机译:希腊生物可利用锶同位素的地理分布 - 一种考古学出种研究的基础
Department of Research Collections and Conservation Environmental Archaeology and Materials Science National Museum of Denmark Kongens Lyngby DK 2800 Denmark;
Department of Geosciences and Natural Resource Management University of Copenhagen DK 1350 Copenhagen Denmark;
McDonald Institute for Archaeological Research University of Cambridge UK CB2 3ER Cambridge United Kingdom The M.H Wiener Laboratory for Archaeological Science American School of Classical Studies at Athens Souidias 54 70676 Athens Greece;
Groningen Institute of Archaeology University of Groningen NL-9712 ER Groningen Netherlands;
Aix Marseille Universite CNRS Centre Camille Jullian Aix-en-Provence France Ecote francaise d'Athenes Athens Greece;
Department of Historical Studies University of Gothenburg SE 41255 Gothenburg Sweden;
Department of Research Collections and Conservation Environmental Archaeology and Materials Science National Museum of Denmark Kongens Lyngby DK 2800 Denmark;
Strontium isotopes; ~(87)Sr/~(86)baseline; Mobility studies; Archaeology; Multi-proxy comparison; Greece;
机译:丹麦地表水中锶同位素的地理分布-考古,水文和农业物源研究的基础
机译:法国法国生物可利用锶同位素比的映射
机译:博恩霍尔姆岛上来自地表水和土壤提取物的Sr同位素的地理分布(丹麦)-考古和农业起源研究的基础
机译:使用考古化学来调查中央和中央奖杯头部的地理起源:腹股沟炎的Wari位点锶同位素分析
机译:基岩,水和环境材料中锶同位素分布的预测模型,用于区域物源研究。
机译:头发和环境水之间的锶快速交换:对异构分析的含义从而进行异构和法医研究
机译:法国生物可利用锶同位素比的映射对考古源研究