To date, the assessment of hydrological climate change impacts, not least on pluvial
flooding, has been severely limited by i) the insufficient spatial resolution of regional climate …

It is well established that using kilometer scale grid resolution for simulations of weather
systems in weather and climate models enhances their realism. This study explores heavy …

Heavy precipitation is a challenging phenomenon with high impact on human lives and
infrastructure, and thus a better modelling of its characteristics can improve understanding …

Since a decade, convection-permitting regional climate models (CPRCM) have emerged
showing promising results, especially in improving the simulation of precipitation extremes …

Recent studies over different geographical regions of the world have proven that regional
climate models at the convection-permitting scale (CPMs) improve the simulation of …

We investigated positive temperature (warm) and negative precipitation (dry) biases in
convection-permitting model (CPM) simulations for Europe (2.2 km grid spacing) that were …

Owing to computational advances, an ever growing percentage of regional climate
simulations are being performed at convection-permitting scale (CPS, or a horizontal grid …

Convection-permitting climate models have shown superior performance in simulating
important aspects of the precipitation climate including extremes and also to give partly …

The hydrostatic regional climate model RCA, version 3 (RCA3), of the Swedish
Meteorological and Hydrological Institute was used to dynamically downscale ERA-40 and …

The increased risk of flooding due to global warming and subsequent heavy rainfall events
in the Nordic-Baltic region, call for recommendations directed at long-term planning. One …