Tropospheric ozone (O 3) has increased globally since the end of 20th century. Its formation
undergoes complicated photochemical reactions and processes in the lower boundary …

Although only about 10% of all atmospheric ozone is located in the troposphere, it is the
main driver of the photochemical processes which lead to the recycling of most of the gases …

We have applied a global three‐dimensional chemistry‐transport model to quantify the
photochemistry of tropospheric O3 and compare the main source categories. We simulated …

Tropospheric ozone plays a major role in Earth's atmospheric chemistry processes and also
acts as an air pollutant and greenhouse gas. Due to its short lifetime, and dependence on …

We present the chemistry-climate model UM CAM in which a relatively detailed tropospheric
chemical module has been incorporated into the UK Met Office's Unified Model version 4.5 …

Anthropogenic emissions of chemical reactive trace gases have substantially altered the
composition of the troposphere. These perturbations have caused tropospheric O3 …

Tropospheric ozone is a key air pollutant and greenhouse gas. Its fate strongly depends on
meteorological conditions and therefore subject to climate change influences. Such …

Ozone holds a certain fascination in atmospheric science. It is ubiquitous in the atmosphere,
central to tropospheric oxidation chemistry, yet harmful to human and ecosystem health as …

Tropospheric ozone continues to be of significant concern worldwide due to its effect on
human health, forest ecosystems and agricultural crops. Its levels have also increased …

Source–receptor relationships linking North American and Asia NOx emissions with surface
ozone in Europe have been explored using a global Lagrangian chemistry-transport model …