Die Fundmünzen
In: A. WYSS SCHILDKNECHT, Die mittel- und spätkaiserzeitliche Kleinstadt Zürich/Turicum: Eine Hafenstadt und Zollstation zwischen Alpen und Rheinprovinzen
Cette section met à disposition les publications scientifiques rédigées par les collaboratrices et collaborateurs de l’ITMS, ainsi que les publications officielles de l’ITMS (monographies IFS ITMS IRMS, bulletins IFS ITMS IRMS, rapports annuels). La recherche peut être effectuée à l’aide d’une combinaison de mots-clés ou en plein texte.
In: A. WYSS SCHILDKNECHT, Die mittel- und spätkaiserzeitliche Kleinstadt Zürich/Turicum: Eine Hafenstadt und Zollstation zwischen Alpen und Rheinprovinzen
In: L. GIANAZZA – F. ROSSINI (Hrsg.), Swiss and Italian monetary relations: The Early Middle Ages (VI–XI centuries). Proceedings of the International Numismatic Workshop, Lugano, September 29th 2018 – Rapporti monetari tra Svizzera e Italia: L‘età altomedievale (secc. VI–XI). Atti del Convegno Numismatico Internazionale, Lugano, 29 settembre 2018
Mit Beiträgen von M. NICK und K. HUNGER. In: CH. EBNÖTHER – R. SCHATZMANN (Hrsg.), Oleum non perdidit: Festschrift für Stefanie Martin-Kilcher zu ihrem 65. Geburtstag
In: M. BALMER, Zürich in der Spätlatène- und frühen Kaiserzeit. Vom keltischen Oppidum zum römischen Vicus Turicum
Abstract: The so-called Potinklumpen, which was found in the city zone of Zurich in 1890, consists of about 17.200 to 18.000 late Latène potin coins which are melted together. Only two types of coins could be identified: potin coins of the Zurich type and of the «Sequani» type (group A). The spectrum of the types shows close parallels to that of the Late Latène settlement on the nearby Üetliberg. Therefore the «Potinklumpen» can be dated to around 100 B.C. Within the Turicum-project of the University of Bern, which is sponsered by the Swiss National Science Foundation, a number of scientific surveys could be realized in co-operation with the Swiss National Museum. They provide new knowledge concerning the composition, the reconstruction of the melting-process and the chronology. Several possibilities for interpretation are discussed on the ba sis of the reconstructed melting-process as well as on comparable finds.
Abstract: The so-called Potinklumpen, which was found in the city zone of Zurich in 1890, consists of about 17.200 to 18.000 late Latène potin coins which are melted together. Only two types of coins could be identified: potin coins of the Zurich type and of the «Sequani» type (group A). The spectrum of the types shows close parallels to that of the Late Latène settlement on the nearby Üetliberg. Therefore the «Potinklumpen» can be dated to around 100 B.C. Within the Turicum-project of the University of Bern, which is sponsered by the Swiss National Science Foundation, a number of scientific surveys could be realized in co-operation with the Swiss National Museum. They provide new knowledge concerning the composition, the reconstruction of the melting-process and the chronology. Several possibilities for interpretation are discussed on the ba sis of the reconstructed melting-process as well as on comparable finds.
In: C. ALFARO – C. MARCOS – P. OTERO (Hrsg.), Actas del XIII Congreso Internacional de Numismática, Madrid 2003, Vol. I
Abstract: The so-called Potinklumpen, which was found in the city zone of Zurich in 1890, consists of about 17.200 to 18.000 late Latène potin coins which are melted together. Only two types of coins could be identified: potin coins of the Zurich type and of the «Sequani» type (group A). The spectrum of the types shows close parallels to that of the Late Latène settlement on the nearby Üetliberg. Therefore the «Potinklumpen» can be dated to around 100 B.C. Within the Turicum-project of the University of Bern, which is sponsered by the Swiss National Science Foundation, a number of scientific surveys could be realized in co-operation with the Swiss National Museum. They provide new knowledge concerning the composition, the reconstruction of the melting-process and the chronology. Several possibilities for interpretation are discussed on the ba sis of the reconstructed melting-process as well as on comparable finds.