Long-term organic fertilizer substitution increases rice yield by improving soil properties and regulating soil bacteria - Liu, Jiai; Shu, Aiping; Song, Weifeng; Shi, Wenchong; Li, Mingcong; Zhang, Wenxue; Li, Zuzhang; Liu, Guangrong; Yuan, Fusheng; Zhang, Shuxin; Liu, Zengbing; Gao, Zheng (Geoderma, 2021)
Keywords: bacterial communities; Bacterial community; Biomarkers; catalase; community structure; Flavobacteriales; Long-term organic fertilizer; organic fertilizers; paddy soils; Physicochemical factors; rice; soil acidification; soil bacteria; soil nutrients; urease; Yield; Long-term organic fertilizer; Biomarkers; Yield; Bacterial community; Physicochemical factors