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

In recent years, satellite precipitation products (SPPs) have emerged as an essential source
of data and information. This work intends to summarize lessons learnt on using SPPs for …

Long-term gridded precipitation products (GPPs) are crucial for climatology and hydrological
research to overcome the limitations of gauge observations. Climate Hazards Group …

This study mainly evaluated and compared satellite-based quantitative precipitation
estimate products (QPEs) for the drought monitoring of mainland China. Two long-term …

Since several datasets are available with marked differences, the assessment of
precipitation data is a key aspect to support the choice of the most adequate precipitation …

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 …

A validation covering a 30-year period (1987–2016) of the relatively new CHIRPS
precipitation dataset was performed over the Central Andes of Argentina (CAA), a semi-arid …

This study aims to validate the accuracy of the Climate Hazards Group InfraRed Precipitation
with Stations (CHIRPS) dataset at representing climate variability over various time scales …

In this paper, we comprehensively evaluated the utility of integrated long-term satellite-
based precipitation and evapotranspiration products for drought monitoring over mainland …

Abstract Long-term (over 30a) satellite-based quantitative rainfall estimate (SRE) products
provide an ideal data source for hydrological drought monitoring. This study mainly explores …