A comprehensive understanding of the changing behaviors of precipitation concentration
and intensity plays a pivotal role in water resource management. Hence, we investigated the …

More extreme precipitation is expected to occur in the arid and wet regions due to climate
warming. This intensification will increase the risk of floods, soil erosion, and droughts in the …

Monthly rainfall data for Blue Nile Basin (BNB) were obtained from the Ethiopian
Meteorological Authority (1950–2018). Long-term trends in the BNB annual and monthly …

Gridded precipitation datasets have been developed for data assimilation and evaluation
tasks of weather and climate models and for climate analyses. Gridded data uncertainty …

In this study, an improved integrated framework (Distribution-Evolution-Equilibrium,
abbreviated as DEE) was developed to analyze the spatiotemporal characteristics of climate …

The spatial and temporal variability of daily precipitation in Central-Southern Chile (~ 30–
46° S), considering 176 meteorological stations for the period of 1965–2015, was analysed …

Heavy rainstorms play a central role in the water-driving soil erosion processes. An in-depth
knowledge about temporal and spatial erosivity of rainfall events is required to gain a better …

An improved understanding of changes in flood hazard and the underlying driving
mechanisms is critical for predicting future changes for better adaptation strategies. While …

Variations in rainfall characteristics play a key role in available water resources for a country.
In this study, spatial and temporal variations in rainfall in Iran were determined using the …

Iran's diverse climate and topography lead to variable precipitation distribution over different
time scales. This study examines daily rainfall distribution across 37 Iranian synoptic stations …