2019
DOI: 10.31242/2618-9712-2019-24-2-1
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Geodynamic features of the seismotectonic structures in the central part of the Chersky Zone (North-East of Russia)

Abstract: Аннотация. В статье рассматривается взаимоотношение крупных внутриконтинентальных впадин северо-востока России (система Момо-Селенняхских впадин) и региональной Верхояно-Колымской системы разломов, рассекающих зону хребтов Черского в северо-западном направлении. Представлен обзор данных о природе названных впадин, развивавшихся с миоцена по средний плейстоцен как рифтовые. Показано, что в среднем плиоцене произошла смена тектонического режима и указанные структуры формируются в поле регионального сжатия. Это п… Show more

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“…The latter is traced from the Gakkel Ridge through the Chersky Ridge by neotectonic reverse faults with an amplitude of up to 2.0-3.1 km. The northern branch of these dislocations extends to the Shelikhov Bay of the Sea of Okhotsk and further into the Aleutian subduction zone [21]. By analogy with the North American San Andres zone, V.S.Imaev (2019) considers this structure as a classical transform dislocation that changes its morphological and kinematic type along the strike: the tensile strains of the Gakkel oceanic ridge on the continent are transformed into a left-sided regional shear.…”
mentioning
confidence: 99%
“…The latter is traced from the Gakkel Ridge through the Chersky Ridge by neotectonic reverse faults with an amplitude of up to 2.0-3.1 km. The northern branch of these dislocations extends to the Shelikhov Bay of the Sea of Okhotsk and further into the Aleutian subduction zone [21]. By analogy with the North American San Andres zone, V.S.Imaev (2019) considers this structure as a classical transform dislocation that changes its morphological and kinematic type along the strike: the tensile strains of the Gakkel oceanic ridge on the continent are transformed into a left-sided regional shear.…”
mentioning
confidence: 99%