Practice, Theory, and Ethics of Machine Learning in Archaeology
Part of: Society for American Archaeology 90th Annual Meeting, Denver, CO (2025)
This collection contains the abstracts of the papers presented in the session entitled "Practice, Theory, and Ethics of Machine Learning in Archaeology" at the 90th annual meeting of the Society for American Archaeology.
Technological advances have catalyzed scientific innovation and societal change for centuries, but the recent precipitous rise in computing power has introduced powerful new tools at a rapid pace, which can be overwhelming to parse. In particular, the increasing popularity of machine learning (ML) methods in archaeology has occurred so quickly that many scholars are left with questions regarding how, why, and with what datasets these methods should be used. This symposium explores the practices, theories, and ethics linked to emerging ML methods in archaeology. We showcase new and innovative approaches to the topic, explore the practical applications of ML that emphasize enhancing data quality, site preservation, and synthesis, discuss publishing and code sharing, and provide a forum to discuss the ethical use of ML in archaeology.
Resources Inside This Collection (Viewing 1-8 of 8)
- Documents (8)
- Advancing Machine Learning Approaches to Identifying Charcoal Morphologies and Fuels for Sedimentary Charcoal Analysis (2025)
- Enhancing Petrographic Analysis with Convolutional Neural Networks (2025)
- Fake it till you make it: Deep learning detection of archaeological features using simulated training data (2025)
- Investigating Geospatial Arrangements of Stone Knapping at a Maya Lowland Site Using Random Forest Modeling (2025)
- Making Machine Learning More Accessible and Useful in Archaeology: Insights from Chronology Building (2025)
- A multigenerational workflow: Applying Deep Learning tools on old maps to detect near-invisible historic sites. (2025)
- Tracking the exposure of geoglyphs after Amazon deforestation bouts using deep learning of satellite imagery (2025)
- Transferable object detection approaches in archaeology for both terrestrial- and underwater-based projects (2025)