The Bottlenose Dolphin: Biology and Conservation

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Summary: Guide offers fascinating details on lives of dolphins!
Review: "This excellent introduction on the biology of the bottlenose dolphin also provides a review of conservation issues and outlines current knowledge of dolphins in general. . . . for students, professionals, and anyone interested in the bottlenose dolphin."-Charles W. Potter, National Museum of Natural History

The Bottlenose Dolphin presents for the first time a comprehensive, colorfully illustrated, and concise overview of a species that has fascinated humans for at least 3,000 years. After reviewing historical myths and legends of the dolphin back to the ancient Greeks and discussing current human attitudes and interactions, the author replaces myths with facts--up-to-date scientific assessment of dolphin evolution, behavior, ecology, morphology, reproduction, and genetics--while also tackling the difficult issues of dolphin conservation and management.

Although comprehensive enough to be of great value to professionals, educators, and students, the book is written in a manner that all dolphin lovers will enjoy. Randall Wells's anecdotes interspersed throughout the work offer a first-hand view of dolphin encounters and research based on three decades working with them. Color photographs and nearly 100 black and white illustrations, including many by National Geographic photographer Flip Nicklin, beautifully enhance the text.

Readers of The Bottlenose Dolphin will better appreciate what dolphins truly are and do, as well as understand some of the controversies surrounding them. While raising compelling questions, the book provides a wealth of information on a legendary species that is loved and admired by many people.

John E. Reynolds, professor of marine science at Eckerd College, St. Petersburg, Florida, is chair of the U.S. Marine Mammal Commission. He has written over 100 articles on marine mammal biology and conservation and is coauthor with Daniel K. Odell of Manatees and Dugongs and coeditor of Biology of Marine Mammals.

Randall S. Wells is a behavioral ecologist with the Conservation Biology Department of the Chicago Zoological Society and adjunct associate professor of ocean sciences at the University of California, Santa Cruz. He also serves as director of the Center for Marine Mammal and Sea Turtle Research at Mote Marine Laboratory, Sarasota, Florida, where he conducts the world's longest running study of wild dolphins.

Samantha D. Eide, a graduate student at the University of South Florida, is field leader for the Eckerd College Dolphin Project, St. Petersburg, Florida.

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Summary: Samantha is great
Review: Good to see Samantha successful in life. I knew her back when she was a struggling student at Eckerd College.

Rating:
Summary: Excellent Information
Review: I have read through this book while doing some research on dolphins and marine mammal conservation and must say that this has some information that I could find nowhere else. This book hits on such a large variety of information relating to dolphin biology and conservation that I cannot believe that they fit it all into one book.

Rating:
Summary: Excellent Information
Review: I have read through this book while doing some research on dolphins and marine mammal conservation and must say that this has some information that I could find nowhere else. This book hits on such a large variety of information relating to dolphin biology and conservation that I cannot believe that they fit it all into one book.

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Summary: Samantha
Review: She is very smart.

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Summary: Big brains in large bodies
Review: The collaborators who put this book together are dedicated scientists with years of experience in the field. I admire their work. But I find on thing missing from the discussion of brain versus body size. They establish ratios of brain to body size and declare this is one method of measuring the intelligence of the animal, i.e. the larger the brain is in relationship to the body, the smarter the animal is. But they do not explain why a large body needs a large brain. After all, whale sharks of the same size as sperm whales have brains smaller than your fist while the sperm whale brain is six times larger than the human brain. Perhaps it is the large brain which requires the large body. The laws of physics would prohibit a brain developing in a very small body. Necks breaking and cortical sheering would be a problem.