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首页> 美国政府科技报告 >Determination of the Utility of Remote Sensing Data for Land Use/Cover Analysis in the Lower Appalachia Region: Assessing the Utility of Remote Sensing Data for Archeological Site Recognition
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Determination of the Utility of Remote Sensing Data for Land Use/Cover Analysis in the Lower Appalachia Region: Assessing the Utility of Remote Sensing Data for Archeological Site Recognition

机译：确定下阿巴拉契亚地区土地利用/覆盖分析遥感数据的效用：评估考古遗址识别遥感数据的效用

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Thematic Mapper Simulator (TMS) data were gathered by NASA/ERL over a portion of the lower Ohio River and the middle Mississippi River valleys on April 11, 1982. CIR imagery accompanied the 10 and 30 meter resolution TMS data sets. This area is somewhat unique archeologically as there exists a concentration of sites with major features such as mounds, earthworks, and villages. It was the primary purpose of this study to determine the utility of TMS data in identifying signatures which are distinctly archeological. TMS data were processed using the NASA/ERL software package ELAS. No signatures that were distinctly archeological were detected, due in large part to the complexity of the land cover and land use practices. However, as more sophisticated classification techniques were employed, the classes which were related to archeological features were narrowed. TMS data could certainly be of assistance to a trained archeologist/interpreter in narrowing an area which has to be field-surveyed as anomalous features can be recognized within a particular environmental context.

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