Research on Environmental Master Factors Discrimination of Sea Area in Tianjin Port

Hang Yu

doi:10.4028/www.scientific.net/AMR.1073-1076.526

Paper Titles

Water Quality Assessment and Nitrogen Pollution Sources Analysis of the West Lake, Hangzhou, China
p.504

Analysis of the Characteristics of Haze and its Pollutants in Wuhan
p.513

Investigation and Analysis on Heavy Metal Pollution Status in a Southern Landfill Site of Dredged Sediment
p.517

Optimization Monitoring Points of Urban Road Traffic Noise in Binzhou City
p.522

Research on Environmental Master Factors Discrimination of Sea Area in Tianjin Port
p.526

The Design of Intelligent Monitoring System on Tropical Greenhouse Crop Production Environment
p.530

Variability in δ¹³C and δ¹⁵N Stable Isotope Signatures in Mangrove Ecosystem of Hainan, China
p.535

Analysis of Contaminants Found from Soils in the Abandoned Railroad Sites
p.541

Analysis of Discharge Characteristics of Typical Rural Domestic Wastewater along the Tuojiang River
p.545

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 1073-1076Research on Environmental Master Factors...

Research on Environmental Master Factors Discrimination of Sea Area in Tianjin Port

Abstract:

Incremental tendency method is used to discriminate master factors of regional environmental quality. In this article, incremental tendency method has been revised. Taken Tianjinport sea area as an example, the collation of environmental quality master factors in 2012 has been listed. It is advanced that environmental quality master factors of Tianjin port sea area are mainly inorganic nitrogen and petroleum substances, and pollution management should also be aimed at these types of substances. Finally the meaning of new model in application has been explained. It provided practical basis for sustainable development of Tianjin sea area protection.

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Periodical:

Advanced Materials Research (Volumes 1073-1076)

Pages:

526-529

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.1073-1076.526

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Online since:

December 2014

Authors:

Hang Yu*

Keywords:

Environmental Factor, Large Area, Tianjin Port

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* - Corresponding Author

References

[1] LI Jin, HOU Xue-zeng. Tianjin marine functional zoning and Practice[J]. Integrated management. 1993（3）: 62—66.

Google Scholar

[2] WANG Shui-jiu, ZHANG Xin-li, DING Jing. Research on identifying key factor in EIA[J]. Environmental Monitor in China. 2002，18（5）：43—47.

Google Scholar

[3] MA Yuan, WEI Wei, XIA Yong-hua et al. History change and influence factor of nutrient in Lingdinyang sea area of Zhujiang River Estuary[J]. ACTA OCEANOLOGICA SINICA. 2009，31（2）：69—77.

Google Scholar

[4] MENG Wei, WAN Jun, LEI Kun. Comparison of substance exchange function of the intertidal wetland in Bohai Bay[J]. MARINE SCIENCE BULLETIN. 2009, 28（5）：7—12.

Google Scholar

[5] SUI Wei. Analysis on the sustainability and coordinativeness of environmental and economic development in the coastal region of Guangxi[J]. MARINE ENVIRONMENTAL SCIENCE. 2007，26（6）：591—593.

Google Scholar

[6] YANG Shi-jian, ZHAO Xiu-lan, ZHANG Rui-ling et al. Key Pollution Factor in Environmental Quality Evaluation[J]. Management and Technology of Environmental Monitor. 2002，14（2）：20—23.

Google Scholar

[7] SUN Xiang, ZHU Xiao-dong, LI Yang-fan. Identification of Key Factors Leading River Pollution in Rapid Urbanized Bay-Area and Control Alternative: a Case Study of Urban Rivers in Lianyungang City[J]. Environmental Protection Science. 2008，34（2）：14—17.

Google Scholar