New Weighting Framework Helps Climate Model Pick Its Best Physics Settings
A new performance-based weighting framework gives greater influence to hard-to-simulate variables like precipitation and wind when selecting WRF model physics ...
A new performance-based weighting framework gives greater influence to hard-to-simulate variables like precipitation and wind when selecting WRF model physics ...
A 63-year convection-permitting simulation with the AROME model reproduces France's daily extreme-rainfall climatology well but struggles to capture hourly convective ...
A systematic evaluation of Med-CORDEX regional climate models shows they reliably improve Mediterranean sea surface temperature patterns and marine heatwave ...
A high-resolution climate simulation study finds that sediment-disaster potential rises across Japan, with typhoon-driven short-duration rainfall dominating western regions and ...
A new regional climate modeling study shows that replacing the fixed one-day aging timescale for black carbon with a dynamic, ...
New modeling work shows that drying soils amplified Sweden's record 2018 heatwave for about 22 days through a soil moisture–temperature ...
A new Climate Dynamics study shows that pairing the Nogherotto–Tompkins cloud microphysics scheme with the Xu–Randall cloud fraction scheme in ...
A systematic test of thirteen RegCM5 configurations over Côte d'Ivoire's Bandama watershed shows that the choice of convection scheme can ...
A 50-year RegCM5 simulation over the Yellow River Basin shows that the new Moloch non-hydrostatic core reduces wind speed bias ...
A new CMIP6-based study projects that compound drought and heatwave days in the eastern Baltic Sea region could increase by ...
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© 2025 Scienmag - Science Magazine