The Arctic is warming at more than twice the rate of the global average. This warming is
influenced by clouds, which modulate the solar and terrestrial radiative fluxes and, thus …

The major organic compositions from biomass burning emissions are monosaccharide
derivatives from the breakdown of cellulose, generally accompanied by small amounts of …

Levoglucosan (LG) emitted from non-biomass burning (non-BB) sources has given rise to
biased or even unreasonable source identification results when adopting LG as a distinct …

Biomass burning emits large amounts of phenols, which can partition into cloud/fog drops
and aerosol liquid water (ALW) and react to form aqueous secondary organic aerosol …

We analyzed long-term measurements of organic carbon, elemental carbon, and source-
specific organic tracers from 2017 to 2020 to constrain carbonaceous aerosol sources in the …

Phenolic compounds (PhCs) are crucial atmospheric pollutants typically emitted by biomass
burning and receive particular concerns considering their toxicity, light-absorbing properties …

Polar regions are fragile ecosystems threatened by both long-range pollution and local
human contamination. In this context, the environmental distribution of the Personal Care …

We present results from a systematic study of vertical profiles of aerosol number size
distribution and black carbon (BC) concentrations conducted in the Arctic, over Ny-Ålesund …

The role aerosol chemical composition plays in Arctic low-level cloud formation is still poorly
understood. In this study we address this issue by combining in situ observations of the …

The concentrations and particle-size distribution of sugars in Arctic aerosol samples were
studied to investigate their potential sources and transport. Sugars are constituents of the …