[1]Wang Z,Chen Y,Chen L,Xi S,Liu Y,Dong Y,Miao L.Ex-situ treatment of sediment from a black-odor water body using activatedsludge [J].Science of The Total Environment,2020,713,136651.
[2]Huang Y-H,Liu Y,Du P-P,Zeng L-J,Mo C-H,Li Y-W,Lu H-X,Cai Q-Y.Occurrence and distribution of antibiotics andantibiotic resistant genes in water and sediments of urban rivers withblack-odor water in Guangzhou,South China [J].Science of The Total Environment,2019,670:170-180.
[3]Gao H,Xie Y,Hashim S,Akhtar Khan A,Wang X,Xu H.Application of Microbial Technology Used in Bioremediation of UrbanPolluted River:A Case Study of Chengnan River,China [J].Water,2018,10(5):643.
[4]Zhang J,Tang Y,Kou Z,Teng X,Cai W,Hu J.Shift of Sedi-ments Bacterial Community in the Black-Odor Urban River during InSitu Remediation by Comprehensive Measures [J].Water,2019,11(10):2129
[5]赵文婧,贾晓楠,王繁.浮床模式下沉水植物净化富营养化水体效果[J].江苏农业科学,2021,49(01):197-201.
[6]Zhang X,Zhang J,Li Z,Wang G,Liu Y,Wang H,Xie J.Optimal submerged macrophyte coverage for improving water qualityin a temperate lake in China [J].Ecological Engineering,2021,162:106177.
[7]Huang X,Yang X,Zhu J,Yu J.Microbial interspecific interac-tion and nitrogen metabolism pathway for the treatment of municipalwastewater by iron carbon based constructed wetland J].Biore-source Technology,2020,315 (8):123814.
[8]Li X,Zhou L,Zhuang LL.High-efficient nitrogen and phosphor-us removal and its mechanism in a partially unsaturated constructedwetland with Fe-C micro-electrolysis substrate J.Chemical en-gineering journal,2022.
[9]陈超,胡勇有,谢玲彩.铁碳微电解耦合苦草原位处理河道黑奥污水的研究[J].华南师范大学学报(自然科学版),2019,51(4):39-46.
[10]He H,Yu Q,Lai C,et al.The treatment of black-odorous wa-ter using tower bipolar electro-flocculation including the removal ofphosphorus,turbidity,sulfion,and oxygen enrichment J].Frontiers of Environmental Science Engineering,2021,15(2):18-30.
[11]Z Zhao,X Zhang,M Cheng,X Song,Y Zhang,X Zhong.In-fluences of Iron Compounds on Microbial Diversity and Improve-ments in Organic C,N,and P Removal Performances in Con-structed Wetlands [J].Microbial Ecology,2019,78 (4).
[12]吕瑞源.潮间带底泥强化人工湿地处理含盐废水的年际变化特征研究[D].济南:山东师范大学,2021. |