CONTENTS -- Foreword -- Acknowledgments -- Acronyms and Abbreviations -- Overview -- Sourcebook Objectives -- Background of the Three World Bank Corporate Strategies -- The Agricultural Water Management Sourcebook -- Challenges Facing Agricultural Water Management -- Cross-Cutting Themes of the Sourcebook -- Lessons and Next Steps -- Chapter 1: Building Policies and Incentives -- Overview -- Investment Note 1.1: Preparing a National Agricultural Water Strategy -- Investment Note 1.2: Development Policy Lending to Support Irrigation and Drainage Sector Reforms -- Investment Note 1.3: Agricultural Trade, Water, and Food Security -- Investment Note 1.4: Pricing, Charging, and Recovering for Irrigation Services -- Investment Note 1.5: Economic Incentives in Agricultural Water Use -- Innovation Profile 1.1: Agricultural Water in the New Country Water Resources Assistance Strategies -- Innovation Profile 1.2: Enabling Smallholder Prosperity: Irrigation Investments for Ready Markets -- Chapter 2: Designing Institutional Reforms -- Overview -- Investment Note 2.1: Investing in Participatory Irrigation Management -- Investment Note 2.2: Investing in Water Rights, Water Markets, and Water Trade -- Investment Note 2.3: Investing in Building Capacity in Agricultural Water Management -- Innovation Profile 2.1: Drivers of Public Irrigation Reform in Australia -- Innovation Profile 2.2: Investing in Farmer Networks for Inclusive Irrigation Policy Processes in South India -- Chapter 3: Investing in the Improvement and Modernization of Irrigation Systems -- Overview -- Investment Note 3.1: Lending for On-Farm Water-Saving Technologies -- Investment Note 3.2: Investing in Irrigation for Crop Diversification -- Investment Note 3.3: Investing in Smallholder Irrigation.

Investment Note 3.4: Selecting Technologies for the Operation and Maintenance of Irrigation Systems -- Investment Note 3.5: Cost-Effective Operation and Maintenance of Irrigation and Drainage Projects -- Investment Note 3.6: Using Satellites to Assess and Monitor Irrigation and Drainage Investments -- Investment Note 3.7: Prioritizing Lending for Public Irrigation Schemes with the Rapid Appraisal Method -- Innovation Profile 3.1: Investing in Automation and Centrally Operated Irrigation Systems -- Chapter 4: Investing in Groundwater Irrigation -- Overview -- Investment Note 4.1: Investing in Shallow Tubewells for Small-Scale Irrigation -- Investment Note 4.2: Deep Tubewell Irrigation -- Investment Note 4.3: Conjunctive Use of Groundwater and Surface Water -- Investment Note 4.4: Groundwater Governance and Management -- Innovation Profile 4.1: The Republic of Yemen's Sana'a Basin Water Management Project -- Chapter 5: Investing in Drainage and Water Quality Management -- Overview -- Investment Note 5.1: Investing in Land Drainage -- Investment Note 5.2: Investing in the Reuse of Agricultural Drainage Water -- Investment Note 5.3: Investing in the Reuse of Treated Wastewater -- Innovation Profile 5.1: Drainage Investments in the Context of Integrated Water Resources Management -- Innovation Profile 5.2: Investing in Controlled Drainage -- Innovation Profile 5.3: Investing in Evaporation Ponds -- Innovation Profile 5.4: Investing in Biodrainage -- Innovation Profile 5.5: Investing in User Operation and Maintenance of Drainage -- Chapter 6: Investing in Water Management in Rainfed Agriculture -- Overview -- Investment Note 6.1: Investing in Supplemental Irrigation -- Investment Note 6.2: Investing in Watershed Management -- Investment Note 6.3: Investing in Water and Soil Fertility Management.

Innovation Profile 6.1: Investing in Community-Based Soil Conservation and Watershed Management Projects -- Innovation Profile 6.2: Investing in Watershed Management in China's Loess Plateau -- Innovation Profile 6.3: Integrated Water Management to Enhance Watershed Functions and to Capture Payments for Environmental Services -- Chapter 7: Investing in Agricultural Water Management in Multipurpose Operations -- Overview -- Investment Note 7.1: Investing in Agricultural Water through Community-Driven and Social Fund Approaches -- Investment Note 7.2: Investing in Aquaculture Activities -- Innovation Profile 7.1: Rural Water Supply and Irrigation -- Chapter 8: Coping with Extreme Climatic Conditions -- Overview -- Investment Note 8.1: Investing in Drought Preparedness -- Investment Note 8.2: Investing in Flood Control and Management -- Innovation Profile 8.1: Planning Scarce Water Resources Using Evapotranspiration Quotas: The Hai Basin Integrated Water and Environment Project in China -- Innovation Profile 8.2: Fighting the Adverse Impacts of Climate Change on Agriculture -- Innovation Profile 8.3: Investing in Participatory Approaches for the Cultivation of New Varieties and Soil and Water Conservation in India -- Chapter 9: Assessing the Social, Economic, and Environmental Impacts of Agricultural Water Investments -- Overview -- Investment Note 9.1: Monitoring and Evaluating the Poverty Impacts of Agricultural Water Projects -- Innovation Profile 9.1: Assessing the Economic Benefits of Land Drainage -- Innovation Profile 9.2: Guiding Environmental and Social Safeguard Assessment in Agricultural Water Projects -- Innovation Profile 9.3: Estimating the Multiplier Effects of Dams -- Innovation Profile 9.4: Benchmarking for Improved Performance in Irrigation and Drainage.

Innovation Profile 9.5: Applying Environmental and Social Safeguard Policies to Agricultural Water Operations and Monitoring Them during the Project Cycle -- Index.