European Geosciences Union
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Home / Awards & medals / Outstanding Student Poster (OSP) Awards / 2014 / Peter Greve
Peter Greve is a PhD student at the Institute for Atmospheric and Climate Science at ETH Zurich (Switzerland). His research aims at understanding historical and projected changes in hydroclimatological conditions under climate change. For this purpose he utilizes a broad range of data analysis techniques, as well as conceptual hydrological models such as the Budyko framework. The presentation at EGU 2014 focuses on the derivation of a new parametric formulation of the Budyko framework for non-stationary scales.
Home / Awards & medals / Outstanding Student Poster (OSP) Awards / 2012 / Anne Claude
In addition, for the radionuclide 10Be, a local reference production rate of 3.89±0.23 atoms/g/yr could be calculated as the exposure ages agreed well with existing radiocarbon dates from wood.
Home / Awards & medals / Outstanding Student and PhD candidate Presentation (OSPP) Awards / 2023 / Caroline Haslebacher
.; Thomas, N.) Click here to download the poster/PICO file. Caroline Haslebacher is a third-year PhD student supervised by Prof. Nicolas Thomas in the Planetary Imaging Group at the University of Bern. She is studying geologically interesting curvilinear surface features, called lineaments, on Jupiter’s icy moon Europa. A major goal of her PhD is the development of a robust and adequate deep learning tool for automated mapping of lineaments on Europa.
Home / Awards & medals / Outstanding Student and PhD candidate Presentation (OSPP) Awards / 2024 / Jorge Sanhueza
Jorge is motivated to link geological, geophysical and geochemical observables with geodynamic models (2D/3D). The poster presentation at the EGU 2024 highlighted the study of slab windows due to the subduction of mid-ocean ridges, focusing on the relationship between the slab window geometry, upper mantle flow and seismic observations. This relation was made by obtaining an analytical solution for the geometry of the slab window, which was prescribed in 3D steady-state thermomechanical models and compared with 3D+time dynamic models.
Home / Education / GIFT / Workshops / EGU General Assembly 2010 GIFT Workshop
Houssin, J.-F. Minster, B. Barré, F. Casci, J. Ilse, M. Kühn Moderator: C. Laj Tidal energy in eastern canada: the bay of fundy Steve Wohlmuth Central Kings Rural High School Nova Scotia, Canada Presentation (PDF document, 3.5 MB) Can electric cars reduce the energy consumption and the CO2 emissions of our society? what can we expect?
Home / Media Library / Antarctica's elevation map
New elevation model of Antarctica derived from CryoSat-2. Credit: Helm et al., The Cryosphere, 2014 Related EGU articles Highs and lows: height changes in the ice sheets mapped (20 August 2014) Download Original image (3.2 MB, 4596.0x5228.0 px) Preview image (111.2 KB, 1280x1456 px, JPEG format) Go back
Home / Media Library / Greenland's elevation map
New elevation model of Greenland derived from CryoSat-2. Credit: Helm et al., The Cryosphere, 2014 Related EGU articles Highs and lows: height changes in the ice sheets mapped (20 August 2014) Download Original image (2.0 MB, 4873.0x4147.0 px) Preview image (116.6 KB, 1280x1089 px, JPEG format) Go back
Home / Media Library / Minister Karlheinz Töchterle
Karlheinz Töchterle during a visit to the Vienna University of Technology in 2011. Credit: TU Wien Related EGU articles Austrian Science and Research Minister at the EGU General Assembly (4 April 2013) Download Original image (2.3 MB, 3000.0x1987.0 px) Preview image (99.7 KB, 1280x848 px, JPEG format) Go back
Home / Education / Geolocations / Hochschwab Cave
No Do you need permissions to access the location? No Description From Imaggeo.egu.eu: Folded Triassic limestone inside a cave in the Hochschwab region of Styria, Austria. http://imaggeo.egu.eu/view/1063/ Geographic location 15.0750 E, 47.5794 N Go back
Home / Education / Geolocations / Synclinal Ice
Categories Glaciers Country France Is it safe for school children or families to visit? No Do you need permissions to access the location? No Description From Imaggeo.egu.eu: Deformation in synclinal structure of ice layers (Arsine glacier, 2500 m, Ecrins massif, Alps, France). http://imaggeo.egu.eu/view/1419/ Geographic location 6.4146 E, 44.9678 N Go back
