Executive Summary
Land degradation and biodiversity loss are accelerating due to unsustainable land use practices, climate change, deforestation, and habitat fragmentation. These challenges threaten food security, water availability, livelihoods, and ecosystem resilience, particularly for rural and Indigenous communities who depend directly on natural resources.
This proposal presents an integrated Nature-Based Solutions (NbS) approach to restore degraded landscapes, enhance biodiversity, and strengthen climate resilience while supporting inclusive livelihoods. The project will rehabilitate degraded land through ecosystem-based interventions such as native tree restoration, agroforestry, wetland rehabilitation, soil conservation, and biodiversity-friendly land management. By combining ecological restoration with community stewardship and local economic incentives, the project moves beyond short-term conservation toward long-lasting, people-centered environmental recovery.
Implemented over four years, the initiative will restore critical ecosystems, increase native species abundance, improve soil and water systems, and generate sustainable income opportunities linked to conservation. The model is scalable and aligned with national land restoration targets, climate commitments, and global biodiversity frameworks.
Background and Problem Statement
Globally, millions of hectares of land are degraded due to deforestation, overgrazing, unsustainable agriculture, mining, and urban expansion. Degraded land loses its ability to support biodiversity, regulate water cycles, sequester carbon, and sustain livelihoods. At the same time, biodiversity loss is occurring at unprecedented rates, undermining ecosystem services essential for human well-being.
Conventional land restoration approaches often rely on engineered or single-species solutions that overlook ecosystem complexity and community needs. There is a growing recognition that nature-based solutions—actions that protect, restore, and sustainably manage ecosystems—offer cost-effective, resilient, and socially inclusive pathways to address land degradation, climate change, and biodiversity loss simultaneously.
However, barriers such as limited community ownership, weak institutional coordination, insufficient financing, and lack of technical capacity continue to limit the scale and impact of NbS interventions. This project addresses these gaps through integrated planning, local participation, and long-term stewardship mechanisms.
Project Goal
To restore degraded landscapes and enhance biodiversity through inclusive, climate-resilient nature-based solutions that strengthen ecosystem services and sustainable livelihoods.
Specific Objectives
- Restore degraded land using ecosystem-based approaches that enhance soil health, water retention, and carbon sequestration.
- Conserve and increase native biodiversity through habitat restoration and connectivity.
- Strengthen community-led natural resource governance and stewardship.
- Promote sustainable land-use practices that balance conservation with livelihoods.
- Generate evidence and scalable models for integrating NbS into land-use planning and policy.
Target Areas and Beneficiaries
- Degraded agricultural and forest landscapes
- Watersheds, wetlands, and riparian zones
- Smallholder farmers, pastoralists, and Indigenous communities
- Women– and youth-led natural resource enterprises
- Local governments and conservation institutions
Key Interventions and Activities
- Landscape Assessment and Participatory Planning
- Conduct ecological and socio-economic baseline assessments
- Map degraded areas, biodiversity hotspots, and ecosystem services
- Develop community-led landscape restoration plans
- Ecosystem Restoration Interventions
- Native tree planting and assisted natural regeneration
- Agroforestry and silvopastoral systems
- Wetland and riparian zone rehabilitation
- Soil conservation measures such as terracing, mulching, and cover cropping
- Biodiversity Conservation and Habitat Connectivity
- Restore wildlife corridors and buffer zones
- Promote pollinator-friendly habitats
- Support community biodiversity monitoring and protection
- Sustainable Livelihoods and Incentives
- Support nature-positive income activities such as eco-agriculture, non-timber forest products, and seed enterprises
- Introduce payment for ecosystem services and conservation-linked incentives
- Strengthen market access for biodiversity-friendly products
- Capacity Building and Community Stewardship
- Train local stakeholders in NbS, ecosystem management, and climate adaptation
- Establish community restoration committees and stewardship agreements
- Promote women and youth leadership in restoration activities
- Knowledge Sharing, Advocacy, and Policy Engagement
- Document lessons learned and best practices
- Engage local and national authorities to integrate NbS into land-use plans
- Contribute data to national restoration and biodiversity targets
Innovation and Added Value
The project applies a landscape-level NbS approach that integrates biodiversity conservation, climate resilience, and livelihoods within a single framework. By prioritizing native species, natural regeneration, and community governance, the model enhances ecological integrity while reducing long-term maintenance costs. The use of participatory monitoring and digital tools will strengthen transparency, learning, and adaptive management.
Expected Results and Impact
- Environmental Outcomes
- Restoration of degraded land and improved ecosystem functionality
- Increased native species richness and habitat connectivity
- Enhanced carbon sequestration and climate resilience
- Socio-Economic Outcomes
- Improved livelihoods through sustainable land-based income activities
- Strengthened community ownership and natural resource governance
- Increased resilience of smallholder farming systems
- Institutional Outcomes
- Enhanced capacity of local institutions to implement NbS
- Improved integration of NbS into land-use and development planning
Monitoring, Evaluation, and Learning (MEL)
A comprehensive MEL framework will track ecological, social, and economic indicators, including land restored, species diversity, vegetation cover, soil quality, water availability, and household income. Participatory monitoring approaches will ensure community engagement and data ownership. Adaptive learning cycles will inform continuous improvement and scaling.
Sustainability and Scalability
Ecological sustainability will be ensured through the use of native species, natural regeneration, and long-term stewardship agreements. Financial sustainability will be supported by diversified livelihood streams, ecosystem service incentives, and integration into public programs. The landscape-based design allows replication across regions and ecosystems with context-specific adaptation.
Risk Analysis and Mitigation
- Climate variability: Use climate-resilient species and adaptive management
- Land tenure conflicts: Engage stakeholders early and formalize agreements
- Community fatigue: Align restoration with tangible livelihood benefits
Alignment with Global and National Priorities
The project aligns with national land restoration and biodiversity strategies, climate commitments under the Paris Agreement, and global frameworks such as the Sustainable Development Goals, the UN Decade on Ecosystem Restoration, and the Global Biodiversity Framework.
Indicative Budget Summary
- Restoration inputs and ecosystem interventions
- Community training and capacity building
- Livelihood development and market linkages
- Monitoring, evaluation, and learning
- Project coordination and administration
Conclusion
Nature-based solutions offer a powerful pathway to restore degraded land, conserve biodiversity, and build climate-resilient livelihoods. By placing communities at the center of ecosystem restoration, this project demonstrates how environmental recovery and human well-being can be achieved together at scale.
