Orals GM1.1
Monday, 28 April 2014 Room G2 Chairperson: Michael Dietze, Jantiene Baartman |
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13:30–13:45 |
EGU2014-7693
Reduced Complexity Modeling (RCM): toward more use of less (solicited) Chris Paola and Vaughan Voller |
13:45–14:15 |
EGU2014-7216
Does the sedimentary archive mean anything? (solicited) Press & Media Tom Coulthard |
14:15–14:30 |
EGU2014-2323
The Temporal and Spatial Quantification of Holocene Sediment Dynamics for Reconstructing Soil Erosion: Pros, Cons and Challenges Markus Fuchs |
14:30–14:45 |
EGU2014-11045
Climatic vs tectonic forcing: the case of Pamir Press & Media Richard Gloaguen, Margret Fuchs, Eric Pohl, Vasila Sulaymonova, and Louis Andreani |
14:45–15:00 |
EGU2014-14618
Time-scale dependent sediment flux in the Tajik Pamir Mountains Eric Pohl, Richard Gloaguen, Christoff Andermann, and Margret C. Fuchs |
Coffee Break
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15:30–15:45 |
EGU2014-8060
Desert Pavement Process and Form: Modes and Scales of Landscape Stability and Instability in Arid Regions (solicited) Stephen G. Wells, Leslie D. McFadden, Eric V. McDonald, Martha C. Eppes, Michael H. Young, and Yvonne A. Wood |
15:45–16:00 |
EGU2014-750
Geomorphic and hydrogeologic controls on wetland distribution in the New South Wales Southern Highlands, south east Australia: prioritising natural resource management investment. Alie Cowood and Leah Moore |
16:00–16:15 |
EGU2014-11541
Erosive effects of the storms HELENA (1963) and HUGO (1989) on Basse-Terre island (Guadeloupe - Lesser Antilles Arc). Rejanne LE BIVIC, Pascal ALLEMAND, Christophe DELACOURT, and Amélie QUIQUEREZ |
16:15–16:30 |
EGU2014-2582
Decadal scale climate forcing of mass movement and sediment flux in Alpine mountain setting Natan Micheletti, Stuart Lane, and Christophe Lambiel |
16:30–16:45 |
EGU2014-8932
LANDPLANER (LANDscape, Plants, LANdslide and ERosion): a model to describe the dynamic response of slopes (or basins) under different changing scenarios Mauro Rossi, Dino Torri, Elisa Santi, Giovanni Bacaro, and Ivan Marchesini |
16:45–17:00 |
EGU2014-11209
Using the CAESAR-Lisflood and SIBERIA landform evolution models to assess the evolution of a post-mining landscape at millennial time scales. John Lowry, Greg Hancock, and Tom Coulthard |