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This study was conducted in Mizewa watershed which is located in Blue Nile Basin (BNB) to estimate on-site financial cost of erosion in terms of yield reduction taking maize as representative crop. For this purpose, discharge measurement and runoff sampling was made during the rainy season of 201...


Taye, G.Adgo, E.Erkossa, Teklu[On-site financial costs of soil erosion by runoff from the Mizewa catchment of the Blue Nile basin]On-site financial costs of soil erosion by runoff from the Mizewa catchment of the Blue Nile basin
Steenhuis, Tammo S.Collick, A.S.Awulachew, Seleshi BekeleAdgo, E.Ahmed, A.A.Easton, Z.M.[Modelling erosion and sedimentation in the Upper Blue Nile]Modelling erosion and sedimentation in the Upper Blue Nile

Amede, TilahunVictor, MichaelAdgo, E.Descheemaeker, Katrien[Improving climate change adaptation capacity of communities through integrated landscape management]Improving climate change adaptation capacity of communities through integrated landscape management

Taye, G.Adgo, E.Erkossa, Teklu[Characteristics and estimated onsite costs of sediment lost by runoff from Mizewa catchments, Blue Nile Basin]Characteristics and estimated onsite costs of sediment lost by runoff from Mizewa catchments, Blue Nile Basin
Steenhuis, Tammo S.Easton, Z.M.Awulachew, Seleshi BekeleAhmed, A.A.Bashar, K.E.Adgo, E.Selassie, Y. G.Tilahun, Seifu A.[The Nile Basin sediment loss and degradation, with emphasis on the Blue Nile]The Nile Basin sediment loss and degradation, with emphasis on the Blue Nile

The discharge of the Nile River is highly dependent on the flow generated in the highlands of Ethiopia. However, little is known about the local (i.e. small scale) watershed hydrological response, due in part to a lack of long duration, continuous hydrological data. The goal of this paper was to ...


Collick, A.S.Easton, Z.M.Ashagrie, T.Biruk, B.Tilahun, S.Adgo, E.Awulachew, Seleshi BekeleZeleke, G.Steenhuis, Tammo S.[A simple semi-distributed water balance model for the Ethiopian highlands]A simple semi-distributed water balance model for the Ethiopian highlands

The discharge of the Nile River is highly dependent on the flow generated in the highlands of Ethiopia. However, little is known about the local (i.e. small scale) watershed hydrological response, due in part to a lack of long duration, continuous hydrological data. The goal of this paper was to ...


Collick, A.S.Easton, Z.M.Ashagrie, T.Biruk, B.Tilahun, S.Adgo, E.Awulachew, Seleshi BekeleZeleke, G.Steenhuis, Tammo S.[A simple semi-distributed water balance model for the Ethiopian highlands]A simple semi-distributed water balance model for the Ethiopian highlands
Collick, A.S.Easton, Z.M.Adgo, E.Awulachew, Seleshi BekeleZeleke, G.Steenhuis, Tammo S.[Application of a physically-based water balance model on four watersheds throughout the Upper Nile Basin in Ethiopia]Application of a physically-based water balance model on four watersheds throughout the Upper Nile Basin in Ethiopia

Adgo, E.[Managing water: Economic benefits of rainwater harvesting technologies to farmers: Evidence from Mminjar Shenkora district of Amhara region]Managing water: Economic benefits of rainwater harvesting technologies to farmers: Evidence from Mminjar Shenkora district of Amhara region

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