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Walkers Reserve:
Regenerative Agriculture
Agroforestry
Chinampa systems
Permaculture
FOOD SYSTEMS
Syntropic Farming
Walkers Reserve integrates regenerative agriculture as a core component of its ecological restoration strategy
Food production at Walkers Reserve combines permaculture orchards, syntropic plantings, and water-edge cultivation across South Lake, North Lake, and the central valley.
These systems bring together multi-species planting, soil-building practices, and water-integrated agriculture to improve fertility, support biodiversity, and strengthen landscape connectivity across the site, while producing diverse healthy crops for local distribution.
Challenge
Depleted soils, limited fertility, and fragmented landscapes restricted productive agricultural use of the land, while conventional food system models risked further degrading habitats and undermining ecological restoration efforts.
Solution
Regenerative agroforestry systems combine permaculture orchards, syntropic planting, and chinampa-inspired cultivation. These agricultural systems rebuild soil fertility, integrate food production, and support ecological connectivity.
Outcome
Soil health is steadily improving through increased organic matter. Agroforestry techniques now produce a wide range of crops for local markets and restaurants, including coconut and jamun, enabling climate-resilient food production.
Challenge
Depleted soils, limited fertility, and fragmented landscapes restricted productive agricultural use of the land, while conventional food system models risked further degrading habitats and undermining ecological restoration efforts.
Solution
Regenerative agroforestry systems combine permaculture orchards, syntropic planting, and chinampa-inspired cultivation. These agricultural systems rebuild soil fertility, integrate food production, and support ecological connectivity.
Outcome
Soil health is steadily improving through increased organic matter. Agroforestry techniques now produce a wide range of crops for local markets and restaurants, including coconut and jamun, enabling climate-resilient food production.
Farming for Regeneration
Agroforestry at Walkers Reserve is embedded within a varied landscape of lakes, wetlands, slopes, and coastal systems, all previously degraded and now under active regeneration. Water availability, soil types, and microclimates vary across the site, shaping what crops can be grown.
Agroforestry systems are distributed across upland and water-adjacent zones, acting as transitional layers between restored habitats and productive systems that support biodiversity within a broader ridge-to-reef system while actively producing locally produced crops and acting as a training ground for local capacity building and education programs.
microclimateS
water-edge
wetlands
Farming for Regeneration
Agroforestry at Walkers Reserve is embedded within a varied landscape of lakes, wetlands, slopes, and coastal systems, all previously degraded and now under active regeneration. Water availability, soil types, and microclimates vary across the site, shaping what crops can be grown.
Agroforestry systems are distributed across upland and water-adjacent zones, acting as transitional layers between restored habitats and productive systems that support biodiversity within a broader ridge-to-reef system while actively producing locally produced crops and acting as a training ground for local capacity building and education programs.
microclimateS
water-edge
wetlands
Cultivation Systems
Agroforestry systems combine permaculture orchards, syntropic multi-species plantings, and chinampa-inspired water-edge cultivation to rebuild soils and support continuous food production.
An 8,000-square-foot nursery propagates over 180 species for landscape restoration and food production. Crops are distributed through local restaurants and networks, such as Local & Co., Eco-Market, and the Organic Growers and Consumers Association.
Banana
Jamun
Pineapple
Honey
Local Food Production
Soil structure, organic matter, and nutrient cycling are all improving across agroforestry zones, strengthening long-term soil fertility. Agroforestry zones also support higher levels of biodiversity and improved habitat connectivity, alongside more closed-loop nutrient systems.
A wide variety of crops are grown and distributed locally, including pineapple, coconut, plantain, jamun, bajan ackee, pomegranate, breadfruit, guava, lemongrass, passionfruit, mango, banana, and paw paw. Together, these outcomes demonstrate climate-resilient food production, proving that degraded lands can be both ecologically restored and productively farmed.
Local Food
Soil Fertility
Fruiting Trees
Local Food Production
Soil structure, organic matter, and nutrient cycling are all improving across agroforestry zones, strengthening long-term soil fertility. Agroforestry zones also support higher levels of biodiversity and improved habitat connectivity, alongside more closed-loop nutrient systems.
A wide variety of crops are grown and distributed locally, including pineapple, coconut, plantain, jamun, bajan ackee, pomegranate, breadfruit, guava, lemongrass, passionfruit, mango, banana, and paw paw. Together, these outcomes demonstrate climate-resilient food production, proving that degraded lands can be both ecologically restored and productively farmed.
Local Food
Soil Fertility
Fruiting Trees
Local Food Production
Soil structure, organic matter, and nutrient cycling are all improving across agroforestry zones, strengthening long-term soil fertility. Agroforestry zones also support higher levels of biodiversity and improved habitat connectivity, alongside more closed-loop nutrient systems.
A wide variety of crops are grown and distributed locally, including pineapple, coconut, plantain, jamun, bajan ackee, pomegranate, breadfruit, guava, lemongrass, passionfruit, mango, banana, and paw paw. Together, these outcomes demonstrate climate-resilient food production, proving that degraded lands can be both ecologically restored and productively farmed.
Local Food
Soil Fertility
Fruiting Trees
Local Food Production
Soil structure, organic matter, and nutrient cycling are all improving across agroforestry zones, strengthening long-term soil fertility. Agroforestry zones also support higher levels of biodiversity and improved habitat connectivity, alongside more closed-loop nutrient systems.
A wide variety of crops are grown and distributed locally, including pineapple, coconut, plantain, jamun, bajan ackee, pomegranate, breadfruit, guava, lemongrass, passionfruit, mango, banana, and paw paw. Together, these outcomes demonstrate climate-resilient food production, proving that degraded lands can be both ecologically restored and productively farmed.
Local Food
Soil Fertility
Fruiting Trees
Walkers Reserve Apiary Programme
The Walkers Reserve Apiary Programme (WRAP) is a regenerative beekeeping cooperative that provides beehive removal and relocation, hive management, and beekeeping equipment sales. Each year, WRAP beekeepers harvest raw honey which is sold locally across Barbados. Bees are essential to pollination for habitat restoration and regenerative agriculture food production.
Bee education is offered through Barbados's only fully enclosed apiary learning center, where community members and youth can engage with bees in a safe, controlled environment. Visitors to Walkers Reserve can experience a guided tour of a working apiary with honey tasting.
bees
honey
pollination
Walkers Reserve Apiary Programme
The Walkers Reserve Apiary Programme (WRAP) is a regenerative beekeeping cooperative that provides beehive removal and relocation, hive management, and beekeeping equipment sales. Each year, WRAP beekeepers harvest raw honey which is sold locally across Barbados. Bees are essential to pollination for habitat restoration and regenerative agriculture food production.
Bee education is offered through Barbados's only fully enclosed apiary learning center, where community members and youth can engage with bees in a safe, controlled environment. Visitors to Walkers Reserve can experience a guided tour of a working apiary with honey tasting.
bees
honey
pollination
Walkers Reserve Apiary Programme
The Walkers Reserve Apiary Programme (WRAP) is a regenerative beekeeping cooperative that provides beehive removal and relocation, hive management, and beekeeping equipment sales. Each year, WRAP beekeepers harvest raw honey which is sold locally across Barbados. Bees are essential to pollination for habitat restoration and regenerative agriculture food production.
Bee education is offered through Barbados's only fully enclosed apiary learning center, where community members and youth can engage with bees in a safe, controlled environment. Visitors to Walkers Reserve can experience a guided tour of a working apiary with honey tasting.
bees
honey
pollination
Walkers Reserve Regeneration Projects
Walkers Reserve Regeneration Projects
Walkers Reserve Regeneration Projects
Experience Regeneration at Walkers Reserve
Walkers Reserve shows what is possible when a damaged landscape is given the conditions to regenerate. Explore how coastal and inland ecosystems are being rebuilt across the site, and contact WIRRED to start your regeneration project.
Walkers Institute for Regenerative Research Education and Design Inc.
PROJECTS
WIRRED is a registered non-profit organization under the Companies Act, Cap.308: Company No. 42861.
Nonprofit status: Registered under Charities Act, Cap 243: Registered Charities No. 1405
WIRRED is a registered non-profit organization under the Companies Act, Cap.308: Company No. 42861.
Nonprofit status: Registered under Charities Act, Cap 243: Registered Charities No. 1405
PROJECTS
WIRRED is a registered non-profit organization under the Companies Act, Cap.308: Company No. 42861.
Nonprofit status: Registered under Charities Act, Cap 243: Registered Charities No. 1405