As the intricacies of paleoclimate dynamics are explored, it is becoming understood that sea-
ice variability can instigate, or contribute to, climate change instabilities commonly described …

As the third most important greenhouse gas (GHG) after CO 2 and methane, tropospheric
ozone (O 3) is also an air pollutant causing damage to human health and ecosystems. This …

Elevated concentrations of atmospheric bromine are known to cause ozone depletion in the
Arctic, which is most frequently observed during springtime. We implement a detailed …

Sea salt aerosols play an important role in the radiation budget and atmospheric
composition over the Arctic, where the climate is rapidly changing. Previous observational …

Ozone depletion events (ODEs) are a common occurrence in the boundary layer during
Arctic spring. Ozone is depleted by bromine species, which are most likely emitted from …

Polar oceans and sea ice cover 15% of the Earth's ocean surface, and the environment is
changing rapidly at both poles. Improving knowledge on the interactions between the …

Bromine radicals (Br·) cause ozone depletion and mercury deposition in the Arctic
atmospheric boundary layer, following Polar sunrise. These Br radicals are primarily formed …

We evaluate the effects of rapidly changing Arctic sea ice conditions on sea salt aerosols
(SSA) produced by oceanic wave‐breaking and the sublimation of wind‐lofted salty blowing …

Reactive halogens play a prominent role in the atmospheric chemistry of the Arctic during
springtime. Field measurements and modeling studies suggest that halogens are emitted …

Tropospheric bromine release and ozone depletion events (ODEs) as they commonly occur
in the Arctic spring are studied using a regional model based on the open-source software …