Introduction In recent years, questions have been asked about how people's exposure to air
pollution varies across different transport modes, particularly in urban areas and how …

Recently, the need to assess personal exposure in different micro-environments has been
highlighted. Further, estimating the inhaled dose of pollutants is considerably one of the …

Travelers are exposed to higher levels of Particulate Matter (PM). The present study
investigates variability in exposure to PM 2.5 for eight transport microenvironments. Data …

Aerosol and bioaerosol concentration measurements were performed in a dental office
during routine procedures. Average mass concentrations of submicrometer PM 1 particles …

Assessment of pedestrian exposure and lung deposition is critical to better understanding
the health risks resulting from exposure to ambient particles, and to develop site-specific risk …

Trees have been reported to help reduce streetside air pollution, hence reduce public
exposure risk to traffic-related air pollutants such as particulate matter (PM). This study …

Roadside green infrastructure (GI) has attracted worldwide attention for its potentials to
alleviate local air pollution. However, previous studies have not clearly characterized the …

Worldwide, there is an increasing uptake of traffic management interventions aimed at
reducing the impact of traffic related air pollution on public health. However, the evidence …

In cities, street canyons are common features that affect the exposure level and health of
pedestrians, drivers, and passengers. The purpose of this study is to analyze the …

Commuting adds a significant proportion to the total PM 2.5 and PM 1 exposure
concentration, especially in urban areas. However, spatial and inter-day variations of …