Tropical Thunderstorm Particles Fall Faster Than Models Predict, Radar Study Reveals
A dual-frequency radar study over Darwin, Australia reveals that mixed-phase particles in tropical thunderstorm cores fall faster than existing relationships ...
A dual-frequency radar study over Darwin, Australia reveals that mixed-phase particles in tropical thunderstorm cores fall faster than existing relationships ...
Researchers at the University of Tokyo have run the first global large-eddy simulation at 220-meter grid spacing, eliminating the persistent ...
Using EarthCARE's collocated lidar, radar and imager combined with GOES tracking, researchers show that rain and microphysical changes build up ...
Atmospheric simulations suggest gravity waves over the Martian volcano Arsia Mons can trigger spontaneous ice nucleation, forming clouds without the ...
A new modelling study of Mars's Arsia Mons Elongated Cloud suggests that water ice clouds can form by homogeneous nucleation ...
A new Climate Dynamics study shows that pairing the Nogherotto–Tompkins cloud microphysics scheme with the Xu–Randall cloud fraction scheme in ...
Observations from a Japanese Antarctic expedition reveal that excessive ice in simulated clouds and a cold temperature bias, rather than ...
A tethered-balloon campaign over the Tibetan Plateau has captured simultaneous measurements of cloud droplets, aerosols, and weak electric fields inside ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine