geosciences
There are 7 repositories under geosciences topic.
softwareunderground / awesome-open-geoscience
Curated from repositories that make our lives as geoscientists, hackers and data wranglers easier or just more awesome
- Language:C++ 259
OpenGeoVis / PVGeo
🌍 Python package of VTK-based algorithms to analyze geoscientific data and models
Language:Python 211- badlands
badlands-model / badlands
Basin and Landscape Dynamics model
Language:Python 138 keurfonluu / disba
Numba-accelerated computation of surface wave dispersion
Language:Python 133Inversion of dispersion curves using Evolutionary Algorithms
Language:Python 72- bmi
csdms / bmi
The Basic Model Interface is a standardized set of functions allowing coupling of models to models and models to data
Language:TeX 49 smousavi05 / dl_seismology
This repo contains the database and supporting materials for Deep-Learning Seismology
charlesll / i-melt
i-Melt is a machine learning model of the properties of aluminosilicate melts and glasses
Language:Python 36GeosoftInc / gxpy
Python for Geosoft GX Developer
Language:Python 33- GebPy
MABeeskow / GebPy
GebPy is a Python-based, open source tool for the generation of geological data of minerals, rocks and complete lithological sequences. The data can be generated randomly or with respect to user-defined constraints, for example a specific element concentration within minerals and rocks or the order of units within a complete lithological profile.
Language:Jupyter Notebook 24 pangeo-data / xcmocean
xarray accessor for automating choosing colormaps, aimed at geosciences
Language:Python 22- Language:Python 22
- badlands-workshop
Badlands workshop & examples
Language:Jupyter Notebook 21 - Language:C++ 19
garg-aayush / spatial-alias-removal
Removing the spatial aliasing in the seismic data using Deep Learning Super-resolution
Language:Python 18grongier / pybarsim
Python package to simulate wave-dominated shallow-marine environments using Storms (2003)'s BarSim
Language:Python 17- badlands-companion
Badlands pre & post-processing
Language:Python 16 modeling-inversion-lab / awesome-metaheuristic-algorithms
:chart_with_upwards_trend: Collect and archive the metaheuristic algorithms and their applications in geophysics.
reproducible-agile / reproducible-agile.github.io
Website for Initiative "Reproducible Research" @ AGILE conference
Language:HTML 9- badlands-docker
Docker image for badlands
Language:Shell 7 brunorpinho / docker-geoscience-notebook
Jupyter Notebook GeoScientific Python Stack - Dockerfile
Language:Python 7maribickpostanes / Interactive-Horizon-Surfaces-Plot
This open-source code repository provides a Python implementation for generating an interactive horizon surfaces plot using Plotly. The focus of this code is to visualize the Volve horizons in a 3D surface plot.
Language:HTML 7- Oil_Finder_Rick_improved_2021
rickdelpino / Oil_Finder_Rick_improved_2021
Open source Windows Application in Python for Geosciences, Artificial Intelligence and Data Sciences - Initial stages, 2021
Language:Python 7 compgeolab / micromag-euler-dipole
Paper: Full vector inversion of magnetic microscopy images using Euler deconvolution as a priori information
Language:Jupyter Notebook 6- Language:C 6
This repository contains a Python script that uses the Plotly library to create an interactive web-based application for plotting seismic data sections from SEG-Y files.
Language:Jupyter Notebook 6whyjz / pejzero
Repository for the workflows presented in "Glacier geometry and flow speed determine how Arctic marine-terminating glaciers respond to lubricated beds"
Language:Jupyter Notebook 6giswqs / richdem-binder
Binder for the richdem Python package
leonard-seydoux / earth-data-science
Lecture notes and notebooks for statistical data analysis and machine learning in Earth science
Language:Jupyter Notebook 5marcoalopez / ternary_plots
no-fuss ternary plots in Python (using matplotlib)
Language:Jupyter Notebook 4michaelchin / plate-model-manager
The plate model manager was designed to manage plate tectonic reconstruction model files. It is like Conda for plate models.
Language:Python 4ryanbob96 / Manual-Ordinary-Kriging-and-Sequential-Gaussian-Simulation-in-Facies-Modelling
Manual Ordinary Kriging and Sequential Gaussian Simulation for Facies Model
Language:Jupyter Notebook 4- Language:C++ 4
Ayberk-Uyanik / SGR_Logs_Interpreter
Workflows developed for to display and interpret conventional well logs, depositional environments, sequence boundaries, heat flows, clay types, fracture intensities, and operational records
Language:Jupyter Notebook 3KhaliqHussain / 3D-DFN-waterseepage
DFN Works is a parallelized computational suite to generate three-dimensional discrete fracture networks Model . A three-dimensional Discrete fracture network (DFN) is among the most efficient and modern methods to simulate the random concept of the geometric properties of joints.
Language:Mathematica 3
