Researchers evaluating the July 2021 European floods found that background error covariance formulations govern whether assimilating satellite delay observations improves ...
A two-dimensional nonhydrostatic spectral model combining non-constant coefficient semi-implicit time integration with vertically conservative semi-Lagrangian advection achieves stable, long-timestep simulations ...
Coupled ocean-atmosphere simulations reveal that oceanic warm anomalies intensify tropical cyclones far more effectively than cold anomalies weaken them across ...
High-resolution numerical weather prediction simulations over India's Indo-Gangetic Plains demonstrate that aerosol absorption exerts a dominant influence over aerosol scattering ...
Explicit cloud-resolving numerical simulations demonstrate that operational glaciogenic cloud seeding reduces total surface hail kinetic energy and shrinks severe damage ...
A thirty-two-month spatial verification study reveals that high-resolution numerical weather prediction outperforms artificial intelligence forecasts for extreme rainfall only at ...
A simulation study evaluating pre-monsoon thunderstorms over Southern Keralam found that hourly soil data ingestion improves localized convective forecasts but ...
A new WRF ensemble study of five SACZ-driven extreme rainfall events over Petropolis, Brazil, shows that forecast rainfall bias and ...
Atmospheric scientists have developed and evaluated cSINGV version 1.0, a high-resolution regional coupled modeling system that integrates the atmosphere, ocean, ...
Researchers have introduced Slope-Constrained Orography, a preprocessing tool that selectively modifies only excessively steep slopes to maintain numerical stability in ...
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