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City Ceredigion / / Company ARTICLE IN PRESS / BP / Ó 2008 Elsevier Ltd. / UK Reynolds Geo-Sciences Ltd. / / Continent Antarctica / / Country Nepal / Myanmar / New Zealand / Peru / Pakistan / Afghanistan / Iceland / Canada / United Kingdom / Argentina / Tibet / India / Bhutan / Wales / / / Event Natural Disaster / / Facility The Lhotse Glacier terminal / Everest Base Camp / Imja Glacier terminal / catchment Length / terminus of Khumbu Glacier / The Imja Glacier terminal / The terminal / / IndustryTerm debris-mantled glacier systems / debris transportation paths / contemporary satellite imagery / satellite images / hazardous site / satellite interferometric techniques / glacial systems / / MusicGroup Snow / / NaturalFeature Alps / Everest / Himalaya / Mount Everest / Shar glacier / Lhotse Shar Glacier Imja Glacier / Chukhung Glacier / Ama Dablam Glacier / Imja Glacier / Himalayan / Amphu Glacier / Khumbu Glacier / mountain Nuptse / Lhotse Glacier / Imja/Lhotse Shar glacier / Four glaciers / Lhotse Glacier Lhotse Glacier / mountain Everest / Glacier Elevation / Indian Ocean / Lhotse Shar Glacier / Imja/Lhotse glacier / / Organization Institute of Geography and Earth Sciences / US Federal Reserve / / Person John M. Reynolds / Bradford Washburn / Michael J. Hambrey / Samuel Clemmens / Neil F. Glasser / Yoshida / Shaun J. Richardson / Inoue / Duncan J. Quincey / Ama Dablam / Pant / / / Position conceptual model for their formation / head / Corresponding author / representative / / ProvinceOrState British Columbia / / Region Indian Ocean / Patagonia / northeastern Nepal / / Technology radiation / remote sensing / asl / 3-D / tomography / / URL www.elsevier.com/locate/quascirev / / SocialTag 
Sedimentological, geomorphological and dynamic context of debris-mantled glaciers, Mount Everest (Sagarmatha) region, Nepal