The fragile ecological environment of the Mongolian Plateau (MP) is sensitive to climate
change. It is necessary to fully understand the temperature and precipitation changes on the …

Earth system models (ESMs) are important tools for assessing the historical characteristics
and predicting the future characteristics of precipitation, yet the quantitative understanding of …

The reliability assessment of gridded precipitation datasets (GPDs) is vital for various
precipitation-related studies, particularly in poorly gauged regions as the Qinghai-Tibet …

Comprehensive evaluations of global precipitation datasets are imperative for gaining
insights into their performance and potential applications. However, the existing evaluations …

Supertyphoon rainstorms are apposite examples to evaluate the utility of multisource
precipitation products in monitoring and forecasting short-duration heavy rainfall and the …

The actual application of Integrated Multi-Satellite Retrievals for Global Precipitation
Measurement (IMERG) is restricted by the bias revealed by ground data. This study …

The Ugandan economy is largely dependent on rural-based and rain-fed agriculture. This
creates a critical need to understand the rainfall dynamics at the local scale. However, the …

卫星降水产品在一定程度上为地表观测稀疏地区的降水提供了参照值, 但在具体应用时仍需进行
适用性和精度评价. 为降低不确定性, 通行做法是利用地面观测数据对卫星产品进行融合校正 …

Uncertainties in satellite rainfall estimation may derive from both the local rainfall
characteristics and its subpixel variability. To study this issue, Micro Rain Radars and a rain …

The present study aims to improve the efficacy of water budget (WB) estimations from
various hydrological data products, by (1) evaluating the uncertainties of hydrological data …