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