Atmospheric aerosol deposition (wet and dry) is an important source of macro and
micronutrients (N, P, C, Si, and Fe) to the oceans. Most of the mass flux of air particles is …

To understand rapid physicochemical changes and to explore how to better conduct PMF for
source apportionment during haze episodes, EPA Positive Matrix Factorization (PMF) 5.0 …

Anthropogenic particulate matter with sizes smaller than 1 μm (PM 1) is a concerning air
pollutant that can affect human health. In this study, we present PM 1 measurements …

Understanding sources and atmospheric processes that can influence the physiochemical
properties of carbonaceous aerosols is essential to evaluate their impacts on air quality and …

The catalytic oxidation of SO 2 by metal ions in aerosol water may be one of the important
sources of sulfate in the atmospheric environment. In order to better understand the catalytic …

Residential wood burning emits a complex mixture of particulate and gaseous compounds.
In this article we show an in-depth chemical characterization of particulate matter evidencing …

Pellet combustion in residential heating stoves has increased globally during the last
decade. Despite their high combustion efficiency, the widespread use of pellet stoves is …

The air pollution has impacted for years the population and the ecosystem in the industrial
area located in Quintero, Puchuncavi, and Concon counties, the coastal area of Central …

Atmospheric depositions have been recently recognized as an important source of nutrients
for off-shore marine systems, in line with the coastal input and physical exchange. The input …

Measurements of the composition of the gas and particulate phases were conducted from
May 9 to June 4 of 2016 at the Finokalia (Greece) remote coastal site in the eastern …