North American Database of Archaeological Geophysics

Projects Database (by archaeological site type): Historic/Non-Native Military Post

(click on the graphic or link to view the complete database record)

Projects sorted alphabetically by state or country; within each by project name and geophysical survey type

Conductivity GPR Induced Polarization Magnetic Magnetic Susceptibility Metal Detector Seismic Refraction Self Potential Resistance/Resistivity

AL AR AK AZ CA CO CT DE FL GA HI
IA
ID IL IN KS KY LA MA MD ME
MI
MN MO MT
MS NC ND NE NH NJ NM NV NY OH OK OR PA RI SC SD TN TX UT VA VT WA WI WV WY

 

ARKANSAS

Project Name: Arkansas Post National Memorial, AR;

Reference: Weymouth, J.W. (1998). Two Geophysical Surveys in the Village Area, Arkansas Post National Memorial. University of Nebraska, Lincoln, Nebraska. Submitted to the Midwest Archeological Center, National Park Service, Lincoln, Nebraska.

 

Project Name: Lake Dumond Site (3AR110), AR;

Reference: Weymouth, J.W. (1998). Final Report on Geophysical Surveys of the Lake Dumond Site (3AR110). University of Nebraska, Lincoln, Nebraska. Submitted to the Midwest Archeological Center, U.S. National Park Service, Lincoln, Nebraska.

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ILLINOIS

Project Name: Fort de Chartres, IL;

Reference: Bevan, B.W. (1983). Electromagnetics for Mapping Buried Earth Features. Journal of Field Archaeology 10(1):47-54. Reproduced from Journal of Field Archaeology with the permission of the Trustees of Boston University. All rights reserved.

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KANSAS

Project Name: Army City, KS;

Reference: Hargrave, M.L., L.E. Somers, T.K. Larson, R. Shields, and J. Dendy. (In Preparation). The Role of Resisitivity Survey in Historic Site Assessment and Management: An Example from Fort Riley, Kansas. U.S. Army Engineer Research and Development Center, Construction Engineering Research Laboratories, Champaign. Illinois.

 

Project Name: Army City, (2), KS;

Reference: Ernenwein, Eileen G. and Kenneth L. Kvamme (2002). Multi-dimensional Remote Sensing at Army City Kansas: A SERDP Project Fusing Ground Air, and Satellite Data. Paper Presented at the Plains Anthropological Conference, Oklahoma City 2002.


Project Name: Cavalry Stable Area, HS-35 (Fort Larned National Historic Site), KS;

Reference: De Vore, S. L. (1999). Geophysical Investigations of Potential 10th Cavalry Stables (HS-35) Location, Fort Larned National Historic Site, Pawnee County, Kansas. National Park Service, Intermountain Region, Intermountain Support Office, Santa Fe.

 

Project Name: Fort Scott National Historic Site (1), KS;

Reference: De Vore, S. L. (1997). Non-destructive Techniques Training at Fort Scott National Historic Site, Kansas. National Park Service, Intermountain Support Office, Denver, Colorado. Prepared for Fort Scott National Historic Site, Fort Scott, Kansas.

 

Project Name: Fort Scott National Historic Site (2), KS;

Reference: Bevan, B. W. (1997). A Test of Seismic Refraction at Fort Scott. Geosight, Pitman, New Jersey. Prepared for the National Park Service, Denver, Colorado.

 

Project Name: Fort Scott National Historic Site (3), KS;

Reference: Dalan, R. A. (1997). Geophysical Tests at Fort Scott National Historic Site, Kansas. Office of Contract Archaeology, Southern Illinois University at Edwardsville, Edwardsville, Illinois. Submitted to National Park Service, Denver, Colorado.

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MICHIGAN

Project Name: Fort Wilkins State Park, MI;

Reference: Young, C.T. and D.R. Droege (1986). Archaeological Applications of Resistivity and Magnetic Methods at Fort Wilkins State Park, Michigan. Geophysics 51(3):568-575 (used with permission).

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NEBRASKA

Project Name: Fort Atkinson (25WN9), NE (1);

Reference: Weymouth, J.W. (1986). Archaeological Site Surveying Program at the University of Nebraska. Geophysics 51(3):538-552. (used with permission).

 

Project Name: Fort Atkinson (25WN9), NE (2);

Reference: Carlson, G. F. (1998). Archeological Surveying, Testing, and Remote Sensing at Fort Atkinson. Nebraska State Historical Society, Lincoln, Nebraska. Prepared for the Nebraska Game and Parks Commission.

 

Project Name: Fort Robinson State Park, NE (25DW51-B56);

Reference: Carlson, G.F., Bacon, K., Koch, A., Lambert, S., Sawaged, T., and P. Taber (2001). The Archeology of an 1887 Adobe Barracks (25DW51-B56) at Fort Robinson, Nebraska: Report on the 2000 Investigations. Nebraska State Historical Society. Submitted to the Nebraska Game and Parks Commission.

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NEW MEXICO

Project Name: Camp Lewis (Pecos National Historic Park), NM;

Reference: De Vore, S. L. (1996). Magnetic Survey of Camp Lewis, Pecos National Historic Park, San Miguel County, New Mexico. Stewardship and Partnership Team, Rocky Mountain System Support Office, Intermountain Field Area, Denver, Colorado. Prepared for Anthropology Program, Intermountain Cultural Resource Center, Intermountain Field Area, National Park Service, Santa Fe, New Mexico.

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NORTH DAKOTA

Project Name: Fort Buford, ND;

Reference: Johnson, W.J., D.W. Johnson, G. Gozdzik (2001). Geophysics Comes of Age in North American Archeology. Paper Presented at Society of American Archaeology, 66th Annual Meeting, New Orleans, Louisiana, April 18-22, 2001.

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OREGON

Project Name: Fort Clatsop National Memorial, OR;

Reference: Weymouth, J. W. (2001). The Integration of Four Seasons Magnetic Surveys at Fort Clatsop National Memorial. University of Nebraska, Lincoln, Nebraska. Submitted to the Fort Clatsop National Memorial, National Park Service, Astoria, Oregon.

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PENNSYLVANIA

Project Name: Valley Forge National Historic Park, PA;

Reference: Parrington, M. (1979). Geophysical and Aerial Prospecting Techniques at Valley Forge National Historical Park, Pennsylvania. Journal of Field Archaeology 6(2):193-201. Reproduced from Journal of Field Archaeology with the permission of the Trustees of Boston University. All rights reserved.

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VIRGINIA

Project Name: Fort Monroe (44HT27), VA;

Reference: Briuer, Frederick L. and Kent Shneider._Ground Penetrating Radar Survey and Interpretation Fort Monroe, Virginia July 25, 2002. MS on file.

 

Project Name: Fort Morton (Petersburg National Battlefield), VA;

Reference: Bevan, B.W. (1996). Geophysical Exploration for Archaeology, Volume A: Archaeological Questions and Answers. Geosight Technical Report Number 4.

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WASHINGTON

Project Name: Fort Vancouver, Washington (1);

Reference: Kvamme, K.L. (2002). Electrical Resistance Survey at Fort Vancouver, Washington, Report by ArcheoImaging Lab, Department of Anthropology, University of Arkansas, submitted to Fort Vancouver National Historic Site, National Park Service, Vancouver, Washington.

 

Project Name: Fort Vancouver, Washington (2);

Reference: DeVore, Steven L. (2002). Resistivity Soundings at Fort Vancouver, National Historic Site, Clark County, Washington, Report by Midwest Archeological Center, Lincoln, Nebraska, submitted to Douglas Wilson, Fort Vancouver National Historic Site, National Park Service, Vancouver, Washington.

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WYOMING

Project Name: Fort Caspar (48NA209), WY;

Reference: De Vore, S. L. (1998). Geophysical Investigations of the Western Part of Fort Caspar Park, Natrona County, Wyoming. National Park Service, Intermountain Support Office, Denver, Colorado. Prepared for the Office of the State Archaeologist, Laramie, Wyoming.

 

Project Name: Fort Laramie National Historic Site, WY;

Reference: Somers, L.E. (1998). Geophysical Remote Sensing Survey of the Quartermaster Depot Dump at Fort Laramie National Historic Site. In Archaeology at the Fort Laramie Quartermaster Dump Area, 1994-1996. D.N. Walker, ed. pp. 81-90. U.S. Department of the Interior, National Park Service, Rocky Mountain Region, Division of Cultural Resources, Selections Series, No. 13, Denver, Colorado.

 

Project Name: Fort Laramie Geophysical Project (48GO1);

Reference: DeVore, S.L. (2002). Ground Conductivity Survey in the Area Surrounding the Hospital (HB-13) at Fort Laramie National Historic Site, Wyoming.

 

Project Name: Fort Phil Kearny Historic Site, WY;

Reference: http://www.archaeophysics.com/kearny/index.html (used with permission).

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Conductivity GPR Induced Polarization Magnetic Magnetic Susceptibility Metal Detector Seismic Refraction Self Potential Resistance/Resistivity

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