Precipitation occurs in the form of discrete “events” and the event characteristics (event
duration, depth, peak intensity, start/end time) significantly influence the hydrologic response …

We present a detailed overview of the structure and activities associated with the NASA-led
ground-validation component of the NASA-JAXA Global Precipitation Measurement (GPM) …

One of the major advantages of satellite precipitation estimates is that they can provide a
complete picture of precipitation systems; a difficult task to achieve using sparsely distributed …

A fully global satellite-based precipitation estimate that can transition across the changing
Earth surface and complex land/water conditions is an important capability for many …

Understanding the nature and origin of errors in satellite precipitation products is important
for applications and product improvement. Here we propose a new error decomposition …

Passive aquatic listeners (PALs) provide high‐quality, high‐resolution estimates of
precipitation over ocean regions, but have been underutilized as a reference data set for the …

Abstract The Tibetan Plateau (TP) plays a crucial role in regional and global climate
dynamics, making accurate precipitation data essential for meteorological studies. However …

The quantitative estimation of precipitation from orbiting passive microwave imagers has
been performed for more than 30 years. The development of retrieval methods consists of …

Three‐dimensional global precipitation observation is crucial for understanding climate and
weather dynamics. While spaceborne precipitation radars provide precise but limited …

The agriculture sector responsible for global food and nutrition security has an urgent need
to examine climatic trends so that adaptations can be exercised in advance. Freely available …