Utiliser "crustaceans" dans une phrase
crustaceans exemples de phrases
crustaceans
1. open sunshine along the water, crustaceans scattered into hiding
2. and the chatter of crustaceans as they scuttled across shining
3. Castles became more elaborate with thick walls, moats and towers topped by a row of crustaceans
4. small fish and luscious crustaceans as it surged
5. His eyes drift to the crustaceans sitting in front of Glacia
6. Krill are small crustaceans that are often used to enhance the colors in tropical fish
7. Diet / Fish Food : Primarily a carnivore, they are thought to feed on smaller crustaceans in the
8. Avoid keeping the them in a tank with crustaceans and fish small enough to eat
9. They will eat most meaty type foods such as silversides, crustaceans, squid, etc
10. Reef Tank Compatible? : Will eat crustaceans and smaller fish but should leave the corals alone
11. Porcupine Puffer Fish eat crustaceans in the wild and will accept most types of marine fish food
12. smaller fish, invertebrates and crustaceans
13. Should play nicely with most other fish but may nip at crustaceans and
14. In the wild the Seahorse primarily feeds on crustaceans and small shrimp
15. Seahorse Diet / Fish Food : Primary diet in the wild is crustaceans and small shrimp
16. munch on crustaceans and other inverts
17. Diet / Fish Food : Primay diet in the wild is crustaceans and small shrimp
18. A German term for the tiny crustaceans, insect larvae and other organisms found living in
19. Examples of crustaceans include lobsters, crabs and shrimps
20. Sun-dapples danced on a sandy floor dotted with coral and crustaceans
21. 570 million years of arthropods (ancestors of insects, arachnids and crustaceans)
22. These organisms were the ancestors of modern insects, spiders, and crustaceans (crabs and lobsters) The nervous systems of modern arthropods are not much changed from their early ancestors
23. Like turtles, armadillos, sea urchins, and crustaceans, these fish are protected by armor plate that's neither chalky nor stony but actual bone
24. Crustaceans are subdivided into nine orders, and the first of these consists of the decapods, in other words, animals whose head and thorax are usually fused, whose cheek–and–mouth mechanism is made up of several pairs of appendages, and whose thorax has four, five, or six pairs of walking legs
25. Jellyfish, microscopic crustaceans, and sea–pen coral lit it faintly with their phosphorescent glimmers
26. The trails were cluttered with algae and fucus plants, hosts of crustaceans swarming among them
27. where fish that dote on marine plants and crustaceans find plenty to
28. Small crustaceans were supplied
29. It might be thought that the amount of change which the various parts and organs pass through in their development from embryo to maturity would suffice as a standard of comparison; but there are cases, as with certain parasitic crustaceans, in which several parts of the structure become less perfect, so that the mature animal cannot be called higher than its larva
30. Lubbock has recently remarked, that several minute crustaceans offer excellent illustrations of this law
31. With crustaceans not only many trivial, but some important parts assume a new character, as recorded by Fritz Muller, after maturity
32. Several families of crustaceans include a few species, possessing an air-breathing apparatus and fitted to live out of the water
33. But as the vast majority of the species in the above two families, as well as most other crustaceans, are aquatic in their habits, it is improbable in the highest degree that their common progenitor should have been adapted for breathing air
34. The latter resembles somewhat more closely the chelae or pincers of Crustaceans; and Mr
35. As the chelae of Crustaceans resemble in some degree the avicularia of Polyzoa, both serving as pincers, it may be worth while to show that with the former a long series of serviceable gradations still exists
36. There is no more difficulty in understanding how the branched spines of some ancient Echinoderm, which served as a defence, became developed through natural selection into tridactyle pedicellariae, than in understanding the development of the pincers of crustaceans, through slight, serviceable modifications in the ultimate and penultimate segments of a limb, which was at first used solely for locomotion
37. The Silurian Lingula differs but little from the living species of this genus; whereas most of the other Silurian Molluscs and all the Crustaceans have changed greatly
38. To attempt to compare members of distinct types in the scale of highness seems hopeless; who will decide whether a cuttle-fish be higher than a bee—that insect which the great Von Baer believed to be "in fact more highly organised than a fish, although upon another type?" In the complex struggle for life it is quite credible that crustaceans, not very high in their own class, might beat cephalopods, the highest molluscs; and such crustaceans, though not highly developed, would stand very high in the scale of invertebrate animals, if judged by the most decisive of all trials—the law of battle
39. Thus, I think, we can understand the presence of some closely allied, still existing and extinct tertiary forms, on the eastern and western shores of temperate North America; and the still more striking fact of many closely allied crustaceans (as described in Dana's admirable work), some fish and other marine animals, inhabiting the Mediterranean and the seas of Japan—these two areas being now completely separated by the breadth of a whole continent and by wide spaces of ocean
40. Thus, as Fritz Muller has lately remarked, in the same group of crustaceans, Cypridina is furnished with a heart, while in two closely allied genera, namely Cypris and Cytherea, there is no such organ; one species of Cypridina has well-developed branchiae, while another species is destitute of them
41. Nevertheless, their importance has sometimes been exaggerated, owing to the adaptive characters of larvae not having been excluded; in order to show this, Fritz Muller arranged, by the aid of such characters alone, the great class of crustaceans, and the arrangement did not prove a natural one
42. Nothing can be easier than to define a number of characters common to all birds; but with crustaceans, any such definition has hitherto been found impossible
43. There are crustaceans at the opposite ends of the series, which have hardly a character in common; yet the species at both ends, from being plainly allied to others, and these to others, and so onwards, can be recognised as unequivocally belonging to this, and to no other class of the Articulata
44. The same law governs the construction of the mouths and limbs of crustaceans
45. In the paddles of the gigantic extinct sea-lizards, and in the mouths of certain suctorial crustaceans, the general pattern seems thus to have become partially obscured
46. So it is with the wonderfully complex jaws and legs of crustaceans
47. In monstrous plants, we often get direct evidence of the possibility of one organ being transformed into another; and we can actually see, during the early or embryonic stages of development in flowers, as well as in crustaceans and many other animals, that organs, which when mature become extremely different are at first exactly alike
48. Many insects, and especially certain crustaceans, show us what wonderful changes of structure can be effected during development
49. " The larvae of most crustaceans, at corresponding stages of development, closely resemble each other, however different the adults may become; and so it is with very many other animals
50. In some cases, however, the mature animal must be considered as lower in the scale than the larva, as with certain parasitic crustaceans