Naslov
TransFER - Proizvodnja željeza uz rijeku Dravu u antici i srednjem vijeku: Stvaranje i transfer znanja, tehnologija i dobara. Studije slučaja Virje, Velike Hlebine, Dedanovice, Bakovčice, Nađbarice i Ždala
(TransFER – Iron production along the Drava river in the Roman period and the Middle ages: Creation and transfer of knowledge, technologies and goods. Case studies of Virje, Velike Hlebine, Dedanovice, Bakovčice, Nađbarice and Ždala)

Autori
Mušič, Branko ; Sekelj Ivančan, Tajana ; Horn, Barbara

Vrsta, podvrsta i kategorija rada
Sažeci sa skupova, sažetak, ostalo

Izvornik
Secrets of iron - from raw material to an iron object / - , 2020, 17-18

Skup
Secrets of iron - from raw material to an iron object

Mjesto i datum
Zagreb, Hrvatska, 10.09.2020. - 11.09.2020

Vrsta sudjelovanja
Predavanje

Vrsta recenzije
Nije recenziran

Ključne riječi
projekt TransFER
(project TransFER)

Sažetak
The archeological goals of geophysical research using the magnetic method were to identify the remains of medieval ironworks (iron-smelting workshops, iron production waste material in the form of different slag types, burnt clay from furnace walls in various forms, etc.). All of these sites with indications of ironworks have been discovered by a previous archaeological field survey as part of the regular activities of the TransFER project (IP- 06-2016-5047), financed by the Croatian Science foundation. Magnetic method prospections has revealed concentrations of refuse material associated with iron-production activities at all of these sites which are situated in the Croatian lowland, on the bank of the upper course of the Drava river. Since these types of sites are quite rare in northern parts of Croatia, and in order to get a better understanding of the development and organization of the settlement, non-invasive methods were applied. With the help of magnetic method, measurements of apparent magnetic susceptibility, several waste depots of a workshop, pit furnaces from the Late Roman period (4th and 5th centuries), as well as settlement remains from the Late Iron Age (3rd/2nd, and 1st centuries BC) were discovered. In addition, magnetic method results, applying gradient and single sensors measurements together with 2D resistivity tomography, were carefully analyzed for determining origin of iron ore deposits and detailed correlation with excavated archaeological structures in order to check possibilities and limitations of magnetic and resistivity methods inselected iron production centers in specific environmental contexts.

Izvorni jezik
Engleski

Znanstvena područja
Geofizika, Arheologija, Interdisciplinarne humanističke znanosti

POVEZANOST RADA