Archaeometric characterization of the Byzantine and Umayyad pottery at Barsinia, north Jordan

Part of : Mediterranean archaeology & archaeometry : international journal ; Vol.13, No.2, 2013, pages 207-220

Issue:
Pages:
207-220
Author:
Abstract:
Byzantine, Late Byzantine-Early Umayyad, and Umayyad Pottery from Barsinia, north Jordan, was investigated in order to examine the effects of the political transition on pottery production traditions. WD-XRF, AAS and SEM-EDX were used for bulk and matrix compositional analysis, while petrography, XRD, and refiring test were used for mineralogical investigation. The results show that, although there was obvious changes in the typology of pottery, there were no considerable differences in pottery production traditions and the raw materials selection in the rural communities during the periods of interest in north Jordan. This verifies use of same local source and potter to produce different styles.
Subject:
Subject (LC):
Keywords:
Barsinia, Byzantine pottery, Umayyad pottery, Late-Byzantine/Early Umayyad pottery, raw materials, manufacturing technology
Notes:
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References (1):
  1. Brown, R. M., (1991) Ceramics from the Kerak Plateau. In J. M. Miller (ed.) Archaeological Survey ofthe Kerak Plateau. Atlanta: Scholar Press, American Schools of Oriental Research., 169-279.Delougaz, P. and Haines, R. (1960) A Byzantine Church at Khirbat Al-Karak. University of ChicagoPress.El-Khouri, L., (2009) Barsinia: a Newly-Excavated Archaeological Site in North-Western Jordan.Studies in The History and Archaeology of Jordan (SHAJ) 10, 61-66.El-Khouri, L., 2012 Architectural Remains at Barsinia, Results of Two Seasons of Excavations (2006and 2007). ADAJ 55: 467-488.El-Khouri, L. (forthcoming) Byzantine and Umayyad Period Pottery at Barsinia (2006 Season of Excavation).PEQGaudette, H.; Eades, J. and Grim, R. (1966) The nature of illite. 13th National Conference on Clay andClay Minerals. Oxford, London, Pergamon: 33 – 49.Harding, L., (1951) Excavations on the Citadel, Amman. ADAJ, Vol. 1. P. 7-16.Hendrix, R., Drey, P., and Storfjell, J., (1997) Ancient Pottery of Transjordan. Institute of Archaeology,Horn Archaeological Museum, Andrews University. Berrien Springs, MI. USA.Holmqvist, V. (2007) Ceramic production traditions in the Late Byzantine-Early Islamic transition:A comparative analytical study of ceramic from Palaestina Tertia. In: EMAC 07, 9th EuropeanMeeting on Ancient Ceramics, Biro, K.; Szilagyi, V. and Kreiter, A. (eds): 91 – 95.Holmqvist, V. and Martinon-Torres, M. (2011) Many potters – one style: Pottery production anddistribution in transitional Late Byzantine-Early Islamic Palaestina Tertia. In: Proceedings ofthe 37th international symposium on archaeometry, Turbanti-Memmi, I (ed). Springer-VerlagBerlin Heidelberg: 71 – 76.Johnson, B. (2006) The Hellenistic to Early Islamic Period Pottery. In A. Mazar, Excavations at TellBeth-Shean 1989-1996. Vol. I From the Late Bronze Age IIB to the Medieval Period. The IsraelExploration Society. The Institute of Archaeology, The Hebrew University of Jerusalem. Jerusalem,523-589.Kerner, S. (1997) Umm Qays-Gadara: A preliminary report 1993-1995. ADAJ XLI: 283-301Liritzis, I., Mavrikis, D., Zacharias, N., Sakalis, A., Tsirliganis, N. and Polymeris, G.S. (2011) Potassiumdeterminations using SEM, FAAS and XRF: some experimental notes. MediterraneanArchaeology and Archaeometry, Vol. 11, No. 2, 169-179Maggetti, M. (1982) “Phase Analysis and its Significance for Technology and Origin”. In J. Olin, andA. Franklin (eds) Archaeological Ceramics. Smithsonian Institution Press, Washington D.C.,121-135.Maggetti, M.; Baumgartner, D. and Galetti, G. (1991) Mineralogical and chemical studies on SwissNeolithic crucibles. In: Archaeometry’90, Pernieka, E. and Wagner, A. (eds): 95-104.Magness, J. (1993) Jerusalem Ceramic Chronology, circa 200-800 CE. SheffieldMason, R. (1995) New looks at old pots: results of recent multidisciplinary studies of glazed ceramicsfrom the Islamic world. Muqarnas: Annual on Islamic Art and Architecture 12: 1 – 10.McNicoll, A., Smith, R., Hennessy, B. (1982) Pella in Jordan 1. Australian National Gallery. Canberra.Moh'd, B. (2000) “The Geology of Irbid and Ash Shuna Ash Shamaliyya (Waqass) map sheet No.3154-II and 3154-III”. Natural Resources Authority reports, Amman. Jordan. Bulletin 46.Newman, A. and Brown, G. (1987) The chemical constitution of clays. In: Chemistry of clays and clayminerals, Mineralogical Society Monograph 6, Newman, A. (ed). John-Wiley & Sons, NewYork: 1-129.Noll, W. (1991) Alte Keramiken und ihre Pigmente: Studien zu Material und Technologie. E. Schweizerbart’scheVerlagsbuchhandlun, Stuttgart.Oleson, J. P., Amr, Kh., Foote, R. and Schick, R. (1995) Preliminary report of the Humayma excavationproject, 1993. ADAJ 39: 317-354.Parker, S.T. (2003) The Roman 'Aqaba Project: the 2002 campaign. ADAJ 47: 321-333.Piccirillo, M. (1994) The mosaics of Jordan. Amman: ACOR.Riccardi, M. P., Messiga, B and Duminuco, P. (1999) An approach to the dynamics of clay firing.Applied Clay Science 15: 393-409.Rice, M. (1987) Pottery analysis: A sourcebook. The University of Chicago Press/Chicago and London.Saller, S. J. (1957) Excavations at Bethany 1949-1953. Franciscan PressSauer, J. (1973) Heshbon Pottery 1971. Andrews University Press. Berrien Springs, Michigan.Sauer, J. (1982) The Pottery of Jordan in the Early Islamic Periods. In Studies in the History and Archaeologyof Jordan, ed. A. Hadidi. Amman: Department of Antiquities of Jordan,.329-37Schick, R (1998) Palestine in the early Islamic period: luxuriant legacy. Near Eastern Archaeology 61(2):74–108Shoval, S.; Gaft, M., Beck, P and Kirsh, Y. (1993). Thermal behaviour of limestone and monocrystallinecalcite tempers during firing and their use in ancient vessels. Journal of Thermal Analysis40 (1): 263 – 273.Smith, R. et al. (1973) Pella of the Decapolis, Vol. I. The College of Wooster. William Clowes & Sons.London.Smith, R. et al. (1989) Pella of the Decapolis 2. Final report on the College of Wooster excavations inarea IX, the civic complex, 1979-1986. Wooster.Srodon, J.; Morgan, D.; Eslinger, E.; Eberl, D. and Karlinger, M. (1986) Chemistry of illite/smectiteand end-member illite. Clay and clay minerals 34 (4): 368 –378.Uscatescu, A. (2001) L’apport des fouilles du macellum (Jérash, Jordanie) à la connaissance des céramiquesbyzantines tardives de Gerasa. In E. Villeneuve and P. Watson (eds.) La céramiqueByzantine et proto-islamique en Syrie-Jordanie (IVe-VIIIe siècle apr. J. C.), actes du colloque tenuà Amman les 3-5 décembre 1994. BAH 159.Walmsley, A. (1995) Tradition, innovation, and imitation in the material culture of Islamic Jordan:the first four centuries. SHAJ 5: 657 – 68. Amman. Department of Antiquities.Walmsley, A. (1997). Ceramic and the social history of Early Islamic Jordan: the example o Pella(Tabaqat Fahl). Al-'USUR AL-WUSTA. The Bulletin of Middle East Medievalists. Vol. 9(1): 1-4.Walmsley, A. (2007). Early Islamic Syria: an archaeological assessment. Duckworth. LondonWatson, P. (1986) A Byzantine House. In F. Zayadine (ed.) Jerash Archaeological Project. Vol. 1. Amman,Department of Antiquities.Weaver, C. (1989) Clays, Muds, and Shales. Developments in Sedimentology 44. ELSEVIER. Netherlands.Whitcomb, D. (1995) The Misr of Ayla: new evidence for the early Islamic city. Studies in Historyand Archaeology of Jordan (SHAJ) 5: 277-288.