In the Ceres / Prince Alfred Hamlet region of the Western Cape, South Africa, Worldwide Fruit Limited (WFL) suppliers Howbill Farming and Doornkraal Agri provide the context for exploring how regenerative farming practices can contribute to reducing agricultural carbon emissions. By examining input use and Product Carbon Footprints across two farms at different stages of their regenerative transition, this case study highlights where the greatest opportunities for emissions reductions lie and demonstrates how soil-focused management practices can support more resilient and sustainable fruit production systems.
More than a comparison of carbon footprints, the findings reflect the complexity of transitioning to regenerative systems. While emissions reductions may not be immediate, the analysis shows how early changes—particularly in nitrogen fertiliser use and water management—begin to address the underlying drivers of agricultural emissions. Together, they illustrate how regenerative approaches can strengthen both environmental performance and long-term farm viability.
Compiled by Blue North, this case study forms part of the 2025/2026 regenerative farming series across WFL’s supply chain, sharing insights into how growers are responding to climate pressures, rising input costs, and evolving sustainability expectations. It highlights how South African apple growers are navigating the transition toward lower-emission, more resilient production systems—reinforcing the critical role of soil health as the foundation for sustainable agriculture.
Read the full case study here.