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Table 1 2D change detection, summary of the literature review

From: Documentation of paintings restoration through photogrammetry and change detection algorithms

Site Method Notes Authors
‘Norwegian National Sites and Monuments Record’ list 2D change detection and satellite images Document the reforestation processes representing threats to archaeological assets Barlindhaug et al. [17]
The ancient city of Ur (Iraq) 2D change detection and satellite images Monitor archaeological areas, before and after the second Gulf War Di Giacomo and Scardozzi [18]
Ventarron (Lambayeque, Peru) 2D change detection and satellite images Multi-temporal images acquired and processed to highlight looting patterns Lasaponara et al. [19]
Nasca (Peru) 2D change detection and satellite images Detect land-use and morphological changes of the cultural landscape Cigna et al. [20]
Paphos (Cyprus) 2D change detection and satellite images Address the overall risk of the area which is enriched by archaeological sites Agapiou et al. [21]
Homs (Syria) 2D change detection and satellite images Monitoring the effects of the civil war started in 2011, on heritage sites Tapete et al. [22]
Mølen Vestfold County (Norway) 2D change detection, historical images and airborne laser scanning Changes occurred in landscape and individual monuments Risbøl et al. [23]
Palmyra (Syria) 2D change detection and satellite images Use of satellite imagery for change detection of lost heritage Cerra et al. [24]