Precipitation, a basic component of the water cycle, is significantly important for
meteorological, climatological and hydrological research. However, accurate estimation on …

Deriving high quality precipitation estimates at high spatial resolution is of prime importance
for many hydrological, meteorological, and environmental investigations. Rain gauge …

Accurate precipitation data are crucial for hydrological, meteorological, and ecological
research. However, it is difficult to obtain high-precision and high-resolution spatiotemporal …

Precipitation in the Tianshan Mountains is abundant, and the quantitative estimation of
precipitation in mountainous areas is important to the application and evaluation of regional …

High-spatial-resolution precipitation data are of great significance in many applications,
such as ecology, hydrology, and meteorology. Acquiring high-precision and high-resolution …

Point-scale gauge observations have inherent limitations, making it difficult to study the
spatial and temporal distributions of precipitation in alpine regions due to gauge undercatch …

High-quality, freely accessible, long-term precipitation estimates with fine spatiotemporal
resolution play essential roles in hydrologic, climatic, and numerical modeling applications …

Spatially explicit distribution of mean annual precipitation are required in the quantitative
research on several water-related issues. The difference of distribution of precipitation has …

Freely accessible long-term precipitation estimates with fine spatiotemporal resolution and
high-quality play essential roles in hydrologic, climatic, and numerical modeling …

Satellite-based precipitation products have been widely used to estimate precipitation,
especially over regions with sparse rain gauge networks. However, the low spatial …