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河南省宿鸭湖水库水污染现状及环境容量核算

Water Pollution Situation and Environment Capacity Calculation for Suyahu Lake Reservoir in Zhumadian City

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【作者】 曹振阳刘群叶新合王保全黄静郑宾国

【Author】 Cao Zhenyang1,Liu Qun1,2,Ye Xinhe1,Wang Baoquan1,Huang Jing1,Zheng Binguo2,3(1.Zhumadian Environmental Monitoring Centre,Zhumadian 463000,China; 2.School of the Environment,Nanjing University,Nanjing 210093,China; 3.Zhengzhou Institute of Aeronautical Management,Zhengzhou 450015,China)

【机构】 驻马店市环境监测站南京大学环境学院郑州航空工业管理学院

【摘要】 依据河南省宿鸭湖水库2006年-2011年水质监测数据,采用指数法对水库进行地表水环境质量评价和水库富营养化评价,并采用相应的模型核算水环境容量,结果表明,2011年,该水库水质满足地表水水域环境功能,水库富营养化程度为中度富营养化,2006年-2011年评价时段内水质变化总体上稳定,略呈加重趋势。通过采取有效的污染控制措施及针对性的对策,可降低湖水中污染物水平,确保该水库留有环境容量(COD 5 587.46 t/a,氨氮451.47 t/a),保障水库综合效益的发挥,进一步促进当地经济、社会和环境的可持续发展。

【Abstract】 Based on the practical monitoring data of Suyahu Lake Reservoir in 2006-2011,this study assessed the ground water quality and eutrophication by adopting the methods of indices and water environment capacity.The results show that water quality of the reservoir meets related standards,and eutrophication level of the reservoir belongs to moderate eutrophication in 2011.The water quality in 2006-2011 is stable on the whole,on a slightly increasing pollution trend.Some measures were taken to reduce the contamination by means of pollution control and some pertinent countermeasures to ensure the integrative benefits and adequate capacity(COD 5587.46t/a,Ammonia nitrogen 451.47t/a)in a bid to boost sustainable development of economy,society and environment in Zhumadian City.

【关键词】 指数法富营养化水环境容量
【Key words】 indiceseutrophicationwater environment capacity
  • 【文献出处】 环境科学与管理 ,Environmental Science and Management , 编辑部邮箱 ,2013年04期
  • 【分类号】X832
  • 【被引频次】7
  • 【下载频次】213
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