Temperature values
Current conditions ( 0:00 o'clock)
Besides the air temperature, that is measured usually in 2 m height, in addition the temperature in ground level (5 cm above the surface) is indicated. It plays an important role especially in the winter, because often there is ground frost, although in 2 m height still positive measured values are investigated.
Different temperature indexes are indicated too. They represent a measure of the temperature feeling of the human being:
- Wind chill – is a measure of the cooling effect is through the wind. The body warms the surrounding air molecules that form a kind of protective layer for the colder molecules. These "warm" air molecules are transported by a higher wind speed more quickly and thus a chilling effect appears.
- Heat index – indicates how hotly the air feels. In this case the temperature and the air humidity are used for the calculation. If the humidity is high, one believes the air would be hotter, since the cooling of the body occurs through evaporation of sweat more slowly.
- THW index – stands for temperature-humidity-wind-index and also the humidity is included in the calculation and contains thus both effects above.
- THSW index – uses in addition the the felt heating through the radiation of the sun and should be the most precise temperature index in this way.
| Temperature | Temperature at the surface |
Temperature indexes | |||
|---|---|---|---|---|---|
| Wind chill | Heat | THW | |||
| Graph |  |
 |
 |
 |
 |
| Value | 17.2°C | ---°C | 17.2°C | 17.5°C | 17.5°C |
| Minimum | 14.3°C at 7:14 o'clock |
16.7°C at 9:29 o'clock |
14.4°C | ||
| Maximum | 24.4°C at 15:34 o'clock |
20.6°C at 14:23 o'clock |
25.0°C | ||
History
Course of the day
For the measured values of the temperature, the temperature in ground level and the THSW index the representation occurs as a course of the day. One pays attention to the greater variations in the case of the index.
Last days and last month
The curves of the last three days and the last month of the air temperature are represented:
Climate comparision
In the table the measured values are compared with the temperature of the last 12 months with the climatic averages for the region around Leipzig (Source: Deutscher Wetterdienst). The month averages are formed from all available measured values over the days. All measured values are in °C indicated.
| Jan | Feb | Mar | April | May | June | July | Aug | Sep | Oct | Nov | Dec | Year | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Cl. average | -0.1 | 0.7 | 4.2 | 8.4 | 13.3 | 16.6 | 18.2 | 17.7 | 14.3 | 9.9 | 4.8 | 1.3 | 9.1 |
| Extreme values | -21.2 14.3 |
-13.6 17.4 |
-9.0 19.5 |
-1.7 26.3 |
-0.6 32.1 |
3.8 33.1 |
8.2 36.7 |
6.1 35.4 |
-0.1 30.0 |
-2.8 23.3 |
-9.9 18.7 |
-15.7 14.8 |
-21.2 37.7 |
| Average 2011 Difference ___________ Extreme values |
1.4 +1.5 _____ -9.0 11.9 |
0.2 -0.5 _____ -12.8 11.3 |
5.0 +0.8 _____ -6.6 18.9 |
12.0 +3.6 _____ 0.8 25.3 |
14.7 +1.4 _____ -0.6 31.8 |
18.4 +1.8 _____ 8.9 31.7 |
17.1 -1.1 _____ 8.6 29.9 |
18.4 +0.7 _____ 6.1 32.6 |
_______ (-12.8) (31.8) |
||||
| Average 2010 Difference ___________ Extreme values |
-4.3 -4.2 _____ -15.5 3.3 |
-0.4 -1.1 _____ -12.3 13.7 |
-4.8 +0.6 _____ -9.0 23.6 |
9.2 +0.8 _____ -1.6 25.2 |
11.1 -2.2 _____ 1.5 23.4 |
17.4 +0.8 _____ 7.3 30.4 |
21.8 +3.6 _____ 10.6 37.7 |
17.5 -0.2 _____ 8.4 30.1 |
12.8 -1.5 _____ 4.4 24.5 |
8.1 -1.8 _____ -1.4 19.3 |
5.0 +0.2 _____ -9.9 18.4 |
-4.1 -5.4 _____ -14.9 3.7 |
8.3 -0.8 _______ -15.5 37.7 |
| Average 2009 Difference ___________ Extreme values |
-2.6 -2.5 _____ -21.2 6.3 |
1.0 +0.3 _____ -6.0 9.3 |
5.2 +1.0 _____ -2.6 13.7 |
12.8 +4.4 _____ -1.3 23.8 |
14.4 +1.1 _____ 2.1 28.8 |
15.2 -1.4 _____ 4.0 27.9 |
18.8 +0.6 _____ 9.6 31.4 |
19.6 +1.9 _____ 6.8 34.6 |
15.1 +0.8 _____ 4.8 33.7 |
8.3 -1.6 _____ -2.8 22.0 |
7.8 +3.0 _____ -1.1 14.8 |
0.2 -1.1 _____ -15.7 9.8 |
9.7 +0.6 _______ -21.2 34.6 |
| Average 2008 Difference ___________ Extreme values |
4.4 +4.5 _____ -5.8 13.7 |
4.1 +3.4 _____ -7.1 17.4 |
4.9 +0.7 _____ -5.7 19.1 |
8.2 -0.2 _____ -1.2 24.0 |
15.2 +1.9 _____ 3.7 30.2 |
18.2 +1.6 _____ 7.7 33.1 |
19.0 +0.8 _____ 9.9 32.7 |
18.7 +1.0 _____ 9.0 35.4 |
12.7 -1.6 _____ -0.1 25.3 |
9.5 -0.4 _____ -0.4 21.9 |
5.5 +0.7 _____ -4.8 15.9 |
1.3 +0.0 _____ -9.8 8.7 |
10.2 +1.1 _______ -9.8 35.4 |
| Average 2007 Difference ___________ Extreme values |
5.3 +5.4 _____ -11.4 14.3 |
4.4 +3.7 _____ -4.1 14.3 |
6.7 +5.5 _____ -1.6 18.0 |
11.6 +3.2 _____ -1.3 26.3 |
15.4 +2.1 _____ 0.9 32.1 |
18.8 +2.2 _____ 9.2 31.2 |
18.4 +0.2 _____ 8.2 35.9 |
17.6 -0.1 _____ 4.8 28.7 |
12.9 -1.4 _____ 3.9 24.8 |
8.4 -1.5 _____ -0.9 19.6 |
3.9 -0.9 _____ -3.2 12.6 |
1.9 +0.6 _____ -8.1 12.9 |
10.5 +1.4 _______ -11.4 35.9 |
| Average 2006 Difference ___________ Extreme values |
-3.2 -3.1 _____ -15.7 4.9 |
-0.7 -1.4 _____ -13.6 8.3 |
1.9 -2.3 _____ -7.7 19.5 |
9.0 +0.6 _____ -1.7 22.4 |
14.2 +0.9 _____ 3.1 26.1 |
17.6 +1.0 _____ 3.8 30.6 |
23.3 +5.1 _____ 11.1 36.7 |
16.4 -1.3 _____ 9.6 26.6 |
17.6 +3.3 _____ 5.9 27.8 |
12.1 +2.2 _____ 0.3 23.3 |
7.6 +2.8 _____ -1.9 18.7 |
5.0 +3.7 _____ -4.9 14.8 |
10.1 +1.0 _______ -15.7 36.7 |
| Average 2005 Difference ___________ Extreme values |
19.9 +1.7 _____ 10.7 33.3 |
17.1 -0.6 _____ 8.9 28.1 |
16.0 +1.7 _____ 3.4 30.0 |
11.9 +2.0 _____ 1.3 21.0 |
5.0 +0.2 _____ -3.4 18.7 |
1.2 -0.1 _____ -8.9 9.0 |
(11.9) (+0.9) _______ (-8.9) (33.3) |
More measured values
Beside to values above other measurement variables are available:
- Overview with the most important measured values
- Temperature values
- Precipitation and evaporation
- Wetness measures
- Barometer
- Wind
- Radiation and UV
- Soil properties