Scaling resilience through indigenous agroecology.
1. The Initiative and Challenge.
The initiative focuses on the revival of traditional small grain cultivation (such as Pearl Millet and Sorghum) combined with agroecological soil management. The primary challenge addressed is recurrent drought and unpredictable rainfall patterns, which have historically led to total crop failure for farmers relying on maize.
2. Local Engagement and Decision-Making.
This was a bottom-up process where local youth groups and elders collaborated to identify heat-tolerant indigenous seeds that had been sidelined by industrial farming. Decision-making was decentralized; community members decided which plots would serve as "learning hubs" and collectively managed the distribution of organic manure to ensure no household was left behind during the transition.
3. Outcomes and Impacts.
Food Security: Households shifted from total dependency on food aid to having surplus grain that is naturally resistant to local pests.
Soil Health: The use of organic manure and intercropping with groundnuts has restored soil moisture retention, allowing crops to survive longer dry spells.
Empowerment: It has shifted the narrative from rural communities being "victims" of climate change to being "custodians" of solutions.
4. Integration with LLA Framework.
Under the Locally Led Adaptation (LLA) framework, this practice is integrated by:
Devolving Decision-Making: Giving local farmers the power to choose which traditional varieties to prioritize.
Addressing Structural Inequalities: Ensuring women and youth, who often lack land titles, can lead through communal "learning plots."
Flexible Funding: Using small grants to build local seed banks rather than buying external chemical inputs.
5. Barriers to Sustainability.
Despite its success, barriers include:
Policy Neglect: National agricultural subsidies often still favor hybrid maize over traditional grains.
Generational Change: Some younger community members associate traditional farming with "poverty" compared to modern, mechanized methods.
Climate Velocity: The sheer speed of rising temperatures sometimes outpaces even the hardiest traditional varieties, requiring a blend of indigenous knowledge and modern meteorological forecasting.