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F1416
Book contribution:
Darwin, C. R. 1882. [Extracts from Darwin's draft chapter 10 of Natural selection]. In Romanes, G. J., Animal intelligence. London: Kegan Paul Trench & Co.
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assisting wounded buck to escape, 334 Idealism, cannot be refuted by argument, 6 Ideas, see Association Imitation, shown by talking birds, monkeys, and idiots, 477, 478 Instinct, defined and distinguished from reason and reflex action, 10-17; of medusae, 23; of worms, 24; of mollusca, 25; of ants with reference to colour, 32, 33; to smell, 33-7; to sense of direction, 37-9; to recognising friends, 41-5; to swarming, 57, 58; to nursing, 58; to education, 59, 60; to keeping aphides, 60-4; to making
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F1416
Book contribution:
Darwin, C. R. 1882. [Extracts from Darwin's draft chapter 10 of Natural selection]. In Romanes, G. J., Animal intelligence. London: Kegan Paul Trench & Co.
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test sympathy, 155-6; way-finding, 181-3; recognising one another, 183-4. On co-operation of beetles, 226. Ludicrous, sense of, in dogs, 444-5; in monkeys, 476, 485, 487, and 490 Lukis, F. C., on limpet remembering locality, 29 MACLACHLAN, on caddis-worms, 244 MacLaurin, on mathematical principles observed by bees in constructing their cells, 171 Macropodos, 244 Malcolm, Sir James, on sympathy shown by monkey, 474-5 Malle, Dureau de la, on dog knocking knocker, 423-4; collective instinct of dogs
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F955
Book:
Darwin, C. R. 1882. The descent of man, and selection in relation to sex. London: John Murray. 2d ed., fifteenth thousand.
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been the result of ordinary or natural selection. Some animals extremely low in the scale have been modified for this same purpose; thus the males of certain parasitic worms, when fully grown, have the lower surface of the terminal part of their bodies roughened P [page] 21
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A2900
Periodical contribution:
Anon. 1882. [Obituary of Charles Darwin, with portrait]. Leader (Melbourne), (29 April): 5.
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Expression of the Emotions in Man and Animals, Movements and Habits of Climbing Plants, Insectivorous Plants, c. Only a few months ago he published a work on The Formation of Vegetable Mould by Earth Worms, which showed all his old powers of observation and generalisation, and the same clearness: Or style and arrangement which has characterised all his writings. It is hardly necessary to say that Mr. Darwin received almost every honor that science could bestow. He received from the University of
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A1216
Periodical contribution:
Anon. 1882. [Obituary] Charles Darwin. The Spectator (22 April): 525-6.
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of his scientific mind. A man even of Mr. Darwin's genius whose eye had been less keen to see what did not suit him than what did, could never have done the half of what he did for science, or set so high an example of the fidelity and humility of human thought. It is characteristic enough of him that his latest book,.—the book on Earth-worms,—probably never struck him even as in any way suggesting an anti-climax, after the great subjects which had previously occupied him,—the Origin of Species
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A2899
Periodical contribution:
Anon. 1882. [Obituary of Charles Darwin]. Sydney Morning Herald (22 April): 3.
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schools of philosophy at Athens, but upon the methods of Bacon and Locke. The latest work from his pen appeared only last year, and the reviews are still occupied in discussing its merits. Its full title is The Formation of Vegetable Mould through the action of Worms, with observation on their habits. It is an octavo volume of 330 pages, and is as fine a specimen of scientific observation and inductive reasoning, although the author was 72 years old, as his first work, A Naturalist's Voyage, begun at
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A647
Periodical contribution:
Marti, José. 1882. [English newspapers on Darwin's Earthworms]. La Opinión Nacional Caracas (2 January): 1.
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verles buscar con ansia los manjares que prefieren, debe caber duda de que poseen el sentido del gusto. Su pasión sexual es tal que vence muy a menudo su miedo de la luz. Y tal vez hay en ellos algo de sentimiento de sociabilidad,2 puesto que no se inquietan de encaramarse los unos sobre los otros.» 1 The Formation of Vegetable Mould, through the Action of Worms. Charles Robert Darwin. 2 En LON: «socialidad
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objects sinking down, but really to the cumulative effect of worms' castings. The doubt such a statement may excite will be dissipated by a knowledge of what a worm can do in a given period, and the multiplication of that amount by number and time. Hensen, in experiments made on worms in confinement and fed on leaves, found that they ejected about eight grains of earth a day; but, according to Darwin, 'a very much larger amount must be ejected by worms in their natural state, at the periods when
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A2262
Review:
T. 1882. [Review of Earthworms]. Earth worms and the spread of disease. St. Louis Courier if Medicine 7 (February): 144-146.
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The Complete Work of Charles Darwin Online [page] 144 EARTH WORMS AND THE SPREAD OF DISEASE. PASTEUR, in the course of his well known investigations into the nature of certain infectious diseases, discovered that the germs of disease may be set free upon the surface of the earth through the agency of worms. He demonstrated that sheep feeding in inclosures where animals dead from charbon had been buried might contract the same deadly disease. The cause of this infection he traced to the agency
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A2262
Review:
T. 1882. [Review of Earthworms]. Earth worms and the spread of disease. St. Louis Courier if Medicine 7 (February): 144-146.
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to the wind and rain. The minute particles of rock often swallowed are subjected to trituration in the gizzard of the worm, and are acted upon as well by acids; they are thereby still further reduced and fitted for the formation of fertile soil. As worms burrow readily to the depth of three to four feet, and sometimes deeper even in solid subsoil, bodies buried are easily reached by them in the search for food. They devour greedily flesh and fat. Imagination will picture the mischief done by
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CUL-DAR64.2.106
Note:
1882.03.22
Worms have collected heaps of stones to unparalleled extent / open
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The Complete Work of Charles Darwin Online 106 March 22d 1882 Worms have collected heaps of stones to unparalleled extent open wetter new leaves — The walk covered with tracks — In orchard in 1 spot 8 lines right over same spot which I cannot understand — no hole here — some afterward this one worm or more progress very slowly rolling cinder of 3 1/2 inches in diameter; then cinder were so close, that 10 worms crossed in length of 8 inches then the cinders became much bigger I cannot imagine
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CUL-DAR216.7a
Printed:
1882.04.21
[Obituary notice of Darwin Charles Robert] `Daily Telegraph'
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, or the Work of the Worms are portrayed. And, if any one would realise how reverently and hopefully the illustrious dead thought of the Power which is above and beyond all these protean manifestations, let his own words be cited: 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
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CUL-DAR216.19a
Printed:
1882.04.21
[Obituary notice of Darwin Charles Robert] `Morning Post'
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of his investigations on the movement and habits of climbing plants; and in October last, The Formation of Vegetable Mould through the Action of Worms, An idea runs through the whole of these, viz., that plants and animals are brought under the operation of the same great laws. Most of the peculiarities of the latter are shown to be shared by the former; plants move; they are sensitive; they have appetites; they are carnivorous. All this he clearly demonstrated, and more that plants and animals
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in the whirl and sweep of it we are not in a position to say. Under the immediate influence of the sad loss we can only state a few obvious facts and make a few quite as obvious reflections; in time we may be able to realize how great a man now belongs to the past. That Mr. Darwin's work was not done nor his capacity for work exhausted was well enough seen in his recently-published work on Worms; and with the help of his able and congenial sons, Mr. George and Mr. Francis Darwin, we might have
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CUL-DAR216.3a
Printed:
1882.04.21
[Obituary notice of Darwin Charles Robert] `Daily News'
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, in which he traced the operations of worms in gradually covering the surface of the globe with a layer of mould
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carrying out which have never been surpassed, and rarely equalled. These experiments related to the fertilisation of Orchids and of numerous other plants, the movements executed by growing plants, the curious phenomena of digestion carried on by the leaves of certain so-called carnivorous plants, the action of worms on the soil, and other subjects now so well known, that the mere mention will suffice. These manifold researches have raised Darwin to the highest rank among naturalists and
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on Man and Animals, the Expression of the Emotions, and finally, and very recently, by the most remarkable book on Earth Worms and their Work in Nature. And each of these books would have founded the fame of an ordinary man. It makes one giddy to contemplate the enormous labour which that giant intellect forced the feeble frame in which it dwelt to accomplish. Perhaps the rarest and most beautiful trait in Darwin's character was his perfect fairness. Whether you agreed with him or not you never
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CUL-DAR216.18
Printed:
[1882.04.26.after]
Darwin `Literary World': [date and pp. excised]
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and Habits of Climbing Plants. A second and revised edition of a paper first published in 1865. 1876. The Effects of Cross and Self-Fertilization in the Vegetable Kingdom. 1877. The Different Forms of Flowers on Plants of the Same Species. 1880. The Power of Movement in Plants. 1881. The Formation of Vegetable Mould through the Action of Earth-Worms. With Observations on their Habits. I. On the 20th of April died one of the most notable men of the age─ among scientific men doubtless the most
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CUL-DAR216.17b
Printed:
1882.04.29
Obituary: Charles Robert Darwin F.R.S. `Lancet': 712-714
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assistance of his son Francis; and lastly, the treatise which has been recently noticed in these columns, on the Formation of Vegetable Mould through the Action of Worms, with Observations of their Habits, published in 1881. These one and all bear witness to the indefatigable industry, the varied attainments and objects of inquiry, and the habits of exact observation to which he had trained himself, and were all directly associated by their line of inquiry with the Origin of Species. Mr. Darwin
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A645
Periodical contribution:
Marti, José. 1882. [Obituary of Darwin] Darwin ha muerto. La Opinión Nacional Caracas (17 May): p. 1.
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traducción del título en inglés: The effects of cross and self-fertilization in the vegetable kingdom. 26 En LON punto y coma. 27 Movements and Variations of Climbing Plants. 28 El poder de movimiento en las plantas (1880), libro publicado en colaboración con su hijo Francis. 29 La estructura y distribución de los arrecifes de coral (1842). 30 «Volcanic Islands». 31 Monografía de la clase Cirripedia (1851-1854). 32 Cirripedia. 33 Formation of Vegetable Mould through the Action of Worms. En el propio
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A110
Review:
Anon. 1882. [Review of] Darwin's Formation of Vegetable Mold Through the Action of Worms. The American Naturalist 16(6) (June) 499-500.
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Anon. 1882. [Review of] Darwin's Formation of Vegetable Mold Through the Action of Worms. The American Naturalist 16(6) (June) 499-500. [page] 499 DARWIN'S FORMATION OF VEGETABLE MOLD THROUGH THE ACTION OF WORMS.1 This, the last of Mr. Darwin's works, is characterized by the same patient observation, ingenuity in methods of research, cautious spirit and powers of generalization, which may be seen in his more important works. The startling conclusions of this book are gradually approached, and
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A110
Review:
Anon. 1882. [Review of] Darwin's Formation of Vegetable Mold Through the Action of Worms. The American Naturalist 16(6) (June) 499-500.
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surface by worms in the form of castings. This subject has been faithfully followed up through a period of over forty years. After describing the structure and habits of the earth-worm, Darwin Shows that they burrow both by pushing away the earth on all sides, the pharynx being, as Perrier had shown, pushed forwards into the end of the head, causing it to swell out, and thus push the earth away on all sides, while also the worm swallows the dirt, which passes through the body. In this way worms
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A82
Periodical contribution:
Fiske, John. 1882. [Obituary of] Charles Darwin. The Atlantic Monthly 49, Issue 296 (June): 835-845.
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treatises on the Expression of the Emotions in Man and Animals, on the Movements and Habits of Climbing Plants, on Insectivorous Plants, on Cross and Self Fertilization, on the Different Forms of Flowers, and on the Formation of Vegetable Mould through the Action of Worms should be read as models of sound scientific method by every one who cares to learn what scientific method is. They may be counted, too, among the most entertaining books of science that have ever been written; and the points that
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The Complete Work of Charles Darwin Online 1 Dear Darwin, The enclosed may also be of value to you. Your father says he could not bear to see the worms wriggling with which he angled so took the trouble to put them into salt water. This is one of the little bits of evidence of his kindness. Yours ever E Ray Lankeste
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A569
Periodical contribution:
James, Joseph F. 1882. [Obituary of] Charles Robert Darwin. The Journal of the Cincinnati society of natural history 5, no. 2: 71-77.
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Plants (1880); and lastly, during the past winter, by one on The Formation of Vegetable Mould through the Action of Worms. All of these are full of new and interesting facts, and of new experiments, bringing to light things before unthought of, and creating in the minds of readers a thirst for more, and a desire to study and see for themselves the matters there treated. In summing up an estimate of Mr. Darwin's work in science, we are profoundly impressed with his versatility. He was a geologist
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A861
Periodical contribution:
Spiers, William. 1882. Charles Robert Darwin. Wesleyan-Methodist Magazine 1882 (July): 488-494.
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least adapted to the environments or conditions of their life, became, through long processes, extinct. This is what Darwin meant by 'Natural Selection,' and is accurately enough described in the now popular phrase, 'The survival of the fittest.' To borrow the Author's own words: The 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.... have all been produced by laws acting
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CUL-DAR144.45-86
Note:
1882.08.00
Recollections of Darwin, with copies of letters from Darwin Charles Robert
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I subsequently kept notes of the work done by the worms — effacing or stopping up the holes each day and watching to see which of them had been reopened in the night. These notes I sent to him and the results are embodied in his book on Worms. The follow is his not thanking me for them. 7
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CUL-DAR144.45-86
Note:
1882.08.00
Recollections of Darwin, with copies of letters from Darwin Charles Robert
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In 1878 he again came to stay with us at Abinger, but I have no notes of anything that happened. In the winger of 1878,9 his son Horace was married to my daughter. In the autumn of 1880 he was busy with his book on worms, and we sent him a number of different specimens of brick rubbish, from gravel walks underlaid with brick, and from various other places in which it might be supposed the worms had 8
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CUL-DAR144.45-86
Note:
1882.08.00
Recollections of Darwin, with copies of letters from Darwin Charles Robert
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In 1877 we had discovered some remains of a building of Roman British times in a field outside the garden at Abinger. There had been doubts whether Mr and Mrs Darwin would pay us a visit: but on hearing of these remains he at once determined to come — not however for the sake of the antiquities but for the sake of the worms. He came accordingly in August and spent a great part of the day watching the workmen and suggesting excavations for the purpose of tracing the worms' operations. I
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A234
Pamphlet:
Aveling, E. B. 1883. The religious views of Charles Darwin. London: Freethought Publishing Company.
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transmitted. He told us of his book on Vegetable Mould and Worms. It was published but a week or two after that memorable visit, and has to all men a melancholy interest added to all its other charms, in that it is the last of his written utterances to us. In my youthfulness I expressed a foolish surprise that he who had written the Origin of Species should deal with a subject so insignificant as worms. I see his face now, as he turned it on mine and said quietly: I have been studying their
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A234
Pamphlet:
Aveling, E. B. 1883. The religious views of Charles Darwin. London: Freethought Publishing Company.
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transmitted. He told us of his book on Vegetable Mould and Worms. It was published but a week or two after that memorable visit, and has to all men a melancholy interest added to all its other charms, in that it is the last of his written utterances to us. In my youthfulness I expressed a foolish surprise that he who had written the Origin of Species should deal with a subject so insignificant as worms. I see his face now, as he turned it on mine and said quietly: I have been studying their
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transmitted. He told us of his book on Vegetable Mould and Worms. It was published but a week or two after that memorable visit, and has to all men a melancholy interest added to all its other charms, in that it is the last of his written utterances to us. In my youthfulness I expressed a foolish surprise that he who had written the Origin of Species should deal with a subject so insignificant as worms. I see his face now, as he turned it on mine and said quietly: I have been studying their
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A314
Pamphlet:
Miall, L. C. 1883. The life and work of Charles Darwin: a lecture delivered to the Leeds Philosophical and Literary Society, on February 6th, 1883. Leeds: Richard Jackson.
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Selection, viz., Domestic Animals and Cultivated Plants, The Descent of Man (which includes the doctrine of Sexual Selection), and The Expression of the Emotions in Man and the Lower Animals. (2) Special and independent Natural History treatises, chiefly relating to the relation of Insects to Flowers, but including also Climbing Plants and The Formation of Vegetable Mould through the action of Worms. The Domestic Animals and Cultivated Plants was to have been one of a series, formally
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A106
Periodical contribution:
Wallace, A. R. 1883. The Debt of Science to Darwin. Century Magazine 25, 3 January: 420-432.
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embodying much original research, in 1880; and his remarkable little book on Earthworms in 1881. This last work is highly characteristic of the author. In 1837 he had contributed to the Geological Society a short paper on the formation of vegetable mold by the agency of worms. For more than forty years this subject of his early studies was kept in view; experiments were made, in one case involving the keeping a field untouched for thirty years,—and every opportunity was taken of collecting
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CUL-DAR200.3.39
Printed:
1883.05.02
'Anniversary address to Royal Society of New South Wales, 2 May 1883' Sydney: 17pp. Offprint.
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Flowers in Plants of the same Species. Only last year appeared his work upon Earthworms, in which he traced the operations of worms in gradually covering the surface of the globe with a layer of mould, and showed the wonders produced by the operations of these insignificant creatures. Mr. Darwin, having inherited a good private fortune, engaged in no business or profession, but devoted his whole life to natural Science. And here I may mention how it came about that he visited Australia. When a
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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full of stones. One of the chapters is devoted to the part which worms have played in the burial of ancient buildings; and this chapter has a local interest, for two of its illustrations are drawn from the neighbourhood of Shrewsbury. Archaeologists are probably not aware how much they owe to worms for the preservation of many ancient objects. Coins, gold ornaments, stone implements, c, if dropped on the surface of the ground, will infallibly be buried by the castings of worms in a few years, and
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CUL-DAR140.3.1--159
Draft:
[1884]
'Reminiscences of My Father's Everyday Life' (partial fair copy)
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worms used for fishing used for bait with salt as he did not like to put them on the hook alive; tho' no doubt the dead worms were comparatively bad bait.2 I have small recollection of hunting stories; only such slight things as his bitter disappointment at his horse being lamed the first day he rode it so his losing all the hunting with the harriers which he was looking forward to. I remember too his mentioning smashing a five bar gate to bits 1 Maer is the name of the Wedgwood estate in
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CUL-DAR140.3.1--159
Draft:
[1884]
'Reminiscences of My Father's Everyday Life' (partial fair copy)
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care) not generally belong to such work as counting. I think it he personified each seed with as a small demon trying to elude him by getting with the wrong heap or jumping off altogether — this gave the excitement of a game ranger to the work. On personifying cf. L. Stephen 'Swift' 1882 p.200 Swift's directions to servants compared to CD's obsns in worms, but CD had none but kindly feelings for worms. I remember that he had a special narrow bladed (eye?) knife which he considered specially
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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observers in different parts of the world; nor can we wonder at this, for every small service received a generous acknowledgment; and, as a writer in the Athenæum says, many persons, in conducting their researches, have had, at the bottom of their hearts, the hope to please Mr. Darwin, and to gain his approbation. For the unscientific reader the book on Earth Worms is perhaps one of the most interesting of Mr. Darwin's works. It is full of curious facts. We learn that worms have no sense of
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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ancient buildings in England have been buried so effectually, in large part through the action of worms, that they have been discovered in recent times solely through various accidents.1 Amongst the ancient remains examined for Mr. Darwin was the old Roman city of Uriconium, and the work was undertaken by the late Dr. Henry Johnson of Shrewsbury, one of the members of our Society. Dr. Johnson had trenches dug in four fields, and supplied Mr. Darwin with a table of measurements showing the thickness
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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much of its beauty depends, is mainly due to all the inequalities having been slowly levelled by worms. It is a marvellous reflection that the whole of the superficial mould over any such expanse has passed, and will again pass, every few years, through the bodies of worms. The plough is one of the most ancient and most 1 Pp. 226-8. [page] 5
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affords few indications that earthworms ever passed it through their bodies, In a section of soil I brought from the Mataura plain, South Island of New Zealand, nothing could be seen to indicate that worms had ever swallowed it. That vegetable soil forms a fit habitation for earthworms is undoubted. Darwin admits ''that a layer, though a thin one, of fine earth, which probably long retains some moisture, is in all cases necessary for their existence. Before this thin layer existed, how could they
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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book on the same subject published not many months before he died. His uncle, Mr. Josiah Wedgwood, of Maer Hall in Staffordshire, had suggested to him that the apparent sinking of superficial bodies was due to the action of earth-worms; and this suggestion started Mr. Darwin on the line of enquiry and experiment described in the latest work of his life. For the purposes of that enquiry a quantity of broken chalk was spread over part of a field at Down, in December, 1842, and after an interval
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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valuable of man's inventions; but long before he existed the land was in fact regularly ploughed, and it still continues to be thus ploughed, by earth-worms. It may be doubted whether there are many other animals which have played so important a part in the history of the world, as have these lowly organized creatures. Though the book on Earth Worms closed the long series of his great works, it was not Mr. Darwin's last word to the public. Amongst other short papers, he afterwards wrote a
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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observations are still carried on, for Darwin is never idle. I did not expect that the earth-worms — those meanest of animals —over whose habitations I was walking, were to be the subject of a new memoir, in which Darwin was to show once more what great effects may spring from small causes often repeated. He had been busy with them for thirty years, had I known it. On our return to the house, Darwin showed me his study—a large room, lighted on both sides, with one table for writing and another for
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CUL-DAR140.3.1--159
Draft:
[1884]
'Reminiscences of My Father's Everyday Life' (partial fair copy)
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things — a most keen feeling of their aliveness. Sometimes it came out in abuse not praise. E.g. of some seedlings — 'The little beggars are doing just what I don't want them to — Or the half provoked half admiring way he spoke of the ingenuity of a Mimosa leaf in screwing itself out of a basin of water in which he tired to plunge it. One might see the same spirit in his way of speaking or working at Drosera-worms c. This sounds s 105
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F1281
Book:
Darwin, C. R. 1884. The different forms of flowers on plants of the same species. 3d thousand. Preface by Francis Darwin. London: John Murray.
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DIFFERENT FORMS OF FLOWERS ON PLANTS OF THE SAME SPECIES. Third Thousand. Illustrations. MURRAY. THE POWER OF MOVEMENT IN PLANTS. Third Thousand. Woodcuts. 15s. MURRAY. THE FORMATION OF VEGETABLE MOULD THROUGH THE ACTION OF WORMS. Ninth Thousand. Woodcuts. Crown 8vo. MURRAY. LIFE OF ERASMUS DARWIN. With a Study of his Scientific Works. Portrait. 7s. 6d. MURRAY. THE STRUCTURE AND DISTRIBUTION OF CORAL REEFS. Second Edition, revised. SMITH, ELDER, Co. GEOLOGICAL OBSERVATIONS ON VOLCANIC ISLANDS AND ON
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F1281
Book:
Darwin, C. R. 1884. The different forms of flowers on plants of the same species. 3d thousand. Preface by Francis Darwin. London: John Murray.
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important differences between the forms, as in the diameter of the pollen-grains, or in the structure of the stigma. The individuals of many ordinary hermaphrodite plants habitually fertilise one another, owing to their male and female organs being mature at different periods, or to the structure of the parts, or to self-sterility, c.; and so it is with many hermaphrodite animals, for instance, land-snails or earth-worms; but in all these cases any one individual can fully fertilise or be ferti
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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career as author and discoverer extended over more than half a century, beginning when he was eighteen, and ending with the publication of his book on Earth Worms not long before he died. He joined the Plinian Society at Edinburgh, and his first recorded contribution to Science was a communication on the Ova of the Flustra, on the 27th of March, 1827, stating that he had discovered organs of motion. Thus early in life his powers of observation were exercised in the field in which he afterwards
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A317
Book:
Woodall, Edward. 1884. Charles Darwin. A paper contributed to the Transactions of the Shropshire Archæological Society. London: Trübner.
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were embodied in the larger works afterwards published. One, on the habits of the South American Ostrich, was read at a meeting of the Zoological Society in March, 1839, when Mr. Gould described the Rhea Darwinii, so called in honour of its discoverer, and spoke of Mr. Darwin's important contributions to science; two others, on the Planarian Worms of South America and on Sagitta and its Development, appeared in 1844; but most of Mr. Darwin's attention was directed at this time to geology. In
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