Tectonolineament zones of east-north east trending and selected problems of mediterranean tectonics

Lomakin, I.E.; Pokalyuk, V.V.; Kochelab, V.V.; Shuraiev, I.; Shpyrko, S.

doi:10.15407/gpimo2017.02.068

Geol. polezn. iskop. mirov. okeana

2017

DOI: 10.15407/gpimo2017.02.068

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Tectonolineament zones of east-north east trending and selected problems of mediterranean tectonics

I.E. Lomakin¹,

V.V. Pokalyuk²,

V.V. Kochelab³

et al.

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Cited by 4 publications

References 2 publications

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Azov-Adriatic megalineament as transregional zone of conjugated deep faults of Southern Europe

Lomakin¹,

Pokalyuk²,

Kochelab³

et al. 2018

Geol. polezn. iskop. mirov. okeana

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From the analysis of interpreted space imagery and other geological materials we specified the location of Azov Adriatic lineament, which is one of the largest linear geomorphological structures (fault zones) of the Southern Europe. The revealed characteristic features of the structure indicate at its ancient ini tiation and important role in the formation of morphogeostructures and fault ensembles at different scales of the whole southern foreland of the East European Craton.

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Azov-Adriatic megalineament as transregional zone of conjugated deep faults of Southern Europe

Lomakin¹,

Pokalyuk²,

Kochelab³

et al. 2018

Geol. polezn. iskop. mirov. okeana

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Tectonic factors of landslide formation in the North-Western Black Sea coastal zone

Lomakin¹,

SARVIROV²,

Kochelab³

2022

Geol. polezn. iskop. mirov. okeana

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Landslides in the North-Western Black Sea coastal zone (NWBSCZ) are a very common natural phenomenon. The analysis of large volumes of original field and compilative geological material shows the determining influence of tectonic factors on the formation of geoecological characteristics of the southern regions of the NWBSCZ. In 2014—2022, a study of the materials of aerospace observations — SRTM (Shuttle Radar Topography Mission) radar topography was performed with statistical data processing in a GIS environment in combination with the results of ground route studies. Descriptions and photos of landslides are given, as well as information on determining the patterns of the spatial location of active landslide zones, the causes and factors of their occurrence, the nature of development and the consequences of landslide activity. On the basis of the tectonolineament analysis, experience was gained in determining the differences in the dynamics of the development of individual active tectonic blocks of the southern part of the NWBSCZ and the scale of their possible perspective influence on the formation of the general modern geological and ecological situation. The result of such work was the materials for the development of recommendations for taking into account the natural geodynamic characteristics of the specific areas under investigation, for the solution of urgent economic issues of planning rational and safe nature management.

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About the Structure of the Black Sea Basin as a Hierarchical System of Megapull-Apart

Zankevich¹,

Pokalyuk²

2020

Tekton. stratigr.

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Tectonolineament zones of east-north east trending and selected problems of mediterranean tectonics

Cited by 4 publications

References 2 publications

Azov-Adriatic megalineament as transregional zone of conjugated deep faults of Southern Europe

Azov-Adriatic megalineament as transregional zone of conjugated deep faults of Southern Europe

Tectonic factors of landslide formation in the North-Western Black Sea coastal zone

About the Structure of the Black Sea Basin as a Hierarchical System of Megapull-Apart

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