Acknowledgments
This brief draws on reporting, field observations, and photography by Patrick Worms (CIFOR-ICRAF), based on visits to agroecological and holistic grazing sites in Zambia, including Mpanshya and the Kafue flats. The insights presented were informed by the work of farmers, herders, and practitioners associated with Grassroots Trust and community-managed grazing initiatives across southern and western Zambia.
Summary for Policymakers
Zambia demonstrates that regenerative, low-input agriculture—combining agroecology and holistic grazing—can deliver high productivity, resilience, and ecosystem restoration without dependence on fertilizers, pesticides, or machinery. Through integrated cropping, trees, and livestock, farmers such as Sebastian Scott have achieved exceptionally high maize yields while reducing pest pressure and improving soil health.
Holistic (adaptive multi-paddock) grazing, based on short-duration, high-density livestock movements, has rapidly restored degraded grasslands, improved water infiltration, increased fodder availability, reduced erosion, and revitalized biodiversity. When implemented communally, as at Mpanshya and other sites, it has strengthened livestock health, reduced disease, improved crop fertility through night kraaling, and freed household labor.
These systems require trust, coordination, and ecological understanding, but they offer a scalable pathway to food security, climate resilience, and economic gains. At a time of volatile global fertilizer and grain markets, Zambia’s agroecological innovations illustrate how African-led solutions can both feed communities and regenerate landscapes.
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