Ground observation absence in many parts of the world highlights the importance of merged
satellite precipitation products. In this study, we aim to evaluate the effect of different sources …

Projections of future scenarios are scarce in developing countries where human activities
are increasing and impacting land uses. We present a research based on the assessment of …

Abstract Study region Iran Study focus Gridded precipitation products are of great interest for
hydrological applications. The inhomogeneous geography and uneven spatial distribution of …

High-resolution datasets offer the potential to improve our understanding of spatial and
temporal precipitation patterns and storm structures. The goal of this study is to evaluate the …

A fixed ZR relationship approach, such as the Marshall-Palmer relationship, for an entire
year and for different seasons can be problematic in cases where the relationship varies …

In subtropical regions, heavy rains from cumulonimbus clouds can cause disasters such as
flash floods and mudslides. The accurate prediction of cumulonimbus cloud distribution is …

This research aims to develop a novel method named region probability matching method
(RPMM) for calibrating the Amir-Abad weather radar located in the north of Iran. This …

The climate is warming and this is changing some aspects of storms, but we have relatively
little knowledge of storm characteristics beyond intensity, which limits our understanding of …

Accurate representation of the temporal and spatial structure of precipitation is an essential
element of weather forecasting. The last decades the operational use of weather radar has …

Summary United Nations Water concluded that water is the core of sustainable development
and its three dimensions (society, economy, and the environment). In most Asian countries …