volcanology

There are 35 repositories under volcanology topic.

  • ROBelgium/MSNoise

    A Python Package for Monitoring Seismic Velocity Changes using Ambient Seismic Noise | http://www.msnoise.org

    Language:Python1782220483

  • QuakeMigrate/QuakeMigrate

    A Python package for automatic earthquake detection and location using waveform migration and stacking.

    Language:Python148106336

  • ahotovec/REDPy

    Repeating Earthquake Detector (Python)

    Language:Python82171439
  • retreat

    paddy-seismic/retreat

    RETREAT is a REal-time TREmor Analysis Tool. It performs f-k analysis on realtime (or archive) seismic array data to calculate the back azimuth and slowness with the aim of aiding in the location of volcanic tremor signals.

    Language:Python24156

  • TITAN2D/titan2d

    The TITAN2D toolkit is used for modeling of geophysical mass flows over natural terrain (volcanic flows, avalanches, landslides, ...).

    Language:C249815

  • ThomasLecocq/msnoise-tomo

    The Ambient Noise Tomography Plugin for MSNoise

    Language:Python2112315

  • geoscience-community-codes/tephra2

    Tephra2 is a tephra dispersion simulation tool, used to estimate the mass of tephra that will accumulate at a site or over a region, given explosive eruption conditions.

    Language:C147511

  • dcroman/Tremometer

    Matlab code to detect and characterize harmonic tremor in continuous seismic data

    Language:MATLAB8615

  • e5k/TephraProb

    Set of Matlab functions for probabilistic hazard assessments of tephra accumulation

    Language:MATLAB7434

  • geoscience-community-codes/MOLASSES

    MOLASSES (MOdular LAva Simulation Software for the Earth Sciences) - The MOLASSES model relies on a cellular automata algorithm to estimate the area inundated by lava flows.

    Language:C6513

  • charlesll/sulfur-magma

    FORTRAN code for prediction of sulfur redox state in magmatic liquids

    Language:Fortran5311
  • Farquharson_Amelung_2020_Kilauea-Nature

    jifarquharson/Farquharson_Amelung_2020_Kilauea-Nature

    Figures for 2020 Kilauea paper

    Language:Jupyter Notebook5204

  • VittorioMinio93/MISARA

    MISARA (Matlab Interface for the Seismo-Acoustic aRary Analysis), is an open-source Matlab GUI that supports visualisation, detection and localization of volcano seismic and acoustic signals, with a focus on array techniques.

    Language:MATLAB5103

  • e5k/TOTGS

    Total grainsize distribution of tephra fallout based on the Voronoi method of Bonadonna and Houghton (2005)

    Language:MATLAB4212

  • charlesll/iron-magma

    FORTRAN software to calculate the redox state of iron in magmas

    Language:Fortran3311

  • jarichardson/VEAM

    The Volcanic Event Age Model runs a Monte Carlo method to model cumulative volcanic events through time.

    Language:Python3101

  • e5k/TError

    A systematic approach to quantify the uncertainty propagaterd during the characterization of tephra deposits

    Language:MATLAB2301
  • VolUnD-Toolkit

    EUROVOLC-ML/VolUnD-Toolkit

    VOLcano UNrest Detection

    Language:Python2100

  • martanto/dsar

    Displacement Seismic Amplitude Ratio (DSAR) value

    Language:Jupyter Notebook2110

  • e5k/TephraFits

    Matlab function for the characterisation of tephra fall deposits

    Language:MATLAB1201

  • gthompson/kitchensinkGT

    Miscellaneous research codes, organized into projects with a common set of libraries. This is just where I actively work, before packing codes up for release when publishing papers, datasets etc.

    Language:Jupyter Notebook11380

  • volcan01010/tephrange

    Python functions to calculate tephra grain terminal velocity and transport range

    Language:Python1200

  • yannikbehr/spectroscopy

    A datamodel for volcanic gas chemistry data

    Language:Python12361

  • elcarrillo/magma-project

    python scripts to analyze and plot petrological data

    Language:Python0101

  • elcarrillo/PlumeViz

    PlumeViz features a Plumeria Python wrapper, a tool designed to streamline the batch processing and analysis of 1D volcanic plume simulations using Plumeria (modern fortran version) software.

    Language:Python0100

  • ElenaMarch/SredinniyRidge_Kamchatka

    Volcanoes in Cryosphere, Kuril-Kamchatka arc - the web map

    Language:JavaScript0100

  • federicapardini/EtnaFountains2021

    This repository contains numerical forecasts of tephra fallout and dispersal for three lava fountain episodes that occurred at Mt. Etna during the 2021 paroxysmal cycle.

    0100

  • renehommel/tar-viz-volc-db

    Interactive deployable visualisation of volcanic datasets provided for TAR experiments of the ISA-MIP climate model intercomparison initiative.

    Language:JavaScript0000

  • RobertoGuardo/QcAnalysisDeceptionIsland

    Qc analysis for volcano attenuation tomography

    Language:MATLAB0100

  • RobertoGuardo/VolGIS

    a Volcano-oriented Geographic Information System

    Language:Processing00

  • AstrooKai/PHIVOLCS_Volcano_Bulletin_Information_Dataset

    A GitHub repository, containing updated dataset of volcanic bulletins by DOST-PHIVOLCS in the Philippines.

    10

  • charlesll/water-speciation-magma

    Model for prediction of water speciation in magmatic liquids

    Language:Fortran30

  • KowalskiThomas/IPGP-EarlyWarning

    The EarlyWarning (Alarme Précoce) application, used by the Piton de la Fournaise Volcano Observatory (Reunion Island)

    00

  • stuartmead/volcanoplugin

    Workspace plugin containing GIS utility programs for lahar/volcano research

    Language:C++101

  • ThomasAFink/cosmic_peaks_in_the_solar_system

    The tallest mountains and geological features across different celestial bodies within our solar system.

    Language:Python