The latest generation of satellite precipitation estimates, Integrated Multi-satellitE Retrievals
for Global Precipitation Measurement Version 06 (IMERG V06), calibrated by monthly rain …

Satellite-based precipitation products and reanalysis precipitation products have the
potential to overcome the lack of information in regions where there are no or insufficient …

Tropical cyclones (TCs) are high-impact events responsible for devastating rainfall and
freshwater flooding. Quantitative precipitation estimates (QPEs) are thus essential to better …

Satellite remote sensing complements rain gauges and ground radars as the primary
sources of precipitation data. While significant advancements have been made in …

Abstract Knowledge of the key drivers of the severity of river flooding from tropical cyclones
(TCs) is vital for emergency preparedness and disaster risk reduction activities. This global …

Rainfall across mountainous areas is vital for the water supply and ecosystem services of
arid watersheds. Rain gauges are the most common method to measure rainfall, but these …

Depending on the location on the Earth, the amount of precipitation associated with tropical
cyclones (TCs) can reach 20% of the total yearly precipitation over land and up to 40% over …

Tropical cyclone (TC) precipitation has led to escalating urban flooding and transportation
disruptions in recent years. The volatility of the TC rain rate (RR) over short periods …

The landfall tropical cyclones (TCs) produce heavy rainfall, which has a large socio-
economic impact. The TC rainfall causes significant flooding and is a major threat to life and …

The Global Precipitation Measurement (GPM) IMERG V06 product showed excellent
performance in detecting precipitation, but still have room to improve. This study proposed …