CAPACITY BUILDING IN GROUNDWATER MANAGEMENT

1. CAPACITY BUILDING IN GROUNDWATER MANAGEMENT Dr. P. S. Rao Prof. Rajeshwar Mishra

2. What Capacity and Capacity Development means? • This is not as straightforward as it sounds. • To some it is synonymous with workshops and training, to senior managers - organizational development, • To non-governmental organizations (NGOs) it is associated with empowering individuals and grassroots organizations • To international agencies and donors it is about national institutions, governance and economic management (Horton 2002).

3. Clarifying the meaning of capacity development was one of the main issues addressed at the • ICID/FAO workshop in Montpellier (FAO 2004). • This workshop followed the work of UNDP (1997)

4. ………defined capacity development as • ...the sum of efforts needed to nurture, enhance and utilize the skills and capabilities of people and institutions at all levels – locally, nationally, regionally and internationally – so that they can better progress towards sustainable

5. ………..Definition..... • …at the basic conceptual level, building capacity involves empowering people and organizations to solve their problems, rather than attempting to solve problems directly. • When capacity development is successful, the result is more effective people and institutions better able to provide products and services on a sustainable basis.

6. IPTRID/FAO defines • capacity building as the sum of efforts to increase the abilities of people and institutions to achieve more efficient and sustainable agricultural water management • It includes the strengthening of R&D, technology transfer, training, demonstration, monitoring and strategic planning capacities

7. Capacity development is more than a complementary component of interventions to improve the performance • It is an integral part of a strategy for sustainable and integrated water management

8. In addition to the training of professionals, technicians and farmers, it must focus on developing effective organizations within which individuals work on establishing an enabling institutional environment in which organizations and individuals can flourish

9. Capacity is not something that can be built through a series of carefully planned and executed activities that follow a clear and detailed plan or blueprint with specific timeframes and strict budgets

10. It is an organic process of growth and development involving experimentation and learning as it proceeds. • Therefore, many people now speak of capacity development rather than capacity building, to emphasize that it is a process rather than a blueprint

11. Levels ? Three generic levels – • Level I, the enabling environment, represents the broad national and international context. It is concerned with policy at the highest levels in government, the socio-economic conditions that enable or constrain and the legal framework • Level II, the organizational level, which refers to the wide range of organizations involved such as water user organizations, research groups, government extension agencies and private companies that share common objectives • Level III, the individual level, is the most structured and familiar part of capacity development and includes education and training of the various stakeholders, from farmers to local professionals

12. Process – Five Strategic Phases • First phase - assessment to define present capacity within the system. It establishes the baseline and addresses the basic question – where are we now? • Second phase - the vision of what capacity is required in the future and asks the question – where do we want to go? • Third phase - identifies the capacity gaps and plans strategies and actions designed to fill these gaps and achieve the desired goals – how do we get there? • Fourth phase - implementation phase, fulfilling the strategies and undertaking the planned capacity development activities in order to meet the defined objectives – what actions do we take? • Fifth phase - monitoring and evaluation to feed back experiences into the planning phase – how do we stay there?

13. This is not a linear process • - the phases are interlinked and overlap • they form a continuing cycle of development and change as needed

14. Surface Water • Development of Irrigation Strategies – Country focus – largely for investments • Participatory Irrigation Management – Farmers focused • Modernization of Irrigation Systems – Engineers focused

15. Groundwater • Technology transfer to developing countries – to increase the tapping of groundwater and utilize – IHP – focus on government agencies/staff • Improvement of technology for drilling – to further increase the use of groundwater • Research and Development – joint programs between developed (donor) and developing countries – focus on scientists

16. Most of these efforts in groundwater lead to exploitation of groundwater resources • Problems of declining groundwater levels started showing up • Solutions were proposed like Watershed Management, Artificial Recharge, etc.

17. But situation continued to be complex • Then there is a major shift in philosophy from groundwater development to groundwater management • This lead to capacity building at policy level – focus on bureaucracy/technocracy

18. What was grossly missing ? • Focus on farmers – who actually are the main actors (investors & direct users) of groundwater • Then came the emphasis of micro-irrigation techniques – largely concentrating on supply of equipments to farming community on huge subsidies from governments • Despite all these efforts – still groundwater sector problems have/are increased/ing

19. How to address? • Approaching the problem from the other side – or turning the table upside down – was to look at the DEMAND SIDE management • Have a more comprehensive and all inclusive approach

20. In Surface Water • FAO developed MASSCOTE approach to use in Modernizing irrigation management • Mapping System and Services for Canal Operation Techniques (FAO, 2007) • FAO Irrigation and Drainage Paper Series No. 63

21. In Groundwater ?? Probably the answer lies in the experiences from APFAMGS project, India

22. APFAMGS Project Demystifying (Hydro(geo)logy) Science to the farming community – this is now rated as an innovative approach in the world – nominated for Kyoto Water Prize in 2006

23. APFAMGS Project Having full emphasis on capacity development of farming community • Hydrological data collection • Data storage • Data analysis • Data use

24. This was logical as changes or decisions for different ways are to be taken at individual farmers level

25. APFAMGS Project Focus is exclusively on Demand Side Management • Approaches • Methodology • Tools

26. APFAMGS Project Approaching various levels Farming Community (Farmer Water Schools) General population (Awareness Campaigns) Professionals/Technicians (Sectoral Trainings) Policy influence (Study tours, workshops) Sharing the experiences globally (Iike this workshop)

27. More details – left for you – to discover in the next 7 to 8 days by learning from farmers