Precipitation estimates from reanalyses and satellite observations are routinely used in
hydrologic applications, but their accuracy is seldom systematically evaluated. This study …

Observational data scarcity often limits the potential of rainfall-runoff modelling around the
globe. In ungauged catchments, earth-observations or reanalysis products could be used to …

Management of water resources under climate change is one of the most challenging tasks
in many arid and semiarid regions. A major challenge in countries, such as Yemen, is the …

The availability of precipitation data is the key driver in the application of hydrological
models when simulating streamflow. Ground weather stations are regularly used to measure …

The availability of high-resolution gridded precipitation products based on satellite
estimations and/or interpolated observations provides a good opportunity to monitor …

The study demonstrates that the temporal downscaling of rain gauge–measured
precipitation with satellite-based precipitation estimates enhances the accuracy of …

Observational data scarcity often limits the potential of rainfall-runoff modelling around the
globe. In ungauged catchments, earth observations or reanalysis products could be used to …

Gridded precipitation datasets are becoming a convenient substitute for gauge
measurements in hydrological modeling; however, these data have not been fully evaluated …

The aim of this study was to assess the application of gridded precipitation datasets for
applications in Sri Lanka and to identify suitable products that can be used for hydrological …

The consistency of hydrological process modeling depends on reliable parameters and
available long-term gauge data, which are frequently restricted within the Dead Sea/Jordan …