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These are all the resources that will be available for the first Landlab clinic at the 2017 CSDMS meeting. You can find the powerpoint presentation for this clinic as well as python scrips from this clinic here: https://github.com/landlab/csdms_model_clinic_may_2017

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Files for the Overland Flow and Erosion Model presented at CSDMS 2017

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A basic model with linear diffusion and detachment limited incision.

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This presentation was given at the 2017 CSDSM annual meeting in a clinic entitled "Modeling Earth-Surface Dynamics with Landlab 1.0"

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This is a collection of Jupyter notebooks that use the Landlab toolkit to numerically illustrate physical concepts in geomorphology and surface water hydrology. These notebooks were designed for use in upper level undergraduate and graduate classes. They were designed primarily as take-home assignments or lab exercises. However, they can also be used to illustrate concepts during a lecture.

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A Jupyter notebook that uses Landlab to explore linear diffusion of sediment on hillslopes. Designed to be used in the classroom.

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This resource contains a Jupyter notebook that uses Landlab to explore changes in drainage density driven by more efficient hillslopes or channels. This is designed to be used as a homework assignment or lab assignment in an upper level geomorphology course.

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This resource contains a Jupyter Notebook that uses Landlab to illustrate how hydrographs are sensitive to storm characteristics and watershed shape. These are designed to be used as a homework assignment in a Surface Water Hydrology course.

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This notebook imports hillslope profile data collected by Karl Wegmann's geomorphology class at a state park near Raleigh, NC, USA. The students use the linear diffusion component in Landlab to estimate the diffusivity in this landscape given a background erosion rate. The students are then asked to think about recent landscape change due to European settlers, how this may have impacted their results and the landscape, and devise a modeling scenario to test their ideas. This notebook was created in collaboration with Karl Wegmann and NC State.

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This resource contains a jupyter notebook that uses landlab to illustrate the sensitivity of detachment-limited stream-power controlled rivers to changes in rock uplift and erodibility. This notebook was designed as a homework assignment in an upper level geomorphology course.

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Resources for the CSDMS 2018 "Landlab with HydroShare" clinic

For more information, resources, help on Landlab: landlab.github.io

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This is a collection of Landlab Jupyter Notebooks to be run on HydroShare for the Landlab being given at Lehigh University in November 2018.

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Landlab presentation given at Lehigh November 2018.