Using Geographic Information Systems to Increment the Knowledge of Cultural Landscapes



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Congresso Nazionale AICA 2011 Torino, 15 16 17 Novembre 2011 Using Geographic Information Systems to Increment the Knowledge of Cultural Landscapes Amelia C. Sparavigna, Roberto Marazzato Politecnico di Torino

Cultural Landscape Geographical area that is uniquely representing the combined work of nature and of man. World Heritage Committee, UNESCO

A specific case Geographical area showing the presence of Archaeological sites Historical evidences Other social remains

A multidisciplinary approach Physics Chemistry Geology Photogrammetry Remote sensing Information Technology (Logistics)

Remote sensing Aerial surveys Satellite imagery Free imagery on the web Image processing

Remote sensing techniques Aerial multispectral and hyperspectral imagery LiDaR - Light Detection and Ranging SAR Synthetic Aperture Radar GPR Ground Penetrating Laser Magnetic and electrical tomography [Lasaponara - Masini, 2008]

GIS System (HW / SW) used for Storage / Retrieval Mapping Analysis (possibly interactive) Editing of geographic data

Sources for imagery QuickBird (DigitalGlobe) IKONOS (GeoEye) SPOT (CNES) EarthSat (MDA)

Google Earth Free (basic version) 3D browser All sources Resolution: 15m/px 2.5m/px Layers KML (XML)

Sample applications

The Philippoi site Quickbird imagery Resolution = 0.70m Panchromatic + multispectral fusion Buried remains evidences found [Georgoula et al., 2004]

The Philippoi site Orthomosaic FCC image

Tuscany landscape Ikonos imagery Resolution = 4m R, G, B, nir Survey of large areas [Campana, 2002]

Tuscany landscape NDVI and edge enhancement of zones showing linear features Early medieval Monastery of San Pietro ad Asso

Maya lowlands - Guatemala Ikonos imagery Resolution = 1m R, G, B, nir Pansharpening, PCT, FCC [Garrison et al., 2008]

Maya lowlands - Guatemala Chaj K ek Cue settlements (same FCC) San Bartolo region (RGB/4, 3, 1)

Titicaca geoglyphs Google imagery Visible range Custom wavelet filter [Sparavigna, 2010]

Titicaca geoglyphs (Peru) Raised fields earthworks

Desert Kytes and stone circles Syrian Desert Google imagery Visible range Custom wavelet filter [Sparavigna, 2011]

Desert Kytes and stone circles Syrian Desert Desert Kyte Stone circles

Final notes Cheap tools Good accuracy Wide dissemination Possible threat (looting, pothunters) Highlighting and documenting looting [Conroy et al., 2008] [Contreras and Brodie, 2010]

Images adapted from [Campana, 2002] Campana S., Ikonos-2 multispectral satellite imagery to the study of archaeological landscapes: an integrated multi-sensor approach in combination with traditional methods, in The Digital Heritage of Archaeology, CAA 2002, Computer Applications and Quantitative Methods in Archaeology, Proceedings of the XXXth Conference, Heraklion, Crete, 2002, 219-225. [Garrison et al., 2008] Garrison T.G., Houston S.D., Golden C., Inomata T., Nelson Z., Munson J., Evaluating the use of IKONOS satellite imagery in lowland Maya settlement archaeology, Journal of Archaeological Science, 35, 2008, 2770 2777. [Georgoula et al., 2004] Georgoula O., Kaimaris D., Tsakiri M., Patias P., From the aerial photo to high-resolution satellite image: tools for the archaeological research, Proceedings of the XXth ISPRS Congress, Istanbul, Turkey, 2004. [Lasaponara and Masini, 2008] Lasaponara R., Masini N., Advances on remote sensing for archaeology and cultural heritage management, in Lasaponara R. and Masini N. (eds) Proceedings of the 1st International EARSeL Workshop CNR, Rome. 2008. [Sparavigna, 2010] Sparavigna A.C., The geoglyphs of Titicaca, Archaeogate, October 13, 2010, http://www.archaeogate.org/classica/article/1305/1/ [Sparavigna, 2011] Sparavigna A.C., Stone structures in the Syrian Desert, Archaeogate, July 14, 2011, http://www.archaeogate.org/vicino_oriente/article/1445/1/