Enzymes activity changes during dairy manure composting.

<p>Fulvic acid (A), humic acid (B), cellulase activity (C), urease activity (D), alkaline phosphatase (E) and dehydrogenase activities (F) were assayed during the dairy manure composting process. Ordinary two-way ANOVA with Tukey’s multiple comparisons test was used for statistical assessment....

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Bibliographic Details
Main Author:	Ping Gong (37151) (author)
Other Authors:	Yuan Zhou (179597) (author), Daoyu Gao (14279124) (author), Pingmin Wan (22146138) (author), Zhiyong Shao (243029) (author), Erguang Jin (12566995) (author)
Published:	2025
Subjects:	Biochemistry Microbiology Genetics Molecular Biology Biotechnology Ecology Developmental Biology Infectious Diseases Plant Biology Chemical Sciences not elsewhere classified throughput quantitative pcr sustainable waste management increased nitrogen content facilitating nitrogen retention optimize composting processes converts organic biomass agricultural organic waste variation partitioning analysis reduced arg abundance promoting lignocellulose biodegradation enhanced microbial diversity cellulase notably accelerated ), germination index enhancing composting efficiency microbial community dynamics key physicochemical properties improved temperature regulation antibiotic resistance genes including cellulase activity xlink "> composting improving composting outcomes composting efficiency xlink "> microbial community antibiotic resistance organic matter composting process redundancy analysis physicochemical characteristics network properties microbial communities dehydrogenase activity biodegradation process arg patterns ha ), alp ), valuable products suggest strategies study aims later stages fulvic acid findings highlight fa )) enzymatic treatments enzymatic activities dha ). crucial role cow manure compost samples compost maturity
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Enzymes activity changes during dairy manure composting.

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