Sibudan

Author(s):  
Manuel Will

The Sibudan is a technocomplex within the cultural stratigraphy of the southern African Middle Stone Age (MSA), first formulated in 2012. The term was introduced as a working concept to organize the spatio-temporal variability in material culture among the archaeological record following the Howiesons Poort during Marine Isotope Stage 3 (MIS 3; ~59–24 ka). In contrast to the more widely used name “post-Howiesons Poort” (“post-HP”)—an umbrella term resting primarily upon temporal aspects—the Sibudan possesses a formal definition based on characteristic elements of its lithic technology. The site of Sibudu, located in the eastern part of southern Africa (KwaZulu-Natal), serves as type locality since it has yielded a rich and high-resolution record of modern human occupations during MIS 3. The Sibudan type sequence at Sibudu, dated to ~58 ka and encompassing twenty-three layers, features both characteristic traits and diachronic variability. The consistent techno-typological elements include predominantly local raw material procurement, concomitant use of multiple core reduction methods (Levallois, discoid, platform, and bipolar), manufacture of flake and blade assemblages, as well as soft stone hammer percussion for blades. Temporal variability exists in the proportions and morphologies of tools and unifacial points in particular—including Tongati, Ndwedwe, and asymmetric convergent tools—the presence of bifacial points, as well as the frequency of blank types and different core reduction methods. Comparative studies since 2014 suggest a spatio-temporal extension of the Sibudan in the eastern part of southern Africa during early MIS 3 (~58–50 ka), with marked differences to assemblages of similar ages along the southern coast and Western Cape. The concept is thus not a direct substitute or congruent with the “post-HP” and “Sibudu technocomplex.” On a more interpretive level, the Sibudan has featured in discussions on the trajectory of cultural evolution among early modern humans, the scale and mechanisms of behavioral change during the MSA, and theoretical debate on the relevance of technocomplexes.

Author(s):  
Manuel Will

AbstractThe study of raw materials is an essential step in lithic analysis, regardless of the age, provenance, and technology of the assemblages. As in many other contexts of the Paleolithic, researchers of the Middle Stone Age (MSA) in southern Africa have often focused their attention on fine-grained, non-local rock types, such as silcrete. Here, I spotlight raw materials considered to be of lower suitability for knapping and frequently acquired from local sources. Due to their coarse-grained nature, artifacts from rock types such as calcrete, sandstone, and quartzite might show attributes that are different from finer-grained materials. Some of these knapped stones even constitute the substrate of the sites they are from, at times resulting in their neglect or not being recognized as anthropogenic artifacts. Knapped vein quartz features sharp and durable edges, but its complicated fracture mechanics hamper comparative analysis and provide methodological challenges. In this study, raw materials from different transport distances and with different presumed qualities are compared in terms of their roles in MSA lithic technology and settlement patterns. In the first step, the article focuses on the open-air special-purpose camp of Hoedjiespunt 1 (HDP1, Western Cape) and the rockshelter residential site of Sibudu (KwaZulu-Natal), especially on assemblages dated between ~ 130–100 and ~ 58 ka. Subsequently, I review relevant materials for the southern African MSA. At HDP1 and Sibudu, local raw materials of lower knapping suitability assume several roles, from the “staple” material for all manufacturing stages to special-purpose and “add-on” functions. In the broader southern African region, MSA knappers also used these rock types in a flexible manner with gradual differences but also similarities to their use of finer-grained raw material. These differences depend on a complex interaction of raw material availability, differential site use, and the position of the localities in the settlement system.


2018 ◽  
Vol 17 (5) ◽  
pp. 72-86
Author(s):  
E. P. Rybin ◽  
V. S. Slavinsky ◽  
A. M. Khatsenovich ◽  
N. E. Belousova

Purpose. Recent investigations have highlighted an Asian variant of the so-called Initial Upper Paleolithic (IUP) broadly comparable in age and material culture to techno-complexes further to the west, but also showing distinct derived features. Several principal common technological features characterize the IUP in East Asia. The main targeted products of flaking were medium or large blades, the latter sometimes of very significant size, and the number of bladelets is also large. Primary flaking is characterized by alternate bidirectional reduction of cores in which spalls, alternately detached from opposing platforms along the long axis of the core, determined the shape of targeted blank: pointed blades. Reduced cores were prismatic, sub-prismatic and flat. Burin-core reduction for bladelet and small blade production was the specific knapping technology employed in the IUP of southern Siberia and Central Asia. Here, we describe and provide corroborating evidence for another distinct technological method employed in the Initial Upper Paleolithic – intentional fragmentation (IF). The most effective means of understanding knapping technology are refitting studies of archaeological collections. This article examines several examples of refitted fragmented cores and blades, as well as debitage as the by-product of blank breakage. Results. Our refitting study includes assemblages from all excavation units and partially divided, relatively homogenous raw material types, representing a diachronic assemblage of Middle and Upper Paleolithic materials, even in very disturbed excavation areas. The present study illustrates the best examples of directional reduction associated with core preparation and tool blank production because of the lack of statistical information for some Upper Paleolithic assemblages from this site. We reconstructed the process of intentional fragmentation for burin-cores and a few large and medium blades. Often, blank breakage produced butterfly-like debitage. Pieces of fragmented blades could have been used as tools. Typical attributes of IF consistently appearing on two transverse edges of blanks and present in the assemblage of artifacts prove the anthropogenic character of these flaking traces. Conclusions. It is probable that intentional fragmentation was used in the Initial Upper Paleolithic assemblage at Kara-Bom because of the influences of mobility and transportation of stone raw material by local settlers. They transported a significant proportion of raw material from primary chert outcrops situated 4–5 km from the Kara-Bom site.


2018 ◽  
Vol 21 ◽  
pp. 1-11
Author(s):  
Justin Shiner ◽  
Simon Holdaway ◽  
Patricia Fanning

Shell mounds located on the coastal and estuarine fringes are the best-known archaeological feature in the Weipa region, northwestern Cape York Peninsula, Australia. Other archaeological deposits have received less attention, with stone artefacts thought to be all but absent reflecting the lack of raw material suitable for flaking in the region. Cultural heritage surveys on the bauxite plateau in the Weipa region undertaken since 2003 have changed this view. Here we report on stone artefacts manufactured from quartz, quartzite, silcrete, and mudstone. Surprisingly, flakes and cores in assemblages from across the surveyed region retain a relatively large proportion of cortex, indicating limited lithic reduction despite the lack of local raw material. Comparisons made with assemblage characteristics from other regions in Australia indicate that this lack of core reduction may reflect use of the Albatross Bay landscape by people who were confident of being able to access the lithic sources outside the region to replenish their tool kits.


Antiquity ◽  
2016 ◽  
Vol 90 (353) ◽  
Author(s):  
Isabell Schmidt ◽  
Götz Ossendorf ◽  
Elena Hensel ◽  
Olaf Bubenzer ◽  
Barbara Eichhorn ◽  
...  

In southern Africa, Middle Stone Age sites with long sequences have been the focus of intense international and interdisciplinary research over the past decade (cf. Wadley 2015). Two techno-complexes of the Middle Stone Age—the Still Bay and Howiesons Poort—have been associated with many technological and behavioural innovations of Homo sapiens. The classic model argues that these two techno-complexes are temporally separated ‘horizons’ with homogenous material culture (Jacobs et al.2008), reflecting demographic pulses and supporting large subcontinental networks. This model was developed on the basis of evidence from southern African sites regarded as centres of subcontinental developments.


2017 ◽  
Vol 15 (1) ◽  
pp. 1-19 ◽  
Author(s):  
Matthew V. Caruana

Abstract Sterkfontein Member 5 East (Oldowan Infill) and Swartkrans Member 1 (Lower Bank) represent the largest concentrations of Oldowan artefacts in southern Africa, and yet they vary significantly in terms of raw material use and typological frequencies. While previous research has described these differences in detail, questions remain as to the cause and implications of this variability. To increase resolution on this matter, this study implements quantitative methods to investigate lithic production strategies at these sites. Results expand upon previous findings concerning differences in raw material use and knapping methods and how these patterns relate to core reduction and flake production. Explanations for these patterns focus on a dichotomy between efficiency and expediency in lithic production, which differ from previous interpretations. As such, variability between these assemblages may relate more to mobility patterns in early hominins within this region and immediate needs for tool use.


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