During the last several decades, numerous researchers have provided evidence that
physical and biogeochemical processes at air-snow/ice-water interfaces are very complex …

Semi-volatile organic contaminants (SVOCs) are known for their tendency to evaporate from
source regions and undergo atmospheric transport to distant areas. Cold condensation …

The photodegradation of vanillin, as a proxy of methoxyphenols emitted by biomass burning,
was investigated in artificial snow at 243 K and in liquid water at room temperature. Nitrite …

Environmental context Recent research has been directed towards the exchange of
microorganisms and chemical compounds between snow and air. We investigate how …

The role of volatile organic compounds (VOC) in the snowpack for atmospheric oxidation,
gas-particle transfer and aerosol formation remains poorly understood, partly due to a lack of …

Liquid-like regions (LLRs) are found at the surfaces and grain boundaries of ice and as
inclusions within ice. These regions contain most of the solutes in ice and can be (photo) …

Bio-organic chemicals are ubiquitous in the Earth's atmosphere and at air-snow interfaces,
as well as in aerosols and in clouds. It has been known for centuries that airborne biological …

The following PhD study is aim to understand how the Activated Carbon Fiber adsorbent ca
be used in analytical chemistry world for the study of Persistent Organic Pollutants. After a …

The presence of snow can greatly affect the composition of the overlying atmosphere.
Furthermore, understanding the chemistry of compounds in a snowpack provides insight into …