Summary
This multi-country European field study examines how intensive agricultural management and pesticide use compromise the functioning of arbuscular mycorrhizal fungi and other plant-beneficial soil symbionts. The work suggests that conventional farming practices reduce the effectiveness of these critical mutualistic relationships, which have implications for soil health and long-term agroecosystem function. As suggested by the authorship and journal venue, the research was conducted across multiple European sites to assess region-specific management impacts on soil biological functioning.
UK applicability
Findings are directly relevant to UK arable and mixed farming systems, where pesticide use and conventional tillage are widespread. The results support UK policy and practice considerations for reducing chemical inputs and adopting soil-conserving management to maintain beneficial soil biology.
Key measures
Likely measures of mycorrhizal colonisation, fungal biomass or activity, enzyme assays, molecular indicators of symbiont function, and/or plant performance metrics across farms with varying pesticide application and management intensities
Outcomes reported
The study assessed how agricultural management practices and pesticide use affect the functioning of arbuscular mycorrhizal fungi and other plant beneficial symbionts across multiple European farming systems. Outcomes likely included measures of symbiont abundance, activity, and/or plant-fungal relationship quality.
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