One of the most common questions in hydrological modeling addresses the issue of input
data resolution. Is the spatial analysis of the meteorological/climatological data adequate to …

In order to perform hydrological studies on the PRUDENCE regional climate model (RCM)
simulations, a special focus was put on the discharge from large river catchments located in …

The sensitivity of Europe to climate change has a distinct north–south gradient with the
projections from Global Climate Models indicating that southern Europe will be the more …

A continuous rainfall-runoff simulation was performed to assess the potential effect of climate
changes on the streamflow regimes and water resources of tributaries of the Alzette river …

This paper demonstrates a climate change impact study on the hydrological process of a
data-scarce Greek watershed. The Soil and Water Assessment Tool (SWAT) and …

The spatial variability of the hydrological response is controlled by the interaction of two
spatial variabilities: climatic forcing and physiographic characteristics. This paper …

The effect of model calibration on the projection of climate change impact on hydrological
indicators was assessed by employing variants of a pan-European hydrological model …

In the current study, two regional climate models (MM5 and REMO) driven by different global
boundary conditions (the ERA40 reanalysis and the ECHAM5 model) are one-way coupled …

Regional climate model (RCM) outputs are often used in hydrological modeling, in particular
for streamflow forecasting. The heterogeneity of the meteorological variables such as …

For the analysis of climate impact on flood flows and flood frequency in macroscale river
basins, hydrological models can be forced by several sets of hourly long-term climate time …