Posters GM2.5/SSP3.28/SSS13.19/TS4.10
Attendance Time: Tuesday, 10 April 2018, 17:30–19:00 Hall X2 Chairperson: Marco Van De Wiel |
|
X2.73
|
EGU2018-17655
Inspecting the effect of climate and land use changes on a Mediterranean vineyard landscape Rossano Ciampalini, Amandine Pastor, Frédéric Huard, Stéphane Follain, Feliciana Licciardello, Armand Crabit, Yves Le Bissonnais, and Damien Raclot |
X2.74
|
EGU2018-19600
Modelling climate induced geomorphic changes in two small Austrian alpine catchments using CAESAR-Lisflood Markus Meller, Ronald Pöppl, Martin Mergili, Oliver Sass, and Eric Rascher |
X2.75 |
EGU2018-9961
Can we model point scale erosion and deposition? – a test of a soil erosion and Landscape Evolution Model (withdrawn) Greg Hancock and Garry Willgoose |
X2.76
|
EGU2018-14920
Cohesive sediment distribution on floodplains driven by crevasse-splay hydrograph characteristics Christopher Hackney, Stephen Darby, Rolf Aalto, Daniel Parsons, Andrew Nicholas, Julian Leyland, Jim Best, Arved Schwendel, Jack Stephens, and Alexander Clayton |
X2.77
|
EGU2018-16381
Assessment of Sediment Concentrations Accounting for Turbulence and Random Particle Alignment Christina Tsai and Chi-Hsiang Huang |
X2.78
|
EGU2018-9123
Sediment recycling buffers the sensitivity of Andean alluvial fans to external forcing Rebekah Harries, Linda Kirstein, Alexander Whittaker, Mikael Attal, and Silvio Peralta |
X2.79
|
EGU2018-1135
Modelling stratigraphic grain size response to changing rainfall frequency and magnitude in threshold landscapes Sam Brooke, Alexander Whittaker, John Armitage, and Stephen Watkins |
X2.80
|
EGU2018-4243
Automated mineralogy as efficient tool for provenance analysis of stream sediments and mineral exploration Sophia Rütters, Jens Gutzmer, and Enrico Kallmeier |
X2.81
|
EGU2018-11538
Modeling the timescale of landscape response to the instantaneous excavation of a large meteorite impact crater in wet tropical mountains Ruken Alac, Gilles Brocard, Tristan Salles, Dietmar Müller, and Pierre Rochette |
X2.82
|
EGU2018-3311
Pyroclastic cover deposit thickness spatial modelling in peri-volcanic areas Matteo Del Soldato, Samuele Segoni, Veronica Pazzi, Pantaleone De Vita, Veronica Tofani, and Sandro Moretti |
X2.83
|
EGU2018-4460
Collapse dominated landscape evolution of the Loess Plateau: Implications from a DAC-model based simulation Yu Zhang, Zewei Ma, and Xudong Fu |
X2.84
|
EGU2018-7904
Forward sedimentary modelling of the Lower-Middle Ordovician carbonate platform in north Tarim Basin, China Yuan Huang, Tailiang Fan, Fabrizio Berra, and Fiona F Whitaker |
X2.85
|
EGU2018-11173
The role of tectonics, geodynamics and surface processes in shaping Australian topography since the Pangea supercontinent Lauren Harrington, Sabin Zahirovic, Tristan Salles, and R Dietmar Müller |
X2.86
|
EGU2018-11255
Drainage evolution of the transcontinental Cenozoic paleovalleys of Western Australia Xuesong Ding, Gilles Brocard, Tristan Salles, Nicolas Flament, and Patrice Rey |
X2.87
|
EGU2018-5406
| presentation
Topological classification of drainage networks in the South Island of New Zealand Yasmin Walley, Alex Henshaw, and James Brasington |
X2.88
|
EGU2018-15621
How does vegetation impact the erosion by modelling landscape evolution of marly catchments in the Southern Alps of France? Alexandra Carriere, Caroline Le Bouteiller, Greg Tucker, and Mohamed Naaim |
X2.89 |
EGU2018-17697
Modeling the cross-sectional shape of bedrock channels at steady state: the role of the dominant erosion process (plucking vs attrition) on channel concavity (withdrawn) Jerome Lave |
X2.90
|
EGU2018-10839
A new efficient, O(n) and implicit method to solve the Stream Power Law taking into account sediment transport and deposition Xiaoping Yuan, Jean Braun, Guillaume Cordonnier, and Laure Guerit |
X2.91
|
EGU2018-17723
Highly efficient methods to solve the Stream Power Law including sediment transport, local minima resolution and multi-direction flow Jean Braun, Guillaume Cordonnier, Benoit Bovy, and Xiaoping Yuan |
X2.92
|
EGU2018-15825
The impact of DEM resolution on Landscape Evolution Model performance and parameter sensitivity Christopher Skinner and Tom Coulthard |