Tephra2 Probabilistic Runner

By Costanza Bonadonna1, Laura J Connor2, Chuck B Connor2, Leah Michelle Courtland2

1. University of Geneva, Switzerland 2. University of South Florida (USF)

Will vary the wind field for a given eruption in order to determine the most probable mass loading of tephra on the ground.

Launch Tool

This tool version is unpublished and cannot be run. If you would like to have this version staged, you can put a request through HUB Support.

Archive Version 1.1
Published on 09 Aug 2016, unpublished on 31 Oct 2024 All versions

Open source: license | download

Usage

Simulation Users

239 in

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Users By Organization Type
Type Users
Unknown 78 (37.68)
University / College Graduate Student 44 (21.26)
University / College Undergraduate 23 (11.11)
University / College Faculty 21 (10.14)
Government Agency 20 (9.66)
University / College Staff 10 (4.83)
National Laboratory 7 (3.38)
Industry / Private Company 3 (1.45)
Retired / Unemployed 1 (0.48)
Users by Country of Residence
Country Users
Unknown 169 (73.8%)
UNITED STATES 19 (8.3%)
Unknown 17 (7.42%)
COLOMBIA 5 (2.18%)
MEXICO 4 (1.75%)
NEW ZEALAND 4 (1.75%)
CHILE 4 (1.75%)
JAPAN 3 (1.31%)
UNITED KINGDOM 2 (0.87%)
ICELAND 2 (0.87%)

Simulation Runs

4 in

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Overview
Average Total
Wall Clock Time 147.97 days 591.88 days
CPU time 5.62 hours 22.47 hours
Interaction Time 12.21 days 48.83 days