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Book (stand-alone)Land-water linkages in rural watersheds 2002It is often assumed that upstream land use practices have important impacts on water resources and affect the downstream users at a watershed scale. Payments by downstream users to upstream users for "environmental services" such as good water quality, less sediments or more regular water flow are widely discussed. However, much controversy exists about the direction and magnitude of such impacts, how they influence the relationships between upstream and downstream users, and which mechanisms al low for a sharing of resulting benefits and costs by all resource users in a watershed context. To address these issues, the FAO Land and Water Development Dicvision organized the electronic workshop "Lan-Water Linkages in Rural Watersheds" from 18 September to 27 October 2000. The present publication contains the proceedings of the workshop and two papers that set the stage for the workshop discussions. The complete workshop documentation, including discussion archive, background papers and cas e studies, is included on the CD-ROM that accompanies the document.
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Brochure, flyer, fact-sheetIntegrated Programme for Sustainable Water Resources Management in the Urmia Lake Basin, GCP/IRA/066/JPN
Key achievements
2022Also available in:
No results found.The Integrated Programme for Sustainable Water Resources Management in the Urmia Lake Basin brochure presents the key achievements of the project in the Islamic Republic of Iran. This project is a collaboration between FAO and the Urmia Lake Restoration Program (ULRP) with a granted fund of the People of Japan to provide tools for drought management, water accounting, strengthening the capacity development of stakeholders at different scales (from the policy level to the farm level) and contribute to the development of a socio-economic livelihood programme. The project proposed sustainable solutions to alternative income-generating activities while reducing the water consumption in the agriculture sector of the Urmia Lake basin significantly.
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