Atmospheric Rivers Turn Deadly When They Hook Up With Rising Storm Air Currents
A 45-year reanalysis study shows that warm conveyor belt ascent, not moisture content alone, determines where atmospheric rivers produce their ...
A 45-year reanalysis study shows that warm conveyor belt ascent, not moisture content alone, determines where atmospheric rivers produce their ...
A new Climate Dynamics study attributes declining rainfall in China's Yellow River Basin mainly to aerosol pollution, while greenhouse gases ...
A new analysis attributes six decades of declining summer rainfall over North China's Haihe River Basin to a feedback loop ...
New research links winter-to-winter shifts of the Southern Hemisphere Hadley cell to swings in swell power across the eastern North ...
A new study shows that a breaking Rossby wave and a deep tropopause fold delivered ozone-rich stratospheric air into the ...
New research shows that doldrums over the Great Barrier Reef arise when stalled Rossby waves, tropical oscillations and dry mid-latitude ...
A new case study shows that thermodynamic precursors from soundings, reanalysis and radar data can flag extreme short-duration rainfall events ...
New research shows that the interplay between the South Atlantic and continental high-pressure systems controls stratus altitude and determines whether ...
A new openly accessible dataset records rain-induced signal fading from 215 Ku-band satellite TV links in Southern France, offering the ...
A five-year observational study over the eastern China plains has quantified the outsized contribution of hard-to-forecast warm-sector heavy rainfall and ...
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© 2025 Scienmag - Science Magazine