geologic mapping

Magnetic Grid of Oklahoma (NetCDF and TIF Formats)

Basic Information
Author: 
Keller, Randy G.
Author: 
Oklahoma Geological Survey
Description: 
Digital Magnetic Grid of Oklahoma from USGS Magnetic anomaly map of North America. Data file must be viewed with NetCDF compatible modelling software. Files available for download (below) in a zipped folder. Magnetic map also available as a .tif image.
Publication Date: 
Friday, June 29, 2012
Resource Language: 
English
Intelectual Originator Contact
Organization Name: 
Oklahoma Geological Survey
Person Name: 
G Randy Keller
Street Address: 
100 E. Boyd St., Suite 126
City: 
Norman
State/Province: 
Oklahoma
Postal Code: 
73019
Country: 
United States of America
Phone: 
405-325-3031
Fax: 
405-325-7069
Email: 
grkeller@ou.edu
Resource Information
Access Statement: 
http://geo-nsdi.er.usgs.gov/metadata/open-file/02-414/metadata.faq.html
Constraints Statement: 
http://research.utep.edu/Default.aspx?tabid=37229
Quality Statement: 
This resource has not been validated.
Resource Distribution Contact
Organization Name: 
Oklahoma Geological Survey
Person Name: 
G. Randy Keller
Street Address: 
100 E. Boyd St., Suite 126
City: 
Norman
State/Province: 
Oklahoma
Postal Code: 
73019
Country: 
United States of America
Phone: 
405-325-3031
Fax: 
405-325-7069
Email: 
grkeller@ou.edu
Geographic Extent
North bounding latitude: 
37.0998
South bounding latitude: 
33.4048
West bounding longitude: 
-103.345
East bounding longitude: 
-94.292

Progress and Future Plans at the Desert Peak East EGS Project

Basic Information
Author: 
Robertson-Tait, A.
Author: 
Morris, C.
Description: 
An industry-DOE cost-shared project is underway to evaluate the technical feasibility of developing an EGS power generation project on the eastern side of the Desert Peak geothermal field. Analysis of existing geological and geophysical data is complemented by new geologic mapping and gravity work in the Hot Springs Mountains undertaken by researchers with funding from the Great Basin Center for Geothermal Energy at the University of Nevada Reno (UNR). An existing well (DP 23-1) is the focus of much of the Phase I investigation, including re-interpretation of lithology, acquisition and analysis of a well bore imaging log, and conducting and analyzing a step-rate injection test. As of June 2003, the project is about half complete; results are summarized below. Phase I work remaining to modeling, numerical modeling and the development of a be completed includes conceptual detailed plan to guide upcoming field activities.
Publication Date: 
Sunday, February 2, 2003
Resource Language: 
English
Intelectual Originator Contact
Organization Name: 
GeothermEx, Inc.
Street Address: 
3260 Blume Drive,Suite 220
City: 
Richmond
State/Province: 
CA
Postal Code: 
94806
Country: 
United States
Phone: 
510-527-9876
Fax: 
510-527-8164
Resource Information
Access Statement: 
Abstract available online at http://www.geothermex.com/files/Robertson-Tait_2003-1.pdf For a copy of this paper please e-mail us at mw@geothermex.com
Resource Distribution Contact
Organization Name: 
GeothermEx, Inc.
Street Address: 
3260 Blume Drive,Suite 220
City: 
Richmond
State/Province: 
CA
Postal Code: 
94806
Country: 
United States
Phone: 
510-527-9876
Fax: 
510-527-8164
Geographic Extent
North bounding latitude: 
39.9564
South bounding latitude: 
39.6801
West bounding longitude: 
-119.224
East bounding longitude: 
-118.814
Previous Citation
Bibliographic Citation: 
Ann Robertson Tait, and Christy Morris, 2000. Progress and Future Plans at the Desert Peak East EGS Project. GeothermEx, Inc.,Richmond, California. ORMAT Nevada, Inc., Reno, Nevada
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