Establishing the Science of Paleolithic Archaeology: The Legacy of Harold Dibble (1951–2018) Part I
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 "Establishing the Science of Paleolithic Archaeology: The Legacy of Harold Dibble (1951–2018) Part I" at the 88th annual meeting of the Society for American Archaeology.
In a career spanning four decades, Harold Dibble’s work had a profound impact on (1) the interpretation of Mousterian variability, (2) our understanding of lithic technology, (3) our evaluation of Neanderthal behavior, and (4) the methods we use to excavate Paleolithic sites. Underlying these contributions was his unwavering commitment to archaeology as a scientific endeavor. This commitment included hypothesis testing, quantification of data, statistical evaluation of results, and sharing of data. His legacy consists of a radically revised understanding of Neanderthal cultural behavior, where fire-making, symbolic burial, and language must be demonstrated, not assumed; a new science of lithic technology; and a clarification of the meaning of Mousterian industrial variability. His excavation methods have established a new standard for the field. At his untimely death in 2018, Dibble left behind a robust experimentation program; active field research that was producing new data on Neanderthal behavior; and countless colleagues and students pursuing groundbreaking work, inspired by his call for a rigorous scientific-based approach to archaeology. This session, part 1 of 2, brings together Dibble’s students and colleagues to present new results and to reflect on his legacy and the way in which it has changed the future of Paleolithic archaeology.
Other Keywords
Lithic Analysis •
Paleolithic •
Experimental Archaeology •
Hunter-Gatherers/Foragers •
Mobility •
Landscape Archaeology •
Human Behavioral Ecology •
Early Epipaleolithic •
Material Culture and Technology •
Digital Archaeology: Simulation and Modeling
Geographic Keywords
Worldwide •
State of Eritrea (Country) •
Republic of Yemen (Country) •
Multi-regional/comparative •
Arizona (State / Territory) •
United States of America (Country) •
Utah (State / Territory) •
Nevada (State / Territory) •
California (State / Territory) •
Republic of Turkey (Country)
Resources Inside This Collection (Viewing 1-10 of 10)
- Documents (10)
- Dibble’s Reduction Thesis: Its Implications for Lithic Analysis and Macroarchaeology (2023)
- Fire Use in the Levantine Early Epipaleolithic: The Dibble and Colleagues Lithics Count Method (2023)
- How Flakes Form: Modeling the Initiation and Propagation Phases of Flake Formation (2023)
- Integrating Fracture Mechanics into the Design and Implementation of Controlled Lithic Experiments (2023)
- Is There (and What Is) a “Nubian-Levallois” from the Etic Perspective of Flake and Fracture Formation? (2023)
- Lithics and Landscapes in the Mojave Desert (2023)
- Measuring Movement: The Influence of Scraper Reduction Models on the Early Pleistocene (2023)
- Reuse and Assemblage Composition, from Tools to Flakes (2023)
- Revisiting the Rolland and Dibble Synthesis: The Emergence of Artifact Retouch and Artifact Density Variability in Paleolithic Assemblages (2023)
- To What Extent Is the Concept of Convergence Applicable to Lithic Technology: An Overview (2023)