RICERCA ITALIANA     

FIRB simili:

• 1 - Nuove metodologie relative a progetti integrati di parchi archeologici dell'area mediterranea. Elaborazione, sperimentazione, verifica di tecnologie avanzate e trasferibilità dei risultati nella valorizzazione di aree a rilevante interesse culturale, ambientale e turistico. Selezione di casi studio in Siria settentrionale e Turchia meridionale
• 2 - Dallo scavo al museo. Metodi e tecniche avanzate di ricerca, elaborazione e fruizione condivisa del patrimonio culturale mediterraneo.
• 3 - Nuove Metodologie e tecnologie integrate per la documentazione e restauro dei complessi archeologici e monumentali mediterranei.
• 4 - RICOSTRUIRE I COMMERCI NEL MEDITERRANEO IN EPOCA ELLENISTICA E ROMANA ATTRAVERSO NUOVI APPROCCI SCIENTIFICI E TECNOLOGICI. Ricerche archeologiche, archeometriche e informatiche per la ricostruzione dell'economia e dei commerci nel bacino occidentale del Mediterraneo.
• 5 - Metodologie e tecnologie avanzate per il recupero, l'interpretazione, la valorizzazione e la gestione del patrimonio archeologico sulla sponda africana del Mediterraneo

Classificazione scientifico-disciplinare

• Area scientifico disciplinare: Ingegneria civile e Architettura
  • RESTAURO
• Area scientifico disciplinare: Ingegneria industriale e dell'informazione
  • SISTEMI DI ELABORAZIONE DELLE INFORMAZIONI

Classificazione geografica

• Regione: Sardegna

Bibliografia

Abdallatif T. F., Mousa S. E., Elbassiony A. -2003 Geophysical Investigation for mapping the Archaeological Features at Qantir, Sharqyia, Egypt Archaeological Prospection 10, 27-42
Annan A. P., Waller W. M., Strangway D. W., Rossiter J. R., Redman J. D. and Watts R. D.; 1975: The electromagnetic response of a low-loss, 2-layer, dielectric earth for horizontal electric dipole excitation. Geophysics 40, 285-298.
Arnold, JB. 1981. A marine archaeological magnetometer survey in the Galveston, Texas area. Underwater archaeology: the challenge before us. Proceedings of the twelfth conference on underwater archaeology (ed GP Watts) Fathom Eight Publication, 209-217
Barnes, I., 2003, Aerial Remote-sensing Techniques Used in the Management of Archaeological Monuments of the British Army; Salisbury Plain Training Area, Wiltshire, UK, Archaeological Prospection 10, 83-90
Barto Arnold III, J., 1996,. Magnetometer survey of La Salle’s ship the Belle, International. Journal of Nautical Archaeology 25 (3&4), 243–249.
Becker, H., 1995, From nanotesla to picotesla. A new window for magnetic prospecting in archaeology. Archaeological Prospection 2, 217-228
Benech, C., Tabbagh, A. and Desvignes, G., 2002, Joint inversion of EM and magnetic data for near-surface studies: Geophysics, Soc. of Expl. Geophys. 67, 1729-1739.
Bhattacharyya B.K., 1964, Magnetic anomalies due to prism-shaped bodies with arbitrary magnetization. Geophysics, 29, 517-531.
Blake V.S., 1995, "The simulation of sidescan sonar images" Archaeological Prospection 2, 29-56
Breen, C. & Barton, K. (1998). Mapping ‘the Frenchman’ in Bantry Bay: La Surveillante revisited. Archaeology Ireland 12, 8–12.
Breman, J., 2003, Marine Archaeology goes Underwater with GIS, Journal of GIS in Archaeology, ESRI
Brizzolari, E., Cardarelli, E., Piro, S., Versino, L., 1993. Detection of subsurface magnetic anomalies of archaeological interest: computation of tridimensional magnetic anomalies and interpretation using bidimensional cross-correlation. In Theory and Practice of Applied Geophysics, Vieweg Publishing, 7, 3-16.
Bull, J. M., Quinn, R. & Dix, J. K. (1998). Reflection coefficient calculation from marine high resolution seismic reflection (Chirp) data and application to an archaeological case study. Marine Geophysical Researches 20, 1–11.
Chalmers, A., Stoddart, S., Tidmus, J. 1994. In site: an interactive visualisation system for archaeological sites. Computer Applications and quantitative methods in Archaeology 94
Coiana M., Ranieri G. 2000: Geophysics as a tool for virtual archaelogy-Proceedings of XXV EGS General Assembly.-Nice 25-29 april.
Cowley, D.C., 2002, A Case Study in the Analysis of Patterns of Aerial Reconnaissance in a Lowland Area of Southwest Scotland, Archaeological Prospection 9, 255-265.
Duck, RW. 1993. Application of side scan sonar to archaeological sites underwater. Archaeological Sciences 93.
Forsythe, W., 1999, The shipwreck database:
http://www.ulst.ac.uk/faculty/science/crg/cmares/cmares.htm (22 June 1999).
Frey, DA. 1972. Sub bottom survey of Porto Longo harbour Peleponnesus, Greece. International Journal of Nautical Archaeology and Underwater Exploration 1, 170-175
Hall, ET. 1966. The use of the proton magnetometer in underwater archaeology. Archaeometry 9, 32-44
Hesse, A., 1999, Multi-parametric survey for archaeology: how and why, or how and why not?, Journal of Applied Geophysics 41, 157-168
Hobbs, C. H., Blanton, D. B., Gammisch, R. A. & Broadwater, J., 1994, A marine archaeological reconnaissance survey using side-scan sonar, Jamestown, Virginia, USA. Journal of Coastal Research 10, 351–359.
Godio A., Sambuelli L., Socco L.V., 2000: Electromagnetic survey for archaelogical remains detection in urban sites. The Leading Edge 19, 850-854.
Lenham, J.M., Bull, J.M. and Dix, J.K., 1998. A marine geophysical survey of Strangford Lough. Archaeology Ireland 11, 18-20.
Li Y. e Oldenburg D. W., 1996, 3-D inversion of magnetic data. Geophysics 61, 394-408.
Lopez A., Ristevsky J, 2003: - Documenting the visible and the invisible: an approach to recording archaeological landscape through integrated digital spatial technologies. Workshop ITALY-USA 2003 on The reconstruction of archaeological landscapes through digital technologies. Roma, 3-4 novembre.
Marchisio M., Ranieri G. 2000:-On the economical value of a geophysical survey of an archaeological site. European Journal of Environmental and Engineering Geophysics 5, 91-110.
Mart, Y. and I. Perecman. 1996. "Neotectonic Activity in Caesarea, the Mediterranean Coast of Central Israel." Tectonophysics 254, 139–153.
Murdie R. E., Goulty N. R., White R. H., Barratt G., Cassidy N. J., Affney V., 2003: Comparison of geophysical techniques for investigating an infilled Ditchat Bury Walls Hill Fort, Shropshire. Archaeological Prospection 10, 265-276
Quinn, R., Bull, J.M. and Dix, J.K., 1997. Imaging wooden artefacts with Chirp Sources. Archaeological Prospection 4, 25-35.
Quinn, R., Bull, J.M. and Dix, J.K., 1998a. Optimal processing of marine high-resolution seismic reflection (Chirp) data. Marine Geophysical Researches 20, 13-20.
Piro, S., Samir, A., Versino, L., 1998. Position and spatial orientation of magnetic bodies from archaeological magnetic surveys. Annali di Geofisica, 41, 343-358
Piro S., Goodman D. and Nishimura Y.; 2002: The location of Emperor Traiano 8217;s Villa (Altopiani di Alcinazzo 8211; Roma) using high-resolution GPR surveys. Bollettino di Geofisica Teorica ed Applicata 43, 143-155.
Raban, A. 1985. "The Ancient Harbours of Israel in Biblical Times." Harbour Archaeology. Raban, A. (ed.). Bar International Series. Oxford, England. 11–41.
Sambuelli L., Socco L.V., L.Brecciaroli, 1999, Acquisition and processing of electric, magnetic and GPR data on a Roman site (Victimulae, Salussola, Biella). Journal of Applied Geophysics,41, 189-204.
Schleifer N., A. Weller, S. Schneider And A. Junge, 2002, Investigation of a Bronze Age Plankway by Spectral Induced Polarization, Archaeological Prospection 9, 243-253

Parole Chiave

TELERILEVAMENTO; TRATTAMENTO IMMAGINI; METODI GEOFISICI; VALORIZZAZIONE SITI ARCHEOLOGICI; AMBIENTE COSTIERO; VISUALIZZAZIONE DATI