Wendengletscher
Past extents come from the Swiss Glacier Inventories of 1850, 1931, 1973 and 2016. Future extents are illustrative: each glacier’s projected area (OGGM, median of CMIP6 climate models) is removed from its lowest ice upward. About the scenarios.
Wendengletscher is one of 1,400 glaciers in Switzerland, covering 1.66 km² in the canton of Bern. Its ice spans 2,182 to 2,970 m and faces west. Its meltwater drains to the Rhine and on to the North Sea. In 1850 it was part of a larger ice body of 2.7 km², which has since split into 2 glaciers covering 1.7 km² in 2016 (−35%). Between 1986 and 2023 its surface dropped by 31 m on average. With strong climate protection (SSP1-2.6), about 5% of its 2020 ice would remain in 2100. With very high emissions (SSP5-8.5) it would be gone around 2065. Its meltwater peaked around 2019.
What remains in 2100
Meltwater
Million m³ of water per year, 11-year mean
The record
Thinning since 1986
Average change in surface height, from comparing elevation models made from maps, aerial images and laser scans.
Facts
Area over time
Past areas are the ice body this glacier belonged to at the time. Projections: OGGM median, SSP2-4.5.
- SGI id
- A54e-06
- Canton
- Bern
- River
- Rhine → North Sea
- Basin
- Upper Aare
- Location
- 46.7660° N, 8.4400° E · swisstopo map
- Elevation
- 2,182–2,970 m, median 2,458 m
- Slope, aspect
- 19°, west
- Debris cover
- 0.08 km² (5% of the area)
- Inventory image
- 2016
- Ice volume (model)
- ≈ 0.044 km³ in 2020 (OGGM)
- RGI ids
- RGI60-11.01067
- In 1850 joined with
- Schattmige Stock
More in the Upper Aare basin
- Unteraargletscher22.70 km²
- Triftgletscher14.56 km²
- Gauligletscher10.83 km²
- Unterer Grindelwaldgletscher9.17 km²
- Oberer Grindelwaldgletscher8.33 km²
- Obers Ischmeer E7.34 km²
- Steigletscher5.56 km²
- Rosenlouwigletscher5.39 km²
- Tschingelfirn S (Kandersteg)5.05 km²
- Oberaargletscher3.95 km²
- Rottalgletscher (Lauterbrunnen)3.62 km²
- Breithorngletscher (Lauterbrunnen)2.53 km²
Sources
- Linsbauer et al. (2021). The new Swiss Glacier Inventory SGI2016. Frontiers in Earth Science 9. doi.org/10.3389/feart.2021.704189
- Mannerfelt et al. (2022). Halving of Swiss glacier volume since 1931 observed from terrestrial image photogrammetry. The Cryosphere 16. doi.org/10.5194/tc-16-3249-2022
- GLAMOS – Glacier Monitoring Switzerland. www.glamos.ch
- Zekollari et al. (2024). Twenty-first century global glacier evolution under CMIP6 scenarios and the role of glacier-specific observations. The Cryosphere 18 (OGGM v1.6 projections). tc.copernicus.org/articles/18/5045/2024/
Relief: swisstopo swissALTIRegio. 1850 and 1973 outlines: Maisch et al. (2000), Müller et al. (1976), Paul (2004). Length, mass balance and volume change: GLAMOS releases 2025. All sources and methods.