The GEON project collaborates with EarthScope on a number of cyberinfrastructure projects, including development of the EarthScope Data Portal for distribution of EarthScope data, and use of the OpenTopography Portal for dissemination of GeoEarthScope LiDAR data. GEON is also developing the OpenEarth Framework (OEF) for integration of 3D and 4D earth science data. An alpha version of OEF has been used to visualize preliminary EarthScope data sets (see below).
The EarthScope Data Portal (portal.earthscope.org) was developed as a collaboration between the San Diego Supercomputer Center (SDSC), Incorporated Research Institutions for Seismology (IRIS), UNAVCO, and the International Continental Scientific Drilling Program (ICDP). The software architecture is based on technologies used in the GEON Portal (portal.geongrid.org).
The EarthScope Portal uses advanced cyberinfrastructure to provide a single point of access to EarthScope data from multiple data archives.
GEON's Open Earth Framework (OEF) project is developing a new software architecture, toolkit, client applications, and web services to manage and visualize diverse multi-dimensional earth science data.
LEFT: OpenEarth Framework-enabled exploration of new P and S wave tomographic models from Matt Fouch (Arizona State University), David James (Carnegie Institution of Washington), and Jeff Roth (ExxonMobil Exploration). Red colors are S-wave model reduced velocity regions, which particularly highlight the sheet of reduced velocities in the upper 200 km across the Snake River Plain / Yellowstone region. Green colors are P-wave model increased velocity regions, which highlight the subducting Juan de Fuca slab and the newly discovered Great Basin Drip.
OpenTopography hosts a variety of high-resolution LiDAR topography including data being delivered by the GeoEarthScope Project. Once complete, all GeoEarthScope LiDAR data for active faults throughout the western United States will be available through OpenTopography. For all GeoEarthScope data sets, LiDAR point cloud data, standard DEMs, and Google Earth hillshade visualizations will be available.
LiDAR data currently available via OpenTopography include: Southern San Andreas and San Jacinto faults (B4 Project), Northern San Andreas fault system (GeoEarthScope), Garlock fault (GeoEarthScope), and the Intermountain Seismic Belt (GeoEarthScope). More GeoEarthScope data will be added as it is delivered to OpenTopography.
Released May 7th 2009: GeoEarthScope Intermountain Seismic Belt (ISB) LiDAR dataset This release includes high resolution LiDAR topography data collected in tectonically active regions of Utah and Wyoming, including Yellowstone and Grand Teton National Parks and the Nephi segment of the Wasatch fault
Download Google Earth file: http://www.opentopography.org/kml