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Early Upper Paleolithic Levallois-derived Industries in the Balkans and in the Middle Danube Basin

XLII/3 pp. 263280 2004

JANUSZ K. KOZOWSKI

EARLY UPPER PALEOLITHIC LEVALLOIS-DERIVEDINDUSTRIES IN THE BALKANSAND IN THE MIDDLE DANUBE BASIN

ABSTRACT: This paper deals with the problem of the Middle/Upper Paleolithic transition in south-eastern Europe,particularly with "transitional" industries derived from the Levallois technological tradition. The possibility of the localorigin of these industries in the Balkans and in the middle Danube Basin from the Moustero-Levallosian has not beenconfirmed by recent studies. Some typological features indicate links with the Near Eastern Emirian/Ahmarian tradition.After reaching south-east Europe this tradition contributed to the formation of the Early Upper Paleolithic units in theBalkan, such as the Bachokirian which in turn participated in the genesis of at least some elements of "Aurignacianpackage" in south-eastern Europe.

KEY WORDS: Early Upper Paleolithic Balkans Levallois technology Bachokirian Aurignacian

INTRODUCTION

The objective of this paper is to present a few new ideasconcerning the Middle/Upper Paleolithic transition incentral and south-eastern Europe. Classical works on thesubject placed greatest emphasis on the contrast and culturalhiatus between the Middle Paleolithic represented by theMoustero-Levalloisian and the Early Upper Paleolithic ofthe Aurignacian type. The contrast was further stressed byanthropological arguments as the Middle Paleolithic wasassociated with the Neandertals, whereas the Aurignacianwith anatomically modern humans (Mellars 1989, 1992,1996). This classical hypothesis, however, overlooked thewhole cultural diversity of the Middle/Upper Paleolithictransition, especially in the Balkans as in the MiddleDanube basin "transitional industries" such as the Szeletianand the Bohunician had already long been distinguished(Proek 1953, Valoch 1976, 1986, Svoboda, Simn 1989,Kozowski 2000).

It is only recently that more attention has been devotedto the complex cultural differentiation in south-easternEurope in the transitional period. Although the Szeletian

has not been recorded in the Balkans, the occurrence of"transitional industries" deriving from Levallois technologicaltradition has been confirmed, for example, in the TemnataCave, trench TD II, layer VI (Drobniewicz et al. 2000). Atthe same time, the existence in south-eastern Europe ofUpper Paleolithic industries with an early date and somemorphological traits resembling the Aurignacian described as the Bachokirian encouraged researchers tolook for the origins of the Aurignacian in this part of Europe.The weakness of this hypothesis was, precisely, thetypological hiatus between the Mousterian and the EarlyUpper Paleolithic. This hiatus would suggest an allochthonousgenesis of the Aurignacian in south-eastern Europe. In viewof the fact that the poorly investigated, huge territory ofAnatolia separates south-eastern Europe from Iraq and Iran,where the Baradostian is a sufficiently early culture unitexhibiting aurignacoid traits, the Baradostian could, then,constitute a hypothetical ancestor of the EuropeanAurignacian (Olszewski, Dibble 1994, Kozowski, Otte2000).

Recent investigations into "transitional cultures" basedon Levallois technological tradition have also pointed to

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conceivable allochthonous origins of such units in south-eastern and central Europe. We should, first of all, mentionthe work by G. Tostevin (2000, 2003) who, on the basis ofa complex analysis of technological attributes of "transitionalcultures", notably of the Bohunician, has arrived to theconclusion that these cultures show some differences incomparison to the local Mousterian in central Europe and,on the other hand, a greater similarity to "transitional units"in the Levant such as the Emirian. Consequently, it seemsthat the hypothesis put forward by K. Valoch some timeago (Valoch 1986) about the diffusion of "transitionalindustries" with Levallois roots from the Near East to easternEurope should be seriously reconsidered. This diffusion, asValoch suggested, took place via the route proposed so farfor the Aurignacian but ahead of the emergence of this unit(Kozowski 2001, Bar Yosef, Svoboda 2003).

"TRANSITIONAL INDUSTRIES" IN THEBALKANS

Undoubtedly, the assemblage from layer VI, trench TD IIin the Temnata Cave in Bulgaria reveals the transitionalcharacter between the Middle Paleolithic with Levalloistradition and the Upper Paleolithic. The assemblage consistsof about 2,100 artefacts with cores accounting for 4.3%,flakes 33.4%, blades 18.5% and tools 9.8%. Theremaining artefacts are chips and indeterminate fragments.Local raw materials have distinct ascendancy (93.9%), theproportion of mesolocal raw material is small (4.4%),whereas extralocal raw materials, though a small percentage(1.5%), are represented by a whole variety of siliceousrocks, among them rocks from remote deposit areas (forexample from eastern Bosnia or north-east Bulgaria).

The blank production technology in this assemblage isbased, to a large extent, on the Levallois method namely:opposed platform cores reduction that enabled to obtainblades with parallel or convergent sides (Figure 1: 14).The Levallois technique of the recurrent type that usedcentripetal preparation of cores and subsequent detachmentof debordant flakes was also present. Recurrent Levalloiscores were transformed into discoid cores in the final stageof reduction.

Parallel to the Levallois method there occurs the methodbased on Upper Paleolithic volumetric type cores, bothsingle- and double-platform. These cores often exhibitpreparation of flaking surfaces from the central crestinstalled on the narrower side of a concretion. Subsequently,the flaking surface was extended onto broader core sidesuntil, in the final stage of reduction, it was almostcompletely rounded (Figure 2: 14).

The two types of chane opratoire: the Levallois andthe volumetric, occur independently on each other, butsometimes there was some interference for example:opposed platform Levallois cores were transformed intovolumetric cores by rounding the flaking surfaces until almostcylindrical forms were obtained (Figures 2: 5, 6; 3: 1, 2).

Among the tools in layer VI, trench TD II there are bothMiddle and Upper Paleolithic types. In terms of quantityUpper Paleolithic forms dominate (end-scrapers 14.1% Table 4, 18; burins 6.4% Figure 4: 912; retouchedblades 18.6%) over the Middle Paleolithic forms(Mousterian points 2.9% Figure 3:3, 5, side-scrapers 10.8% Figure 3: 4, 6, 7). Other forms such as retouchedflakes, denticulated and notched tools are not sufficientlydiagnostic.

Of special interest is a rectangular shale plaquette withincised lines making a rhythmical pattern (Cremads 2000)that can be assigned to non-utilitarian objects interpretedas systems of notations (Marshack 1972) although thisexplanation has been criticized. It should be added that thelines incised on the plaquette from the Temnata Cave weremade with a single tool.

The dating of layer VI, trench TD II based on radiometriccriteria provided only approximate chronologicalframeworks (14C dates from this layer defined only itsminimal age namely: > 38,700 years BP, Gd-4687). TheTL dates on burnt flint on the other hand place layer VIbetween 46,0008,000 (Gd-TL-255) for layer 4 in trenchTD-I and 67,00011,000 (Gd-TL-254) for layer 6 in trenchTD-I. C. Ferrier and H. Laville (2000) attempted to narrowthese chronological frameworks on the basis of ahypothetical parallelization of layer V from trench TD-IIwith the stalagmitic layer 5 in trench TD-I.

The Middle Paleolithic inventories in the Temnata Cavesequence, from layers 106 in trench TD-I and TD-V thatare earlier than the "transitional" assemblage from TD-II,are characterized by different ratio of Levallois techniqueand the presence of numerous side-scrapers and Mousterianpoints. However, to see a direct continuity between theassemblages from TD-I and the assemblage from layer VI,trench TD-II is unjustified. The Levallois recurrenttechnique in the Middle Paleolithic used first of all radialpreparation method. As the result flake blanks tend to besubtriangular. In the "transitional" assemblage the mostimportant method is the use of an opposed platform coreand parallel preparation. As the result blanks tend to beblade-like with parallel sides. In the Mousterianassemblages in TD-I bifacial retouch appeared that can beseen on leaf points; these forms are absent in the assemblagefrom layer VI in TD-II.

As we have already emphasized in the paper publishedin 1996 (Ginter et al. 1996) the assemblage from layer VIis closer to the reconstructed inventories from the upperlevels of the Samuilitsa II Cave (Sirakov 1983) where thenumber of "blades without Levalloisian features clearly risesin the youngest assemblages. Also very important is theincrease of blades obtained from opposite-platform cores"Unfortunately, these data come from the reconstructedinventories whose content has not been unquestionablyestablished. Moreover, the age of the upper portion of thesequence from Samuilitsa II Cave is relatively late, as thedate of 42,7801,280 years BP suggests. This would makethe upper portion of the Samuilitsa Cave younger than layer

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Early Upper Paleolithic Levallois-derived Industries in the Balkans and in the Middle Danube Basin

FIGURE 1. Temnata Cave, sector TD II, layer VI, Bulgaria. 14 cores.

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Janusz K. Kozowski

FIGURE 2. Temnata Cave, sector TD II, layer VI, Bulgaria. 16 cores.

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Early Upper Paleolithic Levallois-derived Industries in the Balkans and in the Middle Danube Basin

VI in the Temnata Cave