DAF is a farming system with dense, diverse planting and regular pruning, designed to maximize biomass growth without external inputs. A 14-year field trial shows that DAF systems store 66 t C ha⁻¹ in biomass — over twice as much as conventional monocultures (~26 t C ha⁻¹)Read More

Conventional agricultural practices typically focus on maximizing the yield of a single crop through monoculture. While this approach may offer short-term productivity, it demands high inputs such as intensive land preparation, synthetic fertilizers, herbicides, and pesticides. In contrast, Dynamic Agroforestry (DAF) presents an integrated approach, leveraging ecological principles to enhance overall productivity, reduce external inputs, and provide...Read More

A recent study by Armengot et al. compared four cocoa production systems: agroforestry and monocultures, both under organic and conventional management, over the first five years after establishment. While monocultures produced 41% higher cocoa yields, agroforestry systems generated significantly higher total revenues due to the sale of by-crops like bananas and plantains. Importantly, the return...Read More

This study compares cocoa monocultures and agroforestry systems under organic and conventional management over a decade in Bolivia. The findings reveal that while monocultures excel in cocoa-specific yields, agroforestry systems produce significantly more total food and provide greater nutritional quality, feeding more people per hectare and working hour. Agroforestry systems also require less non-renewable energy...Read More

A long-term field trial conducted in Bolivia by Schneider et al. compared cocoa monocultures and agroforestry systems under both conventional and organic management. The study found that while conventional monocultures produced the highest cocoa yields initially, agroforestry systems significantly outperformed monocultures in total system yields when considering all marketable products, such as bananas and other...Read More