Rainfall data in continuous space provide an essential input for most hydrological and water
resources planning studies. Spatial distribution of rainfall is usually estimated using ground …

With continued threat from climate change and human impacts, high-resolution and
continuous hydrologic data accessibility has a paramount importance for predicting trends …

Basin-scale water scarcity, an adverse consequence of the imbalance between the
available fresh water and water demands, is an alarming situation in many countries …

Analysis of long-term rainfall trends provides a wealth of information on effective crop
planning and water resource management, and a better understanding of climate variability …

In this study, the trends in precipitation in the northwest (NW) of Iran were identified using the
four different versions of the Mann-Kendall method, ie, the conventional Mann-Kendall …

Water security is a major concern in recent years, especially, in semi-arid and arid regions,
which are adversely impacted due to extensive anthropogenic and climatic changes across …

Nonstationary behavior of recent climate increases concerns among hydrologists about the
currently used design rainfall estimates. Therefore, it is necessary to perform an analysis to …

Rainfall data are a fundamental input for effective planning, designing and operating of
water resources projects. A well‐designed rain gauge network is capable of providing …

Due to the substantial decrease of water resources as well as the increase in demand and
climate change phenomenon, analyzing the trend of hydrological parameters is of …

Climate change can have an influence on rainfall that significantly affects the magnitude
frequency of floods and droughts. Therefore, the analysis of the spatiotemporal distribution …