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| ==Labs== | | ==Labs== |
| The freely downloadable labs are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures. Want to contribute your own lab? Please contact irina.overeem@colorado.edu. | | The freely downloadable labs are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures. Want to contribute your own lab? Please contact [mailto:irina.overeem@colorado.edu irina.overeem@colorado.edu] |
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Revision as of 16:59, 16 October 2010
Labs
The freely downloadable labs are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures. Want to contribute your own lab? Please contact irina.overeem@colorado.edu
Labs
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Sediment Supply Numerical Experiments
Irina Overeem
This lab uses the CSDMS Modeling Tool to do a number of simple sediment supply simulations. Students will use the HydroTrend Model to explore the effects of next century temperature and precipitation changes on river fluxes. In addition, we run simulations to look at the effect of humans on rivers: the building of a reservoir.
PDF
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Landscape Evolution Numerical Experiments
Wei Luo
WILSIM: the Web-based Interactive Landform Simulation Model helps you understand how a landscape evolves under different conditions. It allows you to look at the effects of landscape geometry, climate and tectonics and see how a river network develops over time. It is designed to be used in education at different levels of complexity, so it can be used in undergraduate as well as graduate teaching. WILSIM runs through your internet browser and can be accessed here: WILSIM homepage.
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Coastal Stratigraphy Numerical Experiments
Irina Overeem
The excercise is intended for graduate level teaching. The zipped file contains an executable of a teaching model, BarSim, developed originally by J. Storms. The archive contains notes for a 3-hour computer lab as well as the background literature. The excercise allows students hands-on experience with a simple stratigraphic model to get insight in setting up stratigraphic simulation experiments. Focus is on exploration of the effects of external forcing factors, i.e. sediment supply and sea-level, on wave-dominated coasts and barrier islands. zip archive with model and notes
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