LCA Spotlight-Rural development
- Vanessa Dzekedzeke
- 2 days ago
- 1 min read



From 23–25 May 2026 in Bamako, trainers participated in an intensive Learning Conservation Agriculture (LCA) workshop aimed at promoting sustainable farming practices and strengthening resilience to climate change. The training brought together agricultural technicians, producer leaders, and development partners to exchange practical knowledge on conservation agriculture principles such as minimum soil disturbance, crop rotation, permanent soil cover, and sustainable soil fertility management. Participants actively engaged in discussions and practical demonstrations designed to improve productivity while protecting natural resources.
A key highlight of the workshop was the practical training on compost production as an essential agroecological solution for improving soil fertility and sustainable crop production. Participants learned how to transform locally available organic materials, including crop residues, animal manure, ash, and biodegradable household waste, into high-quality organic fertilizer. Through hands-on demonstrations, trainers were guided on material selection, layering methods, moisture management, aeration, and decomposition monitoring. These exercises strengthened participants’ understanding of how composting improves soil structure, water retention, and crop performance while reducing dependence on chemical fertilizers.
The workshop also reinforced the importance of accessible and environmentally friendly agricultural technologies for farming communities across Mali. The sessions encouraged collaboration, farmer-to-farmer learning, and experience sharing among participants, while strengthening partnerships between institutions and community organizations committed to sustainable agriculture. Participants expressed their commitment to disseminating the acquired knowledge within their communities to support the adoption of conservation agriculture practices, improve food security, and build more resilient farming systems for the future.




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