Sudden changes or the stoppage of flows in pipeline systems causes a hydraulic transient or water hammer event. A large proportion of water supply systems have traditionally been analyzed and designed without the consideration ...

Water status detection by thermal imaging, is a non-invasive and rapid assessment method, It provides great potential to improve irrigation planning. In this study the application of thermal imaging through mobile phones ...

General understanding of the water resource base on both surface and ground water, and their interaction is one of the gaps of water resources development in Ethiopia. Water resources management has limited in the Megech ...

Soil Water Assessment Tool (SWAT) a physically-based distributed hydrological model, it was used to simulate the baseline and future hydrological conditions. The results indicated that the SWAT model has good performance ...

Hydrologic response indices have frequently been employed in contemporary regionalization research related to predictions in ungauged basins. The present study focused on estimation of runoff coefficient for ungauged ...

Soil and Water Conservation Practices (SWCPs) are seen by many as the panacea for improving productivity of land and water quality, and decreasing reservoir siltation. The few scientific studies and the continuing ...

Conservation and efficient management of water resources are crucial for the sustainability of irrigated agriculture. One approach to conserve water for agriculture is to use field water management technologies or conservation ...

Despite the prominence of the view that cooperation in water resources management is desirable, investment and operational decisions for specific projects are often made without full consideration of potential downstream ...

Soil erosion is one of the most important environmental problems, and it remains as a major threat to soil fertility and reservoir sedimentation in Ethiopia. Estimation of erosion and sediment yield is one of the prerequisites ...

Soil and water conservation structures (SWCS) can influence the amount of sediment yield leaving from a catchment. The extent of this influence depends heavily on hydro-climatic conditions in the upstream catchments. This ...