Dados Bibliográficos

AUTOR(ES) Julien Seguinot , Guillaume Jouvet , Martin Funk , P. Becker , Martin Buber
AFILIAÇÃO(ÕES) ETH Zürich
ANO 2016
TIPO Book
PERIÓDICO Geographica Helvetica
ISSN 0016-7312
E-ISSN 2199-310X
EDITORA Copernicus Publications
DOI 10.5194/gh-71-173-2016
CITAÇÕES 2
ADICIONADO EM 2025-08-14
MD5 21DA7C03EF32C0A54B8FB037FCA7770C

Resumo

. During the Last Glacial Maximum (LGM), glaciers in the Alps reached a maximum extent, and broad sections of the foreland were covered by ice. In this study, we simulated the alpine ice cap using a glacier flow model to constrain the prevailing precipitation pattern with a geomorphological reconstruction of ice extent. For this purpose we forced the model using different temperature cooling and precipitation reduction factors. The use of the present-day precipitation pattern led to a systematic overestimation of the ice cover on the northern part of the Alps relative to the southern part. To reproduce the LGM ice cap, a more severe decrease in precipitation in the north than in the south was required. This result supports a southwesterly advection of atmospheric moisture to the Alps, sustained by a southward shift of the North Atlantic storm track during the LGM.

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