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Research Article Open access CC BY 4.0

Cascade Effect of Climate Warming: Snow Duration - Vole Population Dynamics - Biodiversity

Joanna Gliwicz, Elżbieta Jancewicz

International Journal of Environment and Climate Change · pp. 43–52 · Published 29 Mar 2016

10.9734/BJECC/2016/25313

Abstract

Several recent reports have presented evidence indicating a change in arvicolid rodent dynamics from high-amplitude density cycles to acyclic fluctuations at relatively low level. The data come mostly from Northern Europe (>60° N) and indicate that the change is caused by climate warming, most pronounced in the winter. In this report we present data showing similar changes in the dynamics of two vole species, Microtus oeconomus and M. arvalis, in open habitats of Poland (<54°N) over last 25 y. Fairly regular fluctuations observed until early 1990s, subsequently changed to become more erratic. We tested which winter weather factors were most important for successful overwintering of M. oeconomus in Białowieża over 12 years, and how those factors changed over the last half-century according to the data from the local meteorological station. Finally, we demonstrate that the fall in the abundance of small game over the last 20 years has been linked to the decline of vole abundance.

Biodiversity climate change fading rodent cycles snow cover winter survival voles

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