Abstract Study Region Mekong River Basin and surrounding areas. Study Focus This study
investigated the impacts of climate change on future meteorological and hydrological …

During the past decades, the increased impact of anthropogenic interventions on river
basins has prompted hydrologists to develop various approaches for representing human …

Gridded precipitation products have the advantages of wide spatial coverage and high
spatiotemporal resolution compared to conventional rain-gauge data, and have been …

Previous lectures have shown that to effectively explore Taiwan's climate change or other
relevant topics, long-term and stable observation datasets are required. We introduce the …

The use of satellite–based precipitation products (SPPs) have become increasingly
prevalent as key inputs to provide regional rainfall for improving hydrological simulations in …

Many fields have identified an increasing need to use global satellite precipitation products
for hydrological applications, especially in ungauged basins. In this study, we conduct a …

Advancements in science and technology lead to the development of different sensors that
measure precipitation, an intrinsic component of the hydrological cycle. As conventional …

Quantifying the climatic and anthropogenic effects on hydrological processes has received
considerable attention. However, diverse conclusions could be drawn when different models …

The hydrological model is the primary tool for regional water resources management,
allocation, and prediction. However, these models always suffer from large uncertainties …

Hydrological modeling in the Third Pole remains challenging due to the complex topography
and scarcity of in-situ precipitation observations. In this study, we assessed five satellite …