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Ambient Noise Level Prediction during Festival Season in Metro City of South East Asian Region

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Title Ambient Noise Level Prediction during Festival Season in Metro City of South East Asian Region
 
Creator Vanerkar, Atul P
Lokhande, S K
Ganatra, Sunil H
 
Subject Noise Pollution
 
Description Physical pollutants such as noise, causes so much confusion regarding its effect, often take the back seat when
deleterious effects to the environment are considered. Metropolitan city of South East Asian region was selected
for the study where day and night noise is monitored in higher levels in festival seasons as well as in normal
seasons in all zones. It was found that prescribed noise level were increased 19.23%, 19.33% and 23.08% near
Courts, schools and hospitals respectively under the silent zone. Slum areas are already affected whole year and
noise level in middle class areas recorded 7.69% higher in festival season where as high class residential areas
are found safer than the other two types of areas under the residential zone. Almost 85% areas under
commercial zone are affected by higher noise levels in both the seasons where as in festival season only 4%
readings were increases in day and night. Over all 10.25% and 8.12% day & night noise level were increases
where as hectic city traffic increases 36.58% rapidly in festival season in all the zones. The affects can also be
seen in the form of variety of negative emotions including anger, disappointment, unhappiness, anxiety and
even depression. Therefore to avoid the adverse effects there is an urgent need to control noise pollution by
implementing strict rules and through launching awareness-campaign.
 
Date 2014-04
 
Type Article
PeerReviewed
 
Format application/pdf
 
Identifier http://neeri.csircentral.net/892/1/10%20paper%20Satish%20April%202014.pdf
Vanerkar, Atul P and Lokhande, S K and Ganatra, Sunil H (2014) Ambient Noise Level Prediction during Festival Season in Metro City of South East Asian Region. International Journal of Engineering Research and Application. pp. 1-12. ISSN 2248-9622
 
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