Atmospheric scientists have developed a deep-atmosphere extension for the GMCORE dynamical core, demonstrating that nontraditional Coriolis terms systematically alter tropical ...
Combining twelve GNSS radio occultation constellations raised global surface coverage to 99.71 percent at 1-degree resolution, while excluding COSMIC-2 cut ...
A two-stage framework that corrects coarse weather forecasts before predicting solar output halved day-ahead power forecast errors at a 20 ...
A thresholded and weighted RTTOV v13.1 scheme reduced simulation errors in FY-3F HIRAS-II’s strongest water-vapor channels and lowered peak-channel bias ...
ECMWF has released a subset of its 9-kilometre forecast data free with a two-hour delay, enabling more localized applications while ...
Ground-based microwave radiometers are among the most tireless instruments in atmospheric science. Bolted to the ground and staring permanently upward, ...
A hybrid quantum-classical neural network cut five-day hurricane track errors by 73.2 percent and dramatically improved rapid-intensification prediction across 847 ...
A new study traces why the WRF model systematically underestimates rainfall from monsoon low-pressure systems over India's east coast, implicating ...
Researchers have rebuilt the advection module of China's EPICC-Model air quality forecasting system to run on domestic GPU accelerators, achieving ...
A new case study shows that thermodynamic precursors from soundings, reanalysis and radar data can flag extreme short-duration rainfall events ...
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