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| Alphabetical [« »] ancillary 1 and 351 animal 30 animals 113 annul 1 another 1 any 8 | Frequency [« »] 182 that 154 a 148 for 113 animals 108 they 107 by 100 this | Aristotle On youth and old age, on life and death, on breathing IntraText - Concordances animals |
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1 1 | they live and are called animals; for an animal qua animal 2 1 | Plants are the reverse of animals in this respect. To man 3 1 | in particular among the animals, on account of his erect 4 1 | what is called the mouth in animals, by means of which they 5 2 | 2~All perfectly formed animals are to be divided into three 6 2 | between them. In the largest animals this latter is called the 7 2 | the three parts. For many animals, when either part-the head 8 2 | wasps and bees, and many animals also besides insects can, 9 2 | it is multiple, for these animals have a constitution similar 10 2 | divided segments of these animals have sensation. They are 11 2 | organs as well.~Divisible animals are like a number of animals 12 2 | animals are like a number of animals grown together, but animals 13 2 | animals grown together, but animals of superior construction 14 2 | psychical susceptibility; the animals continue to move after the 15 3 | evident both in plants and in animals, and in plants we note it 16 3 | Likewise in sanguineous animals the heart is the first organ 17 3 | possible. Hence in bloodless animals also what corresponds to 18 3 | treatise on The Parts of Animals that it is from the heart 19 3 | and that in sanguineous animals the blood is the final nutriment 20 3 | function. Hence in sanguineous animals the source both of the sensitive 21 3 | however, all saguineous animals have the supreme organ of 22 3 | of perception belongs to animals.)~ 23 4 | must in the sanguineous animals be in the heart, and, in 24 4 | part of their body. But in animals all the members and the 25 4 | the heart in sanguineous animals, and in the case of bloodless 26 4 | in the case of bloodless animals in the corresponding organ, 27 4 | part, which in sanguineous animals is the heart and in the 28 6 | roots of the plants.~Some animals pass their life in the water, 29 7 | however, why it exists in animals they have either not declared 30 7 | Moreover they assert that all animals respire-which is untrue. 31 7 | it is evident that all animals with lungs breathe, but 32 7 | in some cases breathing animals have a bloodless and spongy 33 7 | need for respiration. These animals can remain under water for 34 7 | considerable. All oviparous animals, e.g. the frog-tribe, have 35 7 | fishes do. On the other hand, animals which have the lung charged 36 8 | definite about the lungless animals, nevertheless seem to speak 37 8 | do they describe how such animals emit their breath. Indeed, 38 8 | air, and if none of these animals can breathe out, evidently 39 9 | But in that case the other animals would do so also, which 40 9 | do not. Further, in all animals that respire and draw breath 41 9 | Moreover, always when respiring animals are killed by being suffocated 42 9 | should not men too and other animals do so also; they should 43 9 | possible occurrence with land animals also; as facts are, however, 44 9 | respiration. Again, if all animals breathe, insects must do 45 9 | purpose respiration exists in animals, and had considered this 46 10| teach that in the breathing animals there is a certain result 47 10| universally, but only in respiring animals. Yet neither is it a good 48 11| how, in the case of the animals other than land-animals, 49 11| cause of the presence in animals of this function (to wit 50 11| synchronously that when respiring animals are unable to breathe they 51 12| should occur in the other animals also (on this theory), for 52 13| or not it is universal in animals. Also when dealing with 53 13| cannot act. Again, when animals are bereft of respiration 54 13| secondary function in certain animals in order to enable them 55 13| is that though almost all animals are endowed with the sense 56 13| respiration. But, as we said, all animals that evidently respire do 57 14| is due the nutrition of animals occurs apart from soul and 58 14| discharged. In bloodless animals it has no name, but in the 59 14| receptacle for it. In sanguineous animals the heart is the starting-point 60 15| 15~Some animals occupy the water, others 61 15| combat it. Hence too such animals are almost all short-lived, 62 15| thinner. They are warmer animals and hence require more refrigeration, 63 15| motion due to the lungs in animals that breathe the outer air, 64 15| kind. In the case of these animals this internal motion is 65 15| variety have no fissure there.~Animals also which are sanguineous 66 15| already stated that among animals insects do not respire, 67 15| too hot or too cold. Yet animals with little strength tend 68 15| of refrigeration in such animals as the crustacea and the 69 15| found by digging. For all animals that have no lung at all 70 16| Concerning the bloodless animals we have declared that in 71 16| life. But in the case of animals possessing blood and heart, 72 16| breathing in and out. All animals have a lung that are viviparous 73 16| seals.~All these and similar animals both bring forth on land 74 16| Selachia and all other footless animals have gills. Fish are footless, 75 16| this is the reason why some animals have gills, others lungs, 76 17| tastes and for speech, so in animals with lungs the mouth is 77 17| lungless and non-respiring animals it is employed in working 78 17| contrivance in the respiring animals and in those that admit 79 17| effect refrigeration. In animals with gills the water is 80 18| explained.~Examples of such animals are dolphins and whales, 81 18| admit water-I mean such animals as Carabi and Carcini. For 82 18| these in the History of Animals.~Thus it has been explained 83 18| refrigeration, and the fact that animals constituted for a life in 84 19| which it occurs in respiring animals and those possessed of gills. 85 19| have already said that all animals with lungs respire. The 86 19| respiration, is that the higher animals have a greater proportion 87 19| believe that it created animals like this, just as it created 88 19| and others, e.g. aquatic animals, contain a larger amount 89 19| while winged and terrestrial animals have an excess of air and 90 20| when he says that those animals which have the most warmth 91 20| however, as to what sorts of animals should be called warm and 92 20| their constitution that some animals are aquatic, others terrestrial, 93 21| and respiration in those animals in which a lung is found, 94 21| the visceral organs. All animals with a full-blooded lung 95 21| characteristics.~The reason why animals with a full-blooded lung 96 22| account in the History of Animals. The universal cause of 97 22| refrigeration, of which those animals make use that possess a 98 22| position in terrestrial animals and fishes, but the position 99 22| move their gills, respiring animals with rapid action raise 100 22| refrigeration and, when respiring animals can no longer move the lung 101 22| longer move the lung aquatic animals their gills, whether owing 102 23| to die are common to all animals, but there are specifically 103 23| to this is withering, in animals senility. Death and decay 104 23| the stem, in sanguineous animals it is the heart, and in 105 23| body. But some of these animals have potentially many sources 106 23| even among sanguineous animals, all whose vitality is not 107 24| plants this is to wither, in animals to die. Death, in old age, 108 24| for their occurrence in animals.~ 109 25| also clear why respiring animals are suffocated in water 110 26| is extinguished, and the animals die of the fright and morbid 111 27| specially the case in those animals that possess a full-blooded 112 27| Hence, as in respiring animals life and death are bound 113 27| respiration, so in the other animals class they depend on the