...
SBUV Satellite Observations of Zonal-Mean Monthly-Mean Ozone (1970-2014)
Note: The SBUV data (above) only goes down to 25 mbar, which corresponds to only the top three model layers (below).
The units on the SBUV plot are in ppm, unlike the model results below, but the colors are roughly comparable.
ACME Zonal-Mean Stratospheric Ozone (2000)
Note: The vertical axis is from 150 mbar to 3 mbar. The units are in mol/mol.
ACCMIP Zonal Mean Stratospheric Ozone (2000)
Note: The vertical axis is from 150 mbar to 3 mbar. The units are in mol/mol.
Validation Test 3: Extent of Antarctic Ozone Hole
Date last modified:
Contributors: Philip Cameron-Smith (Unlicensed)
Provenance: cameronsmith1/atm/Ozone-hole-Linoz-v2 branch at ne30 resolution
| View file | ||||
|---|---|---|---|---|
|
Validation Test 4: Ozone Depletion Level
Date last modified:
Contributors: Philip Cameron-Smith (Unlicensed)
Provenance: cameronsmith1/atm/Ozone-hole-Linoz-v2 branch at ne30 resolution
CMDL Ozonesonde observations of Ozone Hole Column
NOTE: This is the most extreme ozone hole ever observed.
ACME Stratospheric Ozone Hole Columns
ACME Antarctic O3 column (DU) time-series for September-means (2000)
NOTE: the x-axis is simulation year, and the y-axis is the ozone column (DU).
ACCMIP Antarctic O3 column (DU) time-series for September-means (2000)
ACME Antarctic O3 column (DU) time-series for September-means (1850)
NOTE: The verticle scale is different for the 1850 plots. This is broadly consistent with the observed trend, although we don't have much data prior to the CFC era.
ACCMIP Antarctic O3 column (DU) time-series for September-means (1850)
