系统发育多样性
物种丰富度
生态学
系统发育树
消光(光学矿物学)
地理
地方性
生物多样性
生物
全球生物多样性
生物集群灭绝
古生物学
人口
人口学
生物扩散
生物化学
基因
社会学
作者
Thomas J. Matthews,Kostas A. Triantis,Joseph P. Wayman,Thomas E. Martin,Julian P. Hume,Pedro Cardoso,Søren Faurby,Chase D. Mendenhall,Paul Dufour,François Rigal,Rob Cooke,Robert J. Whittaker,Alex L. Pigot,Christophe Thébaud,Maria Wagner Jørgensen,Eva Benavides,Filipa C. Soares,Werner Ulrich,Yasuhiro Kubota,John Sadler,Joseph A. Tobias,Ferran Sayol
出处
期刊:Science
[American Association for the Advancement of Science (AAAS)]
日期:2024-10-03
卷期号:386 (6717): 55-60
被引量:3
标识
DOI:10.1126/science.adk7898
摘要
Humans have been driving a global erosion of species richness for millennia, but the consequences of past extinctions for other dimensions of biodiversity-functional and phylogenetic diversity-are poorly understood. In this work, we show that, since the Late Pleistocene, the extinction of 610 bird species has caused a disproportionate loss of the global avian functional space along with ~3 billion years of unique evolutionary history. For island endemics, proportional losses have been even greater. Projected future extinctions of more than 1000 species over the next two centuries will incur further substantial reductions in functional and phylogenetic diversity. These results highlight the severe consequences of the ongoing biodiversity crisis and the urgent need to identify the ecological functions being lost through extinction.
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