This study applied a stacked generalization ensemble approach to generate high-resolution
precipitation estimates and compared its performance with an optimized local weighted …

Rain gauge is the standard instrument for ground-based precipitation measurements and
rain gauge networks play an important role in the monitoring of disasters caused by heavy …

This article aimed to investigate the potential of using three large‐scale precipitation
products (PPs), including TRMM, ERA5‐Land, and MSWEP, and two land surface …

This study is the first study that worked on the temporal and spatial distributions of annual
rainfall (P year) and maximum 24-h rainfall (P max24h) in the Semnan province. For this …

The importance of optimization of rain gauge stations locations is critical given that rainfall
data is central to various water-related studies. As rainfall data has vagueness in nature …

This paper aims to assess and simulate rainfall in the cities of Khorasan Razavi Province to
warn and control floods using the Weather Research and Forecasting (WRF) model. For this …

Precipitation is a key constituent of the water cycle and its accurate measurement is
essential for a wide range of hydroclimatic studies. Although advances in technology have …

The anisotropy and directional variation of spatial attributes is one of the most important
challenges in spatial estimation of environmental features. This problem received a suitable …

In many studies of water and hydrological sources, estimation of the spatial distribution of
precipitation based on point data recorded in rain gauge stations is of particular importance …

Rainfall is one of the most fundamental components of the water cycle and is one of the
fundamental inputs of hydrological models. A well-designed network can not only depict the …