Summary
This 2023 study by Muntwyler and colleagues examined phosphorus cycling in European agricultural soils with greater spatial resolution and nuance than existing national phosphorus budget assessments. The authors identified priority areas for agricultural management change to simultaneously meet European policy objectives around environmental protection, food security, and efficient use of phosphorus as a critical non-renewable resource. The work appears to model how specific management interventions would alter phosphorus cycling dynamics at a landscape scale.
UK applicability
As a study of European agricultural phosphorus dynamics, the findings are likely directly relevant to UK farming systems and soil conditions, particularly given the UK's participation in European environmental and resource efficiency frameworks. The identification of priority areas for management change may inform UK agricultural policy and practice around phosphorus stewardship and circular nutrient cycling.
Key measures
National and regional phosphorus budgets; spatial distribution of phosphorus cycling; response of P cycle to management modifications
Outcomes reported
The study assessed phosphorus cycle dynamics across European agricultural soils and identified geographical areas where agricultural management changes would be most effective in addressing environmental pollution, food security, and phosphorus resource efficiency. The research modelled the response of phosphorus cycling to modifications in agricultural management practices.
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