Publication | Open Access
The altitude effect on the isotopic composition of precipitation and glacier ice in the Alps
68
Citations
2
References
1968
Year
GlacierEngineeringGeomorphologyDifference 1680Glacial ProcessEarth SciencePrecipitation ProcessesGeophysicsMicrometeorologyAtmospheric ScienceAltitude EffectAblation ZoneHydrometeorologyMeteorologyIce-water SystemGlacier IceGlaciologyGeographyIsotopic CompositionCryosphereClimate DynamicsHigh ElevationClimatologyGeochemistryPeriglacial ProcessMountain Uplift
1. Simultaneously collected rain samples from 3 stations in the Alps (altitude difference 1680 m) show that the evaporation from falling drops causes an isotopic altitude effect of -0.2 % per 100 m.2. Despite the lack of altitude effect in Alpine snow fall, the summer melting and the wind erosion cause distinct isotopic variations in the net-accumulated material on Kesselwandferner.3. These variations are reflected in the ice in the ablation zone, and they may be used for studying glacier flow patterns.
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