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

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 …

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

Precipitation is a critical variable to monitor and predict meteorological drought. The WMO
recommended standardized precipitation index (SPI) is calculated from gauge (ie GPCC) …

Long-term, reliable quantitative precipitation estimate products provide an ideal data source
for large-scale drought monitoring and other related hydrological and meteorological …

The standardized precipitation index (SPI), one of the most commonly used drought
indicators, is widely used in the research areas of drought analysis and drought prediction in …

Timely and accurate detection of drought events using reliable data with continuous spatial
coverage is of great importance to adapt efficient mitigation strategies. Despite several …

In this study, we proposed a new integrated remote sensing drought monitoring indices, ie
Multiple Remote Sensing Drought Index integrated by Principal Component Analysis (PSDI) …

Abstract Satellite Rainfall Estimates (SREs) can provide rainfall information at finer spatial
and temporal resolutions, however their performance varies with respect to gauged …

Drought is a severe and chronic natural hazard that deeply affects production and
livelihoods. Its characteristics and propagation have been extensively discussed, but the …