Extreme Rainfall in East Asia May Not Reverse Even After Carbon Dioxide Is Removed
A new Nature Communications study finds that extreme precipitation in East Asia exhibits hysteresis, failing to return to initial levels ...
A new Nature Communications study finds that extreme precipitation in East Asia exhibits hysteresis, failing to return to initial levels ...
A 90-year analysis of Indian rainfall shows that the Peak Over Threshold method outperforms the GEV distribution for estimating extreme ...
A 63-year convection-permitting simulation with the AROME model reproduces France's daily extreme-rainfall climatology well but struggles to capture hourly convective ...
A new high-resolution study of the deadly 2023 Mediterranean storm Daniel shows that how weather models represent clouds dramatically changes ...
A 30-year cluster analysis of 637 extreme precipitation days reveals five distinct synoptic regimes driving floods in Türkiye's Western Black ...
A new 45-year, high-resolution precipitation reanalysis for North America directly assimilates thousands of ground-station observations, outperforming major global datasets in ...
A two-thousand-year climate model ensemble shows that a Bayesian hierarchical duration-dependent GEV model with a spatially fixed shape parameter halves ...
Researchers have extended a widely used class of statistical precipitation generators with flexible distributional modelling and a unified treatment of ...
A high-resolution 280-year climate simulation shows that Mediterranean cyclones will become about a third less frequent by 2100, yet the ...
A new CMIP6-based study projects that extreme rainfall in Rajasthan's semi-arid Banas River Basin could intensify sharply this century, with ...
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© 2025 Scienmag - Science Magazine