腐殖质
堆肥
肥料
化学
腐植酸
有机质
氨
接种
细菌
分解
氧化剂
溶解有机碳
总有机碳
食品科学
环境化学
农学
生物
肥料
生物化学
土壤水分
园艺
生态学
有机化学
遗传学
作者
Zhiming Xu,Ronghua Li,Shenghui Wu,Qifu He,Zimeng Ling,Tao Liu,Quan Wang,Zengqiang Zhang,Fusheng Quan
标识
DOI:10.1016/j.biortech.2021.126314
摘要
The effectiveness of newly isolated ammonia-oxidizing bacteria (AOBs; T-AOB-2, M-AOB-4 and MT-AOB-2-4) in promoting organic matter degradation and humification of cattle manure compost was explored. The results show that, compared with the control, the inoculation of AOBs (5%, v/w) promoted the humification process, particularly in the MT-AOB-2-4, which showed the lowest total organic carbon (19.13%) and dissolved organic carbon (2.61%), whereby humic substances (CEX) and humic acid (CHA) increased to 89.84 g/kg and 85.20 g/kg, and fulvic acid (CFA) decreased to 4.63 g/kg. The high-throughput sequencing and quantitative PCR showed that the abundance of Bacillaceae, amoA and nirS had a significant correlation with humification factors. Among the treatments, the inoculation of MT-AOB-2-4 provided the driving force for the composting process by enhancing the bacterial activity and had the most significant effect on the formation of humic substances and the efficiency of organic matter decomposition.
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