Climatic niche is one of the main factors for setting historically biogeographic patterns, especially during drastically climatic changes, such as Quaternary climate oscillations [ 10– 10].
Regional extinctions and multiple colonizations have been documented in southeast Alaska during times of climate oscillations [ 26] as the North Pacific Coast underwent repeated climatic fluctuations during the Pleistocene and Holocene.
The North Atlantic has been the location of active research on climate oscillations at various timescales.
Research in the North Atlantic has also yielded evidence for shorter, millennial-scale climate oscillations.
Like climate oscillations, we assume biological regime shifts may swing back.
This year's summertime melt, which provides more evidence of recent quick warming in the Arctic, is in part driven by natural climate oscillations, the researchers said.
Winter precipitation changes were influenced by more climate oscillations.
Thus, large-scale climate oscillations are used as exogenous factors in precipitation forecasts.
But instead of glaciation, Titan's climate oscillations seem to produce a wholesale migration of its hydrocarbon lakes.
PDO and ENSO influenced the location parameter, implying that these two climate oscillations impacted the changes in the precipitation amount.
The response of erosional landscapes to Quaternary climate oscillations is recorded in fluvial terraces whose quantitative interpretation requires numerical ages.
