Research on Guilin Haze and Response Countermeasures

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Abstract:

By statistics the 50a haze observation data in Guilin, and analyses on it’s changes from 1964 to 2013, we have studied the haze source and the countermeasures of Guilin. The haze days of Guilin has increased significantly in recent years, it closely related to the large-scale urban construction and rapid increase of cars. Haze is mainly affected by topography and local haze source in Guilin. By making pollutant emission control measures, the harm of haze can effectively reduced.

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1464-1469

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September 2014

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© 2014 Trans Tech Publications Ltd. All Rights Reserved

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[1] X Y Zhang,Y Q Wang,T Niu,et a1: Atmospheric aerosol compositions in China:spatial/temporal variability, chemical signature,regional haze distribution and comparisons with global aerosols.Atmospheric Chemistry and Physics,Vol. 12(2012), p.779—799.

DOI: 10.5194/acp-12-779-2012

Google Scholar

[2] F L Yang,F Gao: Introduction to environmental toxicology effect of haze weather . Anhui Agricultural Science Bulletin. Vol. 19(16)(2013),pp.98-99.

Google Scholar

[3] X P lv, H R Cheng, Z W Wang, F Zhang: Analysis of characteristics of atmospheric pollution of wide range of China during fog and haze weather. Journal of Hunan university of science and technology (natural science edition). Vol. 28(3) (2013).

Google Scholar

[4] Z Jia: Haze weather impact on health and the prevention measures. Family Doctor, Vol. 21(8)(2013), p.80.

Google Scholar

[5] M M Chui, D Fan, D S Zhang: Haze with acute cardiovascular and respiratory system disease of correlation study. Chinese journal of emergency recovery and disaster medicine. Vol. (8), ( 2013), pp.690-693.

Google Scholar

[6] F Li, Y Wu, H B Tan: Analysis of characteristics and genetic analysis of a typical gray haze process in Guangzhou dry season . Journal of Tropical Meteorology. 2012,Vol. 1, (2012), pp.113-120.

Google Scholar

[7] X Wei, X H Bi, H Y Dong: Analysis of characteristics and source of particulate matter pollution of Tianjin summer haze and non-haze weather. Research of Environmental Sciences. Vol. 11( 2012),p.1193—1200.

Google Scholar

[8] Y X Tang, X L Zhang, Y J Xiong: Analysis of a continuous haze weather process of Beijing meteorological characteristics. Journal of weather and environment, Vol. 29(5)(2013), pp.12-19.

Google Scholar

[9] B Liu: The initial analysis of the weather conditions affect the air quality in Nanchang city. Meteorology and Disaster Reduction Research. Vol. 36(2)(2013), pp.57-64.

Google Scholar

[10] G F Fan, L Ren: Gray haze governance, the meteorological department should play an important role. Zhejiang Economy, Vol. (10)(2013),p.26.

Google Scholar

[11] Q Li, F J Li, Y Q Ye: Study on the weather types and pollution potential in Zhu-river delta region and the contamination concentration relationship, Journal of Tropical Meteorology, Vol. 15(4)(1999),p.363—368.

Google Scholar

[12] Y Sun, Z F Ma, T Niu: In recent 50 years fog days and haze days and climate characteristics in China. Climatic and Environmental Research. Vol. 18(3)(2013), pp.397-406.

Google Scholar