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使用Remotesensing和GIS识别环境空气污染预防区:模型研究

SS。Asadi.1*,b.v.t.Vasantha Rao.2,M.V.raju.3.和M. Anand Sagar4.

1土木工程系,KL大学,绿地,Vaddeswaram,522 502印度。

2土木工程系,P.V.P.Siddhardha理工学院,Kannure,Vijayawada,印度。

3.土木工程大学土木工程系,印度吉尔·兰德·沃尔特拉姆。

4.4研究学者,Jawaharlal Nehru Technology大学,海德拉巴,500 072印度。

通讯作者电子邮件:asadienviron.asadi@gmail.com.


DOI:http://dx.doi.org/10.12944/cwe.6.2.02

本研究已经进行了空气污染区和风险区域地图,用于九个曼荼地的空气污染活动即Nakapalli,Elamanchilli,S。Rayavaram,Achchutapuram,Rambilli,Anakapalle,Munagapaka,Visakhapatnam区的Paravada Kasimkota,占地面积1355平方米。The study area is located between north latitudes 17° 19’ and 17° 46’”and east longitudes 82°35’ and 83°10’ and is covered in the survey of India topographical map numbers 56H65 K/10,11,13,14,15M 65 O/1, 65O/2.The IRS-P6, LISS-IV geo coded Remote sensing Satellite data and the above top sheets from Survey of India (SOI) are acquired for primary analysis. Using Visual Interpretation technique different thematic maps are prepared like base map, drainage map, Geomorphology map. These thematic maps were scanned and digitized using AutoCAD and converted into GIS. Air samples are collected from sampling stations were established in the study area using this sampling analysis was carried out as per the national ambient air quality standards (NAAQS), with respect to RSPM, TSPM, NOx, Sox. Based on the above data Topology is created by linking the spatial data file and attribute data file. GIS overlay analysis derived maps has been developed like Air pollution sensitivity map, Air quality map, Dispersion sensitivity map,Aerial sensitivity Mapwas carried out to find out the above parameters pollution lodes in the study area, Finally integrating of the all the above maps based on this maps Risk area map for Air pollution activities maps has developed. This kind of studies is very useful for Pollution Prevention in industrial areas and also useful for the planners decision makers for management and monitoring of industrial areas.


空气污染预防;工业区;遥感;GIS.

复制以下内容以引用本文:

asadi ss,vasantharao bvt,raju mv,sagar ma。使用逆向敏感和GIS识别环境空气污染预防区域:模型研究。Curr World Environ 2011; 6:207-215 Doi:http://dx.doi.org/10.12944/cwe.6.2.02

复制以下内容以引用此URL:

asadi ss,vasantharao bvt,raju mv,sagar ma。使用逆向敏感和GIS识别环境空气污染预防区域:模型研究。Curr World Environ [Serial Online] 2011; 6:207 -215。可从://www.a-i-l-s-a.com/?p=193.


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