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Exposure to noise and air pollution by mode of transportation during rush hours in Montreal

机译:蒙特利尔高峰时段交通方式所造成的噪音和空气污染

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According to the World Health Organization, air pollution and road traffic noise are two important environmental nuisances that could be harmful to the health and well-being of urban populations. Earlier studies suggest that motorists are more exposed to air pollutants than are active transportation users. However, because of their level of physical activity, cyclists also inhale more air pollutants. The main objective of this paper is to measure individuals' levels of exposure to air pollution (nitrogen dioxide – NO2) and road traffic noise according to their use of different modes of transportation.Three teams of three people each were formed: one person would travel by bicycle, one by public transit, and the third by car. Nearly one hundred trips were made, from various outlying Montreal neighbourhoods to the downtown area at 8 am, and in the opposite direction at 5 pm.The use of mixed models demonstrated that public transit commuters' and cyclists' levels of exposure to noise are significantly greater than motorists' exposure. Again, using mixed models, we found that although the levels of exposure to the NO2pollutant do not significantly differ among the three modes, the inhaled doses of NO2pollutant are more than three times higher for cyclists than for motorists due to their stronger ventilation rate. It is hardly surprising that the benefits of physical activity are of course greater for cyclists: they burn 3.63 times more calories than motorists. This ratio is also higher for public transport users (1.73) who combine several modes (walking, bus and/or subway and walking).
机译:根据世界卫生组织的数据,空气污染和道路交通噪声是两个重要的环境滋扰,可能对城市人口的健康和福祉有害。较早的研究表明,与活跃的交通使用者相比,驾驶员更容易受到空气污染物的污染。然而,由于他们的体育活动水平,骑自行车的人也吸入更多的空气污染物。本文的主要目的是根据个人使用不同的交通方式来衡量他们暴露于空气污染(二氧化氮– NO2)和道路交通噪声的水平。组成了三个团队,每个团队三个人:一个人要出差骑自行车,一辆乘公交车,第三辆乘汽车。从蒙特利尔的各个偏远社区到上午8点,到下午5点,在相反的方向进行了将近100次旅行。混合模型的使用表明,公共交通通勤者和骑自行车的人受到的噪声影响很大大于驾车者的暴露程度。再次,使用混合模型,我们发现虽然三种模式下NO2污染物的暴露水平没有显着差异,但由于骑车人的通气率更高,其吸入剂量比驾车者的NO2污染物高三倍以上。骑自行车者进行体育锻炼的好处当然更大,这并不奇怪:它们燃烧的卡路里比驾车者多消耗3.63倍。对于结合了多种模式(步行,公交和/或地铁和步行)的公共交通用户(1.73),该比率也更高。

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