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M. Magnani, D. Grindle, Sarah Loomis, Alexander Kim, Vera Egbers, Jon Clindaniel, Alexis Hartford, Eric Johnson, Sadie Weber, W. Campbell (2019)
Experimental futures in archaeologyAntiquity, 93
Sam Lin, Ž. Režek, H. Dibble (2018)
Experimental Design and Experimental Inference in Stone Artifact ArchaeologyJournal of Archaeological Method and Theory, 25
M. Eren, Brian Andrews (2013)
Were Bifaces used as Mobile Cores by Clovis Foragers in the North American Lower Great Lakes Region? An Archaeological Test of Experimentally Derived Quantitative PredictionsAmerican Antiquity, 78
J. White (2016)
SEQUENCING IN-SITE TAPHONOMIC PROCESSES: THE LESSON OF THE EATON BRIQUETS
(2005)
Unifacial stone tool analyses from the Paleo Crossing Site (33-ME-274)
Michael Shott (1995)
How much is a scraper? Curation, use rates, and the formation of scraper assemblagesLithic technology, 20
G. McCall (2012)
Ethnoarchaeology and the Organization of Lithic TechnologyJournal of Archaeological Research, 20
Pamela Rule, J. Evans (1985)
The Relationship of Morphological Variation to Hafting Techniques among Paleoindian Endscrapers at the Shawnee Minisink Site
M. Eren, Briggs Buchanan, B. Redmond, J. Feathers, G. Miller, Brian Andrews (2018)
Thermoluminescence (TL) and Optically Stimulated Luminescence (OSL) Dating of Two Burned Clovis Wyandotte Chert Lithic Specimens from Paleo Crossing (33ME274), Ohio, USALithic Technology, 43
JD Holland KB Tankersley (1994)
Lithic procurement patterns at the Paleo Crossing site, Medina County, OhioCurr Res Pleistocene, 11
A. Nielsen (1991)
Trampling the Archaeological Record: An Experimental StudyAmerican Antiquity, 56
Michael Shott, Mark Seeman (2015)
Curation and recycling: Estimating Paleoindian endscraper curation rates at Nobles Pond, Ohio, USAQuaternary International, 361
Gingerich JA (2013)
) Fifty years of discovery at Plenge: rethinking the importance of New Jersey’s largest Paleoindian site.the Eastern fluted point tradition
(1996)
Murphy: an Early Palaeo-Indian Gainey phase site in southwestern Ontario
K. Arthur (2018)
The Lives of Stone Tools: Crafting the Status, Skill, and Identity of Flintknappers
M. Eren, S. Lycett, Robert Patten, Briggs Buchanan, J. Pargeter, M. O’Brien (2016)
Test, Model, and Method Validation: The Role of Experimental Stone Artifact Replication in Hypothesis-driven ArchaeologyEthnoarchaeology, 8
GL Summers RM Gramly (1986)
Nobles Pond: a fluted point site in northeastern OhioMidcont J Archaeol, 11
(2015)
Neutron activation analysis of 12,900-year-old stone artifacts confirms 450–510+ km Clovis tool-stone acquisition at Paleo Crossing (33ME274), Northeast Ohio, USA
A. Comstock (2011)
A Morphological Analysis of End Scrapers at Nobles Pond (33ST357), A Gainey Phase Paleoindian Site in Northeast Ohio
Todd Surovell (2009)
Toward a Behavioral Ecology of Lithic Technology: Cases from Paleoindian Archaeology
L. Jackson (1998)
The Sandy Ridge and Halstead Paleo-Indian Sites: Unifacial Tool Use and Gainey Phase Definition in South-Central Ontario
M. Eren, Andrew Boehm, Brooke Morgan, Rick Anderson (2011)
Flaked stone taphonomy: a controlled experimental study of the effetcs of sediment consolidation on flake edge morphologyJournal of taphonomy, 9
J. Lothrop (2021)
The Organization of Paleoindian Lithic Technology at the Potts SiteEastern Paleoindian Lithic Resource Use
(1968)
Queen's Printer MacDonald GF (1985) Debert: a Paleo-Indian Site in Central Nova Scotia
(2018)
A formal test of the effect of distance to stone source on Great Lakes Clovis unifacial tool form
Andrew Hinshelwood, L. Jackson (2004)
The late Palaeo-Indian Great Lakes : geological and archaeological investigations of late pleistocene and early Holocene environments
J. Fitting, J. Devisscher, E. Wahla (1966)
The Paleo-Indian occupation of the Holcombe beach
M. Eren, T. Jennings, Ashley Smallwood (2013)
Paleoindian Unifacial Stone Tool ‘Spurs’: Intended Accessories or Incidental Accidents?PLoS ONE, 8
(1990)
Adams: the manufacturing of flaked stone tools at a Paleoindian site in Western Kentucky
(2000)
An early Paleo-Indian site near Parkhill, Ontario (no
Michael Shott (1993)
The Leavitt Site: A Parkhill Phase Paleo-Indian Occupation in Central Michigan
P. Storck (1997)
The Fisher Site: Archaeological, Geological and Paleobotanical Studies at an Early Paleo-Indian Site in Southern Ontario, Canada
M. Eren (2013)
The technology of Stone Age colonization: an empirical, regional-scale examination of Clovis unifacial stone tool reduction, allometry, and edge angle from the North American Lower Great Lakes regionJournal of Archaeological Science, 40
(1993)
The Snary Early Paleo-Indian site
M. Eren, Brain Redmond (2011)
Clovis Blades at Paleo Crossing (33ME274), OhioMidcontinental Journal of Archaeology, 36
(2013)
Revisiting the Shawnee-Minisink site. In In the Eastern fluted point tradition, volume 2, edited by J. Gingerich, 218–256
Matthew Boulanger, Briggs Buchanan, M. O’Brien, B. Redmond, M. Glascock, M. Eren (2015)
Neutron activation analysis of 12,900-year-old stone artifacts confirms 450–510+ km Clovis tool-stone acquisition at Paleo Crossing (33ME274), northeast Ohio, U.S.A.Journal of Archaeological Science, 53
MI Eren (2012)
Were unifacial tools regularly hafted by Clovis foragers in the North American Lower Great Lakes region? An empirical test of edge class richness and attribute frequency among distal, proximal, and lateral tool-sectionsJ Ohio Archaeol, 2
K. Weedman (2002)
On the Spur of the Moment: Effects of Age and Experience on Hafted Stone Scraper MorphologyAmerican Antiquity, 67
M. Eren, A. Durant, C. Neudorf, M. Haslam, C. Shipton, Janardhana Bora, R. Korisettar, M. Petraglia (2010)
Experimental examination of animal trampling effects on artifact movement in dry and water saturated substrates: a test case from South IndiaJournal of Archaeological Science, 37
J. Brink (1978)
Experimental Study of Microwear Formation on Endscrapers
Michael Shott, Mark Seeman (2017)
USE AND MULTIFACTORIAL RECONCILIATION OF UNIFACE REDUCTION MEASURES: A PILOT STUDY AT THE NOBLES POND PALEOINDIAN SITEAmerican Antiquity, 82
M. Eren, A. Chao, W. Hwang, Robert Colwell (2012)
Estimating the Richness of a Population When the Maximum Number of Classes Is Fixed: A Nonparametric Solution to an Archaeological ProblemPLoS ONE, 7
(1997)
Clovis bipolar lithic reduction at Paleo Crossing, Ohio: a reinterpretation based on the examination of experimental replications
J. Morrow (1997)
End Scraper Morphology and Use-Life: An Approach for Studying Paleoindian Lithic Technology And MobilityLithic technology, 22
(1985)
Flakeshavers: morphometric, functional and life-cycle analyses of a Paleoindian unifacial tool class
(1994)
Hedden: a Paleoindian site on the Kennebunk plains
DB Deller CJ Ellis (1988)
Some distinctive Paleo-Indian tool types from the lower Great Lakes regionMidcont J Archaeol, 13
(1994)
Lithic procurement patterns at the Paleo Crossing site
(1994)
Lithic procurement patterns
(1994)
Archaeological investigations at the Paleo crossing site, a Paleoindian occupation in Medina County, Ohio
Gingerich JA (2013)
) Revisiting the Shawnee-Minisink site.the Eastern fluted point tradition
Barrish BL (1995)
The Paleo crossing site: fluted point typology and chronology
(2000)
Hull, Quebec: Canadian Museum of Civilization Eren MI (2005) Northeastern North American Paleoindian uniface types: techno-typological analyses of unifacial stone tools from Paleo Crossing (33ME274)
G. Macdonald (1968)
Debert : a Palaeo-Indian site in central Nova Scotia
(2001)
Early Palaeoindian trianguloid endscrapers: an analysis
Publisher's note Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations
(2013)
Fifty years of discovery at Plenge: rethinking the importance of New Jersey’s largest Paleoindian site. In In the Eastern fluted point tradition, edited by J. Gingerich, 75–103
(2010)
Anvil reduction at the Early Paleoindian site of Paleo crossing (33ME274), Northeast Ohio
(1994)
Hedden: a Paleoindian site
(2004)
The Paleo Crossing (33ME-274) fluted point assemblage
Adovasio JM Carr KW (2013)
A report on the 2008 field investigations at the Shoop Site (36DA20).the eastern fluted point tradition
D. Simons, Michael Shott, Henry Wright (1984)
Gainey Site: Variability in a Great Lakes Paleo-Indian Assemblage, 12
Todd Surovell, Jason Toohey, A. Myers, Jason LaBelle, J. Ahern, Brian Reisig (2017)
THE END OF ARCHAEOLOGICAL DISCOVERYAmerican Antiquity, 82
G. Miller (2014)
Lithic microwear analysis as a means to infer production of perishable technology: a case from the Great LakesJournal of Archaeological Science, 49
(2011)
Behavioral adaptations of Late Pleistocene human colonizers in the North American Lower Great Lakes region
(2006)
The Paleo Crossing (33-ME-274) non-projectile point biface assemblage
(1986)
A re-analysis of the Shoop site
Thomas Loebel (2013)
Endscrapers, use-wear, and early Paleoindians in Eastern North America
C. Ellis, D. Deller (2000)
Early Paleo-Indian Site Near Parkhill, Ontario
(2005)
Unifacial stone tool analyses from the Paleo Crossing Site (33-ME-274), Ohio
D. Meltzer (1981)
A Study of Style and Function in a Class of ToolsJournal of Field Archaeology, 8
(2013)
A report on the 2008 field investigations at the Shoop Site (36DA20). In In the eastern fluted point tradition, volume 2, edited by J. Gingerich, 75–103
L. Barham (2013)
From Hand to Handle: The First Industrial Revolution
(1999)
The lamb site: a pioneering Clovis encampment
IN Ohio, Garry Summers (2016)
NOBLES POND: A FLUTED POINT SITE
Hi-Lo:
(2004)
Data on the post-Paleoindian projectile point assemblage from the Paleo Crossing Site (33-ME-274)
(1997)
A parametric use-wear study of artifacts fromAreas C and C-east
P. Storck (1979)
Report on the Banting and Hussey Sites: Two Paleo-Indian Campsites in Simcoe County, Southern Ontario
(1993)
The Leavitt Site
(2018)
The Paleo Crossing Site (33ME274): a Clovis site in northeastern Ohio
(1966)
Ann Arbor: Museum of Anthropology, University of Michigan Gingerich JA (2013a) Fifty years of discovery at Plenge: rethinking the importance of New Jersey's largest Paleoindian site
B. Hardy (2009)
Understanding Stone Tool Function: Methods and Examples from the Aurignacian Levels at Hohle Fels, 18
C. Ellis, D. Brian (2016)
Some Distinctive Paléo-Indian Tool Types from the Lower Great Lakes RegionMCJA. Midcontinental journal of archaeology, 13
Michael Shott (1997)
Activity and Formation as Sources of Variation in Great Lakes Palaeoindian AssemblagesMidcontinental Journal of Archaeology, 22
Mark Seeman, Thomas Loebel, A. Comstock, Garry Summers (2013)
Working With Wilmsen: Paleoindian End Scraper Design and use at Nobles PondAmerican Antiquity, 78
(2005)
Northeastern North American Paleoindian uniface types: techno-typological analyses of unifacial stone tools from Paleo Crossing (33ME274), Ohio
G. Miller (2013)
Illuminating Activities at Paleo Crossing (33ME274) Through Microwear AnalysisLithic Technology, 38
Harry Iceland (2013)
Refining Paleo-Indian Lithic Technology at Shawnee-Minisink via an Artifact Refitting StudyNorth American Archaeologist, 34
(2011)
Clovis blades at Paleo Crossing (33ME274), Medina County, Ohio
D. Deller, C. Ellis (1992)
Thedford II: A Paleo-Indian Site in the Ausable River Watershed of Southwestern Ontario
P. Hiscock (1985)
The need for a taphonomic perspective in stone artefact analysisQueensland Archaeological Research, 2
Brian Andrews, E. Knell, M. Eren (2015)
The three lives of a unifaceJournal of Archaeological Science, 54
Shannon McPherron, D. Braun, T. Dogandžić, W. Archer, Dawit Desta, Sam Lin (2014)
An experimental assessment of the influences on edge damage to lithic artifacts: A consideration of edge angle, substrate grain size, raw material properties, and exposed faceJournal of Archaeological Science, 49
(2004)
Hi-Lo: an early lithic complex in the Great Lakes region
(2015)
Clovis bipolar lithic reduction at Paleo Crossing, Ohio: a reinterpretation based on the examination of experimental replications. In Clovis: on the edge of a new understanding, edited by T
Sally McBrearty, L. Bishop, T. Plummer, R. Dewar, N. Conard (1998)
Tools Underfoot: Human Trampling as an Agent of Lithic Artifact Edge ModificationAmerican Antiquity, 63
(1997)
The Fisher Site
H. Dibble, Philip Chase, Shannon McPherron, A. Tuffreau (1997)
Testing the Reality of a “Living Floor” with Archaeological DataAmerican Antiquity, 62
T. Bohush (2013)
The Reduction of Experimental Paleoindian Trianguloid End Scrapers
M. Eren, Michelle Bebber (2019)
The Cerutti Mastodon site and experimental archaeology's quiet coming of ageAntiquity, 93
Thomas Loebel (2009)
Withington (47Gt158): A Clovis/Gainey Campsite in Grant County, WisconsinMidcontinental Journal of Archaeology, 34
(2013)
A (2013) Were Paleoindian unifacial stone tool ‘spurs’ intended accessories or incidental accidents? PLoS One
(1995)
Neutron activation analysis of 12,900-year-old stone artifacts confirms 450-510+ km Clovis tool-stone acquisition at Paleo Crossing (33ME274)
(1997)
Geochronology of the arc site: a Paleoindian habitation in the Great Lakes Region
(1992)
Thedford II
W. Dancey, G. Odell (1997)
The first discovery of America : Archaeological evidence of the early inhabitants of the Ohio areaNorth American Archaeologist, 18
Joseph Gingerich (2019)
Patterns of End Scraper Reduction and Discard: A Case Study from the Paleoindian Record of Eastern North AmericaPaleoAmerica, 5
Abstract Endscrapers, the most abundant tool class at Eastern North American Paleoindian sites, are flaked stone specimens predominately used for scraping hides. They are found broken in high frequencies at these sites, a pattern that has been attributed to use. However, previous experimental and ethnographic research on endscrapers suggests that they are difficult to break. We present a series of replication experiments assessing the amount of force required for endscraper breakage, as well as the amount of force generated during human use. We also analyze which morphometric variable best predicts the breakage force. Our results demonstrate that the force humans can generate is far below the breakage force, which is best predicted by endscraper thickness. Finally, we examine an actual Paleoindian endscraper assemblage, concluding that human use was not the cause for breakage. Taphonomic factors such as plowing, or trampling, are a much better potential explanation for the high breakage frequencies present at Paleoindian sites.
Archaeological and Anthropological Sciences – Springer Journals
Published: Aug 1, 2020
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