Cocoa agroforestry systems in the Amazon offer multifaceted environmental benefits. These systems protect biodiversity by providing habitat heterogeneity and creating wildlife corridors within fragmented landscapes. They also sequester carbon, mitigate soil erosion, and improve microclimatic conditions through the strategic integration of shade trees. The project will plant 293,304 cocoa seedlings, supported by 165,000 marupa, 32,736 shihuahuaco, and 8,184 mahogany trees, alongside 49,368 banana plants for short-term shading and income. This layered structure supports ecosystem resilience, boosts organic matter inputs into the soil, and reduces the need for chemical inputs. Over time, the restored landscapes will store significant quantities of CO₂, recover watershed function, and enable more stable land-use patterns. Each restoration site will be monitored biannually using a robust protocol of permanent sampling plots with nested subplots, stratified to capture environmental heterogeneity across all hectares.

This initiative promotes economic revitalization and social resilience among Indigenous communities through inclusive and sustainable practices. The installation of six mobile nurseries and the implementation of planting activities will employ community members in all phases—from seedling production to monitoring—generating over 950 daily labor opportunities. Early harvests from banana and cassava crops will offer income within the first six months, while cocoa cultivation provides a high-value long-term revenue stream. The project also facilitates local agro-industrial development by promoting cocoa-based products, helping to reduce rural poverty and reinforce cultural identity. Community land titles are formally recognized by the Peruvian government through SUNARP, and all planting occurs on communally designated lands with full local consent. Emphasis is placed on the participation of women and youth, who are prioritized in training and implementation activities. Monitoring will also build local capacity, reinforcing stewardship through science-based restoration and the use of georeferenced and standardized data collection aligned with national and international protocols.