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YICE Uganda: Community-Led Agroforestry & Ecosystem Restoration in Eastern Uganda

Trust T1 Reforestation Native / Local Ecosystems In Freshwater Regenerative Agriculture & Soil Health Nature-Based Wellbeing & Eco-Spiritual Health Traditional Crafts & Cultural Heritage Regenerative Entrepreneurship Integrated Water Management Regenerative Fisheries & Aquatic Livelihoods Urban Regeneration Circular Economy & Zero-Waste Management Regenerative & Circular Construction Research & Participatory Science Native / Local Ecosystems On Land Syntropic Agroforestry / Permaculture Indigenous And Traditional Knowledge Regenerative Tourism Heritage Species & Seed Sovereignty Regenerative Finance & Impact Investing Education Community Regeneration & Resilience Building Participatory & Regenerative Governance Renewable & Decentralized Energy Systems

Climate Zones: Tropical savanna with pronounced dry spells and high interannual variability.
Regenerative Focus: Agroecology and landscape restoration as drivers of resilience, biodiversity recovery, and rural prosperity.

About this land node

A community-anchored restoration hub in the Mount Elgon foothills, regenerating degraded savanna–forest mosaics through agroforestry, native tree corridors, watershed management, and climate-smart agriculture. The project strengthens food systems, biodiversity, and water security in the Nile River watershed.

Overview

Project Vision: Serve as a flagship model for climate-resilient agroforestry and rural ecosystem restoration in Uganda.
Project Purpose: Restore degraded landscapes, rebuild soil and water cycles, and improve rural livelihoods through community-led agroecology and reforestation.
Project Title: YICE Uganda
Political Location: Mbale District, Eastern Uganda

Ecology & biodiversity

Flora & Fauna: Banana groves, acacia woodlands, native pollinators; elephants, hornbills, small carnivores in regional range.
Keystone species: African elephant (ecosystem engineer and seed disperser).
Biodiversity context: Part of a regional corridor bridging Mount Elgon protected areas to lowland savannas; priority zone for forest–savanna restoration.
Ecological corridors: Bridge between Mount Elgon National Park and downstream savannas, enabling species movement.
Natural boundaries: Located in the upper Nile basin, bounded by seasonal rivers descending from volcanic highlands.
Ecosystem unity: A biodiversity-rich ecotone where tropical savanna, montane woodland, and riparian corridors interlock; restoration reconnects fragmented habitats, enhances hydrological regulation, boosts pollinator pathways, and increases carbon sequestration via multi-strata planting—optimizing landscape function from uplands to lowland savannas.

Climate & water

Climate Zones: Tropical savanna with pronounced dry spells and high interannual variability.
Rainfall patterns: Bimodal rains: Mar–May & Sep–Nov (~200 mm/month peaks); dry seasons: Dec–Feb & Jun–Aug.
Average Rainfall: 1,200–1,600 mm/year
Temperature Extremes: ~20°C (min) to ~30°C (max)
Average Temperature: ~25°C mean
Watershed: Nile headwaters influence; site feeds intermittent tributaries toward Lake Kyoga and the White Nile.
Aquifers & groundwater: Seasonal aquifers recharged by upslope rainfall; complemented by community rainwater harvesting.
Nearby water bodies: ~20 km to the Nile River; ~50 km to Lake Kyoga

Land & terrain

Elevation & slope: 1,000–1,500 m; gently rolling volcanic slopes.
Landforms: Foothill plains transitioning to montane benches with riparian gullies and ephemeral creeks.
Soil Types: Volcanic loam soils—naturally fertile but degraded by past deforestation; stabilized with perennial cover and organic amendments.
Soil health: Soil organic matter and soil carbon rising through mulching, composting, and perennial polycultures.
Erosion risk: Moderate in peak rains; reduced via contour planting, terracing, and groundcover.
Natural resources: Fertile soils, freshwater inflows, diverse germplasm, pollinator networks.
Renewable resource potential: Solar drying/processing, biomass cycling from agroforestry, rainwater capture for irrigation.

People & history

Land Acknowledgements: Acknowledges ancestral stewardship of the Bagisu people and shared refugee stewardship.
Traditional ecological knowledge: Agroforestry rotations, seed saving, water harvesting, and slope management embedded in practice.
Human Cultures: Bagisu communities and refugee smallholders with strong agroforestry traditions and communal stewardship.
Cultural continuity: Bagisu communities, eco-tourists, researchers
Cultural landscapes: Mosaic of agroforestry plots, riparian buffers, forest patches, and communal learning spaces.
Recent land history: Historic deforestation and overgrazing now under active ecological and social regeneration.

Regenerative practice

Regenerative Focus: Agroecology and landscape restoration as drivers of resilience, biodiversity recovery, and rural prosperity.
Regenerative Methodologies: Multi-strata agroforestry, native reforestation, soil–water conservation, seed banking, living fences.
Environmental objectives: Increase native tree cover, restore watershed function, and enhance biodiversity.
Community objectives: Strengthen food security, diversify incomes, and build local governance capacity.
Community engagement: Farmer field schools, restoration brigades, and community governance workshops.
Economic Model: Grants, eco-tourism, crop and nursery sales, training services, restoration-linked mechanisms.

Impact

Expressed Impact: 150 ha under agroforestry; biodiversity up ~10%; 200+ residents trained; ~8,540 people reached; 8,000 fruit trees planted; ~1,000 acres regenerated.
Key impact metrics: * Hectares reforested * Soil carbon gains * Biodiversity index * Households participating.

Visiting & links

Nearest urban centres: ~30 km from Mbale town.
Website: https://www.ecosystemrestorationcommunities.org/community/yice-uganda/
Social media: https://www.instagram.com/ecorestorationcommunities
Visit Link: https://www.yiceug.org/contacts/