Dynamics of soil organic carbon and total nitrogen in particulate and mineral-associated organic matter fractions under different continuous land use patterns across Europe

Summary

This study investigated how continuous land use patterns across Europe influence the distribution of soil organic carbon and total nitrogen between particulate and mineral-associated organic matter fractions. By characterising these distinct soil carbon and nitrogen pools under different management systems, the research contributes to understanding mechanisms of soil carbon storage and nitrogen cycling in relation to agricultural practices. The findings may inform soil health assessment and land management strategies aimed at enhancing carbon sequestration and nitrogen retention.

UK applicability

The findings are likely applicable to UK farming systems given the comparable temperate European climate and agricultural contexts represented in the dataset. Results may inform UK soil carbon accounting schemes and sustainable intensification policies, though specific UK land use comparisons would strengthen direct applicability.

Key measures

Soil organic carbon concentration, total nitrogen content, particulate organic matter fractions, mineral-associated organic matter fractions, across different land use patterns

Outcomes reported

The study examined how continuous land use patterns affect the distribution and dynamics of soil organic carbon and total nitrogen between particulate organic matter (POM) and mineral-associated organic matter (MAOM) fractions across European soils. It likely reports comparative data on these soil carbon and nitrogen pools under different land management regimes.

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