Photogrammetry and GIS Integration for Archaeological Documentation of Ahl-Alkahf, Jordan
Protection and proper management of archaeological heritage are an essential process of studying and interpreting the generations present and future. Protecting the archaeological heritage is based upon multidiscipline professional collaboration. This study aims to gather data by different sources (Photogrammetry and Geographic Information System (GIS)) integrated for the purpose of documenting one the of significant archeological sites (Ahl-Alkahf, Jordan). 3D modeling deals with the actual image of the features, shapes and texture to represent reality as realistically as possible by using texture. The 3D coordinates that result of the photogrammetric adjustment procedures are used to create 3D-models of the study area. Adding Textures to the 3D-models surfaces gives a 'real world' appearance to the displayed models. GIS system combined all data, including boundary maps, indicating the location of archeological sites, transportation layer, digital elevation model and orthoimages. For realistic representation of the study area, 3D - GIS model prepared, where efficient generation, management and visualization of such special data can be achieved.
Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1063006Procedia APA BibTeX Chicago EndNote Harvard JSON MLA RIS XML ISO 690 PDF Downloads 1766
 Wamg, and A. Ahmad, 2002. Digital architectural photogrammetric recording of historical building and monuments, New Zeland Surveyor, 293: pp. 25-30.
 Dallas, R., W., J. Kerr, S. Lunnon, and P. Bryan, 1995. Windsor Castle: Photogrammetric and archaeological recording after the fire, Photogrammetric Record 15(86):
 El-Hakim, S., A. Beraldin and M. Picard (2002): Detailed 3D Reconstruction of Monuments using Multiple Techniques. In: ISPRS/CIPA International Workshop on Scanning for Cultural Heritage Recording, Corfu, Greece, pp.58-64.
 Khouri, R., 2000. In the foot steps of John the Baptist. Royal wings, pp.62-66.
 Lerma, J. Luis, Ruiz, L. Angel and F. Buchon, 2000. Application of spectral and textural classifications to recognise materials and damages on historical building fa├ºades. International Archives of Photogrammetry and Remote Sensing, 33(B5): 480-484.
 William E., and G. Allan, 1995."Manging Geographic Information System Projects". Oxford University Press, New York Oxford.
 W├╝st T., S. Nebiker and R. Landolt, 2004. "Applying the 3d GIS DILAS to Archaeology and Cultural Heritage Projects - Requirements and First Results". The International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol. 34, Part.