Where Are You Most Likely to Die from Air Pollution?

Here’s where you’re most likely to die from air pollution(John Metcalfe, Grist, Sep. 20, 2013)

Also discussed here:The Global Toll of Fine Particulate Matter(NASA Earth Observatory, Sep. 19, 2013)

And here:An Estimate of the Global Burden of Anthropogenic Ozone and 
Fine Particulate Matter on Premature Human Mortality Using 
Atmospheric Modeling(Susan C. Anenberg, Larry W. Horowitz, Daniel Q. Tong, J. Jason West, Environmental health Perspectives, Apr. 9, 2010)

And here:Air Pollution Kills More Than 2 Million a Year(John Metcalfe, Atlantic Cities, Jul. 16, 2013)
Today we review a map showing levels of pollution, expressed in terms of premature deaths per year per 1,000 km2. The map was based on global atmospheric modeling which shows the relative impact of air pollution (specifically PM2.5) on human mortality between 1850 and 2000. Not surprisingly, the most polluted areas lie in China and India.  Somewhat surprisingly,  the southeast states in the USA show improvement as a result of cleaner ways of producing cotton and a decrease in local biomass burning.

To see Key Quotes and Linksto key reports about this post, click HERE


One Response

  1. Major factors that affect indoor air quality for key technology of indoor air quality control in the planning and design stage include the planning and design of building (location and the surrounding environment of building, room function and room location, location of public garbage channels, building materials), decoration design (walls, ceilings, decorative materials of floors), fitment design (furniture, electricity appliances, location of office equipment and its distribution intensity, purification equipment), the design of drainage facilities (water storage equipment, water storage height), staff, design of ventilation system (system form, air form, purification mode and its efficiency, fresh air quantity, location of fresh air collection and approach of fresh air). With the development of simulation technology at present, making pre-assessment to concentration field and temperature field in the design stage can find existent problems in the design effectively and prevent accident occurred. From the point of view of health building and building sustainable development, one of the major ways to improve indoor air environment is controlling the indoor air pollutants effectively and eliminating all sources of pollutants. Moreover, not using polluting materials in the building design is also important. In order to improve the efficiency of natural ventilation in building design, effect on air quality from materials of indoor decoration and fitment should accord with the request of “pollution control criterion of civil environment” (GB5032532001) requirements. Until now, the ventilation is still the most effective means of air purification for civil building.

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