Dmitry Ruban

Dr. Dmitry Ruban

K.G. Razumovsky Moscow State University of Technologies and Management (the First Cossack University)
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Research Focus & Metrics

Academic Career Length

22Years (2005-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 January 2010 in Proceedings of the Geologists' Association
Verified
Journal Article
Closed access
Dmitry RubanDmitry Ruban
Dmitry Ruban

1 July 2007 in GeoArabia
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Journal Article
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Dmitry RubanDmitry Ruban
Dmitry Ruban
MAMoujahed I. Al-Husseini
Moujahed I. Al-Husseini
YIYumiko Iwasaki
Yumiko Iwasaki
The Paleozoic Middle East terranes, neighboring the present-day Arabian and Levant plates, are shown by most authors to consist of ten major tectonic units: (1 and 2) the Helmand and Farah terranes of Afghanistan, southwest Pakistan and southeast Turkmenistan; (3 to 6) the Alborz, Central Iran (Lut, Yazd and Tabas) and Sanandaj-Sirjan terranes of Iran, and Northwest Iran (possibly extending into eastern Turkey); (7 and 8) the Pontides and Taurides terranes of Turkey; and (9 and 10) the Greater and Lesser Caucasus terranes between the Caspian and Black seas (Armenia, Azerbaijan, Georgia and southwest Russia). Published plate-tectonic reconstructions indicate that all ten terranes may have broken off from either: (1) the Gondwana Supercontinent in the mid-Silurian as part of the Hun Superterrane; or (2) the Pangea Supercontinent during the mid-Permian - Triassic as part of the Cimmeria Superterrane. To the north of Gondwana and Pangea, three successively younger Tethyan oceans evolved: (1) Proto-Tethys (Cambrian - Devonian); (2) Paleo-Tethys (mid-Silurian - Mesozoic); and (3) Neo-Tethys (mid-Permian - Cenozoic).Two regional Paleozoic unconformities in the Arabian Plate are generally linked to major regional-scale structural events, and commonly correlated to the Caledonian and Hercynian orogenies. These orogenies took place many thousands of kilometers away from the Arabian Plate and are considered unlikely causes for these unconformities. Instead, the breakaway of the Hun and Cimmeria superterranes are considered as alternative near-field tectonic sources. The older unconformity (middle Paleozoic event), represented by a mid-Silurian to Middle Devonian hiatus in North Arabia (Iraq and Syria), reflects an episode of epeirogenic uplift, which might be related to the mid-Silurian rift of the Hun Superterrane. The younger mid-Carboniferous Arabia-wide angular unconformity involved compressional faulting and epeirogenic uplift, and might be related to the earliest phase of subduction by the Paleo-Tethyan crust beneath Cimmeria (Sanandaj-Sirjan and nearby regions) before it broke off. Based on our review and regional considerations, we assign the Helmand, Farah, Central Iran, Alborz, Sanandaj-Sirjan, Northwest Iran, Lesser Caucasus, Taurides and Pontides to Cimmeria, whereas the Greater Caucasus is considered Hunic.

1 July 2015 in Tourism Management Perspectives
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Journal Article
Closed access
Dmitry RubanDmitry Ruban
Dmitry Ruban

1 November 2014 in Earth-Science Reviews
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Journal Article
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Delia BrunoDelia Bruno
Delia Bruno
Brooke CrowleyBrooke Crowley
Brooke Crowley
JGJaroslav M. Gutak
Jaroslav M. Gutak
AMAdriana Moroni
Adriana Moroni
ONOlesya V. Nazarenko
Olesya V. Nazarenko
SZSvetlana O Олеговна Zorina
Svetlana O Олеговна Zorina

1 December 2018 in Resources Policy
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Journal Article
Closed access
THTahereh Habibi
Tahereh Habibi
APAlena A. Ponedelnik
Alena A. Ponedelnik
NYNatalia N. Yashalova
Natalia N. Yashalova
Dmitry RubanDmitry Ruban
Dmitry Ruban

1 September 2017 in Resources Policy
Verified
Journal Article
Closed access
Dmitry RubanDmitry Ruban
Dmitry Ruban