Ordenación de aguas
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Volta Basin Development Challenge Documentary Video
Water for livelihood resilience, food security, and poverty reduction
Water interaction and water productivity of dairy cattle in Wuchale Wereda, Nile River Basin, Ethiopia
Livestock interact with the environment directly or indirectly in the process of their production. The interaction with the water resources is also direct or indirect and can be positive or negative depending on the system of production. In the study area of this work, the mixed croplivestock production is the main type of livestock production by smallhoder subsistence farmers where cattle are reared for dairying. The study was done as a case study of two selected PA’s of the wereda. One part of this research was to describe the dairy cattle water interaction.
Water for dairy cattle and buffalo in Pakistan
Water related indicators and development trajectories for sustainable crop-livestock intensification planning in Ethiopia: The 'Quick-Water' toolbox
Water: the conveyor belt for sustainable livelihoods and economic development
Water management for sustainable agricultural intensification and smallholder resilience in Sub-Saharan Africa
Water management strategies and allocation policies that support agricultural intensification across agro-ecological zones and hydrologic basins are required for building resilient agrarian communities in sub-Saharan Africa.We provide an overview of the research and investments needed to enhance agriculture in the region, with a focus on technology and institutions, while describing opportunities for improving rainfed crop production.We discuss a range of water management practices in three river basins that were part of the Challenge Program onWater and Food research on Basin Development C
Water scarcity and managing seasonal water crisis: lessons from the Kirindi Oya Project in Sri Lanka
Coping with scarcity of water supply for managing irrigation under uncertain and inadequate conditions has become part and parcel of many irrigation systems in the semiarid tropics of Asia. Based on a case study of the Kirindi Oya Irrigation and Settlement Project (KOISP) in southern Sri Lanka, this report provides evidence of the uncertain and inadequate inflow into the reservoir and its impact on the seasonal planning.