2015年-世界发展银行全球_Capacity_Development_for_Integrated_Water_Resources_Development_and_Management_in_India_31页_1mb

Summary of Capacity Development for Integrated Water Resources Development and Management in India

Core Content

This report outlines the World Bank's trust-funded activity, Capacity Development for Integrated Water Resources Development and Management in India, which aimed to enhance the institutional capacity of the Ministry of Water Resources, River Development and Ganga Rejuvenation (MoWR, RD&GR) and its affiliated central institutes for sustainable water resource management. The project was implemented from August 2011 to December 2014 with a grant of US$1.41 million (originally planned at US$2.00 million) from the DFID India Trust Fund.

The initiative focused on improving water resource assessments, promoting participatory irrigation management, introducing advanced geophysical techniques for groundwater management, and strengthening monitoring and evaluation systems. It also aimed to align national water management practices with international standards and foster long-term institutional reforms and capacity building.

Main Objectives

• Strengthen the capacity of MoWR, RD&GR and its affiliated central institutes.
• Develop and disseminate training tools and techniques for innovative water management.
• Introduce advanced geophysical methods for groundwater mapping and modeling.
• Support the implementation of a river basin approach for integrated water resource management.
• Enhance the effectiveness of Water User Associations (WUAs) through benchmarking and training.

Key Components

Component A: Strengthening of National Institutes

• Benchmarking: Four central institutes (CGWB, NIH, CSMRS, and CWPRS) were benchmarked against international standards.
• Outcomes:
  • A framework was developed to enhance institutional collaboration with state agencies.
  • The benchmarking reports guided the 12th Five Year Plan (FYP) funding allocations and reform strategies.
  • The Ministry plans to transform these institutes into centers of excellence.
• Recommendations:
  • Short-term: Infrastructure upgrades, staff empowerment, and improved communication.
  • Long-term: Staff reforms, new research lines, and advanced equipment adoption.

Component B: Improved Groundwater Assessment

• NAQUIM (National Project on Aquifer Mapping) was supported under the 12th FYP.
• Pilot Areas: Six pilot watersheds were used to test advanced geophysical techniques.
• Techniques Introduced:
  • Ground-based and heliborne geophysical methods.
  • Transient Electro-Magnetic (TEM) surveys.
• Training:
  • Conducted by USGS and MIT experts.
  • Covered borehole and surface geophysics for better groundwater assessment.
• Impact:
  • These techniques are now being used in World Bank-funded projects such as UPWSRP2 and WBADMI.
  • A guidance note on geophysical methods was developed, based on global best practices.

Component C: Trainings and Workshops

• Participants: Over 700 engineers and scientists from central and state agencies.
• Topics Covered:
  • Modern hydrometeorological instrumentation.
  • Flood management.
  • River basin planning.
  • Real-time data acquisition and decision support systems (DSS).
• Tools Developed:
  • Web-based WUA benchmarking tool.
  • Training materials and resources available on www.indiawrm.org.
• Impact:
  • Enabled the implementation of a river basin approach.
  • Supported the design of the National Hydrology Project (NHP).
  • Improved the monitoring and evaluation of irrigation projects using remote sensing.

Key Outcomes

• Institutional Strengthening:
  • Central institutes (CGWB, NIH, CSMRS, CWPRS) are now better equipped and aligned with international standards.
  • MoWR, RD&GR is developing Memoranda of Understanding (MoUs) with global institutions for long-term capacity building.
• WUA Benchmarking Tool:
  • A web-based tool was developed to standardize WUA performance and support national database management.
  • It is being tested in UPWSRP2 and WBADMI and can be applied across all irrigation projects.
• Groundwater Management:
  • Advanced geophysical techniques (e.g., TEM) were introduced and adopted.
  • The National Aquifer Mapping Project (NAQUIM) methodology was refined and implemented.
• Hydromet and Flood Forecasting:
  • Real-time hydrological information systems and flood forecasting were introduced in multiple states.
  • The Central Water Commission (CWC) adopted long lead-time forecasting techniques using medium-range weather forecasts.
• Monitoring and Evaluation:
  • Remote sensing-based M&E tools were piloted to assess land use and land cover changes.
  • Improved data collection and analysis methods were introduced for better project impact evaluation.

Lessons Learned and Next Steps

• The project highlighted the importance of international collaboration and capacity building in improving water resource management.
• Institutional reforms and modernization of water management systems are essential for sustainable development.
• The WUA benchmarking tool and geophysical techniques have proven to be valuable assets for groundwater and irrigation management.
• Future efforts will focus on scaling up these tools and techniques, and further training of professionals across the country.
• The National Hydrology Project (NHP) will extend these innovations to all river basins, ensuring a more integrated and strategic approach to water management.

Conclusion

The project successfully enhanced the capacity of key water management institutions in India, introduced advanced technologies for groundwater and flood management, and promoted a more participatory and integrated approach to water resource planning. It laid the foundation for long-term reforms and supported the development of a robust national hydro-informatics system, contributing to more sustainable and efficient water management practices across the country.