The new research on the fine PM, ultrafine PM, and nano PM suggest that the impact of the PM particulates on human health is underestimated (e.g., HEI Studies). The complexity in pointing out a single source or a single pollutant is primarily due to the inter-independencies and the chemical mechanisms involved in the formation of the PM, which combines the properties of most of the criteria pollutants.
See SIM Series "Estimate Health Impacts of Air Pollution" for average dose response functions for mortality and morbidity.
While the dose response functions give an indication of the possible impacts of PM pollution, there is more, in terms of smog (visibility impacts), linkages to ozone pollution and agricultural yield, and impact of aerosols on climate change (and inherent impacts of local and global environment).
Also see
- Literature review on health impacts of outdoor air pollution (2004) by Health Effects Institute
- Methodology for estimating premature death associated with exposure to PM2.5 pollution by California Air Resources Board (2008)
- Presentations on epidemiological studies in Asia at BAQ 2008
- Core health indicators (2006) by World Health Organization (WHO)
- Cost of Pollution in China by The World Bank
- Comparative Quantification of Health Risks by WHO
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