Project News

Gabriella Wallentin

To simulate Arctic multilayer clouds, accurate thermodynamic profiles and efficient cloud ice formation mechanisms are required

Agnes Meyer-Brandis

6-week field campaign by researchers from KIT and Leipzig University in wintry Finland

KIT

Public access brings greater transparency to science and enables collaborative efforts to improve environmental forecasting worldwide

NASA

New book edited by Sylvia C. Sullivan and Corinna Hoose explores the complexity of clouds.

Behrooz Keshtgar

Cloud radiative heating and cooling have a substantial impact on the dynamics and predictability of an idealized extratropical cyclone.

IMK-TRO

The results of the status quo analysis were discussed at a working meeting. Future measures were developed, concretized and classified.

For the first time, the relative impact of orography, soil moisture and aerosols on precipitation over Germany was analyzed for different weather regimes.

The temporal evolution of convective clouds, from initiation via glaciation to dissipation, is inferred using geostationary space-based measurements

The predictability of a large thunderstorm system (Pentecost Monday, 2014) is extremely sensitive to the small changes in the chosen model domain

Riccardo Prevete, KIT

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

Statistical emulation allows for a comprehensive analysis of the sensitivity of deep convective clouds and hail to environmental conditions.