CRFF Rwengobe Permaculture Center

About this land node

Overview

Project Vision

We see this site becoming a fully closed-canopy edible forest within five years, where the syntropic system produces coffee, macadamia, avocado, and diverse food crops under a layered indigenous canopy that sequesters carbon and rebuilds biodiversity from the ground up. The training center will host cohorts of the Forest Farmers Initiative fellowship, graduating 50 syntropic agroforestry experts who each mentor 10 farmers, reaching 1,000 families across the wider Kibale landscape. The processing facility will aggregate coffee, macadamia, honey, and other products under the Kibale Goodness brand, paying farmers a premium for their service to nature. As the syntropic plots demonstrate, when you do the right things from the beginning, when you care for your soil and farm with nature not against it, degraded land transforms into productive forest faster than anyone expects. The February-planted plot already looks like a young forest by September. Nature quickly supports you when you give it a chance.

Project Purpose

To serve as a one-stop demonstration and learning site showcasing practical models of agroecological farming rooted in syntropic agroforestry and permaculture principles. The center integrates food production, biodiversity conservation, and community learning, functioning as both a living classroom for local farmers and a research base for testing scalable agroecological practices. CRFF empowers family farmers to transition from conventional seasonal monocropping to regenerative approaches by showing them firsthand how syntropic agroforestry systems are designed and how they function. The Rwengobe site will house a processing facility for the Kibale Goodness brand of forest-friendly products (coffee, macadamia, honey), an extension service system to reach partnering farmers, and the Forest Farmers Initiative fellowship training 50 syntropic agroforestry experts who will each mentor 10 additional farmers to reach 1,000 families.

Project Title

Syntropic Agroforestry Demo & Training Center

Ecoregional Location

Victoria Basin Forest-Savanna ecoregion within the Victoria Basin & Albertine Rift Forests bioregion (AT12), Fort Portal-Kibale corridor at 1,210-1,242 meters elevation with Rwenzori Mountain microclimate influence

Local Location

Toro

Political Location

Rwengobe, Busiriba Sub County, Kibale County, Kamwenge District, Western Region, Uganda

Ecology & biodiversity

Flora & Fauna

The syntropic system integrates four forest layers with precise species selection: 30 emergent indigenous trees across seven species (Mahogany, Prunus africana, Markhamia lutea, Sapium ellipticum, Pseudospondias microcarpa, Ficus nathalensis, Funtumia africana), 57 macadamia as high trees, 58 Hass avocado as medium trees, 947 low trees (200 cassava, 198 matoke banana, 50 ndizi banana, 31 gonja banana, 22 bogoja banana, 246 papaya, 200 tree tomato), 1,328 coffee plants between rows at 2.5m spacing, and thousands of biomass trees (Inga Edulis, Leucaena, Moringa) at 0.5m density. The orchard includes Malabar chestnut, loquat, guava, mulberry, star fruit, papaya, and almond. A hedge of wood-lot trees surrounds the boundary. The Orugari garden occupies 2,510 sq meters as a mixed low-tree and shrub zone.

Keystone species

Prunus africana (endangered emergent tree species planted in the syntropic system, indicator of montane forest health), Ficus nathalensis (keystone food source for primates and birds, planted as emergent), Inga Edulis (nitrogen-fixing biomass tree from South America critical to the syntropic carbon cycling engine), and Moringa (multi-purpose biomass tree providing nutrition, mulch, and soil improvement).

Biodiversity context

The site is within the broader Albertine Rift biodiversity hotspot, approximately 10 km from Kibale National Park. While the site itself was degraded at acquisition, the syntropic design is rapidly building back biodiversity by creating a multi-layered forest-like system from scratch. The inclusion of seven indigenous emergent tree species ensures long-term habitat creation for forest-dependent species.

Ecological corridors

While not directly on the Kibale Forest boundary, the Rwengobe site serves as the training and demonstration hub for the wider corridor restoration effort. Farmers trained here carry syntropic principles back to their own plots along the forest boundary, extending the ecological corridor effect. The planned scaling to 1,000 farming families across the wider Kibale area will create a distributed network of productive forest patches that enhance landscape connectivity.

Natural boundaries

The plot (0.375782N, 30.418424E) is part of the Katonga River catchment, which drains into Lake Albert. It sits within a sub-catchment with an upstream catchment area of approximately 7.5 sq km. The Fort Portal-Mbarara highway runs along the upper boundary. The plot includes a wetland at the bottom of the valley covering approximately 10,440 sq meters. The surrounding landscape is hilly but well vegetated, reducing flash flood risk to the lower portions of the farm.

Ecosystem unity

The site connects the agricultural plateau landscape with the broader Kibale Forest ecosystem to the west. While not directly on the forest boundary like the CRFF home plot, Rwengobe demonstrates regenerative farming models for the wider community of farmers who farm away from the forest, showing alternatives to monocropping that rebuild biodiversity and soil health across the entire landscape. The site transitions from the Kibale Forest zone to the Fort Portal corridor, linking multiple ecological and agricultural systems.

Climate & water

Climate Zones

Tropical moist climate with equatorial modification at 1,210-1,242 meters above sea level. The microclimate is influenced by the Rwenzori Mountains visible to the west. The climate supports both tropical agriculture and forest regeneration, with sufficient rainfall for the syntropic system to function without irrigation once established.

Rainfall patterns

Bimodal rainfall with long rains March to May and short rains September to November. The syntropic planting schedule is timed to rainy seasons, with the first demo plot set up in February 2025 and planted in April 2025 to coincide with the long rains. Bottle irrigation is used for newly planted trees during unpredictable dry periods.

Average Rainfall

Approximately 1,200-1,500 mm per year, sufficient for the syntropic agroforestry system once canopy cover is established.

Temperature Extremes

Temperatures moderated by altitude, approximately 15-30C. The equator passes through the base of the nearby Rwenzori Mountains.

Average Temperature

20-25C (68-77F)

Watershed

Part of the Katonga River catchment draining into Lake Albert within the broader Nile Basin. The wetland at the bottom of the valley (10,440 sq meters) provides natural water storage, filtration, and potential for a pond. A pipeline crosses the site, indicating existing water infrastructure in the area.

Aquifers & groundwater

Groundwater accessible through the western Ugandan plateau aquifer system. The wetland at the valley bottom serves as a natural groundwater interface. The syntropic design minimizes water demand by maintaining soil cover and reducing evaporation through layered canopy development.

Nearby water bodies

Wetland at the base of the property covering approximately 1 hectare. Pipeline crossing the site. The Katonga River system and its tributaries drain the surrounding catchment. The Rwenzori Mountains are visible to the west, their glacial meltwater feeding regional river systems.

Land & terrain

Elevation & slope

The plot varies between 1,210 and 1,242 meters above sea level, a total area of 3.9436 hectares. The wetland has the lowest slope at approximately 3%. The rest varies between 1:3 and 1:10 gradient, requiring slope protection against erosion through the contour-following tree line design.

Landforms

Hilly terrain of the western Ugandan plateau with a valley containing a wetland at the bottom. The Fort Portal-Mbarara highway runs along the upper edge. The site is divided into seven zones: commercial enterprise (12,450 sq m across 4 blocks), wetland and pond (10,440 sq m), mixed low trees and shrubs (4,640 sq m), R&D training center (3,715 sq m), car park and residential area (3,020 sq m), Orugari garden (2,510 sq m), and orchard (430 sq m).

Soil Types

The site slopes vary from 3% in the wetland to 1:3 (33%) on the steepest hillsides. Soil health was likely poor at acquisition due to conventional farming with ploughing, hoeing, monocultures, pesticides, and chemical fertilizers. The syntropic design addresses this through five principles: cover the soil, leave soil undisturbed, feed soil life not plants, grow polycultures, and build ecosystem resilience to eliminate pesticide dependency.

Soil health

CRFF is conducting soil pH and carbon content testing with guidance from Agronomist Paul Kusiima and agroforestry trainer Thiong'o Gachie from Kenya. The syntropic system rebuilds soil health through high-density biomass tree planting (Inga Edulis, Leucaena, Moringa at 0.5m spacing) that provides carbon and nitrogen-rich mulch when pruned, kickstarting soil carbon and nitrogen cycling. Planting beds receive compost, bagasse for nutrients, and wood chips with charcoal for carbon as a biological kickstart. No chemical inputs are used. The transformation from Lantana camara wasteland to productive syntropic plots within 18 months demonstrates rapid soil recovery potential.

Erosion risk

High erosion risk on the steeper slopes (1:3 to 1:10). The syntropic design directly addresses erosion through contour-following tree lines at 7m spacing, permanent soil cover with biomass mulch, minimal soil disturbance (no ploughing or hoeing), high-density root systems from closely-spaced biomass trees, and maintenance of the wetland as a natural sediment trap. Steps protect paths perpendicular to contour lines.

Natural resources

Fertile soils capable of supporting four-layer syntropic forest systems. The commercial enterprise zone (12,450 sq m) produces coffee, macadamia, avocado, cassava, bananas, papaya, tree tomato, and moringa. The wetland (10,440 sq m) provides water storage and potential aquaculture. Biomass from pruning of Inga Edulis, Leucaena, and Moringa provides continuous soil amendment. The orchard produces Malabar chestnut, loquat, guava, mulberry, star fruit, and almond. Potential for value-added processing at the planned facility.

Renewable resource potential

High solar energy potential at equatorial latitude. Biomass energy from continuous pruning of thousands of syntropic biomass trees. Biogas potential from planned anaerobic digesters at the training center and dormitory. Rainwater harvesting from 1,200-1,500 mm annual rainfall. The 33 KV power line crossing the site indicates proximity to the national grid.

People & history

Land Acknowledgements

This land lies within the Toro Kingdom territory of western Uganda. The site was previously under conventional farming that degraded the soil through chemical inputs, monocultures, and ploughing. Its transformation into a syntropic permaculture center represents a restoration of the land's productive capacity using principles that honor natural forest succession patterns.

Traditional ecological knowledge

The syntropic agroforestry system implemented here draws on Brazilian knowledge developed by Ernst Gotsch, adapted to the East African tropical context by expert trainers from Kenya (Thiong'o Gachie). Local knowledge of indigenous tree species, their growth patterns, and ecological roles informed the selection of the seven emergent species. KAFRED contributes community-based conservation knowledge. The community of practice model allows knowledge exchange between pioneer farmers, university students, and international practitioners.

Human Cultures

The Rwengobe area is part of the Toro region, home to the Batooro people. The surrounding farming communities practice smallholder agriculture, predominantly seasonal monocrops of maize, rice, and beans. KAFRED (Kibale Association for Rural and Environment Development) is an active community partner in the area. Mountains of the Moon University in Fort Portal sends students for training at the site. The community of practice established at Rwengobe includes CRFF's 10 pioneer farmers, farm workers, KAFRED members, university students, and visiting trainers.

Cultural landscapes

The Rwengobe site represents the emergence of a new agricultural landscape on the Fort Portal corridor, where the highway frontage makes it highly visible to passing farmers and visitors. The transformation from Lantana-covered wasteland (March 2024) to structured syntropic plots with emerging canopy (September 2025) is itself a cultural statement, demonstrating that the landscape can be reimagined. The training banda under construction will become a gathering place for the growing community of practice. The planned amphitheater built into the hillside uses the natural slope for outdoor learning.

Recent land history

The site was acquired in March 2024 covered with Lantana camara invasive weeds, eucalyptus, and pine woodlots. May 2024: planning phase with syntropic design, power line risk assessment, and titling process. June 2024: site cleaned, invasive weeds and exotic woodlots removed, basic infrastructure setup began. February 2025: syntropic agroforestry training with expert trainer from Kenya, community of practice set up the first demo plot. April 2025: first syntropic plot planted during the long rains. June 2025: syntropic plot showing strong growth. September 2025: three syntropic demo plots established, forest regeneration plot active, training banda under construction. A 33 KV power line crosses the site, restricting tree height to 5 meters within 10 meters of the line on both sides.

Regenerative practice

Regenerative Focus

Syntropic Agroforestry / Permaculture, Reforestation, Regenerative Agriculture & Soil Health, Native / Local Ecosystems On Land, Education, Community Regeneration & Resilience Building, Research & Participatory Science, Regenerative Entrepreneurship, Heritage Species & Seed Sovereignty

Regenerative Methodologies

Brazilian-developed syntropic agroforestry adapted for East Africa with four forest layers planted simultaneously at high density (tree every 0.5m) following contour lines. Three tree line types (C-centreline with low and biomass, A1 with emergent/medium/low/biomass, A2 with high/low/biomass) placed in repeating sequence. Biomass trees (Inga Edulis, Leucaena, Moringa) provide carbon and nitrogen-rich mulch through regular pruning to kickstart soil cycling. Five soil regeneration principles: cover soil always, never disturb soil, feed soil life not plants, grow polycultures, build ecosystem resilience instead of spraying pesticides. Bottle irrigation for establishment phase. Staking of fast-growing biomass trees. Strategic pruning timing where biomass and crop trees alternate dominance. Phased implementation (blocks 1-2 first, blocks 3-4 six months later) to allow learning and reduce risk. Compost, bagasse, wood chips, and charcoal as biological kickstart inputs at planting.

Environmental objectives

Syntropic agroforestry demonstration across three plots with four-layer forest system (emergent, high, medium, low) plus biomass trees following contour lines at 7m spacing. Natural forest regeneration on dedicated plot. Removal of invasive Lantana camara and replacement of eucalyptus and pine monocultures with diverse native and productive species. Soil regeneration through five principles: cover soil, no disturbance, feed soil life, polyculture, ecosystem resilience. Wetland conservation at the valley bottom. Carbon measurement and soil health monitoring with pH and carbon content testing. Indigenous tree nursery upgrading for seedling production.

Community objectives

Training center (140 sq m venue with amphitheater) for syntropic agroforestry courses serving the community of practice including pioneer farmers, KAFRED members, and university students. Dormitory (150 sq m) for residential training programs. Forest Farmers Initiative fellowship hosting 10-20 young people per cohort for one-year training. Processing facility (300 sq m) for aggregation, drying, storage, and value addition of coffee, macadamia, honey, and other forest products under the Kibale Goodness brand. Extension service system reaching partnering farmers across the wider Kibale area. Conservation education program targeting 2,000 young people annually.

Community engagement

Community of practice model bringing together CRFF's 10 pioneer farmers, farm workers, KAFRED members, and Mountains of the Moon University students for hands-on syntropic agroforestry training. Expert trainer Thiong'o Gachie from Kenya leads workshops. The February 2025 training brought the entire community together to physically set up the first syntropic demo plot. Progressive farmers' plots become decentralized community hubs. The highway-visible location invites spontaneous visits from passing farmers. Planned scaling to 100 families in three years through knowledge decentralization where each trained expert mentors 10 additional farmers.

Economic Model

CRFF funding through donations and corporate partnerships (Wagagai, DEG Impulse, XSML Capital, KfW). The Kibale Goodness brand under development for premium forest-friendly products processed at the planned facility. Coffee collaboration with Coffee Minds Hub. Tourism revenue linkages through Turaco Treetops, Matoke Tours, and Kazinga Tours. The processing facility will enable aggregation, drying (50-60 sq m drying area), storage and processing (300 sq m), and value addition for the farmer collective. Farmer products marketed through premium channels with premiums paid for nature-positive farming practices.

Impact

Expressed Impact

CRFF Rwengobe demonstrates that degraded land covered in invasive weeds can be transformed into a productive, biodiverse syntropic forest system in under two years. The site proves that the five principles of syntropic agroforestry (cover soil, no disturbance, feed soil life, polyculture, ecosystem resilience) work in the East African tropical context when adapted with local indigenous species and community knowledge. The community of practice model, bringing pioneer farmers together with university students and international experts around physical planting work, creates lasting knowledge transfer that no classroom could replicate. The detailed Uwepo design with its precise tree line specifications, block layouts, and species counts provides a replicable template for similar interventions across the Kibale landscape and beyond. As the site evolves from demo plots toward a full training center with processing facility and dormitory, it becomes the operational heart of CRFF's vision to reach 1,000 farming families and train 50 syntropic experts, making regenerative agroforestry the norm rather than the exception on Uganda's forest boundaries.

Key impact metrics

Transformation timeline from Lantana wasteland to productive syntropic plots (18 months documented with drone imagery). Number of syntropic demo plots (3 as of September 2025). Total trees and seedlings in the system (30 emergent, 57 macadamia, 58 avocado, 947 low trees, 1,328 coffee, thousands of biomass trees). Soil pH and carbon content measurements underway. Number of training participants per event. Canopy closure progress in each block. Biomass production from pruning cycles. Number of species integrated (40+ across all zones). Infrastructure development progress (training banda, processing facility, dormitory).

Visiting & links

Nearest urban centres

Located along the Fort Portal-Mbarara highway with high visibility to passing traffic. Bigodi village is the nearest settlement. Fort Portal Tourism City approximately 25 km northwest. Kamwenge town approximately 35 km southeast. The highway location makes the site accessible for training events, farmer visits, and product transport.

Website

https://crff.earth

Social media

https://www.instagram.com/crff_uganda/, https://www.linkedin.com/company/chris-roberts-forest-foundation/

Visit Link

https://www.instagram.com/crff_uganda/

Connections

In the same bioregion

Shared practice

Nearby