Posters CR1.5/AS4.22/CL2.22
CR1.5/AS4.22/CL2.22 Atmosphere – Cryosphere interaction, poster only. (co-organized) |
Convener: Willem Jan van de Berg | Co-Convener: Thomas Mölg |
Posters
/ Attendance Thu, 27 Apr, 17:30–19:00
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Attendance Time: Thursday, 27 April 2017, 17:30–19:00 Hall X5 |
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X5.415
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EGU2017-4701
Stochastic Climate Forcing for Ice-Sheet Models Roman Nuterman and Markus Jochum |
X5.416 |
EGU2017-7103
The surface energy balance and turbulence characteristics of a mid-latitude glacier (withdrawn) Noel Fitzpatrick, Valentina Radic, and Brian Menounos |
X5.417
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EGU2017-7521
Present and future changes of ice sheets in a coupled ice sheet-climate model Highlight Marie Kapsch, Florian Ziemen, and Uwe Mikolajewicz |
X5.418
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EGU2017-10292
Calculation of air movement in ice caves by using the CalcFlow method Christiane Meyer, Andreas Pflitsch, and Valter Maggi |
X5.419
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EGU2017-10457
Application of a hybrid method for downscaling of the global climate model fields for evaluation of future surface mass balance of mountain glaciers Polina Morozova, Oleg Rybak, and Mariia Kaminskaia |
X5.420
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EGU2017-11327
Large Trajectory Ensembles for understanding Snow Accumulation over the Ross Ice Shelf Ethan Dale, Adrian McDonald, and Wolfgang Rack |
X5.421
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EGU2017-11484
The role of the high-latitude climate variability in seasonal predictability of the boreal winter based on model forecasts Euihyun Jung and Jee-hoon Jeong |
X5.422
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EGU2017-12705
Surface mass balance modeling of the Antarctic ice sheet: evaluating contributions of the main components and coupling to an AO GCM Irina Korneva, Oleg Rybak, and Evgeny Volodin |
X5.423
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EGU2017-16391
From the clouds to the ground – snow precipitation patterns vs. snow accumulation patterns Franziska Gerber, Nikola Besic, Rebecca Mott, Marco Gabella, Urs Germann, Yves Bühler, Mauro Marty, Alexis Berne, and Michael Lehning |
X5.424
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EGU2017-16961
Very High Resolution 2.5km Surface Mass balance Modelling Forced with Non-Hydrostatic HARMONIE-AROME Ruth Mottram, Peter Langen, Kristian Pagh Nielsen, Xiaohua Yang, and Emily Gleeson |