Authors
Mathias Vuille, Raymond S Bradley, Martin Werner, Frank Keimig
Publication date
2003
Journal
Climate variability and change in high elevation regions: Past, present & future
Pages
75-99
Publisher
Springer Netherlands
Description
Linear trend analysis of observational data combined with model diagnostics from an atmospheric general circulation model are employed to search for potential mechanisms related to the observed glacier retreat in the tropical Andes between 1950 and 1998. Observational evidence indicates that changes in precipitation amount or cloud cover over the last decades are minor in most regions and are therefore rather unlikely to have caused the observed retreat. The only exception is in southern Peru and western Bolivia where there is a general tendency toward slightly drier conditions. Near-surface temperature on the other hand has increased significantly throughout most of the tropical Andes. The temperature increase varies markedly between the eastern and western Andean slopes with a much larger temperature increase to the west. Simulations with the ECHAM-4 model, forced with observed global …
Total citations
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Scholar articles
M Vuille, RS Bradley, M Werner, F Keimig - Climate variability and change in high elevation …, 2003