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The document examines the restoration of 5 million hectares in southern Niger through farmer-managed natural regeneration (FMNR), a locally driven agroforestry practice. It details how FMNR improved food security, household income, and climate resilience while sequestering 25 million tons of carbon. The study identifies key success factors, including the 1989 Rural Code which secured land and tree tenure for farmers, and the role of peer-to-peer knowledge sharing and international funding from USAID and IFAD.

The document examines the adoption of Farmer Managed Natural Regeneration (FMNR) in Niger, where between a quarter and one half of farmers have adopted the practice across approximately five million hectares. FMNR involves managing tree sprouts from existing stumps rather than planting new seedlings, which reduces implementation costs to approximately $10 per hectare compared to $200 or more for planting schemes. The practice has increased crop yields, food security, and income, with some households in the Zinder Region earning $2,000–3,000 per year from baobab products. Key drivers of success include secure land tenure, the role of farmers as innovators, and the shift from exclusion-based forestry laws to community-based management. The brief also notes potential climate mitigation benefits, estimating carbon storage in Niger's regenerated parklands at 60 million tons.

The report assesses conservation agriculture (CA) in Niger, focusing on techniques like Assisted Natural Regeneration (RNA), Zaï, and mulching. It highlights the positive impacts of RNA on crop yields and soil fertility, particularly in the Maradi region, while identifying constraints such as limited crop residue availability and land-use conflicts.