Veľká Stožka地块(Muráň推覆体,西喀尔巴阡山脉)流纹岩中单氮石的电子探针测年——对西喀尔巴阡山脉内部二叠纪火山演化的启示

Q3 Earth and Planetary Sciences Mineralia Slovaca Pub Date : 2023-07-31 DOI:10.56623/ms.2023.55.1.2
R. Demko, B. Kronome, M. Olšavský, O. Pelech
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引用次数: 0

摘要

本文介绍了位于Dudlavka山谷(Muráň高原)Veľká Stožka地块西南斜坡流纹岩体的地质图、构造地层方案和单氮石结晶岩浆年龄的新数据,以及岩石学和年代学研究的新成果。Veľká Stožka地区的流纹岩体在构造上与Muráň推覆体底部的下三叠统地层相结合。单氮石的电子显微测年结果显示岩浆/火山年龄为281±4.5 Ma (Artinskian - Kungurian),这与Veľká Stožka地块下方同一流纹岩体以及Telgárt、Poniky和Tisovec流纹岩体的年代学数据相补充,这些流纹岩体最初喷发于二叠纪火山活动断裂带(VAFZ)的地球动力学背景。研究地区281±4.5 Ma和269.5±1.8 Ma的年代学资料对比表明,该地区存在一个地球动力学演化过程,在流纹岩火山作用的原始域内,不仅有一个火山喷发阶段,而且有几个独立的火山喷发阶段。上赫伦河谷的流纹岩体活动时间跨度为281 ~ 263 Ma,通过对这些流纹岩体的年代对比,确定了280 ~ 271 Ma之间的火山裂谷。这种喷发暂停与其他火山区,如北Veporic领域的Harnobis火山层、Petrova hora和novovesk Huta Fm,有很好的相关性。它们的活动在VAFZ流纹岩喷发恢复期间结束。VAFZ 271 ~ 263 Ma流纹岩火山活动的重新激活是盘古大陆岩石圈古应力重组的结果。揭示的古火山关系突出了二叠纪喀尔巴阡山脉内部已知古构造单元中古构造与古火山事件的相互联系。
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Electron microprobe dating of monazites from rhyolites of the Veľká Stožka Massif (Muráň nappe, Western Carpathians) – implications for the Permian volcanic evolution in Internal Western Carpathians
New results of field research, as well as petrographical and geochronological studies are presented in the form of a geological map, tectonostratigraphic scheme and new magmatic age data of monazite crystallization from the rhyolite body located on SW slopes of the Veľká Stožka Massif, Dudlavka Valley (Muráň Plateau). The rhyolite bodies in the Veľká Stožka area are tectonically incorporated into the Lower Triassic formations at the base of the Muráň nappe. The electron microprobe dating of monazites yields magmatic / volcanic age 281 ± 4.5 Ma (Artinskian – Kungurian), which complements geochronological data from the same rhyolite body below the Veľká Stožka Massif, as well as other rhyolite bodies from Telgárt, Poniky and Tisovec, which, originally erupted in a Permian volcanically active fault zone (VAFZ) geodynamical setting. The comparison of geochronological data 281 ± 4.5 Ma and 269.5 ± 1.8 Ma from the studied locality suggest a geodynamic evolution, where not only one, but several separate volcanic eruption phases acted in the original domain of rhyolitic volcanism. The geochronological correlation of the rhyolite bodies in the Upper Hron Valley, active in time span 281–263 Ma, allowed to identify a volcanic hiatus between 280–271 Ma. Such eruptional pause correlates very well with other volcanic provinces such as Harnobis volcanogenic horizon of the North Veporic realm, the Petrova hora and Novoveská Huta Fm. of the Northern Gemericum, which erupted during hiatus of VAFZ and their activities have ended in during recovering rhyolite eruptions in VAFZ. Reactivation of rhyolitic volcanic activity in VAFZ 271–263 Ma is a result of paleostress reorganisation in Pangea lithosphere. The revealed paleovolcanic relationships highlight interconnection of paleotectonic and paleovolcanic events in the known paleotectonic units of Internal Western Carpathians during Permian.
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Mineralia Slovaca
Mineralia Slovaca Earth and Planetary Sciences-Geotechnical Engineering and Engineering Geology
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期刊介绍: Mineralia Slovaca is a scientific peer-reviewed journal, published by the State Geological Institute of Dionýz Štúr in printed and online versions. The journal publishes original scientific papers, expanding the boundaries of knowledge within the geosciences. It is issued since 1969. Archive of articles on Mineralia Slovaca website enables the online access to full-text papers of all previous years.
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