Miami InSAR time-series software in Python

LiCSBAS: InSAR time series analysis package using LiCSAR products

MIAmi Phase Linking in PYthon

Simple Workflows for End-to-End InSAR Time Series

Procedural Plate Tectonics using Clustered Convection

prototyping for GPlates plate reconstructions as a python class

MIami NOn linear phase linking in PYthon

TectonicsFP software for structural geology

Digital Elevation Model (DEM) and KnickZone-Picker (KZP) Analyzer (http://onlinelibrary.wiley.com/doi/10.1002/2017JF004250/full)

TopoChronia: A QGIS plugin for the creation of fully quantified palaeogeographic maps

Toolset to model and analyse tectonic stress fields with R

Notebooks, scripts and examples developed and maintained by the Underworld team.

The plate model manager was designed to manage plate tectonic reconstruction model files. It is like Conda for plate models.

tAo is a code to model isostatic, tectonic, and surface geological processes, in 1D (vertical cross section). It's pseudo3D version is called TISC, also available in this site.

Long-term geodynamic model solver

ROMSA (Right Dihedra Method Stress Analysis) is a high-performance Python tool for determining paleostress orientations from fault-slip data. It is a modern re-implementation of the original C++ program published by Bruno Ciscato (1994), based on the structural analysis method developed by Lisle (1987).

Plotting codes for NREE Submission

Structural geology package for R

MYRIAM is an open-access, computationally-inexpensive, user-friendly software that allow users to compute the torque variations required to produce given changes in plate motions.

This repository includes supplemetary datasets that are used to support the findings of a manuscript devoting to establishing the links between deeply-sourced volatile emissions and plateau growth dynamics.

Agent-based Tectonics for Architecture - repository for the module held at Design By Data Master in November 2019

Graphical user interface for the sg2ps command line application

Spatio-temporal exploration of seafloor anomalies and porphyry copper formation.

This repository is a pythonic solution to the 'GPS and infinitesimal strain analysis' method, published by Phil Resor and Vince Cronin. The non-pythonic method may be found on the SERC website under the GETSI teaching materials.

Repo for the data files and Python codes used for the global APWP of Vaes et al. (2023, Earth-Sci. Rev.).

Real-time earthquake data scraper for Kandilli Observatory.

Geophysics: Geophysical applications of the SymC framework. Applies χ ≈ 1 stability principles to planetary systems including seismic dynamics and fault behavior. Foundation for expanding into broader planetary sciences as the framework develops.

Code to calculate plate driving forces and torque balances for GPlates plate reconstruction models.

Civilization IV map script (a Perfect World 2 fork)

https://mitchellmcm27.github.io/sandbox-extension-exercise/