New All-Sky Microwave Model Brings Cloudy Weather Into Focus for Ground-Based Radiometers
Ground-based microwave radiometers are among the most tireless instruments in atmospheric science. Bolted to the ground and staring permanently upward, ...
Ground-based microwave radiometers are among the most tireless instruments in atmospheric science. Bolted to the ground and staring permanently upward, ...
A tethered balloon instrument flown over Finnish Lapland in September 2022 has produced an open, high-resolution dataset of turbulence and ...
A fluorescence-Raman-Mie polarization lidar method that classifies aerosols by shape and fluorescence before converting extinction to PM2.5 cut retrieval errors ...
A new study traces why the WRF model systematically underestimates rainfall from monsoon low-pressure systems over India's east coast, implicating ...
University of Manchester chemists and aerospace engineers have developed a pressure-sensitive paint that cuts temperature-related measurement errors in wind tunnel ...
New research shows that the interplay between the South Atlantic and continental high-pressure systems controls stratus altitude and determines whether ...
High-resolution WRF-BEP/BEM simulations using Local Climate Zone maps show that Delhi's compact urban districts amplify heatwave temperatures by up to ...
Continuous vertical measurements during the ALPACA experiment reveal that Fairbanks' wintertime smog is confined to a shallow surface layer only ...
Researchers show that laser measurements of low cloud base height can be inverted to estimate the near-surface humidity over tropical ...
An analysis of 149 tethered balloon flights during the DOE TRACER campaign over Houston reveals how marine, mixed, and urban ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine