Atmospheric Chemistry And Dynamics Laboratory


Atmospheric ChemistryThe Atmospheric Chemistry Particular Curiosity Group (ACSG) fosters curiosity in atmospheric chemistry within the context of meteorology. Within the twentieth century, atmospheric science moved on from finding out the composition of air to a consideration of how the concentrations of hint gases in the atmosphere have modified over time and the chemical processes that create and destroy compounds in the air.

The Wolfson Atmospheric Chemistry Laboratories (WACL) were established in 2013; the primary of its type within the UK. Supported by a large award from the Wolfson Foundation and a private donor, the Laboratories allow experimental and theoretical studies regarding the science of native and global air air pollution, stratospheric ozone depletion and local weather change.

These types of observations are carried out in observatories, reminiscent of that on Mauna Loa , and on cell platforms comparable to plane (for instance, the UK’s Facility for Airborne Atmospheric Measurements), ships, and balloons Observations of atmospheric composition are more and more made by satellites with necessary instruments, corresponding to GOME and MOPITT, giving a world image of air pollution and chemistry.

Researchers on the College of Colorado Boulder are engaged in projects starting from laboratory and theoretical research of the composition and chemistry of cloud and aerosol particles to discipline measurements of hint compounds within the atmosphere using ground-, plane-, and satellite tv for pc-primarily based sensors.

Areas of coverage and analysis interest in atmospheric chemistry embody urban, regional and world oxidant formation, aerosol formation, photochemical smog, acid precipitation, stratospheric ozone depletion, world & regional atmospheric change, arctic pollution and airborne toxic chemicals.