Quantifying rates of climate change in mountain regions is of considerable interest, not least
because mountains are viewed as climate “hotspots” where change can anticipate or …

Approximately 10 years ago, convection‐permitting regional climate models (CPRCMs)
emerged as a promising computationally affordable tool to produce fine resolution (1–4 km) …

One of the most important impacts of a future warmer climate is the projected increase in the
frequency and intensity of extreme rainfall events. This increasing trend in extreme rainfall is …

A large number of recent studies have aimed at understanding short-duration rainfall
extremes, due to their impacts on flash floods, landslides and debris flows and potential for …

High-accuracy meteorological datasets are urgently required for understanding hydrological
processes across the Third Pole (Qinghai-Tibetan Plateau, or TP), where meteorological …

Modelling the rare but high-impact Mediterranean Heavy Precipitation Events (HPEs) at
climate scale remains a largely open scientific challenge. The issue is adressed here by …

The intensity and frequency of extreme precipitation have increased in many regions in the
past century due to climate change. Many studies have revealed that short‐duration extreme …

This paper presents results from high-resolution climate change simulations that permit
convection and resolve mesoscale orography at 3-km grid spacing over Fenno-Scandinavia …

Abstract The Baltic Sea region is very sensitive to climate change; it is a region with spatially
varying climate and diverse ecosystems, but it is also under pressure due to a high …

We present the first convection-permitting regional climate model (CPRCM) simulations at
4.5 km horizontal resolution for South America at near-continental scale, including full …