The water environment of a river network can self-clean to a certain extent; however, when
the wastewater discharge load exceeds a certain threshold, the balance of nature is …

Any hydrological model can be used to plan and evaluate the water resources of a particular
basin and provide a comprehensive idea of flood disasters. In this article, the MIKE NAM …

In the present study, the rainfall-runoff modeling was carried out using MIKE 11 NAM model
at the Shaya catchment in Ethiopia. The nine parameters of the model were optimized using …

This study aimed to examine the impact of water abstractions on runoff and streamflow using
the MIKE 11 NAM model. A field survey of water abstraction was conducted to ascertain the …

Studies reviewed in this paper show anomaly for temperature pertaining to streamflow and
rainfall showing different trends, especially in Ethiopia to support the research findings and …

The increases in extreme rainfall could increase the probable maximum flood (PMF) and
pose a severe threat to the critical hydraulic infrastructure such as dams and flood protection …

Climate change affecting the rainfall-runoff processes in the upper Omo Gibe river basin was
articulated using bias-corrected ensemble simulations of the CORDEX-Africa under RCP4. 5 …

This study used the MIKE 11 NAM model to model stormwater runoff in a northern Iraqi
regional watershed of the Greater Zab River. During model calibration (2003-2017) …

The aim of the present study was to simulate the rainfall-runoff process under changing
climate using MIKE 11 rainfall-runoff model of the river Jhelum flowing through Srinagar city …

Precipitation is one of the primary inputs governing the hydrology of the basins. The
hydrological models developed for Indian region utilize multiple sources of precipitation data …