Sedentary communities lived in the oases of the North Arabian Desert during the 4th and 3rd millennia BCE. Scientists from CNRS and the Royal Commission for AlUla (RCU) recently uncovered a fortification surrounding the Khaybar Oasis, marking it as one of the oldest known structures of its kind from this era.
This new walled oasis is, along with that of Tayma, one of the two largest in Saudi Arabia. While a number of walled oases dating back to the Bronze Age had already been documented, this major discovery sheds new light on human occupation in north-western Arabia, and provides a better grasp of local social complexity during the pre-Islamic period.
Analysis of the Fortification
Cross-referencing field surveys and remote sensing data with architectural studies, the team estimated the original dimensions of the fortifications at 14.5 kilometers in length, between 1.70 and 2.40 meters in thickness, and approximately 5 meters in height. Preserved today over a little less than half of its original length (41%, 5.9 km and 74 bastions), this colossal edifice enclosed a rural and sedentary territory of nearly 1,100 hectares. The fortification’s date of construction is estimated between 2250 and 1950 BCE, on the basis of radiocarbon dating of samples collected during excavations.
While the study confirms that the Khaybar Oasis clearly belonged to a network of walled oases in north-western Arabia, the discovery of this rampart also raises questions regarding why it was built as well as the nature of the populations that built it, in particular their relations with populations outside the oasis.
This archaeological discovery paves the way for major advances in understanding the prehistoric, pre-Islamic, and Islamic past of the north-western Arabian Peninsula.
Reference: “The ramparts of Khaybar. Multiproxy investigation for reconstructing a Bronze Age walled oasis in Northwest Arabia” by Guillaume Charloux, Shadi Shabo, Guillaume Chung-To, Bruno Depreux, François Guermont, Kévin Guadagnini, Thomas Terrasse, Mylène Bussy, Saifi Alshilali, Diaa Albukaai, Rémy Crassard and Munirah AlMushawh, 10 January 2024, Journal of Archaeological Science: Reports.
DOI: 10.1016/j.jasrep.2023.104355
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