ENQUIRY INTO PLANTS, III. i. 5–ii. 1
rain acts in the same way[1]; for it brings down many of the seeds with it, and at the same time causes a sort of decomposition of the earth and of the water. In fact, the mere mixture of earth with water in Egypt seems to produce a kind of vegetation. And in some places, if the ground is merely lightly worked and stirred, the plants native to the district immediately spring up; [2]for instance, the cypress in Crete. And something similar to this occurs even in smaller plants; as soon as the earth is stirred, wherever it may be, a sort of vegetation comes up. And in partly saturated soil, if you break up the ground, they say that caltrop appears. Now these ways of origination are due to the change which takes place in the soil, whether there were seeds in it already, or whether the soil itself somehow produces the result. And the latter explanation is perhaps not strange, seeing that the moist element is also locked up in the soil.[3] Again, in some places they say that after rain a more singular abundance of vegetation has been known to spring up; for instance, at Cyrene, after a heavy pitchy shower had fallen for it was under these circumstances that there sprang up the wood[4] which is near the town, though till then it did not exist. They say also that silphium[5] has been known to appear from some such cause, where there was none before. [6]Such are the ways in which these kinds of generation come about.
Of the differences between wild and cultivated trees.
II. All trees are either fruit-bearing or without fruit, either evergreen or deciduous, either flowering
- ↑ ἡ δ᾽ … ταὐτὸ conj. W.; ἡ δ᾽ ἐπ. τοῦτ᾽ αὖ ἐποίει ταὐτό UMV (δ᾽ αὖ marked doubtful in U); ἡ δ᾽ ἐπ. τοῦτ᾽ αὖτὸ ἐποίει Ald.
- ↑ Plin. 16. 142.
- ↑ i.e. and is released by working the ground.
- ↑ cf. C.P. 1. 5. 1; Plin. 16. 143, who gives the date a.u.c. 130; cf. 19. 41.
- ↑ cf. 6. 3.
- ↑ τοιοῦτοι MSS.; τοσοῦτοι conj. W.
