Reliable precipitation data are highly necessary for geoscience research in the Third Pole
(TP) region but still lacking, due to the complex terrain and high spatial variability of …

Recently developed remote sensing data including satellite-based products show promising
performance in estimating precipitation at high spatiotemporal resolution. However, the …

Near-real-time precipitation estimates based on geostationary meteorological satellites are
of great importance for monitoring hydrology-related disasters. Currently, the contributions of …

Abstract Study region The Tibetan Plateau (TP). Study focus This study evaluated the
accuracy of six mainstream gridded precipitation products, including the Asian precipitation …

Satellite-based precipitation estimates (SPEs) available at a high spatio-temporal resolution
with near-global coverage are substitutes for ground-based datasets. In this study, the …

Accurate estimation of mountain vegetation gross primary productivity (GPP) at fine spatial
resolutions offers opportunities to better understand mountain ecosystems' feedback to the …

Revealing the errors of the satellite precipitation products (SPPs) for various rainfall intensity
groups is crucial for their applications in the hydro-meteorological field. However, the spatial …

Abstract The Global Precipitation Measurement (GPM) Integrated Multi‐satellitE Retrievals
for GPM products (ie, IMERG) provide new‐generation satellite precipitation measurements …

Abstract Study region Inner Tibetan Plateau (ITP) is the largest plateau in the world, with
only four national basic stations covering an area of 5.76× 10 5 km 2. Study focus Satellite …

Summer monsoon frontal rainfall in East Asia (EA) is crucial for water resources and flood
hazards in densely populated areas. Recent studies have documented the increasing …