720049, Kyrgyzstan.

Bishkek-49, Research Station RAS.

Phone: +996 (312) 613-140

Fax: +996 (312) 611-459


Рыбин Анатолий Кузьмич

Anatoly Kuzmich Rybin

Doctor of Science

in Physics and Mathematics

e-mail: rybin@gdirc.ru

International Jubilee Conference, dedicated to 40th Anniversary from the foundation of Research Station RAS in Bishkek city

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Dear colleagues!

On 3-7 July 2018, the Research Station RAS plans to hold

International Jubilee Conference, dedicated to 40th Anniversary from the foundation of Research Station RAS in Bishkek city



First Circular_Jubilee Conference(pdf)

First Circular_Jubilee Conference(doc)


The Conference is dedicated to the 40th anniversary of Research Station RAS 
and will be held in Bishkek, Kyrgyz Republic. 
Registration Form, requirements for paper submission,
information about registration fee and other organizational issues
 can be found in the First Circular (attached)
We are pleased to invite you to take part in the Conference!
For any questions about the Conference, please contact
Academic Secretary of Research Station RAS 
Olga Zabinyakova
Address: Research Station  RAS, Bishkek-49, 720049, Kyrgyz Republic
E-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it , This e-mail address is being protected from spambots. You need JavaScript enabled to view it
Tel: 996 (312) 61-31-40, 996 (312) 61-14-59
Information about the Conference will be posted at RS RAS websites at
www.gdirc.ru , www.gdirc.kg



Last Updated on Friday, 06 April 2018 10:29


Book of Materials of the VII International Symposium

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Book of Materials of the VII International Symposium

Dear participants of the VII International Symposium, which took place in Bishkek city, Kyrgyz Republic, from 19 to 24 June, 2017.

The Organizing Committee of Symposium invites the participants to submit full versions of their Reports for publication in the Book of Materials of Symposium.

The deadline for materials submission is the May 1, 2018.

Last Updated on Tuesday, 20 March 2018 08:39



Project RFBR № 15-05-06857а

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Main results of the Project.

To solve the project tasks the complex of modern methods based on seismic data analysis has been applied.

The following methods were used for Q-factor determination:

  • determination of Q-factor on the grounds of code waves study of certain seismic station, based on the model of single scattering of volume waves;
  • determination of Q-factor based on the spectral relations of two seismic stations;
  • construction of damping field based on tomographic inversion method, as well as seismic tomography method to determine the seismic waves rates, which were used in calculating the damping field.

To construct the focal spectrum for further computation the dynamic parameters of focal point, a modern approach to modelling inversion was applied taking into account the Green function (attenuation function and station corrections).


A method based on the spectral relation of horizontal component to vertical one (Nakamura Y. A.) was applied to calculate station corrections. The wave inversion method was applied to calculate the seismic moment tensor, and the method based on the signs of the first entries of seismic waves was used to calculate the focal mechanisms. During the reconstruction of stresses according to the field data collected in 2015 and 2017, the cataclastic analysis method of Yu.L. Rebetsky and O. I. Gushchenko was applied. The method of seismotectonic deformations of S. L. Jung was applied in the stress-strain state study. The following programs were developed to effectively solve the problems of the Project:

  • Software for Q-factor determination on the grounds of code waves analysis.
  • Software for Q-factor determination on the grounds of spectral relations of two seismic stations;
  • Software for construction of damping field by the tomographic inversion method;
  • Software for station corrections calculation based on spectral H/V relation; software for calculation of station spectrum;
  • Software for focal spectrum calculation and determination of their characteristics.


Last Updated on Tuesday, 20 March 2018 14:56



RS RAS Publications in 2017

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In 2017, the staff of the Research Station RAS had the following publications:


Publications with DOI (Web of Science, Scopus): 6

Publications with DOI (Russian Science Citation Index of Web of Science): 1

Publications without DOI (Russian Science Citation Index of Web of Science, Scopus): 1

Publications without DOI (РИНЦ): 18

Publications in the conferences’ books of papers (РИНЦ): 15

Monography: 1.

More information about publications of RS RAS staff can be found at publications (pfd)


Project RFBR №17-05-00844

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Project Title:  Study of Modern Geodynamic Processes of Seismic Regions using Magnetotelluric Sounding Methods (by the example of Tien Shan)   

Project Manager:  Anatoly K. Rybin

Project Period: 2017 – 2019 

RFBR Project №17-05-00844 Report for 2018


Main Results of the Project in 2017

The purpose of the project is to solve the fundamental problem of the Earth studies – the problem of studying modern geodynamic processes in a wide range of phenomena – from disastrous (earthquakes, landslides, karst formation etc.) to virtually unnoticeable changes of stressed and deformed state of geologic environment. These processes become apparent in different physical fields and physical parameters including electromagnetic fields and electromagnetic parameters of lithosphere. To create tools of electromagnetic monitoring of modern geodynamic processes, the Project involves the solution of a number of theoretical and practical tasks within the scope of development of new approach to processing of magnetotelluric sounding data (MTS) to single out endogenous electromagnetic fields.

On the basis of analytical solution found for the direct problem of MTS using continuation of a field, we suggested an approach according to which endogenous electromagnetic field enters into impedance relations by an additive way. Such linear relation allows distinguishing the electromagnetic field recorded at daylight surface by the position of sources. The main idea of algorithm is that using the known impedance of lower half-space we need to find the difference of tangent components of electromagnetic field recorded at daylight surface. For implementation of this algorithm, we developed the MTS data processing program to single out the sources of endogenous electromagnetic field.

Last Updated on Tuesday, 12 February 2019 09:32



Project RFBR № 17-05-00654а

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Project Title: “Methodological Basis for Assessment of Stressed and
Deformed State of Geologic Environment According to the Results of
Electromagnetic Monitoring of Seismic Regions”

Project Manager: Elena A. Bataleva

Project Period: 2017 – 2019

RFBR Project № 17-05-00654а Report for 2018

List of publications for 2018

Results of the Project № 17-05-00654а in 2017

The most promising for the monitoring of geodynamic processes is the use of electromagnetic sounding methods which ensure effective observations of changes in the physical properties of the Earth’s lithosphere due to their technological effectiveness. This project is aimed at development of methodological basis for assessment of stressed and deformed state of the Earth’s crust and its anisotropic properties. The analysis and interpretation have involved both advanced Russian methods and technologies of electromagnetic monitoring data analysis and interpretation, and theirwidely accepted world analogues as well as the software developed at Research Station RAS and Trofimuk Institute of Petroleum Geology and Geophysics of Siberian Branch of Russian Academy of Sciences (IPGG SB RAS) which was tested on a large volume of experimental data and is mainly directed to optimizationandwaysof visual interpretation of electromagnetic experiment results.

Last Updated on Wednesday, 20 February 2019 15:36



Field geodetic works of GPS laboratory in 2017

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In 2017, the staff of GPS laboratory has fulfilled the planned scope of field geodetic observations except for some cases when weather conditions or other objective conditions made it impossible to conduct measurements.

From May to August 2017, we conducted 2 campaigns to measure regional sites at the territory of Kyrgyzstan (fig.1). The regional GPS campaigns involved four field teams including the operator and the driver of ZIL-131 truck. During one month, each team can measure up to 14-15 sites (36 hours for one site). The trucks have travelled 1466-2836 km, ~ 1860 on average.

Fig-1 2017-RegMes KGS 1

Last Updated on Tuesday, 20 March 2018 08:40



Fundamental Research in 2017

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Information about fundamental research in 2017 according to the Program of Fundamental Research of State Academies of Science

for 2013 – 2020

Fundamental Research

Number and Name

Received Results

(in connection to results expected by the Program)

(for more information in Russian please see http://www.gdirc.ru/nauchnaja-dejatelnost/-2017-)

128. Physical fields, Earth’s internal structure and deep geodynamic processes

Subject: «Study of deep structure of Tien Shan and adjacent territories using a complex of geophysical methods to find the relationship between substance-energy transfer in the Earth’s crust and upper mantle and space-time distribution of seismicity (0155-2014-0001)


Subject: «Study of modern movements of the Central Asia Earth’s crust using space geodesy» (0155-2014-0002)


Subject: «Postcollision tectonic ensembles of shear flow of intracontinental orogens: structure, deep structure, geodynamics (using the example of Pamir-Tien Shan segment of Eurasia intracontinental orogen) » (0155-2015-0002) 

136. Disastrous endogenous and exogenous processes including extreme changes of space weather: problems of forecast and reducing of negative consequences

Subject: «Study of geodynamic, seismic and geophysical processes as a basis of earthquake forecast (including modeling of inelastic processes in seismogenerating zones» (0155-2014-0003)


Subject: «Development of hardware and software means and basis of methods of electromagnetic monitoring of geodynamic processes in seismic zones and assessment of their dangers» (0155-2014-0004)

138. Scientific basis for development of methods, technologies and means of studying Earth’s surface and interior, atmosphere including ionosphere and magnetosphere of the Earth, hydrosphere and cryosphere; numerical simulation and geoinformation science (infrastructure of spacial data and GIS-technology)

Subject: «Development of distributed system of applications for storage and analysis of data of complex geodynamic monitoring of Tien Shan region» (0155-2015-0001)

Last Updated on Monday, 03 December 2018 15:26


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Geographic location

40 km. from Bishkek