08-16-2017, 10:30 PM
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ABSTRACT:
Water resources management is the practice of making decisions and taking actions while considering multiple viewpoints of how water should be managed.
These decisions and actions relate to situations such as river basin planning, organization of task forces, planning of new capital facilities, controlling reservoir releases, regulating floodplains, and developing new laws and regulations.
The need for multiple viewpoints is caused by competition for water and by complex institutional constraints. The decision-making process is often lengthy and involves many participants.
Irrigation water management has significant economic implications in developing countries like India. Most developing countries are continuing to develop and implement comprehensive water resource management plans. These plans serve as guidelines for overall water resource management and set targets for smaller, local utilities to provide adequate water supplies. Comprehensive plans are increasingly popular as a method of combining supply and conservation projects.
In this paper we briefly account on Water management and Irrigation systems, Challenges to Water Management Integration, Integrated Resource Planning, Conserving water resources, and methods for water management.
INTRODUCTION:
Water resources management is the practice of making decisions and taking actions while considering multiple viewpoints of how water should be managed.
These decisions and actions relate to situations such as river basin planning, organization of task forces, planning of new capital facilities, controlling reservoir releases, regulating floodplains, and developing new laws and regulations.
The need for multiple viewpoints is caused by competition for water and by complex institutional constraints. The decision-making process is often lengthy and involves many participants.
Irrigation water management has significant economic implications in developing countries like India. While the structural infrastructure has been created with a huge financial investment in these countries, it is vital that appropriate non-structural measures be adopted for efficient water management. Scientific policies of operation of irrigation reservoir systems need to be developed with the aid of implemented in practice.
Most developing countries are continuing to develop and implement comprehensive water resource management plans. These plans serve as guidelines for overall water resource management and set targets for smaller, local utilities to provide adequate water supplies. Comprehensive plans are increasingly popular as a method of combining supply and conservation projects.
Figure shows Usage of water.
COMPONENTS AND VIEW POINTS:
Integrated water resources management begins with the term "water resources management" itself, which uses structural measures and nonstructural measures to control natural and human-made water resources systems for beneficial uses. Water-control facilities and environmental elements work together in water resources systems to achieve water management purposes.
Structural components used in human-made systems control water flow and quality and include conveyance systems (channels, canals, and pipes), diversion structures, dams and storage facilities, treatment plants, pumping stations and hydroelectric plants, wells, and appurtenances.
Elements of natural water resources systems include the atmosphere, watersheds (drainage basins), stream channels, wetlands, floodplains, aquifers, lakes, estuaries, seas, and the ocean. Examples of nonstructural measures, which do not require constructed facilities, are pricing schedules, zoning, incentives, public relations, regulatory programs, and insurance