Archaeologists have been using aerial photography and satellite imagery to locate and document large, high-contrast archaeological features since inception. But, what about smaller, low-contrast features utilized by past humans such as root patches and terrace cobble deposits?
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The research reported herein focuses on developing and testing predictive models based on the satellite remote-sensing (SRS) of prehistoric and historic archaeological phenomena. With advances in the resolution of satellite-borne imagery, such as IKONOS, and the availability of software designed to process such imagery, such as ENVI, archaeological predictive modeling is positioned to progress beyond simplistic “indirect” correlational studies involving gross ecological categories or subjective landform designations.
Read more →PTT Grant MT-2210-05-NC-09, Merging Aerial Synthetic Aperture Radar and Satellite Multispectral Data to Inventory Archaeological Sites.
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