Experimental Archaeology

Experimental Archaeology is an approach for filling gaps in our knowledge about the past, which cannot be filled through other archaeological research methods. An archaeological experiment must always answer a specific research question through practically testing production, use and/or formation of material culture and/or archaeological features. In Experimental Archaeology, testing a hypothesis in direct reference to the archaeological record is the core activity. The information gained should be impossible to obtain from solely examining original artefacts. The practice of experimental archaeology is strongly connected to the other four legs of EXARC as growing craft experience as well as interpretation can also lead to research questions and experimental projects.

Smelting Conditions and Smelting Products: Experimental Insights into the Development of Iron Bloomery Furnaces

Y. Marks,

N. Groat,

L. O. Lortie,

M. Hughes,

H. F. Thompson,

C. J. Woodland,

T. MS Adams,

T. Thorpe,

B. Tang,

R. Kenyon,

B. Langhorne and

J. Fraser-Darling (UK)

EXARC Journal Issue 2020/2

Experimental Archaeology

The material record for bloomery furnaces in Iron Age and Roman Britain is fragmentary and, because of this paucity of evidence, the reconstruction of the ceramic structures used in iron production is difficult. Experiments have nevertheless been carried out to ...

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Roar Ege: The Lifecycle of a Reconstructed Viking Ship

Tríona Sørensen and

Martin Rodevad Dael (DK)

EXARC Journal Issue 2020/2

Experimental Archaeology

Roar Ege was launched in 1984, and after more than 30 years on the water, has many sea miles under its keel. The years have, however, taken their toll on the ship. Roar Ege has undergone several major phases of repair – most recently in 2014. It was hoped this repair would keep Roar Ege afloat for several more years but by spring 2016, the ship had deteriorated to such an extent that it was clear that Roar Ege’s sailing days were over.

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Trampling Experiments – A Contribution to the Pseudo-Retouch Issue

K. Šprem,

K. Gerometta and

I. Karavanić (HR)

EXARC Journal Issue 2020/2

Experimental Archaeology

11th EAC Trento 2019
***Apart from human-made retouch, stone tools can also exhibit traces of damage caused by several post depositional processes, one of which is trampling. Edge damage provoked by trampling, be it of animal or human origin, is sometimes interpreted as human-made retouch ...

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Recommended Literature

COLES, J.M., 1979. Experimental Archaeology, London: Academic Press.

FERGUSON, J.R., 2010. Designing Experimental Research in Archaeology: Examining Technology through Production and Use, Boulder: University Press of Colorado.

HURCOMBE, L., CUNNINGHAM, P, 2016. The life cycle of structures in experimental archaeology: An object biography approach, Leiden: Sidestone Press.

INGERSOLL, D., YELLEN, J.E. & MACDONALD, W., 1977. Experimental archeology, New York: Columbia University Press.

KELTERBORN, P., 2005. Principles of Experimental Research in Archaeology, EuroREA, (Re)construction and Experiment in Archaeology – European Platform, 2, 120-122.

MALINA, J., 1983. Archaeology and Experiment, Norwegian Archaeological Review, 16:2, 69-85.

MATHIEU, J., 2002. Introduction - Experimental Archaeology - Replicating Past Objects, Behaviors, and Processes, Mathieu, J. (ed.) Experimental Archaeology, replicating past objects, behaviors and processes, BAR International Series 1035, 1-12.

OUTRAM, A.K., 2008. Introduction to Experimental Archaeology, World Archaeology 40:1, 1-7