Dry Visit - Virtual Underwater Visit - iMARECulture
Release date: May 4, 2020
Developers: 3D Research Srl
Publishers: 3D Research Srl
Genres: Education
Categories: Tracked Controller Support, VR Only
Supported languages: English

Hey you… just take a deep breath… you are going to explore the beauty of the seabed of the Mediterranean Sea! Did you ever imagine to explore the Underwater Cultural Heritage from the comfort of your own home? Thanks to the iMARECULTURE project, you can explore the 3D reconstructions of two of the most beautiful underwater archaeological sites of the Mediterranean Sea: the Underwater Archaeological Park of Baiae (near Naples - Italy), the Phoenician shipwreck of Xlendi (Gozo – Malta) and the Mazotos shipwreck in Cyprus. In Roman times, Baiae was a fashionable resort city with a thermal spa located over natural volcanic vents, in the centre of the Gulf of Pozzuoli. The Roman elite built luxurious villas there from late republic to roman imperial period, but part of the town became submerged in the sea due to bradyseismic activity. Nowadays, most of villas lie at the bottom of the shallow waters of the bay. Here you can explore the ruins of Villa con ingresso a Protiro, composed of a series of rooms with a central atrium to provide them with light. Within these rooms there are some wonderful mosaics. During the virtual exploration you will be able to listen some information about the structures, and activate the hypothetical reconstruction and see how the villa appeared in Roman times. Moreover, you will enjoy a set of 360-degrees videos that mix virtual environments and real actors to tell a story settled in the ancient Baiae. The Phoenician shipwreck of Xlendi lies at 110 meters deep, dating to the 7th century BC. To explore the wreck, you will command an underwater vehicle equipped with headlights and you will be able to listen some information about the shipwreck, its discovery and excavation. Furthermore, through the main menu you will able to enjoy the interviews of the top experts. In 2006, a shipwreck was found accidentally by divers, at a depth of 45 meters off the coast near Mazotos village, Larnaca District. It is the first shipwreck of the fourth century BC located in the South East Mediterranean carrying Chian amphorae, at a depth where divers can work. This is of noteworthy significance as its research sheds light on issues concerning sea routes and trade relations between the Aegean and the eastern Mediterranean during the late Classical period. The high level of the site's preservation classifies it among the rare cases of shipwrecks in the Mediterranean where the internal stratigraphy and the various phases of the site's formation processes can be studied in detail. Disclaimer: the iMARECULTURE project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 727153. Baiae The permission to publish data (3D of the site, 3D findings and photos/videos) has been granted by the Ministero per i Beni e le attività Culturali e per il Turismo (MIBACT) - Istituto Superiore per la Conservazione e il Restauro (ISCR). The 3D reconstruction of the seabed has been produced by NAUMACOS. The storytelling 360-degrees videos have been produced by University of Sarajevo. The hypothetical 3D reconstruction has been produced by 3D Research Srl and Ministero per i Beni e le attività Culturali e per il Turismo (MIBACT) - Istituto Superiore per la Conservazione e il Restauro (ISCR). A special thanks to Parco Archeologico Campi Flegrei. A special thanks to Barbara Davidde Petriaggi and Roberto Petriaggi. Xlendi The permission to publish data (3D of the site, 3D findings and photos/videos) has been granted by the University of Malta, the GROPLAN project and Prof. Timmy Gamblin. Mazotos The Permission to publish data (3D site and finds along with on site photos and video) has been granted by the Department of Antiquities, Cyprus. The photo acquisition and the 3D site model have been provided by University of Cyprus, MARELab/Archaeological Research Unit and Cyprus University of Technology, Photogrammetric Vision Lab.