Lithic Technology
Herausgeber: Andrefsky, Jr William
Lithic Technology
Herausgeber: Andrefsky, Jr William
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This volume brings together essays that measure the life history of stone tools relative to retouch values, raw material constraints and evolutionary processes.
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This volume brings together essays that measure the life history of stone tools relative to retouch values, raw material constraints and evolutionary processes.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 360
- Erscheinungstermin: 9. Oktober 2014
- Englisch
- Abmessung: 229mm x 152mm x 19mm
- Gewicht: 522g
- ISBN-13: 9781107646636
- ISBN-10: 1107646634
- Artikelnr.: 36684562
- Verlag: Cambridge University Press
- Seitenzahl: 360
- Erscheinungstermin: 9. Oktober 2014
- Englisch
- Abmessung: 229mm x 152mm x 19mm
- Gewicht: 522g
- ISBN-13: 9781107646636
- ISBN-10: 1107646634
- Artikelnr.: 36684562
Part I. Introduction, Background and Review: 1. An introduction to stone
tool life history and technological organization William Andrefsky, Jr; 2.
Lithic reduction, its measurement, and implications: comments on the volume
Michael J. Shott and Margaret C. Nelson; Part II. Production, Reduction and
Retouch: 3. Comparing and synthesizing unifacial stone tool reduction
indices Metin I. Eren and Mary E. Prendergast; 4. Exploring retouch on
bifaces: unpacking production, resharpening, and hammer type Jennifer
Wilson and William Andrefsky, Jr; 5. The construction of morphological
diversity: a study of Mousterian implement retouching at Combe Grenal Peter
Hiscock and Chris Clarkson; 6. Reduction and retouch as independent
measures of intensity Brooke Blades; 7. Perforation with stone tools and
retouch intensity: a Neolithic case study Colin Patrick Quinn, William
Andrefsky, Jr, Ian Kuijt and Bill Finlayson; 8. Exploring the dart and
arrow dilemma: retouch indices as functional determinants Cheryl Harper and
William Andrefsky, Jr; Part III. New Perspectives on Lithic Raw Material
and Technology: 9. Projectile point provisioning strategies and human land
use William Andrefsky, Jr; 10. The role of lithic raw material availability
and quality in determining tool kit size, tool function, and degree of
retouch: a case study from Skink Rockshelter (46NI445), West Virginia
Douglas H. MacDonald; 11. Raw material and retouched flakes Andrew P.
Bradbury, Philip J. Carr and D. Randall Cooper; Part IV. Evolutionary
Approaches to Lithic Technologies: 12. Lithic technological organization in
an evolutionary framework: examples from North America's Pacific Northwest
region Anna Marie Prentiss and David S. Clarke; 13. Changing reduction
intensity, settlement, and subsistence in Wardaman Country, Northern
Australia Chris Clarkson; 14. Lithic core reduction techniques: modeling
expected diversity Nathan B. Goodale, Ian Kuijt, Shane J. Macfarlan, Curtis
Osterhoudt and Bill Finlayson.
tool life history and technological organization William Andrefsky, Jr; 2.
Lithic reduction, its measurement, and implications: comments on the volume
Michael J. Shott and Margaret C. Nelson; Part II. Production, Reduction and
Retouch: 3. Comparing and synthesizing unifacial stone tool reduction
indices Metin I. Eren and Mary E. Prendergast; 4. Exploring retouch on
bifaces: unpacking production, resharpening, and hammer type Jennifer
Wilson and William Andrefsky, Jr; 5. The construction of morphological
diversity: a study of Mousterian implement retouching at Combe Grenal Peter
Hiscock and Chris Clarkson; 6. Reduction and retouch as independent
measures of intensity Brooke Blades; 7. Perforation with stone tools and
retouch intensity: a Neolithic case study Colin Patrick Quinn, William
Andrefsky, Jr, Ian Kuijt and Bill Finlayson; 8. Exploring the dart and
arrow dilemma: retouch indices as functional determinants Cheryl Harper and
William Andrefsky, Jr; Part III. New Perspectives on Lithic Raw Material
and Technology: 9. Projectile point provisioning strategies and human land
use William Andrefsky, Jr; 10. The role of lithic raw material availability
and quality in determining tool kit size, tool function, and degree of
retouch: a case study from Skink Rockshelter (46NI445), West Virginia
Douglas H. MacDonald; 11. Raw material and retouched flakes Andrew P.
Bradbury, Philip J. Carr and D. Randall Cooper; Part IV. Evolutionary
Approaches to Lithic Technologies: 12. Lithic technological organization in
an evolutionary framework: examples from North America's Pacific Northwest
region Anna Marie Prentiss and David S. Clarke; 13. Changing reduction
intensity, settlement, and subsistence in Wardaman Country, Northern
Australia Chris Clarkson; 14. Lithic core reduction techniques: modeling
expected diversity Nathan B. Goodale, Ian Kuijt, Shane J. Macfarlan, Curtis
Osterhoudt and Bill Finlayson.
Part I. Introduction, Background and Review: 1. An introduction to stone
tool life history and technological organization William Andrefsky, Jr; 2.
Lithic reduction, its measurement, and implications: comments on the volume
Michael J. Shott and Margaret C. Nelson; Part II. Production, Reduction and
Retouch: 3. Comparing and synthesizing unifacial stone tool reduction
indices Metin I. Eren and Mary E. Prendergast; 4. Exploring retouch on
bifaces: unpacking production, resharpening, and hammer type Jennifer
Wilson and William Andrefsky, Jr; 5. The construction of morphological
diversity: a study of Mousterian implement retouching at Combe Grenal Peter
Hiscock and Chris Clarkson; 6. Reduction and retouch as independent
measures of intensity Brooke Blades; 7. Perforation with stone tools and
retouch intensity: a Neolithic case study Colin Patrick Quinn, William
Andrefsky, Jr, Ian Kuijt and Bill Finlayson; 8. Exploring the dart and
arrow dilemma: retouch indices as functional determinants Cheryl Harper and
William Andrefsky, Jr; Part III. New Perspectives on Lithic Raw Material
and Technology: 9. Projectile point provisioning strategies and human land
use William Andrefsky, Jr; 10. The role of lithic raw material availability
and quality in determining tool kit size, tool function, and degree of
retouch: a case study from Skink Rockshelter (46NI445), West Virginia
Douglas H. MacDonald; 11. Raw material and retouched flakes Andrew P.
Bradbury, Philip J. Carr and D. Randall Cooper; Part IV. Evolutionary
Approaches to Lithic Technologies: 12. Lithic technological organization in
an evolutionary framework: examples from North America's Pacific Northwest
region Anna Marie Prentiss and David S. Clarke; 13. Changing reduction
intensity, settlement, and subsistence in Wardaman Country, Northern
Australia Chris Clarkson; 14. Lithic core reduction techniques: modeling
expected diversity Nathan B. Goodale, Ian Kuijt, Shane J. Macfarlan, Curtis
Osterhoudt and Bill Finlayson.
tool life history and technological organization William Andrefsky, Jr; 2.
Lithic reduction, its measurement, and implications: comments on the volume
Michael J. Shott and Margaret C. Nelson; Part II. Production, Reduction and
Retouch: 3. Comparing and synthesizing unifacial stone tool reduction
indices Metin I. Eren and Mary E. Prendergast; 4. Exploring retouch on
bifaces: unpacking production, resharpening, and hammer type Jennifer
Wilson and William Andrefsky, Jr; 5. The construction of morphological
diversity: a study of Mousterian implement retouching at Combe Grenal Peter
Hiscock and Chris Clarkson; 6. Reduction and retouch as independent
measures of intensity Brooke Blades; 7. Perforation with stone tools and
retouch intensity: a Neolithic case study Colin Patrick Quinn, William
Andrefsky, Jr, Ian Kuijt and Bill Finlayson; 8. Exploring the dart and
arrow dilemma: retouch indices as functional determinants Cheryl Harper and
William Andrefsky, Jr; Part III. New Perspectives on Lithic Raw Material
and Technology: 9. Projectile point provisioning strategies and human land
use William Andrefsky, Jr; 10. The role of lithic raw material availability
and quality in determining tool kit size, tool function, and degree of
retouch: a case study from Skink Rockshelter (46NI445), West Virginia
Douglas H. MacDonald; 11. Raw material and retouched flakes Andrew P.
Bradbury, Philip J. Carr and D. Randall Cooper; Part IV. Evolutionary
Approaches to Lithic Technologies: 12. Lithic technological organization in
an evolutionary framework: examples from North America's Pacific Northwest
region Anna Marie Prentiss and David S. Clarke; 13. Changing reduction
intensity, settlement, and subsistence in Wardaman Country, Northern
Australia Chris Clarkson; 14. Lithic core reduction techniques: modeling
expected diversity Nathan B. Goodale, Ian Kuijt, Shane J. Macfarlan, Curtis
Osterhoudt and Bill Finlayson.