中国环境科学
中國環境科學
중국배경과학
CHINA ENVIRONMENTAL SCIENCE
2014年
10期
2701-2705
,共5页
细颗粒物%大气污染%城市%死亡%期望寿命
細顆粒物%大氣汙染%城市%死亡%期望壽命
세과립물%대기오염%성시%사망%기망수명
PM2.5%air pollution%city%death%life expectancy
收集我国2013年74个环保重点城市的细颗粒物(PM2.5)浓度.采用《全球疾病负担2010》提供的PM2.5与4种主要疾病死亡率的暴露反应关系系数,构建74个城市的城区居民寿命表,评估PM2.5造成的期望寿命损失和不同PM2.5控制目标对居民期望寿命的影响.结果显示,2013年我国74个城市的PM2.5污染可使居民期望寿命减少1.48岁;如果PM2.5年均水平降低10%、25%,可分别使期望寿命增加0.05岁和0.15岁;若进一步降低,达到国二标准、国一标准和世界卫生组织的空气质量指导值水平,可使期望寿命分别增加0.42岁、1.04岁和1.26岁.本研究提示,大气PM2.5污染是决定我国城市居民期望寿命的重要因素,降低PM2.5浓度可显著增加居民的期望寿命.
收集我國2013年74箇環保重點城市的細顆粒物(PM2.5)濃度.採用《全毬疾病負擔2010》提供的PM2.5與4種主要疾病死亡率的暴露反應關繫繫數,構建74箇城市的城區居民壽命錶,評估PM2.5造成的期望壽命損失和不同PM2.5控製目標對居民期望壽命的影響.結果顯示,2013年我國74箇城市的PM2.5汙染可使居民期望壽命減少1.48歲;如果PM2.5年均水平降低10%、25%,可分彆使期望壽命增加0.05歲和0.15歲;若進一步降低,達到國二標準、國一標準和世界衛生組織的空氣質量指導值水平,可使期望壽命分彆增加0.42歲、1.04歲和1.26歲.本研究提示,大氣PM2.5汙染是決定我國城市居民期望壽命的重要因素,降低PM2.5濃度可顯著增加居民的期望壽命.
수집아국2013년74개배보중점성시적세과립물(PM2.5)농도.채용《전구질병부담2010》제공적PM2.5여4충주요질병사망솔적폭로반응관계계수,구건74개성시적성구거민수명표,평고PM2.5조성적기망수명손실화불동PM2.5공제목표대거민기망수명적영향.결과현시,2013년아국74개성시적PM2.5오염가사거민기망수명감소1.48세;여과PM2.5년균수평강저10%、25%,가분별사기망수명증가0.05세화0.15세;약진일보강저,체도국이표준、국일표준화세계위생조직적공기질량지도치수평,가사기망수명분별증가0.42세、1.04세화1.26세.본연구제시,대기PM2.5오염시결정아국성시거민기망수명적중요인소,강저PM2.5농도가현저증가거민적기망수명.
The PM2.5-related loss on life expectancy in 2013 in 74 key Chinese cities was evaluated based on the annual average PM2.5 concentration, exposure-response relationship coefficients of PM2.5, mortality due to 4 main diseases from“Global Burden of Disease 2010”, and the life table of urban permanent residents. Pollution caused by PM2.5 could attribute to a decrease in 1.48 years in life expecteny. Increases of 0.42, 1.04 and 1.26 years in life expectancy comparing with the 2013 level were estimated if the PM2.5 level was decreased to the second level of national air quality standard, the first level of national air quality standard and the Air Quality Guidelines formulated by World Health Organization, respectively. This study suggested that ambient PM2.5 pollution was an important determinant of the life expectancy of Chinese urban residents, and reducing PM2.5 could improve the life expectancy.