Geological and Geophysical Investigations in the Arctic and Global Priorities


Geological and geophysical studies in the Arctic and adjacent territories are a strategic priority for the Russian Federation. They are included into the development strategy of the Arctic region of the Russian Federation as well as are part of the national security program for the period until 2020.

Leadership Positions
World Leadership Positions
  • In geodynamics of the Arctic region and tectonics of the continental shelf
  • In the preparation of the application before the UN Commission for the determination of the outer limit of the continental shelf in the Arctic Ocean
  • In the study of petroleum potential of the northern regions of Siberia and the arctic seas
  • In the studying diamond and xenolith geochemistry of the subarctic part of the Siberian platform, deliniation of new diamond rich regions
  • In the research of technical diamonds of the Popigai crater and in the experimental modeling of the diamond formation processes
Experimental Base and the Database
  • Unique equipment for paleomagnetic experiments
  • The most complete basis of paleomagnetic data for the Arctic region
  • More than 30000 meters of drill samples from main sediment basins of the Arctic
  • Unique experimental base to study diamond formation and experimental synthesis of nano-policrystal diamonds
Broad International Cooperation
and the potential for its further development
Researching the Arctic. A new laboratory has been opened at NSU

Areas of Research
Creation and development of an academic center on the Samoilovsky Island polar station
This Center will make it possible to provide a unique possibility for bachelor and master course students specializing in geological and geophysical investigations of polar regions, to take active part in research of the Arctic on the year-round working polar station. The goals of the Center are: technical and methodological support of fundamental and applied research in the multidisciplinary area of Earth sciences concerned with the polar regions of the Earth (polar geology) with direct participation of NSU students; practical training for students on the basics of safe research in conditions of the arctic climate zone.

Geodynamics of the Arctic region and tectonics of the continental shelf
This project is based on geological and structural data collected by the StrAU's staff during the last 15 years and on the use of the paleomagnetic method. The latter can give a quantitative estimate of horizontal drift of earth crust blocks in the geological past. We have created a model describing the tectonic evolution and paleogeography of ancient continental masses in the Arctic and substantiated that justified the existence of the composite Arctida continent, as well as reconstructed its initial structure. These results have been used by the Russian Federation in the application before the UN Commission for the determination of the outer limit of the continental shelf in the Arctic Ocean.
Oil and gas fields formation conditions in the Russian Arctic
The study of petroleum potential of the northern regions of Siberia and the arctic seas, development of models for hydrocarbon resources fields, integrated study of over 30 000 meters of core samples from wells from the main sedimentary basins of the Arctic.





Geophysics of the permafrost zone and geophysical exploration of arctic territories using unmanned aerial vehicles (UAV)
The development of: UAV complexes for magnetic, gamma spectrometric, gas and terahertz surveys of difficult to access territories; specialized processors for data processing; new materials and energy accumulators for UAVs. NSU students will be active in innovation developments, as well as during field testing, as part of their practical geophysical training and work experience internships.
Formation of diamond, rare earth and gold ore deposits in the Arctic, mineralization processes in the Earth crust and the mantle
Experimental modeling of diamond and gold formation processes and deep magmatism. Detection of new diamond and gold bearing regions in the cis-arctic part of the Siberian platform. We use a unique experimental base for performing studies of mineralization processes in a wide interval of P-T parameters and modern instruments at the Analytical center of IGM and NSU.







Publications in journals indexed in Scopus

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