A synthesis of the effect of regenerative agriculture on soil carbon sequestration in Southeast Asian croplands

Summary

This synthesis examines the effect of regenerative agriculture approaches on soil carbon sequestration across Southeast Asian croplands, drawing on peer-reviewed evidence to characterise the magnitude and variability of carbon storage outcomes. The review likely identifies which regenerative practices—such as reduced tillage, cover cropping, or agroforestry integration—show most promise for carbon sequestration in the region's specific climatic and edaphic contexts. The findings contribute to understanding regenerative agriculture's climate mitigation potential in a globally significant agricultural region.

UK applicability

Whilst Southeast Asian agroecology and climate differ substantially from UK conditions, the review's assessment of regenerative practice mechanisms (soil disturbance reduction, organic matter input, microbial function) has potential relevance for UK cropland carbon management strategies. Direct transfer of findings should account for differences in temperature, rainfall seasonality, and soil type.

Key measures

Soil carbon sequestration rates; changes in soil organic carbon under regenerative practices; comparison across cropping systems and management interventions

Outcomes reported

The study synthesised evidence on how regenerative agriculture practices affect soil carbon sequestration rates across Southeast Asian cropland systems. It likely quantified carbon storage potential and identified key management practices driving soil carbon accumulation in the region.

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