Results 141 to 150 of about 3,681 (173)

THE ORIGIN OF THE SIBERIAN PLATFORM

International Geology Review, 1964
The paper explores the two divergent schools of thought on the origin of the Siberian platform: 1) the Delanee concept visualizing the formation as the result of terminal Precambrian (Baykal'ian) deformation that knit various independent Archean units into a single body which grew by accretion of peripheral folded belts, and 2) a new concept developed ...
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Petroleum Potential of Baikit Anteclise, Siberian Platform

AAPG Bulletin, 1993
The Baikit Anteclise lies east of the Yenisei ridge, and it occupies an area of 155,000 km[sup 2] of the western part of the Siberian platform. The major structure of the anteclise outlined by seismic survey is the Kanovsky arch, complicated by three domal uplifts.
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Deep seismic studies of the territory jointing the western Siberian and Siberian Platforms

International Geology Review, 1968
As a result of regional seismic research by the method of isolated seismic sounding with waves of different types, the peculiarities of the wave field and main features of abyssal structures of the earth's crust are ascertained throughout the line: western Siberia lowland, the Yenisey mountain range, and the western part of the Siberian Platform ...
S.V. Krylova, A.L. Krylova, B.P. Mishen'kin, Z.R. Mishen'kina, A.L. Rudnitskiy, V.D. Suvorov, T.A. Yanushevich   +6 more
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Modelling of the hydrocarbon sphere of Siberian platform

56th EAEG Meeting, 1994
Oil and gas deposits discovered now, are fragments of the hydrocarbon sphere of the Earth. This sphere features discontinuously - continuous structure comprising both dispersed and concentrated hydrocarbon forms in solid, liquid and gaseous states and their combinations.
L. Sh. Dongarian, L. N. Fomicheva, Y. Yu. Shaposhnikova, Y. N. Barkovskaya   +3 more
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FACIES OF PHOSPORITE DEPOSITS IN THE SIBERIAN PLATFORM

International Geology Review, 1964
Describes Middle Ordovician shell phosphorites with P2O5 content of up to 14 percent on Aka and Angara rivers; detrital granular phosphorites 10 cm lenses of material with up to 20 percent P2O5, and phosphorite conglomerates up to 10 cm thick and containing up to 10 percent P2O5 in Lena river valley; and phosphate ferruginous rocks with P2O5 content of
V.N. Dominikovskiy, V.I. Drogunov, V.L. Librovich   +2 more
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Seismogravimetric Methodology: Specifics and Applicability to the Siberian Platform

Russian Geology and Geophysics, 2021
Abstract —The paper presents a new seismogravimetric method for estimating static corrections used in processing of seismic data and in construction of time and depth sections. The method efficiency is demonstrated by comparison of the results of industrial and new experimental processing of data for the western slope of the Nepa–Botuoba
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Neoproterozoic (Vendian) phytoplankton from the Siberian Platform, Yakutia

1993
(Uploaded by Plazi from the Biodiversity Heritage Library) No abstract provided.
Moczydlowska, Malgorzata, Vidal, Gonzalo, Rudavskaya, Valeria A   +2 more
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Riphean basins of the central and western Siberian Platform

Marine and Petroleum Geology, 2011
Abstract The Siberian Platform is unique by its volume of Meso-Neoproterozoic sedimentary deposits. For about one billion years (∼1650–650 Ma) several sedimentary basins were developed here, resulting in the formation of several kilometers thickness of sedimentary cover.
Sergey V. Frolov, Grigorii G. Akhmanov, Elena V. Kozlova, Oleg V. Krylov, Ksenia A. Sitar, Yuriy I. Galushkin   +5 more
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Identification of Paleogene deposits in southern Siberian Platform

International Geology Review, 1967
Age of Paleogene deposits of flora and fauna in the southern Siberian Platform (Pg23 - Pg31), determined solely on the basis of palynological data was determined in 1962 in the sporepollen laboratory of the Irkutsk Geologic Board. These data indicate that at the time the sediments were formed the dominant vegetation consisted of typically subtropical ...
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Cupriferous Sandstones and Shales of the Siberian Platform

1986
The Siberian platform is host to a variety of mineral deposits, including stratiform copper deposits in sandstones and shales. Six major copper provinces are recognized (Prieniseyskaya, Prisajanskaya, Pribaikalskaya, Prialdanskaya, Priverkhojanskaya, Prianabarskaya), and within these at least 15 major zones of deposits and occurrences, including the ...
F. P. Krendelev, L. F. Narkelyun, A. I. Trubachev, V. S. Salikhov, P. N. Volodin, V. V. Kunitsin, V. S. Chechetkin, N. N. Bakun   +7 more
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