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HUMAN EXPOSURE MODELING FOR AIR TOXICS USING STOCHASTIC HUMAN EXPOSURE AND DOSE SIMULATION (SHEDS)
Citation:
Ozkaynak, A H., S E. Graham, AND J M. Burke. HUMAN EXPOSURE MODELING FOR AIR TOXICS USING STOCHASTIC HUMAN EXPOSURE AND DOSE SIMULATION (SHEDS). Presented at EPA Regions/States/Local Modelers Workshop, Boston, MA, June 8-11, 2004.
Impact/Purpose:
The goal of this research to develop models and computational tools to improve understanding of the functional relationships underlying human exposure to air toxics, and to reduce uncertainty in estimates of exposure to individuals and populations of concern. This goal will be met by addressing a number of key objectives in this task and include:
Model Research and Development: develop a multiroute/pathway/media human exposure and dose model for air toxics.
Model Application: apply model to an urban area (Houston, TX) to estimate human population exposure and dose.
Model Performance Evaluation: compare and evaluate exposure and dose estimates with independent model estimates or personal exposure measurements
Description:
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