e study deals with the Islamic pottery from Termez (southern Uzbekistan), with a special focus on the wares dated to the 9th-12th centuries. e city was a major urban settlement, along one of the routes of the Silk Road. Ceramics, both glazed and unglazed, were produced in several workshops located in the lower city (shahristan) and its suburbs (rabad). Glazed and unglazed wares, including cooking pots, two pottery moulds and two sphero-conical vessels from two excavated areas at Termez are examined by X-ray Fluorescence, X-ray Di raction, and petrographic thin section analysis. Clayey sediments from di erent areas of the site are incorporated as a local reference for comparison. e aim is to examine the provenance of the vessels and to determine the production techniques. e results reveal that all the vessels were produced by using calcareous clays and most of them exhibit similar geochemical composition; nevertheless, several chemical groups and petrographic fabrics were identi ed. XRD points that ring temperatures were generally between 800 and 1,000-1,100°C, being the latter prevalent. e results of this study are remarkable since archaeometric researches on Central Asian pottery are still few.
Islamic Pottery from Ancient Termez (Uzbekistan): New Archaeological and Archaeometric Data
Agnese Fusaro
;
2019-01-01
Abstract
e study deals with the Islamic pottery from Termez (southern Uzbekistan), with a special focus on the wares dated to the 9th-12th centuries. e city was a major urban settlement, along one of the routes of the Silk Road. Ceramics, both glazed and unglazed, were produced in several workshops located in the lower city (shahristan) and its suburbs (rabad). Glazed and unglazed wares, including cooking pots, two pottery moulds and two sphero-conical vessels from two excavated areas at Termez are examined by X-ray Fluorescence, X-ray Di raction, and petrographic thin section analysis. Clayey sediments from di erent areas of the site are incorporated as a local reference for comparison. e aim is to examine the provenance of the vessels and to determine the production techniques. e results reveal that all the vessels were produced by using calcareous clays and most of them exhibit similar geochemical composition; nevertheless, several chemical groups and petrographic fabrics were identi ed. XRD points that ring temperatures were generally between 800 and 1,000-1,100°C, being the latter prevalent. e results of this study are remarkable since archaeometric researches on Central Asian pottery are still few.File | Dimensione | Formato | |
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Fusaro et al_Islamic Pottery from Ancient Termez_Archeosciences 2019.pdf
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