Lithic Technology

Papers
(The TQCC of Lithic Technology is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-11-01 to 2025-11-01.)
ArticleCitations
Archaeological and Experimental Data from the Bipolar-on-Anvil Debitage in the Middle Paleolithic Site of Los Aljezares (Aspe, Alicante, Spain)19
The Functional Use of Quartz Crystal Points in Clovis Technology12
Contributions and Limitations of a Technomorphometric Approach for Cleavers: The Case of Lanne-Darré (Hautes-Pyrénées)11
Exploring the Gross-Edge Curvature of Experimentally Produced Preferential Levallois Debitage9
Final Pleistocene-Early Holocene (∼40–8 ka) Lithic Industries in Southern China and Their Implications for Understanding the Prehistory of Mainland Southeast Asia9
Chasing Mirages: Seeking Standardization among Prehistoric Stone Tools9
Reviewing The Atlatl Hooks of Intihuasi Cave (Argentina): Implications For Advancing The Study of South American Spear-Thrower Technology8
The Influence of Tool Morphology on Visual Attention During the Interaction with Lower Palaeolithic Stone Tools7
Geochemical and Petrographic Analyses on Middle and Upper Palaeolithic Cherts from the Central Region of Mediterranean Iberia7
Projectile Point Stem Repairs: Some Examples from Southeastern South America7
Lithic residue analysis – a review and guide to techniques7
Looking Backwards, Looking Forwards: Evaluating the Roe Handaxe Methodology in the Twenty-first Century and the Introduction of a New ‘Roe-type’ Index6
Standardization of Nubian Levallois Technology in Dhofar, Southern Arabia6
Description, Morphometrics, and Microwear of Two Paleoindian Fluted Points from Nebraska and Illinois6
Morphological Variability in Micoquian Convergent Tools: A Case Study in Mezmaiskaya Cave, Northwestern Caucasus6
New Evidence of Grinding Activities in Patagonian Steppe during the Late Holocene (ca. 2000 Years BP): the Laguna Azul Site (Somuncurá Plateau, Río Negro Province, Argentina)5
Nice and Oval: Early Upper Paleolithic Bifaces from IVb Cultural Layer of Kostenki 145
The Sound of Success in the Early Palaeolithic: Better Knapping is Brighter, Clearer and More Attention Grabbing5
Functional Perspectives on Lithic Standardization5
Early Evidence of Atlatl Use in the Titicaca Basin: A Lithic, Microwear, and Typological Analysis4
Variable Perspectives on “ Standardization in the Stone Age ”4
Morphometric Characterization of Denticulate Edged Tools from the Northern Coast of the Santa Cruz Province, Argentine Patagonia4
First Evidence for Adhesive and Composite-tool Use During the Upper Palaeolithic in South China4
Introducing Pandado: a newly discovered Acheulean site in the central Narmada Valley (CNV), India4
Description, Microwear, and Morphometrics of Clovis and Possible-Clovis Lithic Artifacts from the Kasten Site, Erie County, Ohio, USA4
How Surprising are Lithic Reduction Strategies? The Information Entropy of the Modes A-I Framework4
Analyzing skill in lithic dispersions using width, thickness and width-by-thickness ratio4
Uniformity and Diversity in Handaxe Shape at the End of the Acheulean in Southwest Asia4
Assessment of Lithic Assemblages at Gedeo Stele Sites, Southern Ethiopia4
Characteristics of Lithic Sound to Assess a Rock’s Predictability of Flaking4
Skill and Core Uniformity: An Experiment with Oldowan-like Flaking Systems3
Heat Treatment of Chert in the Early Mesolithic at Rottenburg-Siebenlinden (Southwest Germany)3
Experimental Investigation of Knapping Characteristics of Dolerite and Implications for the Interpretation of Middle Stone Age Technologies3
Recycling and Implications for Neanderthal Productive Strategies in the Stratigraphic Unit viii of the El Salt Rockshelter (Alcoi, Eastern Iberia)3
Quarrying Granite with Dolerite Pounders in Ancient Egypt. Some Quantitative Assessment3
A Simple Experiment Challenges the Inference that Macro-fractures on Chipped-stone Tools are Clear Evidence of High-Velocity Impacts3
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