also correlated with data from the well cuttings, specifically lost circulation zones and cuttings showing fault gouge or slickenlines. The stratigraphic horizon model is then built into the completed fault model, drawing data from well cuttings, geologic mapping, and a cross section produced by Vice (2008). This completed 3D model may then be used to visualize and detect structural zones important to a more detailed understanding of the geothermal system. Specific fault segments and fault intersections and their locations can be studied in detail. Structural analysis of the fault segments and fault intersections can also be performed by exporting the modeling data into 3D Stress. The stress measurements calculated from the borehole breakout data are then applied to the fault segments and intersections, showing localized areas of slip and dilation tendency. GIS compilation Line work from the detailed field mapping will be digitized using Vr – software to display the work in three-dimensional space. The resulting shape files will then be exported into ArcGIS for further modification of attributes and formatting. Field mapping datasets will be combined with temperature, magnetic, and other geophysical data from Astor Pass to complement the existing GIS geologic database for the Pyramid Lake area.
also correlated with data from the well cuttings, specifically lost circulation zones and cuttings showing fault gouge or slickenlines. The stratigraphic horizon model is then built into the completed fault model, drawing data from well cuttings, geologic mapping, and a cross section produced by Vice (2008). This completed 3D model may then be used to visualize and detect structural zones important to a more detailed understanding of the geothermal system. Specific fault segments and fault intersections and their locations can be studied in detail. Structural analysis of the fault segments and fault intersections can also be performed by exporting the modeling data into 3D Stress. The stress measurements calculated from the borehole breakout data are then applied to the fault segments and intersections, showing localized areas of slip and dilation tendency. GIS compilation – Line work from the detailed field mapping will be digitized using Vr software to display the work in three-dimensional space. The resulting shape files will then be exported into ArcGIS for further modification of attributes and formatting. Field mapping datasets will be combined with temperature, magnetic, and other geophysical data from Astor Pass to complement the existing GIS geologic database for the Pyramid Lake area.