The Nubian Levallois technology in central Syria in the context of the Middle–Upper Palaeolithic transitional period and the IUP variability in the Eastern Mediterranean Levant

Bibliographic Data

ID11834813
AuthorsYuri E Demidenko (0000-0002-1477-140X, National Academy of Sciences of Ukraine, corresponding author), Jean‐marie Le Tensorer (0000-0001-6931-628X, National Academy of Sciences of Ukraine), Vera von Falkenstein-Wirth (National Academy of Sciences of Ukraine)
Year2023
Volume11
Pages9-34
Publication date2023-01-01
Peer ReviewedYes
Open AccessYes
TypeARTICLE
VenueLitikum (JOURNAL)
Journal identifiersISSN: 2064-3640 • E-ISSN: 2064-3640
PublisherEötvös Loránd University (PUBLISHER • HU)
DOI10.23898/litikuma0035
OpenAlexW4400256829
LanguageEN
Citations received2
References cited15

This article focuses on the Nubian Levallois technology first recognized in northeastern Africa in the 1960s. Now, sites of the Middle Stone Age (MSA) Nubian Complex associated with Homo sapiens are known to occupy vast areas in northeastern Africa and the Arabian Peninsula. Recently, proper Nubian Levallois technology has been recognized at sites in southern Africa and the southern part of the Eastern Mediterranean Levant as well. Here we report several sites with Nubian Levallois artefacts from central Syria, a Levantine region geographically closer to Arabia than Africa, where such technology had not been identified previously. The analyzed lithic assemblages share the same techno-typological characteristics. Technologically, they feature a newly recognized “developed Nubian Type 2-method, single-platform unidirectional convergent, Jerf Ajla/Qalta-type core” or shortly, “Jerf Ajla/Qalta-type Nubian” cores and method. This method was geared towards the serial production of pointed blades and Levallois points on blades in a single core reduction cycle. This differs from other Nubian core reduction methods, which tend to focus on producing a single pointed flake or Levallois point on a flake in each reduction cycle of a core. Typologically, the investigated Syrian assemblages are dominated by Upper Palaeolithic tool classes and types, especially endscrapers and burins. Besides the lithic data, these assemblages are assumed to be older than 33–36 uncal ka BP measured at the sites Jerf al-Ajla and Umm el-Tlel. We argue that central Syrian assemblages with Nubian methods can be dated to the transitional period between the Middle Palaeolithic or Middle Stone Age and the Upper Palaeolithic, more precisely, to the Initial Upper Palaeolithic (IUP). Thus, the developed character of the Jerf Ajla/Qalta-type Nubian cores does not only adds to the variability of the Nubian Levallois technology but also explains its absence in MSA locations in Africa and Arabia, and its presence in the IUP Levant. Accepting this, we propose the name “Jerf Ajla/Qalta industry” for these particular Nubian-related IUP assemblages and sites in central Syria. In doing so, a second IUP industry is now recognized by us in the Levant, in addition to the Early Emiran, known for its improved Nubian 1 method with opposed-platform cores and a new hunting projectile type, the Emireh point. Both IUP industries appeared in the Levant as a result of Homo sapiens migration with different Nubian-related knapping traditions from Africa and Arabia into the neighbouring Eastern Mediterranean Levant. The Early Emiran is considered to be a successful IUP industry in the Levant, as a predecessor of the IUP Late Emiran and Early Upper Palaeolithic (EUP) Early Ahmarian industries. Moreover, parts of the population carrying this industry even spread beyond southwestern Asia to other Eurasian regions, heralded by new IUP and EUP industries there. However, the Jerf Ajla/Qalta industry and its makers did not continue to survive in the Levant

Archaeology · Context (archaeology · Flake · Geography · Lithic technology · Mediterranean climate · Peninsula · Period (music · Archaeology and ancient environmental studies · Forensic Anthropology and Bioarchaeology Studies · Pleistocene-Era Hominins and Archaeology · Geology · Paleontology

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