Focus Raqqa

Inventory of Museum Collections and Reconstruction of Missing Tablets

Book chapter (2023)

Authors

Olivier Nieuwenhuyse Centre for Global Heritage and Development Leiden Delft Erasmus
Khaled Hiatlih Centre for Global Heritage and Development Leiden Delft Erasmus
Rasha Hakki Centre for Global Heritage and Development Leiden Delft Erasmus
Ayham al-Fakhri Centre archéologique de Bibracte
Jouke Verlinden Universiteit Antwerpen
Karsten Lambers Universiteit Leiden
Katrina Burg-Joosten Universiteit Leiden
Hubert Mara University of Heidelberg
D.J.M. Ngan-Tillard Geo-engineering - CEG
Research Group
Geo-engineering (CEG) (TU Delft)
Copyright: © 2023 Olivier Nieuwenhuyse, Khaled Hiatlih, Rasha Hakki, Ayham al-Fakhri, Jouke Verlinden, Karsten Lambers, Katrina Burg-Joosten, Hubert Mara, D.J.M. Ngan-Tillard
3D-printing Inventory Raqqa museum Cuneiform Digital preservation
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Published Date

2023

Language

English

Reuse Rights

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Faculty

Civil Engineering & Geosciences

Department

Geoscience and Engineering

Research Group

Geo-engineering

Abstract

The National Museum of Raqqa in Syria has suffered immensely from the ongoing violence since 2011. Much of its valuable collection of movable archaeological heritage (ca. 6000 items) is considered lost. Starting from 500 of the most precious objects of the museum stored in the Raqqa Central Bank and stolen from there in 2013, the pilot project Focus Raqqa created a concrete, workable database to enable identification by Syrian and international police and heritage institutions. The project made a pivotal first step towards potential reconstruction of the Raqqa Museum in the future. The Raqqa museum collection included cuneiform tablets. Some of the tablets were cast before the war to allow detailed study in Europe. Today the tablets have vanished. The pilot project Scanning for Syria safeguarded information from the lost artefacts by making high-resolution three-dimensional scans of the silicone rubber moulds and subsequently physical replicas of the original objects by 3D printing. The short life expectancy (30 years) of the moulds necessitated measures for long-
3
term preservation. The Scanning for Syria team not only succeeded at the preservation and sharing of knowledge in the academic circle. It also told the story of Syrian culture and its people to everyone for raising more voices in the united effort to keep cultural heritage safe in a zone of conflict.