Unified Geodynamics Earth Science Computing Environment

The curremt package contains

• SEATREE, our graphical user interface, research and teaching environment that itself provides simple interfaces to
  • HC, our global, spherical mantle flow solver;
  • Larry2d and Larry3d, surface wave phase velocity and global body wave tomography software, respectively;
  • ConMan, a finite element thermal convection solver;
• fstrack, our seismic anisotropy and tensor analysis package;
• GPlates 1.4;
• the iGMT graphical user interface to GMT, and GMT;
• our shansyn spherical harmonic analysis/synthesis with GMT package as used by our tomography model format (also see shansyn on GitHub);
• and a range of other Earth science software and datasets (see below).

Download and installation

• instructions for download, installation, and use of UGESCE
• UGESCE download
  
  • CIG CIDER2016 Summer Program VirtualBox which includes a new Ubuntu install including an updated SEATREE 2.0.1 and HC (but not the rest of the software and data), see here for instructions.
  • Current UGESCE package (version 0.3, as of 04/2015):
    • zipped UGESCE (5.2 GB size, for Windows),
    • bzipped UGESCE (4.4 GB size),
    • gzipped UGESCE (5.2 GB size).
    You might want to use

    curl -C -L -O \
    http://www-udc.ig.utexas.edu/external/becker/\
    ugesce/SEATREE64-2015.zip
    

    for slow connections.
• Lecture notes on UNIX and mapping as well as data analysis using GMT

For more information on how to use some of the software included such as GMT and iGMT, see, for example, my computing and Earth science mapping teaching material, such as my Mapping and Modeling Earth Science Data short course, and the iGMT and SEATREE web site.

UGESCE v. 0.3 includes:

• Software
  • Fedora 14 as the LINUX OS
  • SEATREE 2.0.1
  • HC 1.0.4
  • fstrack 0.4
  • GPlates 1.4
  • GMT 4.5.7, Netcdf
  • iGMT 1.2
  • Latex, python, ipython, numpy
  • g3data, octave, gnuplot
  • paraview 3.4
  • grads, GRASS
  • GNU C and Fortran compilers
  • All plotting scripts and tomography models used to make the plots in Becker's (2012) evaluation of western US seismic tomography
  • numerous other geophysics/geology type bash and awk scripts and small binaries
• Datasets
  • ETOPO2
  • Mueller et al. (2008) seafloor age
  • Smith & Sandwell (1997) gravity and geoid
  • sediment thickness from Laske & Masters (1997)
  • GSHAP PGA hazard map (Giardini et al., 2000)
  • Western US tomography models
  • hotspots, volcanoes, city names, WSM data as of the iGMT distribution

Funding