Trailed and incised drawings on the mud-covered walls of an East Tennessee cave have been identified as the artwork of Mississippian Indians who visited this sanctuary about 800 years ago. These unique drawings, called “mud glyphs” because of their similarity to certain petroglyphs found in the southeastern United States, include abstract designs, symbols, zoomorphic forms and anthropomorphic figures. Symbols such as the forked eye and the “bird-man” anthropomorphic representation correlate with six radiocarbon dates on torch charcoal that range between the twelfth and seventeenth centuries A.D. The occurrence of thousands of superimposed elements on the walls indicates that Mud Glyph cave was a Mississippian period sanctuary and further suggests that certain southeastern caves during this period were used for ritual activities rather than for mining as they were during earlier Woodland and Archaic times.

No abstract

No abstract

This research revisits the question of the most likely paths traveled during the 1540 entrada of Hernando de Soto and colonizing efforts of Juan Pardo about 20 years later by utilizing the spatial modeling method of geographic information system (GIS) analysis to evaluate the favorability of different paths and place them within the context of recent archaeological and ethnohistoric research. Analysis results make the larger anthropological point that GIS route modeling should explicitly take into account the size of the party traveling. Routes for small parties are not the same as optimal routes for large armies such as de Soto’s, which included hundreds of people, pieces of equipment, and livestock. The GIS-modeled routes correlate with the distribution of contact-period archaeological sites and attested eighteenth-century routes. More accurate estimation of Spanish routes allows us to better model the Native American social, economic, and political nexus of this period, showing that the residents in far eastern Tennessee were probably part of a dynamic borderlands between the chiefdom of Coosa to the west and the ancestral Cherokee heartland to the east. This anthropological refinement in GIS modeling will be useful in investigating ancient paths of interaction in many parts of the world.