METADATA
Geomatics Laboratory
Energy and Geoscience Institute
Department of Civil and Environmental Engineering
University of Utah
423 Wakara Way, Suite 300
Salt Lake City, Utah 84108



Unit Leader:	Greg Nash
	      801-585-3889
 	      gnash@egi.utah.edu

Lab Manager:	Chris Kesler
 	        801-585-3542
	        ckesler@egi.utah.edu 


1.0 IDENTIFICATION INFORMATION

1.1 Data Set Identity: Dipole Resistivity Delineation of the near surface zone  
                                    at the Roosevelt Hot Springs, Utah
 1.2 Data Set Description: dipole array contours 
1.3 Theme Key Words: geothermal,dipole-dipole, resistivity, Roosevelt Hot Springs, Utah
1.4 Geographic Area: Roosevelt Hot Springs, Utah
1.5 Spatial Object Types: lines
1.6 Spatial Resolution: N/A
1.7 Intended Scale(s) of Use: 1: 24,000
1.8 Native Size: 113 kb
1.9 Archived Size: 88 kb

2 FINAL GIS INFORMATION

2.1 Projection
	2.1.1 Projection Type: UTM Zone 12
	2.1.2 Datum: North American Datum of 1983
	2.1.3 Geoid: Global Reference System 1980
	2.1.4 Projection Units: Meters
	2.1.5 Other Projection Parameters: Central Meridian: -111.00
					False Easting: 500,000
					False Northing: 0 
2.2 Accuracy
2.3.1 Spatial: 4 meters
	2.3.2 Thematic: N/A
	2.3.3.RMS Error: 4 meters
2.3 GIS Technician: Kelly Green
2.4 GIS Editor: Chris Kesler

3 SOURCE INFORMATION
3.1 Media: paper
3.2 Scale: 1: 24,000
3.3 Datum: NAD27
3.4 Geoid: Clark 1866
3.5 Projection: Lambert conformal conic
3.6 Units: DDMMSS
3.8 Bibliographic Reference:
	3.8.1 Map Data: Ward, S. H. and W. R. Sill, 1976, Dipole-dipole resistivity delineation of the near-surface zone at the Roosevelt Hot Springs area, Vol. 76-1, ERDA contract EY-76-s-07-1601, Department of Geology and Geophysics, University of Utah, p. 6.
	3.8.2 Attribute Data:  Roosevelt hot Springs KGRA  first separation resistivity dipole-dipole array, contours: 1, 2, 3, 5, 10..., 300 m dipoles, 1:24,000 map from above publication.