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alsa

This method attempts to automatically find line segments in bedrock from aerial photos and generate a ShapeFile for them.

auton_sys

code & projects from SES 598 Autonomous Exploration Systems

docker-stacks

Ready-to-run Docker images containing Jupyter applications

earth-analytics-python-env

A conda environment to support using earth and environmental data in Python.

geometric-attributes-toolbox

The Geometric Attributes toolbox is a set of QGIS tools designed for the geometric attribute and shape characterization of modern depositional elements

googeartheng_misc

Scripts for utilizing GEE

grain_hills

Source code for Grain Hill: a cellular automaton (lattice grain) model of hillslope evolution

imagecoregistration

Image registration using sift and RANSAC

ivy_diffusion

Example of solving 1D diffusion equation (ESPIN)

landlab-jupyter-container

docker container for running landlab with miniconda and jupyter notebook

orthomosaicslam

Orthomosaic image stitching in realtime for drone based SLAM using a single downward facing camera

quakes-photogrammetry

Scripts for processing QUAKES-I stereo photogrammetry data

rgr-pdal-topo

Process 3DEP point clouds from AWS into DEMs and elevation profiles with pdal/gdal based modules. Compute topographic metrics and perform basic classification for geologic mapping applications. Notebooks analyze Rio Grande Rift fault scarps and alluvial fans. Supported by INTERN supplement to the OpenTopography NSF award at ASU (ID: 1948857)

rock-matching

spatially-adaptive-geomorphons

C Code from Paper titled "Evaluation of a Spatially Adaptive Approach for Land Surface Classification from Digital Elevation Models" published in International Journal of Geographical Information Science

undergrad-projects

coding projects and scripts from studies @ CU Boulder