Armed conflicts frequently result in the damage or destruction of archaeological heritage. The occupation by ISIS of parts of Iraq and Syria is no exception. Here, the authors present the results of work focused on Nineveh, as part of a wider research initiative to monitor damage inflicted by ISIS at archaeological sites in northern Iraq. Combining satellite imagery, low-level aerial photography and ground-based reconnaissance, the project presents a condition assessment of Ninevah, as well as a new topographic map of the city. The results demonstrate that a few high-profile acts of deliberate vandalism were accompanied by much more extensive damage caused by construction and rubbish dumping extending across substantial parts of the site.
Campana, S., Sordini, M., Berlioz, S., Vidale, M., Al-Lyla, R., Abbo al-Araj, A., et al. (2022). Remote sensing and ground survey of archaeological damage and destruction at Nineveh during the ISIS occupation. ANTIQUITY, 96(386), 436-454 [10.15184/aqy.2022.14].
Remote sensing and ground survey of archaeological damage and destruction at Nineveh during the ISIS occupation
Campana, Stefano
Writing – Original Draft Preparation
;Sordini, MatteoFormal Analysis
;Bianchi, AlessandroProject Administration
2022-01-01
Abstract
Armed conflicts frequently result in the damage or destruction of archaeological heritage. The occupation by ISIS of parts of Iraq and Syria is no exception. Here, the authors present the results of work focused on Nineveh, as part of a wider research initiative to monitor damage inflicted by ISIS at archaeological sites in northern Iraq. Combining satellite imagery, low-level aerial photography and ground-based reconnaissance, the project presents a condition assessment of Ninevah, as well as a new topographic map of the city. The results demonstrate that a few high-profile acts of deliberate vandalism were accompanied by much more extensive damage caused by construction and rubbish dumping extending across substantial parts of the site.File | Dimensione | Formato | |
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https://hdl.handle.net/11365/1191454