Farmers who had managed one or two meals daily moved to three.
Across Tanzania and Burundi, smallholder farmers are quietly rewriting the terms of their relationship with the land—turning away from costly chemical inputs and toward a practice that weaves ecological science with ancestral knowledge. In Morogoro and Ruyigi, in highland spice fields and banana groves, measurable gains in yield, income, and daily meals are demonstrating that agroecology is not a romantic ideal but a working system. The deeper question these harvests pose is not whether the method works, but whether the institutions built around farmers will move quickly enough to meet what the farmers themselves have already proven.
- Families who once struggled through one or two meals a day are now eating three, after banana yields quadrupled and bean harvests grew sixfold on the same half-acre plots in Burundi.
- Women, who make up nearly two-thirds of beneficiaries in Tanzania, are reporting not just higher incomes but new authority in household decisions—a social shift rippling outward from the field.
- The gains are fragile without infrastructure: cold-chain storage, processing factories, and farmer-controlled cooperatives are the difference between a good harvest and a distress sale.
- Over 1,800 Burundian farmers accessed credit worth roughly 550 million francs, breaking the cycle of selling cheap when cash is needed and buying dear when it is not.
- Policy frameworks in Tanzania and regional bodies like the East African Community exist on paper, but extension services, seed institutions, and climate finance mechanisms have yet to fully align behind the agroecological turn.
- The pilots have worked; the unresolved tension is whether governments and development institutions will commit the sustained investment needed to carry local success into continental transformation.
Across rural Africa, where agriculture is still the architecture of survival, a fundamental shift is underway. Farmers in Tanzania and Burundi are stepping away from expensive chemical-dependent models and toward something older and newer at once—agroecology, which combines ecological science with the knowledge their grandparents carried, adapted for a climate that no longer behaves as it once did.
In Tanzania, the Baridi Sokoni Project reached 10,000 farmers across Morogoro, Njombe, Kilimanjaro, and Zanzibar—65 percent of them women. Backed by $5.35 million and implemented by the Market Access and Advocacy Organization, the project introduced composting, mulching, and diverse plantings that reduced what farmers needed to buy while rebuilding soils that industrial agriculture had depleted. Potato yields rose from 8–10 to 12–14 tonnes per hectare. Spice farmers, organized into collective marketing arrangements, saw prices climb from 13,000 to 20,000 shillings per kilogram. Women reported not only higher incomes but greater say in household decisions and new capacity to invest in their children's futures.
In Burundi, the PARE-COVID Project—a $2.34 million initiative running through 2026—reached nearly 4,800 farming households and touched more than 20,000 lives across Ruyigi and Cankuzo provinces. The results were stark: banana yields jumped from five bunches per harvest to roughly twenty; bean production on half an acre rose from eight kilograms to nearly fifty. Families moved from one or two meals a day to three. The project promoted intercropping, agroforestry, contour farming, and livestock integration—practices that cost little but demand knowledge and labor.
Both projects understood that production gains alone do not sustain transformation. In Tanzania, investment in cold-chain infrastructure and farmer-controlled marketing gave harvests somewhere to go. In Burundi, farmers were connected to a banana processing factory where fruit became juice and wine, and more than 1,800 farmers accessed credit worth roughly 550 million Burundian francs—enough to avoid selling at distress prices when cash ran short.
The policy environment now determines whether these successes remain isolated or become the foundation of something larger. Tanzania has frameworks—an Agriculture Master Plan, an Ecological Organic Agriculture Strategy, climate commitments—that could anchor agroecology in national priorities. Regional bodies offer additional pathways. Climate finance mechanisms could unlock significant resources if agroecology is recognized as adaptation, not just agriculture.
What is unfolding in these two countries is not a retreat to the past but a recombination: traditional knowledge meeting modern science, farmer innovation meeting institutional support. The farmers have already demonstrated what is possible. Whether the systems built around them will move fast enough to meet them is the question that remains open.
Across the African continent, where agriculture remains the backbone of survival for millions of rural households, something fundamental is shifting. Farmers are abandoning the expensive chemical-dependent model that has dominated for decades and returning to a different kind of innovation—one that marries ecological science with the knowledge their grandparents held, adapted for the climate chaos of today.
In Tanzania and Burundi, this transformation is no longer theoretical. The Baridi Sokoni Project in Tanzania and the PARE-COVID initiative in Burundi have moved agroecology from concept to measurable reality, delivering concrete gains to thousands of smallholder farmers. The approach itself is straightforward: instead of buying costly synthetic fertilizers and pesticides, farmers use what they have—compost made from crop residue, mulch to retain soil moisture, diverse plantings that confuse pests, trees integrated into fields, and livestock manure worked back into the earth. The method reduces what farmers must buy while rebuilding the soil that industrial agriculture has depleted.
In Morogoro, Njombe, Kilimanjaro, and Zanzibar, the Baridi Sokoni Project—backed by the Global Agriculture and Food Security Program with $5.35 million and implemented by the Market Access and Advocacy Organization—has reached 10,000 farmers, 65 percent of them women. Potato yields climbed from 8 to 10 tonnes per hectare to 12 to 14 tonnes. For spice farmers, the gains were economic as well as agronomic: collective marketing arrangements pushed prices from roughly 13,000 shillings per kilogram to 20,000 shillings, while production costs fell because farmers stopped buying expensive chemicals. Women farmers reported not just higher incomes but greater say in household decisions and the ability to invest in their children's schooling and health.
In Burundi, the PARE-COVID Project—a $2.34 million initiative run by the Confederation of Agricultural Producers' Associations for Development between 2023 and 2026—reached nearly 4,800 farming households and touched the lives of more than 20,000 people across Ruyigi and Cankuzo provinces. The results were dramatic. Banana yields jumped from about five bunches per harvest to roughly twenty. Bean production on half an acre rose from eight kilograms to nearly fifty. These are not marginal improvements; they translate directly into survival. Farmers who had managed one or two meals daily moved to three. Children's nutrition improved. The project promoted intercropping of bananas and beans, composting, mulching, agroforestry, contour farming to prevent erosion, and the integration of livestock to generate manure—all practices that cost little but require knowledge and labor.
Yet production gains alone do not sustain transformation. Both projects understood that farmers also need markets, storage, credit, and strong organizations to negotiate fairly. In Tanzania, Baridi Sokoni invested in cold-chain infrastructure and farmer-controlled marketing systems. In Burundi, the PARE-COVID project connected farmers to a banana processing factory called SOCOPA, where fruit became juice and wine. Between April and July 2025, participating cooperatives produced 172 tonnes of bananas, with significant volumes processed and sold through channels the farmers themselves controlled. More than 1,800 farmers accessed credit worth roughly 550 million Burundian francs, allowing them to avoid selling at distress prices when they needed cash.
The policy environment now determines whether these successes remain isolated islands or become the foundation of a continent-wide shift. Tanzania has frameworks in place—the Agriculture Master Plan 2050, the National Ecological Organic Agriculture Strategy through 2030, climate strategies—that could integrate agroecology into national priorities. Extension services need retooling. Institutions that certify seeds and distribute them need to coordinate better with farmer organizations. At the regional level, the East African Community's agri-food systems investment plan and the Southern African Development Community's agricultural policy initiatives offer pathways for scaling. Climate finance—through Nationally Determined Contributions, the Green Climate Fund, and agricultural resilience mechanisms—could unlock resources if agroecology is recognized as a climate adaptation tool.
What is happening in Tanzania and Burundi is not a retreat to the past. It is a recombination: traditional ecological knowledge meeting modern science, farmer innovation meeting institutional support, local resources meeting market access. The evidence shows that agroecology can increase yields, strengthen incomes, improve nutrition, protect soil and biodiversity, and empower communities—particularly women. The question now is whether African governments and development institutions will commit the policy attention and investment required to move from successful projects to systemic transformation. The farmers have already shown it is possible. The rest depends on whether the systems around them will catch up.
Notable Quotes
Agroecology is not about returning to outdated farming systems. Instead, it combines traditional knowledge with modern innovation to create farming approaches suited to today's challenges.— Synthesis from project documentation
The Hearth Conversation Another angle on the story
Why does agroecology matter now, when industrial agriculture has been the dominant model for so long?
Because industrial agriculture works only if you have money for inputs that keep getting more expensive, and it fails catastrophically when the climate becomes unpredictable. Agroecology works with what farmers already have—soil, plants, animals, their own knowledge—and it gets stronger as conditions worsen.
The numbers from Tanzania and Burundi are striking. But are these gains typical, or are these projects exceptional?
These projects had significant institutional support and investment. But the underlying practices—composting, mulching, crop diversity—are not exotic. What made them work was combining the practices with market access and credit. That combination is what's rare, not the farming itself.
You mention women representing 65 percent of beneficiaries in Tanzania. Why are women so central to this shift?
Women do much of the farm labor and household food work. When agroecology reduces the need for expensive inputs, it reduces the cash burden on households, which often falls on women. And when women have income and organization, they invest differently—in education, health, their children's futures.
The Burundi project moved people from one or two meals a day to three. That's not just agricultural improvement—that's survival.
Exactly. Food security is not abstract. It means your children are not hungry. It means you can think beyond the next day. Agroecology delivered that because it increased production and reduced the risk of total crop failure.
What's the biggest obstacle to scaling this beyond these projects?
Policy and investment. Governments need to fund extension services that teach agroecology, not just chemical farming. Banks need to lend to agroecological farmers. Seed systems need to support crop diversity. And farmer organizations need resources to function. None of that happens by accident.
Is there a risk that agroecology becomes romanticized—treated as a return to subsistence farming rather than a modern system?
That's a real danger. But the evidence shows it's not subsistence. Farmers are increasing yields, earning more, and investing in their farms and families. It's modern agriculture, just built on different principles.