Fire-Cracked Rock: Research in Cooking and Noncooking Contexts
Part of: Society for American Archaeology 88th Annual Meeting, Portland, OR (2023)
This collection contains the abstracts of the papers presented in the session entitled "Fire-Cracked Rock: Research in Cooking and Noncooking Contexts" at the 88th annual meeting of the Society for American Archaeology.
Although fire-cracked rock (FCR) is found in significant quantities at sites worldwide, this analytical artifact type remains understudied in archaeological research. FCR is the byproduct of the use of rocks for heat storage or transference. Accordingly, FCR is frequently recovered in association with features that represent the physical remains of past cooking or heating facilities. For example, FCR was commonly used in domestic facilities to cook food (e.g., stone boiling, earth oven) and in noncooking facilities, such as to provide heat in shelters (e.g., sweat lodge) and to melt snow for drinking water. This symposium brings together scholars employing various approaches to study and interpret FCR across different regions and time periods. The papers highlight the important contributions emerging from a variety of perspectives and methods (e.g., ethnographic, experimental) being applied to investigate FCR created by natural (e.g., wildfires) and cultural processes, as well as to better contextualize its role in past feature formation, midden accumulation, and domestic life.
Other Keywords
Experimental Archaeology •
Archaic •
fire-cracked rock •
Material Culture and Technology •
Hunter-Gatherers/Foragers •
Subsistence and Foodways •
Lithic Analysis •
Fire Cracked Rock •
Woodland •
Taphonomy and Site Formation
Geographic Keywords
North America (Continent) •
United States of America (Country) •
United Mexican States (Country) •
North America: Pacific Northwest Coast and Plateau •
North America •
Department of Martinique (Country) •
Republic of El Salvador (Country) •
Department of Guadeloupe (Country) •
Cayman Islands (Country) •
Antigua and Barbuda (Country)
Resources Inside This Collection (Viewing 1-12 of 12)
- Documents (12)
- Archaeomagnetic Directional Studies as a Tool for Understanding Feature Form and Function: A Case Study of Two Burned Rock Features in a Multicomponent Site in East Texas, USA (2023)
- Broken and Crazed: Quantifying FCR Beyond the Descriptive (2023)
- An Experimental and Ethnographic Approach to the Analysis of Fire-Cracked Rock at Three Monongahela Sites in Southwestern PA: The Case for a Middle Monongahela Stone Boiling Technology (2023)
- Experimental Approaches to Understanding Variability in Fire-Modified Rock Fracture Patterns (2023)
- Fire-Cracked Rock in the Mesolithic Shell Midden of Cabeço da Amoreira (Muge, Central Portugal) (2023)
- Fire-Cracked Rock: Domestic Life and Subsistence Practice, a Case Study in Coast Salish Territory (2023)
- A Look at the Impact of Natural Grassland Fires on the Archaeological Record along the Eastern Escarpment of the Southern High Plains of Texas (2023)
- Obsidian Fracture Resulting from Forest Fire Exposure (2023)
- Preliminary Data and Experimental Studies of Fire-Cracked Rock from Two Archaic Period Sites in North-Central Texas (2023)
- The Research Potential of Fire-Cracked Rock in Cooking and Noncooking Contexts (2023)
- White Hot Polymorphs of Quartz Minerals in Archaeological and Experimental Heating Contexts (2023)
- Zapotitlan Earth Ovens and Their Middens: Ethnoarchaeology in Colima, Mexico (2023)