Go Forest and our field partner, Faja Lobi, work hand in hand with local communities through a bottom-up approach to realise large-scale reforestation projects. Beyond reforestation, our agroforestry initiatives (farming systems rooted in trees and their non-timber products) play a vital role in building lasting relationships with local communities...Read more
Go Forest and our field partner, Faja Lobi, work hand in hand with local communities through a bottom-up approach to realise large-scale reforestation projects. Beyond reforestation, our agroforestry initiatives (farming systems rooted in trees and their non-timber products) play a vital role in building lasting relationships with local communities, whose long-term stewardship is essential to the survival of these new forests. By creating a sustainable local economy, agroforestry allows people and nature to thrive together, fostering greater self-reliance and reducing dependence on destructive land practices.
The economic value generated by non-timber forest products serves as a powerful incentive for farmers to move away from the dominant agricultural method across Congo: slash-and-burn farming, which clears forests and vegetation to create open pastureland. While effective in the short term, this practice leads to severe soil erosion, loss of biodiversity, and the permanent disappearance of native vegetation.
In Ingung Kapia, we have established a coffee agroforestry system designed to integrate food production with ecological restoration. Shade-grown coffee plants are cultivated at a density of 625 plants per hectare — a method that not only improves coffee quality by slowing bean maturation, but also reduces the need for chemical inputs and maintains a forest-like microclimate that supports biodiversity.
This is complemented by native reforestation species planted at 600 plants per hectare. Among these, Millettia laurentii (Wenge) is a highly valued hardwood native to Central Africa, while Cassia siamea & Cassia floribunda are fast-growing trees that provide shade, firewood, and soil enrichment through nitrogen fixation. Pentaclethra macrophylla (Owes) is an oil-producing species that offers direct economic value to local farmers, among many other species contributing to the multilayered system.
Together, this diverse planting approach mirrors the natural forest structure, protects the soil, sequesters carbon, and provides communities with lasting sources of income — proving that conservation and livelihoods are not in conflict, but deeply intertwined.