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] |