Tectono-magmatic significance of the pillow basalts from the ophiolitic mélange of the Dinarides

IF 1.2 4区 地球科学 Q2 GEOLOGY
S. Šuica, B. Lugović, Duje Kukoč
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引用次数: 2

Abstract

The remnants of the Neotethyis in the area of the Dinarides are represented by numerous ophiolitic complexes and associated melanges. This paper presents the results of a regional study of pillow basalts and related pelagic sediments. The study area stretches from the northwestern Croatia across the Bosnia and Herzegovina to the southern Serbia. Basaltic rocks are divided into four groups: within-plate alkaline basalts, CAB, E-MORB, IAT and BABB basalts. Pelagic sediments related to basalts with BABB geochemical characteristics yielded Middle Jurassic age. Data presented in this paper as well as previously published data, allowed recognition of two phases of ocean development: (1) the Middle Triassic terminal phase of intracontinental rifting with alkaline basalt, CAB and E-MORB magmatism, (2) compressional phase resulting in IAT and BABB magmatism during Middle and Late Jurassic. These groups are compared to similar rocks in Hellenides. The paper presents the insight into the oceanic evolution of the Neotethys in the Dinaride area - from continental break-up and intiation of sea-floor spreading to compressional stage.
第纳里底蛇绿岩区枕状玄武岩的构造-岩浆意义
Dinarides地区的Neotethis残余物以许多蛇绿岩杂岩和伴生混杂岩为代表。本文介绍了枕状玄武岩和相关远洋沉积物的区域研究结果。研究区域从克罗地亚西北部穿过波斯尼亚和黑塞哥维那,一直延伸到塞尔维亚南部。玄武岩可分为四类:板内碱性玄武岩、CAB、E-MORB、IAT和BABB玄武岩。与具有BABB地球化学特征的玄武岩有关的Pelagic沉积物产于侏罗纪中期。本文提供的数据以及之前发表的数据,使我们能够识别海洋发展的两个阶段:(1)中三叠纪陆内裂谷作用的末期,含碱性玄武岩、CAB和E-MORB岩浆作用;(2)侏罗纪中晚期导致IAT和BABB岩浆作用的挤压相。这些岩石群被比作海勒纪的类似岩石。本文对迪那里德地区新特提斯的海洋演化进行了深入的探讨——从大陆裂解、海底扩张起始到挤压阶段。
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来源期刊
Ofioliti
Ofioliti 地学-地质学
CiteScore
2.40
自引率
7.70%
发文量
1
期刊介绍: Since 1976, Ofioliti provides an international forum for original contributions and reviews in the field of the geodynamics, petrology, geochemistry, biostratigraphy, stratigraphy, tectonics and paleogeography applied to ophiolitic terrains and modern oceanic lithosphere, including their sedimentary cover. Studies of topics such as geodynamics of the mantle, the evolution of orogens including ophiolites and paleoceanography are also welcome
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