Jurasssic limestone units of Sošice, Mt. Zumberak, Croatia; sedimentary signatures of the platform to basin transition

Damir Bucković
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引用次数: 5

Abstract

A Jurassic marginal depositional system of the Adriatic carbonate platform was analyzed in order to determine its depositional architecture and major depositional controls. Based on their facies characteristics, seven lithofacies units have been distinguished, which constitute four paleoenvironmental associations: top of the platform (shallow subtidal below and above the fair-weather wave-base), upper foreslope, toe-of-slope and basin. The environmental changes are interpreted to be related to tectonic activity as a consequence of regional extensional movements, connected with the opening of the Dinaridic branch of the Neo-Tethys. These extensional movements resulted in multi-stage drowning of the northeastern part of the Adriatic carbonate platform, leading to its gradual back-stepping and accordingly the expansion of the pelagic basin. The interpretation presented here can serve as a useful model for re-evaluating previously analyzed sections of the Adriatic Carbonate Platform margin.
克罗地亚Zumberak山Sošice的侏罗纪石灰岩单元;地盆过渡的沉积特征
对亚得里亚海碳酸盐岩台地侏罗系边缘沉积体系进行了分析,确定了其沉积构型和主要沉积控制因素。根据其相特征,划分出7个岩相单元,构成4个古环境组合:台地顶部(晴天波基以下及以上的浅潮下)、上前坡、坡脚和盆地。环境变化被解释为与区域伸展运动的构造活动有关,与新特提斯的迪纳里迪分支的打开有关。这些伸展运动导致亚得里亚海碳酸盐岩台地东北部多期淹没,导致其逐渐后退,从而导致中海盆地扩张。本文给出的解释可以作为一个有用的模型,用于重新评估以前分析过的亚得里亚海碳酸盐岩台地边缘剖面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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