4.5 Article

Identifying shark species responsible for fisheries depredation off Southeast Queensland, Australia

期刊

MOLECULAR BIOLOGY REPORTS
卷 48, 期 5, 页码 4961-4965

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DOI: 10.1007/s11033-021-06460-4

关键词

Shark depredation; Fishery; Protocol; Species identification; Carcharhinus; Mitochondrial DNA

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  1. Queensland Government Department of Agriculture and Fisheries and Southern Cross University

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This research successfully identified ten depredating shark species in line-based fisheries in Southeast Queensland through genetic analysis, including bull sharks, sandbar sharks, pigeye sharks, spinner sharks, and a potential bignose shark species.
Anecdotal reports from fishers in Southeast Queensland, Australia suggest that shark depredation is a significant issue, however little is known about which species are responsible for depredating catches. This research aimed to identify depredating species in Southeast Queensland line based fisheries, by undertaking a genetic analysis of depredated samples collected by commercial, charter and recreational fishers. The genetic analysis successfully identified ten depredating sharks, all from the genus Carcharhinus (19.2% success). The species identified using mitochondrial DNA included five C. leucas (bull sharks), two C. plumbeus (sandbar sharks), one C. amboinensis (pigeye shark), one C. brevipinna (spinner shark) and one unconfirmed C. plumbeus/C. altimus (bignose shark). While many species of Carcharhinus have been found to depredate catches in Australia, C. leucas has not been highlighted until this research as a potential problematic species. The optimised protocol allowed for the confident identification of shark species responsible for depredation in fisheries using frozen fish samples donated by fishers.

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