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 ...
China's national climate assessment for 2025 records a tie for the warmest year on record, multiple precipitation records and frequent ...
A 39-year analysis shows atmospheric rivers bring roughly fifteen moisture transport events to Iran each year, with topography determining where ...
A twenty-year satellite analysis of more than 142,000 drought events reveals that rainfall and soil phosphorus jointly determine whether tropical ...
A new ERA5-based classification distills subtropical South American rainfall variability into seven atmospheric circulation patterns linked to ENSO, the Southern ...
A new Dartmouth study in the Journal of Hydrometeorology finds that increased precipitation has made drought in the northeastern United ...
A new global study shows that atmospheric dryness is reorganising forest traits and eroding ecosystem resilience faster than visible decline ...
A new attribution study finds that human-caused climate change made the extreme 2020 heat, drought, fire, and respiratory health crisis ...
The World Meteorological Organization's 2025 report shows rivers, groundwater and glaciers declining worldwide as climate change and groundwater extraction dry ...
A study of 80 women in drought-stricken rural Kenya reveals that water collection imposes a continuous cognitive and emotional burden ...
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© 2025 Scienmag - Science Magazine