Multidecadal Management Ensures High Sustainability and Low Risk in a Global Shark Biodiversity Hotspot

ABSTRACT Overfishing continues to drive the decline of sharks and rays worldwide, contributing to the deterioration of their global conservation status. Effective fisheries management can prevent overfishing, but only a small fraction of the global catch of sharks and rays has been assessed as being sustainable. A weight‐of‐evidence stock assessment framework, incorporating many stock‐specific analyses, is used herein to provide scientific advice and inform the management and conservation of shark and ray species ( n > 100) that interact with fisheries in Western Australia, a global shark and ray diversity hotspot. The rigorous management regime implemented in Western Australia over the last four decades effectively reduced fishing mortality. The current fishing sustainability risk for most species is low, with previously overfished stocks recovered or recovering to sustainable levels. Our study provides optimism and confidence that the application and implementation of effective management arrangements can recover shark stocks and thereby underpin sustainable fishing operations.

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Publication Details

Journal
Fish and Fisheries
Published
2025-10-14
DOI
https://doi.org/10.1111/faf.70030
Primary Topic
Ichthyology and Marine Biology
Type
article
Field-Weighted Citation Impact
0.00
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article

Multidecadal Management Ensures High Sustainability and Low Risk in a Global Shark Biodiversity Hotspot

Clinton Syers, S. Alex Hesp, Stephen J. Newman, Matías Braccini et al.
Fish and Fisheries
Ichthyology and Marine Biology
article

Multidecadal Management Ensures High Sustainability and Low Risk in a Global Shark Biodiversity Hotspot

Clinton Syers, S. Alex Hesp, Stephen J. Newman, Matías Braccini, Jason M. Cope, Maddison Watt, Liv Rynvis, Gary Jackson
article en

Abstract

ABSTRACT Overfishing continues to drive the decline of sharks and rays worldwide, contributing to the deterioration of their global conservation status. Effective fisheries management can prevent overfishing, but only a small fraction of the global catch of sharks and rays has been assessed as being sustainable. A weight‐of‐evidence stock assessment framework, incorporating many stock‐specific analyses, is used herein to provide scientific advice and inform the management and conservation of shark and ray species ( n > 100) that interact with fisheries in Western Australia, a global shark and ray diversity hotspot. The rigorous management regime implemented in Western Australia over the last four decades effectively reduced fishing mortality. The current fishing sustainability risk for most species is low, with previously overfished stocks recovered or recovering to sustainable levels. Our study provides optimism and confidence that the application and implementation of effective management arrangements can recover shark stocks and thereby underpin sustainable fishing operations.

Fish and FisheriesVol. 27(1)
NOAA National Marine Fisheries Service (US), Government of Western Australia (AU), NOAA National Marine Fisheries Service Northwest Fisheries Science Center (US)
Openalex Percentile: Top 71%
Ichthyology and Marine Biology
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Multidecadal Management Ensures High Sustainability and Low Risk in a Global Shark Biodiversity Hotspot — Clinton Syers, S. Alex Hesp, et al. · Fish and Fisheries (2025) | TGRS Research Map | TGRS