McGraw-Hill Higher Education, Oct 1, 2008 - Science - 480 pages
A top choice among students and instructors alike, Animal Diversity continues to earn the appreciation of both science majors and non-majors alike. The book uses the theme of evolution to develop a broad-scale view of animal diversity—students focus not only the organisms themselves, but also the processes that produce evolutionary diversity. The book is unique in its comprehensive survey of zoological diversity and its emphasis on evolutionary, systematic and ecological principles, all in one package.
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adaptive adult allelic amniotes amphibians ancestor animals annelids anus appendages aquatic arthropods asexual birds blood body plan burrow called cells characteristics chordates ciliated clade cladistic cladogram Class cnidarians coelom colony common coral crustaceans ctenophores cuticle cycle Darwin's deuterostomes diapsid digestive diversity dorsal Ecdysozoa echinoderms eggs embryo epidermis evolution evolutionary evolved example extinct feeding female figure fishes fossil freshwater function gene genetic gills glands habitats host humans insects intestine invertebrates jaws larvae layer lineages living lizards lophophore male mammals mantle cavity marine medusa membrane mesoderm molluscs monophyletic mouth muscles nematocysts nematodes nerve nonavian reptiles occurs organisms pair paraphyletic parasites pharynx phyla phylogenetic phylogeny phylum polychaetes polyp population posterior predators prey protostomes protozoa pseudocoelom radial reproductive respiratory secreted segments sensory shell skeleton species sponges structure surface swim taxa taxonomy tentacles terrestrial tetrapods tion tissue tube usually ventral vertebrates wings worms