喀尔巴阡地区斯塔努尼亚古生物遗址范围内长毛犀牛和猛犸象新遗址的展望

O. Adamenko, M. Mosiuk, S. Kachala, K. O. Radlowska
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引用次数: 0

摘要

国际地质公园“冰河时代公园”位于伊万诺-弗兰科夫斯克地区Bohorodchany区的Starunia村附近,以其更新世长毛犀牛和猛犸象(Eemian间冰期,根据放射性碳测年C14,距今46 - 1万年前)的古生物学遗址和喀尔巴阡地区独一无二的泥火山而闻名于世。这是一个面积为60公顷的地质自然纪念碑,这里展示了废弃的ozokerite矿山和石油和天然气勘探钻孔。乌克兰-波兰探险队在2004-2009年间进行了详细的调查,重点是发现可能的欧洲早期现代人类(EEMH)动物化石和人类遗骸的新地点。未来在斯塔努尼亚古生物遗址的发现是极其重要的。他们打算对土壤、地表水和溪水、大气、雪、草甸灰进行生态评估,并进行放射筛查和地理雷达感应,以寻找灭绝哺乳动物的新地点。根据联合国教科文组织的标准和概念,斯塔努尼亚地区符合地质公园的所有要求。第一个研究发现(1907年)与在Starunia (Bohorodchany地区,Ivano-Frankivsk地区)附近12米深的ozokerite矿中发现的长毛犀牛、猛犸象、马、鹿和其他更新世哺乳动物的遗骸有关。1914年,来自利沃夫(乌克兰)和克拉科夫(波兰)的科学家充分认识到这些发现,并发表了一系列文章和一本专著。1929年,技能学院(波兰克拉科夫)的探险队成员在17米深的ozokerite矿中发现了另外三只长毛犀牛的遗骸。还发现了大量脊椎动物(啮齿动物)的骨头、贻贝的遗骸、许多种类的昆虫、甲虫、寄生虫、跳蚤、蝴蝶、蜘蛛、蜗牛、维管植物、苔藓、矮桦树(Betula Nana)、桤木(Alnus glutinosa)的种子和树枝,以及其他苔原植物的化石。波兰科学家组织了对斯塔努尼亚周围动植物的详细调查,他们的研究结果发表在文章中,但第二次世界大战暂停了这一进程。围绕斯塔努尼亚的调查加强了第四纪地层学、古生物学、古地理、地质年代学等方面的综合研究。1932年,国际第四纪研究联合会在列宁格勒成立了国际地质大会(国际第四纪研究联合会)。本研究的主要方法学原则是关于星宿附近的调查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prospects for new sites of wooly rhinoceros and mammoths on the territory of paleontological site in Starunia, Carpathian region
An international geopark “Park of the Ice Age” located near the Starunia village in Bohorodchany district of Ivano-Frankivsk region is world-famous for being a paleontological site of Pleistocene fauna of the woolly rhinoceroses and mammoth (the Eemian interglacial period, 46–10 000 years ago according to radiocarbon dating C14) and for its mud volcano which is unique in the Carpathian region. This is a geological nature monument with an area of 60 hectares where abandoned ozokerite mine and oil and gas exploratory boreholes are presented. The detailed investigations carried out in the years 2004–2009 by Ukrainian-Polish expeditions were focused on discoveries of possible new sites of fauna fossils and human remains of European early modem humans (EEMH).The future discoveries at the paleontological site of Starunia are extremely important. They intend to carry out ecological assessment of soil, surface and stream waters, atmospheric air, snow, ashes of meadow grasses, radiological screening, and geo-radar sensing to find new locations of extinct mammals. The Starunia area meets all the requirements of a geopark according to UNESCO standards and concepts. The first research findings (1907) are connected with the remains of woolly rhinoceros, mammoth, horse, roe deer and other Pleistocene mammals which had been found in the ozokerite mine at the depth of 12 m near Starunia (Bohorodchany district, Ivano-Frankivsk region). In 1914 the scientists from Lviv (Ukraine) and Krakow (Poland) fully appreciated these discoveries and published a set of articles and a monograph. In 1929 the members of the expedition of Skill Academy (Krakow, Poland) found the remains of three more woolly rhinoceroses in the ozokerite mine at the depth of 17 m. Numerous bones of vertebrates (rodents), remains of mussels, a lot of species of insects, beetles, parasitic worms, fleas, butterflies, spiders, snails, vascular plants, mosses, seeds and branches of dwarf birch (Betula Nana), alder (Alnus glutinosa), and other fossil of tundra flora were also discovered. Polish scientists organized detailed investigations of flora and fauna around Starunia, their results were published in articles but the World War II suspended this process. The investigations around Starunia intensified the comprehensive study of stratigraphy, paleontology, paleogeography, geochronology and other aspects of the Quaternary Period. In 1932 there was established the International Geological Congress (the International Union of Quaternary Study) by INQUA in Leningrad. The main methodological principals of this study dealt with the investigations around Starunia.
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