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Titulua: Guidelines for Evaluating Artificial Light to Mitigate Unwanted Fisheries Bycatch
Egilea: Yochum, Noelle; Karlsen, Junita D.; Senko, Jesse F.; Wang, John H.; Melli, Valentina; Geraci, Michele Luca; Utne-Palm, Anne Christine; Breen, Michael; Cuende, Elsa; Bayse, Shannon M.; Somerville, Jasmine; Hermann, Andreas; Edridge, Alexius; Mackenzie, Emma K.; Ljungberg, Peter; Chladek, Jerome; Van Opstal, Mattias; Watson, Dan; Lomeli, Mark J. M.; Oliver, Martin
Zitazioa: REVIEWS IN FISHERIES SCIENCE \& AQUACULTURE, 2024, 32, 612-656
Laburpena: Evaluating artificial light as a bycatch reduction device (bycatch reduction light, ``BRL��) requires a multidisciplinary approach that applies knowledge of fisheries science, fishing technology, engineering, physics, optics, vision biology, oceanography, animal behavior, economics, and social science. To support the continued evaluation of BRL, these guidelines were developed for conducting standardized and systematic studies. The guidelines highlight how information from those fields of study contributes to the efficacy of study design and the evaluation of results. The guidance is focused on four core areas: (i) defining the objective of using a BRL; (ii) understanding the context in which the BRL is applied and considering the base knowledge that is needed; (iii) selecting an appropriate study design (including selection and placement of the BRL) and analytical methods for measuring both behavioral responses and catch outcomes from using the BRL; and (iv) interpreting the data through the lens of the base knowledge, context, and study design, and evaluating the results against an established definition of success and variables that affect adoption. The purpose of these guidelines is to increase the ability of researchers and managers to determine if BRL is appropriate for a fishery and to encourage consistency in data collection among studies to support future meta-analyses and inter-study comparison. In addition, suggestions are provided on where more research and technology development are needed to support this rapidly emerging field of research.
Gako-hitzak: Fish behavior; fisheries selectivity; fish vision; phototaxis; bycatch reduction; conservation engineering; COD GADUS-MORHUA; HADDOCK MELANOGRAMMUS-AEGLEFINUS; HALIBUT REINHARDTIUS-HIPPOGLOSSOIDES; PHOTOPIC SPECTRAL SENSITIVITY; POLLOCK THERAGRA-CHALCOGRAMMA; VISUAL PREY DETECTION; BOTTOM TRAWL FISHERY; SEA-TURTLE BYCATCH; SQUARE MESH PANEL; BEHAVIORAL-RESPONSES
Gordailuaren-data: 2024
Argitalpen: TAYLOR \& FRANCIS INC
Dokumentu mota: Review
Hizkuntza: 
DOI: 10.1080/23308249.2024.2359417
URI: http://dspace.azti.es/handle/24689/1929
ISSN: 2330-8249
E-ISSN: 2330-8257
Bildumetan azaltzen da:Artículos científicos



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