匈牙利跨多瑙河山脉eperksamus山上侏罗统巨角砾岩层序的古地磁证据

P. Convert, E. Márton, J. Haas
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引用次数: 4

摘要

Eperkes Hill是一个经过深入研究的经典暴露层,但其相解释仍存在争议。问题在于上三叠统-下侏罗统碳酸盐是规则层还是镶嵌在金默里纪-贝里亚石灰岩中的块体。这一问题的答案对于解释侏罗纪-白垩纪交界的跨多瑙河山脉地区的构造演化和古地理具有重要意义;因此,我们决定通过应用古磁学来解决这个问题。我们测试了几个正常的地层和两次人工暴露的疑似橄榄岩。为了验证古地磁信号在现场水平上的一致性,我们分别钻取了3个或更多的岩心,并对它们进行了标准的古地磁实验室处理和评价。我们发现,“正常”层和疑似橄榄岩的磁参数明显不同,但每个地点的古磁信号是一致的。然而,在站点c之间……
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Paleomagnetic evidence for a megabreccia horizon in the Upper Jurassic sequence of Eperkés Hill, Transdanubian Range, Hungary
Eperkes Hill is a thoroughly studied classic exposure, yet its facies interpretation is still debated. The issue is whether Upper Triassic - lowermost Jurassic carbonates are regular beds or blocks embedded within the Kimmeridgian-Berriasian limestone. The answer to this question is important for the interpretation of the structural evolution and paleogeography of the Transdanubian Range area at the Jurassic-Cretaceous boundary; we decided therefore to contribute to the solution by applying paleomagnetism to the problem.  We tested several regular beds and suspected olistoliths from two artificial exposures. In order to check the consistency of the paleomagnetic signal on site level, we drilled three or more cores from each, and subjected them to standard paleomagnetic laboratory processing and evaluation.  We found that magnetic parameters were distinctly different for "regular" beds and for suspected olistoliths, but that the paleomagnetic signal was consistent within every site. However, between-site c...
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