Traffic-related air pollution contributes considerably to commuters' daily air pollution
exposure. Ultrafine particles (UFP) is one of the most commonly measured traffic-related air …

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 …

Abstract 'Smart'growth and electric vehicles are potential solutions to the negative impacts of
worldwide urbanization on air pollution and health. However, the effects of planning …

Black carbon (BC) is a significant source of air pollution since it impacts public health and
climate change. Understanding its distribution in the complex urban environment is …

As bicycling on roadways can cause adverse health effects, there is an urgent need to
understand how bicycle routes expose bicyclists to traffic emissions. Limited resources for …

The traffic microenvironment has been shown to be a major contributor to the total personal
exposure of black carbon (BC), and is key to local actions aiming at reducing health risks …

Introduction Commuting by car in cities during rush hour can potentially result in the
commuter being exposed to large concentrations of pollutants. We investigated the …

City dwellers' personal exposure to PM is influenced by numerous daily activities in multiple
indoor and outdoor micro-environments (MEs). This study assessed the integrated personal …

Abstract The AE51 micro-Aethalometer (microAeth) is a popular and useful tool for
assessing personal exposure to particulate black carbon (BC). However, few users of the …

Appropriately characterizing spatiotemporal individual mobility is important in many
research areas, including epidemiological studies focusing on air pollution. However, in …