The Diversity of Fishes: Biology, Evolution, and EcologyJohn Wiley & Sons, 3 apr 2009 - 736 pagina's The second edition of The Diversity of Fishes represents a major revision of the world’s most widely adopted ichthyology textbook. Expanded and updated, the second edition is illustrated throughout with striking color photographs depicting the spectacular evolutionary adaptations of the most ecologically and taxonomically diverse vertebrate group. The text incorporates the latest advances in the biology of fishes, covering taxonomy, anatomy, physiology, biogeography, ecology, and behavior. A new chapter on genetics and molecular ecology of fishes has been added, and conservation is emphasized throughout. Hundreds of new and redrawn illustrations augment readable text, and every chapter has been revised to reflect the discoveries and greater understanding achieved during the past decade. Written by a team of internationally-recognized authorities, the first edition of The Diversity of Fishes was received with enthusiasm and praise, and incorporated into ichthyology and fish biology classes around the globe, at both undergraduate and postgraduate levels. The second edition is a substantial update of an already classic reference and text. Companion resources site This book is accompanied by a resources site: www.wiley.com/go/helfman The site is being constantly updated by the author team and provides: · Related videos selected by the authors · Updates to the book since publication · Instructor resources · A chance to send in feedback
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PART III Taxonomy phylogeny and evolution | 167 |
PART IV Zoogeography genetics and adaptations | 327 |
PART V Behavior and ecology | 423 |
PART VI The future of fishes | 583 |
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activity adaptations adults algae America anal fins areas Atlantic behavior benthic blood body bones bony fishes catfishes caudal cells changes Chapter characins Chondrichthyes cichlids coelacanths coloration coral reef cyprinids damselfishes deepsea diversity dorsal fin ecological ecosystem eels eggs elasmobranchs evolution evolutionary extinct families feeding females fish’s fisheries fossil fresh water freshwater fishes function gas bladder genetic gill gobies groups growth habitat hagfishes Helfman herbivores increase individuals invertebrates juveniles lakes lampreys larvae live lungfishes males marine fishes mating mesopelagic metabolic migration minnows mouth muscles occur ocean organs ostariophysans oxygen Pacific parrotfishes pectoral fins pelagic pelvic fins pharyngeal population posterior predators prey primitive produce rays reef fishes region relatively reproductive rivers salmon scales season sharks shoals spawning species spines stream structure sturgeons sunfishes Superorder surface swimming tail taxa teeth teleosts temperature tion traits tropical Trout tunas vertebrates water column whereas wrasses