By Pingguo He
Realizing fish habit relating to trap approaches in marine fisheries is of primary value to lowering bycatch and discards, and to bettering marine fisheries conservation efforts. a radical figuring out of this permits advertisement fishers to extra successfully catch objective species whereas lowering the trap of undesirable species. Behavior of Marine Fishes: catch strategies and Conservation Challenges presents the reader with rules, styles, and features on fish habit and fish catch procedures utilizing different types of vital advertisement fishing gears. The e-book additionally highlights conservation demanding situations dealing with the marine trap fisheries in efforts to keep up sustainable use of marine assets and to minimize destructive affects to the marine surroundings. This quantity, with contributions from best utilized fish behaviorists and fishing apparatus technologists from around the globe, can be a invaluable reference for researchers, fishing equipment technologists, fisheries managers, scholars, and conservationists.Content:
Chapter 1 Swimming in Marine Fish (pages 3–24): John J. Videler and Pingguo He
Chapter 2 Fish imaginative and prescient and Its position in Fish catch (pages 25–44): Takafumi Arimoto, Christopher W. Glass and Xiumei Zhang
Chapter three listening to in Marine Fish and Its software in Fisheries (pages 45–64): Hong younger Yan, Kazuhiko Anraku and Ricardo P. Babaran
Chapter four Fish habit close to backside Trawls (pages 65–103): Paul D. Winger, Steve Eayrs and Christopher W. Glass
Chapter five Fish habit with regards to Longlines (pages 105–141): Svein Lokkeborg, Anders Ferno and Odd?Borre Humborstad
Chapter 6 Fish Pots: Fish habit, trap approaches, and Conservation concerns (pages 143–158): Bjarti Thomsen, Odd?Borre Humborstad and Dag M. Furevik
Chapter 7 Large?Scale Fish Traps: equipment layout, Fish habit, and Conservation demanding situations (pages 159–181): Pingguo He and Yoshihiro Inoue
Chapter eight Fish habit close to Gillnets: catch strategies, and Influencing elements (pages 183–203): Pingguo He and Michael Pol
Chapter nine electrical Senses of Fish and Their software in Marine Fisheries (pages 205–235): Hans Polet
Chapter 10 Technical Measures to lessen Bycatch and Discards in Trawl Fisheries (pages 237–264): Norman Graham
Chapter eleven Mortality of Animals that get away Fishing Gears or Are Discarded after catch: ways to minimize Mortality (pages 265–293): Petri Suuronen and Daniel L. Erickson
Chapter 12 impression of Trawling at the Seabed and Mitigation Measures to lessen influence (pages 295–314): Pingguo He and Paul D. Winger
Chapter thirteen Measures to minimize Interactions of Marine Megafauna with Fishing Operations (pages 315–342): Dominic Rihan
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Extra resources for Behavior of Marine Fishes: Capture Processes and Conservation Challenges
Example text
On the function of the two types of myotomal muscle fibre in elasmobranch fish. J. Mar. Biol. Assoc. UK. 46: 321–349. Breen M, Dyson J, O’Neill FG, Jones E and Haigh M. 2004. ) at prolonged and sustained swimming speeds, and its role in their capture by towed fishing gears. ICES J. Mar. Sci. 61: 1071– 1079. Brett JR. 1964. The respiratory metabolism and swimming performance of young sockeye salmon. J. Fish. Res. Bd. Can. 21: 1183–1226. Carey FG and Teal JM. 1969. Regulation of body temperature by the bluefin tuna.
Exp. Biol. 109: 209–225. Videler JJ, Stamhuis EJ, Müller UK and van Duren LA. 2002. The scaling and structure of aquatic animal wakes. Integr. Comp. Biol. 42: 988–996. Videler JJ and Wardle CS. 1991. Fish swimming stride by stride: speed limits and endurance. Rev. Fish Biol. Fish. 1: 23–40. Videler JJ and Weihs D. 1982. Energetic advantage of burst-and-coast swimming of fish at high speeds. J. Exp. Biol. 97: 169–178. Walters V and Fierstine HL. 1964. Measurements of swimming speeds of yellowfin tuna and wahoo.
Estimates for 3 m long swordfish exceed 30 m/s (Barsukov 1960). Measured values for burst speeds are difficult to find. 4 m/s, Wardle and He 1988). At that speed, the tail beat frequency was 18 Hz and the stride length was 1 L. 8 CONCLUDING REMARKS Understanding fish swimming performance involves studies of the functional morphology of the swimming apparatus and requires insight in swimmingrelated adaptations. Undulations of body and tail propel the majority of species; others predominantly use movements of paired and unpaired fins.