Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)

The area of eastern Srem is situated in the southern periphery of the Pannonian basin. Its depositional evolution during the Neogene and the Quaternary has been controlled by tectonic processes. Miocene extensional subsidence was followed by the Pliocene-Quaternary inversion of the basin....

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Main Authors: Toljić Marinko, Nenadić Draženko, Stojadinović Uroš, Gaudenyi Tivadar, Bogićević Katarina
Format: Article
Language:English
Published: Faculty of Mining and Geology, Belgrade 2014-01-01
Series:Geološki Anali Balkanskoga Poluostrva
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0350-0608/2014/0350-06081475043T.pdf
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author Toljić Marinko
Nenadić Draženko
Stojadinović Uroš
Gaudenyi Tivadar
Bogićević Katarina
author_facet Toljić Marinko
Nenadić Draženko
Stojadinović Uroš
Gaudenyi Tivadar
Bogićević Katarina
author_sort Toljić Marinko
collection DOAJ
description The area of eastern Srem is situated in the southern periphery of the Pannonian basin. Its depositional evolution during the Neogene and the Quaternary has been controlled by tectonic processes. Miocene extensional subsidence was followed by the Pliocene-Quaternary inversion of the basin. The latter was accomplished as the result of replacement of the tensile by the compressive stress field. Since the Late Neogene, the regional tectonic activity has been controlled by compressive stress produced by the northnortheastern propagation of the Adria microplate. In the compressive NE-SW-oriented stress field, the recent structural plan of the Pannonian basin and its wider environment, including its southern periphery, was reactivated. The youngest tectonic deformations are characterized by positive and negative vertical motions of large intrabasinal segments and basinal periphery, resulting in the final inversion of the basin. The effects of the basinal inversion can be recognized in genetic features of Quaternary sediments and geomorphological characteristics of the relief. Sources of data used for the interpretation of the Quaternary tectonic activity in the area of eastern Srem are of geological, geomorphological, thermochronological, and geophysical character. The positions of prominent fault structures have been ascertained by remote sensing, interpretations of available geophysical cross-sections, and using the field data. [Projekat Ministarstva nauke Republike Srbije, br. 176015]
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spelling doaj.art-f90f71ddc79e4f8f91004a5cd453fe922022-12-21T18:28:08ZengFaculty of Mining and Geology, BelgradeGeološki Anali Balkanskoga Poluostrva0350-06082406-07472014-01-01201475435710.2298/GABP1475043T0350-06081475043TQuaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)Toljić Marinko0Nenadić Draženko1Stojadinović Uroš2Gaudenyi Tivadar3Bogićević Katarina4Faculty of Mining and Geology, Department of Historical and Dynamic geology, BelgradeFaculty of Mining and Geology, Department of Historical and Dynamic geology, BelgradeFaculty of Mining and Geology, Department of Historical and Dynamic geology, Belgrade + Netherlands Research Centre for Integrated Solid Earth Science, VU University Amsterdam, Amsterdam, The NetherlandsGeographical Institute „Jovan Cvijić“, Serbian Academy od Sciences and Arts, BelgradeFaculty of Mining and Geology, Department of Historical and Dynamic geology, BelgradeThe area of eastern Srem is situated in the southern periphery of the Pannonian basin. Its depositional evolution during the Neogene and the Quaternary has been controlled by tectonic processes. Miocene extensional subsidence was followed by the Pliocene-Quaternary inversion of the basin. The latter was accomplished as the result of replacement of the tensile by the compressive stress field. Since the Late Neogene, the regional tectonic activity has been controlled by compressive stress produced by the northnortheastern propagation of the Adria microplate. In the compressive NE-SW-oriented stress field, the recent structural plan of the Pannonian basin and its wider environment, including its southern periphery, was reactivated. The youngest tectonic deformations are characterized by positive and negative vertical motions of large intrabasinal segments and basinal periphery, resulting in the final inversion of the basin. The effects of the basinal inversion can be recognized in genetic features of Quaternary sediments and geomorphological characteristics of the relief. Sources of data used for the interpretation of the Quaternary tectonic activity in the area of eastern Srem are of geological, geomorphological, thermochronological, and geophysical character. The positions of prominent fault structures have been ascertained by remote sensing, interpretations of available geophysical cross-sections, and using the field data. [Projekat Ministarstva nauke Republike Srbije, br. 176015]http://www.doiserbia.nb.rs/img/doi/0350-0608/2014/0350-06081475043T.pdftectonic activityPannonian basinnorthwest Serbiasubsidencebasin inversioneastern SremQuaternary
spellingShingle Toljić Marinko
Nenadić Draženko
Stojadinović Uroš
Gaudenyi Tivadar
Bogićević Katarina
Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
Geološki Anali Balkanskoga Poluostrva
tectonic activity
Pannonian basin
northwest Serbia
subsidence
basin inversion
eastern Srem
Quaternary
title Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
title_full Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
title_fullStr Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
title_full_unstemmed Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
title_short Quaternary tectonic and depositional evolution of eastern Srem (northwest Serbia)
title_sort quaternary tectonic and depositional evolution of eastern srem northwest serbia
topic tectonic activity
Pannonian basin
northwest Serbia
subsidence
basin inversion
eastern Srem
Quaternary
url http://www.doiserbia.nb.rs/img/doi/0350-0608/2014/0350-06081475043T.pdf
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AT stojadinovicuros quaternarytectonicanddepositionalevolutionofeasternsremnorthwestserbia
AT gaudenyitivadar quaternarytectonicanddepositionalevolutionofeasternsremnorthwestserbia
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