On-road emissions vary widely on time scales as short as minutes and length scales as
short as tens of meters. Detailed data on emissions at these scales are a prerequisite to …

There is substantial evidence that air pollution exposure is associated with asthma
prevalence that affects millions of people worldwide. Air pollutant exposure can be …

In this study, we combine information from transportation network, traffic emissions, and
dispersion model to develop a framework to inform exposure estimates for traffic-related air …

Exposure to traffic-related air pollutants (TRAP) remains a key public health issue, and
improved exposure measures are needed to support health impact and epidemiologic …

Localized variations in traffic volume and speed can influence air pollutant emissions and
corresponding concentrations in nearby communities, but most studies have utilized only …

Exposure to traffic-related air pollutants (TRAPs) has been associated with numerous
adverse health effects. TRAP concentrations are highest meters away from major roads, and …

Air pollution is an important source of morbidity and mortality. It is essential to understand to
what levels of air pollution citizens are exposed, especially in urban areas. Low-cost sensors …

Vehicle traffic is one of the most significant emission sources of air pollutants in urban areas.
While the influence of mobile source emissions is felt throughout an urban area …

The role of school location in children's air pollution exposure and ability to actively
commute is a growing policy issue. Well-documented health impacts associated with near …

The near-roadway pollutant dispersion model RLINE was evaluated for prediction of
nitrogen oxides (NO x) and black carbon (BC) concentrations. Model predictions were …