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By: Simon Oberli, Photographer
   
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Monthly weather and climate data for Mittelaltesch glacier per hydrological year

The graph below shows the monthly meteorological and climate data for a hydrological year, measured at one of the MeteoSwiss monitoring stations near the Mittelaltesch glacier.
  
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Deviations of the annual values from the climate standard values 1991-2020

Measuring station: Jungfraujoch (3582m), Hydrological year 2025 / 2026
The definitive measured values and deviations for the hydrological year 2025 / 2026 are displayed from 1. October 2026.
Physical quantity  Annual value  Standard value  Deviation  Unit 
Temperature-5.1-6.7+1.6°C
Sunshine duration207.21773.3-1566.1Std.
Global radiation123.2178.8-55.6W/m2
Source of the basic data: MeteoSwiss

Deviations of the monthly temperature values from the climate norms 1991-2020

Measuring station: Jungfraujoch (3582m), Hydrological year 2025 / 2026
The definitive deviations for this November 2025 will be displayed from 1 December 2025.
month  Monthly value 
°C
 Standard value 
°C
 Deviation 
°C
 Data 
%
October 2025-5.1-4.9-0.297.8
November 2025-5.1-9.2+4.199.9
Hydrological year-5.1-6.0+0.998.3
Winter half-year-5.1-6.0+0.998.3
Source of the basic data: MeteoSwiss
The more the values for «Data» deviate from 100%, the more cautiously the monthly values and deviations should be interpreted.

Deviations of the monthly sunshine duration values from the climate standard values 1991-2020

Measuring station: Jungfraujoch (3582m), Hydrological year 2025 / 2026
The definitive deviations for this November 2025 will be displayed from 1 December 2025.
month  Monthly value 
hrs
 Standard value 
hrs
 Deviation 
hrs

%
 Data 
%
October 2025156.7144.8+11.9+8.297.7
November 202550.535.4+15.2+42.899.9
Hydrological year207.2180.2+27.0+15.098.3
Winter half-year207.2180.2+27.0+15.098.3
Source of the basic data: MeteoSwiss
The more the values for «Data» deviate from 100%, the more cautiously the monthly values and deviations should be interpreted.

Deviations of the monthly global radidiation values from the climate norms 1991-2020

Measuring station: Jungfraujoch (3582m), Hydrological year 2025 / 2026
The definitive deviations for this November 2025 will be displayed from 1 December 2025.
month  Monthly value 
W/m2
kWh/m2
 Standard value 
W/m2
kWh/m2
 Deviation 
W/m2
kWh/m2

%
 Data 
%
October 2025138.3
102.9
128.8
95.8
+9.5
+7.1
+7.497.7
November 2025108.1
25.9
78.8
18.9
+29.3
+7.0
+37.299.9
Hydrological year130.9
128.8
116.6
114.7
+14.3
+14.1
+12.398.3
Winter half-year130.9
128.8
116.6
114.7
+14.3
+14.1
+12.398.3
Source of the basic data: MeteoSwiss
The more the values for «Data» deviate from 100%, the more cautiously the monthly values and deviations should be interpreted.

Measuring station: Distance and compass direction

The measuring station Jungfraujoch (3582m) is located at a distance of approximately 9km from Mittelaltesch glacier in the direction of N.

Snow depths

The table below lists the snow depth measuring stations located in the vicinity of the Mittelaltesch glacier. Extensive information on the development of the snow depth for various periods can be called up for each measuring station. All links lead to the website www.whiterisk.ch, which is operated by the Institute for Snow and Avalanche Research SLF.
 Snow depth measuring station  Height 
 m a.s.l 
 Distance 
km
 Direction Link
 Belalp  2554 8SSW Snow depths 
 Flesch, Fiesch  2500 8SE Snow depths 
 Kühboden  2210 9SE Snow depths 
 Bortelsee  2517 20SSE Snow depths 
 Gandegg, Wiler (Lötschental)  2710 20W Snow depths 
Legend
- Distance: Approximate distance from the Mittelaltesch glacier to the snow depth measuring station.
- Direction: Seen from the Mittelaltesch glacier, the snow depth measuring station is in this direction.

Availability of data

We have been storing the meteor data since 1. December 2023.

Further information

Further information on the measurement data and the graphics can be found here... (External link to www.obeng.ch, the website of Oberli Engineering GmbH)

Further links

All links point to pages on our website www.obeng.ch.