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Earthquakes and tomography by Univ. Utah; topography from USGS; geology map image provided by Robert L. Christiansen
Table of Contents for GEON IDV web site
Introducing the GEON IDV

GEON IDV: Data Displays & Analysis Capabilities
    GPS Velocity Vectors & Error Elipses
    Earthquake Locations and Magnitude
    Earthquake Focal Mechanisms
    Seismic Anisotropy
    Seismic Tomography
    REM Global Seismic Tomography Data
    Mantle Models' Tomography
    Topography Data and 3D Relief Maps
    Yellowstone Geophysics Example
    Particle Plume Dispersion
    Earth Strain Imagery
    Seismic Ray Paths
    GSRM Tectonic Plate Motion Vector Grids
    Earth Strain Axes

Download & Run the GEON IDV
Tutorial
How to Use the GEON IDV: Basics     More Tips
"True 3D" with the GEON IDV
GEON IDV Data Formats and Access Methods
NetCDF Data for the GEON IDV
UNAVCO's ASCII to NetCDF Data Converters

GEON IDV Displays of Yellowstone Park Geophysics

Yellowstone National Park area with GPS velocity vectors, faults (green), and seismic shear wave polarization (blue bars)


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Yellowstone National Park with GPS velocities, caldera outline(red), seismic shear wave tomography isosurface(green), faults, seismic shear wave polarization bars, and colored topo relief map (transparent).


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Yellowstone National Park 3D oblique view, with transparent 3D topo relief map, GPS vectors, caldera outline, faults, seismic shear wave polarization bars, and a seismic shear wave tomography isosurface(yellow)


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Yellowstone National Park 3D oblique view, with transparent 3D topo relief map, GPS vectors, caldera outline, faults, a seismic shear wave tomography isosurface(yellow), earthquake focal mechanism beachballs, seismic shear wave polarization bars, and a vertical cross section of shear wave velocity.


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Yellowstone National Park with a surface geology map draped over 3D topographic relief, earthquake locations colored by magnitude, and an isosurface and vertical cross section of seismic shear wave velocity.


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Data sources :

GPS vectors: Robert B. Smith, University of Utah
Earthquakes locations and focal mechanisms: Robert B. Smith, University of Utah
Seismic tomography: Michael Jordan and S. Husen, University of Utah
Seismic anisotropy: Table 3 in "Models of lithospheric and asthenosphere anisotropic structure of the Yellowstone hotspot from shear wave splitting" by Gregory P. Waite, Derek L. Schutt, Robert B. Smith, and Eugene D. Humphreys, J. Geophys. Res., 110, 2005, B11304, doi:10.1029/2004JB003501.
Topography: National Geophysical Data Center, GLOBE 30 second data
Fault lines: U.S. Geological Survey, 2006, Quaternary fault and fold database for the United States, accessed April 1, 2006, from USGS web site: http//earthquake.usgs.gov/regional/qfaults/.
Caldera outline:
National Park boundary outline:
Geology map: Robert L. Christiansen: U.S. Geological Survey Professional Paper 729-G, Geologic Map of the Yellowstone Plateau Area (http://geopubs.wr.usgs.gov/prof-paper/pp729g/).

 

Comments or questions about this page? Send e-mail to Chuck Meertens (meertensunavco.org).