Folsom Technology and Lifeways - John E Clarke

. .

Résumé :
Michael B. Collins is a Research Associate Professor at Texas State University in San Marcos. He has specialised in the study of lithic technology and worked with prehistoric collections from North, Central, and South America, as well as the Near East and southwestern Europe. He collaborated on the lithics research for the preClovis site of Monte Verde, Chile. Dr. Collins is currently active in research on the earliest part of the American archaeological record and published Clovis Blade Technology (UT Press) and Clovis Stone Tool Technology (in press)

Biographie:
John E. Clark is an American archaeologist and academic researcher of pre-Columbian Mesoamerican cultures and holds a position as professor of anthropology at Brigham Young University. He is also director of the New World Archaeology Foundation. Clark has written and lectured extensively on Mesoamerican archaeology.Michael B. Collins is a Research Associate Professor at Texas State University in San Marcos. He has specialised in the study of lithic technology and worked with prehistoric collections from North, Central, and South America, as well as the Near East and southwestern Europe. He collaborated on the lithics research for the preClovis site of Monte Verde, Chile. Dr. Collins is currently active in research on the earliest part of the American archaeological record and published Clovis Blade Technology (UT Press) and Clovis Stone Tool Technology (in press)

Sommaire:

1. J. Clark and M. Collins, The Folsom Workshop Conferences

2. B. Huckell and J. D. Kilby, Folsom Point Production at the Rio Rancho Site, New Mexico

3. P. LeTourneau and T. Baker, The Role of Obsidian in Folsom Lithic Technology

4. M. Kornfeld, Folsom Technological Organization in the Middle Park of Colorado: a Case for Broad Spectrum Foraging

5. S. Ahler, G. Frison, and M. McGonigal, Folsom and Other Paleoindian Artifacts in the Missouri River Valley, North Dakota

6. E. Gryba, Evidence of the Fluted Point Tradition in Western Canada

7. L. Bement, Pickin' Up the Pieces: Folsom Projectile Point Re-sharpening Technology

8. J. Morrow and T. Morrow, Exploring the Clovis-Gainey-Folsom Continuum: Technological and Morphological Variation in Midwestern Fluted Points

9. D. Amick, Manufacturing Variation in Folsom Points and Fluted Preforms

10. J. Clark, Failure as Truth: an Autopsy of Crabtree's Folsom Experiments

11. T. Baker, Digital Crabtree: Computer Simulation of Folsom Fluting

12. G. Titmus, An Analysis of the Folsom Preform

13. P. Geib and S. Ahler, Considerations in Folsom Fluting and Evaluation of Hand Held Indirect Percussion

14. K. Rozen, A Quantitative Experiment Concerning Folsom Fluting Methods and Fluting 'Success'

15. B. Patten, Solving the Folsom Fluting Problem

16. E. Gryba, The Case for the Use of Heat Treated Lithics in the Production of Fluted Points by Folsom Knappers

17. M. Root, ...Heat Treatment and Knife River Flint Folsom Point Manufacture

18. J. Gero, Phenomenal Points of Folsom

19. P. Wilke, Bifacial Flake-Core Reduction Strategies and Related Aspects of Early Paleoindian Lithic Technology

20. S. Ahler and P. Geib, Why the Folsom Point Was Fluted: Implications from a Particular Technofunctional Explanation

21. J. Janetski, Modeling Folsom Mobility

22. J. Hofman, High Points in Folsom Archaeology