Institute of Natural and Applied Sciences, University of Çukurova, 01330, Adana, Turkey.
Environ Monit Assess. 2018 Mar 9;190(4):203. doi: 10.1007/s10661-018-6568-8.
The aims of this study are to identify via harnessing noise mapping the effects of noise pollution at Çukurova University campus on the academic setting and to reveal the obtained change values in noise pollution on the campus during the period 2010-2017. In line with these aims, the first step has been to map the highway-induced environmental noise on Çukurova University campus during daytime (07:00-19:00) and evening (19:00-23:00) hours by employing SoundPLAN 7.3 software. Traffic-induced noise distribution maps for years 2010 and 2017 on the campus were analyzed by threshold values stipulated by the Regulation on Environmental Noise Assessment and Management that is compliance with the European Union Directive on Environmental Noise (2002/49/EC) and after the conducted analyses, traffic-induced environmental noise measured on Çukurova University campus since the past to that date was identified in terms of spatial change. The Regulation defines threshold values, namely, (1) 65 dB(A) for daytime from 07:01 to 19:00, (2) 60 dB(A) for evening-from 19:01 to 23:00, (3) 55 dB(A) for night time-from 23:01 to 07:00. It was then identified in the research area that faculty buildings of Science and Letters, Engineering, Architecture, Faculty of Economics and Administrative Sciences, Dentistry, Faculty of Law, and Communication devoid of any vegetation space to set a barrier between emission-source highway and front walls of buildings facing the roadside were the structures most severely exposed to the noise. In the research area, the comparison of year 2017 noise distribution with respect to year 2010 manifested that the regions exposed to noise value 35 dB(A) and below, 35-45 dB(A), and 45-55 dB(A) levels decreased while a proportional increase was detected in regions exposed to 60 dB(A) noise value that is close to the legal threshold value and noise level above 65 dB(A).
本研究旨在通过噪声图识别库卡若瓦大学园区噪声污染对学术环境的影响,并揭示 2010 年至 2017 年期间校园噪声污染的变化值。为此,首先采用 SoundPLAN 7.3 软件对大学园区白天(07:00-19:00)和晚上(19:00-23:00)的公路环境噪声进行了映射。通过分析符合欧盟环境噪声指令(2002/49/EC)的《环境噪声评估和管理条例》规定的阈值,对 2010 年和 2017 年校园的交通噪声分布图进行了分析,对过去到目前为止在库卡若瓦大学校园测量的交通环境噪声进行了空间变化识别。该条例规定了阈值,即(1)07:01 至 19:00 的白天为 65dB(A),(2)19:01 至 23:00 的晚上为 60dB(A),(3)23:01 至 07:00 的夜间为 55dB(A)。然后,在研究区域中确定了没有任何植被空间来设置排放源公路和面向路边的建筑物前墙之间障碍物的科学与文学学院、工程学院、建筑学院、经济与管理学院、牙科学院、法学院和传播学院的教学楼是最容易受到噪声影响的结构。在研究区域中,与 2010 年相比,2017 年噪声分布的比较表明,暴露于 35dB(A)及以下、35-45dB(A)和 45-55dB(A)噪声值的区域减少,而暴露于接近法定阈值的 60dB(A)噪声值和 65dB(A)以上噪声水平的区域则相应增加。