Tropospheric ozone (O3) negatively impacts human health and ecosystems, and is a
greenhouse gas. Wildfires are a source of tropospheric O3, and studies show that wildfires …

Wildfire activity is predicted to increase with global climate change, resulting in longer fire
seasons and larger areas burned. The emissions from fires are highly variable owing to …

With a rapid increase in air traffic, aviation has become an increasingly important contributor
to anthropogenic air pollutants (particularly nitrogen oxides (NO X)) over China. This study …

We investigate the influence of smoke on ozone (O3) abundances over the contiguous
United States. Using colocated observations of particulate matter and the National Weather …

Increases in the severity and frequency of large fires necessitate improved understanding of
the influence of smoke on air quality and public health. The objective of this study is to …

Wildfire smoke aerosols, once emitted, can transport over long distances and affect surface
air quality in downwind regions. In New York State (NYS), fine particulate matter (PM 2.5) …

Fine (PM2. 5) and coarse (PM2. 5–10) smoke particles from controlled biomass burnings of
a shrub-dominated forest in Lousã Mountain, Portugal, enabled the quantification by …

Forest fires are a major contributor of atmospheric gaseous and particulate pollutants. With
respect to forest fires, Greece faces one of Europe's most severe problems during summer …

Bushfires produce many toxic pollutants and the smoke has been shown to have negative
effects on human health, especially to the respiratory system. Bushfires are predicted to …

A source‐oriented SAPRC‐99 gas phase photochemical mechanism was incorporated into
the Community Multiscale Air Quality (CMAQ) model to determine the contributions of …