Kampala RLG Pilot: Urban Food Sovereignty for Climate Action
By Regenerative Life Garden
TL;DR: A Ugandan pilot project demonstrates regenerative urban gardening as a path to food sovereignty and climate action.
- Pilot project links urban farming, food security, and climate.
- Zero-cost techniques build soil and natural ecosystems.
- In-situ composting uses local organic waste for fertility.
- Multilayered planting maximizes yield in small spaces.
- Water harvesting creates self-sufficient hydration cycles.
Why it matters: This initiative offers a replicable model for addressing critical urban challenges like food insecurity and environmental degradation through accessible, nature-based solutions.
Do this next: Explore implementing in-situ composting with local organic waste in your own garden.
Recommended for: Urban residents, community organizers, and permaculture enthusiasts interested in practical, scalable regenerative solutions.
This video documents the August 16, 2025, launch of the Gayaza Neighbourhood Garden in Kampala, Uganda, as a 7-month pilot project focused on achieving food sovereignty and climate action through regenerative living garden (RLG) methods. Creator David Munezero, drawing from his personal experiences with war, poverty, and hunger, introduces multisolving systems thinking that addresses interconnected urban challenges like soil degradation, food insecurity, and climate vulnerability. The RLG approach goes beyond conventional raised bed gardening by incorporating zero-cost, scalable techniques that regenerate soil and natural ecosystems simultaneously. Key methods highlighted include in-situ composting using local organic waste, multilayered planting systems mimicking natural forests for maximum yield in limited urban spaces, and water harvesting from rooftops and impermeable surfaces to create self-sustaining hydration cycles without external inputs. Munezero demonstrates field-tested results from prior implementations, such as soil organic matter increasing by 40% in three months through microbial activation via chop-and-drop mulching with nitrogen-fixing plants like pigeon peas and cowpeas. Practical details cover community involvement: neighbors contribute kitchen scraps and yard waste, processed into biochar via low-tech pit burning for enhanced carbon sequestration and nutrient retention. The pilot tracks metrics like crop diversity (over 30 species including leafy greens, roots, and fruits), yield per square meter (aiming for 5kg/month per 10m² plot), and biodiversity indicators such as earthworm counts and pollinator visits. Resilience features include pest management through companion planting (e.g., marigolds with tomatoes) and natural predators, eliminating chemical needs. For self-sufficiency, the system integrates poultry foraging in perimeter zones to cycle nutrients back into soil. Scalability is emphasized for other urban neighborhoods, with blueprints for replication using common materials like tires for vertical stacking and bamboo for trellises. Insights from the launch reveal hidden techniques suppressed in mainstream gardening, such as fungal-dominant composting for drought resistance, proven in Kampala's erratic rainfall. The video provides step-by-step implementation guides, from site assessment (soil pH testing with vinegar/baking soda) to monitoring via simple apps for yield logging, making it actionable for practitioners worldwide seeking permaculture-aligned urban resilience.