Cluster analysis methods are one of the most widely-used types of methods in
regionalization of watersheds for regional flood frequency analysis. Several cluster analysis …

Identification of groups of watersheds with similar flood generation mechanisms and the
same hydrological responses is an important step of regional flood frequency analysis which …

Prioritization of flood source areas (FSAs) is of paramount importance in flood management
to adopt proportional measures within a watershed. Unit Flood Response (UFR) approach …

Streamflow data is one of the most important inputs for the management of water resources
in river basins. In this study, a GIS-based multi-criteria decision analysis (MCDA) was …

The southeast Mediterranean region of the Gaza Strip is showing traces of evolving drought
patterns driven by the impacts of climate change. The analysis of rainfall data at eight …

The performance of regionalization methods used for regional flood frequency analysis is
affected considerably by the features used to identify the homogeneous regions (eg …

Management of water resources has become critical due to reduction in the shortage of
water. Hence, it is vital to assess the geometry of watershed to determine its influence of …

For effective and reliable management of water resources, the accurate forecasting of
precipitation patterns is highly essential. The precipitation process is a complex hydrological …

In this study, a method for estimating the exponent “n” values of the catchment-area
equations of four sub-basins within the poorly gauged Benin-Owena River Basin …

Use of flood statistics in the regionalization of watersheds may improve the homogeneity of
regions. However, it is not possible to use the feature vectors, including the flood statistics, to …