Volcanology Higher Education Catalogue v1.1

01 Jun 2023 | Contributor(s): Jacqueline Dohaney, Alison Jolley, Ben Kennedy, Alexander Watson

Here we share the up to date list of peer reviewed literature concerning volcanology higher education. (Last updated: August 8, 2024).To add a piece to the catalogue, please email the first author (j.dohaney@ed.ac.uk). It takes some time to code the literature, so please be...

(Poster) Ghub: A new community-driven data-model resource for ice-sheet scientists

19 Apr 2023 | Contributor(s): Sophie Goliber, jason briner, sophie nowicki

PDF of the poster for "Ghub: A new community-driven data-model resource for ice-sheet scientists".  

Volcanic Ash Explorer Workflow

16 Aug 2022 | *Tools | Contributor(s): Renette Jones-Ivey, Marcus I Bursik, Abani Patra, Klaus Sievers

Volcanic Ash Explorer Workflow

Validation data for manuscript "Novel statistical emulator construction for volcanic ash transport model Ash3d with physically-motivated measures"

02 Sep 2020 | *Data Sets/Collections | Contributor(s): Qingyuan Yang, E Bruce Pitman, Elaine Spiller, Marcus I Bursik, Andrea Bevilacqua

This database presents the testing and validation data used and presented in the manuscript titled "Novel statistical emulator construction for volcanic ash transport model Ash3d with physically-motivated measures". The manuscript is submitted to the Proceedings of the Royal...

PYFLOW_2.0. A new tool for estimating the impact parameters and the deposition rate and time of dilute PDCs based on field data

22 Nov 2017 | Offline Tools | Contributor(s): Fabio Dioguardi, Daniela Mele, Pierfrancesco Dellino

PYFLOW_2.0 is a hazard tool for the calculation of the impact parameters of dilute pyroclastic density currents (DPDCs). DPDCs represent the dilute turbulent type of gravity flows that occur during explosive volcanic eruptions; their hazard is the result of their mobility and the capability...

Documentation for "Effect of particle entrainment on the runout of pyroclastic density currents"

08 Sep 2016 | *Data Sets/Collections | Contributor(s): Kristen Fauria, Michael Manga, Michael Chamberlain

This is a repository for the data and script used in, "Effect of particle entrainment on the runout of pyroclastic density currents."Here you will find:1. A compilation of splash function experimental data from this study and data that was extracted from seven other studies:...

Confort 15 (Conflow improvement)

22 Apr 2016 | Offline Tools | Contributor(s): Silvia Campagnola, Claudia Romano, Larry G Mastin, Alessandro Vona

We present an updated version of the Conflow model, an open-source numerical model for flow in eruptive conduits during steady-state pyroclastic eruptions (Mastin and Ghiorso, 2000). In the Confort 15 program, several updates were considered:The rheological parameters of the model are...

Titan2D Hazard Map Emulator Workflow Tool

24 Nov 2015 | *Tools | Contributor(s): Renette Jones-Ivey, bing zhang

Titan2D Hazard Map Emulator Workflow Tool

Dome rock densification parameters

20 Oct 2014 | Miscellaneous | Contributor(s): Fabian Ben Wadsworth, Betty Scheu

Chaotic Mixing Device

09 May 2014 | Miscellaneous | Contributor(s): Daniele Morgavi, Diego Perugini, Cristina P. De Campos, Werner Ertel-Ingrisch, Donald B. Dingwell

Description of device for chaotic mixing experiments developed at LMU München

Underwater volcano disaster - an Oxford Sparks Animation

19 Mar 2014 | Educational Materials | Contributor(s): David Pyle

A short (2 minute) animation of a subduction zone and volcano, introducing the processes involved in subduction, melting and volcanism.This animation can be used as a stand alone item, or in a classroom. We have developed some class activities around an exercise in volcano monitoring at an...

Implementation of material maps into the Titan2D simulation tool

29 Dec 2013 | Presentations | Contributor(s): Sylvain Charbonnier

These powerpoint slides describe how to create and use a GIS-classified map with varying basal friction angles with the Titan2d simulation tool. Users can also refer to the Titan user manual for additional information.

Purace Titan2d Ang Basal 14

29 May 2013 | *Data Sets/Collections | Contributor(s): Paola Andrea Narvaez

Simulación para el volcán Puracé del por medio de Titan2d, con un ángulo basal de valor de 14.

VHAST

04 Apr 2013 | Offline Tools | Contributor(s): Gabriel Andrés Bernal

VHAST (Volcanic Hazard Analysis and Simulation Tool)is a probabilistic volcanic hazard assessment software. It has been developed in Visual Basic .NET and runs on Windows XP or later. VHAST supports hazard analysis of lava flows, pyroclastic flows and ash fall, using simplified models.The...

PyBetVH

28 Mar 2012 | *Tools | Contributor(s): Roberto Tonini, Laura Sandri, Jacopo Selva, Warner Marzocchi

Compute long-term volcanic hazard using the Bayesian Event Tree for Volcanic Hazard (BET_VH) model

GPS and Volcano Monitoring

11 Aug 2011 | Presentations | Contributor(s): Jose Luis Palma

This presentation is part of the workshop "Volcanic Hazards and Remote Sensing in Pacific Latin America" held in Costa Rica in January 2011.Speaker: Chuck DeMets, University of Wisconsin-MadisonGPS and Volcano Monitoring .mp4Differential GPS as a Monitoring Tool on Volcano Santa Ana (Illamatepec)...

Large Scale Experiments on Volcanic Processes (EOS)

19 Jul 2011 | Publications | Contributor(s): Greg A Valentine

Some of the least understood and most hazardous geologic processes involve complex multiphase flows, particularly those related to explosive volcanic eruptions. These phenomena inherently involve a wide range of characteristic length and time scales, as well as processes that are coupled across...

Titan2D Viewer

26 Jun 2011 | *Tools | Contributor(s): Jose Luis Palma

A viewer of the simulation results saved by Titan2D

Tutorial for using Titan2D on VHub

25 Jun 2011 | Educational Materials | Contributor(s): Sylvain Charbonnier

During this tutorial, we will go through a stock example and (1) learn how to enter the different input parameters for running a Titan2D simulation on Vhub, (2) run the simulation and (3) visualize the results using the freely available Paraview software.