This presentation contains information on indoor-outdoor air pollutant surveys conducted in seven homes in the San Francisco Bay Area, along with application of a recursive indoor-outdoor model to the data.

Software package for conducting research in human exposure. Routines for manipulating and plotting data, analyzing activity patterns, indoor air quality modeling, and exposure simulation. Miscellaneous data sets for activity patterns and air pollutant monitoring.

Conference paper containing a description of experiments involving the smoking of a Marlboro cigarette and a Kentucky Research cigarette in a house -- conducted to provide a side-by-side comparison of a real-time PAH sensor (Ecochem PAS 1000i) and a real-time respirable suspended particle (RSP) monitor (TSI 8510 piezobalance).

USEPA report containing a first analysis of data from the 1992-94 National Human Activity Pattern Survey (NHAPS)

Article on the national human activity pattern survey (NHAPS), which interviewed 9,386 Americans by telephone on their potential exposure to household air and water contaminants

Article containing analytical solutions to one and two-compartment indoor air quality models based on Laplace transforms and model evaluation using empirical data measured in a residence

Book chapter reviewing information on environmental tobacco smoke particles, including physical and chemical characteristics, exposure levels, and dynamics.

Ph.D. dissertation focusing on the simulation of individual and population exposure to residential secondhand tobacco smoke using scripted behavior and observed distributions of human time-location patterns in US homes

Article presenting a simulation study on the effectiveness of window, door, and filtration-related strategies for reducing residential secondhand tobacco smoke exposure. Both hypothetical scripted behavior and observed distributions of human time-location patterns in US homes were used as input into the simulation model.

Article presenting a simulation study of the impact that the multicompartment nature of US homes has on residential exposure to secondhand tobacco smoke. Both hypothetical scripted behavior and observed distributions of human time-location patterns in US homes were used as input to the simulation model.