2011年-世界发展银行全球_India_-_Andhra_Pradesh_Drought_Adaptation_Initiative___Lessons_from_Community-based_Adaptation_Approaches_to_Strengthen_Climate_Resilience_112页_2mb

Andhra Pradesh Drought Adaptation Initiative (APDAI) Summary

Core Content

The Andhra Pradesh Drought Adaptation Initiative (APDAI) was a pilot project launched in 2006 by the Government of Andhra Pradesh (GoAP) with support from the World Bank, aimed at enhancing climate resilience in the state's drought-prone districts. The initiative was designed to address the challenges posed by frequent droughts and climate change through community-based adaptation strategies.

Main Objectives

• To develop and test approaches for natural resource-based economic activities in response to climate variability and change.
• To improve livelihoods by creating sustainable economic opportunities.
• To scale up successful interventions through integration with existing government programs.

Key Districts and Context

• The initiative focused on Anantapur and Mahbubnagar, two of the most drought-prone districts in Andhra Pradesh.
• These districts have:
  • Lower per capita income.
  • Higher dependence on the primary sector (agriculture, livestock, forestry).
  • Limited crop productivity outside of rice.
  • High grazing pressure and overexploitation of groundwater resources.
  • A significant portion of the population reliant on rain-fed agriculture.

Intervention Areas

APDAI concentrated on four main intervention areas:

1. Production systems – Enhancing drought resilience through improved agricultural practices.
2. Institutional support and capacity building – Strengthening local governance and management structures.
3. Common natural resource management – Ensuring equitable access to shared resources like groundwater and common land.
4. Economic instruments and marketing – Diversifying income sources and improving market access for farmers.

Adaptation Strategy

• A dual focus strategy was adopted, combining natural resource conservation and socio-economic improvement.
• The strategy emphasized diversification, conservation, regeneration, and resource buffer creation.
• The initiative aimed to internalize innovations at the institutional and societal levels to ensure long-term sustainability.

Technical Challenges Addressed

1. Water access and management – Ensuring reliable water supply for both households and rain-fed crops.
2. Diversifying farming systems – Promoting alternative crops and livestock to reduce vulnerability.
3. Income diversification – Supporting livestock and fisheries as alternative income sources.
4. Resource buffering – Creating localized storage facilities for water, fodder, and seeds to manage periods of stress and scarcity.

Pilot Initiatives and Outcomes

• A total of 19 pilot initiatives were identified and tested.
• Nine initiatives were integrated into existing or emerging government structures for scaling up.
• Six initiatives were validated for their relevance and feasibility in drought adaptation.
• Four initiatives were deemed not viable or not fully tested.

The most successful initiatives included:

• Groundwater management – Pooling borewells to ensure equitable access and reduce overexploitation, leading to 20% productivity increases.
• Diversified Farming Systems (DFS) – Encouraging farmers to adopt alternative crops and livestock management.
• Livestock and fisheries initiatives – Focusing on improving breed resistance and productivity in the livestock sector.

Scaling Up and Institutional Support

• The RLDP (Rainfed Land Development Program) and NREGS (National Rural Employment Guarantee Scheme) were key mechanisms for scaling up APDAI interventions.
• NREGS was highlighted as a powerful tool for drought adaptation, offering employment and support for labor-intensive projects that are otherwise unaffordable.
• The APDAI Cell was established within the Department of Rural Development to ensure continuity and support for scaling up.

Key Lessons Learned

1. Strong leadership is essential for driving change in natural resource management towards climate resilience.
2. Civil society organizations (e.g., village and Mandal level groups) play a crucial role in the planning, implementation, and monitoring of adaptation initiatives.
3. Government structures must be willing to innovate and adapt to support climate resilience.
4. Inclusive dialogue with all stakeholders is vital for developing new approaches to climate adaptation.
5. Synergy between natural resource management and livelihood development is a no-regrets approach to building climate resilience in drylands.
6. Technical solutions are often simple, but the enabling environment is the real challenge.
7. Subsidies can be effective in supporting drought adaptation, especially when targeted and combined with strong institutional frameworks.
8. Community-based groundwater management has shown promising results in improving productivity and resource equity.

Conclusion

APDAI demonstrated that climate resilience in dryland areas requires a multi-faceted, community-driven approach. By integrating natural resource management with socio-economic development, the initiative laid the groundwork for sustainable adaptation strategies. The project also emphasized the importance of institutional support, community participation, and policy innovation in addressing the long-term impacts of drought and climate change.