Historic (Culture Keyword)
5,726-5,750 (12,401 Records)
Radar and magnetic surveys appear to have located natural features, but perhaps fewer cultural features. Survey for David Orr (NPS).
A Geophysical Survey at the Tindall-Pearson Site (1983)
A radar, resistivity, and magnetic survey at this historic site for Bob Foss (Louis Berger).
A Geophysical Survey at the Watt House, Richmond National Battlefield (1999)
Neither the radar nor the magnetic survey could locate the brick pavement that excavation later unearthed. Survey also at the Garthright house, for Allen H. Cooper (NPS),
Geophysical Survey at the Wentworth-Coolidge Mansion (1992)
Resistivity, conductivity, and radar surveys around an historical mansion. Survey for Martha Pinello (Strawbery Banke Museum).
A Geophysical Survey at the West House, Richmond National Battlefield (2001)
Magnetic, conductivity, radar, and resistivity surveys locate features that appear to be buried buildings, but all appear to be natural features. Survey for Benjamin Ford (Rivanna Archaeological Consulting).
A Geophysical Survey at the Wheelright House, Strawbery Banke (1991)
Resistivity, magnetic, and radar surveys were done in Strawbery Banke. Survey for Martha Pinello (Strawbery Banke Museum).
A Geophysical Survey at Trinity Cemetery (1993)
Soil salinity harmed a radar survey and electrical interference harmed a conductivity survey. Survey for William Roberts (Greenhouse Consultants).
A Geophysical Survey of College Yard (2004)
The conductivity survey at the College of William and Mary was strongly-affected by buried pipes, but that survey and the radar detected unusual features there. Survey for College of William and Mary,
A Geophysical Survey of Fort St. Joseph (20BE23), Niles, Michigan (2008)
Fort St. Joseph is a 17th-18th century French (and later English) mission-garrison-trading post complex located in southwest Michigan. A geophysical survey was performed and the results of the survey were tested through archaeological excavation. The geophysical methods included ground penetrating radar, electromagnetic induction, electrical resistivity, magnetic gradiometry, and magnetic susceptibility. The results of the archaeological excavations demonstrate that magnetic gradiometry was the...
A Geophysical Survey of the Tunnel to the Crater (2005)
A radar appears to have detected voids above the tunnel where it has collapsed. Survey for Jerry Helton (NPS),
A Geophysical Survey of Two Cemeteries at Scott Air Force Base (1994)
Radar and magnetic surveys were done at two old cemeteries. Survey for Steve De Vore (NPS).
A Geophysical Survey of Two Cemeteries at Scott Air Force Base (1994)
A geophysical survey and investigation of unmarked graves within the Middlecoff and Perschbacher Cemeteries at Scott Air Force Base.
A GEOPHYSICAL SURVEY ON COLLEGE HALL LAWN (1984)
A test at Rutgers University for Steve Epstein with resistivity, radar, and magnetic instruments.
A Geophysical Survey on the Spackman Farm, Brandywine Battlefield National Historic Landmark (1999)
Radar, magnetic, and conductivity surveys sought mass graves from the Revolutionary War battle here. Survey for Kathleen Wandersee (Delaware County Planning Dept.).
A Geophysical Survey on Virginius Island (1987)
This magnetic and radar survey at Harpers Ferry found strong, but complex, anomalies. Survey for: Stephen Potter and Susan Frye (NPS).
Geophysical Surveys at the Adams Birthplaces National Historic Site (1979)
A radar and resistivity survey by Weston Geophysical Corporation
Geophysical Surveys of the Perimeter Fortification System at the Site of the Second Fort Smith, Fort Smith National Historic Site, Fort Smith, Arkansas (2002)
In a two-week period in September 1999, a team from the Midwest Archeological Center conducted geophysical surveys of the perimeter fortification system at the location of the Second Fort Smith. The work included magnetic surveying, soil resistance surveying, and the application of ground-penetrating radar. Electrical resistance and ground-penetrating radar data revealed several sections of the perimeter wall and portions of three bastions. In addition, a number of other features that may...
A Geophysical Test at Seneca Village, Central Park (1997)
Initial test of a radar, conductivity, and magnetic survey in Central Park, Manhattan, for Nan Rothschild (Columbia U), Diana Wall (City College of NY).
A Geophysical Test at the Crater, Petersburg Battlefield (2004)
Radar and conductivity surveys define features inside and near the Crater at the Petersburg Battlefield. Survey for Dave Shockley (NPS).
A Geophysical Test at the Depew Recreation Area (1993)
Radar, magnetic, and conductivity surveys explored this park; survey for Paul Y. Inashima (NPS).
A Geophysical Test in the Vicinity of Camp Letterman (2006)
Radar, magnetic, conductivity, and resistivity search for remains of a Civil War hospital site. Survey for Pennsylvania Hist and Museum Commission.
A Geophysical Test Next to the Pettus Plantation (1999)
A radar search for graves at this colonial site; survey for William B. Voliva (Busch Properties) and Nick Luccketti.
Geophysical Tests in the Fort Morton Excavations (1998)
Vertical profiles were measured on the faces of excavations with a resistiivty meter and a magnetic susceptiblity meter for David Orr (NPS).
Geophysical tests in the Jamestown fort (2009)
Survey fails to reveal the depth of the well. Survey for Bill Kelso (Jamestown Rediscovery),
Georgia Department of Transportation and Georgia Department of Natural Resources Historic Bridge Survey (1981)
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