Modeling of rainfall–runoff events using HEC-HMS model in southern catchments of Jerusalem Desert-Palestine

A combined hydrological and hydraulic model for flood prediction in Puah river subsystem area, Palembang city

“…Using the HEC-HMS modeling, Shakarneh et al [8] conducted a rainfall-runoff simulation in two subwatersheds in southern Palestine (Daraja and Al-Ghar). Data on soil properties, land cover, river network, land slope, rainfall, and physical characteristics of the watershed are used as data sources in the analysis.…”

Daily Simulation of the Rainfall–Runoff Relationship in the Sirba River Basin in West Africa: Insights from the HEC-HMS Model

“…Although these studies shed light on the understanding of hydroclimatic behavior and variability in the region, little work has been carried out on the possible contribution of the SRB to the onset of fluvial floods downstream of the SRB, in Niamey urban city. In this regard, the semi-distributed and physically based Hydrologic Engineering Center-Hydrologic Modeling System (HEC-HMS) model [40] has proven to be effective for long-term continuous and event-based surface runoff simulation, especially regarding peak flows and volumes during flooding events [10,41,42]. The model has never been applied in the region [10]; moreover, it can easily be coupled with the HEC-River Analysis System (HEC-RAS) for flow river hydraulics analyses and flood mapping analyses in urban environments [10,43,44].…”