Global Agroecology Success: Burkina Faso & Costa Rica Insights
TL;DR: Global case studies demonstrate agroecology’s success in restoring degraded land and boosting yields across diverse scales and climates through practical, replicable methods.
- Agroecology combats soil degradation, food insecurity, and climate change.
- Burkina Faso’s Sahelian bocage restored land for 30,000+ farmers.
- Costa Rica’s Los Sukias farm achieved commercial-scale ecological rice production.
- Minimum tillage, crop rotation, and bioinputs increase yields and reduce costs.
- Agroecology offers viable, profitable alternatives to conventional farming.
Why it matters: These cases provide concrete evidence that agroecological practices can realistically regenerate landscapes, improve livelihoods, and offer robust alternatives to industrial agriculture worldwide.
Do this next: Research local organizations promoting agroforestry or regenerative farming and inquire about workshops or field days in your area.
Recommended for: Farmers, policymakers, and advocates looking for practical and profitable examples of agroecological transformation and land regeneration.
This resource from PAN International's Agroecology Workgroup presents detailed case studies demonstrating agroecology's practical success globally, with specific examples from Burkina Faso and Costa Rica that provide actionable insights for regenerative farming. In Burkina Faso, the G-BiACK initiative promotes sahelian bocage, an agroforestry practice involving tree planting and live fences to combat soil degradation, food insecurity, and climate change impacts from conventional agriculture. This method helps restore depleted land by enhancing soil fertility, water retention, and biodiversity, building long-term resilience. Despite initial resistance where agroecology was dismissed as backward, persistent efforts reached over 30,000 farmers, achieving 52% adoption rates, 60% reduction in synthetic inputs, and an average 30% income increase. Farmers reported improved land quality and livelihoods while mitigating climate effects for future generations, offering concrete metrics for scalability. In Costa Rica, the Los Sukias farm exemplifies large-scale commercial agroecology across 216 hectares owned plus 84 leased for rice production, certified under the EcoArroz brand. Key techniques include minimum tillage to preserve soil structure, crop rotation for nutrient cycling and pest control, mulch application to suppress weeds and retain moisture, bioinputs like compost and microbial inoculants instead of chemicals, and integrated pest management combining biological controls and monitoring. These practices have boosted soil quality, enhanced biodiversity, increased yields beyond conventional levels, and lowered production costs, proving agroecology's viability at commercial scales. The farm serves as an inspiring model for practitioners transitioning from industrial methods, with documented outcomes in yield gains, cost savings, and ecological restoration. Overall, these cases go beyond theory by providing replicable techniques, measurable results, and evidence against industrial agriculture's vulnerabilities, equipping farmers, policymakers, and researchers with high-signal, practitioner-oriented guidance for implementing agroecology worldwide.