Environmental Justice Aspects of Exposure to PM^sub 2.5^ Emissions from Electric Vehicle Use in China

Plug-in electric vehicles (EVs) in China aim to improve sustainability and reduce environmental health impacts of transport emissions. Urban use of EVs rather than conventional vehicles shifts transportation's air pollutant emissions from urban areas (tailpipes) to predominantly rural areas (po...

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Veröffentlicht in:Environmental science & technology 2015-12, Vol.49 (24), p.13912
Hauptverfasser: Ji, Shuguang, Cherry, Christopher R, Zhou, Wenjun, Sawhney, Rapinder, Wu, Ye, Cai, Siyi, Wang, Shuxiao, Marshall, Julian D
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container_end_page
container_issue 24
container_start_page 13912
container_title Environmental science & technology
container_volume 49
creator Ji, Shuguang
Cherry, Christopher R
Zhou, Wenjun
Sawhney, Rapinder
Wu, Ye
Cai, Siyi
Wang, Shuxiao
Marshall, Julian D
description Plug-in electric vehicles (EVs) in China aim to improve sustainability and reduce environmental health impacts of transport emissions. Urban use of EVs rather than conventional vehicles shifts transportation's air pollutant emissions from urban areas (tailpipes) to predominantly rural areas (power plants), changing the geographic distribution of health impacts. We model PM...-related health impacts attributable to urban EV use for 34 major cities. Our investigation focuses on environmental justice (EJ) by comparing pollutant inhalation versus income among impacted counties. We find that EVs could increase EJ challenge in China: most (~77%, range: 41-96%) emission inhalation attributable to urban EVs use is distributed to predominately rural communities whose incomes are on average lower than the cities where EVs are used. Results vary dramatically across cities depending on urban income and geography. Discriminant analysis reveals that counties with low income and high inhalation of urban EV emissions have comparatively higher agricultural employment rates, higher mortality rates, more children in the population, and lower education levels. We find that low-emission electricity sources such as renewable energy can help mitigate EJ issues raised here. Findings here are not unique to EVs, but instead are relevant for nearly all electricity-consuming technologies in urban areas. (ProQuest: ... denotes formulae/symbols omitted.)
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Urban use of EVs rather than conventional vehicles shifts transportation's air pollutant emissions from urban areas (tailpipes) to predominantly rural areas (power plants), changing the geographic distribution of health impacts. We model PM...-related health impacts attributable to urban EV use for 34 major cities. Our investigation focuses on environmental justice (EJ) by comparing pollutant inhalation versus income among impacted counties. We find that EVs could increase EJ challenge in China: most (~77%, range: 41-96%) emission inhalation attributable to urban EVs use is distributed to predominately rural communities whose incomes are on average lower than the cities where EVs are used. Results vary dramatically across cities depending on urban income and geography. Discriminant analysis reveals that counties with low income and high inhalation of urban EV emissions have comparatively higher agricultural employment rates, higher mortality rates, more children in the population, and lower education levels. We find that low-emission electricity sources such as renewable energy can help mitigate EJ issues raised here. Findings here are not unique to EVs, but instead are relevant for nearly all electricity-consuming technologies in urban areas. 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source American Chemical Society Journals
subjects Discriminant analysis
Electric vehicles
Environmental justice
Industrial plant emissions
Pollutants
Power plants
Rural areas
Urban areas
Vehicle emissions
title Environmental Justice Aspects of Exposure to PM^sub 2.5^ Emissions from Electric Vehicle Use in China
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