ATYAF Studies & Consulting
20 Jan, 2026
Yemen's rich history and unique geography have long made it a treasure trove of biodiversity. However, in recent years, the rural landscapes have faced challenges ranging from deforestation to soil degradation. One promising technique to address these issues is Farmer Managed Natural Regeneration (FMNR). This innovative approach not only enhances biodiversity but also improves the quality of Yemen's renowned coffee.
What is FMNR and How Does it Work?
FMNR is a low-cost, sustainable land management practice that encourages the natural regeneration of trees and shrubs from the "underground forest." This refers to living tree stumps, root systems, and seeds already present in the soil.
Selection: Farmers identify living stumps or sprouts of indigenous tree species.
Pruning: Using basic tools like a machete, farmers prune away side branches and weaker stems to accelerate growth in the main trunks.
Protection: The selected stems are protected from livestock, fire, and premature harvesting.
Economic Viability: It requires no financial investment in nursery seedlings or expensive fertilizers, making it accessible even to resource-limited communities.
Climate Resilience: Naturally regenerated trees possess established root systems, making them significantly more drought-resistant than newly planted saplings.
Soil Health: These trees fix nitrogen, prevent soil erosion on mountain slopes, and provide organic matter that restores fertility to the terraces.
For Yemen’s famous Arabica coffee, FMNR is a game-changer. The regenerated trees provide shade cover, creating an ideal microclimate. Shade-grown coffee matures more slowly, enhancing the bean’s flavor profile and aromatic complexity.
The Agricultural Value Chain (Coffee) Training Initiative: This program was implemented by the Agricultural Engineers Association (Yemen), in cooperation with the Jordanian Agricultural Engineers Association.
Funding and Support: These training efforts were funded by the Agricultural and Fisheries Production Promotion Fund (AFPPF) in Yemen. Such programs focus on equipping farmers and local engineers with the pruning and management techniques necessary to restore degraded lands and improve crop quality.
The potential for FMNR in Yemen is vast. As more communities embrace this regenerative practice, the cumulative effects can lead to significant improvements in the country's rural landscapes. The benefits extend beyond environmental gains, as economic opportunities increase through enhanced agricultural productivity and market access.
By investing in sustainable practices today, Yemen can secure a brighter future for its people and preserve its rich natural and agricultural heritage.