ESR dating of dental enamel from Middle Palaeolithic levels at Lazaret Cave, France
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ESR dating was carried out on Cervus elaphus tooth enamel samples from the depositional sequence of Lazaret Cave, Nice, France. The deposits contain Anteneandertal hominid fossils associated with abundant lithic artefacts and faunal remains. Three samples from the Mousterian occupations in complex CIII (Fouille d'entrée) yielded early uptake (EU) ages between 108 and 125 ka and linear uptake (LU) ages between 133 and 160 ka. Seven samples from the Acheulian levels in the upper part of the complex CII (Fouille d'entrée and Fouille centre) gave EU ages between 113 and 165 ka and LU ages between 147 and 210 ka, with weighted means at 131 ± 7 and 165 ± 9 ka, respectively. The results of six enamel samples from the lower Acheulian levels at Locus VIII, another place in the cave, were discarded because of their decreasing tendency with depth. The US–ESR combination method was also applied and the CSUS–ESR dates were calculated using the ESR-DATA program. Altogether, the data suggest that the Lazaret Acheulian and Mousterian occupations were rapidly formed during OIS 6.
Middle Paleolithic, Enamel, ESRU-Series, Lazaret, Dating
Quaternary Geochronology, Vol. 4, no. 3 (2009).
Michel, Véronique; Shen, Guanjun; Valensi, Patricia; and de Lumley, Henry, "ESR dating of dental enamel from Middle Palaeolithic levels at Lazaret Cave, France" (2009). KIP Articles. 1792.