Research on the Current Situation of Nitrate Pollution of Groundwater in Shandong Province

文献类型： 外文期刊

第一作者： Li, D.

作者： Li, D.;Liu, J.;Wang, L.;Deng, H.;Zou, J.;Huang, J.;Li, D.;Wang, L.;Deng, H.;Zou, J.

作者机构：

关键词： Groundwater;Nitrate;Pollution;Shandong

期刊名称：SENSOR LETTERS （ 影响因子：0.558； 五年影响因子：0.58 ）

ISSN：

年卷期：

页码：

收录情况： SCI

摘要： Nitrate is the most frequent contaminants accessing to groundwater. Nitrate nitrogen from agricultural activities has become the main source of groundwater pollution. From November 2009 to February 2010, using GPS positioning and equidistant uniform distribution methods, water samples were taken from the intensive planting villages and townships of 140 counties of Shandong province and the nitrate content in 548 sampling groundwater wells were analyzed. This sampling method is of great significance to fully access and control the spatial distribution of nitrate in groundwater of Shandong Province. The results show that the average content of sampling nitrate is 17.64 mg/L, which is within the scope of Class III water according to the "National Water Quality Standard" (GB/T1484-93). According to the requirement (NO_3-N < 10 mg/L) of "Drinking Water Health Standards" (GB5749-2006), 48.72% of the samples exceed the standard requirement for nitrate content. Nitrate contaminating groundwater is widespread in Shandong Province, especially in the central and the eastern areas. In 263 samples of drinking water wells, the average nitrate content is 17.19 mg/L, exceeding the maximum allowable value of nitrate nitrogen content in drinking water specified by World Health Organization (WHO), thus not suitable for drinking. The situation of nitrate pollution in groundwater of Shandong Province is not optimistic. Great attention of various departments is called so that measures can be taken to prevent further deterioration of ground water.

分类号： TP212

  • 相关文献

[1]Effect of environmental conditions on nitrate removal from groundwater using biodenitrification supported by biodegradable snack ware. Yu, Xiang,Xing, Lijun,Wang, Xuming,Yu, Xiang,Huang, Baichun,Xu, Zhijun. 2010

[2]Changes in the soil environment from excessive application of fertilizers and manures to two contrasting intensive cropping systems on the North China Plain. Ju, X. T.,Kou, C. L.,Christie, P.,Dou, Z. X.,Zhang, F. S..

[3]Heterotrophic Denitrification of Nitrate-Contaminated Water Using Different Solid Carbon Sources. Xu, Ying,Li, Jun,Xu, Ying,Qiu, Tian-Lei,Han, Mei-Lin,Wang, Xu-Ming. 2011

[4]Investigations on Nitrate Pollution of Soil, Groundwater and Vegetable from Three Typical Farmlands in Beijing Region, China. Du Lian-feng,Zhao Tong-ke,Zhang Cheng-jun,An Zhi-zhuang,Wu Qiong,Liu Bao-cun,Li Peng,Ma Mao-ting. 2011

[5]Simultaneous removal of nitrate and pentachlorophenol from simulated groundwater using a biodenitrification reactor packed with corncob. Wang, Xuming,Xing, Lijun,Qiu, Tianlei,Han, Meilin.

[6]Sweetpotato viruses in China. Wang, Qingmei,Zhang, Liming,Wang, Biao,Yin, Zhenfang,Feng, Chaohong,Wang, Qiaochun.

[7]Effect of nitrogen form and root-zone pH on growth and nitrogen uptake of tea (Camellia sinensis) plants. Ruan, Jianyun,Gerendas, Joska,Hardter, Rolf,Sattelmacher, Burkhard.

[8]Soil salinity in the irrigated area of the yellow river in Ningxia, China. Xiong, SY,Xiong, ZX,Wang, PW. 1996

[9]A Study of Functional Planning of Groundwater Nitrate Content Using GIS and Fuzzy Clustering Analysis. Zou, J.,Zhou, Q.,Liu, J.,Wang, L.,Li, D.,Deng, H.,Zou, J.,Zhou, Q.,Liu, J.,Wang, L.,Li, D.,Deng, H.,Huang, J..

[10]Study of nitrate leaching and nitrogen fate under intensive vegetable production pattern in northern China. Zhao Chang-Xing,Song Xiao-Zong,Wang Xiao-Lan,Li Ji,Song Xiao-Zong,Zhao Chang-Xing. 2009

[11]Prokaryotic diversity of a non-sulfide, low-salt cold spring sediment of Shawan County, China. Zeng, Jun,Yang, Hong-mei,Lou, Kai,Zeng, Jun. 2010

[12]Can nitrate contaminated groundwater be remediated by optimizing flood irrigation rate with high nitrate water in a desert oasis using the WHCNS model?. Liang, Hao,Hu, Kelin,Liang, Hao,Qi, Zhiming,Prasher, Shiv O.,Zhang, Yuanpei.

[13]Response of the Growth of Vallisneria natans Under High Zn2+ Stress and Different NH4+/NO3- Ratios. Wang, Baozhong,Zhou, Lihua,Li, Susu,Wang, Baozhong,Zhang, Xia,Luo, Yanqing. 2015

[14]Evaluating environmental impact of STPs situated on streams in the Czech Republic: An integrated approach to biomonitoring the aquatic environment. Li, Zhi-Hua,Zlabek, Vladimir,Turek, Jan,Velisek, Josef,Kolarova, Jitka,Sudova, Eliska,Berankova, Petra,Randak, Tomas,Pulkrabova, Jana,Hradkova, Petra,Hajslova, Jana,Li, Zhi-Hua. 2011

[15]Effect of copper on the growth of shrimps Litopenaeus vannamei: water parameters and copper budget in a recirculating system. Cheng Bo,Liu Ying,Yang Hongsheng,Li Xian,Cheng Bo,Song Yi. 2014

[16]Phytodegradation of organophosphorus compounds by transgenic plants expressing a bacterial organophosphorus hydrolase. Wang, Xiaoxue,Wu, Ningfeng,Guo, Jun,Chu, Xiaoyu,Tian, Jian,Fan, Yunliu,Yao, Bin.

[17]Application of 16S rDNA-PCR amplification and DGGE fingerprinting for detection of shift in microbial community diversity in Cu-, Zn-, and Cd-contaminated paddy soils. Li, ZJ,Xu, JM,Tang, CX,Wu, JJ,Muhammad, A,Wang, HZ.

[18]Spatial Distribution of Groundwater Nitrate Nitrogen IN the Agricultural Area of Shandong Province. Wang Limin,Liu Jia,Li Dandan,Deng Hui,Wang Xiaolong,Wang Limin,Liu Jia,Li Dandan,Deng Hui,Wang Xiaolong. 2012

[19]Exploration on the comprehensive sewage-treating technology in dairy farm. Qian, WQ,Chen, B,Weng, BQ,Lin, DY,Bao, W,Fang, ZJ,Lu, JS. 2004

[20]HEAVY METAL CONTENT IN BR CCOLI (BRASSICA OLERACEA L. VAR. ITALICA PLENCK) AND POTENTIAL HEALTH RISK IN ZHEJIANG PROVINCE, CHINA. Sun, Caixia,Zhang, Qi,Xiao, Wendan,Xu, Ping,Xiang, Shuo. 2017

作者其他论文 更多>>

微信小程序