Weather and Topography Drive Dangerous Fine Particle Pollution in Addis Ababa
A two-year monitoring study across Addis Ababa reveals how seasonal winds, temperature inversions, and local topography shape dangerous fine particulate ...
A two-year monitoring study across Addis Ababa reveals how seasonal winds, temperature inversions, and local topography shape dangerous fine particulate ...
A European research consortium led by the University of Gothenburg has received 14 million euros to investigate why Antarctic glaciers ...
A new deep learning framework objectively defines the Pre-Meiyu season and classifies eight distinct synoptic weather types influencing rainfall over ...
A bibliometric study of 4,694 articles reveals the US and China lead in storm-climate research, while high-mortality regions like Bangladesh ...
A thirty-two-month spatial verification study reveals that high-resolution numerical weather prediction outperforms artificial intelligence forecasts for extreme rainfall only at ...
A meteorological and geospatial study of Karnataka's dry agro-climatic zones reveals widespread drought patterns across four decades of gridded climate ...
High-resolution numerical simulations reveal how the steep Apennine terrain anchored a catastrophic convective storm over central Italy in September 2022 ...
Sounding data from 2007 to 2023 demonstrate that precipitable water and the K Index effectively forecast thunderstorms across three international ...
Researchers developed a local structural enhancement framework that reduced precipitation estimation errors across regional test scenarios, though predictions remained compressed ...
A conditional analogue attribution framework reveals that human-caused climate change intensified approximately 68 percent of analyzed moderate-or-greater aviation turbulence encounters ...
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© 2026 Scienmag - Science Magazine