Project description
BioRestore works with steep hillsides, degraded springs and flood-prone catchments. Agroforestry, contour planting, compost systems and community nurseries restore land and water while building local skills, green enterprises and youth climate education.
Explore the community context, existing work and development plans described by the project.
More project details
- Primary Ecosystem
- Forest / Watershed / Mountain ecosystem
- Community estimate
- 25,500
- Reported direct beneficiaries
- 100
- Reported indirect beneficiaries
- 150
- Training Completed
- Earth Awareness · Nursery Management
Community Context
BioRestore Rwanda works in Kanama Sector, Rubavu District, in Rwanda's Western Province - a mountainous, densely populated region on the shore of Lake Kivu near the Congolese border. The surrounding landscape is defined by steep hillsides, high rainfall, and intensive smallholder agriculture, which together leave the area acutely vulnerable to flooding, landslides, and land degradation.
The community of roughly 25,500 people depends primarily on agriculture and local trade, with the Sebeya River serving as a focus of both livelihood and environmental stress. Erosion of degraded hillsides, contamination and damage to water springs, and declining soil productivity are the community's most pressing challenges. The project's top priorities are water management and land restoration - rebuilding the natural systems that households rely on for clean water, stable land, and food security.
Back to sections ↑Ecological Landscape
Kanama sits within a highland forest, watershed, and mountain ecosystem under significant environmental pressure. The region's steep terrain and heavy rainfall make it prone to flooding and landslides, while years of land degradation have compromised soils, vegetation, and water sources.
Current environmental pressures include:
- Deforestation and loss of protective vegetation on hillsides
- Soil degradation and erosion driving landslides and reduced productivity
- Water scarcity and damage to springs and catchments
- Biodiversity loss
- Flooding in low-lying and riverside zones
The project's primary environmental priorities are water management and land restoration - stabilising degraded slopes, protecting and rehabilitating water sources, and rebuilding soil and vegetation across the catchment.
Back to sections ↑Regional Economic Context
The regional economy is driven by agriculture, livestock, and local trade. The area's principal natural resources are its rivers and watersheds, fertile agricultural land, and forests - all of which are under pressure from land degradation and resource extraction.
The Sebeya River is a site of active extraction, with community members drawing sand and washing granite from the river. This activity contributes to river contamination, sedimentation, and soil degradation along the riverbanks. The project offers a restorative economic alternative - community nurseries, compost production, seedling sales, and restoration service work - that generates income by rebuilding the landscape rather than depleting it.
Back to sections ↑Core Project Systems
BioRestore Rwanda develops five interconnected systems, grounded in regenerative land and water restoration and reinforced by community capacity-building.
Land Restoration & Erosion Control
Stabilising degraded hillsides through agroforestry, contour planting, and soil conservation measures to reduce landslides and restore soil productivity.
Soil Regeneration Systems
Production and application of biologically enhanced compost using Johnson–Su bioreactors to rebuild soil fertility, improve structure, and increase water retention.
Water Source Rehabilitation
Restoration and protection of springs, wetlands, and riverbanks through riparian buffer establishment and catchment management - improving water quality and reducing flood risks.
Community Nurseries & Reforestation
Production of agroforestry and indigenous tree seedlings for ecosystem restoration and sustainable land use, supplying both the project's own restoration work and wider regional reforestation needs.
Community Capacity Building & Engagement
Training farmers in regenerative practices, conservation techniques, and long-term environmental stewardship - ensuring sustainable impact beyond the project's funded lifecycle.
Additional Activity - Youth Climate Education
A climate education program for secondary students at G.S Kanama Catholique builds environmental awareness and practical skills among youth. Through interactive sessions, students explore climate change, land degradation, watershed protection, and ecosystem restoration in the local context of Rubavu District. The program includes a hands-on agroforestry nursery demonstration, where students learn to establish and manage tree nurseries - covering seed selection, potting, watering, shading, and transplanting techniques for multipurpose agroforestry species.
Back to sections ↑Three Pillars of Sustainability
Social
BioRestore Rwanda drives social change by helping communities in Rubavu and Nyabihu move from vulnerability to resilience through collective environmental action. In areas heavily affected by floods, landslides, and land degradation, the project restores not only ecosystems but also community trust, cooperation, and hope. A key transformation is the rehabilitation of broken and contaminated water springs: by protecting catchment areas, restoring vegetation around water sources, and controlling erosion, the project helps springs recover their natural flow and quality.
This restores household access to clean, safe drinking water, improves public health, reduces waterborne disease, and eases the daily burden of water collection - especially for women and children. The project further empowers women through participation in tree nurseries, compost production, and restoration activities, creating income and leadership opportunities, while youth are engaged through climate education and practical fieldwork that builds skills and confidence for future livelihoods.
Environmental
The project promotes ecosystem restoration and environmental stewardship by working directly with degraded landscapes in Rubavu District to rebuild the natural systems communities depend on. Degraded hillsides are restored through reforestation and agroforestry, planting diverse native and multipurpose tree species that stabilise slopes, reduce erosion, and increase biodiversity while improving microclimates and supporting carbon sequestration.
Watershed protection is strengthened by restoring vegetation around rivers, springs, and wetlands, creating riparian buffer zones that filter runoff, reduce sedimentation, and help recover damaged water sources. Through soil restoration practices - including biologically enriched compost - the project rebuilds soil organic matter, enhances microbial life, and improves water infiltration, making farmland more productive while reducing pressure to expand into fragile ecosystems. Throughout, the project promotes regenerative agriculture that integrates trees, crops, and soil conservation.
Financial
The project strengthens local economic resilience across several streams. Agricultural production support helps farmers restore degraded soils using biologically enriched compost and agroforestry systems, producing higher and more stable yields that improve household food security and income. Small green enterprises - community-led tree nurseries, compost production groups, and restoration service teams - create local jobs while keeping restoration inputs and services within the community.
Value-added activities such as producing and selling seedlings generate income while advancing restoration goals, and land rehabilitation, erosion control, and watershed work create short-term and seasonal employment that especially benefits youth and vulnerable households. By building community-owned systems rather than external dependency, the project ensures economic benefits are locally retained, diversifying income, reducing vulnerability to climate shocks, and grounding a stable local economy in restored ecosystems.
Role Within the Country Platform
BioRestore Rwanda supports national reforestation efforts by establishing community nurseries that produce quality agroforestry and indigenous tree seedlings - which can supply regional landscape restoration programs, watershed protection, and government-led reforestation initiatives. It functions as a local training and demonstration hub where farmers, students, and community groups learn regenerative agriculture, soil restoration, and water conservation, strengthening national capacity in climate-smart agriculture and supporting Rwanda's goals for sustainable land management.
Through partnerships with schools such as G.S Kanama Catholique, the project integrates youth environmental education and vocational training, equipping young people with green skills in nursery management, agroforestry, and restoration work. By restoring water sources, degraded land, and productive ecosystems, the project demonstrates scalable solutions for climate adaptation and disaster risk reduction, particularly in flood-prone areas.
Back to sections ↑Potential Synergies With Other Projects
In the Rwandan context, the project aligns with national efforts such as watershed restoration in the Western Province and supports district-level land use planning by supplying locally produced tree seedlings from community nurseries. These seedlings can feed directly into hillside restoration, agroforestry expansion, and flood mitigation in areas like Rubavu and Nyabihu.
The project integrates with Rwanda's Farmer Field School and extension system, acting as a practical demonstration site where farmers and youth learn regenerative agriculture, composting, and spring protection techniques that complement national agricultural training programs. For water systems, it contributes to Rwanda's emphasis on community-based water resource management by restoring springs, wetlands, and catchments critical for rural households in flood-affected zones.
It also strengthens Rwanda's green economy agenda by linking community groups to local markets for seedlings, compost, and restoration services - ensuring environmental recovery translates into jobs and income.
Collaboration Needs
The project's priority needs are technical, material, and partnership-based:
- Technical expertise and training in soil science, watershed management, and ecosystem restoration - through partnerships with agricultural extension services, research institutions, and conservation experts to strengthen interventions such as spring rehabilitation and slope stabilisation
- Reliable access to tree seed sources and agroforestry inputs, via collaboration with national tree seed centers and forestry programs, ensuring diverse, climate-resilient species suited to highland and flood-prone ecosystems
- Community-based training and demonstration support through schools, farmer cooperatives, and local training centers, to scale knowledge on compost production, agroforestry, and regenerative farming
- Basic transportation support (motorbikes or field mobility) to reach remote hillside communities and degraded catchments across difficult terrain
- Partnerships with district authorities and water management programs to align spring, wetland, and catchment restoration with broader local development plans
Community Leadership & Governance
Project Lead: Aloys Munyembabazi - BioRestore Rwanda Local Partners: Kanama Sector Office · IMBARAGA · Farmers Association · Water Resources Board District Office · G.S Kanama Catholique High School · Rubavu Technical College Community Groups: Kanama Sector Farmers Association · Indigenous community (Abatwa) Training Completed: Earth Awareness · Nursery Management
Back to sections ↑