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| Alphabetical [« »] warmth 5 was 42 waste 1 water 51 water-and 1 water-animals 1 water-courses 1 | Frequency [« »] 51 because 51 necessity 51 others 51 water 51 were 50 either 49 form | Aristotle On the Parts of Animals IntraText - Concordances water |
Book, Paragraph
1 I, 1 | for instance, that the water contained in the body causes 2 I, 1 | of the nostrils; air and water being the materials of which 3 I, 2 | ranked with animals of the water, and others placed in a 4 I, 2 | land animals, others among water animals.~ 5 I, 4 | comprehend the two groups of Water animals and Winged animals. 6 II, 1 | elements, such as earth, air, water, fire. Perhaps, however, 7 II, 1 | that one is earth, another water, another fire, they couple 8 II, 1 | For just as a stream of water deposits mud, so the various 9 II, 2 | For some maintain that water animals are hotter than 10 II, 2 | different fashions. Boiling water for instance, though it 11 II, 2 | has. So again this boiling water is hotter than a small fire, 12 II, 2 | never becomes cold; whereas water invariably does so. Boiling 13 II, 2 | invariably does so. Boiling water, again, is hotter to the 14 II, 2 | to the touch than either water or oil, and yet coagulates 15 II, 2 | longer in getting heated than water, but when once heated burn 16 II, 2 | the latter, as the boiling water, which is hot per accidens, 17 II, 2 | attached a single name to hot water or hot iron. It is after 18 II, 2 | as are formed merely of water are solidified by cold, 19 II, 2 | their main constituent is water, the solid matter is again 20 II, 3 | the like, when mixed with water, are actually and accidentally 21 II, 3 | name; just as if boiling water were denoted by a single 22 II, 4 | blood consists mainly of water and therefore does not coagulate, 23 II, 4 | time too great an excess of water makes animals timorous. 24 II, 4 | operation of this emotion. For water is congealed by cold. This 25 II, 5 | but a small proportion of water and is chiefly composed 26 II, 7 | properties of earth and water. For this reason it is, 27 II, 7 | it condenses again into water owing to the refrigeration, 28 II, 7 | a compound of earth and water is shown by what occurs 29 II, 7 | and solid, inasmuch as the water is evaporated by the heat, 30 II, 7 | the process, because the water which enters into their 31 II, 10| vision is of the nature of water, water being of all transparent 32 II, 10| of the nature of water, water being of all transparent 33 II, 13| transparent enough. But the water in which fishes live is 34 II, 13| counterbalance the opacity of the water she has made their eyes 35 II, 16| to get its food from the water, and yet must necessarily 36 II, 16| from passing rapidly from water to land, as some other sanguineous 37 II, 16| suited alike for life in the water and for life on dry land. 38 II, 16| draw air from above the water, and thus may remain for 39 II, 16| they have to traverse the water, they lift this up above 40 II, 16| considerable periods of time in the water, and is unable to pass thence 41 II, 17| invariably spinous. Secondly, in water animals there is but short 42 II, 17| to attempt to do so, the water would make its way in during 43 III, 1 | living as they do in the water, they cannot but allow this 44 III, 1 | triturating the food, the water would run into their digestive 45 III, 5 | constructed as to distribute water from one single source or 46 III, 5 | grow at the expense of the water, and the foundation walls 47 III, 6 | agent must be either air or water. In fishes the agent is 48 III, 6 | In fishes the agent is water. Fishes therefore never 49 III, 6 | animals breathe, and even some water animals, such as the whale, 50 III, 6 | for the most time in the water; and some that are aquatic 51 III, 6 | considerable time under water. For, inasmuch as they have