Initial success resulted in the joint forest management strategy in Sukhomajiri being expanded. Unfortunately the successes of the original project were not replicated and the scaling-up efforts ended in rapid siltation. This has led to a discussion of possible IWRM implementation in the area. The key lesson learnt from this case is the importance of community involvement for successful community activity implementation.
Groundwater depletion is a serious issue in India. The government has approached the issue of declining groundwater levels largely through regulatory means. For the policy to be successful, it is crucial that users understand groundwater occurrence, cycle, and limited availability. Much effort has thus been placed on engaging farmers and communities. This case study demonstrates the importance to work with capacity building and social mobilization rather than physical solutions.
Poor management and planning during the construction of the Bargi Dam created severe social issues. The affected people took action by coming together forming a Union, making demands for fishing rights and protesting against the complete filling up of the dam. These demands were eventually met. This case illustrates the need for proper dialogue and participation with the affected people during the plan stage of any development projects to prevent problems during execution.
The district of Tikamgarh has faced severe water scarcity. Action was thus taken to implement concrete measures to restore the water bodies in the surrounding area. Together with relevant stakeholders, the district administration initiated and implemented the project. The key lesson to draw from this case is the need for the participation by all relevant groups.
The Khimti 1 Hydropower Project was initiated to increase hydropower supply in Nepal. Action was taken to carry out an Environmental Impact Assessment to identify promotion of livelihood, economic enhancement and social well being of the project area communities. The project formulated an Environmental Monitoring Plan as well as environmental mitigation and monitoring programme. The key lesson to learn is the importance of assessment prior to the development of any project.
Steadily shrinking for decades due to unsustainable irrigation policies, the Aral Sea is under increasing pressure, making both allocation and availability major challenges. Action has been taken and the Basin Economic Allocation Model has been developed as a long-term decision support system to facilitate putting “value on water use”. This demonstrates that economic models can be applied to assess economic value maximization of different water uses.
Uzbekistan is experiencing water scarcity, an issue which will be exacerbated with increased demand. Although policies exist, the water seldom reaches the end water users. To combat this issue, action has been taken by GWP Uzbekistan to conduct trainings and workshops on the dissemination of IWRM to encourage a participatory multi-sector approach. This case study illustrates the importance of public awareness, and the need for work to be conducted at all levels.
In Kyrgyzstan, lack of drinking water and access to sanitation is a pressing problem which reinforces social vulnerability and poverty. Financed by the Asian Development Bank and the World Bank, actions have been taken to improve access to drinking water and sanitation by the Ministry of Health. These projects had a high level of community involvement which increased the sense of ownership.
Desires to maximise irrigated agriculture during the Soviet era has resulted in degradation of water resources. After independence, most countries in the region adopted national policies dealing with water supply and sanitation. Furthermore, since 2002, Global Water Partnership in Caucasus and Central Asia (GWP CACENA) promotes and supports introduction of IWRM. The main lesson learnt is that an IWRM approach should include any essential infrastructure needed for development.
Fragmented data collection made processing, use and interpretation of data challenging. To attain a more uniform data collection, the State Water Cadastre was initiated, designed to collect data on surface and ground waters, water users, water quality and water quantity. Through the implementation of this programme, data was more easily available and also provided for more accurate response to environmental challenges.