Gridded precipitation products (GPPs) represent an alternative to and a complement to
gauge-based observations of precipitation, improving the representation of spatio-temporal …

Publicly available satellite precipitation products (SPPs) are essential inputs for hydrological
models. However, the existing SPPs suffer from coarse resolutions and large uncertainties …

The acquisition of the precise spatial distribution of precipitation is of great importance and
necessity in many fields, such as hydrology, meteorology and ecological environments …

Water-induced soil erodibility is the most severe kind of land degradation, with substantial
environmental and social consequences. Few studies have been conducted on land cover …

Precipitation data with high accuracy and spatial resolution characteristics play significant
roles in the regional hydrological and eco-environmental system applications. Thus, satellite …

Abstract Study region South Korea is situated in the northeastern region of Asia Study focus:
Recent technological developments have enabled multi-source precipitation products …

Study region The study region is 23 different watersheds across Nepal. Study focus This
study aims at assessing the strengths and weaknesses of widely used regionalization …

Quantifying uncertainties in water resource prediction in data-scarce regions is essential for
resource development. We use globally available datasets of precipitation and potential …

Flood frequency analysis lies at the core of hydrology and water engineering as one of the
most required estimates for water planning and design of hydraulic structures. For ungauged …

Runoff prediction is crucial for effective water resource management and risk mitigation.
However, predicting these catchment responses is challenging due to their unique …