Environmental health - air pollution, temperature, climate change and the built environment
Globally, fine particulate matter air pollution with an aerodynamic diameter <2.5µm (PM2.5) is the fifth-ranked risk factor for mortality and adverse health associations have started to emerge in Australia. PM2.5 is a product of fossil fuel combustion and is increasingly being investigated to understand the role of different sources and their contribution to exposure. In metropolitan areas, particulate matter emissions from human activity are primarily a result of wood heaters, controlled burns, diesel engines and industry. The air in Australia is considered fairly clean relative to other countries because air pollution in other countries is terrible, not because Australian air is clean. Importantly there is no level of PM2.5 air pollution below which health effects have not been observed. One source of air pollution common to many countries is bushfire (wildfire) smoke.
Environmental Research. 2015 136: 120-132.
It is now generally well-accepted that air pollution affects the cardiovascular and respiratory systems, particularly among the elderly. We are conducting research to investigate effects of air pollution in Australia on understudied populations (children and pregnant women). We also conduct studies to investigate the effects of air pollution in understudied regions such as Ghana, studies that quantitatively summarise the effects of air pollution in high-exposure regions such as China, and studies that can better ascertain dose-response relationships through the use of high quality exposure data in the US and high quality health data in the Nordic countries. We also use satellite imagery to develop models for air pollution and investigate effects of residential greenness and other spatially derived exposures, and serve as editors to initiate special issues on energy transitions and health.
Project lead: Gavin Pereira
Collaborators: Norwegian Institute of Public Health, Yale University, Center for Climate Change Adaptation National Institute for Environmental Studies Japan, University of Tsukuba Japan, Korea University, School of Earth and Atmospheric Sciences Queensland University of Technology, Institute for Environmental and Climate Research (ECI) Jinan University China, University of Surrey, University of New South Wales
References
- Pereira G, Bell ML, Honda Y, Lee JT, Morawska L, Jalaludin B. Energy transitions, air quality and health. Environmental Research Letters. 2021 Feb 10;16(2):020202.
- Pereira, G., H. J. Lee, M. Bell, A. Regan, E. Malacova, B. Mullins, and L. D. Knibbs. 2017. “Development of a model for particulate matter pollution in Australia with * implications for other satellite-based models.” Environmental Research 159: 9-15. Jacobs, M., G. Zhang, S. Chen, B. Mullins, M. Bell, L. Jin, Y. Guo, R. Huxley, and G. Pereira. 2017. “The association between ambient air pollution and selected adverse pregnancy outcomes in China: A systematic review.” Science of the Total Environment 579: 1179-1192.
- Pereira, G., K. A. Evans, D. Q. Rich, M. B. Bracken, and M. L. Bell. 2016. “Fine Particulates, Preterm Birth, and Membrane Rupture in Rochester, NY.” Epidemiology 27 (1): 66-73.
- Pereira, G., K. Belanger, K. Ebisu, and M. L. Bell. 2014. “Fine particulate matter and risk of preterm birth in Connecticut in 2000-2006: A longitudinal study.” American Journal Of Epidemiology 179 (1): 67-74.
- Pereira, G., M. L. Bell, K. Belanger, and N. de Klerk. 2014. “Fine particulate matter and risk of preterm birth and pre-labor rupture of membranes in Perth, Western Australia 1997-2007: A longitudinal study.” Environment International 73: 143-149.
- Pereira, G., H. Christian, S. Foster, B. J. Boruff, F. Bull, M. Knuiman, and B. Giles-Corti. 2013. “The association between neighborhood greenness and weight status: An observational study in Perth Western Australia.” Environmental Health: A Global Access Science Source 12 (1)
- Pereira, G., S. Foster, K. Martin, H. Christian, B. J. Boruff, M. Knuiman, and B. Giles-Corti. 2012. “The association between neighborhood greenness and cardiovascular disease: An observational study.” BMC Public Health 12 (1)
- Pereira, G., A. Cook, F. Haggar, C. Bower, and N. Nassar. 2012. “Seasonal variation in fetal growth: Accounting for sociodemographic, biological, and environmental exposures.” American Journal Of Obstetrics And Gynecology 206 (1)
- Pereira, G., E. Blair, and D. Lawrence. 2012. “Validation of a model for optimal birth weight: A prospective study using serial ultrasounds.” BMC Pediatrics 12
- Pereira, G., A. G. Cook, F. Haggar, C. Bower, and N. Nassar. 2012. “Locally derived traffic-related air pollution and fetal growth restriction: A retrospective cohort study.” Occupational And Environmental Medicine 69 (11): 815-822.
- Pereira, G., N. Nassar, A. Cook, and C. Bower. 2011. “Traffic emissions are associated with reduced fetal growth in areas of Perth, Western Australia: An application of the AusRoads dispersion model.” Australian And New Zealand Journal Of Public Health 35 (5): 451-458.
- Pereira, G., N. Nassar, C. Bower, P. Weinstein, and A. Cook. 2010. “Residential exposure to traffic emissions and adverse pregnancy outcomes.” SAPIENS 3 (1)
- Pereira, G., A. J. B. M. De Vos, A. Cook, and C. D’Arcy. 2010. “Vector fields of risk: A new approach to the geographical representation of childhood asthma.” Health and Place 16 (1): 140-146.
- Pereira, G., and C. D. A. J. Holman.. “A case-crossover analysis of traffic-related air pollution and emergency department presentations for asthma in Perth, Western Australia.” Medical Journal of Australia 193 (9).
- Pereira, G., N. Nassar, C. Bower, and A. G. Cook.. “Residential exposure to traffic emissions and adverse pregnancy outcomes.” Surveys and Perspectives Integrating Society and Environment 3 (2).
- Pereira, G., A. J. B. M. De Vos, and A. Cook. 2009. “Residential traffic exposure and children’s emergency department presentation for asthma: A spatial study.” International Journal of Health Geographics 8