Reading List | A Review of Experimental Archaeology Theory and Methods

Jie Shen

Experimental archaeology bridges the past and present.

I’ve recently sorted through some books and articles on theory and methods that I read when I was getting started with experimental archaeology. Three years ago, after reading them, I wrote a short review. It was a bit immature, but looking back, I still feel that learning by doing experiments alongside reading theory was the right approach. To use experimental archaeology, good research questions and experimental design need theoretical guidance, as well as our own understanding of what “experimental archaeology” actually is as a method. Only by understanding the key points, strengths and limitations of experimental design can we better understand what materials the method suits, how it can improve our understanding of those materials, and what other methods or theories are needed to supplement the final interpretation. I used GPT to summarise my earlier review. My own knowledge is limited, so please take this only as a reference for learning about and understanding experimental archaeology.

The references are listed at the end; help yourselves. There’s a lot here on analogy in archaeology and ethnoarchaeology, because experimental archaeology is similar in essence to ethnological research: both use analogy, drawing on modern data and results to interpret ancient materials and human behaviour. They share theoretical ground, and experiments often draw on ethnological records in practice, so I think the related theory and methods are worth reading. Also, experimental archaeology is a very typical method developed within the theoretical framework of processual archaeology. The criticisms and discussions that apply to processual archaeology naturally apply to experimental archaeology too, so you might try reading from that angle as well.

I. Main Goals of Experimental Archaeology

Exploring ancient technologies and behaviour: experimental archaeology aims to understand how people in the past made tools, built structures and carried out everyday activities by replicating ancient objects, processes and behaviours.

Testing or rejecting hypotheses: experiments aren’t just about replication. More importantly, replicas are used to test hypotheses about ancient societies, technologies and crafts, helping reveal what actually happened in the past.

Reconstructing and interpreting ancient societies: through experimental archaeology, researchers hope to identify patterns behind ancient material culture and explain the relationships between material remains and social behaviour.

II. Main Methods of Experimental Archaeology

Replicative experiments: replicating ancient artefacts, structures and production processes. This approach requires closely reproducing the original materials, tools and conditions to make the experiment as authentic as possible.

Experiments classified at different levels:

Object replication: making replicas visually or functionally similar to the originals.

Behaviour replication: studying skills and crafts by simulating past people’s operations.

Process replication: reproducing technical sequences or examining variables in craft processes.

System replication: attempting to reconstruct ancient social, cultural or ecological systems.

Control and recording in experimental design: experiments should attend to authenticity (the use of original materials and methods), control (identifying and controlling all relevant variables), and repeatability (recording the process in detail so others can repeat it to verify the results).

III. Strengths of Experimental Archaeology

Objectivity and control: experimental archaeology can test specific hypotheses under closely controlled conditions, reducing subjective influence and providing relatively objective evidence.

Simulation and reproduction: replication and simulation let researchers experience ancient technologies and crafts directly, helping them understand historical remains.

Testing multiple hypotheses: experiments can both support plausible hypotheses and rule out impossible explanations, improving our understanding of ancient societies.

IV. Limitations of Experimental Archaeology

Overlooking human agency and sociocultural factors: in seeking control, experiments often exclude people’s subjective influence. Yet past behaviour was shaped by social, political, religious and other factors that may be simplified or overlooked in experiments.

Focus on material culture: most experimental designs emphasise technical and material replication, making it difficult to cover cultural phenomena involving symbols, beliefs and spiritual life.

Debates over authenticity in replication: without a comprehensive understanding of ancient conditions, experimental replication can often achieve only an idealised state and struggle to fully reproduce the actual past.

V. The Role of Theory in Guiding Experimental Design

The theoretical foundations of experimental design: experimental archaeology originated in positivism, initially emphasising objective neutrality and accurate replication. As understanding developed, theory gradually shifted towards hypothesis testing and the multiple effects of variables.

Guiding the identification and control of variables: theory provides a framework for experimental design, helping researchers identify which variables need to be controlled to simulate ancient conditions more accurately.

Interpreting experimental results: theory supports not only experimental design but also the interpretation of results. Comparing experimental results with historical data or ethnographic materials gives them greater explanatory power.

Encouraging methodological innovation: continued reflection on and criticism of theory have moved experimental archaeology beyond simple replication towards comprehensive studies of processes, behaviours and even systems, opening wider perspectives for archaeological research.

In sum, experimental archaeology centres on replication and hypothesis testing, using rigorous experimental design to reproduce ancient technologies and behaviours. Its methods have clear strengths in providing objective data and testing theoretical hypotheses, but also face limitations in overlooking sociocultural contexts and subjective factors. Theory provides essential guidance: it offers a scientific framework for experimental design and interpretation, supporting the continuing development and innovation of experimental archaeology methods.

VI. References on Experimental Archaeology Theory and Methods

Ascher, Robert. 1961. “Analogy in Archaeological Interpretation.” Southwestern Journal of Anthropology17 (4): 317–25. https://doi.org/10.1086/soutjanth.17.4.3628943.

Bement, Leland C. 2010. “Replicating Bone Tools and Other Fauno Technologies.” In Designing Experimental Research in Archaeology : Examining Technology through Production and Use, Jeffrey R, 225–40. University Press of Colorado.

Coles, John. 1966. “EXPERIMENTAL ARCHAEOLOGY.” Proceedings of the Society 67: 22.

———. 1973. Archaeology by Experiment. Routledge Library Editions : Archaeology. Florence: Routledge. https://doi.org/10.4324/9781315748443.

Ferguson, Jeffrey R. 2010. Designing Experimental Research in Archaeology : Examining Technology Through Production and Use. Boulder, Colo: University Press of Colorado. https://search.ebscohost.com/login.aspx?direct=true&db=nlebk&AN=1215932&site=ehost-live&authtype=ip,sso&custid=s4392798.

Gould, Richard A. 1978a. “Beyond Analogy in Ethnoarchaeology.” In Explorations in Ethnoarchaeology, 249–93. Albuquerque, NM: University of New Mexico Press.

———. 1978b. “From Tasmania to Tucson: New Directions in Ethnoarchaeology.” In Explorations in Ethnoarchaeology, 1–10. https://www.semanticscholar.org/paper/From-Tasmania-to-Tucson%3A-new-directions-in-Gould/28d94e9cb558306c49c1cb1c47567e1dc058ff93.

Hacking, Ian. 1983. Representing and Intervening: Introductory Topics in the Philosophy of Natural Science. Cambridge [Cambridgeshire] ; New York: Cambridge University Press.

Hawkes, Christopher. 1954. “Archeological Theory and Method: Some Suggestions Archaeological Theory and Method: Some Suggestions from the Old World.” American Anthropologist 56 (2). https://doi.org/10.1525/aa.1954.56.2.02a00660.

Mathieu, James R., ed. 2002. Experimental Archaeology: Replicating Past Objects, Behaviors, and Processes: Replicating Past Objects, Behaviors, and Processes. Ann Arbor, MI: University of Michigan Press. https://doi.org/10.30861/9781841714158.

Millson, Dana C. E., ed. 2011. Experimentation and Interpretation: The Use of Experimental Archaeology in the Study of the Past. Oxford ; Oakville, CT: Oxbow Books.

Outram, Alan K. 2008. “Introduction to Experimental Archaeology.” World Archaeology40 (1): 1–6. https://doi.org/10.1080/00438240801889456.

Rathje, William L. 1978. “Archaeological Ethnography… Because Sometimes It Is Better to Give than to Receive.” In Explorations in Ethnoarchaeology, 49–76. Albuquerque: University of New Mexico Press.

Reynolds, Peter J. 1994. “Experimental Archaeology: A Perspective for the Future.”

Reynolds, Peter J. 1999. “The Nature of Experiment in Archaeology,” 10.

Saraydar, Stephen C., and Izumi Shimada. 1973. “Experimental Archaeology: A New Outlook.”American Antiquity 38 (3): 344–50. https://doi.org/10.2307/279722.

Schiffer, Michael B. 1978. “Methodological Issues in Ethnoarchaeology.” In Explorations in Ethnoarchaeology, 229–47. Albuquerque: University of New Mexico Press. https://doi.org/10.13140/RG.2.1.1328.0805.

Schiffer, Michael B., and James Skibo. 1987. “Theory and Experiment in the Study of Technological Change.” Current Anthropology 28 (5): 595–622. https://doi.org/10.1086/203601.

Tilley, Christopher Y. 1994. A Phenomenology of Landscape: Places, Paths, and Monuments. Explorations in Anthropology. Oxford, UK ; Providence, R.I: Berg.

Tringham, Ruth. 1978. “Experimentation, Ethnoarchaeology and the Leapfrogs in Archaeological Methodology.” In Explorations in Ethnoarchaeology, 169–99. Albuquerque: University of New Mexico Press. https://doi.org/10.13140/RG.2.1.1328.0805.

书单分享 | 实验考古相关理论及方法综述

沈劼 · 2025/3/31 09:04

中文原文

Experimental archaeology bridges the past and present.

最近整理了一下之前入门实验考古读的一些理论和方法类的书和文章，三年前我读完后写过一篇小综述，虽然不成熟，再次回顾的时候仍感觉自己做实验与读理论并行的学习方法是正确的。要应用实验考古方法，好的研究问题和实验设计，离不开理论指导，也离不开自己对于“实验考古”这一方法本质的理解，只有理解了实验设计的关键点、长处和局限性，才能更好地理解这一方法适用于什么材料，能够怎么增进我们对材料的理解，以及需要什么别的方法或者理论来补充最后对材料的阐释。我用GPT总结了一下我之前写的综述，个人水平有限，仅作大家学习和理解实验考古方法的参考。

文献列表会放在后面，大家自由取用。其中有很多和Analogy Archaeology, ethnoarchaeology相关的内容，因为实验考古的本质和民族学相近，都是利用类比方法，借现代的数据和结果阐释古代的材料和人类行为，因此理论上一致，实践中也会有很多实验借鉴民族学记录的情况，我认为相关的理论和方法值得一读。此外，实验考古是非常典型的过程考古学理论框架下发展起来的方法，适用于过程考古的各种批评和讨论也自然适用于实验考古学，因此大家可以读书过程中也可以尝试从这个角度理解。

一、实验考古的主要目标

探究古代技术与行为：实验考古旨在通过复制古代物品、过程与行为，了解古人如何制作工具、构建建筑以及开展日常活动。

验证或推翻假设：实验不仅在于复制，更重要的是利用复制品对关于古代社会、技术和工艺的假设进行检验，从而揭示过去的实际情况。

重建与解释古代社会：通过实验考古，研究者希望发现古代物质文化背后的规律和模式，进而解释材料遗存与社会行为之间的内在联系。

二、实验考古的主要方法

复制性实验：复制古代文物、结构以及生产过程。这种方法要求严格重现原始材料、工具和环境，以尽量保证实验的真实性。

多层次分类实验：

对象复制：制作视觉上或功能上与原件相似的复制品。

行为复制：通过模拟古人操作过程来研究技能与工艺。

过程复制：重现技术流程或考察工艺过程中的变量。

系统复制：试图还原古代的社会、文化或生态系统。

实验设计中的控制与记录：在设计实验时，需注重真实性（材料与方法的原始性）、可控性（对所有影响变量的识别和控制）以及可重复性（详实记录实验过程，使得他人可重复实验验证结果）。

三、实验考古的优点

客观性与可控性：实验考古能够在严格控制条件下检验特定假设，降低个人主观影响，从而提供较为客观的证据。

模拟与再现：通过复制和模拟，研究者能直观体验古代技术和工艺的实际操作，有助于更好地理解历史遗存。

验证多种假设：实验不仅能确认某些假设的合理性，还能排除不可能的解释，从而提高对古代社会的认识。

四、实验考古的局限性

忽略人类主体与社会文化因素：为了追求实验的可控性，实验往往排除人的主观影响，但实际上古人行为受社会、政治、宗教等多方面因素影响，这在实验中可能被简化或忽视。

局限于物质文化层面：多数实验设计侧重于技术和物质复制，难以涵盖符号、信仰及精神层面的文化现象。

复制真实性的争议：由于对古代实际情况缺乏全面认识，实验复制往往只能达到理想化的状态，难以完全还原真实的过去。

五、理论在指导实验设计中的作用

实验设计的理论基础：实验考古起源于实证主义，最初强调客观中立和复制准确性；后来随着认识的深化，理论逐渐转向关注假设的检验及变量的多重影响。

指导变量的识别与控制：理论为实验设计提供了框架，帮助研究者明确哪些变量需要被控制，以便更准确地模拟古代条件。

解释实验结果：理论不仅支撑了实验的设计，也为结果的解释提供依据。通过对比实验结果与历史数据或人种学资料，理论使得实验结果具有更强的解释力。

推动方法论的创新：对理论的不断反思和批判促使实验考古方法从单纯复制走向对过程、行为乃至系统的综合研究，为考古学研究开辟了更广阔的视角。

总之，实验考古以复制和验证假设为核心目标，通过严格的实验设计实现对古代技术和行为的再现。其方法在提供客观数据、检验理论假设上具有显著优势，但同时也面临忽略社会文化背景和主观因素的局限。理论在其中起到了至关重要的指导作用，为实验设计和结果解释提供了科学框架，推动了实验考古方法的不断发展与创新。

六、实验考古理论和方法参考文献