The stratospheric ozone layer has undergone severe depletion as a result of anthropogenic halocarbons. Although the Montreal Protocol has provided relief, anthropogenic emissions of another ...

There is no observational evidence supporting severe stratospheric ozone depletion in the tropics. The study indicates that current understanding and data do not support the possibility of an ...

which facilitate the formation of polar stratospheric clouds. These clouds accelerate chemical reactions that break down ...

“We celebrate 35 years of the Montreal Protocol’s success in protecting the stratospheric ozone layer against synthetic chemicals that also cause climate heating,” said Secretary-General ...

The research team conducted experiments to analyze the impacts of methane, carbon dioxide, and sea surface temperature on stratospheric ozone under the Representative Concentration Pathway (RCP ...

Find out more about these research areas, as well as current projects and vacancies within the ACRG, by following the links. The ACRG is a multidisciplinary group, but our research activites typically ...

Ozone depletion is directly related to the temperature in the stratosphere, which is the layer of the atmosphere between around 10 km and round 50 km altitude. This is because polar stratospheric ...

The above image shows the nine planetary boundaries diagram depicted in a circle which, starting from 12 o'clock and running clock-wise, include: climate change, novel entities, stratospheric ozone ...

Caption Schematic of the temperature changes in the Antarctic upper stratospheric during austral winter. Note that BD stands for “Brewer–Dobson” circulation, which refers to the pattern of ...