|
j@1040
|
1 |
Ozone loss, ozone column and UV index
|
|
j@1040
|
2 |
=====================================
|
|
j@1040
|
3 |
|
|
j@1040
|
4 |
From the calculated ozone loss [#]_ and the calculated total
|
|
j@1040
|
5 |
ozone column one can estimate the UV index [#]_. The UV Index is
|
|
j@1040
|
6 |
maximum at noon-time with a clear sky, shown here on the third panel.
|
|
j@1040
|
7 |
The black line on all maps mark the edge of the polar vortex at 17 km altitude.
|
|
j@1040
|
8 |
One can navigate to a different date by clicking on the arrows (prev/next)
|
|
j@1040
|
9 |
The typical development of the UV index over the time and the hypothetical
|
|
j@1041
|
10 |
influence of ozone loss on that quantity, can be seen in the diagrams `here`_.
|
|
j@1040
|
11 |
|
|
j@1040
|
12 |
|
|
j@1040
|
13 |
.. _here: /ozoneloss/uvi
|
|
j@1040
|
14 |
.. [#] Ozone loss in the partial column between 12 and 23 km (350-600 K)
|
|
j@1040
|
15 |
.. [#] Calculation of the UV index for clear sky using the method of Allaart et al. (Meteorological Applications, 11, 59-65, 2004)
|