ENIGMATIC STONE SPHEROIDS FROM SCYTHIAN BURIAL AT KRASNYI PODOL OF UKRAINE: PETROGRAPHIC CHARACTERISTIC, PLACE OF MINING AND PROCESSING METHODS

IF 0.5 Q4 MINERALOGY Mineralogical Journal-Ukraine Pub Date : 2021-01-01 DOI:10.15407/mineraljournal.43.03.104
M. Daragan, O. Mytrokhyn
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Abstract

The results of a petrographic investigation of 80 stone spheroids from a Scythian burial near the village of Krasnyi Podol are presented. The results indicate that all the stone spheroids were made from the same type of metamorphic rocks, namely actinolitites. The petrographic characteristics of the actinolitites indicate that the initial raw material was obtained from a single deposit. The Middle-Dnieper Region of the Ukrainian Precambrian Shield is considered as the probable place for their mining. The authors do not exclude that the natural outcrops of actinolitites could initially have had spherical jointing due to the processes of physical weathering. This jointing provided an opportunity to obtain roughly spherical blanks directly at the mining site. But most of the studied stone spheroids have got their spherical shape by artificial firing. The latter manifests itself in the surface desquamation and oxidation of the outer parts of the stone blanks. At least some of the stone blanks were ground to varying degrees after the firing. Stone abrasive materials were used for this purpose. The listed facts allow us to postulate that stone spheroids found in the Krasnyi Podol burial illustrate the successive stages of their processing. The owner of the stone spheroids likely possessed special knowledge regarding their mining, production and use.
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乌克兰krasnyi podol斯基泰人墓葬中的神秘石球:岩石学特征,开采地点和加工方法
本文介绍了在Krasnyi Podol村附近的一个斯基泰人墓葬中发现的80个石球的岩石学调查结果。结果表明,所有的石球均来自同一类型的变质岩,即放线石岩。放线石岩的岩石学特征表明,其初始原料来源于单一矿床。乌克兰前寒武纪地盾的中第聂伯河地区被认为是可能的开采地点。作者不排除放线石的自然露头最初可能由于物理风化过程而具有球形节理。这种接合提供了在采矿现场直接获得大致球形毛坯的机会。但所研究的石质球体大多是通过人工烧制而成的。后者表现为石坯外部部分的表面脱屑和氧化。至少有一些石坯在射击后被不同程度地磨碎。石料磨料用于此目的。列出的事实使我们能够假设,在克拉斯尼Podol墓葬中发现的石头球体说明了它们加工的连续阶段。石球的主人可能对它们的开采、生产和使用有专门的知识。
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0.70
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发文量
18
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