Evaluation of Water Environment Quality of Si River Based on Multivariate Statistical Method

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• 英文论文题名：Evaluation of Water Environment Quality of Si River Based on Multivariate Statistical Method
• 论文作者：LIU Sheng-nan ; ZHOU Wen-li ; DOU Yong ; GAO Jin-wei ; JIA Xu-ying ; SHU Feng-yue ; CHAI Ying-hui
• 英文论文作者：LIU Sheng-nan ; ZHOU Wen-li ; DOU Yong ; GAO Jin-wei ; JIA Xu-ying ; SHU Feng-yue ; CHAI Ying-hui ; Tianjin Agricultural University ; Qufu Normal University
• 年：2017
• 作者机构：Tianjin Agricultural University;Qufu Normal University;
• 英文论文关键词：Si River ; multivariate statistical analysis ; system cluster analysis ; nitrogen and phosphorus
• 会议召开时间：2017-03-31
• 会议录名称：第一届微藻与水族高峰论坛论文摘要集
• 语种：英文
• 分类号：X824
• 学会代码：CHJT
• 会议名称：第一届微藻与水族高峰论坛
• 会议地点：中国天津
• 主办单位：中国水产学会观赏鱼分会
• 学会名称：天津现代晨辉科技集团有限公司
• 页数：8
• 文件大小：793k
• 原文格式：D
• 会议级别：全国

摘要

Application of multivariate statistical analysis and system clustering analysis method, based on the detection index of suspended solids(SS), water temperature, dissolved oxygen(DO), p H, oxidation-reduction potential(ORP), total nitrogen(TN), dissolved total nitrogen(DTN), chemical oxygen demand(COD_(Mn)),ammonia nitrogen(NH_4~-N), nitrate nitrogen(NO_3~--N), chlorophyll(Chla),dissolved total phosphorus(DTP), dissolved inorganic phosphorus(DIP), total phosphorus(TP) and alkalinity were measured, analyzed on 21 monitoring sections of Si River and major tributaries.The results show:Nitrogen and phosphorus arethe main pollution components in 2013-2014 of Si River. The results provide basic data and theoretical basis for pollution control of Si River.
Application of multivariate statistical analysis and system clustering analysis method, based on the detection index of suspended solids(SS), water temperature, dissolved oxygen(DO), p H, oxidation-reduction potential(ORP), total nitrogen(TN), dissolved total nitrogen(DTN), chemical oxygen demand(COD_(Mn)),ammonia nitrogen(NH_4~-N), nitrate nitrogen(NO_3~--N), chlorophyll(Chla),dissolved total phosphorus(DTP), dissolved inorganic phosphorus(DIP), total phosphorus(TP) and alkalinity were measured, analyzed on 21 monitoring sections of Si River and major tributaries.The results show:Nitrogen and phosphorus arethe main pollution components in 2013-2014 of Si River. The results provide basic data and theoretical basis for pollution control of Si River.

引文

[1]Zhu Qing-hui,Liu Ji-jun,Qi Yun-ting.Discussion on Construction and Management of Ecological River in Sihe River,J.HE HU GUAN LI,2014,16,25-27.
    [2]FENG Li-juan,XING Ya-min,LIU Cong-cong,LIN Zi-qi,SHU Feng-yue.Temporal Variation of Nitrogen and Phosphorus and Eutrophication Assessment in Sihe River,J.Journal of Qu fu Normal University,2014,40(4)79-83.
    [3]AN Wen-chao.Polluted characteristics of sediments and phosphate adsorption and release characteristics at the sediment-water interface in Nansi Lake,China,and its main estuaries,D.Shanndong University Doctoral Dissertation.2008.
    [4]CHEN Lei,PEI Hai-yan,XIE Jun.Key Issues in Improvement of Water Quality in Nansi Lake,J.CHINA WATER&WASTE WATER,2007,23(20)6-10.
    [5]XIN Ying,WU Zhou-hu,MU Jin-bo,DU Jin-hui,REN Jie.Dynamic Analysis of the Water Quality of the Rivers around Nansi Lake,J.Safety and Environmental Engineering,2013,20(3)36-41.
    [6]LI Zhen-qing,YAN Fang-jie,LI Fei.Lake Area Influence and Countermeasures after the Impoundment by the Nansi Lake in the Eastern Route of the South-to-North Water Diversion,J.South-to-North Water Transfers and Water Science&Technology,2008(1)103-104.
    [7]ZHANG WEI.Analysis and Evaluation on Water Quality for Main Inflow Rivers of Nansihu Lake,D.University of Jinan,2011.
    [8]ZHOU Wu-hu,MU Jin-bo,XIE Gang,LU Cheng-gang,ZHU Jie.Analysis of Water Environmental Quality Variation Trends in Nansi Lake and Its Joined Rivers,J.Research of Environmental Sciences,2010,23(9)1167-1173.
    [9]ZHOU Wu-hu,ZHANG Xiao-bo,ZHANG Fang-yuan.FILTRATION OF HEAVILY-POLLUTED INFLOW RIVERS OFNANSI LAKE AND WATER ENVIRONMENTAL PROBLEMS ANALYSIS,J.Resources and Environment in the Yangtze Basin,2011,20(4)475-481.
    [10]ZHOU Wu-hu,ZHANG Jian,LU Cheng-gang,XIE Gang,ZHU Jie.MONITORING ANALYSIS OF SPATIALDISTRIBUTION OF WATER QUALITY AND WATER ENVIRONMENTAL PROBLEMS DIAGNOSIS OF NANSI LAKE,J.Resources and Environment in the Yangtze Basin,2011,20(1)137-143.
    [11]ZHOU Wu-hu,REN Jie,ZHANG Xiao-bo,CHEN Shan,DONG Guo-dong.Nansi Lake water quality analysis and improvement of comprehensive evaluation,J.cnki.HUAN JING WU RAN YU FANG ZHI,2012,34(7)80-84.
    [12]An W C,Li X M.Phosphate adsorption characteristics at the sediment-water interface and phosphorus fractions in Nansi Lake,China,and its main inflow rivers[J].Environmental Monitoring and Assessment,2009,148(1-4):173-184.
    [13]GAO Hui-xuan.Application of multivariate statistical analysis,M.Peking University Press,2005.
    [14]XIANG Dong-jin,LI Hong-wei,LIU Xiaoya.Practical Multivariate Statistical Analysis,M.China University of Geosciences Press,2005.
    [15]YANG Xiao-hua,LIU Ruimin,ZENG Yong.Environmental Statistical Analysis,M.Beijing Normal University Press,2008.
    [16]YU Jia-lin,XIAO Zhi-hong.Multivariate statistics and SAS applications,M.Wuhan University Press,2008.
    [17]ZHOU Feng,GUO Huai-cheng,HUANG Kai,YU Ya-juan,HAO Ze-jia.Multivariate statistical technique for spatial variation in river water quality,J.ADVANCES IN WATER SCIENCE.2017,18,(4)544-551.
    [18]QIAN Tian-ming.Multivariate Statistical Analysis of Water Quality in Main and Tributary Stream of Qiantangjiang River in Hangzhou,A.Environmental Monitoring in China.2015,31(2)74-77.