An integrated study in the northern Caspian Sea: The 30th voyage of the R/V <Emphasis Type="Italic">Rift</Emphasis>     

V. N. Lukashin  A. K. Ambrosimov  N. V. Libina  M. D. Kravchishina  Yu. A. Goldin  N. V. Politova  Sh. Kh. Yakubov 《Oceanology》2010,50(3):439-443

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Sedimentary Waves of the Southeastern Barents Sea Shelf (Kanin Peninsula–Cheshskaya Bay)     

Nikiforov  S. L.  Ananiev  R. A.  Dmitrevsky  N. N.  Libina  N. V.  Sorokhtin  N. O.  Sukhikh  E. A.  Razumovskii  A. A.  Toropov  G. A. 《Oceanology》2021,61(4):511-516

Oceanology - Sedimentary waves are represented by a series of wavelike accumulative features with various degrees of morphological expression. These morphological forms are superimposed on the...  相似文献   

Search and Detection of Natural Oil Seeps in the Seas Surrounding the Russian Federation Using Spaseborne SAR Imagery     

Ivanov  A. Yu.  Matrosova  E. R.  Kucheiko  A. Yu.  Filimonova  N. A.  Evtushenko  N. V.  Terleeva  N. V.  Libina  N. V. 《Izvestiya Atmospheric and Oceanic Physics》2020,56(12):1590-1604

Izvestiya, Atmospheric and Oceanic Physics - Results are presented from research aimed at detecting natural seepage and oil seeps in the seas of Russia using synthetic aperture radar (SAR) imaging....  相似文献   

Seismoacoustic studies of the upper sedimentary stratum and the seafloor relief in the East Arctic seas during the 57th cruise of the R/V Akademik M.A. Lavrent’ev     

N. N. Dmitrievskii  R. A. Anan’ev  N. V. Libina  A. G. Roslyakov 《Oceanology》2012,52(4):576-578

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Comprehensive studies of the Caspian Sea system during cruise 35 of the R/V <Emphasis Type="Italic">Rift</Emphasis>     

A. K. Ambrosimov  V. N. Lukashin  N. V. Libina  A. O. Korzh  A. D. Mutovkin  A. N. Novigatskiy  M. D. Kravchishina  I. I. Rusanov  Yu. A. Goldin 《Oceanology》2012,52(1):141-146

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Geological and Geophysical Investigation of Contourite Systems from the Central and Southern Atlantic during Cruise 52 of the R/V <Emphasis Type="Italic">Akademik Ioffe</Emphasis>     

E.?V.?IvanovaEmail author  I.?O.?Murdmaa  D.?G.?Borisov  N.?V.?Simagin  E.?A.?Ovsepyan  N.?V.?Libina  J.?I.?Isola  E.?V.?Bulycheva  N.?A.?Shulga  A.?V.?Krek  N.?V.?Lobus  L.?V.?Lapidus 《Oceanology》2018,58(2):322-324

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The use of Markov hypsotomography for geological studies in oceanology     

A. G. Chernikov  N. V. Libina 《Oceanology》2011,51(3):528-532

Markov hypsotomography is a new method of processing the results of remote measurements of the earth’s surface relief in order to construct models of the internal structure of the rocks. This article encompasses the principles of the developed procedure and gives an example of its use in marine geology based on the materials of the analysis of the digital bathymetric chart of the Arctic Ocean.  相似文献   

Ice Gouging on Russia’s Arctic Shelf     

Nikiforov  S. L.  Ananiev  R. A.  Libina  N. V.  Dmitrevskiy  N. N.  Lobkovskii  L. I. 《Oceanology》2019,59(3):422-424

Oceanology - Abstract—The results of recent geological and geophysical expeditions indicate the activation of hazardous natural phenomena associated with ice gouging and representing a...  相似文献   

Prediction of the internal structure of the sea floor and construction of a 3D model using the Markovian hypsotomography     

N. V. Libina  A. G. Chernikov 《Oceanology》2013,53(1):119-123

Markovian hypsotomography is a new way to build a model of the internal structure of rock masses based on the processing of the earth’s surface topography data. The article demonstrates the opportunities for calculating the 3D velocity models and certain cross sections based on the example of the Caspian region.  相似文献   

Utilizing a seismoacoustic complex for the study of the upper sedimentary stratum and seafloor relief in East Arctic     

N. N. Dmitrevskiy  R. A. Ananyev  N. V. Libina  A. G. Roslyakov 《Oceanology》2013,53(3):368-373

The paper describes a high-resolution seismoacoustic complex for studying the upper sedimentary stratum and seafloor relief. The described complex was used during the 57th cruise of the R/V Akademik M.A. Lavrent’ev in the East Siberian and Laptev seas in the autumn of 2011. The combination of an SES-2000 narrow-beam parametric subbottom profiler and a Gidra 250/500 sidescan sonar has enabled obtaining a series of unique data on the structure of the sedimentary layers and the seafloor relief.  相似文献