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 …

The Asian water tower (AWT) serves as the source of 10 major Asian river systems and
supports the lives of~ 2 billion people. Obtaining reliable precipitation data over the AWT is a …

Abstract The Third Pole (TP) is the world's largest highland and has one of the biggest
reservoirs of glacier ice mass and snow cover on the Earth. Three major Asian rivers (the …

Abstract Knowledge of glacier mass balance (MB) is critical for understanding glacier-
climate interactions and projecting future water availability in the data-scarce Himalayan …

Seasonal precipitation estimation in ungauged mountainous areas is essential for
understanding and modeling a physical variable of interest in many environmental …

Snowfall is critical in the mountainous cryosphere cycle and is vulnerable to climate change.
Due to data-scarcity and strong surface heterogeneity, its information is not sufficiently …

Abstract The Qinghai‐Tibet Plateau (QTP) is highly susceptible to destructive rainstorm
hazards and related natural disasters. However, the lack of sub‐daily precipitation …

Exploration of the spatiotemporal variability in precipitation gradients (PGs) is important for
understanding the spatial differences in precipitation and optimizing hydrological process …

Accurate mountainous snow estimation is paramount for hydrological processes and water
resources estimation in arid regions. Using Land surface models (LSMs) is a practical …

The major rivers on the Tibetan Plateau supply important freshwater resources to riparian
regions but have been undergoing significant climate change in recent decades …