Simulation of the transport of halogen species from the equatorial and mid-latitude stratosphere to the polar stratosphere in a two-dimensional model
Yuk L. Yung, Run‐Lie Shia, Mark Allen, Richard W. Zurek, David Crisp, Jun-Shan Wen
Abstract
Yuk L. Yung, Run‐Lie Shia, Mark Allen, Richard W. Zurek, David Crisp, Jun-Shan Wen
Abstract
The bulk of O sub 3 destruction in the Antarctic stratosphere takes place in the lower stratosphere between 15 and 25 km. Both O sub 3 and the halogen reservoir species have their origins in the higher altitude region (20 to 30 km) in the equatorial and mid-latitude stratosphere. Using the Caltech-JPL two-dimensional residual circulation model, researchers investigate the growth of stratospheric halogen due to the increase of CFCl sub 3 and CF sub 2 Cl sub 2.
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The bulk of O sub 3 destruction in the Antarctic stratosphere takes place in the lower stratosphere between 15 and 25 km. Both O sub 3 and the halogen reservoir species have their origins in the higher altitude region (20 to 30 km) in the equatorial and mid-latitude stratosphere. Using the Caltech-JPL two-dimensional residual circulation model, researchers investigate the growth of stratospheric halogen due to the increase of CFCl sub 3 and CF sub 2 Cl sub 2.
Key concepts: Stratosphere, Atmospheric sciences, Latitude, Halogen, Polar, Altitude (triangle), Environmental science, Climatology