Indoor Air · 2018 · 73 citations · 39 references
Public HealthEnvironmental SciencesAir PollutionBuilt EnvironmentEnvironmental HealthAir PollutantsAir QualityEnvironmental ExposuresExposure AssessmentExposure MonitoringParticulate MatterBlack CarbonFine Particulate MatterHealth Effects Of Particulate MatterLinear Mixed ModelsParticulate Mass ConcentrationParticulate Number ConcentrationPersonal Exposure MonitoringPollutant Exposure Assessment
), carbon monoxide (CO), and particle number concentration (PNC) among adult residents of Fort Collins, Colorado, USA. Forty-four participants carried a backpack containing personal monitoring instruments for eight nonconsecutive 24-hour periods. Exposures were apportioned into five microenvironments: Home, Work, Transit, Eateries, and Other. Personal exposures exhibited wide heterogeneity that was dominated by within-person variability (both day-to-day and between microenvironment variability). Linear mixed-effects models were used to compare mean personal exposures in each microenvironment, while accounting for possible within-person correlation. Mean personal exposures during Transit and at Eateries tended to be higher than exposures at Home, where participants spent the majority of their time. Compared to Home, mean exposures to BC in Transit were, on average, 129% [95% confidence interval: 101% 162%] higher and exposures to PNC were 180% [101% 289%] higher in Eateries.
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Aaron J. Cohen, Michael Bräuer, Richard Burnett et al. · The Lancet · 2017 · 6.6K citations · Full text
Public Health, Environmental Sciences, Population Health Sciences +17
Neil E. Klepeis, William Nelson, Wayne R. Ott et al. · Journal of Exposure Science & Environmental Epidemiology · 2001 · 4.7K citations · Full text
Impact of time–activity patterns on personal exposure to black carbon
Evi Dons, Luc Int Panis, Martine Van Poppel et al. · Atmospheric Environment · 2011 · 285 citations