Characteristics of lithic artifact weathering at the Semizbugu surface site complex in semi-arid Central Kazakhstan

IF 2.1 2区 地球科学 Q1 ANTHROPOLOGY Archaeological and Anthropological Sciences Pub Date : 2025-02-05 DOI:10.1007/s12520-025-02172-z
Emily Coco, Patrick Schimdt, Bin Hu, Alice Rodriguez, Talgat B. Mamirov, Timothy G. Bromage, Radu Iovita
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Abstract

Rock surface alterations due to weathering have often been used by archaeologists for creating chronologies, studying climatic conditions, and authenticating artifacts. Rock surface alterations are also important for identifying recycled artifacts through the presence of “double patina.” In the surface archaeological deposits at Semizbugu (Saryarqa, Kazakhstan), rock surface weathering stages are used to chronologically categorize stone tool artifacts based on perceived associations between weathering characteristics and typology. Despite a long history of studying rock surface weathering in geological sciences, the formation of rock coatings on stone tool artifacts is a largely misunderstood process due to its complexity and multi-factored formation process. Given the consistent use of one raw material at Semizbugu, we test for differences in rock coating morphologies, elemental composition, and surface roughness between macroscopically identified weathering stages. Based on our analyses, we identify multiple processes involved in artifact weathering at Semizbugu. We suggest that artifacts at Semizbugu may be relatively chronologically ordered based on a combined assessment of decreased surface roughness and increased surface pitting, both of which are likely related to degree of wind abrasion and dissolution of the artifact surface. We also recommend against using rock varnish color for chronological assessment of artifacts at Semizbugu given the destructive effects of abrasion and the irregularities of varnish formation in semi-arid contexts. Additionally, we suggest this model be validated with rock surface exposure dating via optically stimulated luminescence (OSL-surf). Furthermore, rock surface exposure OSL dating could give us insight into the time-depth between use and recycling events in a more meaningful way than trying to compare differential artifact surface weathering across “double patina.”

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来源期刊
Archaeological and Anthropological Sciences
Archaeological and Anthropological Sciences GEOSCIENCES, MULTIDISCIPLINARY-
CiteScore
4.80
自引率
18.20%
发文量
199
期刊介绍: Archaeological and Anthropological Sciences covers the full spectrum of natural scientific methods with an emphasis on the archaeological contexts and the questions being studied. It bridges the gap between archaeologists and natural scientists providing a forum to encourage the continued integration of scientific methodologies in archaeological research. Coverage in the journal includes: archaeology, geology/geophysical prospection, geoarchaeology, geochronology, palaeoanthropology, archaeozoology and archaeobotany, genetics and other biomolecules, material analysis and conservation science. The journal is endorsed by the German Society of Natural Scientific Archaeology and Archaeometry (GNAA), the Hellenic Society for Archaeometry (HSC), the Association of Italian Archaeometrists (AIAr) and the Society of Archaeological Sciences (SAS).
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