diff -r a40f7d648d61 -r 003add50a313 templates/en/rst/ozoneloss.rst
--- a/templates/en/rst/ozoneloss.rst	Fri Mar 08 15:16:03 2024 +0100
+++ b/templates/en/rst/ozoneloss.rst	Fri Mar 08 15:26:03 2024 +0100
@@ -30,18 +30,11 @@
 the Antarctic despite ozone depletion, so that in the Arctic spring
 there is so far at most a moderate UV radiation at the ground.
 
-Current
---------
-In contrast to the previous winter, **the current winter 2021/2022** 
-so far shows rather low stratospheric temperatures. There is therefore
-again the possibility of strong ozone depletion.
-
-In contrast to the previous winter, **the current winter 2021/2022**
-again shows very low stratospheric temperatures. The ozone depletion
-is very significant, already above 80 DU. However, this is not quite
-as much as in the largest Arctic ozone depletion so far in the year
-2020.
-
+Current --------
+**The current winter of 2023/2024** shows low stratospheric
+temperatures in December and another period with medium to low
+temperatures at the end of February/beginning of March.  The
+calculated ozone depletion by the beginning of March is around 70 DU.
 
 
 Previous years