What if cocoa farming could be more than just sustainable — what if it could actively restore forests?
A 14-year field experiment in Alto Beni, Bolivia, shows that Dynamic Agroforestry (DAF) can do exactly that. By combining high tree density, species diversity, and regular pruning, DAF turns cocoa plots into regenerating ecosystems that act like young forests — absorbing carbon, building biomass, and boosting biodiversity — all while producing cocoa.
After 14 years, DAF (SA) stored 66 t C ha⁻¹ of biomass carbon — more than twice the amount stored in conventional monocultures (~26 t C ha⁻¹).
No compost, no fertilizers, no pesticides — DAF relies entirely on dense planting, natural regeneration, and pruning cycles to build biomass and sustain productivity.
More than 70% of the stored carbon came from shade and companion trees, showing that mimicking natural forest succession is the key to turning cocoa farming into a reforestation strategy.
DAF imitates the way natural forests grow:
Dense and Diverse Planting – fast canopy closure and biomass growth.
Regular Pruning and Thinning – stimulates regrowth, channels carbon into woody biomass, and feeds the soil.
Zero External Inputs – soil fertility is built through organic matter from the system itself.
This approach keeps the agroecosystem in a productive, carbon-absorbing state and creates a living, multi-strata system that behaves like a forest — but with cocoa at its core.
Instead of being associated with deforestation, cocoa production in DAF systems becomes a driver of reforestation. These systems remove CO₂ from the atmosphere, rebuild soil health, and generate income for farmers — showing that climate mitigation and profitable cocoa production can go hand in hand.
At ECOTOP, we help companies and cooperatives turn these insights into action. We design tailored climate projects that integrate Dynamic Agroforestry (DAF) into cocoa supply chains — from baseline assessments and ex-ante carbon modeling to farmer training and field implementation. Our approach ensures credible, science-based results that reduce supply chain emissions while supporting farmer livelihoods.
Full Article: https://www.sciencedirect.com/science/article/pii/S0167880925003524
