FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3113190364> ?p ?o ?g. }

• W3113190364 endingPage "102912" @default.
• W3113190364 startingPage "102912" @default.
• W3113190364 abstract "Genetic and climate-driven estimates of past population dynamics are increasingly influential in broader models of hominin migration and adaptation, yet the contribution of stone artifact variability remains more contentious. Scientists are increasingly recognizing the potential of unretouched stone flakes (‘flakes’) in exploring existing models of hominin behavioral evolution. This is because flakes (1) were produced by all stone tool manufacturing groups in the past, (2) are abundant from the inception of the archaeological record up into the ethnographic present, and (3) preserve under most conditions. The statistical tools of 3D geometric morphometrics capture detailed approximations of flake form that are challenging to document with conventional artifact analyses. We analyze a collection of 717 3D scans of experimentally produced flakes from 5 production strategies that were practiced by hominins through large parts of the Pleistocene and that scientists have drawn on also to make demographic arguments about past human behavior (n = 45 reduction sequences, n = 3 knappers naive toward the study objectives). First, as a proof of concept, we demonstrate that we can estimate the strategies used to produce these flakes at a high success rate even when flakes from early stages of core reduction are included. We frame the significance of this finding against archaeological classifications from several key Middle Paleolithic assemblages in France (n = 4 sites, n = 28 layers, n = 16,467 flakes). Second, we show that 3D geometric morphometrics captures subtle differences in these strategies that influence flake formation on a flake-by-flake basis and that reflect decisions made by knappers about platform selection, preparation, and core-surface management. We explore the broader potential of our model with a cross-validation approach, and we describe a means of assessing flake form on a continuum wherein variability among assemblages separated by large expanses of space and time can be meaningfully explored." @default.
• W3113190364 created "2020-12-21" @default.
• W3113190364 creator A5026299162 @default.
• W3113190364 creator A5032289565 @default.
• W3113190364 creator A5047650169 @default.
• W3113190364 creator A5054520735 @default.
• W3113190364 creator A5061253646 @default.
• W3113190364 creator A5065339316 @default.
• W3113190364 creator A5065388446 @default.
• W3113190364 creator A5073847312 @default.
• W3113190364 date "2021-01-01" @default.
• W3113190364 modified "2023-10-16" @default.
• W3113190364 title "Quantifying differences in hominin flaking technologies with 3D shape analysis" @default.
• W3113190364 cites W1531643372 @default.
• W3113190364 cites W1601169278 @default.
• W3113190364 cites W1819958643 @default.
• W3113190364 cites W185234876 @default.
• W3113190364 cites W1865439939 @default.
• W3113190364 cites W1943078417 @default.
• W3113190364 cites W1971637511 @default.
• W3113190364 cites W1977717112 @default.
• W3113190364 cites W1978749940 @default.
• W3113190364 cites W1997897591 @default.
• W3113190364 cites W2002951748 @default.
• W3113190364 cites W2004204058 @default.
• W3113190364 cites W2006342141 @default.
• W3113190364 cites W2008118729 @default.
• W3113190364 cites W2008511368 @default.
• W3113190364 cites W2024156901 @default.
• W3113190364 cites W2028340498 @default.
• W3113190364 cites W2031568231 @default.
• W3113190364 cites W2045416820 @default.
• W3113190364 cites W2051916134 @default.
• W3113190364 cites W2059479821 @default.
• W3113190364 cites W2062266608 @default.
• W3113190364 cites W2075494835 @default.
• W3113190364 cites W2083785509 @default.
• W3113190364 cites W2098068460 @default.
• W3113190364 cites W2102806079 @default.
• W3113190364 cites W2111879265 @default.
• W3113190364 cites W2128971747 @default.
• W3113190364 cites W2136428840 @default.
• W3113190364 cites W2317968465 @default.
• W3113190364 cites W2511445068 @default.
• W3113190364 cites W2560532987 @default.
• W3113190364 cites W2705139713 @default.
• W3113190364 cites W2790781725 @default.
• W3113190364 cites W2797308108 @default.
• W3113190364 cites W2811786566 @default.
• W3113190364 cites W2892493774 @default.
• W3113190364 cites W2903162315 @default.
• W3113190364 cites W2919534930 @default.
• W3113190364 cites W2926230535 @default.
• W3113190364 cites W2943075023 @default.
• W3113190364 cites W2948581675 @default.
• W3113190364 cites W2954725769 @default.
• W3113190364 cites W2956113286 @default.
• W3113190364 cites W3002122823 @default.
• W3113190364 cites W4240900932 @default.
• W3113190364 cites W782144311 @default.
• W3113190364 doi "https://doi.org/10.1016/j.jhevol.2020.102912" @default.
• W3113190364 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33302003" @default.
• W3113190364 hasPublicationYear "2021" @default.
• W3113190364 type Work @default.
• W3113190364 sameAs 3113190364 @default.
• W3113190364 citedByCount "14" @default.
• W3113190364 countsByYear W31131903642021 @default.
• W3113190364 countsByYear W31131903642022 @default.
• W3113190364 countsByYear W31131903642023 @default.
• W3113190364 crossrefType "journal-article" @default.
• W3113190364 hasAuthorship W3113190364A5026299162 @default.
• W3113190364 hasAuthorship W3113190364A5032289565 @default.
• W3113190364 hasAuthorship W3113190364A5047650169 @default.
• W3113190364 hasAuthorship W3113190364A5054520735 @default.
• W3113190364 hasAuthorship W3113190364A5061253646 @default.
• W3113190364 hasAuthorship W3113190364A5065339316 @default.
• W3113190364 hasAuthorship W3113190364A5065388446 @default.
• W3113190364 hasAuthorship W3113190364A5073847312 @default.
• W3113190364 hasConcept C127313418 @default.
• W3113190364 hasConcept C144024400 @default.
• W3113190364 hasConcept C149923435 @default.
• W3113190364 hasConcept C151730666 @default.
• W3113190364 hasConcept C154945302 @default.
• W3113190364 hasConcept C166957645 @default.
• W3113190364 hasConcept C185554395 @default.
• W3113190364 hasConcept C18903297 @default.
• W3113190364 hasConcept C197698901 @default.
• W3113190364 hasConcept C205649164 @default.
• W3113190364 hasConcept C2776258062 @default.
• W3113190364 hasConcept C2777170306 @default.
• W3113190364 hasConcept C2777197731 @default.
• W3113190364 hasConcept C2778162197 @default.
• W3113190364 hasConcept C2779010991 @default.
• W3113190364 hasConcept C2779987252 @default.
• W3113190364 hasConcept C2780083274 @default.
• W3113190364 hasConcept C2908647359 @default.
• W3113190364 hasConcept C2988562018 @default.
• W3113190364 hasConcept C33511622 @default.

• next