Article

The Dana-Faynan (South Jordan) Epipalaeolithic Project: Report on Reconnaissance Survey, 14–22 April 1996

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Abstract

This report describes the results of a preliminary survey conducted as part of the Wadi Faynan Project to assess the potential of the area for the study of the Epipalaeolithic. Several flint scatter sites were located in a variety of topographic locations. These results suggest that further research will be rewarding and additional field work will be undertaken.

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... Since this first survey, the area has only been subject to limited archaeological survey and investigation. This is particularly notable in comparison to investigations in the south of Jordan in areas such as Wadi Rum and Wadi Faynan [8][9][10][11] and more recent investment in heritage research around Khaybar and Al Ula in Saudi Arabia [12][13]. Recent years have seen surveys investigating palaeolithic evidence from across the coastal zone of the survey area, designed to better understand early hominids' dispersals out of Africa [14]. ...
... Since this first survey, the area has only been subject to limited archaeological survey and investigation. This is particularly notable in comparison to investigations in the south of Jordan in areas such as Wadi Rum and Wadi Faynan [8][9][10][11] and more recent investment in heritage research around Khaybar and Al Ula in Saudi Arabia [12,13]. ...
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Chapter
The Mesolithic in western Europe has been characterized as a period of archery hunting (Rozoy 1989). Stone tool assemblages are frequently dominated by microliths and it has been widely assumed that these microliths formed the tips and barbs of arrows (Mellars 1976; Myers 1989; Zvelebil 1986). There is undeniably some contextual evidence to support this interpretation, but other functional possibilities cannot be discounted. David Clarke (1976), for instance, discussed the potential for microliths to be used as components of plant processing tools, while Dumont (1988) noted a number of alternative microlith functions in a microwear study of material from Mount Sandal in northern Ireland. During the course of research on upland Mesolithic assemblages in southwest Scotland excavated by Tom Affleck, one of the authors inferred a range of functions other than projectile use from wear traces on microliths (Finlayson 1989). This was of particular interest, as conventional wisdom generally divides British Mesolithic sites into upland, microlith rich, hunting camps and lowland, microlith poor, winter residential sites (Mellars 1976). Similarly, it has been assumed that if microliths represent projectile points, they would have had a high degree of visibility and therefore emblematic status. Building on these assumptions, detailed social and economic reconstructions have been proposed by authors such as Myers (1987, 1989), Jacobi (1987) and Zvelebil (1986).
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N&B, incorrectly attributing variability in these assemblages as representing strategies in lithic reduction, give as an example the differentiation between the Mushabian and the Geometric Kebaran complexes. Their thinking the microburin technique was used by the Geometric Kebarans but is masked by retouch on these trapeze/rectangles ( sic !) suggest to me they have either never seen Geometric Kebaran and Mushabian microliths (although I understand that Neeley visited Goring-Morris' laboratory) or they cannot recognize microburin scars when they see them. In my original publication on the Mushabian (Phillips & Mintz 1977), they would see microburin scars on lamelles scalènes which were partially retouched in the Mushabian. Having recently analysed 12 Mushabian sites from Gebel Maghara, containing over 5000 microliths and 3000 microburins, and three new Geometric Kebaran sites from Sinai, containing over 800 trapeze/rectangles and no microburins, I can attest to the differences between these two assemblages in terms of reduction sequences, style of debitage, and the morphology of geometric and non-geometric microliths.
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