Learning Modules: Difference between revisions
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Learning Module 1 | = Learning Modules = | ||
These extended learning modules...[Notes: High level summary belongs here for each module, which will then link to a separate landing page for each module that has more details. For now, putting everything here since we only have one module.] | |||
== Learning Module 1: ''Simulating the geomorphic impacts of extreme rainfall using Landlab'' == | |||
=== Chapter 0: ''Overview'' === | |||
=== Chapter 1: ''When it rains, it pours (sometimes)'' === | |||
# '''''Analyze''''' time series data from a tipping bucket rain gauge. | |||
# '''''Describe''''' and '''''compare''''' storm properties. | |||
# '''''Simulate''''' stochastic rainfall using a Landlab component. | |||
# '''''Explain''''' how well historic events are captured by simulation. | |||
=== Chapter 2: ''From rainfall to runoff'' === | |||
# '''''Construct''''' and '''''interpret''''' a model of surface water hydrology. | |||
# '''''Explain''''' how root zone soil moisture evolves through time. | |||
# '''''Plan''''' and '''''execute''''' a model that couples two Landlab components. | |||
# '''''Critique''''' your hydrological model and '''''modify''''' it to route water. | |||
=== Chapter 3: ''But will the hillside fail?'' === | |||
# '''''Apply''''' your model using Data Components to import topography. | |||
# '''''Explain''''' how topography and water fluxes influence the Factor of Safety. | |||
# '''''Execute''''' a dynamic model of soil moisture driven by stochastic rainfall.''''' | |||
# '''''Analyze''''' how the probability of hillside failure varies in space and time. | |||
=== Chapter 4: '' Applying your new skills === | |||
Revision as of 11:38, 15 September 2025
Learning Modules
These extended learning modules...[Notes: High level summary belongs here for each module, which will then link to a separate landing page for each module that has more details. For now, putting everything here since we only have one module.]
Learning Module 1: Simulating the geomorphic impacts of extreme rainfall using Landlab
Chapter 0: Overview
Chapter 1: When it rains, it pours (sometimes)
- Analyze time series data from a tipping bucket rain gauge.
- Describe and compare storm properties.
- Simulate stochastic rainfall using a Landlab component.
- Explain how well historic events are captured by simulation.
Chapter 2: From rainfall to runoff
- Construct and interpret a model of surface water hydrology.
- Explain how root zone soil moisture evolves through time.
- Plan and execute a model that couples two Landlab components.
- Critique your hydrological model and modify it to route water.
Chapter 3: But will the hillside fail?
- Apply your model using Data Components to import topography.
- Explain how topography and water fluxes influence the Factor of Safety.
- Execute a dynamic model of soil moisture driven by stochastic rainfall.
- Analyze how the probability of hillside failure varies in space and time.
