DIET2016-003 - archaeological find
Hasankeyf Höyük
Turkey - Upper Tigris - Batman region - Near East - Anatolia
Function not recorded Candidate only
Source term: elongated perforated bone plaque / possible bullroarer comparison
At the early Neolithic settlement of Hasankeyf Höyük on the Upper Tigris, excavators recovered an elongated bone plaque, trapezoidal and tapering to one end, pierced by a single hole at its narrow tip and carved with geometric lines that the excavator Yutaka Miyake read as a scorpion. Oliver Dietrich and Jens Notroff placed it among thirteen similar perforated bone "spatulae" from Pre-Pottery Neolithic sites in southeastern Turkey and the Levant — Göbekli Tepe, Körtik Tepe, Nahal Hemar — objects with a flattened, leaf-shaped form, a hole at the narrow end for a cord, and frequently incised animal or geometric decoration. They noted that this whole family of finds resembles bullroarers, the cord-swung noisemakers known from Palaeolithic France onward, and a hardwood replica built to the same dimensions "produces a deep vibrato sound." The match is not clean: as Dietrich and Notroff observed, the southeastern Turkish pieces differ from the usual bullroarer shape, and they let the doubt stand rather than calling the plaques instruments outright. At Körtik Tepe these objects turn up as grave goods.
Elongated bone plaque, trapezoidal, tapering towards one end. Single terminal perforation at smaller end. Not completely preserved. Carving of geometric forms and lines, interpreted as depiction of a scorpion.
Dietrich and Notroff 2016, Neo-Lithics 1/16:29, Appendix 1, no. 4 (after Miyake 2013:45, Fig. 3)
- Object
- Trapezoidal elongated bone plaque with a single terminal perforation and scorpion-like geometric carving.
- Function
- This row maps the source-backed Hasankeyf bone plaque comparison, not the weaker popular-source claim of a Hasankeyf churinga stone.
- Map confidence
- low - representative coordinate; source passage does not warrant a precise findspot
- Source location
- Neo-Lithics 1/16 pp. 27-29; Appendix object 4