Un'applicazione GIS per il sito archeologico di Villa Rufolo a Ravello
- Title
- Un'applicazione GIS per il sito archeologico di Villa Rufolo a Ravello
- Creator(s)
- Peduto, Angela
- Santoro, Ugo
- Date
- 2000
- Is Part Of
-
Archeologia e Calcolatori
- Volume
- 11
- Pages
- 139–151
- Language
- ita
- Rights
- CC BY-NC-ND 4.0
- Abstract
- This paper describes a methodology for using the GIS Arc/Info system as an operating tool to study excavation finds and structures on an archaeological site. The choice of the archaeological sample site (Villa Rufolo, Ravello - Italy) and the definition of information and methodologies useful to its study and management were the result of collaboration between a photogrammetry partnership (S.F.M.) and the “N. Cilento” archaeological laboratory of the University of Salerno. The GIS architecture was developed starting from the analysis of methods common to both the research methodologies (landscape recognition and stratigraphic excavations), which define the phases of archaeological data manipulation. The main aim was to create a tool which, starting from the planimetric documentation of each excavation, could link the various environments to their related stratigraphic units through data derived both from the individual structures and from artefacts. Following Arc/Info data models, all information was arranged into a relational database. The Stratigraphic Unit (US) attribute forms the link which connects the graphical elements, geographical and spatial database, and the descriptive database. Data stored can be analysed using many criteria, and the GIS always makes it possible to display the graphic results of the analysis. Besides the management, integration and manipulation of the archaeological data assigned to the territory under investigation, with Arch/Info various data levels can be combined for the purpose of producing new types of information; this information is usually acquired by employing techniques of data overlapping and through statistic and classification processing of all the stratigraphic units related to the site. The next stage of our project will consist of a careful check of the results of the statistical and classification processes and the use of this model at other archaeological sites so as to exploit the GIS potential for comparing excavation data as well as the geomorphologic and geographic features of the various sites.
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