Browsing by Author "Golubiewski-Davis, Kristina"
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Item Lithic Collection from the Early Upper Paleolithic Site of Tvarožná X, Czech Republic(2019-04-08) Tostevin, Gilbert; Škrdla, Petr; Monnier, Gilliane; Golubiewski-Davis, Kristina; Porter, Samantha, T; toste003@umn.edu; Tostevin, Gilbert; Department of Anthropology, University of MinnesotaThis dataset is composed of the artifact inventory data and 3D models of the lithic artifact collection from the Early Upper Paleolithic open-air site of Tvarožná-Za školou, also known as Tvarožná X, at roughly 49°11’22.0”N by 16°46’19.6”E, near the modern city of Brno in the Czech Republic. The 3D models represent all of the retouched tools, complete flakes, and cores recovered during the 2008 and 2015 excavation seasons conducted by Dr. Gilbert Tostevin and Dr. Gilliane Monnier of the Department of Anthropology, University of Minnesota, in collaboration with Dr. Petr Škrdla of the Institute of Archaeology, Czech Academy of Science, Brno, Czech Republic. The lithic technology of this assemblage reflects a Bohunician core technology with a large diversity of raw material types, relative to other assemblages attributed to that Early Upper Paleolithic industrial type. The 3D collection is composed of 187 models out of the 645 artifacts (over 2.0 cm in maximal dimension) recovered from the piece-plotting and wet-sieving (through 3x3mm mesh) of the 39.75 square meter excavated portion of this site.Item Reconstructing Past Craft Networks: A Case Study using 3D scans of Late Bronze Age Swords to reconstruct Specialized Craft Networks(2016-05) Golubiewski-Davis, KristinaAs the collection of 3d data proliferates in the archaeological community, new methods integrating analysis of those data must also be developed. This dissertation project approaches the problem of observing social networks by examining decisions made by specialized craft workers: specifically, Late Bronze Age smiths (~1200-800BC). The data examined include shape data collected from 3D scans of bronze swords. These data were used to group the blades using cluster analysis based on different aspects of the swords including blade profile, hilt profile, and various decorative shape data. Those clusters create links between the swords which were then used to examine the network of bronze smiths. This project is a case study of how one might go about studying the way individuals with specialized knowledge were connected in the past by studying the results of that knowledge expressed through tangible differences between artifacts.