Department of Archaeology, Classics and Egyptology, University of Liverpool, Liverpool, United Kingdom.
M.H. Wiener Laboratory for Archaeological Science, American School of Classical Studies at Athens, Athens, Greece.
PLoS One. 2018 Nov 20;13(11):e0207805. doi: 10.1371/journal.pone.0207805. eCollection 2018.
The multi-period (~38,000-6000 cal BP) site of Franchthi Cave, located in the Argolid peninsula of southern mainland Greece, is unique in the Eastern Mediterranean for preserving a long archaeological sequence extending from the Upper Palaeolithic through to the end of the Neolithic period. In this paper, we present new anthracological (carbonized fuel wood waste) evidence from Franchthi Cave with which we reconstruct the changing ecology of woodland vegetation in its environs during the late Pleistocene and the early-mid Holocene. The integrated archaeobotanical record (charred wood and non-wood macro-remains) demonstrates that in the Lateglacial the now-submerged coastal shelf of the southern Argolid peninsula was covered by steppe grassland vegetation dominated by junipers, almonds, cereals and legumes. The rapid climatic amelioration that marked the start of the Holocene brought about the disappearance of juniper and the expansion of deciduous woodland, cereals and lentils. This woodland-grassland biome bears no analogues in the modern and historical vegetation ecology of the Aegean basin. Instead, it is directly comparable to the steppe woodland biomes exploited by late Pleistocene and early Holocene hunter-gatherers in Southwest Asia, and points to the convergent evolution of late Pleistocene and early Holocene plant exploitation strategies between the two regions. Continuous sea-level rise during the early Holocene led to the gradual extinction of this unique palaeohabitat, which acted as the catalyst for the selective introduction of domesticated cereal crops at Franchthi Cave in the early 9th millennium cal BP. Our meta-analysis of the non-wood archaeobotanical data puts into question the concept of the wholesale introduction of a crop "package" by pioneer settler groups arriving from the East. It is proposed instead that selective cereal crop introduction formed part of a complex pattern of sociocultural interactions that brought together indigenous and immigrant groups into new communities.
弗朗齐洞穴(Franchthi Cave)位于希腊伯罗奔尼撒半岛南部的阿尔戈利德半岛,其拥有的多时段(约 38000-6000 cal BP)遗址在东地中海地区独一无二,它保存了从旧石器时代晚期到新石器时代末期的长序列考古记录。本文介绍了来自弗朗齐洞穴的新的炭化植物学(碳化燃料木材废物)证据,这些证据使我们能够重建其周围晚更新世和全新世早期林地植被不断变化的生态。综合考古植物学记录(烧焦的木材和非木材宏观残余物)表明,在末次冰期,现在已经淹没的南阿尔戈利德半岛沿海大陆架覆盖着以杜松、杏仁、谷物和豆类为主的草原植被。标志着全新世开始的快速气候改善导致杜松消失,落叶林、谷物和豌豆扩张。这种林地-草原生物群在爱琴海盆地的现代和历史植被生态中没有类似物。相反,它与西南亚晚更新世和全新世早期狩猎采集者开发的草原林地生物群直接可比,并指向两个地区晚更新世和全新世植物开发策略的趋同进化。全新世早期的持续海平面上升导致这个独特的古栖息地逐渐灭绝,这成为弗朗齐洞穴在公元前 9000 年左右选择性引入驯化谷物的催化剂。我们对非木材考古植物学数据的元分析对先驱定居者群体从东方大规模引入“一揽子”作物的概念提出了质疑。相反,有人提出,选择性引入谷物是将本地和移民群体结合成新社区的复杂社会文化互动的一部分。