StAr project - Development of Storage and assessment methods suited for organic archaeological artefacts - started in 2020 within the framework of Joint Programming Initiative on Cultural Heritage and Global Change (JPI-CH) Conservation, Protection and Use. The project arises from the need for chemical-physical stabilization strategies of archaeological finds (mainly wood and leather), for long time (up to several months) in the waterlogged state, i.e., under pre-treatment conditions, without compromising the archaeological and scientific evidences they contain. Several methods of controlling storage conditions will be tested on archaeological wooden and leather objects. The experimentations will entail a systematic chemical analysis and monitoring of the organic materials before, during and after storage in different conditions, both in laboratory and on-field at the Biskupin archaeological excavation site in Poland.

Development of Storage and Assessment methods suited for organic Archaeological artefacts (StAr) - JPI-CH project

Ribechini E.;Lucejko J. J.
;
Mattonai M.;Modugno F.;
2022-01-01

Abstract

StAr project - Development of Storage and assessment methods suited for organic archaeological artefacts - started in 2020 within the framework of Joint Programming Initiative on Cultural Heritage and Global Change (JPI-CH) Conservation, Protection and Use. The project arises from the need for chemical-physical stabilization strategies of archaeological finds (mainly wood and leather), for long time (up to several months) in the waterlogged state, i.e., under pre-treatment conditions, without compromising the archaeological and scientific evidences they contain. Several methods of controlling storage conditions will be tested on archaeological wooden and leather objects. The experimentations will entail a systematic chemical analysis and monitoring of the organic materials before, during and after storage in different conditions, both in laboratory and on-field at the Biskupin archaeological excavation site in Poland.
2022
Ribechini, E.; Lucejko, J. J.; Mattonai, M.; Modugno, F.; Chaumat, G.; Braovac, S.; Steindal, C. C.; Zborowska, M.; Dabrowski, H. P.; Fejfer, M....espandi
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/1145608
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