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ESRAC members have developed and implemented human exposure modeling for volatile organic compounds, particulate matter, dust, and pesticides. These include outdoor-indoor transport and indoor source models coupled to personal exposure simulation models. Such exposure models have been applied to a risk ranking of hazardous air pollutants in the U.S., route-specific risk estimates of pesticide exposures to children, and particulate matter exposures in Europe. Research includes exposure and risk assessment to contaminants in dust.
Projects
- A New Hip Fracture Risk Prediction Tool Based on Common Predictors and Hip
- Characterization of Infants' Exposure to Trichloroethylene: Implications for Cancer Risk Assessment
- Migration of Soil Particles to the Indoor Environment: Implications for Risk Assessment
- Modeling Dietary Contributions to Arsenic Dose and Methylation: Elucidating Predictive Linkages
- Risk Perception, Drinking Water Source and Quality in a Low-Income Latino Community Along the US-Mexico Border
- R0-1 Comparison of Diesel to Biodiesel Emissions in Underground Mining
- Spatial Analysis of Traffic-Related Exposures and Respiratory Outcomes in Children