波利比乌斯的“先前的山崩”:证明汉尼拔的入侵路线穿过了特拉弗塞特山坳

IF 0.8 2区 历史学 0 ARCHAEOLOGY
W. Mahaney, C. Allen, P. Pentlavalli, R. Dirszowsky, P. Tricart, Leslie Keiser, P. Somelar, B. Kelleher, B. Murphy, Pedro J. M. Costa, S. Jordan, S. O’Reilly, P. Juligj
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引用次数: 8

摘要

波利比乌斯和李维都描述了一次山崩/滑坡,阻止了布匿军队从西阿尔卑斯山分水岭的一个高冷处撤退。尽管只有克拉皮尔和特拉弗塞两个山脉在阿尔卑斯山的背风面出现了岩崩碎片,但这种滑坡,更恰当地称为落石,几个世纪以来一直是古典主义者争论的根源。克拉皮尔岩崩太小,也太年轻,不可能造成阻塞,而特拉弗塞特岩屑几乎就像波利比乌斯在事件发生约60年后追溯入侵路线时所描述的那样。他对矿床的“两层”描述,即年轻和古老的岩石碎石,包括宽度和体积的测量,与现代的测量接近,并证明他事先知道汉尼拔所走的路线。要正确识别特拉弗塞特岩崩所固有的地层复杂性,需要一双老练的眼睛。在这里,我们提出了风化比、土壤地层、矿物、化学和微生物证据,以支持波利比乌斯的观测,作为未来地质考古勘探的重要背景数据库。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
POLYBIUS' 'PREVIOUS LANDSLIDE': PROOF THAT HANNIBAL'S INVASION ROUTE CROSSED THE COL DE LA TRAVERSETTE
Both Polybius and Livy described a landslide/landslip that blocked the Punic Army’s exfiltration from a high col on the water divide in the Western Alps. The landslide, more aptly termed rockfall, has been a source of contention amongst classicists for centuries despite the fact that only two cols—Clapier and Traversette—exhibit rockfall debris on the lee side of the Alps. While the Clapier rockfall is too small and too young to have provided blockage, the Traversette debris is nearly as Polybius described it when he retraced the invasion route some 60 years after the event. His ‘two-tier’ description of the deposit, a doublet of younger and older rock rubble, including measurements of width and volume are close to modern measurements and prove that he knew, in advance, the route Hannibal had followed. It would take a practiced eye to correctly identify the stratigraphic complexity inherent in the Traversette Rockfall. Here we present weathering ratios, soil stratigraphic, mineral, chemical and microbiological evidence in support of Polybius’ observations as a considerable background database for future geoarchaeological exploration.
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来源期刊
CiteScore
2.60
自引率
20.00%
发文量
0
期刊介绍: The Mediterranean Archaeology and Archaeometry (MAA) is an Open Access Journal that covers the following interdisciplinary topics: 1. Natural Sciences applied to Archaeology (Archaeometry): Methods and Techniques of Dating, Analysis, Provenance, Archaeogeophysical surveys and Remote Sensing, Geochemical surveys, Statistics, Artifact and Conservation studies, Ancient Astronomy of both the Old and New Worlds, all applied to Archaeology, History of Art, and in general the Hominid Biological and Cultural evolution. 2. Biomolecular Archaeology. 3. Environmental Archaeology. 4. Osteoarchaeology. 5. Digital Archaeology. 6. Palaeo-climatological/geographical/ecological impact on ancient humans. 7. STEMAC (Science, Technology, Engineering, Mathematics in Art and Culture). 8. Reports on Early Science and Ancient Technology. 9. Special Issues on Archaeology and Archaeometry. 10. Palaeolithic, Prehistoric, Classical, Hellenistic, Roman, Protochristian, Byzantine, Etruscan periods, and Megalithic cultures in the Mediterranean region. 11. Egyptian and Middle Eastern Archaeology. 12. Biblical Archaeology. 13. Early Arab cultures. 14. Ethnoarchaeology. 15. Theoretical and Experimental Archaeology. 16. Mythology and Archaeology. 17. Archaeology and International Law. 18. Cultural Heritage Management. 19. Completed Excavation Reports. 20. Archaeology and the Origins of Writing. 21. Cultural interactions of the ancient Mediterraneans with people further inland.
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