奥波卡-一种神秘的碳酸盐-硅质岩石:一般概念概述

IF 0.4 Q4 ENVIRONMENTAL SCIENCES Geology, Geophysics and Environment Pub Date : 2022-11-07 DOI:10.7494/geol.2022.48.3.257
Agata Jurkowska, Ewa Świerczewska‐Gładysz
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引用次数: 1

摘要

opoka是一种碳酸盐-硅质海相沉积岩,在波兰和欧洲其他地区形成了上白垩纪时代的厚层序列。这种岩石已经被研究了150多年,但只有使用现代分析技术才能确定其矿物学定义,从而确定opoka的独特特征,并使其与其他岩石(如白垩、白垩)区分开来。在奥波卡岩相学研究的基础上,对基于丹麦-波兰海槽反演古构造模型的古测深解释进行了修正。根据古构造史模型,奥波卡被解释为深水或浅水相,没有对其矿物组成进行详细的岩石学研究。本文介绍了白垩纪欧波卡的由来、命名、矿物组成、显微结构和古生态学意义。根据古生态重建、水深测量和现有的波卡分布模式,讨论了新的资料,这些资料允许对这种岩石术语进行精确的定义,并讨论了它的矿物学组成。
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Opoka – a mysterious carbonate-siliceous rock: an overview of general concepts
The opoka is a carbonate-siliceous marine sedimentary rock, forming a thick succession of Upper Cretaceous age in Poland and in other regions of Europe. This rock has been studied for over 150 years, but only the use of modern analytical techniques enables for the formulation of its mineralogical definition, which identifiesthe distinct features of opoka and allows it to be distinguished from other rocks (e.g. chalk, gaize). Parallel to the petrographic research on opoka, its palaeobathymetric interpretations, which were based on the palaeotectonic models of Danish-Polish Trough inversion has been revised. Depending on the model of palaeotectonic history, opoka has been interpreted as a deep-water or shallow facies, without detailed petrographic studies of its mineralogical composition. The paper presents various aspects of opoka, including history of the term, nomenclature, mineralogical composition, microtexture and palaeoecological significance of Cretaceous opoka. New data which permit precise definition of this rock term, and its mineralogical composition are discussed in the light of palaeoecological reconstructions, bathymetry and existing models of opoka distribution.
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