Book,  Paragraph

 1   I,  1 |          nature resembles that of plants, have no sex any more than
 2   I,  1 |         have no sex any more than plants have, but as applied to
 3   I,  1 |          this sort, since even in plants we find in the same kind
 4   I,  1 |           same holds good also in plants, some coming into being
 5   I,  1 |         or of some parts in other plants, for some are not formed
 6   I,  1 |          trees, as the mistletoe. Plants, however, must be investigated
 7   I,  8 |      their function as it is with plants. If then they perfected
 8   I,  8 |        with the other animals and plants whose nature is analogous
 9   I,  18|        same thing applies also to plants, for it is clear that if
10   I,  18|      would come from all parts of plants also; but often a plant
11   I,  18|           this is universal among plants, for it is plain that they
12   I,  18|       parent, as is the case with plants and all those animals in
13   I,  18|    nutriment by which animals and plants grow is but small, for if
14   I,  18|         life.~In many animals and plants we find a difference in
15   I,  20|          this impure nutriment in plants is nutritious when mixed
16   I,  20|          differs in its nature in plants and animals. A proof of
17   I,  23|        with man and horse. But in plants these powers are mingled,
18   I,  23|        separated any more than in plants, their nature desiring that
19   I,  23|      literally to be like divided plants, as though one should separate
20   I,  23|    workman. For to the essence of plants belongs no other function
21   I,  23|          and set them together in plants, so that the sexes are not
22   I,  23|          are not divided in them. Plants, however, have been investigated
23   I,  23|  intermediate between animals and plants, perform the function of
24   I,  23|          as belonging to both. As plants they have no sexes, and
25   I,  23|        fruit from themselves like plants; but they are formed and
26  II,  1 |      class of men and animals and plants. But since the male and
27  II,  1 |        principles, wherefore even plants have some kind of life;
28  II,  1 |         alike, whether animals or plants, and this is the same as
29  II,  4 |          breath that the seeds of plants are always segregated to
30  II,  4 |          as foreign seeds produce plants varying in accordance with
31  II,  4 |         it acts like the seeds of plants. For seeds also contain
32  II,  4 |          uterus like the roots of plants, and through them the embryo
33  II,  4 |           just as in the seeds of plants there is something of this
34  II,  4 |        case of mature animals and plants this soul causes growth
35  II,  4 |       existing in all animals and plants. [But the other parts of
36  II,  4 |       animals, not in others.] In plants, then, the female is not
37  II,  5 |         exists in all animals and plants alike. Why then does it
38  II,  6 |          has been said applies to plants also, that the upper portion
39 III,  1 |            as are sometimes small plants, for what causes bodily
40 III,  1 |         to annuals, as leguminous plants, corn, and the like. For
41 III,  1 |            For both the birds the plants become exhausted, and this
42 III,  2 |         case also in the seeds of plants; the principle of the seed
43 III,  2 |           plain in the leguminous plants, for where the two cotyledons
44 III,  2 |      absorbed, just as it is with plants, and at first this embryo,
45 III,  5 |          the same way as in those plants where the one bears fruit
46 III,  9 |          spontaneously, like some plants.~
47 III,  10|          themselves both sexes as plants do. Hence also they have
48 III,  11|        with animals they resemble plants, compared with plants they
49 III,  11|    resemble plants, compared with plants they resemble animals, so
50 III,  11|         nature answers to that of plants, therefore few or no kinds
51 III,  11|           forms. But the class of plants has but few and one may
52 III,  11|          growing on the land. For plants and testacea are analogous;
53 III,  11|      testacea differ from that of plants, since the object of testacea
54 III,  11|       such a relation to water as plants are to earth, as if plants
55 III,  11|        plants are to earth, as if plants were, so to say, land-oysters,
56 III,  11|           each of these elements. Plants may be assigned to land,
57 III,  11|          methods of generation in plants; some of these are produced
58 III,  11| participate in the resemblance to plants in the manner stated above.
59 III,  11|       Nature does so. Animals and plants come into being in earth
60 III,  11|          like is the case also in plants, except that in these (and
61 III,  11|       puts motion into it. Now in plants which are spontaneously
62  IV,  1 |         things whether animals or plants, only in some of them the
63  IV,  4 |        also it is not the largest plants that bear most fruit.~We
64  IV,  6 |        and abundant nutriment for plants.~The young of some birds
65   V,  1 |      condition as we find also in plants, for indeed at this time
66   V,  1 |         But it is impossible that plants should sleep, for there
67   V,  1 |      broken, and the condition in plants which is analogous to sleep
68   V,  3 |        cold. In the same way also plants are found to be harder,
69   V,  3 |      something general, for among plants also some are evergreens
70   V,  3 |        For leaves are shed by all plants, from one part of the plant
71   V,  3 |      unctuous, and hence unctuous plants are more evergreen. (However
72   V,  3 |        cause of this phenomena in plants, for other causes also contribute
73   V,  3 |       winter that this happens to plants (for the change from summer
74   V,  3 |          it is in the animals and plants in question.~We have now
75   V,  6 |           an effect found also in plants. The reason is that the