空间和时间实时环境一氧化碳朝前映射班加罗尔市

IF 0.5 Q3 GEOGRAPHY
R. Gopinath, G. M. M. Krishna, Pratik kumar Sinha, Nitish Kumar, D. Tripathi
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引用次数: 0

摘要

城市居民的寿命取决于环境空气质量,而城市化往往会影响环境空气质量。在这种背景下,自独立以来,班加罗尔在空气和汽车污染水平上升的情况下蓬勃发展。环境一氧化碳(CO)被认为是最危险的空气污染物标准,但对班加罗尔市的研究/文献不足。为了填补这一空白,预先发送的研究使用校准的数字“CO”传感器对班加罗尔不同病房的环境“CO”浓度的时空图变化进行了详细检查。该方法主要包括深入的文献综述,然后是对每个“病房”的监测站进行固定的勘测调查。此外,在这些观测站,定期和有规律地进行了广泛的初级数据收集。该目标旨在划定班加罗尔最关键和非关键的地方,以纳入补救措施。观察到400多次突发事件可能引发充血性心力衰竭,时间辨别能力受损,心绞痛反应时间缩短,警惕性下降。可持续性措施总结了这项研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spatial and temporal real-time ambient Carbon Monoxide ward–wise mapping for BENGALURU City
Longevity in life span of city dwellers depends upon the quality of ambient air, which is often compromised due to urbanization. In this context, since independence, Bengaluru has rampantly grown with elevated air and automobile pollution levels. Ambient Carbon Monoxide [CO], which is considered to be the most dangerous criteria air pollutant, however has insufficient research/literature for the city of Bengaluru. To plug this gap, the pre-sent study engages a detailed examination for Temporal and Spatial Map-ping variation of Ambient ‘CO’ concentration in different wards of Bengaluru using calibrated Digital ‘CO’ sensor. The methodology involved primarily an intensive literature review followed by reconnaissance survey for fixation of monitoring stations about each ‘ward’. Further at these observatories, extensive primary data collection was ensued at periodic and regular intervals. The objective serves to delineate the most critical and non-critical places in Bengaluru to incorporate remedial measures. Startling 400+ violations with potential of triggering congestive heart failure, impaired performance in time discrimination, shortened time to angina response and vigilance decrement were observed. Sustainability measures conclude the study.
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自引率
28.60%
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审稿时长
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