How Birds Evolve
Douglas J. Futuyma
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Naturwissenschaften, Medizin, Informatik, Technik / Naturwissenschaften allgemein
A marvelous journey into the world of bird evolution
How Birds Evolve explores how evolution has shaped the distinctive characteristics and behaviors we observe in birds today. Douglas Futuyma describes how evolutionary science illuminates the wonders of birds, ranging over topics such as the meaning and origin of species, the evolutionary history of bird diversity, and the evolution of avian reproductive behaviors, plumage ornaments, and social behaviors.
In this multifaceted book, Futuyma examines how birds evolved from nonavian dinosaurs and reveals what we can learn from the "family tree" of birds. He looks at the ways natural selection enables different forms of the same species to persist, and discusses how adaptation by natural selection accounts for the diverse life histories of birds and the rich variety of avian parenting styles, mating displays, and cooperative behaviors. He explains why some parts of the planet have so many more species than others, and asks what an evolutionary perspective brings to urgent questions about bird extinction and habitat destruction. Along the way, Futuyma provides an insider's perspective on how biologists practice evolutionary science, from studying the fossil record to comparing DNA sequences among and within species.
A must-read for bird enthusiasts and curious naturalists, How Birds Evolve shows how evolutionary biology helps us better understand birds and their natural history, and how the study of birds has informed all aspects of evolutionary science since the time of Darwin.
Greater prairie chicken, Thrush (bird), Charles Darwin, Megapode, Piculet, Bird nest, Songbird, Sparrow, Hawaiian honeycreeper, Darwin's finches, Insect, Supernormal stimulus, Nucleic acid sequence, Sex ratio, Base pair, Allele, Mitochondrial DNA, Character displacement, Hoatzin, Hybrid zone, Waterfowl, Grebe, Allopatric speciation, Heritability, Fowl, John Ostrom, Neognathae, Warbler, North America, Tinamou, Bird, Organism, Reproductive success, Cnemophilidae, Inopinaves, Honeyeater, Rockhopper penguin, Taxon, Speciation, Trogon, Coraciiformes, David Lack, Extra-pair copulation, Pair bond, Natural selection, Hybrid (biology), Amino acid, Gouldian finch, Biologist, Brood parasite, Genetic drift, Woodpecker, Red-tailed hawk, Mole salamander, Common descent, Neoaves, Female, Accipitriformes, Mating, Reproductive isolation, Common cuckoo, Tyrant flycatcher, Great tit, Tit (bird), Sexual selection in birds, Flightless bird, Passerine, Sexual selection, Species, Gene, Evolutionary biology, Predation, Ornithology, Wood warbler, Plumage, California condor, House sparrow, Sexy son hypothesis, Great kiskadee, Sexual dimorphism, Gene flow, Drongo, Chromosome, Galliformes, Kentish plover, Nest box, Cassowary, Protein, Toucan, Theropoda, Charles Sibley, Sister group, Genotype, Pheasant, Whooping crane, Convergent evolution, Crossbill, Adaptive radiation, Phylogenetic tree, Malleefowl