| Summary, etc |
With species existing in all subpolar seas, king crabs are one of the most valuable seafoods. Major fluctuations in their abundance have stimulated a flurry of research and a rapid expansion of the scientific literature in the last decade. King Crabs of the World: Biology and Fisheries Management consolidates extensive knowledge on the biology, systematics, anatomy, life history, and fisheries of king crabs and presents it in a single volume. This book is the first comprehensive scientific reference devoted to the biology and fisheries of king crabs.<br/><br/>The first part of the book describes king crabs and their place in the world, covering geographic distribution, depth and temperature ranges, and maps of known habitats. Chapters examine phylogenetic relationships, evolutionary history and phylogeography, internal and external anatomy of king crabs, and the history of North Pacific fisheries. There is also a chapter that presents a comprehensive overview of diseases and other anomalies of king crabs. The second part of the book describes the life history and biology of various king crab species, including embryonic development and environmental factors, the development and biology of larvae, the ecology and biology of juvenile stages, reproductive strategies of fished species, and the growth and feeding of king crabs and their ecological impacts.<br/><br/>The third part of the book discusses human and environmental interactions with king crabs through fisheries, management, and ecosystems. Topics include the impacts of fishing—bycatch, handling, and discard mortality—king crab aquaculture and stock enhancement, and king crabs from various regions such as Southern Hemisphere waters, the Barents Sea, and Alaska. A chapter synthesizing various aspects of king crab biology provides an ecosystem-scale perspective and the final chapter presents the author’s outlook on the future of king crab research and populations.<br/><br/><br/>King Crabs of the World: Species and Distributions<br/>Bradley G. Stevens and Gustavo A. Lovrich<br/>Systematics of King Crabs<br/>Patsy A. McLaughlin<br/>Phylogeography of Red King Crab: Implications for Management and Stock Enhancement<br/>William Stewart Grant, Daria A. Zelenina, and Nikolai S. Mugue<br/>Anatomy of King Crabs<br/>William E. Donaldson and Susie Byersdorfer<br/>History of King Crab Fisheries with Special Reference to the North Pacific Ocean: Development, Maturity, and Senescence<br/>Robert S. Otto<br/>Diseases of King Crabs and Other Anomalies<br/>J. Frank Morado, Christie A. Shavey, Tatyana Ryazanova, and Vanessa C. White<br/>Embryo Development and Hatching of King Crabs<br/>Bradley G. Stevens<br/>Development and Biology of King Crab Larvae<br/>Bradley G. Stevens<br/>Biology and Ecology of Juvenile King Crabs<br/>Bradley G. Stevens<br/>Reproductive Ecology of Commercially Important Lithodid Crabs<br/>Joel Webb<br/>Growth, Molting, and Feeding of King Crabs<br/>Bradley G. Stevens and Stephen C. Jewett<br/>Impacts of Fishing on King Crabs: Bycatch, Injuries, and Mortality<br/>Bradley G. Stevens<br/>Aquaculture and Stock Enhancement of King Crabs<br/>Bradley G. Stevens, Anya (Epelbaum) Dunham, Jiro Kittaka, Nikolina Kovatcheva, Sara Persselin, and Gro I. van der Meeren<br/>Southern King Crabs<br/>Gustavo A. Lovrich and Federico Tapella<br/>Red King Crab in the Barents Sea<br/>Jan Sundet<br/>Red King Crab in Russia: Populations, Fisheries, and Symbionts<br/>Alexander G. Dvoretsky and Vladimir G. Dvoretsky<br/>King Crab Stock Assessments in Alaska<br/>Jie Zheng and Gordon H. Kruse<br/>Modeling Larval Advection and Spatial Population Structure in King Crabs: Interactions among Life-History Requirements, Extrinsic Forcing, and Source–Sink Dynamics<br/>Timothy Loher<br/>Future of King Crabs<br/>Bradley G. Stevens<br/>Index |