Agroforestry
Diverting organic waste from landfills reduces methane emissions, one of the most potent greenhouse gases, helping address a growing source of climate impact in urban areas.
Recycling systems recover valuable materials and reintroduce them into productive use, reducing waste while supporting more efficient and sustainable resource use.
Better waste segregation, collection, and recycling infrastructure helps cities manage rising waste volumes while reducing land, water, and air pollution.
Community-centered recycling systems strengthen income opportunities for waste workers while improving working conditions, safety, and local economic resilience.
Assess land conditions, soil health, and farming practices to understand baseline productivity, degradation levels, and opportunities for tree integration.
Develop agroforestry systems tailored to local landscapes by selecting appropriate tree species and farming models that align with globally recognized climate and land restoration methodologies.
Work with smallholder farmers and communities to integrate trees into existing agricultural systems while restoring degraded land and supporting sustainable farm productivity.
Track tree growth, carbon sequestration, and ecosystem improvements to ensure long-term climate benefits and measurable environmental impact.
Strengthen soil health, enhance biodiversity, store carbon, and improve farmer livelihoods through resilient, tree-based agricultural landscapes.