GIS技术支持下的区域噪声环境影响评价研究.doc

资料分类:环境科学 高级会员(白色球鞋)提供原创毕业论文环境科学资料更新时间:2017-04-17
需要金币1000 个金币 资料包括:完整论文 下载论文
转换比率:金额 X 10=金币数量, 例100元=1000金币 论文字数:6723
折扣与优惠:团购最低可5折优惠 - 了解详情 论文格式:Word格式(*.doc)

摘要:在测噪声的过程中,通常需要获得监测点的空间分布特征以便对噪声污染在空气中的扩散进行准确的监测。传统的方法难以达到准确、直观的效果,而GIS技术能够解决上述问题。以南京晓庄学院为例,制定了基于GIS技术的区域噪声环境影响评价方案,该方案利用GIS的空间分析功能,在XX学院内布好相应的监测点位,通过测量的结果来了解学校的噪声污染状况以及哪个监测点位的噪声环境影响最严重。结果表明:XX学院昼间等效连续A声级(Leq)平均值为55.13dB,校园环境对教学没有太大影响,夜间为47.71dB,高于国家标准,主要受校园周边道路的交通噪声和服务区的噪声影响。

关键字:GIS应用;区域噪声;环境影响评价

 

Abstract: In the measurement of noise in the process, often need to obtain the spatial distribution characteristics of monitoring points for noise pollution in the air diffusion for accurate monitoring. The traditional methods are difficult to achieve accurate, visual effects, and the GIS technology can solve the above problems. This paper taking Nanjing xiaozhuang university as an example, developed based on the GIS technique of regional noise environmental impact assessment scheme, the design using GIS spatial analysis function ,in Nanjing Xiao zhuang cloth within the corresponding monitoring point, by measuring the results to understand the school’s noise pollution status and which monitoring of noise environmental impact the most serious. The results showed that: Nanjing Xiao zhuang University circadian equivalent continuous A levels ( Leq) mean values for 55.13dB, The campus environment has little effect on Teaching,The night 47.71dB,Higher than the national standard,,Mainly affected by surrounding by the campus rode traffic noise and the noise impact of service area.

Keywords: Application of GIS;  Regional noise; Environmental impact assessment

相关论文题目: