ABSTRACT The Tibetan Plateau (TP) has a significant influence on local, regional, and
even global weather and climate systems. Precipitation on the TP plays a critical role in the …

Remote sensing of river discharge (RSQ) is a burgeoning field rife with innovation. This
innovation has resulted in a highly non-cohesive subfield of hydrology advancing at a rapid …

General circulation models (GCMs) are indispensable for climate change adaptive study
over the Tibetan Plateau (TP), which is the potential trigger and amplifier in global climate …

The performance of Day-1 Integrated Multi-satellitE Retrievals for the Global Precipitation
Measurement (GPM) mission (IMERG) and its predecessor, the Tropical Rainfall Measuring …

The sparse rain gauge networks over the Tibetan Plateau (TP) cause challenges for
hydrological studies and applications. Satellite-based precipitation datasets have the …

Climate change affects natural systems, leading to increased acceleration of global water
cycle and substantial impacts on the productivity of tropical rivers and the several ecosystem …

Snow and glacier are important components in the hydrological cycle of the Tibetan Plateau
(TP). Air temperature, as the main driver in freezing and thawing processes, becomes vital …

The paucity of reliable ground based datasets remains a major challenge over Kenya. In the
advent of extreme wetness or drought events, reliable precipitation estimates for local …

In the last few years, satellite‐based precipitation datasets are believed to be a potential
source for forcing inputs in driving hydrological models, which are important especially in …

Land surface models (LSMs) that simulate water and energy exchanges at the land–
atmosphere interface are a key component of Earth system models. The Tibetan Plateau …