| Name | Abstract title |
|---|
| Ashton, Andrew |
Characteristic Timescales of Shoreface Response to Sea-Level Rise | [[{{{5}}}|100px|link={{{6}}}]] |
| Barnhart, Katherine |
Modeling the rate and style of Arctic coastal retreat along the Beaufort Sea, Alaska | [[{{{5}}}|100px|link={{{6}}}]] |
| Barton, Michael |
High resolution surface process modeling in a GRASS GIS environment | [[{{{5}}}|100px|link={{{6}}}]] |
| Borden, Zachary |
Direct numerical simulation of sediment erosion | [[{{{5}}}|100px|link={{{6}}}]] |
| Burns, Peter |
Instabilities in particle-laden systems | [[{{{5}}}|100px|link={{{6}}}]] |
| Choi, Eunseo |
Landslide rupture and length-depth scaling | [[{{{5}}}|100px|link={{{6}}}]] |
| Cohen, Sagy |
Improved water discharge predictions in WBMsed, a Global riverine Sediment Flux model | [[{{{5}}}|100px|link={{{6}}}]] |
| Duan, Jennifer |
Depth-Averaged Two Dimensional Model Using Cartesian Cut-Cell Approach | [[{{{5}}}|100px|link={{{6}}}]] |
| Eakins, Barry |
A new way to access digital elevation models | [[{{{5}}}|100px|link={{{6}}}]] |
| Ferreira, Celso |
Numerical Modeling of the Impact of Wetlands on Hurricane Storm Surge in Coastal Bays | [[{{{5}}}|100px|link={{{6}}}]] |
| Friedrichs, Carl |
Results of the US IOOS Testbed for Comparison of Hydrodynamic Models of the Chesapeake Bay | [[{{{5}}}|100px|link={{{6}}}]] |
| Harris, Courtney |
Using a three-dimensional coupled sediment – hydrodynamic model to explore feedbacks between erodibility and sediment trapping in a partially mixed estuary, York River, VA. | [[{{{5}}}|100px|link={{{6}}}]] |
| Hinzman, Larry |
The Need for System Scale Studies in Polar Regions | [[{{{5}}}|100px|link={{{6}}}]] |
| Hudson, Ben |
Combining MODIS imagery and PLUME modeling to estimate discharge of freshwater from the Greenland Ice Sheet to the coast | [[{{{5}}}|100px|link={{{6}}}]] |
| Jenkins, Chris |
Temporal-spatial features of Biologically-Based Carbonate Modeling | [[{{{5}}}|100px|link={{{6}}}]] |
| Kasprak, Alan |
Modeling Gravel Bed River Morphodynamics Using a Step-Length Based Approach | [[{{{5}}}|100px|link={{{6}}}]] |
| Kim, Wonsuck |
Sea-level rise, depth-dependent carbonate growth, and the paradox of drowned platforms | [[{{{5}}}|100px|link={{{6}}}]] |
| Le Bouteiller, Caroline |
A velocity-dependant friction law for flexible vegetation in a 2D hydrodynamic model. | [[{{{5}}}|100px|link={{{6}}}]] |
| Lewis, Ted |
Using the Flood Early Warning System with Ocean Modeling Data | [[{{{5}}}|100px|link={{{6}}}]] |
| Liang, Man |
A new channel-resolving reduced-romplexity model for sedimentary delta formation | [[{{{5}}}|100px|link={{{6}}}]] |
| Lorenzo Trueba, Jorge |
A model framework for fluvial-delta evolution that accounts for the accumulation of organic sediment | [[{{{5}}}|100px|link={{{6}}}]] |
| Maxwell, Reed |
Towards a complete description of the hydrologic cycle: Large scale simulations with the open-source, parallel, ParFlow hydrologic model. | [[{{{5}}}|100px|link={{{6}}}]] |
| Mugford, Ruth |
Modeling a Continuous Permafrost Basin on the North Slope of Alaska | [[{{{5}}}|100px|link={{{6}}}]] |
| Murray, Brad |
Don’t upscale the coastline; scales of cumulative change emerge | [[{{{5}}}|100px|link={{{6}}}]] |
| Nasr-Azadani, Mohamad |
TURBINS: A computational tool for three-dimensional, high-resolution simulations of particle-laden flows | [[{{{5}}}|100px|link={{{6}}}]] |
| Overeem, Irina |
Floodplain Deposition Modeling: Time and Spatial Scale Issues | [[{{{5}}}|100px|link={{{6}}}]] |
| Perignon, Mariela |
Using Neighborhood-Algorithm Inversion to Test and Calibrate Landscape Evolution Models | [[{{{5}}}|100px|link={{{6}}}]] |
| Picard, Kim |
The complexity of modeling a glaciated shelf using SEDFLUX | [[{{{5}}}|100px|link={{{6}}}]] |
| Potts, Donald |
A Knowledge Base Supporting Biologically-Based Carbonate Modeling | [[{{{5}}}|100px|link={{{6}}}]] |
| SAFAK, ILGAR |
Modeling sediment transport processes and residence times in the shallow coastal bay complex of the Virginia Coast Reserve | [[{{{5}}}|100px|link={{{6}}}]] |
| Sherwood, Chris |
Stratigraphic Modeling in ROMS | [[{{{5}}}|100px|link={{{6}}}]] |
| Singh, Arvind |
Landscape response to climate change: Insights from an experimental model | [[{{{5}}}|100px|link={{{6}}}]] |
| Slingerland, Rudy |
Relationships between sediment caliber and delta shoreline geometry and stratigraphy | [[{{{5}}}|100px|link={{{6}}}]] |
| Vanmaercke, Matthias |
Predicting sediment yields from undisturbed catchments: the dominant role of tectonics | [[{{{5}}}|100px|link={{{6}}}]] |
| Ward, Dylan |
Modeling the Glacial-Interglacial Impact of the Pacific Trade Wind Inversion on the Geomorphology and Hydrology of the Big Island of Hawaii | [[{{{5}}}|100px|link={{{6}}}]] |
| Wickert, Andrew |
Feedbacks between surface processes and flexural isostasy: a motivation for coupling models | [[{{{5}}}|100px|link={{{6}}}]] |
| Xing, Fei |
Exploring river - wave dominated delta evolution applying a model-coupling approach | [[{{{5}}}|100px|link={{{6}}}]] |
| Zanardo, Stefano |
A wavelet-based DEM regularization methodology aimed at improving distributed rainfall-runoff modeling | [[{{{5}}}|100px|link={{{6}}}]] |
