数字农科院2.0

Antibiotic Residues In Liquid Manure F.rom Swine Feedlot And T heir Effects On Nearby Groundwater In Regions Of North China

文献类型： 外文期刊

作者： Li, XH; Liu, C; Chen, YX; Huang, HK; Ren, TZ

作者机构：

关键词： Antibiotics; Swine feedlot; Groundwater; wastewater; Antibiotic resistance gene

期刊名称： ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH

ISSN： 0944-1344

年卷期： 2018 年 25 卷 12 期

页码：

收录情况： JCR（2021版）

摘要： A survey was conducted in regions of North China to better understand the effect of antibiotic residue pollution from swine feedlots to nearby groundwater environment. A total of nine experimental sites located in the regions of Beijing, Hebei, and Tianjin were selected to analyze the presence of residues of 11 most commonly used antibiotics, including tetracyclines (TCs), fluoroquinolones (FQNs), sulfonamides (SAs), macrolides, and fenicols, by using liquid chromatography spectrometry. The three most common antibiotics were TCs, FQNs, and SAs, with mean concentrations of 416.4, 228.8, and 442.4 mu g L-1 in wastewater samples; 19.9, 11.8, and 0.3 mu g L-1 in groundwater samples from swine feedlots; and 29.7, 14.0, and 0 mu g L-1 in groundwater samples from villages. Ordination analysis revealed that the composition and distribution of antibiotics and antibiotic resistance genes (AGRs) were similar in groundwater samples from swine feedlots and villages. FQNs and TCs occurred along the path from wastewater to groundwater at high concentrations and showed correlations with ARGs, with a strong correlation between FQN resistance gene (qnrA) copy number. FQN concentration was also found (P < 0.01) in wastewater and groundwater in villages (P < 0.01). Therefore, antibiotics discharged from swine feedlots through wastewater could disseminate into surrounding groundwater environments together with ARG occurrence (i.e., qnrA, sulI, sulII, tetG, tetM, and tetO). Overall, this study suggests that the spread of veterinary antibiotics from swine feedlots to groundwater environments should be highly attended and controlled by restricting excess antibiotic usage or improving the technology of manure management.

分类号：

  • 相关文献

[1]Variation Pattern Of Antibiotic Resistance Genes And Microbial Community Succession During Swine Manure Composting Under Different Aeration Strategies. Yang, Juan,Wen, Zhiguo,Jiang, Tao,Zhao, Mengxin,Ma, Xuguang,Yang, Feng,Jiang, Tao,Li, Guoxue,Chang, Jiali. 2020

[2]Assessment Of Insecticide Risk To H.uman Health In Groundwater I n Northern China By Using The China-Pearl Model. Geng, Y, Ma, J, Zhou, RZ, Jia, R, Li, CJ, Ma, XD. 2017

[3]Manure application facilitated electrokinetic remediation of antibiotic-arsenic co-contaminated paddy soil. Yan M., Zhu C., Li B., Su S., Li H.. 2022

[4]A coupled optimization of groundwater remediation alternatives screening under health risk assessment: An application to a petroleum-contaminated site in a typical cold industrial region in Northeastern China. Ruihui Chen,Yanguo Teng,Haiyang Chen,Weifeng Yue,Xiaosi Su,Yaning Liu,Qianru Zhang. 2021

[5]Characterization Of The Pig Gut Microbiome And Antibiotic Resistome In Industrialized Feedlots In China. Wang, CL, Li, P, Yan, QL, Chen, LP, Li, TT, Zhang, WJ, Li, H, Chen, CM, Han, XY, Zhang, SY, Xu, M, Li, B, Zhang, XX, Ni, HB, Ma, YF, Dong, B, Li, SH, Liu, SG. 2019

[6]Changes In Microbial Community Structure During Pig Manure Composting And Its Relationship To The Fate Of Antibiotics And Antibiotic Resistance Genes. Liu, YW, Cheng, DM, Xue, JM, Weaver, L, Wakelin, SA, Feng, Y, Li, ZJ. 2020

[7]Variation Pattern Of Antibiotic Resistance Genes And Microbial Community Succession During Swine Manure Composting Under Different Aeration Strategies. . 2019

[8]Distribution, ecological fate, and risks of steroid estrogens in environmental matrices. Odinga E.S., Zhou X., Mbao E.O., Ali Q., Waigi M.G., Shiraku M.L., Ling W.. 2022

[9]Climate adaptation through rice northward expansion aggravated groundwater overexploitation in Northeast China. Liang, Shefang,Liu, Weipo,Lu, Miao,Xia, Lang,You, Liangzhi,Liu, Yuan,Liu, Zhenhuan,Zha, Yan,Tang, Huajun,Yang, Peng. 2025

[10]Bioelectrochemical Recovery Of Silver From W.astewater With Sustainable Power G eneration And Its Reuse For Biofouling Mitigation. Ali, Jafar,Wang, Lei,Pan, Gang,Ali, Jafar,Wang, Lei,Sharif, Hafiz Muhammad Adeel,Pan, Gang,Wang, Lei,Ali, Jafar,Pan, Gang,Waseem, Hassan,Zhang, Changbo,Pan, Gang,Djellabi, Ridha. 2019

[11]Ozone Promoting Organic Nitrogen Change T.o Inorganic In Anaerobic L ivestock Wastewater. Lai, RT, Liang, JF, Zhang, KQ, Li, JJ, Zhang, Y, Wang, F. 2018

[12]Recyclable Ferromagnetic Chitosan Nanozyme For D.ecomposing Phenol. Jiang, JF, He, CY, Wang, S, Jiang, H, Li, JD, Li, LS. 2018

[13]Purifying Eutrophic Wastewater from Geese Farmwith Plant Floating Bed in Winter. Xiaofeng Huang,Zuolan Liu,Jiajia Xue,Yi Luo,Changlian Zhang,Qigui Wang,Anbin Leng,Zhiping Zhu,Chao Wang. 2021

[14]Constructed microalgal-bacterial symbiotic (MBS) system: Classification, performance, partnerships and perspectives. Wang H., Deng L., Qi Z., Wang W.. 2022

[15]Preparation Of Magnetic Fe3O4/Mil-88A Nanocomposite A.nd Its Adsorption Properties F or Bromophenol Blue Dye In Aqueous Solution. Liu, Y, Huang, YM, Xiao, AP, Qiu, HJ, Liu, LL. 2019

[16]Experimental And Modelling Studies On F.ixed Bed Adsorption For C u(Ii) Removal From Aqueous Solution By Carboxyl Modified Jute Fiber. Du, ZL, Zheng, T, Wang, P. 2018

[17]Bioconversion Of Wastewater To Single Cell Protein By Methanotrophic Bacteria. Zha, X, Tsapekos, P, Zhu, XY, Khoshnevisan, B, Lu, XW, Angelidaki, I. 2021

[18]Family livestock waste: An ignored pollutant resource of antibiotic resistance genes. Gu, Yanru,Gu, Yanru,Shen, Shizhou,Zhang, Keqiang,Han, Bingjun,Tian, Xueli,Yang, Fengxia,Zhang, Keqiang. 2020

[19]An improved vermicomposting system provides more efficient wastewater use of dairy farms using eisenia fetida. Liu Xue,Geng Bing,Zhu Changxiong,Li Lianfang,Francis Frédéric. 2021

[20]Effects of dietary addition of heat-killed Mycobacterium phlei on growth performance, immune status and anti-oxidative capacity in early weaned piglets. Zhong, Jin-Feng,Tu, Wei,Fang, Re-Jun,Zhong, Jin-Feng,Tu, Wei,Fang, Re-Jun,Zhong, Jin-Feng,Wu, Wei-Gao,Liu, Zhen-Xiang,Zhang, Xiao-Qing.

作者其他论文 更多>>