Short description:

Climate change is occurring across the world. Due to increasing population, decreased cultivable land, and mounting scarcity of water, it is essential to optimize the use of available resources. Advances in Water Management Under Climate Change examines these issues and provides best practices for sustainability.

Long description:

Due to increasing population, decreased cultivable land, and mounting scarcity of water, it is essential to optimize the use of available resources. Climate change is occurring across the world but its effect may be local or region-specific, including localized watershed management. In order to minimize these effects, governments and environmental agencies encourage the adoption of "climate-smart" agricultural technologies, which involve implementing plans, programs, and projects to sustain and enhance watersheds. Natural ecosystems, in their altered states, have always been relied upon to support the continuity of agricultural production and ecosystem services, such as flood and erosion control, mediation of water quality, stream flow regulation, microclimate regulation, and biodiversity in its various forms. According to the Food and Agriculture Organization of the United Nations, the adoption of these sustainable water management practices has resulted in savings of water and energy as well as a reduction of carbon emissions, decreased erosion, increased organic matter content and biotic activity in soils, increased crop water availability and thus resilience to drought, improved recharge of aquifers, and reduced impact of the variability in weather due to climate change. Advances in Water Management Under Climate Change examines all of these issues and provides best practices for sustainability.

Features:

• Presents the latest research in hydrology, hydraulics, water resources engineering, and agricultural best practices


• Examines water management practices to best address and ideally mitigate climate change


• Explains the nexus of agriculture, micro irrigation, AI applications in water management, and the impact of climate change on water resources


• Includes practical examples to present practical insights on water management for climate change mitigation.

Table of Contents:

1. Water Resource Management - An Approach to Sustainable Water Management. 2. Water Management: Issues and Challenges. 3. Soil and Water Conservation Concept: A Forward Step to Manage Groundwater Depletion and Greenhouse Gas Emission. 4. Managing Groundwater Resources and Its Quality for Sustainable Development of Agriculture. 5. Climate Resilient Agriculture System - An Approach to Integrated Farming System (IFS). 6. Climate Resilient Agriculture for Sustainable Livelihoods and Food Security. 7. Climate Resilient Agriculture to Double the Farmer's Income - A Case Study of Chamba (HP). 8. Integrated Farming System: A Dynamic Approach Towards Increasing the Income of Small and Marginal Farmers. 9. Comparison and Estimation Soil Wetting Patterns Models and Soil Moisture Dynamics Under Point Source. 10. IOT and Sensor Based Water and Nutrient Management for Protected Cultivation Technology. 11. Soil Carbon Sequestration through Conservation Agriculture Under Changing Climate. 12. Water Productivity of Temperate Fruits in Climate Change Scenario. 13. Livestock in Sustainable Watershed Management. 14. Artificial Intelligence application in Water Resource Management. 15. Evapotranspiration in Context of Climate Change. 16. Micro-Irrigation - Potential and Opportunities in Hilly and Sloppy Areas for Doubling Farmer Income. 17. Increase Water Use Efficiency Through Micro-Irrigation. 18. Groundwater Conservation and Management by Artificial Recharge of Aquifer.