San Giovenale, vol. 6, fasc. 2-3

San Giovenale, vol. 6, fasc. 2-3
Serie ActaRom-4°
Författare
Förlag Publikationsnämnden vid de Svenska Instituten vid Rom och Athen
GenreHistoria och arkeologi
FormatInbunden
SpråkEngelska
Antal sidor345
Vikt1370 gr
Utgiven2024-01-19
SABJ
ISBN 9789170421884
The Etruscan site of San Giovenale has been excavated periodically since 1956. From the beginning the main focus has been the question of settlement remains. However, a fundamental area within the site had still not undergone the inquiry necessary for a complete understanding of the site as a whole. The Vignale plateau, connected to the main site by an Etruscan bridge, was surveyed and partly excavated in 1959–1960, but not published. The Vignale Archaeological Project (VAP) began new investigations in 2006 that aimed to answer the question of “What’s beyond the Etruscan bridge?” This publication focuses on the initial investigations of 1959–1960, augmented by new ground- and aerial remote sensing surveys. The current volume is divided in six chapters. Through an introduction, and geological/topographic and historical/archaeological settings (Chapters 1–3), the reader achieves a general understanding of Vignale within a larger framework. The main archaeological studies of various features on the plateau, their function and dating are covered in Chapter 4, where Vignale from the Final Bronze Age to medieval times is approached with an emphasis on the Etruscan periods. The study of the latter investigates the connection to Vignale’s sister plateau (the Acropolis area), and the plateaus’ connection to the surrounding landscape. An intrinsic aspect of Vignale is the association with wine over time. Chapter 5 therefore elaborates on wild and domesticated vines with emphasis on production, ritual, and material remains, concluding with a summary and synthesis in Chapter 6. Two extensive appendices follow, one detailing the material remains and data connected to the southern Bridge Complex, and the other a treatise on the Etruscan awareness of their local mineral salt, alunite.