Scientists Give Thunderstorms a Chemical Fingerprint to Decode How Rain Really Falls
French researchers have embedded water isotope tracking into a high-resolution storm model and validated it against a classic 1981 Sahelian ...
French researchers have embedded water isotope tracking into a high-resolution storm model and validated it against a classic 1981 Sahelian ...
High-resolution simulations of 45 extreme rainfall events show that Manaus's urban surface intensifies Amazonian downpours by up to 16.8 percent ...
A new case study shows that thermodynamic precursors from soundings, reanalysis and radar data can flag extreme short-duration rainfall events ...
A 30-year analysis of thunderstorms over Khanaqin, Iraq, shows that jet stream dynamics and upper-level troughs, rather than convective energy ...
A high-resolution simulation of Typhoon Molave's 2020 landfall in the Philippines shows that mountains beneath a typhoon create gravity waves ...
A new Buoyancy Work Rate index couples atmospheric instability with vertical motion to explain why some El Niño years flood ...
An analysis of 149 tethered balloon flights during the DOE TRACER campaign over Houston reveals how marine, mixed, and urban ...
Using the James Webb Space Telescope, astronomers have directly confirmed for the first time that water clouds on a world ...
Researchers at the University of Tokyo have run the first global large-eddy simulation at 220-meter grid spacing, eliminating the persistent ...
A major review in Nature Cities synthesizes evidence that cities actively intensify short-duration extreme rainfall through heat, roughness and aerosols, ...
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© 2025 Scienmag - Science Magazine