As the computer resources increases, regional climate simulations can be investigated at
finer horizontal resolutions in order to improve the representation of surface characteristics …

Running regional climate models at a high resolution may improve their ability to simulate
regional precipitation patterns, making them suitable for studying the impact of human …

Hydrological modelling of small mountainous catchments is particularly challenging
because of the high spatio-temporal resolution required for the meteorological forcings. In …

The simulation of space‐time precipitation has been studied since the late 1980s. However,
there are still many open issues concerning the most appropriate approach to simulate it …

In this paper we describe the results of several numerical experiments performed with the
limited area model LAMBO, based on a 1989 version of the NCEP (National Center for …

Abstract Changes in precipitation over the European Alps are investigated with the regional
climate model MAR (Modèle Atmosphérique Régional) applied with a 7 km resolution over …

This paper documents the capability of the ARW/WRF regional climate model to regionalize
near-surface atmospheric variables at high resolution (8 km) over Burgundy (northeastern …

This paper examines the sensitivity of a regional atmospheric model to horizontal resolution
and topographic forcing. The model is run for January and July month-long simulations over …

In this study, the influence of disaggregated rainfall products with different degrees of spatial
consistence on rainfall–runoff modeling results is analyzed for three mesoscale catchments …

A statistical downscaling technique is employed to link atmospheric circulation produced by
an ensemble of global climate model (GCM) simulations over the twenty-first century to …