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Raised beds for improving crop water productivity and water efficiency in irrigated dryland agriculture, Egypt









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    Increasing Knowledge on the Performance of Improved Irrigation Systems to Strengthen the Efficiency and Effectiveness of Future Investments in Agricultural Water Management - UTF/EGY/033/EGY 2020
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    The overall objective of the On farm Irrigation Development in Old Lands (OFIDO) project is to contribute to the reduction of poverty and the empowerment of poor rural households through targeted interventions aiming to improve water use efficiency at farm levels and to increase the yields, productivity and income of smallholders and the poor. In order to draw lessons from the implementation of this project and to apply them to the national programme to modernize irrigation, FAO, upon request of the Government of Egypt, conducted an independent technical assessment to provide a comprehensive overview of the performance of improved irrigation systems in three governorates within the OFIDO project’s area of intervention, located in the north, centre and south of the country.
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    Regional Training Workshop on Enhancing Water Use Efficiency in Small Scale Irrigation: the Application of FAO’s MASSCOTE Approach. GAP Workshop Report
    8-15 June 2015 - Sanliurfa, Turkey
    2015
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    The project “CP/INT/231/SWI: Strengthening Agricultural Water Efficiency and Productivity on the African and Global Level” aims at reducing hunger and poverty in three African countries (Burkina Faso, Morocco and Uganda) by focusing on the improvement of Agriculture Water Management (AWM) and mainstreaming AWM in national frameworks and processes. The objectives of this project are in line with the Comprehensive Africa Agriculture Development Programme (CAADP), which provides a common framework for stimulating and guiding national, regional and continental initiatives for enhanced agriculture productivity in Africa. The ultimate beneficiaries of the project are the small-scale and family farmers, but the overall approach of the project is a combination of bottom up and top down activities and different levels (micro, meso and macro levels). For this reason, the project will be working with extension agents and farmers’ representatives (micro level), research institutes and regional gov ernance structures (meso level), and national governments (macro level). One of the main outputs of the project is to enhance capacity for increased water use efficiency in small-scale irrigation in Burkina Faso, Morocco and Uganda (Output 2). The workshop “Enhancing Water Use Efficiency in Small Scale Irrigation: The Application of FAO’s MASSCOTE Approach” was one of the activities of this output. The main objective of the workshop was to build capacities of water professionals from Burkina Fas o, Morocco and Uganda (as well as the host country as a step towards south- south cooperation) on increasing water use efficiency of irrigation systems by stimulating critical senses of agricultural water management in diagnosing and evaluating obstacles, constraints and opportunities, and in developing consistent modernization plans/ strategies.
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    Promotion of Climate-Smart Agriculture Through the Improvement of Water Resources’ Utilization in Arid Areas of Shaanxi Province - TCP/CPR/3601 2020
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    Shaanxi Province, located in the northwestern part ofChina, has experienced reduced rainfall in recent times,seriously affecting agricultural development. Against thisbackground, the current situation of arid farming in theprovince was one of unsustainable use of waterresources, inefficient on-farm water distribution schemesthat were unrelated to the different cropping systems,and insufficient investment in irrigation infrastructure,among other things. It was therefore crucial to upgradewater management technologies and croppingmanagement practices, in order to achieve higherefficiency of water use and improve agriculturalproductivity. The project aimed to reduce water losses inthe province, in particular in Jiangbian and Chunhuacounties, by promoting appropriate efficient on-farmwater harvesting and in-field water managementtechnologies, and improved soil fertility managementpractices.

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