High pollution levels have been often observed in urban street canyons due to the increased
traffic emissions and reduced natural ventilation. Microscale dispersion models with different …

Road traffic induces air and noise pollution in urban environments having negative impacts
on human health. Thus, estimating exposure to road traffic air and noise pollution (hereafter …

With rapid development in computer hardware and numerical algorithms, computational
fluid dynamics (CFD) techniques are widely utilized to study the wind field and pollutant …

Traffic management strategies not only affects public safety and convenience, but also can
affect air quality significantly and thus may affect public health, as traffic is one of the most …

Simultaneous measurements of particle size distribution (size/range 10–700nm) inside an
urban street canyon and a nearby urban background location in Copenhagen in May …

Residents of large European cities are exposed to NO 2 concentrations that often exceed
the established air quality standards. Diesel cars have been identified as a major contributor …

The hypothesis that exposure to traffic-related air pollution increases the risk of develo**
cancer during childhood was investigated. The authors enrolled 1,989 children reported to …

A new prototype model system named AirGIS has been developed to support local
authorities in air quality management for big Danish cities. The system is based on the …

There is often a large discrepancy between the questions raised by policy makers and the
responses offered by scientists. Current modeling approaches do not answer some of the …

Operational models for pollutant dispersion in urban areas require an estimate of the
turbulent transfer between the street canyons and the overlying atmospheric flow. To date …