File:Icimod8 3520804453.jpg

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English: Ama Dablam (6856 m) and Imja valley seen from the same photo point in 2007. Warming temperatures have contributed to the recession of more than a hundred metres of ice, seen to the left of Ama Dablam (the vertical black line farthest to the left in the old photo). The dramatic melting of glaciers and ice witnessed at lower altitudes is not yet seen at higher altitudes where the temperatures are much lower, and remain below zero even after warming. However, with continuing rising temperatures the temperatures may rise above zero and even the high altitude glaciers will become more susceptible, and liable to shrink.
Photo : Alton Byers, Dingboche, Nepal, 2007, The Mountain Institute.
Deutsch: Ama Dablam (6856 m) und das Imja Tal im Jahr 2007 von der gleichen Warte aus gesehen. Auf der linken Seite des Ama Dablam haben die steigenden Temperaturen zur Abschmelzung von Hunderten von Metern von Eis beigetragen (gezeigt durch die senkrechte schwarze Linie ganz links im alten Foto). Das dramatische Abschmelzen der Gletscher, das in niedrigeren Lagen beobachtet werden kann, hat sich noch nicht auf die höheren Lagen ausgewirkt, da dort oben die Temperaturen geringer sind und aucch nach einer Erwärmung unter Null Grad bleiben. Aufgrund der ständing steigenden Temperaturen ist es jedoch möglich, dass sie auch in den höheren Lagen auf über Null Grad steigen, was dazu führen kann, dass die Gletscher hoch oben anfälliger werden und auch beginnen abzuschmelzen.
Foto : Alton Byers, Dingboche, Nepal, 2007, The Mountain Institute.
Français : L'Ama Dablam (6856 m) et la vallée d'Imja pris du même point de vue en 2007. Le réchauffement a entraîné le retrait de la glace sur plus de 100 mètres, à gauche de l'Ama Dablam (la ligne noire verticale la plus éloignée sur la gauche de l'ancienne photo). La spectaculaire fonte des glaciers en basse altitude ne se ressent pas encore sur les glaciers de haute altitude où les températures restent plus basses et demeurent inférieures à zéro malgré le réchauffement. Néanmoins, avec des températures qui continuent de se réchauffer et qui pourrait passer au-dessus de zéro, les glaciers de haute altitude deviendraient plus vulnérables et risqueraient alors de diminuer à leur tour.
Photo : Alton Byers, Khumbu, Népal 2007, The Mountain Institute.
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Source bonn_8
Author Etter Studio

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This image was originally posted to Flickr by Etter Studio at https://www.flickr.com/photos/26073140@N03/3520804453. It was reviewed on 13 May 2009 by FlickreviewR and was confirmed to be licensed under the terms of the cc-by-2.0.

13 May 2009

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Date/TimeThumbnailDimensionsUserComment
current16:19, 30 October 2011Thumbnail for version as of 16:19, 30 October 20116,141 × 1,807 (15.36 MB)Dark Attsios (talk | contribs)Cropped
14:47, 12 May 2009Thumbnail for version as of 14:47, 12 May 20097,465 × 2,740 (5.93 MB)Sozi (talk | contribs){{Information |Description= icimod-himalaya images |Source=[http://www.flickr.com/photos/26073140@N03/3520804453/ bonn_8] |Date=2009-05-11 09:31 |Author=[http://www.flickr.com/people/26073140@N03 Etter Studio] |Permission= |other_versions= }} ==Licensin

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