Destructuring a shield to rebuild the history: The case of the painted wooden shield from the battle of Lepanto in Marino (Rome, Italy)

Author:

Iorio Morena12,Graziani Valerio123ORCID,Ruggiero Ludovica45,Biscarini Elisabetta6,Libera Roberto7,Ventura Giancarlo Della5,Fedi Mariaelena8,Barone Serena89,Liccioli Lucia8,Branchini Paolo2,Sodo Armida5,Tortora Luca125

Affiliation:

1. LASR3, Surface Analysis Laboratory Roma Tre Rome Italy

2. National Institute for Nuclear Physics (INFN) Rome Italy

3. Lazio Technological District for Cultural Heritage — Centre of Excellence Rome Italy

4. Ales s.p.a. at Istituto Centrale per il Restauro Rome Italy

5. Department of Sciences Roma Tre University Rome Italy

6. Consorzio Le Arti – Restauro e Conservazione Rome Italy

7. Museo Diocesano di Albano Albano Laziale (Rome) Italy

8. National Institute for Nuclear Physics (INFN) Sesto Fiorentino (Florence) Italy

9. Department of Physics and Astronomy University of Florence Sesto Fiorentino (Florence) Italy

Abstract

AbstractA painted wooden shield from the 16th century, commonly traced back to the famous Lepanto Battle (1571), was investigated by a multi‐analytical approach to identify its manufacturing process and shed light on its cultural provenance. The typology is coherent with both the Christian and Ottoman armies and does not allow for an attribution. Radiocarbon dated the shield to two time intervals (1470–1525, 1580–1625, at 68% level of probability), compatible with the date of the Battle of Lepanto. Optical and Scanning Electron Microscopy, Attenuated Total Reflectance, External Reflection Fourier Transform Infrared, micro‐Raman and Energy Dispersive X‐ray Spectroscopy, and histochemical and shrinking temperature tests were used to characterize the artefact. The shield resulted to be made of softwood panels, covered by a stratigraphy of flax fibres, cattle skin, and a painting preparation layer of hydromagnesite. Adhesion was ensured by bone glue. Oblique, red, and cinnabar stripes alternating on the white preparation are visible on the front of the shield, whereas a homogeneous dark paint covers the back. None of the raw materials was informative by themselves, but the unusual presence of the hydromagnesite could be crossed with the geographical context, resulting in a promising outcome for future isotopic and trace element studies.

Publisher

Wiley

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