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Vol. 12, Special Issue 10 (2023)

Enhancing humanure compost: A comprehensive analysis of physical and chemical characteristics before and after microbial consortium enrichment

Author(s):
Shantha Murthy B, Sathish A, Umashankar, Saralakumari JN and Seenappa C
Abstract:
Researchers explore sustainable agriculture through humanure composting, turning waste into a nutrient-rich fertilizer. The compost enhances soil structure, reducing reliance on synthetic fertilizers. Safety is ensured with a microbial consortium. This aligns with environmental stewardship, emphasizing the circular use of organic matter. The experiment assesses humanure compost properties before and after microbial enrichment. Enriched compost shows improved water-holding capacity, a slight pH decrease, and increased nutrient levels. Heavy metal assessment confirms compliance with municipal solid waste compost standards.
Pages: 549-551  |  113 Views  66 Downloads
How to cite this article:
Shantha Murthy B, Sathish A, Umashankar, Saralakumari JN and Seenappa C. Enhancing humanure compost: A comprehensive analysis of physical and chemical characteristics before and after microbial consortium enrichment. The Pharma Innovation Journal. 2023; 12(10S): 549-551.
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