Summary
This systematic review examines the non-target effects of fourteen triazole fungicides on soil microbiota and enzymatic activity. The analysis demonstrates that fungicide impacts are dose-dependent, with high application rates substantially altering microbial community composition and reducing both microbial populations and soil enzyme activities. The findings provide an evidence synthesis of ecotoxicological risks associated with this widely used fungicide class in agricultural soils.
Regional applicability
The geographic origin of the reviewed studies is not specified in the abstract. As a systematic review of triazole fungicide effects on soil biology, the findings are broadly applicable to United Kingdom agricultural practice where these fungicides are used in arable and horticultural crops; however, transferability depends on whether the underlying primary studies included UK or temperate climate conditions.
Key measures
Soil microbial population density, microbial community structure, soil enzyme activities (unspecified enzyme types), fungicide dose levels
Outcomes reported
The study systematically reviewed the effects of fourteen triazole fungicides on soil microbial community structure and soil enzyme activities. The review documented dose-dependent toxicological responses in non-target soil organisms across the fungicides examined.
Topic tags
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