HUGG/tcplotter

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2
Language
Python
License
MIT License
Created almost 3 years ago
Updated 4 months ago

HUGG/tcplotter

HUGG

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Create plots of predicted thermochronometer ages and closure temperatures for various cooling histories and mineral parameters

Pecube-HUGG

This repository is for the Helsinki University Geodynamics Group (HUGG) version of Pecube.

TC1D

A 1D thermal model and thermochronometer age prediction code

ArcSwath

An efficient swath profile analysis tool for ArcGIS 10.2 and later.

SA-geodynamics-viz

Visualizations of earthquakes and volcanoes in western South America

Jupyter Notebook

NGWM2016-modelling-course

2-day course Introduction to lithospheric geodynamic modelling prior to the 2016 Nordic Geological Winter Meeting in Helsinki, Finland

Dal-thermochron

Materials used in the Geochronology (ERTH6400) course at Dalhousie University.

TherAPPy

Thermochronometer Age Prediction codes in Python

Jupyter Notebook

Climate-data-analysis

An Jupyter notebook exercise to explore trends in seasonal climate data in Finland

Jupyter Notebook

Pecube-average-exhumation-rate

This script reads the predicted age summary (Comparison.txt) and output Pressure-Temperature-time records for each sample (Ttpaths.txt) in Pecube and calculates the average exhumation rate corresponding to the time recorded by a given thermochronometer. The output is a csv-formatted file of sample positions, observed and predicted cooling ages, and their exhumation rates.