A C++/Python library of efficient algorithms for landscape evolution modeling
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Updated
Jun 5, 2024 - C++
A C++/Python library of efficient algorithms for landscape evolution modeling
Through collaboration with the College of Charleston and the USDA Forest Service Southern Research Station a soils technical report was created using SQL for data mining and graphs generated in R.
A Python package to find the centerline and width of rivers based on the latitude and longitude of the right and left bank (v1.6.0)
WhiteboxTools Python Frontend
A MATLAB software for the analysis of digital elevation models -
An advanced geospatial data analysis platform
Interactive map of land surface types of Poland
Basin and Landscape Dynamics model
Automatic gemorphological classification based on Digital Geomorphological Maps of Poland
Well-commented Python code for efficient and accurate solutions of the minimalist landscape evolution model (LEM) in detachment-limited conditions.
Ode To Transient Ancho de los Rivers: Transient evolution of river-channel width in response to river discharge and bank and sediment properties.
It is avaliable for the labrotary experiment, especially for the flume experiment.
C++20 Geomorphology Simulation Library and Toolbox
Tools for the estimation of surface area of digital terrain models (DTMs) and its effect on slope distributions
QGIS plugin to make dynamic sea level map from bathymetry and sea level curves.
Docker image for badlands
Badlands pre & post-processing
Badlands workshop & examples
Code to partially reproduce the results of geosciences-250279 paper.
Workflow to process SRTM data into chunks for LSDTopoTools
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