Descubre y comparte nuestro conocimiento público

Se han encontrado 13 recursos

Resultados de búsqueda

Desalegn, B.Erkossa, Teklu[Characteristics and onsite financial cost of erosion in Abay Basin: The case study from Meja Watershed]Characteristics and onsite financial cost of erosion in Abay Basin: The case study from Meja Watershed

Mixed crop–livestock farming system is a major livelihood strategy in most sub-Sahara African countries. Low water use efficiency and water scarcity characterize the dominant rainfed agricultural production system in the densely populated highlands of Ethiopia. Improving water productivity in the...


Debela, A.A.Erkossa, TekluZuberi, M.I.[Management practices and agro-ecological effects on crop water productivity in Meja watershed, Ethiopia]Management practices and agro-ecological effects on crop water productivity in Meja watershed, Ethiopia

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

Most soil erosion studies conducted in Ethiopia are focused on quantification of sediment and lack specific information on temporal and spatial variability of sediment and its associated plant nutrients loss. This study was, therefore quantified and characterized runoff and sediment along with es...


Desalegn, B.Erkossa, Teklu[Characteristics and on-site financial costs of erosion in the Meja watershed of the Abay basin, Ethiopia]Characteristics and on-site financial costs of erosion in the Meja watershed of the Abay basin, Ethiopia

MacAlister, C.Abebe, YeneneshErkossa, TekluGebregziabher, GebrehaweriaHaileslassie, AmareLangan, Simon J.Notenbaert, An Maria OmerPfeifer, Catherine[Water related indicators and development trajectories for sustainable crop-livestock intensification planning in Ethiopia: The 'Quick-Water' toolbox]Water related indicators and development trajectories for sustainable crop-livestock intensification planning in Ethiopia: The 'Quick-Water' toolbox

MacAlister, C.Abebe, YeneneshErkossa, TekluGebregziabher, GebrehaweriaHaileslassie, AmareLangan, Simon J.Notenbaert, An Maria OmerPfeifer, Catherine[Water related indicators for sustainable crop-livestock intensification planning in Ethiopia: Report from an 'early win' project]Water related indicators for sustainable crop-livestock intensification planning in Ethiopia: Report from an 'early win' project

Erkossa, TekluHaileslassie, AmareMacAlister, C.[Land use and water management in rainfed agriculture for enhanced systems productivity: The case of Vertisol areas in the Blue Nile Basin]Land use and water management in rainfed agriculture for enhanced systems productivity: The case of Vertisol areas in the Blue Nile Basin

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

Irrigation systems consist of three interdependent components involving: the irrigation scheme, the on-farm management and the organizations. The irrigation scheme refers to the infrastructure for water acquisition and distribution (water delivery). This study focused on water delivery performanc...


Agide, Z.Haileslassie, AmareSally, HilmyErkossa, TekluSchmitter, Petra S.Langan, Simon J.Hoekstra, Dirk[Analysis of water delivery performance of smallholder irrigation schemes in Ethiopia: Diversity and lessons across schemes, typologies and reaches]Analysis of water delivery performance of smallholder irrigation schemes in Ethiopia: Diversity and lessons across schemes, typologies and reaches

Until recently, the Ethiopian government’s investment did not systematically target high potential areas for agricultural intensification, limiting the potential productivity gains. Waterlogged vertisols, which cover about 2.7 million hectares in the Ethiopian part of the Blue Nile Basin, are amo...


Erkossa, TekluHaileslassie, AmareMacAlister, C.[Enhancing farming system water productivity through alternative land use and water management in vertisol areas of Ethiopian BlueNile Basin (Abay)]Enhancing farming system water productivity through alternative land use and water management in vertisol areas of Ethiopian BlueNile Basin (Abay)

Selecciona los documentos para visualizarlos

Nombre del archivo Ver recurso