tectonics

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

MIami NOn linear phase linking in PYthon

prototyping for GPlates plate reconstructions as a python class

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

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

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).

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.

Civilization IV map script (a Perfect World 2 fork)

Receiver Function processing workflow for the manuscript "The Anatomy of a Modern Cordillera Style Mountain System: Northern Chile and Argentina"

Multi-InstrumentaL Lagrangian-Eulerian FEniCS-Using Ice-Ih Layer Explorer

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.

KML de la traza de la Falla de San Ramón (Santiago, Chile) para Google Earth, derivado de la GEM Global Active Faults Database

QGIS plugin: per-segment azimuth of lineaments and faults (length-weighted axial circular mean) with structural rose diagrams. Azimuth, quadrant or dip/dipdir output.

Model showing how paleofauna diverged as the continents collided and separated. Check out live updates here on Substack:

Python reconstruction of J. Angelier's TENSOR palaeostress inversion (TENSOR 5.45), rebuilt from the published method. Back-tilting, leave-one-out diagnostics, multi-site survey with roses and a map.

Analysis code and derived segment database for morphostructural control on subduction seismicity in the Pacific Ocean: 221 trench segments parameterised morphometrically, flexurally and seismically.