The Niger Multiple-Use Water Services project, implemented from November 15, 2008 to December 3, 2010, improved the access of rural communities to water for drinking and productive uses through the installation water services (rope pumps, treadle pumps and the rehabilitation of traditional wells) and capacity building. The project also promoted hygiene and productive use livelihood activities such as gardens and fisheries. The project focused on communities in the Zinder Region, Departments of Kantché and Magaria, and Communes of Matameye, Doungou, Ichirnawa, Bandé, and Magaria

This blog was first published in ClimateLinks.

Food and water security are deeply entwined. Seventy percent of global water use is for agriculture while more than 25 percent of the global population lives in areas facing severe water scarcity and more than 820 million people face chronic food deprivation. As the global population continues to rise and changing weather and climate patterns disrupts food and water availability, we need innovative and forward-looking approaches to securing food and water for vulnerable populations.

This technical guidance manual was developed to assist Missions and partners in understanding the importance of environmental flow (E-flow) regimes and their benefits to water security and sustainable development outcomes. Recognizing that there is a vast body of literature exploring the environmental dimensions and practical assessments of E-flows, we explore and emphasize the broader community and societal benefits of E-flow regimes.

This supporting paper presents local decision-makers and practitioners with various tools that can be used within the context of a Water Security Improvement (WSI) process. The goal of the paper is to review the various types of tools that are used for water resources assessment and planning efforts and to summarize the appropriate usage of these tools within a decision-making framework. It begins by defining what we mean by “tools” and then presenting general categories that are used in water planning efforts.