Article: «High-resolution investigation of a conflagration event in the North-East Temple at Lachish» (2022)

Kreimerman I., Garfinkel Y., Hasel M. G. , Shahack-Gross R. (2022) – High-resolution investigation of a conflagration event in the North-East Temple at Lachish via integration of forensic, stratigraphic and geoarchaeological evidence: A model for studying architectural destruction by fire, Journal of Archaeological Science: Reports, vol. 46, 103705,
ISSN 2352-409X, https://doi.org/10.1016/j.jasrep.2022.103705.

Highlights

• A new framework for archaeological reconstruction of ancient fires at Near Eastern sites.

• Framework integrates macro- and micro-archaeology, and fire investigation.

• Fire origin, propagation path, intensity, duration and atmosphere is reconstructed.

• Ash, charred matter and mud bricks are primary evidence for spatial temperature maps.

• Proof of concept through a reconstruction of a fire event in 12th c. BCE temple.

Abstract

Burnt structures are well known archaeologically throughout the Near East. This study proposes an integrated interpretational framework for reconstructing fires in mud-brick structures using macro- and micro-archaeological types of evidence employing well-established tools. While previous research often utilized either macroscopic field evidence or micro-geoarchaeological data, here we present the integration of stratigraphy, architecture and location of artefacts in the framework of archaeology of crisis, spatial reconstruction of fire temperatures using micro-geoarchaeology, insights from experimental archaeology, and concepts from fire investigation. We demonstrate the utility of this integrative framework in a high-resolution reconstruction of a destructive fire event that occurred in the Late Bronze Age North-East Temple at Tel Lachish, ca. 1210–1126 BCE. We identify the area of ignition and the fire propagation path, and propose the cause of the fire in relation to the archaeology and history of the site in the 12th century BCE.

Keywords: Destruction, Conflagration, FTIR, Fire investigation, Mud bricks, Lachish.

Info: https://www.sciencedirect.com/science/article/abs/pii/S2352409X22003686

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