Assessment of C-prosulfocarb dissipation mechanism in soil after amendment and its impact on the microbial community.

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ID: 110353
2019
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Abstract
Adding organic amendments to soil could modify the bioavailability of herbicides and lead to changes in the microbial community's activity and structure. The objective here was to study the dissipation and total mass balance of C-labeled prosulfocarb applied at two rates (4 and 10 mg kg) in unamended and green compost (GC)-amended soil. Soil dehydrogenase activity (DHA) and phospholipid fatty acid (PLFA) profile analysis were determined to evaluate the effect of herbicide residues on microbial community's activity and structure over the dissipation period. The dissipation rate of prosulfocarb decreased after soil amendment due to higher herbicide adsorption by the amended soil. The 50% dissipation time (DT) increased 1.7 times in the unamended soil when the concentration of prosulfocarb increased 2.5 times. The mass balance results indicate that the sum of water and organic extractable fractions represented the highest amounts up to the dissipation of 50% C-prosulfocarb. The C-herbicide was then mainly mineralized (up to 11%-31%) or formed non-extractable residues (up to 35%-44%). The amount of C-prosulfocarb residues extracted with methanol was slightly higher in amended soils than in unamended ones. C-prosulfocarb mineralization was higher in unamended soils than in amended ones. The formation of non-extractable residues was continuous, and increased over time. Soil DHA decreased in the unamended soil and was maintained in the GC-amended soil at the end of the assay. The microbial structure was barely disturbed over the prosulfocarb degradation process, although it was clearly influenced by the application of GC. The results obtained reveal the influence organic amendment has on herbicide bioavailability to decrease its biodegradation and buffer its impact on the soil microbial structure.
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Authors Barba, Víctor;Marín-Benito, Jesús M;García-Delgado, Carlos;Sánchez-Martín, María J;Rodríguez-Cruz, M Sonia;
Journal Ecotoxicology and environmental safety
Year 2019
DOI
S0147-6513(19)30716-X
URL
Keywords
Soil microbial community mass balance dissipation green compost prosulfocarb

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