Anatolia has long been a major pottery production center of the ancient world, dating back 7000 cal yr B.P. The Early Iron Age Urartu Kingdom (800-600 B.C.) of eastern Anatolia is known for the production of high-quality pottery, but little is known regarding firing technology and manufacture of these ceramics. Here we present a preliminary study of Urartu ceramic micromorphology and chemistry and suggest that the Urartus had good knowledge of local geology and intentionally used chemical fluxes (Pb, Rb, and Li) to attain desired firing temperatures. The sophisticated production of Urartu ceramics is comparable to later high-quality Roman pottery (terra sigillata) procured from the same area. © 2010 Wiley Periodicals, Inc
The pottery sherds of the Roman period which is the subject of the paper were found at the rescue ex...
WOS: 000267559200011Probable source materials and production technologies of neolithic pottery from ...
In this study, potsherds belonging to the Late Chalcolithic-Early Bronze Age I and the second half o...
WOS: 000274720200004Anatolia has long been a major pottery production center of the ancient world, d...
We present the results of a comprehensive mineralogical and geochemical (archaeometrical) investigat...
WOS: 000460798100009We present the results of a comprehensive mineralogical and geochemical (archaeo...
We present the results of a comprehensive mineralogical and geochemical (archaeometrical) investigat...
The firing temperature and production technology together with the provenance and source materials o...
The firing temperature and production technology together with the provenance and source materials o...
###EgeUn###The purpose of this paper is to cast light on how the red glossy slipped pottery of the U...
The chemical and mineralogical characterization of seven ceramic fragments produced within Tiwanaku ...
Probable source materials and production technologies of neolithic pottery from Çatalhöyük were stud...
WOS: 000418897300011The primary objective of the present work is to make a comparison between the re...
Probable source materials and production technologies of neolithic pottery from Çatalhöyük were stud...
© 2016 The Authors. Archaeometry published by John Wiley & Sons Ltd on behalf of University of Oxf...
The pottery sherds of the Roman period which is the subject of the paper were found at the rescue ex...
WOS: 000267559200011Probable source materials and production technologies of neolithic pottery from ...
In this study, potsherds belonging to the Late Chalcolithic-Early Bronze Age I and the second half o...
WOS: 000274720200004Anatolia has long been a major pottery production center of the ancient world, d...
We present the results of a comprehensive mineralogical and geochemical (archaeometrical) investigat...
WOS: 000460798100009We present the results of a comprehensive mineralogical and geochemical (archaeo...
We present the results of a comprehensive mineralogical and geochemical (archaeometrical) investigat...
The firing temperature and production technology together with the provenance and source materials o...
The firing temperature and production technology together with the provenance and source materials o...
###EgeUn###The purpose of this paper is to cast light on how the red glossy slipped pottery of the U...
The chemical and mineralogical characterization of seven ceramic fragments produced within Tiwanaku ...
Probable source materials and production technologies of neolithic pottery from Çatalhöyük were stud...
WOS: 000418897300011The primary objective of the present work is to make a comparison between the re...
Probable source materials and production technologies of neolithic pottery from Çatalhöyük were stud...
© 2016 The Authors. Archaeometry published by John Wiley & Sons Ltd on behalf of University of Oxf...
The pottery sherds of the Roman period which is the subject of the paper were found at the rescue ex...
WOS: 000267559200011Probable source materials and production technologies of neolithic pottery from ...
In this study, potsherds belonging to the Late Chalcolithic-Early Bronze Age I and the second half o...