| Title | Date | Reference | Authors | Call # | ISSN | ||
|---|---|---|---|---|---|---|---|
| 'Knapping, my child, is made of errors': apprentice knappers at Swan Point and Little Panguingue Creek, two prehistoric sites in central Alaska | 2021 | Lithic technology 46 (1): 2-26 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Thermal alteration of flint: an experimental approach to investigate the effect on material properties | 2021 | Lithic technology 46 (1): 27-44 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Quina retouch does not maintain edge angle over reduction | 2021 | Lithic technology 46 (1): 45-59 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Lithic technology in the Earliest Later Stone age at Nasera Rockshelter (Tanzania) | 2021 | Lithic technology 46 (1): 60-79 | *H6/KE [LITHIC-] | 0197-7261 | |||
| A bifacial point of extraordinary dimensions found in Paraná State, Southern Brazil | 2021 | Lithic technology 46 (1): 80-5 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Refining the understanding of large cutting tool technology inthe Baise Basin, South China | 2021 | Lithic technology 46 (2): 87-103 | *H6/KE [LITHIC-] | 0197-7261 | |||
| New evidence of a Late Pleistocene occupation on the southern slopes of the Alborz Mountains | 2021 | Lithic technology 46 (2): 104-10 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Using dynamic image analysis as a method for discerning microdebitage from natural soils in archaeological soil samples | 2021 | Lithic technology 46 (2): 111-18 | *H6/KE [LITHIC-] | 0197-7261 | |||
| When the leafpoints are missing: on the possibility of identifying of Jerzmanowician assemblages based on the small debitage alone | 2021 | Lithic technology 46 (2): 119-29 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Predicting flake mass: a view from machine learning | 2021 | Lithic technology 46 (2): 130-42 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Stone industry at the Kızılin ste (Antalya, Turkey) | 2021 | Lithic technology 46 (2): 143-63 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Shaping marble, shaping minds: apprenticeship in an early neolithic bracelet quarry | 2020 | Lithic technology 45 (1): 1-18 | *H6/KE [LITHIC-] | 0197-7261 | |||
| New approach to analysis the Middle Paleolithic points of the Iranian Plateau: style vs. environment | 2020 | Lithic technology 45 (1): 19-37 | *H6/KE [LITHIC-] | 0197-7261 | |||
| The effect of heat on lithic microwear traces: an experimental assessment | 2020 | Lithic technology 45 (1): 38-47 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Are we missing out on half of all heat-treated pieces in the Solutrean? | 2020 | Lithic technology 45 (1): 48-58 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Early Holocene cultural diversity in Central America: comment on Prufer et al. (2019) ‘Linking Late Paleoindian stone tool technologies and populations in North, Central and South America’ | 2020 | Lithic technology 45 (2): 59-67 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Limestone wedges: ad hoc quarrying tools of the Kaizer Hill quarry site | 2020 | Lithic technology 45 (2): 68-85 | *H6/KE [LITHIC-] | 0197-7261 | |||
| ‘Teste di mazza’: the Nuragic mace-heads (Sardinia, Italy). Technological and experimental analysis | 2020 | Lithic technology 45 (2): 86-109 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Formalized reduction sequences from the site of Kerkhove, Belgium - new perspectives on Early Mesolithic flint knapping | 2020 | Lithic technology 45 (2): 110-24 | *H6/KE [LITHIC-] | 0197-7261 | |||
| The Last Glacial Maximum microblades from Kashiwadai 1 in Hokkaido, Japan | 2020 | Lithic technology 45 (3): 127-39 | *H6/KE [LITHIC-] | 0197-7261 | |||
| The role of debitage size in assessing the spatial organization of lithic production. The case of Lake Onega axe and adze workshops (Russia) | 2020 | Lithic technology 45 (3): 140-53 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Plant foods and different uses of grinding tools at the Neolithic site of Tanghu in Central China | 2020 | Lithic technology 45 (3): 154-64 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Flintknapping technology of the Corded Ware Culture: evidence from Wilczyce, Site 10 (Sandomierz District, Poland) | 2020 | Lithic technology 45 (3): 165-83 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Lithic raw materials in the Lower Rio Grande Valley, South Texas and Northeast Mexico | 2020 | Lithic technology 45 (3): 184-96 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Rethinking the desirability of quartz for the manufacture of standardized retouched flakes: an example from Weereewaa (Lake George), South-eastern Australia | 2020 | Lithic technology 45 (3): 197-212 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Mesolithic AMS 14C evidence on microlithic and pressure blade technology in the lakeland of eastern Lithuania | 2020 | Lithic technology 45 (4): 215-26 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Assessing cortex ratios: an example from the Beaucoup Site (24PH188/189) in the Northwestern Plains | 2020 | Lithic technology 45 (4): 227-39 | *H6/KE [LITHIC-] | 0197-7261 | |||
| First results on understanding the shiny surfaces of heat-treated chert | 2020 | Lithic technology 45 (4): 240-6 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Adapting Polynesian adze technology to new raw material at Tiwai Point, Murihiku, New Zealand | 2020 | Lithic technology 45 (4): 247-62 | *H6/KE [LITHIC-] | 0197-7261 | |||
| North American Clovis point form and performance: an experimental assessment of penetration depth | 2020 | Lithic technology 45 (4): 263-82 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Lithic arrowheads of the Nitra culture - The use of actual and experimental use-wear analyses to identify the differential effects of quiver transportation | 2020 | Lithic technology 45 (4): 283-94 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Is it time to retire NASTIES in Southern Africa? Moving beyond the culture-historical framework for Middle Stone Age lithic assemblage variability | 2020 | Lithic technology 45 (4): 295-307 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Toward recognizing the prehistoric butchery of frozen meat: an archaeological experiment and stone tool microwear analysis | 2019 | Lithic technology 44 (1): 1-7 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Built-in misdirection: on the difficulties of learning to knap | 2019 | Lithic technology 44 (1): 8-21 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Hyperspectral imaging for characterization of lithic raw materials: the case of a mesolithic dwelling in northern Sweden | 2019 | Lithic technology 44 (1): 22-35 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Towards quantifying teaching and learning in prehistory using stone artifact reduction sequences | 2019 | Lithic technology 44 (1): 36-51 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Strategies for quartzitic raw materials procurement in the eastern Pampa-Patagonia transition of Argentina during the initial late Holocene | 2019 | Lithic technology 44 (2): 55-73 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Gestures during knapping: a two-perspective approach to Pleistocene technologies | 2019 | Lithic technology 44 (2): 74-89 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Pebbles in archaeological contexts: a case study from a West Texas cave | 2019 | Lithic technology 44 (2): 90-9 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Further evidence of organic soft hammer percussion and pressure retouch from Lingjing (Xuchang, Henan, China) | 2019 | Lithic technology 44 (2): 100-17 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Robert J. Patten (1944–2017): life, legacy, and contributions to archaeology, lithic technology, and flintknapping | 2019 | Lithic technology 44 (3): 120-31 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Inter-site relationships at the end of the early Neolithic in north-western Europe, Bartonian flint circulation and macro-features matching method | 2019 | Lithic technology 44 (3): 132-52 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Chert nucleus and cortex characterization for archaeological provenance study tested in the prebaetic system region (Valencian community, Spain) | 2019 | Lithic technology 44 (3): 166-80 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Geomeasure: GIS and scripting for measuring morphometric variability | 2019 | Lithic technology 44 (3): 153-65 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Pre-Maya lithic technology in the wetlands of Belize: the chipped stone from Crawford Bank | 2019 | Lithic technology 44 (4): 183-98 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Blade technology characterizing the MIS 5 D-A layers of Sibudu Cave, South Africa | 2019 | Lithic technology 44 (4): 199-236 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Obsidian provenance data reveals new insights into Archaic lifeways in Chihuahua, Mexico | 2019 | Lithic technology 44 (4): 237-56 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Not your average flake: a morphological and functional analysis of an expedient flake tool industry from the Mussel Beach site (40MI70) | 2018 | Lithic technology 43 (1): 2-17 | *H6/KE [LITHIC-] | 0197-7261 | |||
| Thermoluminescence (TL) and optically stimulated luminescence (OSL) dating of two burned Clovis Wyandotte chert lithic specimens from Paleo Crossing (33ME274), Ohio, USA | 2018 | Lithic technology 43 (1): 18-25 | *H6/KE [LITHIC-] | 0197-7261 | |||
| The atlatl to bow transition: what can we learn from modern recreational competitions? | 2018 | Lithic technology 43 (1): 26-37 | *H6/KE [LITHIC-] | 0197-7261 |