
Farmers for 30×30
Central India (Pilot site: Lakhasar, Chhattisgarh)
​A community-led ecosystem restoration initiative that enables farmers to actively contribute to the global 30×30 biodiversity target while improving long-term farm productivity and resilience.

​Project at a glance
​8 Acres
​Size of the Farmland
​3 Acres
​Land Under Restoration
​13+
​Species of Trees Planted
​40
​Saplings Planted
​About the project
​Farmers for 30×30 is a pilot ecosystem restoration initiative that emerged from a simple but often overlooked question: how can farmers meaningfully participate in biodiversity conservation without compromising their livelihoods? The project is rooted in the recognition that large portions of agricultural landscapes contain marginal, degraded, or low-yield areas that no longer serve productive farming purposes, yet hold significant potential for ecological recovery.
The pilot site at Lakhasar, Chhattisgarh was selected following on-ground observations of prolonged overgrazing, invasive species dominance, and declining soil health across specific sections of active farmland. These areas were contributing little to agricultural output while continuing to degrade local ecological functions such as water retention, habitat connectivity, and soil stability. Rather than removing land from farming entirely, the project focused on strategically restoring only these degraded parcels, allowing farmers to remain primary landholders and decision-makers.
Working directly with participating farmers and local village institutions, the project explored how native tree and wetland restoration could coexist alongside ongoing agricultural use. Restoration efforts were designed to be low-cost, locally appropriate, and reversible, reducing perceived risk for farmers. By aligning ecological restoration with long-term farm resilience—such as improved soil structure, pollinator presence, and water regulation—the initiative sought to demonstrate that biodiversity conservation can function as a complementary land-use strategy rather than an external imposition.
Beyond the pilot site, Farmers for 30×30 is intended as a proof of concept for a scalable, farmer-led restoration framework. The project contributes to global biodiversity targets under the 30×30 commitment while remaining grounded in the realities of rural land use, governance, and livelihoods.
​Our approach
• Conducted baseline ecological and social assessments
• Worked with the gram panchayat and local community members
• Drafted and facilitated adoption of governance frameworks
• Supported restoration and protection measures on the ground
• Established long-term monitoring and stewardship mechanisms


Map showing the current eco-regions and the plantation foxholes
​Outcomes and Impact
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Restoration of degraded agricultural land into functioning wetland, forest, and scrub ecosystems
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Improved habitat availability for native plant, insect, bird, and wildlife species
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Enhanced pollination services and natural pest control through increased biodiversity
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Reduced long-term dependency on chemical inputs such as pesticides and fertilizers
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Strengthened farmer participation in biodiversity conservation at the landscape level
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Demonstrated a scalable model linking agriculture, ecosystem restoration, and global conservation targets

A tree on the farmland with nests of the weaver bird
​Partners and Community
The project is driven through close collaboration with local landholding farmers and rural communities. Farmers play a central role in decision-making, restoration planning, and long-term site stewardship. Village-level institutions such as Gram Panchayats are involved to ensure that restoration efforts align with local governance systems and community priorities.
The initiative is led by The Nature People Network with support from volunteers and subject-matter contributors, and remains open to collaboration with additional partners including research institutions, NGOs, and government agencies.

Volunteers planting saplings on the site
​Challenges and Learnings
​One of the key challenges encountered was the ecological degradation caused by prolonged overgrazing, invasive species dominance, and nutrient-depleted soils. Additionally, restoring trust and alignment between conservation goals and farmer livelihoods required sustained dialogue and engagement.
A major learning from the project has been the importance of adaptive planning and long-term commitment. Restoration outcomes improve significantly when farmers are treated as co-owners of the process rather than beneficiaries. Flexibility in restoration techniques and continuous community feedback proved essential for success.
​What's Next
​Building on early outcomes, the project aims to expand restoration efforts to additional farms and landscapes. Future plans include long-term biodiversity monitoring, carbon sequestration assessment, and exploring potential carbon credit mechanisms that can generate supplementary income for participating farmers.
The initiative also intends to document and share restoration methodologies to support replication across other regions, contributing to national and global biodiversity goals while strengthening rural livelihoods.
