Exploring the Microscale: Advances and Novel Applications of Microscopy for Archaeological Materials
Part of: Society for American Archaeology 81st Annual Meeting, Orlando, FL (2016)
Archaeologists employ a wide range of microscopy techniques to understand subtle traces of past behaviors in the archaeological record. This session explores innovative methods of analyzing archaeological traces at the microscale, whether it is through new developments in microscopy or novel applications of established techniques. These methods are not limited to a specific type of material culture and thus this session explores microscopy for the study of lithics, bones, metals, residues, and other materials. Furthermore, analytical techniques using microscopy draw on numerous disciplines including physics, engineering, and chemistry, encompassing a wide range of techniques to visualize and record microscopic traces. By bringing together research on different materials with diverse approaches, this session aims to develop new collaborations to explore archaeological materials at the microscale. Reaching out beyond the archaeological realm into interdisciplinary pursuits, we gain new insights into the past.
Other Keywords
Microscopy •
microwear •
Lithic Analysis •
bioarchaeology •
Technology •
Lithics •
Obsidian •
Methodology •
Gis •
Residue Analysis
Geographic Keywords
Europe •
North America - Southwest •
Mesoamerica
Resources Inside This Collection (Viewing 1-11 of 11)
- Documents (11)
- Blind-Testing, Post-Depositional Damage, and Lithic Microwear: Results of Qualitative and Quantitative Analyses Using Optical Microscopy and Laser Scanning Confocal Microscopy (2016)
- Deciphering Bone Tool Production and Use: A Comparative Assessment of Quantitative Approaches to Microwear Analysis (2016)
- Dental Microwear Texture Analysis (DMTA): Paleodietary and Paleoecological Aspects (2016)
- Explorations in LEXT Image and Profile Capture for Dental Enamel Surface Morphology (2016)
- Microscopic Mapping of Technological Choice: The Use of SEM-EDS with QEMSCAN on Ceramic Materials (2016)
- Microwear and the Resolution of Post-Depositional Modification of Danish Underwater Mesolithic Deposits (2016)
- Non-Destructive, In Situ Lithic Residue Analysis via FTIR Microspectroscopy: First Results (2016)
- Obsidian Hydration Dating Using SIMS and the LEXT Laser-Microscope (2016)
- Replicating Surface Texture: Testing the Accuracy of Moulding Materials with Confocal Microscopy (2016)
- Towards a Quantitative Analysis of Aronze Axe Metalwork Wear (2016)
- Where the Conventional and Unconventional Meet: Marrying Tradition and Innovation in Lithic Use-wear Analysis (2016)