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EarthByte

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Generate compacted sediment thickness and decompacted sediment rate grids for paleo times using polynomials of ocean floor age and distance to passive margins.

PlateTectonicTools

Python tools for plate tectonic research.

Jupyter Notebook

pyBacktrack

A tool for reconstructing paleobathymetry on oceanic and continental crust.

Jupyter Notebook

paleoclimate-reconstruction

Paleo-Climate Precipitation Reconstruction using Bayesian Machine Learning

Jupyter Notebook

UW2-tests-and-benchmarks

A place to store tests and benchmarks of Underworld2. This will help identify and disseminate good practices for complex models.

Jupyter Notebook

presentday-agegridding

Workflow to generate present-day age grid

Python

optAPM

Mike Tetley's absolute plate motion optimisation code, adapted to run on a HPC cluster (such as Artemis).

Jupyter Notebook

rift-subsidence

rift subsidence

Python

MPM_Geochemistry_Curnamona_REE

High-resolution prospectivity mapping of REE deposits using geochemical features in the northern part of the Curnamona geological province, South Australia

Jupyter Notebook

miscellaneous-notebooks

A place for miscellaneous notebooks

Jupyter Notebook

spatio-temporal-exploration

Spatial temporal exploration using gPlates and machine learning

Jupyter Notebook

SubductingPlateArea-East_etal

Scripts used in East et al. (2020)

Python

MPM_Lachlan_Laterite

Prospectivity mapping of Ni-Co laterites in the Lachlan Orogen

Jupyter Notebook

geophysical_image_clustering_exploration

Geophysical data clustering in the Gawler Craton

Jupyter Notebook

EarthByte/predicting-sediment-thickness

EarthByte

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