Wildfire-influenced air masses under regional background conditions were characterized at
the Mt. Bachelor Observatory (∼ 2800 m asl) in summer 2019 to provide a better …

Understanding the sources and composition of organic aerosol (OA) in indoor environments
requires rapid measurements, since many emissions and processes have short timescales …

Volatile organic compounds were quantified during two aircraft-based field campaigns using
highly automated, whole air samplers with expedited post-flight analysis via a new custom …

Biomass burning emits vapors and aerosols into the atmosphere that can rapidly evolve as
smoke plumes travel downwind and dilute, affecting climate-and health-relevant properties …

We have systematically examined the gas and particle phase emissions from seven wood
combustion devices. Among total carbon mass emitted (excluding CO2), CO emissions were …

Data on emission of atmospheric pollutants at local scale is essential for accurately
modelling forest fire emission at regional scale. In this study, we quantified emission factor …

We present the analysis of the atmospheric budget of nitrophenols and nitrocresols, a class
of nitroaromatics that raise great ecosystem and health concerns due to their phytotoxic and …

Isocyanic acid (HNCO) has recently been identified in ambient air at potentially concerning
concentrations for human health. Since its first atmospheric detection, significant progress …

Wildland fires in the western United States are projected to increase in frequency, duration,
and size. Characterized by widespread and diverse conifer forests, burning within this …

We characterised trace gas emissions from Australian temperate forest fires through a
mixture of open-path Fourier transform infrared (OP-FTIR) measurements and selective ion …