Increased availability of precipitation observational datasets allows for accurate drought
detection, monitoring and forecast. Most studies have shown accuracy of various …

For more than a century, river discharge has been measured indirectly through observations
of water level and flow velocity, but recently the number of gauging stations worldwide has …

With the accelerated climate change, the selection of globe-warming related drought
monitoring tools is vitally significant. To select the most suitable multi-source precipitation …

Understanding the spatial and temporal occurrences of extreme rainfall events and their
changes is crucial for reducing the risk associated with extreme events, especially under …

In this study, a comprehensive evaluation of the reliability of seventeen satellite-, reanalysis-,
and gauge-based precipitation products (ie, IMERG-F, GSMaP-G, TMPA 3B42, CMORPH …

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 …

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

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

Study region Data-scarce basins located in West Africa and northern Central Africa. Study
focus Multiple studies have shown that global gridded precipitation datasets could provide …

Precipitation estimation over the Tibetan Plateau is a critical but challenging task due to
sparse gauges and high altitudes. Traditional statistic methods are often insufficient to …