Accurate, reliable, and high spatio-temporal resolution precipitation data are vital for many
applications, including the study of extreme events, hydrological modeling, water resource …

The advent of global precipitation data sets with increasing temporal span has made it
possible to use them for validating climate models. In order to fulfill the requirement of global …

Abstract As the US Science Team's globally gridded precipitation product from the NASA–
JAXA Global Precipitation Measurement (GPM) mission, the Integrated Multi-Satellite …

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

The launch of the Global Precipitation Measurement (GPM) mission has prompted the
assessment of the newly released satellite precipitation products (SPPs) in different parts of …

Accurate estimation of extreme precipitation is vital for the prediction of hydrologic extremes
and flood risk management. Recent satellite-based precipitation products provide important …

Pre-occupation evaluation of latest generation satellite-based precipitation products (SPPs)
is an essential step before the massive scale use. Taking the Beijiang River Basin as the …

The evaluation of satellite precipitation products (SPPs) at regional and local scales is
essential in improving satellite-based algorithms and sensors, as well as in providing …

Following the launch of the Global Precipitation Measurement (GPM) Core Observatory, the
latest GPM era high-resolution satellite precipitation products (SPPs), namely Integrated …

The Global Precipitation Measurement (GPM) Integrated Multi-satellite Retrievals for GPM
(IMERG) products provide quasi-global (60° N–60° S) precipitation estimates, beginning …