Source to Sink Modeling Lectures: Difference between revisions
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''Course Syllabus''<br> | '''Course Syllabus'''<br> | ||
To familiarize earth sciences, coastal and oceanography and engineering graduate students with a resources and a number of numerical surface process models and hydrological models available through Community Surface Dynamics Modeling System and introduce them to use of these software tools for their own research and teaching purposes.<br> | To familiarize earth sciences, coastal and oceanography and engineering graduate students with a resources and a number of numerical surface process models and hydrological models available through Community Surface Dynamics Modeling System and introduce them to use of these software tools for their own research and teaching purposes.<br> | ||
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At the end of this course, students should be able to design and run simulations for independently designed research questions on sediment supply, landscape and coastline evolution and marine stratigraphic processes. | At the end of this course, students should be able to design and run simulations for independently designed research questions on sediment supply, landscape and coastline evolution and marine stratigraphic processes. | ||
''Lectures and Labs''<br> | '''Lectures and Labs'''<br> | ||
* Numerical modeling of fluvial fluxes towards the ocean [[File:Day-1-1.pptx| PPT]] | * Numerical modeling of fluvial fluxes towards the ocean [[File:Day-1-1.pptx| PPT]] | ||
* Associated Modeling Lab with HydroTrend [[Labs_WMT_River_Sediment_Supply]] | * Associated Modeling Lab with HydroTrend [[Labs_WMT_River_Sediment_Supply]] | ||
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* Landscape Evolution Modeling [[File:Day1_landscape_evolution_modeling.ppt| PPT]] | * Landscape Evolution Modeling [[File:Day1_landscape_evolution_modeling.ppt| PPT]] | ||
Revision as of 14:32, 16 July 2015
Source to Sink Modeling Lectures
Course Syllabus
To familiarize earth sciences, coastal and oceanography and engineering graduate students with a resources and a number of numerical surface process models and hydrological models available through Community Surface Dynamics Modeling System and introduce them to use of these software tools for their own research and teaching purposes.
Learn about the following surface processes:
- River sediment supply
- Landscape evolution
- Coastal evolution and longshore transport and wave processes
- Stratigraphic modeling
At the end of this course, students should be able to design and run simulations for independently designed research questions on sediment supply, landscape and coastline evolution and marine stratigraphic processes.
Lectures and Labs
- Numerical modeling of fluvial fluxes towards the ocean File:Day-1-1.pptx
- Associated Modeling Lab with HydroTrend Labs_WMT_River_Sediment_Supply
- Landscape Evolution Modeling File:Day1 landscape evolution modeling.ppt
