The growing concerns about floods have highlighted the need for accurate and detailed
precipitation data as extreme precipitation occurrences can lead to catastrophic floods …

This study uses the long-term Climate Hazards Group InfraRed Precipitation with Station
(CHIRPS) dataset with 0.05° spatial resolution to calculate the Standardized Precipitation …

In recent years, extreme precipitation events have shown a significant increasing trend in
both intensity and amount. Therefore, it is urgent to delineate the areas vulnerable to …

Photosynthesis is a biotic process in which the plants assimilate the atmospheric CO 2 into
the sugar molecules in the presence of solar energy. The carbon uptake by plants in this …

The increasingly frequent pluvial flood of West African urban settlements indicates the need
to investigate the drivers of local rainfall changes. However, meteorological stations are few …

The availability of surface rainfall data with high spatial-temporal resolution is needed to
understand the diurnal rainfall characteristics in the Indonesian Maritime Continent (IMC) to …

Satellite precipitation products (SPPs) with high spatial and temporal resolution are
considered as a new source of precipitation data to monitor drought events, particularly for …

The evaluation of open-source precipitation data is crucial to enable the selection of the
most appropriate product for a specific research. This study aims to evaluate the capability of …

Understanding the spatial and temporal distribution of precipitation globally is advantageous
for advancing climate knowledge and improving weather and climate forecasting models …

This paper aims to assess the mean precipitation and precipitation extremes over Iran as
simulated by the Regional Climate Model (RegCM4). A simulation spanning 20 years (1991 …