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In addition, correlations between demographic changes and climatic oscillations may be useful to predict species responses to the accelerated climate change [ 7].
Hewitt, G. M. Genetic consequences of climatic oscillations in the Quaternary.
Rivers are dynamic features sensitive to climatic oscillations.
The high- and highest-order glacial cycles likely correspond to such orbitally forced, high-frequency climatic oscillations.
Historical climatic oscillations and co-evolutionary dependencies were key evolutionary drivers shaping the current population structure of numerous organisms.
Past climatic oscillations, like glacial and interglacial cycling during the Pleistocene, were major evolutionary drivers in many species1,2.
The European range underwent further changes in response to Quaternary climatic oscillations.
stable tectonic regime, with climatic oscillations possibly operating on several time scales.
For example, the severe ecological upheaval caused by the extreme climatic oscillations of the Ice Ages greatly favoured deer.
We present a genome-wide, biogeographic analysis of the bark beetle P. chalcographus with emphasis on the influence of Pleistocene climatic oscillations on its present population structure.
In conclusion, the phylogeography of P. chalcographus was shaped by past climatic oscillations during the Pleistocene and co-evolutionary processes with its main host plant.
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