Name: EarthByte
Type: Organization
Bio: We are building a virtual Earth by assimilating the wealth of geological & geophysical data into models combining tectonics, geodynamics & surface processes.
Location: School of Geosciences - University of Sydney
Blog: https://www.earthbyte.org/
EarthByte's Projects
Predict carbonate sediment thickness grids from age, mean distance and bathymetry grids.
CitcomS is a finite element code designed to solve compressible thermochemical convection problems relevant to Earth's mantle.
Workflows that use continent contouring.
DoEgen: A Python Library for Optimised Design of Experiment Generation and Evaluation
Global Seafloor Fabric and Magnetic Lineations (GSFML) Project
Shared sandbox to version control your coursework and assessment
A place for miscellaneous notebooks
Prospectivity mapping of critical minerals
High-resolution prospectivity mapping of REE deposits using geochemical features in the northern part of the Curnamona geological province, South Australia
Prospectivity mapping of Ni-Co laterites in the Lachlan Orogen
polymetallic nodules project
Mike Tetley's absolute plate motion optimisation code, adapted to run on a HPC cluster (such as Artemis).
Paleo-Climate Precipitation Reconstruction using Bayesian Machine Learning
Simple mapping of subducted slabs and slab windows based on GPlates reconstruction models
Python tools for plate tectonic research.
Generate compacted sediment thickness and decompacted sediment rate grids for paleo times using polynomials of ocean floor age and distance to passive margins.
Workflow to generate present-day age grid
A tool for reconstructing paleobathymetry on oceanic and continental crust.
solutions retained
Workflow to reconstruct passive margin paleobathymetry
rift subsidence
Workflow for detecting and plotting slab windows through deep time
Workflows from Muller et al. 2022 paper "Evolution of Earthโs tectonic carbon conveyor belt"
Spatial temporal exploration using gPlates and machine learning
Spatiotemporal prospectivity modelling of porphyry systems in PNG and the Solomon Islands
Scripts used in East et al. (2020)
A place to store tests and benchmarks of Underworld2. This will help identify and disseminate good practices for complex models.