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Social and Behavioral Sciences Commons™
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Full-Text Articles in Social and Behavioral Sciences
Energetic Path Finding Across Massive Terrain Data, Andrew N. Tsui
Energetic Path Finding Across Massive Terrain Data, Andrew N. Tsui
Master's Theses
Before there were airplanes, cars, trains, boats, or bicycles, the primary means of transportation was on foot. Unfortunately, many of the trails used by ancient travelers have long since been abandoned. We present a software tool which can help visualize and predict where these forgotten trails might lie through the use of a human-centered cost metric. By comparing the paths generated by our software with known historical trails, we demonstrate how the tool can indicate likely trails used by ancient travelers. In addition, this new tool provides novel visualizations to better help the user understand alternate paths, effect of terrain, …
Geophysical Survey Of Greenwood Cemetery, Orlando, Florida, Dennis Wardlaw
Geophysical Survey Of Greenwood Cemetery, Orlando, Florida, Dennis Wardlaw
Electronic Theses and Dissertations
Advances in geophysical and remote sensing technology, specifically with ground penetrating radar (GPR) and geographic information systems (GIS), have led to increased use for archaeological research within cemeteries. Because of its non-invasive manner and high resolution of subsurface anomalies, GPR is ideal for surveying areas with marked or unmarked graves within cemeteries. Using a GIS assists cemetery research by facilitating integration of datasets and projection of spatial data. What has not been attempted to this point is systematic attempting to correlate detection rates of marked graves using a GPR with the time frame of the grave while incorporating the data …
Reconstructing Landscape At Chavin De Huantar, Peru : A Gis-Based Approach, Daniel A. Contreras
Reconstructing Landscape At Chavin De Huantar, Peru : A Gis-Based Approach, Daniel A. Contreras
Daniel A. Contreras
The landscape around the prehistoric Peruvian ceremonial center of Chavin de Huantar has undergone extensive geomorphic and anthropogenic change since the beginning of monumental construction at the site in approximately 1200 BCE. Archaeological and geomorphic stratigraphy from the site and its near periphery provide the data necessary to characterize these changes in detail. This paper reports on the use of GIS-based interpolation tools to approximate a complex prehistoric land surface using unevenly scattered point data. Such an interpolated surface serves as the basis for the reconstruction of the pre- Chavin landscape and assessment of landscape change contemporary with the site.