Novel Statistical Techniques in Archaeology I (QUANTARCH I)

Part of: Society for American Archaeology 84th Annual Meeting, Albuquerque, NM (2019)

This collection contains the abstracts of the papers presented in the session entitled "Novel Statistical Techniques in Archaeology I (QUANTARCH I)," at the 84th annual meeting of the Society for American Archaeology.

Statistical data modeling is fundamental to archaeological inquiry. This type of modeling is applicable to all research questions, and serves to evaluate how well archaeological observations support theoretical expectations. Pioneering archaeological questions, however, are not always answerable with standard techniques – requiring development of innovative modeling methods. The purpose of this symposium is to exhibit the range of cutting-edge analytical techniques advanced to evaluate novel archaeological hypotheses. Symposium participants answer groundbreaking archaeological hypotheses regarding cultural variability by developing or adapting a wide range of analytical modeling methods derived from computational, mathematical, spatial, statistical, and graphical approaches. In their abstracts and presentations, symposium presenters address archaeological questions across diverse sub-disciplines, geographical regions, and temporal ranges. These symposium presentations are explicit about 1) why the novel technique required development or adoption and 2) the impact of these new methods on their respective field. All participants of the Society for American Archaeology meeting are encouraged to attend this symposium, as it will give them the chance to become aware of analytical advancements potentially applicable to their individual specializations.

Resources Inside This Collection (Viewing 1-15 of 15)

  • Documents (15)

Documents
  1. A 3D Geometric Morphometric Comparison of Bone Surface Modifications on Proboscidean Assemblages from the Western Great Lakes (2019)
  2. Analyzing Similarity of Animal Style Art in Iron Age North Central Eurasia: A New Way to Study Continental Expression of Religious Symbolism (2019)
  3. Climate Change and the Foraging-Farming Transition on the Great Plains (2019)
  4. The Effect of Climate Change on the Niche Space of North American Proboscideans (2019)
  5. The Effects of Climate Change and Risk on the Foraging-Farming Transition in North America (2019)
  6. Evaluating Chronological Hypotheses by Simulating Radiocarbon Datasets (2019)
  7. Generalized Additive Mixed Models for Archaeological Networks (2019)
  8. Inferences about and Inferences from: A Comparison of Kernel Density Estimation and Latent Mixture Modeling in Demographic Temporal Frequency Analysis (2019)
  9. Investigating Craft Specialization and Pottery Standardization Using Geometric Morphometry of Vessel Shapes from Iron Age Northeast Taiwan (2019)
  10. Modeling Regional-Scale Vulnerabilities to Drought through Least Cost Analyses: An Archaeological Case Study from the Jemez Mountains, New Mexico (2019)
  11. Shaping Hominin Cognition: A Comparative Three-dimensional Shape Analysis of LCTs and Cores from the Early Acheulean at Kokiselei 4, West Turkana, Kenya (2019)
  12. Simulation and the Identification of Archaeologically-Relevant Units of Analysis in the Study of Prehistoric Cultural Transmission (2019)
  13. Using Event History Methods to Analyze the Diffusion of Dynastic Rituals in Classic Maya Society (2019)
  14. Using Quantitative Methods to Assess Network Change in Coupled Human/Natural Systems (2019)
  15. ZooaRchGUI: Novel Implementations to the Statistical Package for Archaeologists in the R Programming Language (2019)