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Ozone pollution in China: Background and transboundary contributions to ozone concentration & related health effects across the country

机译:中国臭氧污染:背景和跨界贡献对全国的臭氧浓度和相关的健康影响

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摘要

China experiences high ozone concentrations with highest annual 8-hour maximum concentration in eastern China of 78 μg/m~3 and was followed by southern (73 μg/m~3), north-western (69 μg/m~3), northern (68 μg/m~3), central (67 μg/m~3), north eastern (65 μg/m~3) and south-western China (59 μg/m~3). Ozone concentration peaked in spring season in 4 (eastern, northern, north eastern & central) of 7 regions across China while lowest concentration in most regions across China was experienced in winter season with central and southern China being the only exceptions. Regions outside Asia contributed ozone to all regions across China with highest contributions in 4 (East, Central, North & Northeast) of the 7 regions. South-western China had the largest ozone contribution from outside (23%) and was followed by 16.39% outside ozone contribution in north-western China, 11.64% contribution in north eastern China, 11% contribution in northern China, 7.85% contribution in southern China, 5.28% contribution in central China while 4.56% contribution in eastern China. Policy relevant background (PRB) concentration was above 47 μg/m~3 in all regions across China and contributed about 71 -94% to total ozone concentration with highest PRB concentration of 65.25 μg/m~3 recorded in north-west China. China recorded 93,351 (95% CI: 11001-169,898) ozone related premature mortality in 2015 with 42,673 (95%CI: 11001-69,586) respiratory mortality and 50,678 (95%CI: 0-100,312) cardiovascular mortality. Northern and eastern China recorded high ozone related mortality with 18,230 (95%CI: 4700-29,727) & 12,261 (95%CI: 3161-19,993) respiratory and 21,662 (95%CI: 0-42,877) & 14,528 (95%CI: 0-28,757) cardiovascular deaths respectively. In terms of foreign contributions, premature mortality due to ozone from outside Asia contributed the most to China with 1070 (95%CI: 276-1746) respiratory mortality and 1270 (95%CI: 0-2515) cardiovascular mortality. East Asia contributed to about 419 (95%CI: 109-679) respiratory deaths and 501 (95%CI: 0-989) cardiovascular deaths while North Asia contributed to 220 (95%CI: 56-358) respiratory mortality and 260 (95%CI, 0-515) cardiovascular mortality.
机译:中国经历高臭氧浓度,在中国东部最高8小时的最高浓度为78μg/ m〜3,然后是南方(73μg/ m〜3),西北(69μg/ m〜3),北方(68μg/ m〜3),中央(67μg/ m〜3),东北(65μg/ m〜3)和西南部(59μg/ m〜3)。臭氧浓度在中国7个地区的4个(东部,北部,东部和中央)的春季达到峰值,而中国大多数地区的最低集中在冬季经验丰富,中国中部和南方是唯一的例外。亚洲以外的地区为7个区域的4个(东,中央,北部&东北部)的最高贡献提供了臭氧。中国西南部的臭氧贡献最大(23%),其次在中国西北部的臭氧贡献之后占臭氧贡献16.39%,中国东北11.64%,中国北方11%的贡献,南部贡献7.85%中国,中国中部5.28%,中国东部的贡献4.56%。政策相关背景(PRB)浓度在中国各地的所有地区高于47μg/ m〜3以上,并贡献大约71-94%的总臭氧浓度,最高PRB浓度为35.25μg/ m〜3。中国录得93,351(95%CI:11001-169,898)2015年臭氧相关过早死亡率,42,673(95%CI:11001-69,586)呼吸道死亡率和50,678(95%CI:0-100,312)心血管死亡率。北部和东部地区记录了高臭氧相关的死亡率,18,230(95%CI:4700-29,727)和12,261(95%CI:3161-19,993)呼吸和21,662(95%CI:0-42,877)&14,528(95%CI: 0-28,757)分别是心血管死亡。在外国贡献方面,来自亚洲外部臭氧的过早死亡最多为中国贡献了1070(95%CI:276-1746)呼吸道死亡率和1270(95%CI:0-2515)心血管死亡率。东亚有贡献至约419(95%CI:109-679)呼吸死亡和501(95%CI:0-989)心血管死亡,而北亚有助于220(95%CI:56-358)呼吸死亡率和260( 95%CI,0-515)心血管死亡率。

著录项

  • 来源
    《Science of the total environment》 |2021年第20期|144131.1-144131.9|共9页
  • 作者单位

    State Key Joint Laboratory of Environmental Simulation and Pollution Control School of Environment Tsinghua University Beijing 100084 China;

    State Key Joint Laboratory of Environmental Simulation and Pollution Control School of Environment Tsinghua University Beijing 100084 China;

    State Key Joint Laboratory of Environmental Simulation and Pollution Control School of Environment Tsinghua University Beijing 100084 China;

    State Key Joint Laboratory of Environmental Simulation and Pollution Control School of Environment Tsinghua University Beijing 100084 China;

    State Key Joint Laboratory of Environmental Simulation and Pollution Control School of Environment Tsinghua University Beijing 100084 China State Environmental Protection Key Laboratory of Sources and Control of Air Pollution Complex Beijing 100084 China;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Ozone; Regional contribution; Background concentration; Health risk; Premature mortality; China;

    机译:臭氧;区域贡献;背景浓度;健康风险;过早死亡;中国;

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