渔业学报(英文)2020，Vol.5Issue(6)：P.308-316,9.DOI:10.1016/j.aaf.2019.12.007
Optimising mesh size with escape gaps in a dual-species portunid-trap fishery
Matt K.Broadhurst 1Daniel J.Tolhurst 2Brian Hughes 3Vincent Raoult 4Timothy M.Smith 4Troy F.Gaston4
作者信息
- 1. NSW Department of Primary Industries,Fisheries Conservation Technology Unit,National Marine Science Centre,PO Box 4321,Coffs Harbour,NSW,2450,Australia Marine and Estuarine Ecology Unit,School of Biological Sciences,University of Queensland,Brisbane,QLD,4072,Australia
- 2. The Roslin Institute and Royal(Dick)School of Veterinary Studies,University of Edinburgh,Easter Bush,Midlothian,EH259RG,United Kingdom
- 3. Hunter Local Land Services,PO Box 440,Taree,NSW,2430,Australia
- 4. School of Environmental and Life Sciences,University of Newcastle,Ourimbah,NSW,2258,Australia
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摘要
关键词
Bycatch/Escape gap/Mesh size/Portunid分类
农业科技引用本文复制引用
Matt K.Broadhurst,Daniel J.Tolhurst,Brian Hughes,Vincent Raoult,Timothy M.Smith,Troy F.Gaston..Optimising mesh size with escape gaps in a dual-species portunid-trap fishery[J].渔业学报(英文),2020,5(6):P.308-316,9.基金项目
This study was funded by Hunter Local Land Services and the NSW Department of Primary Industries,and would not have been possible without the assistance of Wallis Lake commercial fishers,and especially,Malcolm,Adrian and Danny. （）
