Darwiniana: Essays |
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4 ÆäÀÌÁö
... in nature—to ascertain their relations to the conditions which surround them,
their mutual harmonies and discordancies of structure, the bond of union of their
present and their past history, he finds himself, according to the received notions,
...
... in nature—to ascertain their relations to the conditions which surround them,
their mutual harmonies and discordancies of structure, the bond of union of their
present and their past history, he finds himself, according to the received notions,
...
5 ÆäÀÌÁö
yet, at the outset of his studies, he finds that no adaptive reason whatsoever can
be given for onehalf of the peculiarities of vegetable structure. He also discovers
rudimentary teeth, which are never used, in the gums of the young calf and in ...
yet, at the outset of his studies, he finds that no adaptive reason whatsoever can
be given for onehalf of the peculiarities of vegetable structure. He also discovers
rudimentary teeth, which are never used, in the gums of the young calf and in ...
6 ÆäÀÌÁö
But, if the doctrine of final causes will not help us to comprehend the anomalies of
living structure, the principle of adaptation must surely lead us to understand why
certain living beings are found in certain regions of the world and not in others.
But, if the doctrine of final causes will not help us to comprehend the anomalies of
living structure, the principle of adaptation must surely lead us to understand why
certain living beings are found in certain regions of the world and not in others.
26 ÆäÀÌÁö
... animals or plants have some common peculiarity of form or structure; or, we
may mean that they possess some common functional character. That part of
biological science which deals with form and structure is called Morphology—that
...
... animals or plants have some common peculiarity of form or structure; or, we
may mean that they possess some common functional character. That part of
biological science which deals with form and structure is called Morphology—that
...
28 ÆäÀÌÁö
... or bones, or other lifeless exuviae; that we are acquainted with none, or next to
none, of their physiological peculiarities, beyond those which can be deduced
from their structure, or are open to cursory observation; and that we cannot hope
...
... or bones, or other lifeless exuviae; that we are acquainted with none, or next to
none, of their physiological peculiarities, beyond those which can be deduced
from their structure, or are open to cursory observation; and that we cannot hope
...
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able action adapted admit animals appears authority become believe better body breed called causes changes character common complete consider course creation cross Darwin deposited direct distinct doctrine doubt effect evidence evolution existence experiments expression fact favour force forms further germ give given groups hand horse hypothesis important influence kind knowledge known laws less living matter means mind modification natural natural selection objections observation once operation opinion organic Origin of Species parent particular persons phenomena plants position possible present principles probably produced Professor prove question races reason record relations remains remarkable respect result scientific selective breeding sense similar sort structure suppose term theory thing thought tion true variation varieties vary views whole writer