生物炭
环境科学
肥料
农学
有机肥料
播种
水田
生态学
环境化学
生物
化学
热解
有机化学
作者
Xiaoqiang Cao,Jilong Liu,Lingling Zhang,Weijia Mao,Mo Li,Hao Wang,Weili Sun
标识
DOI:10.1016/j.scitotenv.2024.174844
摘要
Biochar and organic fertilizer are commonly used to maintain soil health and sustainable agroecosystems, and the alternate wet-dry management of soil moisture in dry direct-seeded paddy fields can complicate the effects of biochar and organic fertilizer on soil microhabitats. Therefore, this study used chicken manure organic fertilizer to replace some of the inorganic fertilizer and applied biochar to explore the ability of biochar and organic fertilizer to regulate the functions of the soil microhabitat in dry direct-seeded paddy fields. The coupling effect of organic fertilizer and biochar increased the diversity and richness of soil bacteria but had no significant effect on soil fungi. Biochar and organic fertilizer affected the distribution and composition of soil bacteria and fungi, and the total number of soil bacteria and fungi increased by 1365 and -71 (5 t/hm
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