Unified Extreme Value Theory Reveals Wet Extremes Intensifying Across Most Global Land
A new study applies unified extreme value theory to 130 years of global precipitation data, showing that both extreme wet ...
A new study applies unified extreme value theory to 130 years of global precipitation data, showing that both extreme wet ...
New research links the Caspian Sea's dramatic water level swings to five major atmospheric circulation patterns, with the East Atlantic/Western ...
A new ERA5-based classification distills subtropical South American rainfall variability into seven atmospheric circulation patterns linked to ENSO, the Southern ...
A 64-year analysis shows that the North Atlantic tripole sea surface temperature pattern has changed which regions it warms and ...
A new Climate Dynamics study finds that the Indian Ocean Dipole's influence on Indian summer monsoon rainfall is robust over ...
A 2020 switch in the sea surface temperature dataset used to nudge the CFSR reanalysis introduced cold biases that propagated ...
A strengthening mid-tropospheric moist stability barrier over the Bay of Bengal is shifting the Indian summer monsoon's rainfall westward and ...
A 44-year reanalysis study reveals that persistent large-scale moisture transport, not transient weather systems, drives Ethiopia's seasonal and interannual rainfall ...
A four-year study of daily precipitation isotopes on the southeastern Tibetan Plateau reveals three distinct seasonal regimes in which moisture ...
A new study shows that extreme heat over Eastern Europe built atmospheric energy that traveled across Eurasia and helped fuel ...
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© 2025 Scienmag - Science Magazine