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Climate-driven regime shifts in the biological communities of arctic lakes

Fifty-five paleolimnological records from lakes in the circumpolar Arctic reveal widespread species changes and ecological reorganizations in algae and invertebrate communities since approximately anno Domini 1850. The remoteness of these sites, coupled with the ecological characteristics of taxa involved, indicate that changes are primarily driven by climate warming through lengthening of the summer growing season and related limnological changes. The widespread distribution and similar character of these changes indicate that the opportunity to study arctic ecosystems unaffected by human influences may have disappeared.
- Department of Earth and Atmospheric Sciences University of Alberta Canada
- Kazan Federal University Russian Federation
- University College London United Kingdom
- Helmholtz Association of German Research Centres Germany
- Kazan Federal University Russian Federation
Greenhouse Effect, 570, Time Factors, 577, Fresh Water, Anthropocene, Climate change, Indicators, Animals, Paleolimnology, Ecosystem, Arctic Regions, Eukaryota, Biodiversity, Cold Climate, Invertebrates, Warming, Water Microbiology
Greenhouse Effect, 570, Time Factors, 577, Fresh Water, Anthropocene, Climate change, Indicators, Animals, Paleolimnology, Ecosystem, Arctic Regions, Eukaryota, Biodiversity, Cold Climate, Invertebrates, Warming, Water Microbiology
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