National Hydrology Project has been approved by the cabinet on 06.04.2016 as a central sector scheme with a total outlay of Rs.3679.7674 crore [Rs.3,640 crore for National Hydrology Project (NHP) and Rs.39.7674 crore for establishment of National Water informatics Centre (NWIC) as a repository of nation-wide water resources data]. NWIC is envisaged as an independent organization with adequate administrative and financial powers under the overall control of Secretary, MoWR, RD&GR.
To improve the extent, quality, and accessibility of water resources information,decision support system for floods and basin level resource assessment/planning and to strengthen the capacity of targeted water resources professionals and management institutions in India.
Central Sector Scheme, with 100% grant to the States
Budget Outlay: about Rs3,640 Crore, with World Bank Assistance to the tune of 50% of the project cost
Timeline: 8 years from 2016-17 to 2023-24
Scale: Pan India
Lead Agency: MoWR, RD&GR
Implementing Agencies: 49 (including 10 from Central Government and 39 from States)
Modernizing Monitoring network: The project will establish& strengthen monitoring networks in project states, with a focus on deploying new sensors, data storage, and telemetry technologies across the whole country, to establish comprehensive, modern, automated, real-time monitoring systems for surface water and ground water.
Transforming Knowledge Access:The project willbuild on the dramatic advances in cloud computing, internet, mobile devices, social media and other communication tools to modernize access to and visualization of customized water information by different stakeholders.
Enhancing Analytical Tools:The project will developand demonstrate tools for water resources assessment, hydrologic and flood inundation forecasting, water infrastructure operations, ground water modeling, and river basin and investment planning.
Modernizing Institutions:The project will complementtechnology investments with investments in people and institutional capacity. Support will be provided for developing centers of expertise, innovative learning approaches, collaboration with academia and research institutes, and outreach programs. Office and equipment will be modernized to streamline workflows to effectively leverage the technology investments.
Water Resources Monitoring Systems:This component will finance the establishment/modernization of new and existing hydromet monitoring systems including meteorology, streamflow, ground water, water quality and water storage measurements, and construction of hydro-informatics centers that capture both water resources and uses. This component will be implemented by states/UTs with the support of core central agencies. The major activities will include
(i) establishment of hydromet observation networks;
(ii) establishment of Supervisory Control and Data Acquisition (SCADA) systems for water infrastructure; and
(iii) establishment of hydro-informatics centers.
Water Resources Information Systems:Component B will support the strengthening of national and sub-national water information centres with web-enabled WRISs through standardization of databases and products from various data sources/departments and make comprehensive, timely, and integrated water resources information available to decision makers for effective planning, decision making, and operations.
The sources of data/information will include the real-time data acquisition networks and centres under Component A, remote sensing data, and topographical maps and knowledge products developed under Component C. Emphasis will be on improving quality of and access to water information and on expanding public access beyond data to analytical results (trends, water balance, and so on) as well as to contribute to evidence based operational and investment plans. The project will support development or strengthening of centres for web-based WRIS at the central, regional, river basin, and state/UT levels. Some of the key activities under this component are:
(i) Strengthening of India Water Resources Information System (WRIS); and
(ii) Regional /State Water Resources Information System.
Water Resources Operations and Planning Systems:This component will support the development of interactive analytical tools and decision support platform that would integrate database, models and scenario manager for hydrological flood forecasting, integrated reservoir operations, and water resources accounting for improved operation, planning, and management of both surface water and ground water, based on basin approach. The component will provide interactive systems to analyze the impacts of alternative management scenarios and generate knowledge products using real-time data under Component B. Component C has three subcomponents:
(i) Development of analytical tools and decision-support platform (river basin modelling, streamflow forecasting and reservoir operation systems, and irrigation design and operations);
(ii) Purposedrivensupport; and
(iii) Piloting innovative knowledge products.
Institutional Capacity Enhancement:Component D aims to build capacity for knowledge-based water resources management. It will support subcomponents in the establishment of (i) water resources knowledge centres, (ii) professional development, (iii) project management, and (iv) operational support.
The project will develop partnerships with national and international institutes, establish communities of practice, internships and visiting expert programs, customized training and workshops for knowledge exchange and professional networking. Centers of Excellence (national as well as regional) will also be established to address specific needs. Outreach and awareness programmes will be an integral part of the project and will showcase the NHP to a broad audience, both for specific target audiences such as local communities in irrigated or flood prone areas and for the public at large.
The project has two groups of direct beneficiaries:
central and state implementing agencies (IAs) responsible for surface water and/or ground water planning and management, including river basin organizations (RBOs) and
users of the WRIS across various sectors and around the world. The ultimate beneficiaries will be the selected farm communities which benefited from pilot projects for water management; rural and urban water and power users; populations affected by floods and droughts, especially poor rural people, and farm families who may benefit from improved irrigation water supply and management; stakeholders across the energy, inland waterways, environment, and agriculture ministries; research and educational institutions; students and researchers; and non-governmental organizations, civil society organizations, and the private sector.