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An Integrated Risk Function for Estimating the Global Burden of Disease Attributable to Ambient Fine Particulate Matter Exposure
Environmental Health Perspectives · 2014 · Vol. 122(4) · pp. 397–403
Richard T. Burnett✉(Health Canada)C. Arden Pope(Brigham Young University)Majid Ezzati(MRC Centre for Environment and Health)Casey Olives(University of Washington)Stephen S Lim(Institute for Health Metrics and Evaluation)Sumi MehtaHwashin Hyun Shin(Health Canada)Gitanjali Singh(Harvard University)Bryan Hubbell(Environmental Protection Agency)Michael Bräuer(University of British Columbia)H Ross Anderson(King's College London)Kirk R. Smith(University of California, Berkeley)John R. Balmes(University of California, San Francisco)Nigel Bruce(University of Liverpool)Haidong Kan(Fudan University)Francine LadenAnnette Prüss‐Üstün(World Health Organization - Pakistan)Michelle C. Turner(University of Ottawa)Susan M. Gapstur(American Cancer Society)W. Ryan Diver(American Cancer Society)Aaron Cohen(Health Effects Institute)
Abstract
We developed a fine particulate mass-based RR model that covered the global range of exposure by integrating RR information from different combustion types that generate emissions of particulate matter. The model can be updated as new RR information becomes available.
Air Quality and Health ImpactsEnergy and Environment ImpactsClimate Change and Health ImpactsMedicineRelative riskEnvironmental healthAttributable riskCOPDPopulationStroke (engine)ParticulatesInhalation exposureToxicology
MeSH terms
Environmental ExposureFemaleHumansMaleModels, TheoreticalCost of IllnessParticulate Matter
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1,901
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field-weighted impact
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References
An Estimate of the Global Burden of Anthropogenic Ozone and Fine Particulate Matter on Premature Human Mortality Using Atmospheric Modeling
Environmental Health Perspectives · 2010 · 774 citations
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