Public access brings greater transparency to science and enables collaborative efforts to improve environmental forecasting worldwide
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New book edited by Sylvia C. Sullivan and Corinna Hoose explores the complexity of clouds.
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Cloud radiative heating and cooling have a substantial impact on the dynamics and predictability of an idealized extratropical cyclone.
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The results of the status quo analysis were discussed at a working meeting. Future measures were developed, concretized and classified.
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For the first time, the relative impact of orography, soil moisture and aerosols on precipitation over Germany was analyzed for different weather regimes.
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The temporal evolution of convective clouds, from initiation via glaciation to dissipation, is inferred using geostationary space-based measurements
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The predictability of a large thunderstorm system (Pentecost Monday, 2014) is extremely sensitive to the small changes in the chosen model domain
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Prof. Corinna Hoose presented first simulations run on HoreKa and pushed the start button together with Minister Theresia Bauer, VP Prof. Oliver Kraft and SCC director Prof. Martin Frank
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Statistical emulation allows for a comprehensive analysis of the sensitivity of deep convective clouds and hail to environmental conditions.
more...| Title | Contact |
|---|---|
| EMPOS | |
| WarmWorld Module Better, TP3 | |
| Ice Multiplication | |
| MAMiP:M | |
| C2Phase - Closure of the Cloud Phase | |
| Waves to Weather | |
| VolCloud | |
| FORCeS | |
| High-resolution simulations of clouds and precipitation over Germany |
| Title | Contact |
|---|---|
| Arctic mixed-phase clouds: simulation and comparison with in situ measurements | |
| HD(CP)2 Module M3: Aerosols, CCN and IN | |
| HD(CP)2 S1 WP4: Aerosol Impacts on Mixed-Phase Clouds | |
| INUIT-1 | |
| INUIT-2 |