Information Regarding SOLVE-II UV DIAL Images


Major UV DIAL References and other Related Publications.


SOLVE-II UV DIAL IMAGES

For full flight images, the horizontal display interval can vary depending on the length of the flight and for subsample images, the horizontal display interval is always constant. Vertical scales are consistent on all full flight and subsample images. Color scales do not change between images for ozone mixing ratio, ozone number density, aerosol depolarizations, and aerosol wavelength dependence. Logarithmic scales are used for the aerosol scattering ratio images to optimize display of PSC and sulfate layer features. Ozone mixing ratios and aerosol scattering ratios are calculated from DIAL measurements and atmospheric molecular densities from GSFC Assimilation Model GG1% 25x1 grid data interpolated to the DC-8 flight tracks. These molecular density curtain files were provided by GSFC codes 910.3 and 916.

Resolution of UV-DIAL Image data are:


VERTICAL RESOLUTION:


Vertical averaging interval
Ozone                          surface to DC-8 a/c altitude :  375 meters
           DC-8 a/c altitude to 10km above the a/c altitude :  750 meters 
                            10km above DC-8 aircraft and up : 1200 meters 
All Others                                                      75 meters 

Vertical display interval for averaged data
All                      75 meters

HORIZONTAL RESOLUTION:


Horizontal averaging interval
Aerosol                   1 minute, or approximately 14.0 km.
Depolarization            1 minute, or approximately 14.0 km.
Wavelength Dependence     1 minute, or approximately 14.0 km.
Ozone                     5 minutes up to 19km, or approximately  70.0 km.
                         10 minutes 19-21km,    or approximately 140.0 km
                         15 minutes 21-23km,    or approximately 210.0 km
                         20 minutes above 23km, or approximately 280.0 km

Horizontal display interval for averaged data other than full flight images
All                       6 seconds or approximately 1.4 kilometers.

Times on the images are Universal Time (UT).


Go to SOLVE II Project Science Home Page A link leading to the SOLVE II Science Home Page for additional information.

Go to European Ozone Research Coordinating Unit Home Page A link leading to the European Ozone Research Page for additional data on THESEO 2000.

Return to LIDAR Applications Group Home Page A link leading to the Lidar home page