a Volcano-oriented Geographic Information System
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Updated
Sep 2, 2024 - Processing
a Volcano-oriented Geographic Information System
A Python Package for Monitoring Seismic Velocity Changes using Ambient Seismic Noise | http://www.msnoise.org
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.
python scripts to analyze and plot petrological data
A Python package for automatic earthquake detection and location using waveform migration and stacking.
Calculated Displacement Seismic Amplitude Ratio (DSAR) value
Set of Matlab functions for probabilistic hazard assessments of tephra accumulation
A GitHub repository, containing updated dataset of volcanic bulletins by DOST-PHIVOLCS in the Philippines.
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.
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.
The TITAN2D toolkit is used for modeling of geophysical mass flows over natural terrain (volcanic flows, avalanches, landslides, ...).
Repeating Earthquake Detector (Python)
Volcanoes in Cryosphere, Kuril-Kamchatka arc - the web map
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.
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.
Total grainsize distribution of tephra fallout based on the Voronoi method of Bonadonna and Houghton (2005)
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.
Python functions to calculate tephra grain terminal velocity and transport range
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