Despite the increasing use of regional climate model (RCM) simulations in hydrological
climate-change impact studies, their application is challenging due to the risk of …

Tropical and subtropical regions can be particularly severely affected by flooding. Climate
change is expected to lead to more intense precipitation in many regions of the world …

The year 2019 marks the thirtieth anniversary of the development of the first regional climate
model (RCM), and here an overview is provided of the progress in regional modeling …

Runoff conditions are strongly controlled by climate. Therefore, any uncertainties in the
projections about future climate directly translate to uncertainties in future runoff. If several …

The impact of climate change on water resources is usually assessed at the local scale.
However, regional climate models (RCMs) are known to exhibit systematic biases in …

The systemic biases of Regional Climate Models (RCMs) impede their application in
regional hydrological climate-change effects analysis and lead to errors. As a consequence …

Despite considerable progress in recent years, output of both global and regional circulation
models is still afflicted with biases to a degree that precludes its direct use, especially in …

This work compares the performance of six bias correction methods for hydrological
modeling over 10 North American river basins. Four regional climate model (RCM) …

The Mediterranean region is one of the most responsive areas to climate change and was
identified as a major “hot-spot” based on global climate change analyses. This study …

Background Soil erosion is one of the major threats in the Ethiopian highlands. In this study,
soil erosion in the Muga watershed of the Upper Blue Nile Basin (Abay) under historical and …