Many of the significant advances in our understanding of atmospheric particles can be
attributed to the application of mass spectrometry. Mass spectrometry provides high …

Regulatory and scientific applications of photochemical models are typically evaluated by
comparing model estimates to measured values. It is important to compare quantitative …

The objective of this paper is to provide a comprehensive theoretical review with regard to
history, existing approaches, recent developments, major research, associated …

The Border Air Quality and Meteorology study (BAQS-Met) was an intensive field campaign
conducted in Southwestern Ontario during the summer of 2007. The focus of BAQS-Met was …

This study examines the complexity of various processes influencing summertime ozone
levels in the southern Great Lakes region of North America. Results from the Border Air …

A three-level nested regional air pollution model has been used to study the processes
leading to high ozone concentrations in the southern Great Lakes region of North America …

The impact of air emissions from electricity generation depends on the spatial distribution of
power plants and electricity dispatch decisions. Thus, any realistic evaluation of the air …

High time-resolved aircraft data, concurrent surface measurements and air quality model
simulations were explored to diagnose the processes influencing aerosol chemistry under …

Ten different approaches for applying lateral and top climatological boundary conditions for
ozone have been evaluated using the off-line regional air-quality model AURAMS, driven …

The new international regulations that limit the ambient PM2. 5 levels necessitated reliable
methods to monitor and report these very fine particulate matter emissions from contributing …