Name: Andy Wickert
Type: User
Company: University of Minnesota / GFZ Potsdam
Bio: Rivers, glaciers, landscapes, and sea level, in the past and present
Twitter: andywickert
Location: Potsdam, Germany
Blog: https://mnimorph.science
Andy Wickert's Projects
Diffusion in two dimensions via multiple methods
Alluvial stratigraphy construction by simple rules, in strike-section
An Arduino shield with all the capabilities of the ALog BottleLogger
Programs to use overhead imagery to map the rate of movement of river systems, how they lose overlap with their original planforms, and how they rework the fluvial surfaces over which they move.
Eagle files and other CAD files for the rocket avionics.
Sedimentary basin backstripping, including optimization for tectonic load and elastic thickness history
Indicate CSDMS-affiliated repositories and our spotlights.
Python-Bindings for the Basic Modeling Interface
Converts time stamps from tipping bucket rain gauge bucket tips into a time series of rainfall intensities based on a moving window
Colormap setup for standardizing commonly-plotting oceanographic variables.
Custom parts library for Eagle CAD assembled with varying degrees of part documentation (so sue me! Actually, please don't...). I hope others can be saved the pain and suffering of developing custom part layouts, and perhaps, one day, this will lead to a better world...
Markdown-formatted Creative Commons licenses
Builds geologic cross sections from layer tops or bottoms
Tool to make geological cross-sections
Compute oxygen-isotope chronologies for seawater from forams in sediment cores: ice-volume and temperature corrected
Communicates between Arduino-programmed AVR and Maxim DS3231 RTC: splice of Ayars' (http://hacks.ayars.org/2011/04/ds3231-real-time-clock.html) and Jeelabs/Ladyada's (https://github.com/adafruit/RTClib) libraries
A simplified clock interface for the DS3231 RTC
Test! Test!
Codes and data to plot applicable figures from the channel-width paper to be submitted in 2023
Simple old code that does 1-D alluvial or bedrock river channel evolution
Renaming image files for fluvial experiment in Python or R.
A suite of tools that (once complete) will do DEM and imagery analysis for fluvial experiments, using Python and GRASS GIS
Geospatial Modeling and Analysis Course (GIS/MEA582)
Multiple methods to solve elastic plate flexure, designed for applications to Earth's lithosphere.
Global 0.25-degree grids of mean precipitation and evapotranspiration from 2000-2004
GRASS GIS Addons Repository https://grass.osgeo.org/download/addons/
Fluvial geomorphology in GRASS GIS: river long profiles, slope/area relationships, channel steepness index, hillslope-to-fluvial transition, and as much more as I add