Coupling of late cenozoic faulting of the Siberian Platform margin and Baikal Rifting

Sankov, V. A.; Parfeevets, A. V.; Мирошниченко, А. И.; Бызов, Л. М.; Lebedeva, Marina

doi:10.1134/s1028334x08030161

Cited by 4 publications

(3 citation statements)

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“…Разломы кайнозойского этапа активизации этой части Сибирской платформы отражены на различных картах и схемах неотектоники [Zolotarev, 1967;Zolotarev, Khrenov, 1979;Zamaraev et al, 1976;Levi, Kulchitsky, 1981;Logachev, 1984;и др.]. Их кинема-тика для исследуемой территории охарактеризована в работах [Ufimtsev et al, 2005;Sankov et al, 2008Sankov et al, , 2017.…”

Section: объект и методы исследованияunclassified

Tectonophysical approach to the analysis of geological and geophysical data on gas-condensate deposits with the complex platform cover

Семинский

Sankov

Огибенин

et al. 2018

Geodin. tektonofiz.

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The article presents the results of the tectonophysical approach to the analysis of stress fields and the structure of gas–condensate deposits with the complex platform cover. The discussed case is the Kovykta license area (LA) in Eastern Siberia, Russia. In the upper part of the cross section, the network of fault zones was identified from the relief lineaments and structural data. The dynamic conditions for faulting (compression, extension, and strike-slip) were reconstructed by the paragenetic analysis. The state of crustal stresses in the study area was studied by tectonophysical modeling using gelatin as an optically active material. The applied method was successful in distinguishing between the zones of faults in the platform cover, which differ in the degree of their activity in the specified stress fields. The lower part of the cross section in the NE segment of the Kovykta LA is considered as an example of the tectonophysical interpretation of the electrical and seismic survey data in order to identify the fault zones and reconstruct the corresponding stress fields. Based on the synthesis of the analyzed data, it is revealed that the deposits like the Kovykta gas condensate field (GCF) show the zone-block structure of the platform cover formed under the influence of several stress fields closely associated with the stages of tectogenesis in the adjacent mobile belts. The next objective is to enhance the tectonophysical approach in order to develop a hierarchical model of the GCF zone-block structure, which details need to be known for improving the prediction of sites with the complicated stress-strain state of rocks and mitigating the risks associated with drilling exploration and production wells.

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Section: объект и методы исследованияunclassified

Tectonophysical approach to the analysis of geological and geophysical data on gas-condensate deposits with the complex platform cover

Семинский

Sankov

Огибенин

et al. 2018

Geodin. tektonofiz.

Self Cite

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“…Наличие собственной сейсмичности Сибирской платформы показано в работах [Golenetskii, 2001;Seminskii, Radziminovich, 2007], однако ее взаимосвязи с деформациями в Байкальском рифте изучены пока слабо в силу ко-роткого периода инструментальных наблюдений и отсутствия на территории платформы сети сей-смических станций. Находки проявлений хрупких тектонических деформаций в осадках верхнего плейстоцена на территории Предсаянского проги-ба [Gladkov, 2001;Chipizubov et al, 2001;Arzhannikova, Arzhannikov, 2005;Seminsky et al, 2007;Sankov et al, 2008;и др. ] и в центральной части Иркутского амфитеатра [Ovsyuchenko et al, 2007] ставят про-блему разработки нового подхода к оценке сейсми-ческой опасности южной части Сибирской плат-формы и ее сейсмическому районированию.…”

Section: состояние проблемы и задачи исследованияunclassified

“…Это определяется, по-видимому, ее близким соседством с Саяно-Байкальской подвижной обла-стью [Sankov et al, 2008]. Складчатые и разрывные деформации палеозоя во многом определили раз-витие локальных неотектонических структур.…”

Section: разломная тектоникаunclassified