Anthropocene Biodiversity Change

The predominant narrative of biodiversity loss is gradually shifting toward one of accelerated biodiversity change in the scientific literature. This work recognizes that certain genes, functional traits, species, and entire groups of animals and plants are becoming increasingly successful in novel, anthropogenic environments and expanding into new parts of the world, just as others continue to decline or disappear completely under direct and indirect human influence. These planetary changes have been increasing for millennia but vary by region, spatial scale, biodiversity metric, taxonomic group, and environmental driver considered. These past and ongoing changes mean that managing the rates and directions of transformation is often more realistic than articulating biodiversity as a wounded entity in need of restoration. Distinct policies are required to identify and substitute the drivers of biodiversity change globally (mitigation), as well as to accommodate the consequences (adaptation), to enable socially and environmentally desirable trends to outpace undesirable ones.

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Publication Details

Journal
Annual Review of Environment and Resources
Published
2026-03-31
DOI
https://doi.org/10.1146/annurev-environ-112624-014802
Primary Topic
Species Distribution and Climate Change
Type
article
Field-Weighted Citation Impact
0.00
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article

Anthropocene Biodiversity Change

Inês S. Martins, Jack H. Hatfield, Joshua Sammy, Chris D Thomas et al.
Annual Review of Environment and Resources
Species Distribution and Climate Change
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Anthropocene Biodiversity Change

Inês S. Martins, Jack H. Hatfield, Joshua Sammy, Chris D Thomas, Shuyu Deng, Jonathan D. Gordon
article en

Abstract

The predominant narrative of biodiversity loss is gradually shifting toward one of accelerated biodiversity change in the scientific literature. This work recognizes that certain genes, functional traits, species, and entire groups of animals and plants are becoming increasingly successful in novel, anthropogenic environments and expanding into new parts of the world, just as others continue to decline or disappear completely under direct and indirect human influence. These planetary changes have been increasing for millennia but vary by region, spatial scale, biodiversity metric, taxonomic group, and environmental driver considered. These past and ongoing changes mean that managing the rates and directions of transformation is often more realistic than articulating biodiversity as a wounded entity in need of restoration. Distinct policies are required to identify and substitute the drivers of biodiversity change globally (mitigation), as well as to accommodate the consequences (adaptation), to enable socially and environmentally desirable trends to outpace undesirable ones.

Annual Review of Environment and Resources
Aarhus University (DK), Department of Archaeology (LK), University of York (GB)
Life in Land
Openalex Percentile: Top 24%
Species Distribution and Climate Change
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