Optimal design of marine environmental monitoring sites in Xiangshangang Bay and verification analysis

doi:10.3969/j.issn.1001-909X.2014.04.007

Abstract

Abstract: According to the special research project of 2011, combined with the red tide and trend monitoring, the existing 50 monitoring stations were optimized for the best 38 monitoring sites by using ordinary Kriging variance analysis method. Then the variance analysis was carried out to test the original and the optimized monitoring data by using the T test method. There was no significant difference between the 2 groups of data. The result show that the amounts of information get from the optimized stations are equivalent to the original ones. So the optimized stations can be used as regular monitoring stations in the future.

Key words: Xiangshangang Bay, station optimization, verification analysis

CLC Number:

X830.1

CAO Wei, WU Yan-qing, TANG De-fu, YANG Yao-fang, SHEN Ji-ping, FEI Yue-jun. Optimal design of marine environmental monitoring sites in Xiangshangang Bay and verification analysis[J]. Journal of Marine Sciences, 2014, 32(4): 50-57.

References

[1] LI Nai-fang, LI Ying-bao. Discussion on resource characteristics and development mode of Xiangshan port[J]. Ningbo Teachers College :Social Science Edition,1986(4):101-104.
李乃芳,李英保.试论象山港的资源特征和开发方式[J].宁波师范学院:社会科学版,1986(4):101-104.
[2] HU Wen-xiang, CHEN Tie-rong, XIN Ying, et al.The assessment on the environment monitoring of XiangSanPort[J]. Marine Environmental Science,1995,14(4):57-63.
胡文翔,陈铁熔,忻颖,等.象山港环境监测总结评价[J].海洋环境科学,1995,14(4):57-63.
[3] ZHANG Li-xu, JIANG Xiao-shan, CAI Yan-hong. Variations on nutrients and the characteristic of their structure in the red tide-monitoring area of Xiangshan Habor in recent four years[J]. Marine Sciences Bulletin,2006,25(6):1-9.
张丽旭,蒋晓山,蔡燕红.近4年来象山港赤潮监控区营养盐变化及其结构特征[J].海洋通报,2006,25(6):1-9.
[4] GAO Ming-hui. Reseach on optimized selection in water quality environmental monitoring by substance elemant analysis[J]. Environmental Science and Technology,1997,20(4):26-27.
高明慧.物元分析用于水质环境监测优化布点的研究[J].环境科学与技术,1997,20(4):26-27.
[5] ZHANG Yong, HUANG Xing-qun, YI Zhi-wei, et al. Optimized selection in river monitoring points by grey situation substance elemant analysis[J]. Environmental Monitoring in China,1996,15(3):24-26.
张勇,黄醒群,易志伟,等.灰色局势物元分析进行河流优化布点[J].中国环境监测,1996,15(3):24-26.
[6] LI Feng, LI Yong-gan. Optimized selection in river monitoring sites by sequential number-theoretic optimization method and silhouette graph[J]. Environmental Monitoring in China, 2000,16(4):15-17.
李峰,李永干.序贯数论优化法和侧影图进行河流优化布点[J].中国环境监测,2000,16(4):15-17.
[7] DOU Su-zhen, WANG Li-hong, HOU Cun-dong, et al. A fuzzy optimization model of preferential location in urban air environmental monitoring and case study[J]. Ubran Environment & Ubran Ecology,2001,14(5):55-58.
窦素珍,王黎虹,侯存东,等.城市大气环境监测优化布点模糊优选模型及应用实例[J].城市环境与城市生态,2001,14(5):55-58.
[8] XU Li-zhong, ZHANG Jiang-shan. Optimization of atmospheric environmental monitoring sites with modified intimate value method[J].Environmental Engineering,2000,18(2):50-53.
许丽忠,张江山.改进密切值法优化大气环境监测布点[J].环境工程.2000,18(2):50-53.
[9] LIANG Wei-zhen, YE Jin-run, YANG Jing. Optimized selection in water quality monitoring by fuzzy cluster analysis method[J]. Environmental Monitoring Management and Technology,2002,14(3):6-7.
梁伟臻,叶锦润,杨静.模糊聚类分析法优化城市河涌水质监测点[J].环境监测管理与技术,2002,14(3):6-7.
[10] LI Zou-yong, XU Ting-ting, DING Jing. Application of artificial neural network to optimize groundwater quality monitoring sites[J]. Ubran Environment & Ubran Ecology,2003,16(6):169-171.
李祚泳,徐婷婷,丁晶.地下水环境监测优化布点的人工神经网络模型[J].城市环境与城市生态,2003,16(6):169-171.
[11] KANG Yong-shang, SHEN Jin-song, CHEN Zhuo-heng. Modern mathematics geology[M]. Beijing: Petroleum Industry Press,2005:114-131.
康永尚,沈金松,谌卓恒.现代数学地质[M].北京:石油工业出版社,2005:114-131.
[12] PENG Hui, YAO Yan-ming, LIU Lian. Study on the features of water exchange in Xiangshangang Bay[J]. Journal of Marine Sciences,2012,30(4):1-12.
彭辉,姚炎明,刘莲.象山港水体交换特征研究[J].海洋学研究,2012,30(4):1-12.