Summary
This comparative field study evaluates diversified conservation agriculture—combining minimum tillage, crop residue retention, and rotation—against conventional tillage farming in Malawi, examining both agronomic and socioeconomic outcomes across smallholder farms. Rather than assuming environmental and livelihood benefits are automatically aligned, the research identifies context-specific trade-offs in resource-constrained agroecological zones. The findings contribute evidence on how climate-smart practices can be adapted to deliver tangible welfare improvements alongside environmental gains in sub-Saharan African farming systems.
UK applicability
Whilst UK agriculture operates at a different scale and under distinct soil and climatic conditions, the study's emphasis on reconciling environmental and livelihood trade-offs in conservation agriculture adoption may inform UK policy discussions around sustainable intensification and support for farmers transitioning to reduced-tillage systems. However, labour availability, market access, and agronomic baselines differ substantially between Malawi and UK contexts.
Key measures
Crop yields; soil health indicators (as inferred from conservation agriculture focus); farm income; labour inputs; food security metrics; adoption rates and barriers to conservation agriculture practices
Outcomes reported
The study compared agronomic performance (crop yields, soil properties) and socioeconomic outcomes (farm income, labour requirements, food security) between diversified conservation agriculture and conventional tillage systems. As suggested by the title and existing summary, the research examined both environmental and livelihood impacts, identifying context-specific trade-offs rather than assuming automatic alignment of benefits.
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