This study aimed to investigate the effect of swine manure composting with microbial
inoculation (MI) and without MI (CK) on heavy metal (Cr, Cd, and Pb) fractions, humic …

Heavy metals (HMs) in husbandry waste have become a serious concern. To understand
the impact of bioaugmentation on HMs-influenced composting, HMs-influenced swine …

This study evaluated enzyme activity, available nitrogen, and bacterial succession during
pig manure composting with and without microbial inoculation (ABB and CK, respectively) …

Excessive heavy metals (HMs) in livestock manure due to additives over-use limits its
recycling through composting. However, few studies have investigated the interactive …

Abstract Copper (Cu) and zinc (Zn) in piglet feed can lead to heavy metals (HMs)
accumulation in pig manure (PM). Composting is crucial for recycling biowaste and …

Composting is an effective and necessary modality in the recycling of agricultural wastes
such as livestock manure, furfural, and straw. However, the risks of heavy metals (HMs) and …

Livestock and poultry manures usually contain substantial heavy metals, especially Cu and
Zn, which may induce the enrichment of heavy metal resistant genes (HMRGs) and heavy …

This study determined the physicochemical changes and bacterial community succession in
the pig manure composting process with microbial inoculant. Microbial inoculant could …

Livestock manure is one of the main sources of heavy metals (HMs) in agricultural soil. So, it
is necessary to reduce its bioavailability before used as organic fertilizer. In this study, the …

This study investigated the effects of the combination of phosphogypsum with calcium oxide
(PPG+ CaO), superphosphate with calcium oxide (SSP+ CaO) and zeolite (Zeolite) on …