Abstract
The examination of historic landscapes at complex, multi-phased archaeological sites is hampered by the limitations of traditional two-dimensional (2D) visibility studies in geographic information systems (GISs). This paper argues for integrating three-dimensional (3D), qualitative methods into the study of visibility of monumental architecture at ancient sites. By transforming 2D GIS data into 3D representations of ancient built and natural landscapes, visibility studies can be greatly enhanced, adding into analysis perspective, monument shape, and color, as well as changing levels of visibility across time and space. The ancient Egyptian site of Saqqara (29° 52′ 16.55″ lat./31° 12′ 59.58″ E long.) is one of a number of cult locations with monumental architecture neighboring the administrative capital of Memphis. The Old Kingdom cult site of Saqqara (2670 bce–2168 bce) is utilized to demonstrate the potential for 3D visibility studies that better replicate such elements of human perception. This method offers new possibilities for more human-centered studies of past landscapes.
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