A Neandertal dietary conundrum: Insights provided by tooth enamel Zn isotopes from Gabasa, Spain
Jaouen KPapers in this archive, Villalba-Mouco VPapers in this archive, Smith GMPapers in this archive, Trost MPapers in this archive, Leichliter JPapers in this archive, Lüdecke TPapers in this archive, Méjean PPapers in this archive, Mandrou SPapers in this archive, Chmeleff JPapers in this archive, Guiserix DPapers in this archive, Bourgon NPapers in this archive, Blasco FPapers in this archive, Mendes Cardoso JPapers in this archive, Duquenoy CPapers in this archive, Moubtahij ZPapers in this archive, Salazar Garcia DCPapers in this archive, Richards MPapers in this archive, Tütken TPapers in this archive, Hublin JJPapers in this archive, Utrilla PPapers in this archive, Montes LPapers in this archive
Abstract
Neandertals’ diets are a topic of continued debate, especially since their disappearance has been frequently attributed to their subsistence strategy. There is no clear consensus on how variable their diets were in time and space. Isotope studies have helped quantify meat consumption in Neandertals, but usually rely on nitrogen isotope analyses of collagen, a protein rarely preserved in samples older than 50 ka. Moreover, collagen extraction for isotope analyses is rarely successful in Iberian skeletal material. Here, we employ zinc isotope analysis of dental enamel of a Neandertal and associated fauna (Gabasa, Spain), which can be applied to contexts >50 ka. This proxy confirms a high level of carnivory in an Iberian Neandertal. Keywords: carnivory, Middle Paleolithic, zinc isotope ratios, Iberian Neandertals, hominin
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