is too cunning to commit himself,
And makes a mouthpiece of a knavish seer.
Then thou mayest ease thy conscience on that score.
ll convince thee that no man
Hath scot or lot in the prophetic art.
Here is the proof in brief. An oracle
Once came to Laius (I will not say
Twas from the Delphic god himself, but from
His ministers) declaring he was doomed
To perish by the hand of his own son,
A child that should be born to him by meM
so at least report affirmed
Was murdered on a day by highwaymen,
No natives, at a spot where three roads meet.
As for the child, it was but three days old,
When Laius, its ankles pierced and pinned
Together, gave it to be cast away
By others on the trackless mountain side.
So then Apollo brought it not to pass
The child should be his father
Or the dread terror find accomplishment,
And Laius be slain by his own son.
Such was the prophet
s horoscope. O king,
er the god deems fit
To search, himself unaided will reveal.
What memories, what wild tumult of the soul
er me, lady, as I heard thee speak!
st thou? What has shocked and startled thee?
Methought I heard thee say that Laius
Was murdered at the meeting of three roads.
So ran the story that is current still.
Where did this happen? Dost thou know the place?
Phocis the land is called; the spot is M
Branch roads from Delphi and from Daulis meet.
And how long is it since these things befell?
Twas but a brief while were thou wast proclaimed
s ruler that the news was brought.
O Zeus, what hast thou willed to do with me!
What is it, Oedipus, that moves thee so?
Ask me not yet; tell me the build and height
Of Laius? Was he still in manhood
Tall was he, and his hair was lightly strewn
silver; and not unlike thee in form.
O woe is me! Mehtinks unwittingly
I laid but now a dread curse on myself.
st thou? When I look upon thee, my king,
Tis a dread presentiment
That in the end the seer will prove not blind.
One further question to resolve my doubt.
I quail; but ask, and I will answer all.
Had he but few attendants or a train
Of armed retainers with him, like a prince?
ey were but five in all, and one of them
A herald; Laius in a mule-car rode.
tis clear as noonday now. But say,
Lady, who carried this report to Thebes?
A serf, the sole survivor who returned.
Haply he is at hand or in the house?
No, for as soon as he returned and found
Thee reigning in the stead of Laius slain,
He clasped my hand and supplicated me
To send him to the alps and pastures, where
He might be farthest from the sight of Thebes.
Twas an honest slave
And well deserved some better recompense.
Fetch him at once. I fain would see the man.
He shall be brought; but wherefore summon him?
Lady, I fear my tongue has overrun
Discretion; therefore I would question him.
Well, he shall come, but may not I too claim
To share the burden of thy heart, my king?
And thou shalt not be frustrate of thy wish.
Now my imaginings have gone so far.
 claim that thou to hear
My tale of dire adventures? Listen then.
My sire was Polybus of Corinth, and
My mother Merope, a Dorian;
And I was held the foremost citizen,
Till a strange thing befell me, strange indeed,
Yet scarce deserving all the heat it stirred.
A roisterer at some banquet, flown with wine,
Thou art not true son of thy sire.
It irked me, but I stomached for the nonce
The insult; on the morrow I sought out
My mother and my sire and questioned them.
They were indignant at the M
Cast on my parentage and did their best
To comfort me, but still the venomed barb
Rankled, for still the scandal spread and grew.
So privily without their leave I went
To Delphi, and Apollo sent me back
Baulked of the knowledge that I came to seek.
But other grievous things he prophesied,
Woes, lamentations, mourning, portents dire;
To wit I should defile my mother
And raise up seed too loathsome to behold,
And slay the father from whose loins I sprang.
As I drew near the triple-branching roads,
A herald met me and a man who sat
In a car drawn by colts
The man in front and the old man himself
Threatened to thrust me rudely from the path,
Then jostled by the charioteer in wrath
I struck him, and the old man, seeing this,
Watched till I passed and from his car brought down
Full on my head the double-pointed goad.
     Yet was I quits with him and more; one stroke
Of my good staff sufficed to fling him clean
e chariot seat and laid him prone.
And so I slew them every one. But if
Betwixt this stranger there was aught in common
With Laius, who more miserable than I,
What mortal could you find more god-abhorred?
Wretch whom no sojourner, no citizen
May harbor or address, whom all are bound
To harry from their homes. And this same curse
Was laid on me, and laid by none but me.
Yea with these hands all gory I pollute
The bed of him I slew. Say, am I vile?
Am I not utterly unclean, a wretch
Doomed to be banished,M
Forgo the sight of all my dearest ones,
And never tread again my native earth;
Or else to wed my mother and slay my sire,
Polybus, who begat me and upreared?
If one should say, this is the handiwork
Of some inhuman power, who could blame
His judgment? But, ye pure and awful gods,
Forbid, forbid that I should see that day!
May I be blotted out from living men
Ere such a plague spot set on me its brand!
We too, O king, are troubled; but till thou
Hast questioned the survivoM
My hope is faint, but still enough survives
To bid me bide the coming of this herd.
Suppose him here, what wouldst thou learn of him?
ll tell thee, lady; if his tale agrees
With thine, I shall have
And what of special import did I say?
In thy report of what the herdsman said
Laius was slain by robbers; now if he
Still speaks of robbers, not a robber, I
But if he says one lonely wayfarer,
The last link wanting to my guilt is forged.
Well, rest assured, his tale ran thus at first,
Nor can he now retract what then he said;
Not I alone but all our townsfolk heard it.
en should he vary somewhat in his story,
He cannot make the death of Laius
In any wise jump with the oracle.
For Loxias said expressly he was doomed
s hand, but he, poor babe,
He shed no blood, but perished first himself.
So much for divinatiM
Will look for signs neither to right nor left.
Thou reasonest well. Still I would have thee send
And fetch the bondsman hither. See to it.
That will I straightway. Come, let us within.
I would do nothing that my lord mislikes.
[Exeunt OEDIPUS and JOCASTA]
My lot be still to lead
     The life of innocence and fly
Irreverence in word or deed,
     To follow still those laws ordained on high
Whose birthplace is the bright ethereal sky
  No mortal birth they own,
     Olympus their progenitor alone:
er shall they slumber in oblivion cold,
The god in them is strong and grows not old.
     Of insolence is bred
The tyrant; insolence full blown,
     With empty riches surfeited,
Scales the precipitous height and grasps the throne.
er and lies in ruin prone;
     No foothold on that dizzy steep.
But O may Heaven the true patriot keep
Who burns with emulous zeal to serve the State.
God is my help and hM
But the proud sinner, or in word or deed,
     That will not Justice heed,
     Nor reverence the shrine
     Of images divine,
Perdition seize his vain imaginings,
     If, urged by greed profane,
     He grasps at ill-got gain,
And lays an impious hand on holiest things.
     Who when such deeds are done
     Can hope heaven
If sin like this to honor can aspire,
Why dance I still and lead the sacred choir?
     Nor to Olympia bring
     My votive offering.
s truth be not bade plain.
     O Zeus, reveal thy might,
Omnipotent, all-seeing, as of old;
     For Laius is forgot;
     His weird, men heed it not;
Apollo is forsook and faith grows cold.
My lords, ye look amazed to see your queen
With wreaths and gifts of incense in her hands.
I had a mind to visit the high shrinesM
For Oedipus is overwrought, alarmed
With terrors manifold. He will not use
His past experience, like a man of sense,
To judge the present need, but lends an ear
To any croaker if he augurs ill.
Since then my counsels naught avail, I turn
To thee, our present help in time of trouble,
Apollo, Lord Lycean, and to thee
My prayers and supplications here I bring.
Lighten us, lord, and cleanse us from this curse!
For now we all are cowed like mariners
Who see their helmsman dumbstruck in the storm.
orinthian MESSENGER.]
My masters, tell me where the palace is
Of Oedipus; or better, where
Here is the palace and he bides within;
This is his queen the mother of his children.
All happiness attend her and the house,
Blessed is her husband and her marriage-bed.
My greetings to thee, stranger; thy fair words
Deserve a like response. But tell me why
what thy need or what thy news.
Good for thy consort and M
What may it be? Whose messenger art thou?
The Isthmian commons have resolved to make
twas reported there.
What! is not aged Polybus still king?
s dead and in his grave.
What! is he dead, the sire of Oedipus?
If I speak falsely, may I die myself.
Quick, maiden, bear these tidings to my lord.
Ye god-sent oracles, where stand ye now!
n whom Oedipus long shunned,
In dread to prove his murderer; and now
s course, not by his hand.
My wife, my queen, Jocasta, why hast thou
Summoned me from my palace?
                              Hear this man,
And as thou hearest judge what has become
Of all those awe-inspiring oracles.
Who is this man, and what his news for me?
He comes from Corinth and his message this:
Thy father Polybus hath passed away.
What? let me have it, stranger, from thy mouth.
If I must first make plain beyond a doubt
My message, know that Polybus is dead.
By treachery, or by sickness visited?
One touch will send an old man to his rest.
So of some malady he died, poor man.
Yes, having measured the full span of years.
Out on it, lady! why should one regard
The Pythian hearth or birds that scream i
Did they not point at mM
s dead and in his grave
And here am I who ne
er unsheathed a sword;
Unless the longing for his absent son
Killed him and so _I_ slew him in a sense.
But, as they stand, the oracles are dead
Dust, ashes, nothing, dead as Polybus.
Say, did not I foretell this long ago?
Thou didst: but I was misled by my fear.
Then let I no more weigh upon thy soul.
Must I not fear my mother
hy should a mortal man, the sport of chance,
With no assured foreknowledge, be afraid?
Best live a careless life from hand to mouth.
This wedlock with thy mother fear not thou.
How oft it chances that in dreams a man
Has wed his mother! He who least regards
Such brainsick phantasies lives most at ease.
I should have shared in full thy confidence,
Were not my mother living; since she lives
Though half convinced I still must live in dread.
s death lights out daM
Much, but my fear is touching her who lives.
Who may this woman be whom thus you fear?
Merope, stranger, wife of Polybus.
And what of her can cause you any fear?
A heaven-sent oracle of dread import.
A mystery, or may a stranger hear it?
tis no secret. Loxias once foretold
That I should mate with mine own mother, and shed
With my own hands the blood of my own sire.
 for many a year to me
A home distant; and I trove abroad,
But missed the sweetest sight, my parents
Was this the fear that exiled thee from home?
Yea, and the dread of slaying my own sire.
Why, since I came to give thee pleasure, King,
Have I not rid thee of this second fear?
Well, thou shalt have due guerdon for thy pains.
Well, I confess what chiefly made me come
Was hope to profit by thy coming home.
er go near my parents more.
tis plain, thou know
st not what thou doest.
How so, old man? For heaven
If this is why thou dreadest to return.
s word be fulfilled in me.
Lest through thy parents thou shouldst be accursed?
This and none other is my constant dread.
Dost thou not know thy fears are baseless all?
if I am their very son?
Since Polybus was naught to thee in blood.
st thou? was not Polybus my sire?
As much thy sire as I am, and no more.
My sire no more to me than one who is naught?
Since I begat thee not, no more did he.
What reason had he then to call me son?
Know that he took thee from my hands, a gift.
Yet, if no child of his, he loved me well.
ss man till then, he warmed to thee.
A foundling or a purchased slave, this child?
I found thee in Cithaeron
What led thee to explore those upland glades?
My business was to tend the mountain flocks.
A vagrant shepherd journeying for hire?
True, but thy savior in that hour, my son.
My savior? from what harm? what ailed me then?
Those ankle joints are evidence enow.
Ah, why remind me of that ancient sore?
I loosed the pin that riveted thy feet.
Yes, from my cradle that dread brand I bore.
st the name that still is thine.
Who did it? I adjure thee, tell me who
Say, was it father, mother?
                              I know not.
The man from whom I had thee may know more.
What, did another find me, not thyself?
Not I; another shepherd gM
st thou know again the man?
He passed indeed for one of Laius
The king who ruled the country long ago?
The same: he was a herdsman of the king.
And is he living still for me to see him?
His fellow-countrymen should best know that.
Doth any bystander among you know
The herd he speaks of, or by seeing him
Afield or in the city? answer straight!
 to clear this business up.
Methinks he means none other than the hind
Whom thou anon wert fain to see; but that
Our queen Jocasta best of all could tell.
Madam, dost know the man we sent to fetch?
Is the same of whom the stranger speaks?
Who is the man? What matter? Let it be.
Twere waste of thought to weigh such idle words.
No, with such guiding clues I cannot fail
To bring to light the secret of my birth.
Oh, as thou carest for thyM
This quest. Enough the anguish _I_ endure.
Be of good cheer; though I be proved the son
Of a bondwoman, aye, through three descents
Triply a slave, thy honor is unsmirched.
Yet humor me, I pray thee; do not this.
I cannot; I must probe this matter home.
Tis for thy sake I advise thee for the best.
I grow impatient of this best advice.
er discover who thou art!
h me here the herd, and leave yon woman
To glory in her pride of ancestry.
O woe is thee, poor wretch! With that last word
I leave thee, henceforth silent evermore.
Why, Oedipus, why stung with passionate grief
Hath the queen thus departed? Much I fear
From this dead calm will burst a storm of woes.
Let the storm burst, my fixed resolve still holds,
To learn my lineage, be it ne
It may be she with all a woman
y base parentage. But I
Who rank myself as Fortune
The giver of good gifts, shall not be shamed.
She is my mother and the changing moons
My brethren, and with them I wax and wane.
Thus sprung why should I fear to trace my birth?
Nothing can make me other than I am.
If my soul prophetic err not, if my wisdom aught avail,
          Thee, Cithaeron, I shall hail,
As the nurse and foster-mother of our Oedipus shall greet
s full moon rises, and exalt theeM
Dance and song shall hymn thy praises, lover of our royal race.
          Phoebus, may my words find grace!
Child, who bare thee, nymph or goddess? sure thy sure was more than
          Haply the hill-roamer Pan.
Of did Loxias beget thee, for he haunts the upland wold;
s lord, or Bacchus, dweller on the hilltops cold?
Did some Heliconian Oread give him thee, a new-born joy?
          Nymphs with whom he love to toy?
Elders, if I, who never yet before
Have met the man, may make a guess, methinks
I see the herdsman who we long have sought;
His time-worn aspect matches with the years
Of yonder aged messenger; besides
I seem to recognize the men who bring him
As servants of my own. But you, perchance,
Having in past days known or seen the herd,
May better by sure knowledge my surmise.
I recognize him; one of Laius
A simple hind, but true as any man.
Corinthian, stranger, I address thee first,
is the man thou meanest!
                              This is he.
And now old man, look up and answer all
I ask thee. Wast thou once of Laius
I was, a thrall, not purchased but home-bred.
What was thy business? how wast thou employed?
The best part of my life I tended sheep.
What were the pastures thou didst most frequent?
Cithaeron and the neighboring alps.
                      M
             Then there
Thou must have known yon man, at least by fame?
Yon man? in what way? what man dost thou mean?
The man here, having met him in past times...
Off-hand I cannot call him well to mind.
No wonder, master. But I will revive
His blunted memories. Sure he can recall
What time together both we drove our flocks,
He two, I one, on the Cithaeron range,
For three long summers; I his mate from spring
Till rose Arcturus; then in winter M
I led mine home, he his to Laius
Did these things happen as I say, or no?
Tis long ago, but all thou say
Well, thou mast then remember giving me
A child to rear as my own foster-son?
Why dost thou ask this question? What of that?
Friend, he that stands before thee was that child.
A plague upon thee! Hold thy wanton tongue!
Softly, old man, rebuke him not; thy words
Are more deserving M
chastisement than his.
O best of masters, what is my offense?
Not answering what he asks about the child.
He speaks at random, babbles like a fool.
st grace to speak, I
ll loose thy tongue.
s sake abuse not an old man.
Arrest the villain, seize and pinion him!
What have I done? what wouldst thou further learn?
Didst give this man the child of whom heM
I did; and would that I had died that day!
And die thou shalt unless thou tell the truth.
But, if I tell it, I am doubly lost.
The knave methinks will still prevaricate.
Nay, I confessed I gave it long ago.
Whence came it? was it thine, or given to thee?
I had it from another,
From whom of these our townsmen, and what house?
If I must question thee again, thou
it was a child of Laius
Slave-born or one of Laius
I stand upon the perilous edge of speech.
And I of hearing, but I still must hear.
Know then the child was by repute his own,
But she within, thy consort best could tell.
What! she, she gave it thee?

                    To make away with it.
What, she its mother.
                    Fearing a dread weird.
Twas told that he should slay his sire.
What didst thou give it then to this old man?
Through pity, master, for the babe. I thought
d take it to the country whence he came;
But he preserved it for the worst of woes.
thou art in sooth what this man saith,
God pity thee! thou wast to misery born.
Ah me! ah me! all brought to pass, all true!
O light, may I behold thee nevermore!
I stand a wretch, in birth, in wedlock cursed,
A parricide, incestuously, triply cursed!
          Races of mortal man
          Whose life is but a span,
I count ye but the shadow of a shade!
          For he who most doth know
          Of bliss, hath but the show;
A moment, and the visionsM
Thy fall, O Oedipus, thy piteous fall
Warns me none born of women blest to call.
          For he of marksmen best,
          O Zeus, outshot the rest,
And won the prize supreme of wealth and power.
          By him the vulture maid
          Was quelled, her witchery laid;
He rose our savior and the land
We hailed thee king and from that day adored
Of mighty Thebes the universal lord.
          O heavy hand of fate!
          Who now more desolaM
Whose tale more sad than thine, whose lot more dire?
          O Oedipus, discrowned head,
          Thy cradle was thy marriage bed;
One harborage sufficed for son and sire.
How could the soil thy father eared so long
Endure to bear in silence such a wrong?
          All-seeing Time hath caught
          Guilt, and to justice brought
The son and sire commingled in one bed.
          O child of Laius
          Would I had ne
I raise for thee a diM
Yet, sooth to say, through thee I drew new breath,
And now through thee I feel a second death.
[Enter SECOND MESSENGER.]
Most grave and reverend senators of Thebes,
What Deeds ye soon must hear, what sights behold
How will ye mourn, if, true-born patriots,
Ye reverence still the race of Labdacus!
Not Ister nor all Phasis
Could wash away the blood-stains from this house,
The ills it shrouds or soon will bring to light,
Ills wrought of maliceM
The worst to bear are self-inflicted wounds.
Grievous enough for all our tears and groans
Our past calamities; what canst thou add?
My tale is quickly told and quickly heard.
Our sovereign lady queen Jocasta
Alas, poor queen! how came she by her death?
By her own hand. And all the horror of it,
Not having seen, yet cannot comprehend.
Nathless, as far as my poor memory serves,
I will relate the unhappy ladyM
When in her frenzy she had passed inside
The vestibule, she hurried straight to win
The bridal-chamber, clutching at her hair
With both her hands, and, once within the room,
She shut the doors behind her with a crash.
 she cried, and called her husband dead
Long, long ago; her thought was of that child
By him begot, the son by whom the sire
Was murdered and the mother left to breed
With her own seed, a monstrous progeny.
Then she bewailed the marriage bed whereon
ad conceived a double brood,
Husband by husband, children by her child.
What happened after that I cannot tell,
Nor how the end befell, for with a shriek
Burst on us Oedipus; all eyes were fixed
On Oedipus, as up and down he strode,
Nor could we mark her agony to the end.
For stalking to and fro
Where is the wife, no wife, the teeming womb
That bore a double harvest, me and mine?
And in his frenzy some supernal power
(No mortal, surely, none of us who watched him)
is footsteps; with a terrible shriek,
As though one beckoned him, he crashed against
The folding doors, and from their staples forced
The wrenched bolts and hurled himself within.
Then we beheld the woman hanging there,
A running noose entwined about her neck.
But when he saw her, with a maddened roar
He loosed the cord; and when her wretched corpse
Lay stretched on earth, what followed
He tore the golden brooches that upheld
Her queenly robes, upraised them high and smote
eye-balls, uttering words like these:
No more shall ye behold such sights of woe,
Deeds I have suffered and myself have wrought;
Henceforward quenched in darkness shall ye see
er have seen; now blind to those
Whom, when I saw, I vainly yearned to know.
     Such was the burden of his moan, whereto,
Not once but oft, he struck with his hand uplift
His eyes, and at each stroke the ensanguined orbs
Bedewed his beard, not oozing drop by drop,
But one black gory downpour, thick as haM
Such evils, issuing from the double source,
Have whelmed them both, confounding man and wife.
Till now the storied fortune of this house
Was fortunate indeed; but from this day
Woe, lamentation, ruin, death, disgrace,
All ills that can be named, all, all are theirs.
But hath he still no respite from his pain?
Unbar the doors and let all Thebes
Behold the slayer of his sire, his mother
That shameful word my lips may not repeat.
self-banished from the land,
Nor stay to bring upon his house the curse
Himself had uttered; but he has no strength
Nor one to guide him, and his torture
Than man can suffer, as yourselves will see.
For lo, the palace portals are unbarred,
And soon ye shall behold a sight so sad
That he who must abhorred would pity it.
[Enter OEDIPUS blinded.]
          Woeful sight! more woeful none
          These sad eyes have looked upon.
          Whence this madness? None can tell
ho did cast on thee his spell,
          prowling all thy life around,
          Leaping with a demon bound.
          Hapless wretch! how can I brook
          On thy misery to look?
          Though to gaze on thee I yearn,
          Much to question, much to learn,
          Horror-struck away I turn.
Ah me! ah woe is me!
Ah whither am I borne!
How like a ghost forlorn
My voice flits from me on the air!
On, on the demon goads. The end, ah where?
An end too dread to tell, tM
Dark, dark! The horror of darkness, like a shroud,
Wraps me and bears me on through mist and cloud.
Ah me, ah me! What spasms athwart me shoot,
What pangs of agonizing memory?
No marvel if in such a plight thou feel
The double weight of past and present woes.
Ah friend, still loyal, constant still and kind,
          Thou carest for the blind.
I know thee near, and though bereft of eyes,
          Thy voice I recognize.
O doer of dread deeds, how couldst thou mar
Thy vision thus? What demon goaded thee?
Apollo, friend, Apollo, he it was
          That brought these ills to pass;
But the right hand that dealt the blow
          Was mine, none other. How,
How, could I longer see when sight
          Brought no delight?
Say, friends, can any look or voice
Or touch of love henceforth my heart rejoice?
          Haste, friends, no fond M
          Take the twice cursed away
               Far from all ken,
The man abhorred of gods, accursed of men.
O thy despair well suits thy desperate case.
Would I had never looked upon thy face!
My curse on him whoe
s fell fetters and my life revived!
He meant me well, yet had he left me there,
He had saved my friends and me a world of care.
I too had wished it so.
Then had I never come to shed
s blood nor climbed my mother
The monstrous offspring of a womb defiled,
Co-mate of him who gendered me, and child.
Was ever man before afflicted thus,
I cannot say that thou hast counseled well,
For thou wert better dead than living blind.
s done was well done. Thou canst never shake
My firm belief. A truce to argument.
For, had I sight, I know not with what eyes
I could have met my father in the shades,
Or my poor mother, since against the twain
I sinned, a sin no gallows could atone.
Aye, but, ye say, the sight of children joys
s eyes. What, born as mine were born?
No, such a sight could never bring me joy;
Nor this fair city with its battlements,
Its temples and the statues of its gods,
Sights from which I, now wretchedst of all,
Once ranked the foremost Theban in all Thebes,
By my own sentence am cut off, condemned
By my own proclamation
The miscreant by heaven itself declared
and of the race of LaiM
Thus branded as a felon by myself,
How had I dared to look you in the face?
Nay, had I known a way to choke the springs
Of hearing, I had never shrunk to make
A dungeon of this miserable frame,
Cut off from sight and hearing; for
to bide in regions sorrow cannot reach.
Why didst thou harbor me, Cithaeron, why
Didst thou not take and slay me? Then I never
Had shown to men the secret of my birth.
O Polybus, O Corinth, O my home,
Home of my ancestors (so wast thou called)
ing then I seemed, how foul
The canker that lay festering in the bud!
Now is the blight revealed of root and fruit.
Ye triple high-roads, and thou hidden glen,
Coppice, and pass where meet the three-branched ways,
Ye drank my blood, the life-blood these hands spilt,
s; do ye call to mind perchance
Those deeds of mine ye witnessed and the work
I wrought thereafter when I came to Thebes?
O fatal wedlock, thou didst give me birth,
And, having borne me, sowed again my seed,
Mingling the blood of M
fathers, brothers, children,
Brides, wives and mothers, an incestuous brood,
All horrors that are wrought beneath the sun,
Horrors so foul to name them were unmeet.
O, I adjure you, hide me anywhere
Far from this land, or slay me straight, or cast me
Down to the depths of ocean out of sight.
Come hither, deign to touch an abject wretch;
Draw near and fear not; I myself must bear
The load of guilt that none but I can share.
Lo, here is Creon, the one man to grant
action or advice, for he
s sole guardian in thy stead.
Ah me! what words to accost him can I find?
What cause has he to trust me? In the past
I have bee proved his rancorous enemy.
Not in derision, Oedipus, I come
Nor to upbraid thee with thy past misdeeds.
But shame upon you! if ye feel no sense
Of human decencies, at least revere
The Sun whose light beholds and nurtures all.
Leave not thus nakedly for all to gaze at
A horror neither earth nM
Nor light will suffer. Lead him straight within,
For it is seemly that a kinsman
Be heard by kin and seen by kin alone.
O listen, since thy presence comes to me
A shock of glad surprise
O grant me one small boon.
I ask it not on my behalf, but thine.
And what the favor thou wouldst crave of me?
Forth from thy borders thrust me with all speed;
Set me within some vasty desert where
No mortal voice shall grM
This had I done already, but I deemed
It first behooved me to consult the god.
His will was set forth fully
The parricide, the scoundrel; and I am he.
Yea, so he spake, but in our present plight
Twere better to consult the god anew.
Dare ye inquire concerning such a wretch?
Yea, for thyself wouldst credit now his word.
Aye, and on thee in all humility
I lay this charge: let her who lies within
eceive such burial as thou shalt ordain;
tis thine, as brother, to perform.
But for myself, O never let my Thebes,
The city of my sires, be doomed to bear
The burden of my presence while I live.
No, let me be a dweller on the hills,
On yonder mount Cithaeron, famed as mine,
My tomb predestined for me by my sire
And mother, while they lived, that I may die
Slain as they sought to slay me, when alive.
This much I know full surely, nor disease
Shall end my days, nor any common chance;
er been snatched from death, unless
I was predestined to some awful doom.
     So be it. I reck not how Fate deals with me
But my unhappy children
Be not concerned, O Creon, they are men,
And for themselves, where
er they be, can fend.
But for my daughters twain, poor innocent maids,
Who ever sat beside me at the board
Sharing my viands, drinking of my cup,
For them, I pray thee, care, and, if thou willst,
O might I feel their touch and make my moan.
Hear me, O prince, my noble-heM
Could I but blindly touch them with my hands
d think they still were mine, as when I saw.
[ANTIGONE and ISMENE are led in.]
What say I? can it be my pretty ones
Whose sobs I hear? Has Creon pitied me
And sent me my two darlings? Can this be?
twas I procured thee this delight,
Knowing the joy they were to thee of old.
God speed thee! and as meed for bringing them
May Providence deal with thee kindlier
Than it has dealt with me! O children mine,
Where are ye? Let me clasp you with these hands,
Lack-luster sockets of his once bright eyes;
Hands of a man who blindly, recklessly,
Became your sire by her from whom he sprang.
Though I cannot behold you, I must weep
In thinking of the evil days to come,
The slights and wrongs that men will put upon you.
er ye go to feast or festival,
No merrymaking will it prove for you,
But oft abashed in tears ye will return.
And when ye come to marriageableM
s the bold wooers who will jeopardize
To take unto himself such disrepute
s children still must cling,
For what of infamy is lacking here?
Their father slew his father, sowed the seed
Where he himself was gendered, and begat
These maidens at the source wherefrom he sprang.
Such are the gibes that men will cast at you.
Who then will wed you? None, I ween, but ye
Must pine, poor maids, in single barrenness.
 son, to thee, I turn,
rests to father them, for we
Their natural parents, both of us, are lost.
O leave them not to wander poor, unwed,
Thy kin, nor let them share my low estate.
O pity them so young, and but for thee
All destitute. Thy hand upon it, Prince.
To you, my children I had much to say,
Were ye but ripe to hear. Let this suffice:
Pray ye may find some home and live content,
And may your lot prove happier than your sire
Thou hast had enough of weeping; pass within.
                     M
                        I must obey,
                         Weep not, everything must have its day.
Well I go, but on conditions.
                              What thy terms for going, say.
Send me from the land an exile.
                              Ask this of the gods, not me.
                              Then they soon will grant thy plea.
Lead me hence, then, I am willing.
                                   Come, but let thy children go.
Rob me not of these my children!
                                   Crave not mastery in all,
For the mastery that raised thee was thy bane and wrought thy fall.
Look ye, countrymen and Thebans, this is Oedipus the great,
He who knew the Sphinx
s riddle and was mightiest in our state.
Who of all our townsmen gazed not on his fame with envious eyes?
n what a sea of troubles sunk and overwhelmed he lies!
Therefore wait to see life
s ending ere thou count one mortal blest;
Wait till free from pain and sorrow he has gained his final rest.
Oedipus, the blind and banished King of Thebes, has come in his
wanderings to Colonus, a deme of Athens, led by his daughter Antigone.
He sits to rest on a rock just within a sacred grove of the Furies and
is bidden depart by a passing native. But Oedipus, instructed by an
cle that he had reached his final resting-place, refuses to stir,
and the stranger consents to go and consult the Elders of Colonus (the
Chorus of the Play). Conducted to the spot they pity at first the blind
beggar and his daughter, but on learning his name they are
horror-striken and order him to quit the land. He appeals to the
world-famed hospitality of Athens and hints at the blessings that his
coming will confer on the State. They agree to await the decision of
King Theseus. From Theseus Oedipus cravesM
 protection in life and burial
in Attic soil; the benefits that will accrue shall be told later.
Theseus departs having promised to aid and befriend him. No sooner has
he gone than Creon enters with an armed guard who seize Antigone and
carry her off (Ismene, the other sister, they have already captured)
and he is about to lay hands on Oedipus, when Theseus, who has heard
the tumult, hurries up and, upbraiding Creon for his lawless act,
threatens to detain him till he has shown where the captives are and
stored them. In the next scene Theseus returns bringing with him the
rescued maidens. He informs Oedipus that a stranger who has taken
sanctuary at the altar of Poseidon wishes to see him. It is Polyneices
who has come to crave his father
s forgiveness and blessing, knowing by
an oracle that victory will fall to the side that Oedipus espouses. But
Oedipus spurns the hypocrite, and invokes a dire curse on both his
unnatural sons. A sudden clap of thunder is heard, and as peal follows
peal, Oedipus is aware M
that his hour is come and bids Antigone summon
Theseus. Self-guided he leads the way to the spot where death should
overtake him, attended by Theseus and his daughters. Halfway he bids
his daughters farewell, and what followed none but Theseus knew. He was
not (so the Messenger reports) for the gods took him.
OEDIPUS, banished King of Thebes.
ANTIGONE, his daughter.
ISMENE, his daughter.
THESEUS, King of Athens.
CREON, brother of Jocasta, now reigning at Thebes.
STRANGER, a native of Colonus.
MESSENGER, an attendant of Theseus.
CHORUS, citizens of Colonus.
     Scene: In front of the grove of the Eumenides.
Enter the blind OEDIPUS led by his daughter, ANTIGONE.
Child of an old blind sire, Antigone,
What region, say, whose city have we reached?
Who will provide today with scanted dole
Tis little that he craves,
that less enough for me;
For I am taught by suffering to enM
And the long years that have grown old with me,
And last not least, by true nobility.
My daughter, if thou seest a resting place
On common ground or by some sacred grove,
Stay me and set me down. Let us discover
Where we have come, for strangers must inquire
Of denizens, and do as they are bid.
Long-suffering father, Oedipus, the towers
That fence the city still are faint and far;
But where we stand is surely holy ground;
A wilderness of laurel, olive, vine;
Within a choir or songstM
Are warbling. On this native seat of rock
Rest; for an old man thou hast traveled far.
Guide these dark steps and seat me there secure.
If time can teach, I need not to be told.
Say, prithee, if thou knowest, where we are.
Athens I recognize, but not the spot.
That much we heard from every wayfarer.
Shall I go on and ask about the place?
Yes, daughter, if it be inhabited.
e there are habitations; but no need
To leave thee; yonder is a man hard by.
What, moving hitherward and on his way?
Say rather, here already. Ask him straight
The needful questions, for the man is here.
O stranger, as I learn from her whose eyes
Must serve both her and me, that thou art here
Sent by some happy chance to serve our doubts
First quit that seat, then question me at large:
The spot thou treadest on is holy ground.
What is the site, to what god dedicate?
Inviolable, untrod; goddesses,
Dread brood of Earth and Darkness, here abide.
Tell me the awful name I should invoke?
The Gracious Ones, All-seeing, so our folk
Call them, but elsewhere other names are rife.
Then may they show their suppliant grace, for I
From this your sanctuary will ne
                    The watchword of my fate.
tis not mine to bid thee hence without
Due warrant and instruction from the State.
s name, O stranger, scorn me not
As a wayfarer; tell me what I crave.
Ask; your request shall not be scorned by me.
How call you then the place wherein we bide?
er I know thou too shalt know; the place
Is all to great Poseidon consecrate.
Hard by, the Titan, he who bears the torch,
Prometheus, has his worship; but the spot
ou treadest, the Brass-footed Threshold named,
 bastion, and the neighboring lands
Claim as their chief and patron yonder knight
Colonus, and in common bear his name.
Such, stranger, is the spot, to fame unknown,
But dear to us its native worshipers.
Thou sayest there are dwellers in these parts?
Surely; they bear the name of yonder god.
Ruled by a king or by the general voice?
The lord of Athens is our over-lord.
his monarch, great in word and might?
Theseus, the son of Aegeus our late king.
Might one be sent from you to summon him?
Wherefore? To tell him aught or urge his coming?
Say a slight service may avail him much.
How can he profit from a sightless man?
s words will be instinct with sight.
Heed then; I fain would see thee out of harm;
For by the looks, marred though they be by fate,
hee noble; tarry where thou art,
While I go seek the burghers
Not in the city. They will soon decide
Whether thou art to rest or go thy way.
Tell me, my daughter, has the stranger gone?
Yes, he has gone; now we are all alone,
st speak, dear father, without fear.
Stern-visaged queens, since coming to this land
First in your sanctuary I bent the knee,
Frown not on me or Phoebus, who, when erst
He told me all my miserM
Spake of this respite after many years,
Some haven in a far-off land, a rest
Vouchsafed at last by dread divinities.
shalt thou round thy weary life,
A blessing to the land wherein thou dwell
But to the land that cast thee forth, a curse.
And of my weird he promised signs should come,
Earthquake, or thunderclap, or lightning flash.
And now I recognize as yours the sign
That led my wanderings to this your grove;
Else had I never lighted on you first,
ess man on your seat of native rock.
O goddesses, fulfill Apollo
Grant me some consummation of my life,
If haply I appear not all too vile,
A thrall to sorrow worse than any slave.
Hear, gentle daughters of primeval Night,
Hear, namesake of great Pallas; Athens, first
Of cities, pity this dishonored shade,
The ghost of him who once was Oedipus.
Hush! for I see some grey-beards on their way,
Their errand to spy out our resting-place.
I will be mute, and thou shalt guM
Into the covert from the public road,
Till I have learned their drift. A prudent man
Will ever shape his course by what he learns.
Ha! Where is he? Look around!
Every nook and corner scan!
He the all-presumptuous man,
Whither vanished? search the ground!
A wayfarer, no countryman of ours,
That old man must have been;
Never had native dared to tempt the Powers,
          Or enter their demesne,
The Maids in awe of whom each mortal cM
          Whose name no voice betrays nor cry,
          And as we pass them with averted eye,
We move hushed lips in reverent piety.
          But now some godless man,
Tis rumored, here abides;
          The precincts through I scan,
               Yet wot not where he hides,
                    The wretch profane!
                    I search and search in vain.
          I am that man; I know you near
          Ears to the blind, they say, are eyes.
          O dread to see and dread to hear!
Oh sirs, I am no outlaw under ban.
No favorite of fate,
That ye should envy his estate,
O, Sirs, would any happy mortal, say,
Grope by the light of other eyes his way,
Or face the storm upon so frail a stay?
Wast thou then sightless from thy birth?
Evil, methinks, and long
Thy pilgrimage on earth.
Yet add not curse to curse and wrong to wrong.
    I warn thee, trespass not
          Within this hallowed spot,
Lest thou shouldst find the silent grassy glade
          Where offerings are laid,
Bowls of spring water mingled with sweet mead.
          Thou must not stay,
          Come, come away,
          Tired wanderer, dost thou heed?
(We are far off, but sure our voice can reach.)
          If aught thou wouldst beseech,
tis right; till then refrain from speech.
Daughter, what counsel should we now pursue?
We must obey and do as here they do.
               Here, O father, is my hand,
O Sirs, if I come forth at your command,
Let me not suffer for my confidence.
Against thy will no man shall drive thee hence.
                    Aye.
                         What further still?
Lead maiden, thou canst guide him where we will.
*        *        *        *        *
*       *        *        *        *        *
*       *        *        *        *        *
Follow with blind steps, father, as I lead.
*       *        *        *        *        *
In a strange land strange thou art;
To her will incline thy heart;
Honors, all she frowns on hate.
Guide me child, where we may range
Safe within the paths of right;
Counsel freely may exchM
Nor with fate and fortune fight.
Halt! Go no further than that rocky floor.
Stay where I now am?
                    Yes, advance no more.
               Move sideways towards the ledge,
And sit thee crouching on the scarped edge.
This is my office, father, O incline
Thy steps to my steps, lean thine aged frame on mine.
Wanderer, now thou art at rest,
Tell me of thy birth and home,
From what far country art thou come,
Led on thy weary way, declare!
Strangers, I have no country. O forbear
What is it, old man, that thou wouldst conceal?
Forbear, nor urge me further to reveal
Why this reluctance?
                    Dread my lineage.
                                        Say!
What must I answer, chiM
Say of what stock thou comest, what man
Ah me, my daughter, now we are undone!
Speak, for thou standest on the slippery verge.
I will; no plea for silence can I urge.
Will neither speak? Come, Sir, why dally thus!
                         Ha? Who!
                    Oh Zeus!
The hapless OedipusM
                    Art he?
er I utter, have no fear of me.
          O wretched me!
                         Begone!
O daughter, what will hap anon?
Forth from our borders speed ye both!
How keep you then your troth?
s justice never smites
Him who ill with ill requites.
But if guile with guile contend,
Bane, not blessing, is the end.
Arise, begone and takeM
 thee hence straightway,
Lest on our land a heavier curse thou lay.
     O sirs! ye suffered not my father blind,
     Albeit gracious and to ruth inclined,
     Knowing the deeds he wrought, not innocent,
          But with no ill intent;
          Yet heed a maiden
          Who pleads for him alone;
          My eyes, not reft of sight,
Plead with you as a daughter
You are our providence,
O make us not go hence!
O with a gracious nod
Grant us the nigh despaired-of bM
          Hear us, O hear,
But all that ye hold dear,
Wife, children, homestead, hearth and God!
Where will you find one, search ye ne
scapes perdition if a god impel!
Surely we pity thee and him alike
Daughter of Oedipus, for your distress;
But as we reverence the decrees of Heaven
We cannot say aught other than we said.
O what avails renown or fair repute?
Are they not vanity? For, look you, now
Athens is held of States the most devout,
hens alone gives hospitality
And shelters the vexed stranger, so men say.
Have I found so? I whom ye dislodged
First from my seat of rock and now would drive
Forth from your land, dreading my name alone;
For me you surely dread not, nor my deeds,
Deeds of a man more sinned against than sinning,
As I might well convince you, were it meet
The cause of this your fear. Yet am I then
A villain born because in self-defense,
Striken, I struck the striker back again?
en had I known, no villainy
But all unwitting whither I went, I went
To ruin; my destroyers knew it well,
Wherefore, I pray you, sirs, in Heaven
Even as ye bade me quit my seat, defend me.
O pay not a lip service to the gods
And wrong them of their dues. Bethink ye well,
The eye of Heaven beholds the just of men,
And the unjust, nor ever in this world
Has one sole godless sinner found escape.
Stand then on Heaven
s side and never blot
 fair scutcheon by abettM
I came to you a suppliant, and you pledged
Your honor; O preserve me to the end,
O let not this marred visage do me wrong!
A holy and god-fearing man is here
Whose coming purports comfort for your folk.
And when your chief arrives, whoe
Then shall ye have my story and know all.
Meanwhile I pray you do me no despite.
The plea thou urgest, needs must give us pause,
Set forth in weighty argument, but we
Must leave the issue with the ruling powers.
he, strangers, he who sways the realm?
In his ancestral seat; a messenger,
The same who sent us here, is gone for him.
And think you he will have such care or thought
For the blind stranger as to come himself?
Aye, that he will, when once he learns thy name.
But who will bear him word!
                              The way is long,
And many travelers pass to speed the news.
ll hear and hasten, never fear;
So wide and far thy nM
ame is noised abroad,
er so spent and loth to move,
He would bestir him when he hears of thee.
Well, may he come with blessing to his State
And me! Who serves his neighbor serves himself.
Zeus! What is this? What can I say or think?
                    I see a woman
Riding upon a colt of Aetna
She wears for headgear a Thessalian hat
To shade her from the sun. Who can it be?
She or a stranger? Do IM
I cannot tell, alack;
It is no other! Now her bright
Greets me with recognition, yes,
                    Ha! what say ye, child?
That I behold thy daughter and my sister,
And thou wilt know her straightway by her voice.
Father and sister, names to me most sweet,
How hardly have I found you, hardly now
When found at last can see you through my tears!
                    O father, sad thy plight!
Child, thou art here?
                    Yes,
                    I give a hand to both.
                    O disastrous plight!
Her plight and mine?
                    Aye, and my own no less.
What brought thee, daughter?
                        Father, care for thee.
                         Yes, and I had news
I would myself deliver, so I came
With the one thrall who yet is true to me.
Thy valiant brothers, where are they at need?
tis now their darkest hour.
Out on the twain! The thoughts and actions all
Are framed and modeled on Egyptian ways.
For there the men sit at the loom indoors
While the wives slave M
abroad for daily bread.
those whom I behooved
To bear the burden, stay at home like girls,
While in their stead my daughters moil and drudge,
Lightening their father
Since first she grew from girlish feebleness
To womanhood has been the old man
And shared my weary wandering, roaming oft
Hungry and footsore through wild forest ways,
In drenching rains and under scorching suns,
Careless herself of home and ease, if so
Her sire might have her tender ministM
And thou, my child, whilom thou wentest forth,
Eluding the Cadmeians
To bring thy father all the oracles
Concerning Oedipus, and didst make thyself
My faithful lieger, when they banished me.
And now what mission summons thee from home,
What news, Ismene, hast thou for thy father?
This much I know, thou com
st not empty-handed,
Without a warning of some new alarm.
The toil and trouble, father, that I bore
To find thy lodging-place and how thou faredst,
I spare thee; surelM
To suffer, first in act and then in telling;
Tis the misfortune of thine ill-starred sons
I come to tell thee. At the first they willed
To leave the throne to Creon, minded well
Thus to remove the inveterate curse of old,
A canker that infected all thy race.
But now some god and an infatuate soul
Have stirred betwixt them a mad rivalry
To grasp at sovereignty and kingly power.
Today the hot-branded youth, the younger born,
Is keeping Polyneices from the throne,
 has thrust him from the land.
The banished brother (so all Thebes reports)
Fled to the vale of Argos, and by help
Of new alliance there and friends in arms,
Swears he will stablish Argos straight as lord
Of the Cadmeian land, or, if he fail,
Exalt the victor to the stars of heaven.
This is no empty tale, but deadly truth,
My father; and how long thy agony,
Ere the gods pity thee, I cannot tell.
Hast thou indeed then entertained a hope
The gods at last will turn and rescue me?
Yea, so I read these latest oracles.
What oracles? What hath been uttered, child?
Thy country (so it runs) shall yearn in time
To have thee for their weal alive or dead.
And who could gain by such a one as I?
tis said, their sovereignty depends.
So, when I cease to be, my worth begins.
The gods, who once abased, uplift thee now.
Poor help to raise an old man fallen in youth.
tis for this cause alone
That Creon comes to thee
With what intent, my daughter? Tell me plainly.
To plant thee near the Theban land, and so
Keep thee within their grasp, yet now allow
Thy foot to pass beyond their boundaries.
What gain they, if I lay outside?
                                   Thy tomb,
If disappointed, brings on them a curse.
It needs no god to tell what
efore they fain would have thee close at hand,
Not where thou wouldst be master of thyself.
Mean they to shroud my bones in Theban dust?
Nay, father, guilt of kinsman
Then never shall they be my masters, never!
Thebes, thou shalt rue this bitterly some day!
When what conjunction comes to pass, my child?
Thy angry wraith, when at thy tomb they stand.
And who hath told thee what thou tell
Envoys who visited the Delphic hearth.
Hath Phoebus spoken thus concerning me?
So say the envoys who returned to Thebes.
And can a son of mine have heard of this?
Yea, both alike, and know its import well.
They knew it, yet the ignoble greed of rule
Outweighed all longing for their sire
Grievous thy words, yet I must own them true.
Then may the gods ne
er quench their fatal feuM
And mine be the arbitrament of the fight,
For which they now are arming, spear to spear;
That neither he who holds the scepter now
May keep this throne, nor he who fled the realm
Return again. _They_ never raised a hand,
When I their sire was thrust from hearth and home,
When I was banned and banished, what recked they?
twas done at my desire, a grace
Which the state, yielding to my wish, allowed?
Not so; for, mark you, on that very day
When in the tempest of my soul I craved
eath by stoning, none appeared
To further that wild longing, but anon,
When time had numbed my anguish and I felt
My wrath had all outrun those errors past,
Then, then it was the city went about
By force to oust me, respited for years;
And then my sons, who should as sons have helped,
Did nothing: and, one little word from them
Was all I needed, and they spoke no word,
But let me wander on for evermore,
A banished man, a beggar. These two maids
Their sisters, girls, gave all their sex could give,
nd safe harborage and filial care;
While their two brethren sacrificed their sire
For lust of power and sceptred sovereignty.
er shall win for an ally,
Nor will this Theban kingship bring them gain;
That know I from this maiden
And those old prophecies concerning me,
Which Phoebus now at length has brought to pass.
Come Creon then, come all the mightiest
In Thebes to seek me; for if ye my friends,
Championed by those dread Powers indigenous,
Espouse my cause; then for the StM
A great deliverer, for my foemen bane.
Our pity, Oedipus, thou needs must move,
Thou and these maidens; and the stronger plea
Thou urgest, as the savior of our land,
Disposes me to counsel for thy weal.
Aid me, kind sirs; I will do all you bid.
First make atonement to the deities,
Whose grove by trespass thou didst first profane.
After what manner, stranger? Teach me, pray.
Make a libation first of water fetched
 hands from living spring.
And after I have gotten this pure draught?
Bowls thou wilt find, the carver
Crown thou the rims and both the handles crown
With olive shoots or blocks of wool, or how?
With wool from fleece of yearling freshly shorn.
What next? how must I end the ritual?
Pour thy libation, turning to the dawn.
Pouring it from the urns whereof ye spake?
Yea, in three streamM
s; and be the last bowl drained
                    And wherewith shall I fill it,
Ere in its place I set it? This too tell.
With water and with honey; add no wine.
And when the embowered earth hath drunk thereof?
Then lay upon it thrice nine olive sprays
With both thy hands, and offer up this prayer.
I fain would hear it; that imports the most.
That, as we call them Gracious, they would deign
uppliant their saving grace.
So pray thyself or whoso pray for thee,
In whispered accents, not with lifted voice;
Then go and look back. Do as I bid,
And I shall then be bold to stand thy friend;
Else, stranger, I should have my fears for thee.
Hear ye, my daughters, what these strangers say?
We listened, and attend thy bidding, father.
I cannot go, disabled as I am
Doubly, by lack of strength and lack of sight;
But one of you may do it in my stead;
row, may pay the sacrifice
Of thousands, if his heart be leal and true.
So to your work with speed, but leave me not
Untended; for this frame is all too week
To move without the help of guiding hand.
Then I will go perform these rites, but where
To find the spot, this have I yet to learn.
Beyond this grove; if thou hast need of aught,
The guardian of the close will lend his aid.
I go, and thou, Antigone, meanwhile
Must guard our father. In a parent
f there be toil, is of no account.
Ill it is, stranger, to awake
Pain that long since has ceased to ache,
And yet I fain would hear
Thy tale of cruel suffering
For which no cure was found,
The fate that held thee bound.
O bid me not (as guest I claim
This grace) expose my shame.
The tale is bruited far and near,
And echoes still from ear to ear.
The truth, I fain would hear.
     I prithee yield.
                    Ah me!
Grant my request, I granted all to thee.
Know then I suffered ills most vile, but none
(So help me Heaven!) from acts in malice done.
          The State around
An all unwitting bridegroom bound
An impious marriage chain;
          That was my bane.
Didst thou in sooth then share
A bed incestuous with her that bare
That two-edged word,
O stranger, but these maids
Two daughters, curses twain.
Sprang from the wife and mother
What, then thy offspring are at once
                                        Too true.
          Horrors from the boundless deep
Back on my soul in refluent surges sweeM
                    Intolerable woe.
               I sinned not.
                              How so?
I served the State; would I had never won
That graceless grace by which I was undone.
And next, unhappy man, thou hast shed blood?
                    A father
                                   FloM
Whelms me; that word
s a second mortal blow.
          Yes, a murderer, but know
What canst thou plead?
                         A plea of justice.
                                             How?
I slew who else would me have slain;
I slew without intent,
A wretch, but innocent
s eye, I stand, without a stain.
Behold our sovereign, Theseus, Aegeus
ummons to perform his part.
Oft had I heard of thee in times gone by
The bloody mutilation of thine eyes
And therefore know thee, son of Laius.
All that I lately gathered on the way
Made my conjecture doubly sure; and now
Thy garb and that marred visage prove to me
That thou art he. So pitying thine estate,
Most ill-starred Oedipus, I fain would know
What is the suit ye urge on me and Athens,
Thou and the helpless maiden at thy side.
Declare it; dire indeed must be thM
Whereat _I_ should recoil. I too was reared,
Like thee, in exile, and in foreign lands
Wrestled with many perils, no man more.
Wherefore no alien in adversity
Shall seek in vain my succor, nor shalt thou;
I know myself a mortal, and my share
In what the morrow brings no more than thine.
Theseus, thy words so apt, so generous
So comfortable, need no long reply
Both who I am and of what lineage sprung,
And from what land I came, thou hast declared.
So without prologue I may utter now
My brief petition, and the tale is told.
Say on, and tell me what I fain would learn.
I come to offer thee this woe-worn frame,
A gift not fair to look on; yet its worth
More precious far than any outward show.
What profit dost thou proffer to have brought?
Hereafter thou shalt learn, not yet, methinks.
When may we hope to reap the benefit?
When I am dead and thou hast buried me.
Is it forgotten or of no account?
Yea, the last boon is warrant for the rest.
The grace thou cravest then is small indeed.
Nay, weigh it well; the issue is not slight.
Thou meanest that betwixt thy sons and me?
Prince, they would fain convey me back to Thebes.
If there be no compulsion, then methinks
To rest in banishment befits not thee.
Nay, when _I_ wished it _they_ would not consent.
For shame! such temper misbecomes the faller.
Chide if thou wilt, but first attend my plea.
Say on, I wait full knowledge ere I judge.
O Theseus, I have suffered wrongs on wrongs.
Wouldst tell the old misfortune of thy race?
No, that has grown a byword throughout Greece.
What then can be this more than mortal grief?
My case stands thus; by my own flesh and blood
I was expelled my country, and can M
Thither return again, a parricide.
Why fetch thee home if thou must needs obey.
What are they threatened by the oracle?
Destruction that awaits them in this land.
What can beget ill blood
Dear son of Aegeus, to the gods alone
Is given immunity from eld and death;
But nothing else escapes all-ruinous time.
s might decays, the might of men decays,
Honor grows cold, dishonor flourishes,
twixt friend and friend,
Or city and city; be it soon or late,
Sweet turns to bitter, hate once more to love.
tis sunshine betwixt Thebes and thee
And not a cloud, Time in his endless course
Gives birth to endless days and nights, wherein
The merest nothing shall suffice to cut
With serried spears your bonds of amity.
Then shall my slumbering and buried corpse
In its cold grave drink their warm life-blood up,
If Zeus be Zeus and Phoebus still speak true.
Of mysteries; let me cease as I began:
Enough if thou wilt keep thy plighted troth,
er complain that Oedipus
Proved an unprofitable and thankless guest,
Except the gods themselves shall play me false.
The man, my lord, has from the very first
Declared his power to offer to our land
These and like benefits.
                         Who could reject
The proffered amity of such a friend?
First, he can claim the hospitality
To which by mutual conM
tract we stand pledged:
Next, coming here, a suppliant to the gods,
He pays full tribute to the State and me;
His favors therefore never will I spurn,
But grant him the full rights of citizen;
And, if it suits the stranger here to bide,
I place him in your charge, or if he please
Rather to come with me
Which of the two thou wilt. Thy choice is mine.
Zeus, may the blessing fall on men like these!
What dost thou then decide
What wouldst thou here? I shall not thwart thy wish.
Here shall I vanquish those who cast me forth.
Then were thy presence here a boon indeed.
Such shall it prove, if thou fulfill
Fear not for me; I shall not play thee false.
No need to back thy promise with an oath.
An oath would be no surer than my word.
How wilt thou act then?
                         What is it thou fear
                    Our friends will look to that.
But if thou leave me?
                    Teach me not my duty.
Tis fear constrains me.
                         _My_ soul knows no fear!
Thou knowest not what threats
                              I know that none
Shall hale thee hence in my despite. Such thrM
Vented in anger oft, are blusterers,
An idle breath, forgot when sense returns.
And for thy foemen, though their words were brave,
Boasting to bring thee back, they are like to find
The seas between us wide and hard to sail.
Such my firm purpose, but in any case
Take heart, since Phoebus sent thee here. My name,
Though I be distant, warrants thee from harm.
     Thou hast come to a steed-famed land for rest,
          O stranger worn with toil,
     To a land of all lands the M
Tis the haunt of the clear-voiced nightingale,
          Who hid in her bower, among
     The wine-dark ivy that wreathes the vale,
          Trilleth her ceaseless song;
     And she loves, where the clustering berries nod
er a sunless, windless glade,
     The spot by no mortal footstep trod,
     The pleasance kept for the Bacchic god,
     Where he holds each night his revels wild
     With the nymphs who fostered the lusty child.
     And fed each morn by the pearly dew
          The starred narcissi shine,
     And a wreath with the crocus
          For the Mother and Daughter twine.
     And never the sleepless fountains cease
          That feed Cephisus
     But they swell earth
s bosom with quick increase,
          And their wave hath a crystal gleam.
 quire will never disdain
     To visit this heaven-favored plain,
     Nor the Cyprian queen of the golden rein.
     And here there grows, unpruned, untamed,
          Terror to foemen
     A tree in Asian soil unnamed,
 Dorian isle unclaimed,
          Self-nurtured year by year;
Tis the grey-leaved olive that feeds our boys;
     Nor youth nor withering age destroys
     The plant that the Olive Planter tends
     And the Grey-eyed Goddess herself defends.
     Yet another gift, of all gifts the most
     Prized by our fatherland, we boast
ight of the horse, the might of the sea;
     Our fame, Poseidon, we owe to thee,
     Son of Kronos, our king divine,
     Who in these highways first didst fit
     For the mouth of horses the iron bit;
     Thou too hast taught us to fashion meet
     For the arm of the rower the oar-blade fleet,
     Swift as the Nereids
     As they dance along the brine.
Oh land extolled above all lands,
For thee to make these glorious titles good.
                              Father, lo!
Creon approaches with his company.
Fear not, it shall be so; if we are old,
s vigor has no touch of age.
[Enter CREON with attendants]
Burghers, my noble friends, ye take alarm
At my approach (I read it in your eyes),
Fear nothing and refrain from angry words.
I come with no ill purpose; I am old,
And know the city whither I am come,
Without a peer amongst the powers of Greece.
reason of my years that I
Was chosen to persuade your guest and bring
Him back to Thebes; not the delegate
Of one man, but commissioned by the State,
Since of all Thebans I have most bewailed,
Being his kinsman, his most grievous woes.
O listen to me, luckless Oedipus,
Come home! The whole Cadmeian people claim
With right to have thee back, I most of all,
For most of all (else were I vile indeed)
I mourn for thy misfortunes, seeing thee
An aged outcast, wandering on and on,
A beggar with one handmaid foM
er imagined she could fall
To such a depth of misery as this,
To tend in penury thy stricken frame,
A virgin ripe for wedlock, but unwed,
A prey for any wanton ravisher?
Seems it not cruel this reproach I cast
On thee and on myself and all the race?
Aye, but an open shame cannot be hid.
Hide it, O hide it, Oedipus, thou canst.
 gods, consent I pray;
Come back to Thebes, come to thy father
Bid Athens, as is meet, a fond farewell;
oster-mother claims thee first.
O front of brass, thy subtle tongue would twist
To thy advantage every plea of right
Why try thy arts on me, why spread again
twould gall me sorest to be snared?
In old days when by self-wrought woes distraught,
I yearned for exile as a glad release,
Thy will refused the favor then I craved.
But when my frenzied grief had spent its force,
And I was fain to taste the sweets of home,
Then thou wouldst thrust me from my country, then
 kindred were by thee ignored;
And now again when thou behold
And all its kindly people welcome me,
st to part us, wrapping in soft words
Hard thoughts. And yet what pleasure canst thou find
In forcing friendship on unwilling foes?
Suppose a man refused to grant some boon
When you importuned him, and afterwards
When you had got your heart
s desire, consented,
Granting a grace from which all grace had fled,
Would not such favor seem an empty boon?
Yet such the boon thou proffM
Fair in appearance, but when tested false.
Yea, I will proved thee false, that these may hear;
Thou art come to take me, not to take me home,
But plant me on thy borders, that thy State
May so escape annoyance from this land.
_That_ thou shalt never gain, but _this_ instead
My ghost to haunt thy country without end;
And for my sons, this heritage
Just room to die in. Have not I more skill
Than thou to draw the horoscope of Thebes?
Are not my teachers surer guides than thiM
Great Phoebus and the sire of Phoebus, Zeus?
Thou art a messenger suborned, thy tongue
Is sharper than a sword
s edge, yet thy speech
Will bring thee more defeats than victories.
Howbeit, I know I waste my words
And leave me here; whate
He lives not ill who lives withal content.
Which loses in this parley, I o
By thee, or thou who overthrow
I shall be well contented if thy suit
Fails with these strangers, as it has wM
Unhappy man, will years ne
Must thou live on to cast a slur on age?
Thou hast a glib tongue, but no honest man,
Methinks, can argue well on any side.
Tis one thing to speak much, another well.
Thy words, forsooth, are few and all well aimed!
Not for a man indeed with wits like thine.
Depart! I bid thee in these burghers
And prowl no longer round me to blockade
                    I protest to these,
Not thee, and for thine answer to thy kin,
                    Who against their will
               Though untaken thou shalt smart.
What power hast thou to execute this threat?
One of thy daughters is already seized,
The other I will carry off anon.
          This is but prelude to thy woes.
                    And soon shall have the other.
Ho, friends! ye will not surely play me false?
Chase this ungodly villain from your land.
Hence, stranger, hence avaunt! Thou doest wrong
In this, and wrong in all that thou hast done.
CREON (to his guards).
Tis time by force to carry off the girl,
If she refuse of her free will to go.
Ah, woe is me! where shall I fly, where find
Succor from gods or men?
                         What woulM
I meddle not with him, but her who is mine.
O princes of the land!
                         Sir, thou dost wrong.
               How right?
                         I take but what is mine.
What means this, sirrah? quick unhand her, or
                    Back!
                         Not till thou forbear.
Tis war with Thebes if I am touched or harmed.
Did I not warn thee?
                    Quick, unhand the maid!
Command your minions; I am not your slave.
CREON (to the guard)
                    And O bid thee march!
          To the rescue, one and all!
          Rally, neighbors to my call!
          See, the foe is at the gate!
          Rally to defend the State.
Ah, woe is me, they M
drag me hence, O friends.
Where art thou, daughter?
                         Haled along by force.
Thy hands, my child!
                    They will not let me, father.
               Ah, woe is me, ah woe!
So those two crutches shall no longer serve thee
For further roaming. Since it pleaseth thee
er thy country and thy friends
Who mandate, though a prince, I here discharge,
oy thy triumph; soon or late thou
Thou art an enemy to thyself, both now
And in time past, when in despite of friends
st the rein to passion, still thy bane.
Hold there, sir stranger!
                         Hands off, have a care.
Restore the maidens, else thou goest not.
Then Thebes will take a dearer surety soon;
I will lay hands on more than these two maids.
What canst thou further?
                       M
  Carry off this man.
               And deeds forthwith shall make them good.
Unless perchance our sovereign intervene.
O shameless voice! Would
st lay an hand on me?
Silence, I bid thee!
                    Goddesses, allow
Thy suppliant to utter yet one curse!
Wretch, now my eyes are gone thou hast torn away
The helpless maiden who was eyes to me;
For these to thee and all thy cursed race
May the great Sun, whM
ose eye is everywhere,
Grant length of days and old age like to mine.
Listen, O men of Athens, mark ye this?
They mark us both and understand that I
Wronged by the deeds defend myself with words.
Nothing shall curb my will; though I be old
And single-handed, I will have this man.
Thou art a bold man, stranger, if thou think
To execute thy purpose.
                         So I do.
 this State no more a State.
With a just quarrel weakness conquers might.
                    Aye words, but not yet deeds,
               Zeus may haply know, not thou.
          Insolence that thou must bear.
          Haste ye princes, sound the alarm!
          Men of Athens, arm ye, arm!
          Quickly to the rescue come
          Ere the robbers get them home.
Why this outcry? What is forward? wherefore was I called away
From the altar of Poseidon, lord of your Colonus? Say!
On what errand have I hurried hither without stop or stay.
those accents tell me who thou art
Yon man but now hath done me a foul wrong.
What is this wrong and who hath wrought it? Speak.
Creon who stands before thee. He it is
Hath robbed me of my all, my daughters twain.
               Thou hast heard my tale of wrongs.
Ho! hasten to the altars, one of you.
Command my liegemen leave the sacrifice
And hurry, foot and horse, with rein unchecked,
To where the paths that packmen use diverge,
Lest the two maidens slip away, and I
Become a mockery to this my guest,
As one despoiled by force. Quick, as I bid.
As for this stranger, had I let my rage,
Justly provoked, have play, he had not
Scathless and uncorrected at my hands.
to which himself appealed,
These and none others shall adjudicate.
Thou shalt not quit this land, till thou hast fetched
The maidens and produced them in my sight.
Thou hast offended both against myself
And thine own race and country. Having come
Unto a State that champions right and asks
For every action warranty of law,
Thou hast set aside the custom of the land,
And like some freebooter art carrying off
What plunder pleases thee, as if forsooth
Thou thoughtest this a city without men,
aves, and me a thing of naught.
Yet not from Thebes this villainy was learnt;
Thebes is not wont to breed unrighteous sons,
Nor would she praise thee, if she learnt that thou
aye and the gods to boot,
Haling by force their suppliants, poor maids.
Were I on Theban soil, to prosecute
The justest claim imaginable, I
Would never wrest by violence my own
Without sanction of your State or King;
I should behave as fits an outlander
Living amongst a foreign folk, but thou
Shamest a city that dM
Even thine own, and plentitude of years
Have made of thee an old man and a fool.
Therefore again I charge thee as before,
See that the maidens are restored at once,
st continue here by force
And not by choice a sojourner; so much
I tell thee home and what I say, I mean.
Thy case is perilous; though by birth and race
st be just, thou plainly doest wrong.
Not deeming this city void of men
Or counsel, son of Aegeus, as thou say
I did what I have done; rather I thought
Your people were not like to set such store
by kin of mine and keep them
Nor would they harbor, so I stood assured,
A godless parricide, a reprobate
Convicted of incestuous marriage ties.
For on her native hill of Ares here
(I knew your far-famed Areopagus)
Sits Justice, and permits not vagrant folk
To stay within your borders. In that faith
I hunted down my quarry; and e
I had refrained but for the curses dire
Wherewith he banned myM
 kinsfolk and myself:
Such wrong, methought, had warrant for my act.
Anger has no old age but only death;
The dead alone can feel no touch of spite.
So thou must work thy will; my cause is just
But weak without allies; yet will I try,
Old as I am, to answer deeds with deeds.
O shameless railer, think
Defames my grey hairs rather than thine own?
Murder and incest, deeds of horror, all
Thou blurtest forth against me, all I have borne,
No willing sinner; so it pleased the M
Wrath haply with my sinful race of old,
st find no sin in me myself
For which in retribution I was doomed
To trespass thus against myself and mine.
Answer me now, if by some oracle
My sire was destined to a bloody end
s hand, can this reflect on me,
Me then unborn, begotten by no sire,
Conceived in no mother
When born to misery, as born I was,
I met my sire, not knowing whom I met
or what I did, and slew him, how canst thou
With justice blame the all-M
And for my mother, wretch, art not ashamed,
Seeing she was thy sister, to extort
From me the story of her marriage, such
A marriage as I straightway will proclaim.
For I will speak; thy lewd and impious speech
Has broken all the bonds of reticence.
She was, ah woe is me! she was my mother;
I knew it not, nor she; and she my mother
Bare children to the son whom she had borne,
A birth of shame. But this at least I know
Wittingly thou aspersest her and me;
But I unwitting wed, unwilling sM
Nay neither in this marriage or this deed
Which thou art ever casting in my teeth
shall I be held to blame.
Come, answer me one question, if thou canst:
If one should presently attempt thy life,
st thou, O man of justice, first inquire
If the assassin was perchance thy sire,
Or turn upon him? As thou lov
On thy aggressor thou would
Debating, if the law would bear thee out.
Such was my case, and such the pass whereto
The gods reduced meM
; and methinks my sire,
Could he come back to life, would not dissent.
Yet thou, for just thou art not, but a man
Who sticks at nothing, if it serve his plea,
Reproachest me with this before these men.
It serves thy turn to laud great Theseus
And Athens as a wisely governed State;
Yet in thy flatteries one thing is to seek:
If any land knows how to pay the gods
Their proper rites,
tis Athens most of all.
This is the land whence thou wast fain to steal
Their aged suppliant and hast carried offM
My daughters. Therefore to yon goddesses,
I turn, adjure them and invoke their aid
To champion my cause, that thou mayest learn
What is the breed of men who guard this State.
An honest man, my liege, one sore bestead
By fortune, and so worthy our support.
Enough of words; the captors speed amain,
While we the victims stand debating here.
st thou? What can I, a feeble man?
Show us the trail, and I
That, if thou hast tM
he maidens hereabouts,
Thou mayest thyself discover them to me;
But if thy guards outstrip us with their spoil,
We may draw rein; for others speed, from whom
scape to thank the gods at home.
Lead on, I say, the captor
en the fowler in the toils he spread;
So soon are lost gains gotten by deceit.
And look not for allies; I know indeed
Such height of insolence was never reached
Without abettors or accomplices;
Thou hast some backer in thy bold essay,
ill search this matter home and see
One man doth not prevail against the State.
Dost take my drift, or seem these words as vain
As seemed our warnings when the plot was hatched?
Nothing thou sayest can I here dispute,
But once at home I too shall act my part.
begone! Thou, Oedipus,
Stay here assured that nothing save my death
Will stay my purpose to restore the maids.
Heaven bless thee, Theseus, for thy nobleness
And all thy loving care in my behalM
[Exeunt THESEUS and CREON]
          O when the flying foe,
          Turning at last to bay,
          Soon will give blow for blow,
          Might I behold the fray;
          Hear the loud battle roar
          Swell, on the Pythian shore,
          Or by the torch-lit bay,
          Where the dread Queen and Maid
          Cherish the mystic rites,
          Rites they to none betray,
          Ere on his lips is laid
          By their oM
          Priestly Eumolpidae.
          There I might chance behold
          Theseus our captain bold
          Meet with the robber band,
          Ere they have fled the land,
          Rescue by might and main
          Maidens, the captives twain.
          Haply on swiftest steed,
          Or in the flying car,
          Now they approach the glen,
          West of white Oea
          They will be vanquished:
          Dread are our warriors, dread
    Theseus our chieftain
          Flashes each bridle bright,
          Charges each gallant knight,
          All that our Queen adore,
          Pallas their patron, or
          Him whose wide floods enring
          Earth, the great Ocean-king
          Whom Rhea bore.
          Fight they or now prepare
          To fight? a vision rare
          Tells me that soon again
          I shall behold the twain
          Maidens so ill bestead,
          By their kin buffeted.
day, today Zeus worketh some great thing
     This day shall victory bring.
O for the wings, the wings of a dove,
To be borne with the speed of the gale,
Up and still upwards to sail
     And gaze on the fray from the clouds above.
All-seeing Zeus, O lord of heaven,
To our guardian host be given
Might triumphant to surprise
Flying foes and win their prize.
Hear us, Zeus, and hear us, child
Of Zeus, Athene undefiled,
Hear, Apollo, hunter, hear,
Huntress, sister of Apollo,
Who the dappled swifM
er the wooded glade dost follow;
Help with your two-fold power
O wayfarer, thou wilt not have to tax
The friends who watch for thee with false presage,
For lo, an escort with the maids draws near.
[Enter ANTIGONE and ISMENE with THESEUS]
Where, where? what sayest thou?
                              O father, father,
Would that some god might grant thee eyes to see
This best of men who brings us back again.
d are ye back indeed!
                                   Yes, saved
By Theseus and his gallant followers.
s arms, O let me feel
s embrace I never hoped for more.
Thou askest what is doubly sweet to give.
                    We come together both.
My precious nurslings!
                         Fathers aye were fond.
               So sorrow sorrow props.
I have my darlings, and if death should come,
Death were not wholly bitter with you near.
Cling to me, press me close on either side,
There rest ye from your dreary wayfaring.
Now tell me of your ventures, but in brief;
Brief speech suffices for young maids like you.
Here is our savior; thou should
From his own lips; so shall my part be brief.
I pray thee do not wonder if the sight
er for lost, has made
My converse somewhat long and tedious.
Full well I know the joy I have of them
Is due to thee, to thee and no man else;
Thou wast their sole deliverer, none else.
The gods deal with thee after my desire,
With thee and with this land! for fear of heaven
I found above all peoples most with you,
And righteousness and lips that cannot lie.
I speak in gratitude of what I know,
For all I have I owe to thee alone.
Give me thy hand, O Prince, that I may touch it,
And if thou wilt peM
rmit me, kiss thy cheek.
What say I? Can I wish that thou should
One fallen like me to utter wretchedness,
Corrupt and tainted with a thousand ills?
Oh no, I would not let thee if thou would
They only who have known calamity
Can share it. Let me greet thee where thou art,
And still befriend me as thou hast till now.
I marvel not if thou hast dallied long
In converse with thy children and preferred
Their speech to mine; I feel no jealousy,
I would be famous more by deeds thaM
Of this, old friend, thou hast had proof; my oath
I have fulfilled and brought thee back the maids
Alive and nothing harmed for all those threats.
And how the fight was won,
twere waste of words
thy daughters here will tell thee all.
But of a matter that has lately chanced
On my way hitherward, I fain would have
twould seem, yet worthy thought.
A wise man heeds all matters great or small.
What is it, son of Aegeus? Let me hear.
est I myself know naught.
Tis said a man, no countryman of thine,
But of thy kin, hath taken sanctuary
Beside the altar of Poseidon, where
I was at sacrifice when called away.
What is his country? what the suitor
I know but one thing; he implores, I am told,
he will not trouble thee.
What seeks he? If a suppliant, something grave.
He only waits, they say, to speak with thee,
And then unharmed to go uponM
I marvel who is this petitioner.
Think if there be not any of thy kin
At Argos who might claim this boon of thee.
Dear friend, forbear, I pray.
                              What ails thee now?
                    Ask not what? explain.
Thy words have told me who the suppliant is.
Who can he be that I should frown on him?
My son, O king, my hateful son, M
s most would jar upon my ears.
Thou sure mightest listen. If his suit offend,
No need to grant it. Why so loth to hear him?
That voice, O king, grates on a father
I have come to loathe it. Force me not to yield.
But he hath found asylum. O beware,
And fail not in due reverence to the god.
O heed me, father, though I am young in years.
Let the prince have his will and pay withal
What in his eyes is service to the goM
For our sake also let our brother come.
If what he urges tend not to thy good
He cannot surely wrest perforce thy will.
To hear him then, what harm? By open words
A scheme of villainy is soon bewrayed.
Thou art his father, therefore canst not pay
s most impious outrages.
O listen to him; other men like thee
Have thankless children and are choleric,
But yielding to persuasion
They let their savage mood be exorcised.
Look thou to the past, forget the present, think
all the woe thy sire and mother brought thee;
Thence wilt thou draw this lesson without fail,
Of evil passion evil is the end.
Thou hast, alas, to prick thy memory,
Stern monitors, these ever-sightless orbs.
O yield to us; just suitors should not need
To be importunate, nor he that takes
A favor lack the grace to make return.
Grievous to me, my child, the boon ye win
By pleading. Let it be then; have your way
Only if come he must, I beg thee, friend,
Let none have power to dispose of me.
No need, Sir, to appeal a second time.
It likes me not to boast, but be assured
Thy life is safe while any god saves mine.
Who craves excess of days,
          Scorning the common span
          Of life, I judge that man
A giddy wight who walks in folly
For the long years heap up a grievous load,
          Scant pleasures, heavier pains,
          Till not one joy remains
For him who lingers on life
     And come it slow or fast,
          One doom of fate
          Doth all await,
          For dance and marriage bell,
          The dirge and funeral knell.
Death the deliverer freeth all at last.
          Not to be born at all
          Is best, far best that can befall,
          Next best, when born, with least delay
          To trace the backward way.
For when youth passes with its giddy train,
     Troubles on troubles follow, toils on toils,
          Pain, pain for ever pain;
          And none escapes life
          Envy, sedition, strife,
Carnage and war, make up the tale of life.
Last comes the worst and most abhorred stage
          Of unregarded age,
Joyless, companionless and slow,
          Of woes the crowning woe.
Such ills not I alone,
He too our guest hath known,
en as some headland on an iron-bound shore,
Lashed by the wintry blasts and surge
So is he buffeted on every side
          By every wind of heaven o
        Some from the sunset, some from orient morn,
          Some from the noonday glow.
Some from Rhipean gloom of everlasting snow.
Father, methinks I see the stranger coming,
Alone he comes and weeping plenteous tears.
               The same that we surmised.
Polyneices. He is here.
Ah me, my sisters, shall I first lament
My own afflictions, or my aged sire
Whom here I find a castawM
In a strange land, an ancient beggar clad
In antic tatters, marring all his frame,
er the sightless orbs his unkept locks
Float in the breeze; and, as it were to match,
He bears a wallet against hunger
All this too late I learn, wretch that I am,
Alas! I own it, and am proved most vile
In my neglect of thee: I scorn myself.
But as almighty Zeus in all he doth
Hath Mercy for co-partner of this throne,
Let Mercy, father, also sit enthroned
In thy heart likewise. For tranM
May be amended, cannot be made worse.
Why silent? Father, speak, nor turn away,
Hast thou no word, wilt thou dismiss me then
In mute disdain, nor tell me why thou art wrath?
O ye his daughters, sisters mine, do ye
This sullen, obstinate silence try to move.
Let him not spurn, without a single word
Of answer, me the suppliant of the god.
Tell him thyself, unhappy one, thine errand;
For large discourse may send a thrill of joy,
Or stir a chord of wrath or tenderness,
o the tongue-tied somehow give a tongue.
Well dost thou counsel, and I will speak out.
First will I call in aid the god himself,
Poseidon, from whose altar I was raised,
With warrant from the monarch of this land,
To parley with you, and depart unscathed.
These pledges, strangers, I would see observed
By you and by my sisters and my sire.
Now, father, let me tell thee why I came.
I have been banished from my native land
Because by right of primogeniture
I claimed possession of thy sovereM
Wherefrom Etocles, my younger brother,
Ousted me, not by weight of precedent,
Nor by the last arbitrament of war,
But by his popular acts; and the prime cause
Of this I deem the curse that rests on thee.
So likewise hold the soothsayers, for when
I came to Argos in the Dorian land
And took the king Adrastus
Under my standard I enlisted all
The foremost captains of the Apian isle,
To levy with their aid that sevenfold host
Of spearmen against Thebes, determining
oes or die in a just cause.
Why then, thou askest, am I here today?
Father, I come a suppliant to thee
Both for myself and my allies who now
With squadrons seven beneath their seven spears
Beleaguer all the plain that circles Thebes.
Foremost the peerless warrior, peerless seer,
Amphiaraiis with his lightning lance;
Next an Aetolian, Tydeus, Oeneus
Eteoclus of Argive birth the third;
The fourth Hippomedon, sent to the war
By his sire Talaos; Capaneus, the fifth,
Vaunts he will fire and raze the M
Parthenopaeus, an Arcadian born
Named of that maid, longtime a maid and late
Last I thy son, or thine at least in name,
If but the bastard of an evil fate,
Lead against Thebes the fearless Argive host.
Thus by thy children and thy life, my sire,
We all adjure thee to remit thy wrath
And favor one who seeks a just revenge
Against a brother who has banned and robbed him.
For victory, if oracles speak true,
Will fall to those who have thee for ally.
So, by our fountains and familiar gods
I pray thee, yield and hear; a beggar I
And exile, thou an exile likewise; both
Involved in one misfortune find a home
As pensioners, while he, the lord of Thebes,
O agony! makes a mock of thee and me.
ll scatter with a breath the upstart
And bring thee home again and stablish thee,
And stablish, having cast him out, myself.
This will thy goodwill I will undertake,
Without it I can scare return alive.
s sake who sent him, OM
Dismiss him not without a meet reply.
Nay, worthy seniors, but for Theseus
Who sent him hither to have word of me.
Never again would he have heard my voice;
But now he shall obtain this parting grace,
An answer that will bring him little joy.
O villain, when thou hadst the sovereignty
That now thy brother holdeth in thy stead,
Didst thou not drive me, thine own father, out,
An exile, cityless, and make we wear
s garb thou weepest to behold,
Now thou art come tM
hyself to my sad plight?
Nothing is here for tears; it must be borne
By _me_ till death, and I shall think of thee
As of my murderer; thou didst thrust me out;
Tis thou hast made me conversant with woe,
Through thee I beg my bread in a strange land;
And had not these my daughters tended me
I had been dead for aught of aid from thee.
They tend me, they preserve me, they are men
Not women in true service to their sire;
But ye are bastards, and no sons of mine.
Therefore just Heaven hath an eye on thee;
Howbeit not yet with aspect so austere
As thou shalt soon experience, if indeed
These banded hosts are moving against Thebes.
That city thou canst never storm, but first
Shall fall, thou and thy brother, blood-imbrued.
Such curse I lately launched against you twain,
Such curse I now invoke to fight for me,
That ye may learn to honor those who bear thee
Nor flout a sightless father who begat
these maidens did not so.
Therefore my curse is stronger than thy
 if by right of laws eterne
Primeval Justice sits enthroned with Zeus.
Begone, abhorred, disowned, no son of mine,
Thou vilest of the vile! and take with thee
This curse I leave thee as my last bequest:
Never to win by arms thy native land,
No, nor return to Argos in the Vale,
s hand to die and slay
Him who expelled thee. So I pray and call
On the ancestral gloom of Tartarus
To snatch thee hence, on these dread goddesses
I call, and Ares who incensed you both
What thou hast heard to the Cadmeians all,
Thy staunch confederates
that Oedipus divideth to his sons.
Thy errand, Polyneices, liked me not
From the beginning; now go back with speed.
Woe worth my journey and my baffled hopes!
Woe worth my comrades! What a desperate end
To that glad march from Argos! Woe is me!
I dare not whisper it to my allies
Or turn them back, but mute must meet my doom.
My sisters, ye his daughters, ye have heard
e prayers of our stern father, if his curse
Should come to pass and ye some day return
To Thebes, O then disown me not, I pray,
But grant me burial and due funeral rites.
So shall the praise your filial care now wins
Be doubled for the service wrought for me.
One boon, O Polyneices, let me crave.
st thou, sweet Antigone? Say on.
Turn back thy host to Argos with all speed,
And ruin not thyself and Thebes as well.
ow could I lead again
An army that had seen their leader quail?
But, brother, why shouldst thou be wroth again?
What profit from thy country
Tis shame to live in exile, and shall I
The elder bear a younger brother
Wilt thou then bring to pass his prophecies
Who threatens mutual slaughter to you both?
but I must not yield.
O woe is me! but say, will any dare,
I shall not tell it; a good general
Reports successes and conceals mishaps.
Misguided youth, thy purpose then stands fast!
Tis so, and stay me not. The road I choose,
Dogged by my sire and his avenging spirit,
Leads me to ruin; but for you may Zeus
Make your path bright if ye fulfill my hest
When dead; in life ye cannot serve me more.
Now let me go, farewell, a long farewell!
er shall see my living face again.
          Bewail me not.
                         Who would not mourn
Thee, brother, hurrying to an open pit!
If I must die, I must.
                         Nay, hear me plead.
It may not be; forbear.
                         Then woe is me,
If I must lose thee.
                    Nay, that rests with fate,
Whether I live or die; but for you both
I pray to heaven ye may escape all illM
For ye are blameless in the eyes of all.
     Ills on ills! no pause or rest!
     Come they from our sightless guest?
     Or haply now we see fulfilled
     What fate long time hath willed?
er have I proved vain
     Aught that the heavenly powers ordain.
     Time with never sleeping eye
     Watches what is writ on high,
     Overthrowing now the great,
     Raising now from low estate.
Hark! How the thunder rumbles! Zeus defend us!
Children, my children! will no messenger
Go summon hither Theseus my best friend?
And wherefore, father, dost thou summon him?
This winged thunder of the god must bear me
Anon to Hades. Send and tarry not.
Hark! with louder, nearer roar
The bolt of Zeus descends once more.
My spirit quails and cowers: my hair
Bristles for fear. Again that flare!
What doth the lightning-flash portend?
Ever it points to issues grave.
Dread powers of air! Save, Zeus,M
Daughters, upon me the predestined end
Has come; no turning from it any more.
How knowest thou? What sign convinces thee?
I know full well. Let some one with all speed
Go summon hither the Athenian prince.
Ha! once more the deafening sound
Peals yet louder all around
If thou darkenest our land,
Lightly, lightly lay thy hand;
Grace, not anger, let me win,
If upon a man of sin
I have looked with pitying eye,
Zeus, our king, to theM
Is the prince coming? Will he when he comes
Find me yet living and my senses clear!
What solemn charge would
st thou impress on him?
For all his benefits I would perform
The promise made when I received them first.
          Hither haste, my son, arise,
          Altar leave and sacrifice,
          If haply to Poseidon now
          In the far glade thou pay
          For our guest to thee would bring
d thy folk and offering,
          Thy due guerdon. Haste, O King!
Wherefore again this general din? at once
My people call me and the stranger calls.
Is it a thunderbolt of Zeus or sleet
Of arrowy hail? a storm so fierce as this
Would warrant all surmises of mischance.
st much wished for, Prince, and sure some god
Hath bid good luck attend thee on thy way.
What, son of Laius, hath chanced of new?
My life hath turned the sM
cale. I would do all
I promised thee and thine before I die.
What sign assures thee that thine end is near?
The gods themselves are heralds of my fate;
Of their appointed warnings nothing fails.
How sayest thou they signify their will?
This thunder, peal on peal, this lightning hurled
Flash upon flash, from the unconquered hand.
I must believe thee, having found thee oft
A prophet true; then speak what must be done.
of Aegeus, for this state will I
Unfold a treasure age cannot corrupt.
Myself anon without a guiding hand
Will take thee to the spot where I must end.
er reveal to mortal man,
Neither the spot nor whereabouts it lies,
So shall it ever serve thee for defense
Better than native shields and near allies.
But those dread mysteries speech may not profane
Thyself shalt gather coming there alone;
Since not to any of thy subjects, nor
To my own children, though I love them dearly,
hat thou must guard alone,
And whisper to thy chosen heir alone,
So to be handed down from heir to heir.
Thus shalt thou hold this land inviolate
From the dread Dragon
s brood. The justest State
By countless wanton neighbors may be wronged,
For the gods, though they tarry, mark for doom
The godless sinner in his mad career.
Far from thee, son of Aegeus, be such fate!
the god within me goads
Let us set forth no longer hesitate.
Follow me, daughters, this way. Strange that I
u have led so long should lead you now.
Oh, touch me not, but let me all alone
Find out the sepulcher that destiny
Appoints me in this land. Hither, this way,
For this way Hermes leads, the spirit guide,
And Persephassa, empress of the dead.
O light, no light to me, but mine erewhile,
Now the last time I feel thee palpable,
For I am drawing near the final gloom
Of Hades. Blessing on thee, dearest friend,
On thee and on thy land and followers!
Live prosperous and in your happy state
Still for your welfarM
e think on me, the dead.
[Exit THESEUS followed by ANTIGONE and ISMENE]
          If mortal prayers are heard in hell,
          Hear, Goddess dread, invisible!
          Monarch of the regions drear,
               Aidoneus, hear, O hear!
          By a gentle, tearless doom
          Speed this stranger to the gloom,
          Let him enter without pain
          The all-shrouding Stygian plain.
          Wrongfully in life oppressed,
          Be he now by Justice blessed.
          Queen infernal, and thou fell
          Watch-dog of the gates of hell,
          Who, as legends tell, dost glare,
          Gnarling in thy cavernous lair
          At all comers, let him go
          Scathless to the fields below.
          For thy master orders thus,
          The son of earth and Tartarus;
          In his den the monster keep,
          Giver of eternal sleep.
Friends, countrymen, my tidings are in sum
That Oedipus is gone, but the eM
Was not so brief, nor can the tale be brief.
What, has he gone, the unhappy man?
                                   Know well
That he has passed away from life to death.
How? By a god-sent, painless doom, poor soul?
Thy question hits the marvel of the tale.
How he moved hence, you saw him and must know;
Without a friend to lead the way, himself
Guiding us all. So having reached the abrupt
Earth-rooted Threshold with its brazen stairs,
ed at one of the converging paths,
Hard by the rocky basin which records
The pact of Theseus and Peirithous.
Betwixt that rift and the Thorician rock,
The hollow pear-tree and the marble tomb,
Midway he sat and loosed his beggar
Then calling to his daughters bade them fetch
Of running water, both to wash withal
And make libation; so they clomb the steep;
And in brief space brought what their father bade,
Then laved and dressed him with observance due.
But when he had his will in everything,
nd no desire was left unsatisfied,
It thundered from the netherworld; the maids
Shivered, and crouching at their father
Wept, beat their breast and uttered a long wail.
He, as he heard their sudden bitter cry,
Folded his arms about them both and said,
My children, ye will lose your sire today,
For all of me has perished, and no more
Have ye to bear your long, long ministry;
A heavy load, I know, and yet one word
Wipes out all score of tribulations
And love from me ye had
But now must live without me all your days.
So clinging to each other sobbed and wept
Father and daughters both, but when at last
Their mourning had an end and no wail rose,
A moment there was silence; suddenly
A voice that summoned him; with sudden dread
The hair of all stood up and all were
For the call came, now loud, now low, and oft.
Oedipus, Oedipus, why tarry we?
Too long, too long thy passing is delayed.
But when he heard the summons of the god,
He prayed that TheseuM
s might be brought, and when
The Prince came nearer:
Pledge ye my daughters, giving thy right hand
And, daughters, give him yours
Thou never wilt forsake them, but do all
That time and friendship prompt in their behoof.
And he of his nobility repressed
His tears and swore to be their constant friend.
This promise given, Oedipus put forth
Blind hands and laid them on his children, saying,
O children, prove your true nobility
And hence depart nor seM
ek to witness sights
Unlawful or to hear unlawful words.
Nay, go with speed; let none but Theseus stay,
Our ruler, to behold what next shall hap.
So we all heard him speak, and weeping sore
We companied the maidens on their way.
After brief space we looked again, and lo
The man was gone, evanished from our eyes;
Only the king we saw with upraised hand
Shading his eyes as from some awful sight,
That no man might endure to look upon.
A moment later, and we saw him bend
In prayer to Earth and prayer to M
But by what doom the stranger met his end
No man save Theseus knoweth. For there fell
No fiery bold that reft him in that hour,
Nor whirlwind from the sea, but he was taken.
It was a messenger from heaven, or else
Some gentle, painless cleaving of earth
For without wailing or disease or pain
and end most marvelous.
And if to some my tale seems foolishness
I am content that such could count me fool.
Where are the maids and their attendant friends?
They cannot be far off; the approaching sound
Of lamentation tells they come this way.
[Enter ANTIGONE and ISMENE]
Woe, woe! on this sad day
     We sisters of one blasted stock
     must bow beneath the shock,
Must weep and weep the curse that lay
     On him our sire, for whom
In life, a life-long world of care
     In death must face the gloom
     That wraps his tomb.
What tongue can tell
That sight ineffable?
                         All is but surmise.
                    Gone as ye most might wish.
Not in battle or sea storm,
But reft from sight,
By hands invisible borne
To viewless fields of night.
Ah me! on us too night has come,
The night of mourning. Wither roam
er land or sea in our distress
Eating the bread of bitterness?
I know not. O that Death
Might nip my breath,
And let me share my aged father
I cannot live a life thus desolate.
Best of daughters, worthy pair,
What heaven brings ye needs must bear,
Fate hath dealt with you not ill.
Love can turn past pain to bliss,
     What seemed bitter now is sweet.
Ah me! that happy toil is sweet.
     The guidance of those dear blind feet.
Dear father, wrapt for aye in nether gloom,
Never shalt thou lack of love repine,
     Her love and mine.
          Is even as he planned.
He died, so willed he, in a foreign land.
Lapped in kind earth he sleeps his long last sleep,
er his grave friends weep.
How great our lost these streaming eyes can tell,
     This sorrow naught can quell.
Thou hadst thy wish
mid strangers thus to die,
     But I, ah me, not by.
Alas, my sister, what new fate
*     *     *     *     *     *
*     *     *     *     *     *
efalls us orphans desolate?
His end was blessed; therefore, children, stay
Your sorrow. Man is born to fate a prey.
Sister, let us back again.
               My soul is fain
          To see the earthy bed.
               Where our sire is laid.
st not, dost not see
Sister, wherefore wroth with me?
                    More must I hear?
Tombless he died, none near.
Lead me thither; slay me there.
How shall I unhappy fare,
Friendless, helpless, how drag on
A life of misery alone?
                    Ah, whither flee?
Refuge hath been found.
                         For me?
Where thou shalt be safe from harm.
          Why then this alarm?
How again to get us home
               Why then this roam?
                    As of yore.
Worse than what was worse before.
Sure ye are driven on the breakers
               Alas!
Ah whither turn, O Zeus? No ray
Of hope to cheer the way
the fates our desperate voyage urge.
Dry your tears; when grace is shed
On the quick and on the dead
By dark Powers beneficent,
Over-grief they would resent.
 child, to thee we pray.
What the boon, my children, say.
With our own eyes we fain would see
                    That may not be.
                         My children, he
ged me straitly that no moral
Should approach the sacred portal,
Or greet with funeral litanies
The hidden tomb wherein he lies;
Thou shalt hold thy realm at rest.
The God of Oaths this promise heard,
And to Zeus I pledged my word.
Well, if he would have it so,
We must yield. Then let us go
Back to Thebes, if yet we may
Heal this mortal feud and stay
The self-wrought doom
That drives our brothers to their tomb.
Go in peace; nor will M
Ought of toil and zealous care,
But on all your needs attend,
Gladdening in his grave my friend.
Wail no more, let sorrow rest,
All is ordered for the best.
Antigone, daughter of Oedipus, the late king of Thebes, in defiance of
Creon who rules in his stead, resolves to bury her brother Polyneices,
slain in his attack on Thebes. She is caught in the act by Creon
watchmen and brought before the king. She justifies her action,
asserting that she was M
bound to obey the eternal laws of right and
wrong in spite of any human ordinance. Creon, unrelenting, condemns her
to be immured in a rock-hewn chamber. His son Haemon, to whom Antigone
is betrothed, pleads in vain for her life and threatens to die with
her. Warned by the seer Teiresias Creon repents him and hurries to
release Antigone from her rocky prison. But he is too late: he finds
lying side by side Antigone who had hanged herself and Haemon who also
has perished by his own hand. Returning to the palaM
the dead body of his queen who on learning of her son
stabbed herself to the heart.
daughters of Oedipus and sisters of Polyneices and
CREON, King of Thebes.
HAEMON, Son of Creon, betrothed to Antigone.
EURYDICE, wife of Creon.
TEIRESIAS, the prophet.
CHORUS, of Theban elders.
             ANTIGONE and ISMENE before the Palace gates.
sister of my blood and heart,
st thou how Zeus would in our lives fulfill
The weird of Oedipus, a world of woes!
For what of pain, affliction, outrage, shame,
Is lacking in our fortunes, thine and mine?
And now this proclamation of today
Made by our Captain-General to the State,
What can its purport be? Didst hear and heed,
Or art thou deaf when friends are banned as foes?
To me, Antigone, no word of friends
Has come, or glad or grievous, since we twain
Were reft of our two brethren inM
By double fratricide; and since i
Our Argive leaguers fled, no later news
Has reached me, to inspirit or deject.
twas so, and therefore summoned thee
Beyond the gates to breathe it in thine ear.
What is it? Some dark secret stirs thy breast.
What but the thought of our two brothers dead,
The one by Creon graced with funeral rites,
The other disappointed? Eteocles
He hath consigned to earth (as fame reports)
With obsequies that useM
So gracing him among the dead below.
But Polyneices, a dishonored corse,
(So by report the royal edict runs)
No man may bury him or make lament
Must leave him tombless and unwept, a feast
For kites to scent afar and swoop upon.
Such is the edict (if report speak true)
Of Creon, our most noble Creon, aimed
At thee and me, aye me too; and anon
He will be here to promulgate, for such
As have not heard, his mandate;
No passing humor, for the edict says
esses shall be stoned to death.
So stands it with us; now
If thou art worthy of thy blood or base.
But how, my rash, fond sister, in such case
Can I do anything to make or mar?
Say, wilt thou aid me and abet? Decide.
In what bold venture? What is in thy thought?
Lend me a hand to bear the corpse away.
What, bury him despite the interdict?
My brother, and, though thou deny him, thine
No man shall say thM
at _I_ betrayed a brother.
Wilt thou persist, though Creon has forbid?
What right has he to keep me from my own?
Bethink thee, sister, of our father
Abhorred, dishonored, self-convinced of sin,
Blinded, himself his executioner.
Think of his mother-wife (ill sorted names)
Done by a noose herself had twined to death
And last, our hapless brethren in one day,
Both in a mutual destiny involved,
Self-slaughtered, both the slayer and the slain.
ister, we are left alone;
Shall we not perish wretchedest of all,
If in defiance of the law we cross
weak women, think of that,
Not framed by nature to contend with men.
Remember this too that the stronger rules;
We must obey his orders, these or worse.
Therefore I plead compulsion and entreat
The dead to pardon. I perforce obey
The powers that be.
Tis foolishness, I ween,
To overstep in aught the golden mean.
I urge no more; nay, wert thou willing still,
not welcome such a fellowship.
Go thine own way; myself will bury him.
How sweet to die in such employ, to rest,
Sister and brother linked in love
A sinless sinner, banned awhile on earth,
But by the dead commended; and with them
I shall abide for ever. As for thee,
Scorn, if thou wilt, the eternal laws of Heaven.
I scorn them not, but to defy the State
Or break her ordinance I have no skill.
A specious pretext. I will go alone
To lap my dearest brother in thM
My poor, fond sister, how I fear for thee!
O waste no fears on me; look to thyself.
At least let no man know of thine intent,
But keep it close and secret, as will I.
O tell it, sister; I shall hate thee more
If thou proclaim it not to all the town.
Thou hast a fiery soul for numbing work.
I pleasure those whom I would liefest please.
If thou succeed; but thou art doomed to fail.
trength shall fail me, yes, but not before.
s hopeless, why essay?
Sister, forbear, or I shall hate thee soon,
And the dead man will hate thee too, with cause.
Say I am mad and give my madness rein
To wreck itself; the worst that can befall
Is but to die an honorable death.
Have thine own way then;
Yet to thy lovers thou art dear as ever.
Sunbeam, of all that ever dawn upon
seven-gated Thebes the brightest ray,
               O eye of golden day,
How fair thy light o
Speeding upon their headlong homeward course,
Far quicker than they came, the Argive force;
               Putting to flight
The argent shields, the host with scutcheons white.
Against our land the proud invader came
To vindicate fell Polyneices
          Like to an eagle swooping low,
          On pinions white as new fall
With clanging scream, a horsetail pluM
The aspiring lord of Argos onward pressed.
Hovering around our city walls he waits,
His spearmen raven at our seven gates.
But ere a torch our crown of towers could burn,
Ere they had tasted of our blood, they turn
Forced by the Dragon; in their rear
The din of Ares panic-struck they hear.
For Zeus who hates the braggart
Beheld that gold-bespangled host;
As at the goal the paean they upraise,
He struck them with his forked lightning blaze.
arth rebounding, down he crashed;
     The fire-brand from his impious hand was dashed,
As like a Bacchic reveler on he came,
Outbreathing hate and flame,
And tottered. Elsewhere in the field,
Here, there, great Area like a war-horse wheeled;
          Beneath his car down thrust
          Our foemen bit the dust.
Seven captains at our seven gates
Thundered; for each a champion waits,
Each left behind his armor bright,
Trophy for Zeus who turns the fight;
Save two alone, that ill-starred pair
her to one father bare,
Who lance in rest, one
Drave, and both perished, brother slain by brother.
Now Victory to Thebes returns again
And smiles upon her chariot-circled plain.
          Now let feast and festal should
          Memories of war blot out.
          Let us to the temples throng,
          Dance and sing the live night long.
          God of Thebes, lead thou the round.
          Bacchus, shaker of the ground!
          Let us end our revels here;
 Lo! Creon our new lord draws near,
          Crowned by this strange chance, our king.
          What, I marvel, pondering?
          Why this summons? Wherefore call
          Us, his elders, one and all,
          Bidding us with him debate,
          On some grave concern of State?
Elders, the gods have righted one again
Our storm-tossed ship of state, now safe in port.
But you by special summons I convened
As my most trusted councilors; first, because
I knew you loyal to LM
Again, when Oedipus restored our State,
Both while he ruled and when his rule was o
Ye still were constant to the royal line.
Now that his two sons perished in one day,
Brother by brother murderously slain,
By right of kinship to the Princes dead,
I claim and hold the throne and sovereignty.
tis no easy matter to discern
The temper of a man, his mind and will,
Till he be proved by exercise of power;
And in my case, if one who reigns supreme
Swerve from the highest policy, tonguM
By fear of consequence, that man I hold,
And ever held, the basest of the base.
And I contemn the man who sets his friend
Before his country. For myself, I call
To witness Zeus, whose eyes are everywhere,
If I perceive some mischievous design
To sap the State, I will not hold my tongue;
Nor would I reckon as my private friend
A public foe, well knowing that the State
Is the good ship that holds our fortunes all:
Farewell to friendship, if she suffers wreck.
Such is the policy by which I seek
serve the Commons and conformably
I have proclaimed an edict as concerns
The sons of Oedipus; Eteocles
s battle fought and fell,
The foremost champion
With all observances and ceremonies
That are the guerdon of the heroic dead.
But for the miscreant exile who returned
Minded in flames and ashes to blot out
s city and his father
And glut his vengeance with his kinsmen
Or drag them captive at his chariot wheels
Shall give him burial or make mourn for him,
But leave his corpse unburied, to be meat
For dogs and carrion crows, a ghastly sight.
So am I purposed; never by my will
Shall miscreants take precedence of true men,
But all good patriots, alive or dead,
Shall be by me preferred and honored.
Son of Menoeceus, thus thou will
With him who loathed and him who loved our State.
Thy word is law; thou canst dispose of us
The living, as thou will
See then ye execute what I ordain.
On younger shoulders lay this grievous charge.
ve posted guards to watch the corpse.
What further duty would
Not to connive at disobedience.
No man is mad enough to court his death.
The penalty _is_ death: yet hope of gain
Hath lured men to their ruin oftentimes.
My lord, I will not make pretense to pant
And puff as some lightM
In sooth my soul beneath its pack of thought
Made many a halt and turned and turned again;
For conscience plied her spur and curb by turns.
Why hurry headlong to thy fate, poor fool?
She whispered. Then again,
This from another, thou wilt rue it worse.
Thus leisurely I hastened on my road;
Much thought extends a furlong to a league.
But in the end the forward voice prevailed,
To face thee. I will speak though I say nothing.
For plucking courage from despair mM
Let the worst hap, thou canst but meet thy fate.
What is thy news? Why this despondency?
Let me premise a word about myself?
I neither did the deed nor saw it done,
Nor were it just that I should come to harm.
Thou art good at parry, and canst fence about
Some matter of grave import, as is plain.
The bearer of dread tidings needs must quake.
Then, sirrah, shoot thy bolt and get thee gone.
Well, it must out; the corpse M
en now besprinkled it with thirsty dust,
Performed the proper ritual
st thou? Who hath dared to do this thing?
I cannot tell, for there was ne
hard unbroken ground,
Without a scratch or rut of chariot wheels,
No sign that human hands had been at work.
When the first sentry of the morning watch
Gave the alarm, we all were terror-stricken.
The corpse had vanished, not interred in earth,
th dust, as if by one who sought
To avert the curse that haunts the unburied dead:
Of hound or ravening jackal, not a sign.
Thereat arose an angry war of words;
Guard railed at guard and blows were like to end it,
For none was there to part us, each in turn
Suspected, but the guilt brought home to none,
From lack of evidence. We challenged each
The ordeal, or to handle red-hot iron,
Or pass through fire, affirming on our oath
we neither did the deed
Ourselves, nor know who did or compasseM
Our quest was at a standstill, when one spake
And bowed us all to earth like quivering reeds,
For there was no gainsaying him nor way
To escape perdition: _Ye_are_bound_to_tell_
_The_King,_ye_cannot_hide_it; so he spake.
And he convinced us all; so lots were cast,
And I, unlucky scapegoat, drew the prize.
So here I am unwilling and withal
Unwelcome; no man cares to hear ill news.
I had misgivings from the first, my liege,
Of something more than natural at work.
u vex me with your babblement;
I am like to think you dote in your old age.
Is it not arrant folly to pretend
That gods would have a thought for this dead man?
Did they forsooth award him special grace,
And as some benefactor bury him,
Who came to fire their hallowed sanctuaries,
To sack their shrines, to desolate their land,
And scout their ordinances? Or perchance
The gods bestow their favors on the bad.
No! no! I have long noted malcontents
Who wagged their heads, and kicked against the yoke,
ng these my orders, and my rule.
Tis they, I warrant, who suborned my guards
By bribes. Of evils current upon earth
The worst is money. Money
Cities, and drives men forth from hearth and home;
Warps and seduces native innocence,
And breeds a habit of dishonesty.
But they who sold themselves shall find their greed
Out-shot the mark, and rue it soon or late.
Yea, as I still revere the dread of Zeus,
By Zeus I swear, except ye find and bring
Before my presence here the very man
ried out this lawless burial,
Death for your punishment shall not suffice.
Hanged on a cross, alive ye first shall make
Confession of this outrage. This will teach you
What practices are like to serve your turn.
There are some villainies that bring no gain.
For by dishonesty the few may thrive,
The many come to ruin and disgrace.
May I not speak, or must I turn and go
                    Begone! canst thou not see
en this question irks me?
                                   Where, my lord?
Is it thy ears that suffer, or thy heart?
Why seek to probe and find the seat of pain?
this miscreant thy mind.
What an inveterate babbler! get thee gone!
Babbler perchance, but innocent of the crime.
Twice guilty, having sold thy soul for gain.
Alas! how sad when reasoners reason wrong.
Go, quibble with thy reason. If thou fail
To find these malefaM
ctors, thou shalt own
The wages of ill-gotten gains is death.
I pray he may be found. But caught or not
(And fortune must determine that) thou never
Shalt see me here returning; that is sure.
For past all hope or thought I have escaped,
And for my safety owe the gods much thanks.
Many wonders there be, but naught more wondrous than man;
Over the surging sea, with a whitening south wind wan,
Through the foam of the firth, man makes his perilous way;
eldest of deities Earth that knows not toil nor decay
Ever he furrows and scores, as his team, year in year out,
With breed of the yoked horse, the ploughshare turneth about.
The light-witted birds of the air, the beasts of the weald and the wood
He traps with his woven snare, and the brood of the briny flood.
Master of cunning he: the savage bull, and the hart
Who roams the mountain free, are tamed by his infinite art;
And the shaggy rough-maned steed is broken to bear the bit.
ch and the wind-swift speed of counsel and civic wit,
He hath learnt for himself all these; and the arrowy rain to fly
And the nipping airs that freeze,
neath the open winter sky.
He hath provision for all: fell plague he hath learnt to endure;
er may befall: yet for death he hath found no cure.
Passing the wildest flight thought are the cunning and skill,
That guide man now to the light, but now to counsels of ill.
If he honors the laws of the land, and reveres the Gods of the StM
Proudly his city shall stand; but a cityless outcast I rate
Whoso bold in his pride from the path of right doth depart;
er may I sit by his side, or share the thoughts of his heart.
          What strange vision meets my eyes,
          Fills me with a wild surprise?
          Sure I know her, sure
          The maid Antigone.
          Hapless child of hapless sire,
          Didst thou recklessly conspire,
          Madly brave the King
          Therefore are they haM
[Enter GUARD bringing ANTIGONE]
Here is the culprit taken in the act
Of giving burial. But where
There from the palace he returns in time.
Why is my presence timely? What has chanced?
No man, my lord, should make a vow, for if
He ever swears he will not do a thing,
His afterthoughts belie his first resolve.
When from the hail-storm of thy threats I fled
I sware thou wouldst not see me here again;
But the wild raptureM
Intoxicates, and so I
s my prisoner, caught in the very act,
Decking the grave. No lottery this time;
This prize is mine by right of treasure-trove.
So take her, judge her, rack her, if thou wilt.
s thine, my liege; but I may rightly claim
Hence to depart well quit of all these ills.
Say, how didst thou arrest the maid, and where?
Burying the man. There
s nothing more to tell.
Hast thou thy wits? Or know
I saw this woman burying the corpse
Against thy orders. Is that clear and plain?
But how was she surprised and caught in the act?
It happened thus. No sooner had we come,
Driven from thy presence by those awful threats,
Than straight we swept away all trace of dust,
And bared the clammy body. Then we sat
High on the ridge to windward of the stench,
While each man kept he fellow alert and rated
Roundly the sluggard if he chanced to nap.
t long we watched, until the sun
Stood high in heaven, and his blazing beams
Smote us. A sudden whirlwind then upraised
A cloud of dust that blotted out the sky,
And swept the plain, and stripped the woodlands bare,
And shook the firmament. We closed our eyes
And waited till the heaven-sent plague should pass.
At last it ceased, and lo! there stood this maid.
A piercing cry she uttered, sad and shrill,
As when the mother bird beholds her nest
Robbed of its nestlings; even so the maid
Wailed as she saw thM
e body stripped and bare,
And cursed the ruffians who had done this deed.
Anon she gathered handfuls of dry dust,
Then, holding high a well-wrought brazen urn,
Thrice on the dead she poured a lustral stream.
We at the sight swooped down on her and seized
Our quarry. Undismayed she stood, and when
We taxed her with the former crime and this,
She disowned nothing. I was glad
scape oneself scot-free,
And yet to bring disaster to a friend
Is grievous. Take it all inM
s first duty is to serve himself.
Speak, girl, with head bent low and downcast eyes,
Does thou plead guilty or deny the deed?
Guilty. I did it, I deny it not.
Sirrah, begone whither thou wilt, and thank
Thy luck that thou hast
scaped a heavy charge.
Now answer this plain question, yes or no,
Wast thou acquainted with the interdict?
I knew, all knew; how should I fail to know?
enough to break the law?
Yea, for these laws were not ordained of Zeus,
And she who sits enthroned with gods below,
Justice, enacted not these human laws.
Nor did I deem that thou, a mortal man,
st by a breath annul and override
The immutable unwritten laws of Heaven.
They were not born today nor yesterday;
They die not; and none knoweth whence they sprang.
I was not like, who feared no mortal
To disobey these laws and so provoke
The wrath of Heaven. I knew that I must dM
en hadst thou not proclaimed it; and if death
Is thereby hastened, I shall count it gain.
For death is gain to him whose life, like mine,
Is full of misery. Thus my lot appears
Not sad, but blissful; for had I endured
s son unburied there,
I should have grieved with reason, but not now.
And if in this thou judgest me a fool,
Methinks the judge of folly
A stubborn daughter of a stubborn sire,
This ill-starred maiden kicks against the pricks.
Well, let her know the stubbornest of wills
Are soonest bended, as the hardest iron,
er-heated in the fire to brittleness,
Flies soonest into fragments, shivered through.
A snaffle curbs the fieriest steed, and he
Who in subjection lives must needs be meek.
But this proud girl, in insolence well-schooled,
First overstepped the established law, and then
A second and worse act of insolence
She boasts and glories in her wickedness.
Now if she thus can flout authority
Unpunished, I am woman,M
But though she be my sister
Of kin than all who worship at my hearth,
Nor she nor yet her sister shall escape
The utmost penalty, for both I hold,
As arch-conspirators, of equal guilt.
Bring forth the older; even now I saw her
Within the palace, frenzied and distraught.
The workings of the mind discover oft
Dark deeds in darkness schemed, before the act.
More hateful still the miscreant who seeks
When caught, to make a virtue of a crime.
o more than slay thy prisoner?
Not I, thy life is mine, and that
Why dally then? To me no word of thine
Is pleasant: God forbid it e
Nor am I more acceptable to thee.
And yet how otherwise had I achieved
A name so glorious as by burying
A brother? so my townsmen all would say,
Where they not gagged by terror, Manifold
s prerogatives, and not the least
That all his acts and all his words are law.
Of all these Thebans none so dM
These think as I, but bate their breath to thee.
Hast thou no shame to differ from all these?
To reverence kith and kin can bring no shame.
Was his dead foeman not thy kinsman too?
One mother bare them and the self-same sire.
Why cast a slur on one by honoring one?
The dead man will not bear thee out in this.
Surely, if good and evil fare alive.
The slain man was no villM
The patriot perished by the outlaw
Nathless the realms below these rites require.
Not that the base should fare as do the brave.
Who knows if this world
s crimes are virtues there?
Not even death can make a foe a friend.
My nature is for mutual love, not hate.
Die then, and love the dead if thou must;
No woman shall be the master while I live.
o from out the palace gate,
          Comes Ismene; see her brow,
          Once serene, beclouded now,
          See her beauteous face o
          With a flush of angry red.
Woman, who like a viper unperceived
Didst harbor in my house and drain my blood,
Two plagues I nurtured blindly, so it proved,
To sap my throne. Say, didst thou too abet
This crime, or dost abjure all privity?
I did the deed, if she will have it so,
And with my sister claim to share the guilt.
That were unjust. Thou would
At first, and I refused thy partnership.
But now thy bark is stranded, I am bold
To claim my share as partner in the loss.
Who did the deed the under-world knows well:
A friend in word is never friend of mine.
O sister, scorn me not, let me but share
Thy work of piety, and with thee die.
Claim not a work in which thou hadst no hand;
 sufficeth. Wherefore should
What would life profit me bereft of thee?
s thy kinsman and best friend.
st thou pleasure in these gibes?
Tis a sad mockery, if indeed I mock.
O say if I can help thee even now.
No, save thyself; I grudge not thy escape.
en this boon denied, to share thy lot?
Yea, for thou chosed
st life, and I to die.
Thou canst not say that I did not protest.
Well, some approved thy wisdom, others mine.
But now we stand convicted, both alike.
Fear not; thou livest, I died long ago
Then when I gave my life to save the dead.
Both maids, methinks, are crazed. One suddenly
Has lost her wits, the other was born mad.
Yea, so it falls, sire, when misfortune comes,
The wisest even lose their mother wit.
 faith thy wit forsook thee whM
Thy choice with evil-doers to do ill.
What life for me without my sister here?
Say not thy sister _here_: thy sister
What, wilt thou slay thy own son
Aye, let him raise him seed from other fields.
No new espousal can be like the old.
A plague on trulls who court and woo our sons.
O Haemon, how thy sire dishonors thee!
A plague on thee and thy accursed bride!
What, wilt thou rob thine own son of his bride?
Tis death that bars this marriage, not his sire.
So her death-warrant, it would seem, is sealed.
By you, as first by me; off with them, guards,
And keep them close. Henceforward let them learn
To live as women use, not roam at large.
en the bravest spirits run away
When they perceive death pressing on life
Thrice blest are they who never tasted pain!
e curse of Heaven attaint a race,
     The infection lingers on and speeds apace,
Age after age, and each the cup must drain.
So when Etesian blasts from Thrace downpour
er the blackening main and whirl to land
s cavernous depths his ooze and sand,
Billow on billow thunders on the shore.
On the Labdacidae I see descending
     Woe upon woe; from days of old some god
     Laid on the race a malison, and his rod
Scourges each age with sorrows never ending.
he light that dawned upon its last born son
     Is vanished, and the bloody axe of Fate
     Has felled the goodly tree that blossomed late.
O Oedipus, by reckless pride undone!
Thy might, O Zeus, what mortal power can quell?
Not sleep that lays all else beneath its spell,
Nor moons that never tire: untouched by Time,
          Throned in the dazzling light
          That crowns Olympus
Thou reignest King, omnipotent, sublime.
          Past, present, and to be,
          All that exceeds the mean by Fate
          Is punished, Love or Hate.
Hope flits about never-wearying wings;
Profit to some, to some light loves she brings,
But no man knoweth how her gifts may turn,
neath his feet the treacherous ashes burn.
twas a sage inspired that spake this word;
          _If evil good appear_
          _To any, Fate is near_;
And brief the respite from her flaming sword.
          Hither comes in angry mood
n, latest of thy brood;
          Is it for his bride he
          Or her marriage-bed deceived,
          Doth he make his mourn for thee,
          Maid forlorn, Antigone?
Soon shall we know, better than seer can tell.
Learning may fixed decree anent thy bride,
st not, son, to rave against thy sire?
er we do is done in love?
O father, I am thine, and I will take
Thy wisdom as the helm to steer withal.
edlock shall by me be held
More precious than thy loving goverance.
Well spoken: so right-minded sons should feel,
In all deferring to a father
tis the hope of parents they may rear
A brood of sons submissive, keen to avenge
s wrongs, and count his friends their own.
But who begets unprofitable sons,
He verily breeds trouble for himself,
And for his foes much laughter. Son, be warned
And let no woman fool away thy wits.
Ill fares the husband mated with a shrew,M
And her embraces very soon wax cold.
For what can wound so surely to the quick
As a false friend? So spue and cast her off,
Bid her go find a husband with the dead.
For since I caught her openly rebelling,
Of all my subjects the one malcontent,
I will not prove a traitor to the State.
She surely dies. Go, let her, if she will,
Appeal to Zeus the God of Kindred, for
If thus I nurse rebellion in my house,
Shall not I foster mutiny without?
For whoso rules his household worthily,
Will prove in civic mattM
But he who overbears the laws, or thinks
To overrule his rulers, such as one
I never will allow. Whome
Appoints must be obeyed in everything,
But small and great, just and unjust alike.
I warrant such a one in either case
Would shine, as King or subject; such a man
Would in the storm of battle stand his ground,
A comrade leal and true; but Anarchy
What evils are not wrought by Anarchy!
She ruins States, and overthrows the home,
She dissipates and routs the embattled hM
While discipline preserves the ordered ranks.
Therefore we must maintain authority
And yield to title to a woman
Better, if needs be, men should cast us out
Than hear it said, a woman proved his match.
To me, unless old age have dulled wits,
Thy words appear both reasonable and wise.
Father, the gods implant in mortal men
Reason, the choicest gift bestowed by heaven.
Tis not for me to say thou errest, nor
Would I arraign thy wisdom, if I could;
oughts may come to other men
And, as thy son, it falls to me to mark
The acts, the words, the comments of the crowd.
The commons stand in terror of thy frown,
And dare not utter aught that might offend,
But I can overhear their muttered plaints,
Know how the people mourn this maiden doomed
For noblest deeds to die the worst of deaths.
When her own brother slain in battle lay
Unsepulchered, she suffered not his corse
To lie for carrion birds and dogs to maul:
Should not her name (they cry) be writ in goldM
Such the low murmurings that reach my ear.
O father, nothing is by me more prized
Than thy well-being, for what higher good
Can children covet than their sire
As fathers too take pride in glorious sons?
Therefore, my father, cling not to one mood,
And deemed not thou art right, all others wrong.
For whoso thinks that wisdom dwells with him,
That he alone can speak or think aright,
Such oracles are empty breath when tried.
The wisest man will let himself be swayed
See how the trees beside a stream in flood
Save, if they yield to force, each spray unharmed,
But by resisting perish root and branch.
The mariner who keeps his mainsheet taut,
And will not slacken in the gale, is like
To sail with thwarts reversed, keel uppermost.
Relent then and repent thee of thy wrath;
For, if one young in years may claim some sense,
tis best of all to be endowed
With absolute wisdom; but, if that
(And nature takes not readily that ply)
 wise is he who lists to sage advice.
If he says aught in season, heed him, King.
Heed thou thy sire too; both have spoken well.
What, would you have us at our age be schooled,
Lessoned in prudence by a beardless boy?
I plead for justice, father, nothing more.
Weigh me upon my merit, not my years.
Strange merit this to sanction lawlessness!
For evil-doers I would urge no plea.
Is not this maid an arrant law-breaker?
The Theban commons with one voice say, No.
What, shall the mob dictate my policy?
Tis thou, methinks, who speakest like a boy.
Am I to rule for others, or myself?
A State for one man is no State at all.
The State is his who rules it, so
As monarch of a desert thou wouldst shine.
This boy, methinks, maintains the woman
st woman, yes. My thought
st wrangle with thy sire?
Because I see thee wrongfully perverse.
And am I wrong, if I maintain my rights?
Talk not of rights; thou spurn
st the due of Heaven
O heart corrupt, a woman
Slave to dishonor thou wilt never find me.
Thy speech at least was all a plea for her.
And thee and me, and for the gods below.
Living the maid shall never be thy bride.
So she shall die, but one will die with her.
Hast come to such a pass as threaten me?
What threat is this, vain counsels to reprove?
Vain fool to instruct thy betters; thou shall rue it.
Wert not my father, I had said thou err
Play not the spaniel, thou a woman
When thou dost speak, must no man make reply?
This passes bounds. By heaven, thou shalt not rate
And jeer and flout me with impunity.
 with the hateful thing that she may die
At once, beside her bridegroom, in his sight.
Think not that in my sight the maid shall die,
Or by my side; never shalt thou again
Behold my face hereafter. Go, consort
With friends who like a madman for their mate.
Thy son has gone, my liege, in angry haste.
Fell is the wrath of youth beneath a smart.
Let him go vent his fury like a fiend:
These sisters twain he shall not save from death.
ou meanest not to slay them both?
I stand corrected; only her who touched
          And what death is she to die?
She shall be taken to some desert place
By man untrod, and in a rock-hewn cave,
With food no more than to avoid the taint
That homicide might bring on all the State,
Buried alive. There let her call in aid
The King of Death, the one god she reveres,
Or learn too late a lesson learnt at last:
Tis labor lost, to reverence the dead.
Love resistless in fight, all yield at a glance of thine eye,
Love who pillowed all night on a maiden
Over the upland holds. Shall mortals not yield to thee?
Mad are thy subjects all, and even the wisest heart
Straight to folly will fall, at a touch of thy poisoned dart.
Thou didst kindle the strife, this feud of kinsman with kin,
By the eyes of a winsome wife, and the yearning her heart to win.
For as her consort still, enthroned with Justice above,
o thy will, O all invincible Love.
          Lo I myself am borne aside,
          From Justice, as I view this bride.
          (O sight an eye in tears to drown)
          Antigone, so young, so fair,
               Thus hurried down
s bower with the dead to share.
Friends, countrymen, my last farewell I make;
          My journey
One last fond, lingering, longing look I take
          At the bright sun.
For Death who puts to sleep both young and oM
          Hales my young life,
And beckons me to Acheron
          An unwed wife.
No youths have sung the marriage song for me,
          My bridal bed
No maids have strewn with flowers from the lea,
          But bethink thee, thou art sped,
          Great and glorious, to the dead.
          Thou the sword
s edge hast not tasted,
          No disease thy frame hath wasted.
          Freely thou alone shalt go
          Living to the deadM
Nay, but the piteous tale I
Chained upon Siphylus
     That clung like ivy wild,
Drenched by the pelting rain and whirling snow,
     Left there to pine,
While on her frozen breast the tears aye flow
     Her fate is mine.
          She was sprung of gods, divine,
          Mortals we of mortal line.
          Like renown with gods to gain
          Recompenses all thy pain.
    Take this solace to thy tomb
          Hers in life and death thy doom.
Alack, alack! Ye mock me. Is it meet
     Thus to insult me living, to my face?
Cease, by our country
     Ye lordly rulers of a lordly race.
O fount of Dirce, wood-embowered plain
     Where Theban chariots to victory speed,
Mark ye the cruel laws that now have wrought my bane,
     The friends who show no pity in my need!
Was ever fate like mine? O monstrous doom,
k-built prison sepulchered,
To fade and wither in a living tomb,
     And alien midst the living and the dead.
          In thy boldness over-rash
          Madly thou thy foot didst dash
          Thou a father
At this thou touchest my most poignant pain,
     My ill-starred father
The taint of blood, the hereditary stain,
     That clings to all of Labdacus
Woe worth the monstrous marriage-bed where lay
     A mother with the son her womb had borne,
Therein I was conceived, woe worth the day,
     Fruit of incestuous sheets, a maid forlorn,
And now I pass, accursed and unwed,
     To meet them as an alien there below;
And thee, O brother, in marriage ill-bestead,
Twas thy dead hand that dealt me this death-blow.
          Religion has her chains,
          Let rite be paid when rites are due.
          Yet is it ill M
          The powers who hold by might the sway.
          Thou hast withstood authority,
          A self-willed rebel, thou must die.
Unwept, unwed, unfriended, hence I go,
     No longer may I see the day
Not one friend left to share my bitter woe,
er my ashes heave one passing sigh.
If wail and lamentation aught availed
To stave off death, I trow they
Away with her, and having walled her up
In a rock-vaulted tomb, as I M
Leave her alone at liberty to die,
Or, if she choose, to live in solitude,
The tomb her dwelling. We in either case
Are guiltless as concerns this maiden
Only on earth no lodging shall she find.
O grave, O bridal bower, O prison house
Hewn from the rock, my everlasting home,
Whither I go to join the mighty host
Of kinsfolk, Persephassa
The last of all, of all more miserable,
I pass, my destined span of years cut short.
And yet good hope is mine tM
A welcome from my sire, a welcome too,
From thee, my mother, and my brother dear;
From with these hands, I laved and decked your limbs
In death, and poured libations on your grave.
And last, my Polyneices, unto thee
I paid due rites, and this my recompense!
Yet am I justified in wisdom
For even had it been some child of mine,
Or husband mouldering in death
I had not wrought this deed despite the State.
What is the law I call in aid?
I argue. Had it been M
I might have wed another, and have borne
Another child, to take the dead child
But, now my sire and mother both are dead,
No second brother can be born for me.
Thus by the law of conscience I was led
To honor thee, dear brother, and was judged
By Creon guilty of a heinous crime.
And now he drags me like a criminal,
A bride unwed, amerced of marriage-song
And marriage-bed and joys of motherhood,
By friends deserted to a living grave.
What ordinance of heaven have I transgressed?M
Hereafter can I look to any god
For succor, call on any man for help?
Alas, my piety is impious deemed.
Well, if such justice is approved of heaven,
I shall be taught by suffering my sin;
But if the sin is theirs, O may they suffer
No worse ills than the wrongs they do to me.
The same ungovernable will
Drives like a gale the maiden still.
Therefore, my guards who let her stay
Shall smart full sore for their delay.
Ah, woe is me! This word I hear
I have no comfort. What he saith,
Portends no other thing than death.
My fatherland, city of Thebes divine,
Ye gods of Thebes whence sprang my line,
Look, puissant lords of Thebes, on me;
The last of all your royal house ye see.
Martyred by men of sin, undone.
Such meed my piety hath won.
Like to thee that maiden bright,
          Danae, in her brass-bound tower,
Once exchanged the glad sunlight
          For a cell, her bridal M
And yet she sprang of royal line,
          My child, like thine,
          And nursed the seed
          By her conceived
Of Zeus descending in a golden shower.
Strange are the ways of Fate, her power
Nor wealth, nor arms withstand, nor tower;
Nor brass-prowed ships, that breast the sea
          From Fate can flee.
 child, the rash Edonian King,
For words of high disdain
Did Bacchus to a rocky dungeon bring,
To cool the madness of a fevered brain.
          His frenzyM
          He learnt at last
Twas madness gibes against a god to fling.
For once he fain had quenched the Maenad
And of the tuneful Nine provoked the ire.
By the Iron Rocks that guard the double main,
          On Bosporus
Where stretcheth Salmydessus
          In the wild Thracian land,
There on his borders Ares witnessed
          The vengeance by a jealous step-dame ta
The gore that trickled from a spindle red,
          The sightless orbM
its of her step-sons twain.
Wasting away they mourned their piteous doom,
The blasted issue of their mother
But she her lineage could trace
          To great Erecththeus
Daughter of Boreas in her sire
          Reared, where the tempest raves,
Swift as his horses o
er the hills she sped;
A child of gods; yet she, my child, like thee,
               By Destiny
That knows not death nor age
she too was vanquished.
[Enter TEIRESIAS and BOY]
Princes of Thebes, two wayfarers as one,
Having betwixt us eyes for one, we are here.
The blind man cannot move without a guide.
Why tidings, old Teiresias?
                              I will tell thee;
And when thou hearest thou must heed the seer.
er have disobeyed thy rede.
So hast thou steered the ship of State aright.
I know it, and I gladly own my debt.
Bethink thee that thou treadest once again
 razor edge of peril.
                         What is this?
Thy words inspire a dread presentiment.
The divination of my arts shall tell.
Sitting upon my throne of augury,
As is my wont, where every fowl of heaven
Find harborage, upon mine ears was borne
A jargon strange of twitterings, hoots, and screams;
So knew I that each bird at the other tare
With bloody talons, for the whirr of wings
Could signify naught else. Perturbed in soul,
I straight essayed the sacrifice by fireM
On blazing altars, but the God of Fire
Came not in flame, and from the thigh bones dripped
And sputtered in the ashes a foul ooze;
Gall-bladders cracked and spurted up: the fat
Melted and fell and left the thigh bones bare.
Such are the signs, taught by this lad, I read
As I guide others, so the boy guides me
The frustrate signs of oracles grown dumb.
O King, thy willful temper ails the State,
For all our shrines and altars are profaned
By what has filled the maw of dogs and crows,
Therefore the angry gods abominate
Our litanies and our burnt offerings;
Therefore no birds trill out a happy note,
Gorged with the carnival of human gore.
O ponder this, my son. To err is common
To all men, but the man who having erred
Hugs not his errors, but repents and seeks
The cure, is not a wastrel nor unwise.
No fool, the saw goes, like the obstinate fool.
Let death disarm thy vengeance. O forbear
To vex the dead. What glory wilt thou win
By slaying twice the slain? I meaM
s most welcome if I promise gain.
Old man, ye all let fly at me your shafts
Like anchors at a target; yea, ye set
Your soothsayer on me. Peddlers are ye all
And I the merchandise ye buy and sell.
Go to, and make your profit where ye will,
Silver of Sardis change for gold of Ind;
Ye will not purchase this man
Not though the winged ministers of Zeus
Should bear him in their talons to his throne;
en in awe of prodigy so dire
Would I permit his burial, M
No human soilure can assail the gods;
This too I know, Teiresias, dire
Of craft and cunning when it tries to gloss
Foul treachery with fair words for filthy gain.
Alas! doth any know and lay to heart
Is this the prelude to some hackneyed saw?
How far good counsel is the best of goods?
True, as unwisdom is the worst of ills.
Thou art infected with that ill thyself.
I will not bandy insults with thM
st my prophesies are frauds.
Prophets are all a money-getting tribe.
And kings are all a lucre-loving race.
Dost know at whom thou glancest, me thy lord?
Lord of the State and savior, thanks to me.
Skilled prophet art thou, but to wrong inclined.
Take heed, thou wilt provoke me to reveal
The mystery deep hidden in my breast.
Say on, but see it be not said for gain.
Such thou, methinks, till now hast judged my words.
Be sure thou wilt not traffic on my wits.
Know then for sure, the coursers of the sun
Not many times shall run their race, before
Thou shalt have given the fruit of thine own loins
In quittance of thy murder, life for life;
For that thou hast entombed a living soul,
And sent below a denizen of earth,
And wronged the nether gods by leaving here
A corpse unlaved, unwept, unsepulchered.
Herein thou hast no part, noM
In heaven; and thou usurp
st a power not thine.
For this the avenging spirits of Heaven and Hell
Who dog the steps of sin are on thy trail:
What these have suffered thou shalt suffer too.
And now, consider whether bought by gold
I prophesy. For, yet a little while,
And sound of lamentation shall be heard,
Of men and women through thy desolate halls;
And all thy neighbor States are leagues to avenge
Their mangled warriors who have found a grave
 the maw of wolf or hound, or winged M
That flying homewards taints their city
These are the shafts, that like a bowman I
Provoked to anger, loosen at thy breast,
Unerring, and their smart thou shalt not shun.
Boy, lead me home, that he may vent his spleen
On younger men, and learn to curb his tongue
With gentler manners than his present mood.
My liege, that man hath gone, foretelling woe.
And, O believe me, since these grizzled locks
Were like the raven, never have I known
to the State to fail.
I know it too, and it perplexes me.
To yield is grievous, but the obstinate soul
That fights with Fate, is smitten grievously.
Son of Menoeceus, list to good advice.
What should I do. Advise me. I will heed.
Go, free the maiden from her rocky cell;
And for the unburied outlaw build a tomb.
Is that your counsel? You would have me yield?
Yea, king, this instant. Vengeance of the gods
Is swift to overtake the imM
Ah! what a wrench it is to sacrifice
s resolve; but Fate is ill to fight.
Go, trust not others. Do it quick thyself.
I go hot-foot. Bestir ye one and all,
My henchmen! Get ye axes! Speed away
To yonder eminence! I too will go,
For all my resolution this way sways.
Twas I that bound, I too will set her free.
Almost I am persuaded it is best
To keep through life the law ordained of old.
Thou by many names adorM
          Child of Zeus the God of thunder,
          Of a Theban bride the wonder,
In the deep-embosomed glades
          Of the Eleusinian Queen
Haunt of revelers, men and maids,
          Dionysus, thou art seen.
Where Ismenus rolls his waters,
          Where the Dragon
Where the Bacchanals thy daughters
          Round thee roam,
          There thy home;
Thebes, O Bacchus, is thine own.
Thee on the two-crested rock
  Lurid-flaming torches see;
Where Corisian maidens flock,
          Thee the springs of Castaly.
By shores with clustered vineyards glad,
There to thee the hymn rings out,
And through our streets we Thebans shout,
          All hall to thee
          Evoe, Evoe!
st this city best of all,
To thee, and to thy Mother levin-stricken,
In our dire need we call;
st with what a plague our townsfolk sicken.
          Thy ready help we craM
Whether adown Parnassian heights descending,
er the roaring straits thy swift was wending,
          Save us, O save!
Brightest of all the orbs that breathe forth light,
     Authentic son of Zeus, immortal king,
Leader of all the voices of the night,
     Come, and thy train of Thyiads with thee bring,
          Thy maddened rout
Who dance before thee all night long, and shout,
          Thy handmaids we,
          Evoe, Evoe!
o dwell beside the halls
Of Cadmus and Amphion. No man
As of one tenor would I praise or blame,
For Fortune with a constant ebb and rise
Casts down and raises high and low alike,
And none can read a mortal
Take Creon; he, methought, if any man,
Was enviable. He had saved this land
Of Cadmus from our enemies and attained
s powers and ruled the state supreme,
While a right noble issue crowned his bliss.
Now all is gone and wasted, for a life
ll tell me he has ample store of wealth,
The pomp and circumstance of kings; but if
These give no pleasure, all the rest I count
The shadow of a shade, nor would I weigh
His wealth and power
gainst a dram of joy.
What fresh woes bring
st thou to the royal house?
Both dead, and they who live deserve to die.
Who is the slayer, who the victim? speak.
Haemon; his blood shed by no stranger hand.
His own; in anger for his father
O prophet, what thou spakest comes to pass.
So stands the case; now
Lo! from the palace gates I see approaching
s unhappy wife, Eurydice.
Comes she by chance or learning her son
Ye men of Thebes, I overheard your talk.
As I passed out to offer up my prayer
To Pallas, and was drawing back the bar
de the door, upon my ears
There broke a wail that told of household woe
Stricken with terror in my handmaids
I fell and fainted. But repeat your tale
To one not unacquaint with misery.
Dear mistress, I was there and will relate
The perfect truth, omitting not one word.
Why should we gloze and flatter, to be proved
Liars hereafter? Truth is ever best.
Well, in attendance on my liege, your lord,
I crossed the plain to its utmost margin, where
The corse of Polyneices, gnawn and mauleM
Was lying yet. We offered first a prayer
To Pluto and the goddess of cross-ways,
With contrite hearts, to deprecate their ire.
Then laved with lustral waves the mangled corse,
Laid it on fresh-lopped branches, lit a pyre,
And to his memory piled a mighty mound
Of mother earth. Then to the caverned rock,
The bridal chamber of the maid and Death,
We sped, about to enter. But a guard
Heard from that godless shrine a far shrill wail,
And ran back to our lord to tell the news.
But as he nearer drew a hollM
Of lamentation to the King was borne.
He groaned and uttered then this bitter plaint:
Am I a prophet? miserable me!
Is this the saddest path I ever trod?
s voice that calls me. On press on,
My henchmen, haste with double speed to the tomb
Where rocks down-torn have made a gap, look in
And tell me if in truth I recognize
The voice of Haemon or am heaven-deceived.
So at the bidding of our distraught lord
We looked, and in the craven
I saw the maiden lying sM
A noose of linen twined about her neck;
And hard beside her, clasping her cold form,
Her lover lay bewailing his dead bride
Death-wedded, and his father
When the King saw him, with a terrible groan
He moved towards him, crying,
What hast thou done? What ailed thee? What mischance
Has reft thee of thy reason? O come forth,
Come forth, my son; thy father supplicates.
But the son glared at him with tiger eyes,
Spat in his face, and then, without a word,
two-hilted sword and smote, but missed
His father flying backwards. Then the boy,
Wroth with himself, poor wretch, incontinent
Fell on his sword and drove it through his side
Home, but yet breathing clasped in his lax arms
The maid, her pallid cheek incarnadined
With his expiring gasps. So there they lay
Two corpses, one in death. His marriage rites
Are consummated in the halls of Death:
A witness that of ills whate
 unwisdom is the worst of all.
akest thou of this? The Queen has gone
Without a word importing good or ill.
I marvel too, but entertain good hope.
Tis that she shrinks in public to lament
s sad ending, and in privacy
Would with her maidens mourn a private loss.
Trust me, she is discreet and will not err.
I know not, but strained silence, so I deem,
Is no less ominous than excessive grief.
Well, let us to the house and solve our doubts,
Whether the tumult of her heart conceals
ome fell design. It may be thou art right:
Unnatural silence signifies no good.
          Lo! the King himself appears.
          Evidence he with him bears
Gainst himself (ah me! I quake
Gainst a king such charge to make)
          But all must own,
          The guilt is his and his alone.
          Woe for sin of minds perverse,
          Deadly fraught with mortal curse.
          Behold us slain and slayers, all akin.
          Woe for my M
counsel dire, conceived in sin.
               Alas, my son,
               Life scarce begun,
               Thou wast undone.
          The fault was mine, mine only, O my son!
Too late thou seemest to perceive the truth.
By sorrow schooled. Heavy the hand of God,
Thorny and rough the paths my feet have trod,
Humbled my pride, my pleasure turned to pain;
Poor mortals, how we labor all in vain!
[Enter SECOND MESSENGER]
Sorrows are thine, my lord,M
One lying at thy feet, another yet
More grievous waits thee, when thou comest home.
What woe is lacking to my tale of woes?
Thy wife, the mother of thy dead son here,
Lies stricken by a fresh inflicted blow.
     How bottomless the pit!
          Does claim me too, O Death?
          What is this word he saith,
     This woeful messenger? Say, is it fit
     To slay anew a man already slain?
          Is Death at work again,
  Stroke upon stroke, first son, then mother slain?
Look for thyself. She lies for all to view.
Alas! another added woe I see.
What more remains to crown my agony?
A minute past I clasped a lifeless son,
And now another victim Death hath won.
Unhappy mother, most unhappy son!
Beside the altar on a keen-edged sword
She fell and closed her eyes in night, but erst
She mourned for Megareus who nobly died
Long since, then for her son; with her last breaM
She cursed thee, the slayer of her child.
          I shudder with affright
O for a two-edged sword to slay outright
          A wretch like me,
          Made one with misery.
Tis true that thou wert charged by the dead Queen
As author of both deaths, hers and her son
In what wise was her self-destruction wrought?
Hearing the loud lament above her son
With her own hand she stabbed herself to the heart.
I am the guilty cause. I did the deed,
Thy murderer. Yea, I guilty plead.
My henchmen, lead me hence, away, away,
A cipher, less than nothing; no delay!
Well said, if in disaster aught is well
His past endure demand the speediest cure.
          Come, Fate, a friend at need,
          Come with all speed!
          Come, my best friend,
          And speed my end!
          Away, away!
Let me not look upon another day!
This for the morrow; to usM
That they whom it concerns must take in hand.
I join your prayer that echoes my desire.
O pray not, prayers are idle; from the doom
Of fate for mortals refuge is there none.
Away with me, a worthless wretch who slew
Unwitting thee, my son, thy mother too.
Whither to turn I know now; every way
          Leads but astray,
And on my head I feel the heavy weight
          Of crushing Fate.
     Of happiness the chiefest part
      Is a wise heart:
     And to defraud the gods in aught
          With peril
     Swelling words of high-flown might
     Mightily the gods do smite.
     Chastisement for errors past
     Wisdom brings to age at last.
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.IEC 61966-2.1 Default RGB colour space - sRGB
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