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Murwab is one of the most important early Islamic archaeological villages in the Arabian Peninsula and the Persian Gulf, and one of the best-known. Excavated since the 1950s, the site has yielded a complete pottery assemblage which allows the site to be dated from the late eighth to the late ninth century AD. This paper presents an analysis of the ceramics of Murwab. The analysis is undertaken on a selection of 134 pottery sherds of common ware/'kitchen' ware without glaze and encompasses a petrographic study and elemental analysis using wavelength dispersive X-ray fluorescence spectrometry (WDXRF). The results of the petrographic analysis and some preliminary thoughts on the chemical analysis are discussed in the text. Twelve ceramic fabrics have been detected in the assemblage studied. The composition of the fabrics allows some preliminary suggestions about provenance to be drawn: none of the fabrics was locally made in Qatar and most of them seem to come from Mesopotamia, eastern Arabia, and southern Iran. The technology of the ceramics reveals an approach to the manufacture of common wares that is characteristic of the Upper and Central Gulf (corresponding roughly to the Gulf coast west of the Musandam Peninsula, including Khuzestan and Bushehr in Iran). It is not known when this technological approach started, but it does not seem to be documented in the Bronze Age. [ABSTRACT FROM AUTHOR]

In this paper, a science-based study of ceramic wares discovered in the Old Doha Rescue Excavations (ODRE) is presented. The ODRE project, run by Qatar Museums and UCL Qatar, discovered a stratigraphic sequence running from the earliest occupation of Doha in the early nineteenth century until the most recent archaeological levels. A strategic selection of ceramic wares from this sequence was studied to shed light on the technological background and provenance of the pottery utilized in Doha between the late nineteenth and the mid-twentieth century. The petrographic study of these wares has provided insight into their mineralogical and petrological composition and their textural characteristics. The textural elements have been used to understand the technology of production of the ceramics, which come from different places around the Gulf. The identification of components has moved us a step closer to the location of places of production by matching compositions and geological backgrounds. The study of glazes with hhXRF, SEM-EDS, and optical microscopy has given us further insight on technological processes in the application of glaze. Finally, a comparison between the macroscopic and microscopic analyses carried out has been produced to shed some light on the inherent difficulties associated with the identification of wares in Gulf ceramics. [ABSTRACT FROM AUTHOR]