Skip to main content

ETHNOS_APP

Home • Search • Journals • List 0

Social constructionist approaches to the study of technology

Bibliographic Data

ID3919612
AuthorsDavid Killick (0000-0002-8787-7651)
Year2004
Volume36
Issue4
Pages571-578
Publication date2004-12-01
Peer ReviewedYes
Open AccessNo
TypeARTICLE
VenueWorld Archaeology (JOURNAL)
Journal identifiersISSN: 0043-8243 • E-ISSN: 1470-1375
PublisherInforma UK Limited (PUBLISHER • GB)
DOI10.1080/0043824042000303746
OpenAlexW2000157385
LanguageEN
Citations received58
References cited20

My role in this exchange is to represent social constructionist approaches to the study of technology. This is not an easy task. Unlike behavioral archaeologists or evolutionary archaeologists, social constructionists do not subscribe to a common core of theory; indeed, some of those whom I cite here as social constructionists will probably not identify themselves as such. Under this umbrella I include: (1) advocates of technological style (e.g. Lechtman and Merrill 1977; Lechtman 1984; Childs 1991; Hosler 1994) and technological choice (e.g. Lemonnier 1992, 1993; Gosselain 1998); (2) proponents of practice theory (e.g. Dietler and Herbich 1998; Dobres and Hoffman 1999), agency (e.g. Dobres 2000; Dobres and Robb 2000) and materiality (Jones 2002) when applied to the study of technology; (3) much of ethnoarchaeology (David and Kramer 2001); and (4) some aspects of material culture studies (e.g. Lubar and Kingery 1993; Kingery 1996), archaeometry (e.g. Sillar and Tite 2000; Jones 2002), and industrial archaeology (e.g. Gordon 1988; Gordon and Killick 1993). Whatever else they may disagree over, all of those cited would approve of the following statements: first, that there is usually more than one technology that satisfies the minimum requirements for any given task; and, second, that the choice of a particular technology from a pool of satisfactory alternatives may be strongly influenced by the beliefs, social structure and prior choices of the society or group under study. Social constructionists reject explanations of technological change that invoke unseen hands such as selection, market forces, efficiency, adaptation or the inevitability of progress (Pfaffenberger 1992). For social constructionists, no explanation of an observed technological change is complete unless it relates the observed technology to the choices whether explicit or unconscious made by actual human beings, whether these be individuals or groups. It would be wrong to infer from this that social constructionists are necessarily 'antiscience'. (Some certainly are, but their views hold little of interest for archaeology.) Many social constructionist studies of technology are firmly grounded in evidence generated by techniques adapted from the sciences and engineering. The fact that these techniques provide excellent grist for the mills of humanistic interpretation is just beginning to be appreciated in British archaeology (e.g. Sillar and Tite 1999; Jones 2002), but has been advocated for more than two decades by historians and prehistorians of technology in north America (e.g. Smith 1982; Lechtman 1984; Gordon 1988) and France (see Lemonnier 1993; Petrequin et al. 2000 and citations to prior works therein). The claim by Dobres and Hoffman that 'it is archaeologists who have developed the most sophisticated and creative methodologies to study the empirical and physical dimensions of material

Aesthetics · Epistemology · Ethnoarchaeology · Materiality (auditing · Philosophy of science · Philosophy of technology · Social constructionism · Social science · Sociality · Sociology · Anthropology · Anthropology: Ethics, History, Culture · Language and cultural evolution · Philosophy

  • The Elemental Analysis of Glass Beads

    Open Access•Laure Dussubieux, Heather Walder•The Elemental Analysis of Glass…•2022

  • Archaeometallurgical experimentation on technical ceramics from pre-Hispanic northwestern Argentina

    Open Access•Georgina Gluzman, Jennifer Baigorria et al.•Revista del Museo de Antropología•2026

  • Materials and Skills in the History of Knowledge

    Maikel H G Kuijpers•Technology and Culture•2019

  • Metalworking in Pre-Islamic North Africa

    Open Access•Aurelie Cuénod•Mobile Technologies in the…•2020

  • The Early History of Weaving in West Africa

    Open Access•Sonja Magnavita•Mobile Technologies in the…•2020

  • The Landscapes of Nineteenth Century Gold Mining

    Open Access•Geraldine Mate•Mining the Landscape•2022

  • The Social Canoe

    Open Access•Robert Holtzman•Canoes and Culture in a Guyana…•2025

  • Surveying the Past

    Open Access•Geraldine Mate•Mining the Landscape•2022

  • Technology in the Sahara and Beyond

    Open Access•Colin Duckworth, Chloë N Duckworth et al.•Mobile Technologies in the…•2020

  • Origins and Development of Africa’s Preindustrial Mining and Metallurgy

    Shadreck Chirikure•Metals in Past Societies•2015

  • Shattering Illusions

    Open Access•Colin Duckworth, Chloë N Duckworth•Mobile Technologies in the…•2020

  • A Decorated Middle Bronze Age Reed from Wadi Murabbaʿat

    Open Access•Matthew Susnow, Roi Porat et al.•Tel Aviv•2026

  • Persian Pulad Production

    Rahil Alipour, Thilo Rehen•Journal of Islamic Archaeology•2015

  • Technological Transformations

    Open Access•Enrique Rodríguez-Alegría, Enrique Rodríguez‐alegría et al.•Archaeology of Culture Contact…•2015

  • Mother Earth Provides

    Open Access•Shadreck Chirikure•Metals in Past Societies•2015

  • Mobile Technologies in the Ancient Sahara and Beyond

    Open Access•C N Duckworth, A Cuénod et al.•Mobile Technologies in the…•2020

  • Reverberatory furnaces in the Puna of Jujuy, Argentina, during colonial times (from the end of the 16th to the beginning of the 19th century A.D.)

    Open Access•Carlos I Angiorama, M Florencia Becerra•Journal of Anthropological…•2017

  • Neolithisation of technology

    Open Access•Selena Vitezović•Documenta Praehistorica•2016

  • Smelting Iron from Laterite

    T O Pryce, Surapol Natapintu•Asian perspectives•2009

  • Tea for Two

    Open Access•Xuyang Gao, Anke Hein et al.•Ethnoarchaeology•2023

  • Debunking Deterministic Narratives of Technological Development Through Experimentation

    Open Access•Julia Montes-Landa, Simon Timberlake et al.•Journal of Archaeological Method…•2024

  • Beyond furnaces and slags

    Shadreck Chirikure, Rob Burrett et al.•Azania Archaeological Research in…•2009

  • Archaeomaterials, Innovation, and Technological Change

    Open Access•Nathaniel L Erb-Satullo•Advances in Archaeomaterials•2020

  • Managing raw materials in Vinča culture

    Open Access•Selena Vitezović, Jelena Bulatović•Documenta Praehistorica•2013

  • Ceramic Molds for Mixtec Gold

    Open Access•Marc N Levine•Journal of Archaeological Method…•2018

  • Techné of Rock Engravings—the Timna Case Study

    Open Access•Lena Dubinsky, Leore Grosman•Journal of Archaeological Method…•2024

  • A Sensory Update to the Chaîne Opératoire in Order to Study Skill

    Open Access•Maikel H G Kuijpers•Journal of Archaeological Method…•2017

  • Semiotics and the Origin of Language in the Lower Palaeolithic

    Open Access•Lawrence Barham, Daniel L Everett et al.•Journal of Archaeological Method…•2020

  • Extracting Insights from Prehistoric Andean Metallurgy

    Open Access•C Zori•Journal of Archaeological Research•2019

  • Recent archaeological research at Saruq al‐Hadid, Dubai, UAE

    Open Access•Lauren Weeks, C M Cable et al.•Arabian archaeology and epigraphy•2017

  • The Iron Kuay of Cambodia

    Open Access•T O Pryce, Mitch Hendrickson et al.•Journal of Archaeological Science•2014

  • Chromium crucible steel was first made in Persia

    Open Access•Rahil Alipour, Thilo Rehren et al.•Journal of Archaeological Science•2020

  • Use of non-traditional heavy stable isotopes in archaeological research

    Open Access•Jay Stephens, Mihai N Ducea et al.•Journal of Archaeological Science•2021

  • Quantitative comparisons of the color of CuAs, CuSn, CuNi, and CuSb alloys

    Open Access•Marianne Mödlinger, Maikel H G Kuijpers et al.•Journal of Archaeological Science•2017

  • Managing Raw Materials in Prehistory

    Open Access•Selena Vitezović•Opuscula Archaeologica•2018

  • In Search of the Social

    Open Access•Jim S Dolwick•Journal of Maritime Archaeology•2008

  • A New Radiocarbon Chronology for Ancient Iron Production in the Meroe Region of Sudan

    Open Access•Jane Humphris, Thomas Scheibner•African Archaeological Review•2017

  • Constellations of practice in copper ingots from Zambia and northern Zimbabwe, cal. AD 500–1700

    Jay Stephens, David Killick et al.•Azania Archaeological Research in…•2023

  • Archaeological Insights into Aesthetic Communities of Practice in the Western Volta Basin

    A B Stahl•African Arts•2013

  • The Effects of Corrosion and Conservation Treatments on Non‐destructive Neutron Diffraction Analysis of Archaeological Copper Alloys

    Open Access•Lesley D Frame, Ian C Freestone et al.•Archaeometry•2013

  • Crafting color at El Tajín

    Open Access•Carlos López-Puértolas, Arturo Pascual-Soto et al.•Archaeological and Anthropological…•2026

  • The Transmission of Early Bronze Technology to Thailand

    Open Access•Joyce C White, Elizabeth G Hamilton•Journal of World Prehistory•2009

  • Exploring craft spaces

    Open Access•Claire Padovani, Julie Flahaut et al.•Journal of Archaeological Science…•2025

  • Technological Changes in Silver Production After the Spanish Conquest in Porco, Bolivia

    Open Access•Mary Van Buren, Claire R Cohen et al.•Boletín del Museo Chileno de Arte…•2010

  • A relational approach to the technological transformation and continuity of underground aqueducts in Turpan, Xinjiang

    Open Access•Casey Haoran Shi, Haiyan Li•Journal of Anthropological…•2026

  • The Elemental Analysis of Glass Beads

    Open Access•Jurgen Leemans, Friedemann Vervoort et al.•The Elemental Analysis of Glass…•2022

  • Archaeometallurgy in the 21st Century

    Christopher P Thornton•Reviews in Anthropology•2012

  • Revisiting Kilns Typologies to Reconstruct Firing Traditions Transformations

    Open Access•Claire Padovani•Paléorient•2024

  • Bronze casting clay moulds and production sequences

    Open Access•Wen Yin Cheng, Chen Shen et al.•Asian Archaeology•2022

  • Metalworking and Ritualization

    Open Access•A B Stahl•Archeological Papers of the…•2015

  • Squeezing mind out of metal

    Open Access•Ruiliang Liu, A M Pollard•Archaeological and Anthropological…•2022

  • Identifying a technological style in the making of lime plasters at Teopancazco (Teotihuacan, México)

    Open Access•Alessandra Pecci, Domenico Miriello et al.•Archaeological and Anthropological…•2018

  • Resolving resources and reality in early Thai iron markets

    Open Access•Pira Venunan, T O Pryce et al.•Archaeological and Anthropological…•2025

  • Forged by bones

    Open Access•Samuel Nión-Álvarez, Clara Veiga-Rilo•Archaeological and Anthropological…•2025

  • The emergence of infrastructure in later prehistory

    Carl Knappett•World Archaeology•2021

  • Digital technologies in context

    Open Access•Silvia Tomášková•Digital Applications in…•2015

  • Everything Old is New Again

    Wengcheong Lam•Journal of Anthropological Research•2014

  • The Devil Is in the Details

    Open Access•Michael Brian Schiffer•American Antiquity•2005

  • Iron, gender, and power

    Eugenia W Herbert•Iron, gender, and power•1993

  • The Sounds and Colors of Power

    Dorothy Hosler•The Sounds and Colors of Power•1995

  • Ethnoarchaeology in Action

    Open Access•Nicholas David, Carol Kramer•Ethnoarchaeology in Action•2001

  • Indigenous African Metallurgy

    Sue Child, S Terry Childs et al.•Annual Review of Anthropology•1993

  • Style, technology, and iron smelting furnaces in Bantu-speaking Africa

    Open Access•Sue Child, S Terry Childs•Journal of Anthropological…•1991

  • Le cuivre, le fer et le souffle humain. Culture et technique dans la fonte andine préhispanique

    Open Access•Stephen M Esptein•Techniques & culture•1996

  • History from Things

    Jane C Busch, Steven Lubar et al.•Journal of American History•1994

  • The Challenge of ‘Technological Choices’for Materials Science Approaches in Archaeology

    Open Access•Bill Sillar, M S Tite•Archaeometry•2000

  • Note sur les forgerons de l'Ader (Pays Hausa, République du Niger)

    Nicole Echard•Journal de la Société des…•1965

  • Elements for an Anthropology of Technology

    Pierre Lemonnier•Elements for an anthropology of…•1992

  • Andean Value Systems and the Development of Prehistoric Metallurgy

    Heather Lechtman•Technology and Culture•1984

  • Adaptation of Technology to Culture and Environment

    Robert B Gordon, D Killick et al.•Technology and Culture•1993

  • Material Culture

    Robert F G Spier, Heather Lechtman et al.•Technology and Culture•1982

  • Who Turned the Mechanical Ideal into Mechanical Reality

    Robert B Gordon•Technology and Culture•1988

  • Rings of life

    Joanna Sofaer Derevenski, Joanna Sofaer•World Archaeology•2000

  • Technology and Social Agency

    Open Access•D Killick, David J Killick•American Anthropologist•2002

  • Social Anthropology of Technology

    Bryan Pfaffenberger•Annual Review of Anthropology•1992

Unique citing works58
Citations per year2,76
Citation span2005 - 2026 (22)
Citation velocitycurrent
Highly citedNo
Citation typesNeutral: 55

Tools

Open DOISci-Hub
Ethnos_APP • Open Source Project • MIT License • Frontend v2.0.0 • Privacy and Cookies • API Documentation: api.ethnos.app/docs • API Source Code: GitHub • DOI: 10.5281/zenodo.17049435 • Frontend Source Code: GitHub • DOI: 10.5281/zenodo.17050053 • cruz.rio.br • Expectantes Misericordiae