SHiP archaeologists are well trained and knowledgable in survey utilizing the following geophysical and remote sensing methods:
- Ground Penetrating Radar
- Metal Detection
- LiDAR processing and analysis
Geophysical survey techniques are rapid, non-destructive techniques for identifying anomalies in the ground. They are ideally suited to Phase I and II archaeological fieldwork as a substitute for strip plowing, general plowing or disking, or dozer/pan “scrapes.” Especially where survey and evaluation occur well in advance of mitigation and construction, these techniques can provide an attractive alternative to damaged fields. In addition, they also avoid many of the sampling problems associated with shovel testing and can be considerably faster and more economical. When used correctly in combination with analysis of maps and other background data, the results of a geophysical survey may be used to make decisions about how to best deploy more cost-intensive “ground truthing” operations such as shovel testing.
Possible applications in which geophysical survey techniques are often used include archaeological site surveys, locating burials within cemeteries, locating underground storage tanks, determining the location of underground pipes and utilities, identifying buried building foundations, and ascertaining the existence and parameters of paths and roadways.
For inquires about geophysical or remote sensing services, please contact co-executive director Maeve Marino, mam377@uakron.edu, or co-executive director Eric Olson, historicakron@gmail.com.