Software and data for Bower et al. (resubmitted to Geomorphology): The uncertain future of mountaintop-removal-mined landscapes 2: Modeling the influence of topography and vegetation.
Archived by Charlie Shobe, U.S. Forest Service Rocky Mountain Research Station (charles.shobe@usda.gov).
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Python and R scripts to extract and conduct statistical tests on pre- and post-mining watershed topography (Figure 2)
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Gully mapping dataset and Python script to generate erodibility estimates (Figure 4)
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Python script to generate erodibility time series for model simulations and plot erodibility time series (Figure 5)
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Python script to plot precipitation time series (Figure 6)
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Python code to run forward landscape evolution model simulations as well as all required input and output files (output is used in Figures 7-13)
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Python script to calculate total sediment export (Figure 7)
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Python script to calculate sediment export trajectories (Figure 8)
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Python script to calculate changes in sediment flux over time (Figure 9)
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Python script to calculate distributions of erosion rates (Figure 10)
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Cross-section data and Python script to generate selected cross-section topography (Figure 13)