Time effects of rice straw and engineered bacteria on reduction of exogenous Cu mobility in three typical Chinese soils

Globally, copper (Cu) accumulation in soils is a major environmental concern. Agricultural organic waste and some bacterial species can readily absorb metals in an eco-friendly manner, and thus are commonly used in metal-contaminated soil remediation. This study investigates the change in Cu fractio...

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Veröffentlicht in:	Pedosphere 2022-10, Vol.32 (5), p.665-672
Hauptverfasser:	SHI, Hanzhi, WEN, Dian, HUANG, Yongdong, XU, Shoujun, DENG, Tenghaobo, LI, Furong, WU, Zhichao, WANG, Xu, ZHAO, Peihua, WANG, Fuhua, DU, Ruiying
Format:	Artikel
Sprache:	eng
Schlagworte:	Aging Agricultural wastes Bacteria Cinnamon Copper Cu distribution Environmental perception Heavy metals Humic acids Humic substances Iron oxides Mobility mobility factor Organic carbon Organic matter Organic wastes Physicochemical properties Pseudomonas putida Rice straw Risk assessment Sediment pollution sequential extraction Soil contamination soil incubation Soil pollution Soil properties Soil remediation Soil stabilization Straw Supplements
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