THE INTEGRATED SURVEY FOR EXCAVATED ARCHITECTURES: THE COMPLEX OF CASALNUOVO DISTRICT WITHIN THE WORLD HERITAGE SITE “SASSI” (MATERA, ITALY)
- 1PhD Candidate, Dipartimento delle Culture Europee e del Mediterraneo, Università degli Studi della Basilicata, Via Lazzazera Matera, Italy
- 2Msc Student, Dipartimento delle Culture Europee e del Mediterraneo, Università degli Studi della Basilicata, Via Lazzazera Matera, Italy
- 3Msc Student, Dipartimento delle Culture Europee e del Mediterraneo, Università degli Studi della Basilicata, Via Lazzazera Matera, Italy
Keywords: survey, preservation, 3D modelling, historic heritage, non-destructive techniques
Abstract. Never as within the complex of Sassi (Matera, South of Italy), the parties have a volumetric material identity and a special construction condition for which, first of all, you need to know the whole to which they give life, and then the individual components and their connections.
In the course of time, in the Lucan city, there were stable and favorable conditions that allowed the development of an architectural language, of juxtaposition of the materials, interpenetration of space and conformation of the volumes, which generated an exceptional urban phenomenon. The distribution of these building artifacts in symbiotic connection with the connective calcareous texture that hosts them , resulted in a spontaneously harmonious figurative balance that characterizes the constructive expedients employed and the distributive and morphological solutions. This is the reason why the Sassi, and the overlooking Park of Rupestrian Churches of Matera Murgia, have been entered in 1993 in the UNESCO World Heritage List.
The complexity of a built space, such as this one, determines the need for a non-traditional approach, so you have to combine last generation tools and canonical ones for survey, drawing and representation, within a dialectic between memory and design, tradition and innovation. For this reason, an appropriate cognitive apparatus has been set up for the entire technical process, making use of different non-destructive and non-contact techniques: digital photogrammetry, total station, laser scanner and thermography, in order to obtain a three-dimensional computer model, useful for the diagnosis and the preservation of the integrity of cultural heritage.