HomeLGPSScientific collaboration

Scientific collaboration

  • Print
  • E-mail

Training for work in Bernese GNSS Software (AIUB, Bern, Switzerland)

In August 2019, the NS RAS acquired the licensed software "Bernese GNSS Software Version 5.2" (Bernese software) from the Astronomical Institute of the University of Bern (AIUB, Switzerland). Bernese software is a multi-platform program for processing measurement data based on Global Navigation Satellite Systems (GNSS), calculating high-precision series of coordinates and velocity vectors. The license for the right to use Bernese software includes the opportunity to undergo a free training for 2 specialists.

GPS laboratory staff lab. S.I. Kuzikov and junior researcher Y.M. Salamatina took a course on installing and using Bernese software at AIUB (Bern, Switzerland) from January 27 to January 31, 2020 http://www.bernese.unibe.ch/course/.

The organizers provided the participants of the courses with a large amount of training material and a manual for Bernese software. To consolidate the lecture material, course participants for 2-3 hours a day were engaged in practical exercises at the terminal session.

At the end of the course, the participants were awarded certificates (Fig. 7.1).

Fig-7.01 LGPS BC-Certificates 2020

Figure 7.1. Certificates of completion of the course on working with Bernese software in AIUB.

Sixth Youth Tectonophysical School-Seminar based on IPE RAS

From 7 to 11 October 2019 at the O. Y. Schmidt RAS (IPE RAS, Moscow), the 6th Youth Tectonophysical School-Seminar was held. The junior researcher LGPS Yulia Salamatina took part in its work with a report on assessment of tidal deformations of the Earth's crust based on the data of linear-angular measurements (Fig. 7.2).

Fig-7.02 LGPS ИФЗ-СЮМ 2019

Figure 7.2. Presentation of the report by Y.M. Salamatina in the conference hall of the IPE RAS.

The purpose of this school was to improve the qualifications of young scientists in the field of tectonophysical research methods, familiarize themselves with the most important concepts of modern tectonophysics, as well as with new results and research in related scientific areas. The school's topics covered the development of methods for tectonophysical studies of natural stresses and deformations; study of faults and their impact on seismicity; geophysical and seismological methods for studying the internal structure of the crust, the use of satellite technologies in geodynamics; field tectonophysical methods in ore geology and much more.

During the school-seminar, 11 lectures were given from famous scientists on various aspects of scientific research in the field of geology, modern geodynamics, geophysics, geomechanics and tectonophysics: prof., D.ph.-m.s. G.G. Kocharyan; prof., doctor of physical and mathematical sciences Y.O. Kuzmin; Corresponding Member RAS, Doctor of Physical and Mathematical Sciences I.Y. Kulakov; prof., doctor of physical and mathematical sciences I. Mikhailov; Corresponding Member RAS, Doctor of Geology and Mathematics V.A. Petrov; Doctor of Physical and Mathematical Sciences Y.L. Rebetsky; Doctor of Geology and Medicine L.A. Sim; prof., d.g.-m.s. A.K. Hudoleem, Prof. A.I. Shemenda (France). During the school-seminar, about 40 reports were presented by young scientists from Moscow, St. Petersburg, Novosibirsk, Tomsk, Perm, Yuzhno-Sakhalinsk, Bishkek. Many reports dealt with the stress state of collision areas, including the Tien Shan, as well as tectonophysical aspects of fracturing.

Refresher courses at the Research Institute of Geosciences (GFZ, Potsdam, Germany)

From August 12 to September 6, 2019 n.s. GPS laboratory Artur Mansurov took part in the advanced training course "International Training Courses on ‘Seismology and Seismic Hazard Assessment’" [https://www.gfz-potsdam.de/en/about-us/education-and-training/seismology-and-hazard-assessment/ ]. These courses are taught annually by the Earth Science Research Institute- GFZ German Research Centre for Geosciences, The Helmholtz Centre Potsdam.

Courses cover a modern view of the theoretical foundations of seismology and seismic risk; the latest approaches, methods and tools for seismicity research and seismic risk assessment. Classes are conducted by leading experts of the world seismological practice.

The courses covered earthquake source models, seismic sensors, seismic wave propagation in the geomedium - velocity models, hodographs and Green's functions, tools for locating sources in real time, tools for determining the seismic moment tensor based on waveform records, site effect and its assessment. , calculation of the distribution of S-wave velocities in the near-surface layer, the concept of seismic threat and seismic risk, models and tools for determining seismic threat, satellite measurements of vertical movements of the earth's surface, the effect of local tectonic processes on seismicity. In total, 17 days of classes were held, which included lectures and practical exercises, acquaintance with computer programs for data processing. After that, 2 days were allocated for each student to conduct additional practical sessions with an expert on one of the topics of their choice.

Also, each of the students made a scientific report on the topic of their research or planned work. Mansurov A.N. a report was made on the topic "Comparison of the estimates of the deformations of the earth's crust of the Bishkek Geodynamic Polygon based on seismological and GPS data" (Fig. 7.3).

Fig-7.03 LGPS GFZ-МАН 2019

Figure 7.3. Presentation of the report by AN Mansurov, GFZ, Potsdam, Germany.


At the end of the courses, their participants were awarded the appropriate certificates (Fig. 7.4).

Fig-7.04 LGPS GFZ-МАН-Серт 2019

Figure 7.4. Certificate of completion of advanced training courses A.N. Mansurov in GFZ (Potsdam, Germany).


Conference GISCA'19 - Geographic Information Systems in Central Asia

From May 30 to June 1, the GIS in Central Asia 2019 conference "From Spatial Data to Spatial Intelligence" was held in Bishkek, working language is English. Organizers: Kyrgyz State University of Construction, Transport and Architecture (KSUCTA) with the support of industry partners Trimble International and GeoTwo (Korea).

The scientific station was presented at the conference by LGPS employee junior researcher Yuliya Salamatina (co-author - Head of LGPS SI Kuzikov) with the oral report "Estimation of positioning accuracy for the photogrammetry method" (Study of positioning accuracy for the photogrammetry method).

The main goal of the conference was to bring together scientists, researchers and practitioners from Central Asian countries, focused on geospace and promoting international cooperation, as well as the exchange of knowledge in the field of GIS technologies (Figure 7.5).

Fig-7.05 LGPS КГУСТА-СЮМ 2019

Figure 7.5. Participants Conference GISCA'19 (KGUSTA, Bishkek, Kyrgyzstan).

The third All-Russian scientific conference on about. Sakhalin

On May 27–31, 2019 in Yuzhno-Sakhalinsk on the basis of the Institute of Marine Geology and Geophysics FEB RAS a scientific conference with international participation "Geodynamic Processes and Natural Disasters"

The conference was attended by employees of the NS RAS LGPS, Leading Researcher Kuzikov S.I. participated in the work of the Program Committee of the conference, acted as a convener of Section II "Tectonics and Geodynamics of the Pacific Rim of Asia", made a presentation of the oral report "Correlation of tectonic structure and modern movements of the earth's crust in the area of ​​the Bishkek geodynamic test site" At the final stage of the conference, he spoke at the Discussion Round Table (Fig. 7.6).

Fig-7.06 LGPS Ю.Сах.-КСИ 2019

Figure 7.6. Report by Sergey Kuzikov at the Institute of Marine Geology and Geophysics FEB RAS (Yu. Sakhalinsk, Russia).

LGPS Senior Researcher Nelya Sycheva at the plenary session, when she made a report "Assessment of the level of seismic noise of stations of the KNET network", and at the sectional session she made an oral report "Seismotectonic deformations of the earth's crust in the Pamirs and adjacent territories" (Fig. 7.7).

Fig-7.07 LGPS Ю.Сах.-СНА 2019

Figure 7.7. Plenary talk by N. A. Sycheva at the Sakhalin State University FEB RAS (Yu. Sakhalinsk, Russia).

XI International Conference of Young Scientists and Students


From April 24 to April 26, 2019, the XI International Conference of Young Scientists and Students "MODERN TECHNOLOGY AND TECHNOLOGIES IN SCIENTIFIC RESEARCH" was held at the Scientific Station of the RAS in Bishkek (NS RAS).


Almost all LGPS employees took an active part in the conference to one degree or another. Oral presentations were made by: junior researcher Artur Mansurov "Automation of analysis of time variations in the frequency composition of seismic noise recorded by the KNET network", ЛGPS junior researcher Yulia Salamatina "Estimation of the accuracy of intraday GPS measurements", engineer Prokhorov OA "Sample of the Digital Portable Geodetic Meteorological Station (TsPGM-1) for linear-angular measurements", engineer DV Kenigsberg "Development and creation of a model of a device for determining the concentration of toxic gases."

After the opening of the conference on April 24, 2019, LGPS staff conducted a field geodetic excursion, the purpose of which was to demonstrate complex field GPS, linear-angular and aerial photogrammetric measurements on the fundamental benchmarks of the Geodynamic Proving Ground (Fig. 7.8).

Fig-7.08 LGPS 11ММК-Экск 2019 

Figure 7.8. Demonstration by LGPS employees a complex of geodetic measurements and photogrammetric observations using a drone (NS RAS, POLY point).

The presentation of results of processing the data of demonstration geodetic observations took place on April 25, employees of LGPS Head. lab., Ph.D. Kuzikov S.I. and junior researcher Yulia Salamatina made a presentation on the results of processing the data of demonstration geodetic observations following the results of the field excursion on April 24.

Fig-7.09 LGPS 11ММК-Рез 2019

Figure 7.9. Results of comparing the accuracy of determining distances by the method of photogrammetric observations and standard linear-angular measurements.

The second stage of the Central Asia GPS Summer School 2018

On July 2-7, the second stage of the summer GPS school took place on the basis of the Central Asian Institute for Applied Earth Research. Classes were led by GAMIT / GLOBK software developers: Professor Tom Herring (MIT), Dr. Mike Floyd (MIT) and Mason Perry (University of Montana).

In-depth study of the GAMIT / GLOBK software was the key at the second stage of the summer school. The teachers familiarized with the features and algorithms of the new version of this program, which will include, in addition to GPS and Glonass data, such positioning systems as BeiDou, Galileo, IRNSS, QZSS. The participants were also shown the work of the TRACK kinematic positioning program.

The training was continued by LGPS employees: engineer Oleg Prokhorov, junior researcher Artur Mansurov and junior researcher Yuliya Salamatina (Fig.7.10).

Fig-7.10 LGPS ЦАИИЗ-GG 2018

Figure 7.10. LGPS employees O.A. Prokhorov and Yu.M. Salamatina (from left to right) for setting up GAMIT / GLOBK software calculations 10.7.

Central Asia GPS Summer School 2018 

On the basis of the Central Asian Institute for Applied Geosciences (CAIAG) in Bishkek on March 12-17, the first stage of the summer GPS school took place. The project was organized by the German Research Center for Geophysical Research and the University of Montana; the event was financially supported by the German Volkswagen Foundation.

The main task of the school is to train employees of scientific organizations from the countries of the Asian region in processing GPS data and calculating high-precision positioning. At the first stage, the participants got acquainted with the basic elements of independent work with the GAMIT / GLOBK software developed at the Massachusetts Institute of Technology (USA). At the same time, there were 28 representatives from Afghanistan, Kazakhstan, Kyrgyzstan, Pakistan, Tajikistan, Uzbekistan and India as students. Teachers: Sabrina Metzger (Germany), Mason Perry (USA), Alexander Zubovich and Olga Mosienko (Kyrgyzstan) creatively shared their experience in processing GPS data. The working language of the GPS school is English.

In order to improve their qualifications, the employees of LGPS Scientific Station of the Russian Academy of Sciences took an active part in the summer school: junior researcher Yu.M. Salamatina, engineer O.A. Prokhorov and junior researcher A.N. Mansurov (Figure 7.11).

Fig-7.11 LGPS ЦАИИЗ-GG 2018

Figure 7.11. The process of theoretical and practical training for users of the GAMIT / GLOBK software package.

During an excursion to CAIAG, the staff of the State Social Service of the Nation of the GPS demonstrated to the school participants unique equipment for setting up and measuring GPS points. Head of the State Socialistic Service B.N. Bakka spoke in detail about the modern technology of field GPS work carried out by the staff of the RAS NS (Fig. 7.12).

Fig-7.12 LGPS ЦАИИЗ-GG 2018

Figure 7.12. A fragment of a lecture by Boris Bakka about additional equipment and technology of field GPS measurements at the NS RAS.

Implementation of an international research project in 2018

During 2-year field campaigns in 2018, repeated long-term measurements of 30 points of the GPS network in Kyrgyzstan were carried out as part of the international research project "Study of modern three-dimensional tectonic movements and analysis of the seismic hazard of the Tien Shan in Central Asia" (Fig. 7.13) ... On the one hand, the staff of the NS RAS LGPS participated in the project, on the other hand, the representatives of the Agency for Earthquakes of the Xinjiang Uygur Autonomous Region of the People's Republic of China


Figure 7.13. GPS points on the territory of Kyrgyzstan, measured by the staff of the NS RAS in 2018 within the framework of an international research project.



Geographic location

40 km. from Bishkek