Abstract: n this study, the authors ask the question: Can a more superior precipitation product be developed by merging individual products according to their a priori hydrologic predictability? The performance of three widely used ...

Abstract: AbstractExtreme precipitation events bring huge societal and economic loss around the world every year, and they have undergone spatially heterogeneous changes in the past half-century. They are fundamental to probable ...

Abstract: This paper addresses the following open question: What set of error metrics for satellite rainfall data can advance the hydrologic application of new-generation, high-resolution rainfall products over land? The authors? ...

Abstract: Hydrologists and other users need to know the uncertainty of the satellite rainfall datasets across the range of time?space scales over the whole domain of the dataset. Here, ?uncertainty? refers to the general concept of ...

Abstract: ince historical (predam) data are traditionally the sole criterion for dam design, future (postdam) meteorological and hydrological variability due to land-use and land-cover change cannot be considered for assessing design ...

Abstract: nderstanding the impact of postdam climate feedbacks, resulting from land use/land cover (LULC) variability, on modification of extreme precipitation (EP) remains a challenge for a twenty-first-century approach to dam ...