过度捕捞
濒危物种
栖息地破坏
IUCN红色名录
垂钓
人口
生态学
渔业
生物多样性
消光(光学矿物学)
地理
栖息地
环境科学
生物
社会学
人口学
古生物学
作者
Nicholas K. Dulvy,Nathan Pacoureau,Jay H. Matsushiba,Helen F. Yan,Wade J. VanderWright,Cassandra L. Rigby,Brittany Finucci,C. Samantha Sherman,Rima W. Jabado,John K. Carlson,Riley A. Pollom,Patrícia Charvet,Caroline M. Pollock,Craig Hilton‐Taylor,Colin A. Simpfendorfer
出处
期刊:Science
[American Association for the Advancement of Science]
日期:2024-12-05
卷期号:386 (6726): eadn1477-eadn1477
被引量:34
标识
DOI:10.1126/science.adn1477
摘要
The true state of ocean biodiversity is difficult to assess, and there are few global indicators to track the primary threat of overfishing. We calculated a 50-year Red List Index of extinction risk and ecological function for 1199 sharks and rays and found that since 1970, overfishing has halved their populations and their Red List Index has worsened by 19%. Overfishing the largest species in nearshore and pelagic habitats risks loss of ecomorphotypes and a 5 to 22% erosion of functional diversity. Extinction risk is higher in countries with large human coastal populations but lower in nations with stronger governance, larger economies, and greater beneficial fisheries subsidies. Restricting fishing (including incidental catch) and trade to sustainable levels combined with prohibiting retention of highly threatened species can avert further depletion, widespread loss of population connectivity, and top-down predator control.
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