A hydrological model is a useful tool to study the effects of human activities and climate
change on hydrology. Accordingly, the performance of hydrological modeling is vitally …

This work summarizes lessons learnt on using satellite precipitation products (SPPs) for
flood simulation and prediction and proposes ways forward in this field of research. A meta …

Long-term gridded precipitation products are crucial for several applications in hydrology,
agriculture and climate sciences. Currently available precipitation products suffer from space …

In the context of global warming, precipitation information over the Tibetan Plateau (TP),
known as the water tower of Asia, is crucial for both atmospheric and hydrological cycle …

Accurate long-term estimates of precipitation at fine spatiotemporal resolution are vital for
several applications ranging from hydrometeorology to climatology. The availability of a …

Global gridded precipitation datasets have been developed using rain gauges, satellite
observations, and data assimilation techniques to fulfill the need in regions with a limited …

Accurate precipitation estimates are essential for reliable hydrological simulations of fluxes
and states. Satellite precipitation products have been widely used for hydrological …

This study evaluates the ability of different gridded rainfall datasets to plausibly represent the
spatiotemporal patterns of multiple hydrological processes (ie streamflow, actual …

This study attempts to assess the validity of the Integrated Multisatellite Retrievals for Global
Precipitation Measurement (IMERG) products across Iran. Six IMERG precipitation products …

Satellite precipitation products have been largely improved in the recent years particularly
with the launch of the global precipitation measurement (GPM) core satellite. Moreover, the …