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Address

720049, Kyrgyzstan.

Bishkek-49, Research Station RAS.

Phone: +996 (312) 613-140

Fax: +996 (312) 611-459

Director

Рыбин Анатолий Кузьмич

Anatoly Kuzmich Rybin

Doctor of Science

in Physics and Mathematics

e-mail: rybin@gdirc.ru

News of the Group of New Technologies Introduction (GNTI)

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KNET seismic network is operating on a full scale.

            Two high-mountain KNET network stations have been restored on November 17, 2017. The helicopter MИ8-MTВ delivered employees and equipment to stations. Staff of RS RAS laboratories and technical divisions: GNTI, LAHD, LDMS, GHM - Alexander Matiх, Ruslan Dudinskih, Oleg Lashin, Maksim Lisimov, Oleg Nelin, Yuri Yurkov were involved in works on stations repair.

New steel pole with a solar panel and antenna was installed; battery, solar controller, solar panel and data recorder were replaced at Kyzart station. Executed works at 3520m altitude had been complicated by sub-zero temperature and strong wind.

All interconnections were checked at Uchtor station, as well as battery and solar controller. STS-2 seismic sensor was adjusted. Work at 3850м altitude had been complicated by negative temperature and deep snow. All staff members showed high professionalism in course of repair works. Additionally, high cost of helicopter flight hour required fast and quality execution of repair works.

Unfortunately, high-mountain Kyzart station has been subjected to vandalism by residents of nearby villages not for first time. The station is located on the mountain range between Kochkor and Suusamyr valleys. Stockyards are situated near station location in summer. Flocks of sheep reach the station location some days. There are also horse pathways. There can be strong winds across the range in north-east direction due to temperature difference between two valleys.

Presumably, the locals took steel ropes for household needs. Steel pole would be blown down by wind, fell to ground, what led to solar panel and antenna breakage, and, as a result, seismic data transfer interruption in this case. Station repair costs are very significant.

In order to ensure smooth operation of station it was decided to ask District or Republican Ministry of Internal Affairs interpret laws to residents of nearby villages before 2018 summer season to prevent stations damage.

Фото расположить по порядку 1, 2, 3.

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Last Updated on Thursday, 30 November 2017 10:16

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Planned works of the Group of New Technologies Introduction (GNTI) on geophysical networks of RS RAS.

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With a view to winter period approach, which makes difficult the access to geophysical stations, the GNTI conducts preventive works to increase the stations operation reliability. At two GPS stations (KAZA and SEL2) new gel batteries of СГГН 100-12 type, produced in St. Petersburg, have been installed. Unfortunately, by contrast with previous years, the supplies with batteries of this kind in Bishkek have greatly decreased. Accumulators of AGM type (Sznajder 6CT) proved to be unreliable in operation. Because of self-discharge at the energy supply absence, they get out of order irrevocable. Gel batteries are much better in this respect.

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GNTI staff members who service the equipment – Leading engineers Sergei Konovalov and Ryslan Dudinskih.

In August of this year, the power supply system at the OSHK station (Osh city, Kyrgyzstan) on Soulaiman-Too Mount was upgraded. On completion of the project of Universities of Montana and Colorado states in 2008-2011 under the grant of National Aeronautics and Space Administration Subaward 5710002361, "Activities of the GPS network in Kyrgyzstan, maintained by the Research Station of the Russian Academy of Science in Bishkek (RS RAS), the GPS station was kindly left in Kyrgyzstan at the disposal of RS RAS staff to continue the space geodesy research.

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The OSHK station is important for the accuracy of GPS data processing, as the most remote stationary one in the south-west direction. In early November 2017 this station is functioning with normal hardware parameters.

Last Updated on Monday, 13 November 2017 12:56

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News of Laboratory of Advanced Hardware Development (LAHD)

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In September – October 2017 the LAHD staff conducted the field trials of new improved model of measuring complex (Electrical survey complex with broadband signal) .
The trials showed a significant improvement in the performance of new set of equipment compared to previous model. At this time, the field testing of upgraded magnetometers POS-1 in conjunction with previously developed and produced by LAHD Autonomous geomagnetic data recording units was conducted.

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Last Updated on Friday, 03 November 2017 13:37

 

The 9th Kazakhstan-Chinese International Symposium

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On 25 – 27 October, 2017, in Almaty (Republic of Kazakhstan), the 9th Kazakhstan-Chinese International Symposium "Earthquake Prediction, Seismic Hazard Assessment and Seismic Risks of Central Asia" organized by the LLP "Institute of Seismology" and the Administration of Earthquakes of the Xinjiang Uyghur Autonomous Region of China took place.

The Symposium was attended by the Director of Research station RAS in Bishkek city Anatoly K. Rybin, Head of the Laboratory of Complex Study of Geodynamic Processes in Geophysical Fields (LKI) Vitaly D. Bragin and Head of the Laboratory GPS Sergei Iv. Kuzikov. Anatoly K. Rybin presented the paper on "Electromagnetic Effects on the Environment with the Purpose of Discharge of Tectonic Stresses in the Earth's Crust of Seismically Active Regions (on the example of the Northern Tien Shan)” of the Group of authors (Rybin A.K., Bragin V.D., Shelokov G.G.).

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News of the Group of Magnetotelluric Sounding

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For the period of June-September, 2017, the Group of Magnetotelluric Sounding conducted the soundings of two cross-sections in the territory of Kyrgyzstan to conduct detailed study the Tian Shan fault zones. On the “Karabook” cross-section, in Orto-Syrt River and At-Bashi River Valleys, the observations were made in 15 sites by MTS method, and on the “Chon-Tuz” cross-section in Kochkor Valley – in 24 sites.

Additionally, in Koch-Kor Valley, in 2 sites of two earlier acquired cross-sections, the synchrony long-term MT soundings had been conducting for 11 days. The aim was to increase the deep of observations. Similar works were also conducted in Issyk-Kul Lake depression, near “Karagai-Bulak” Regime Station, where observations took more than 8 days.

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Last Updated on Thursday, 26 October 2017 15:51

 

Our congratulations to corporate authors with publication of Monograph “GISSAR-ALAY AND PAMIRS – Compatative Tectonics and Geodynamics”.

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In August of this year, the Monograph “GISSAR-ALAY AND PAMIRS – Comparative Tectonics and Geodynamics” came out.

We congratulate the team of authors with publication of this joint scientific paper: Head of Tectonic of Consolidated Crust Laboratory GIN RAS Dr. M.G. Leonov; Director of Research Station of RAS in Bishkek city Dr. A.K. Rybin; RS RAS staff members: Dr. V.Yu. Batalev, Ph.D E.A. Bataleva, Ph.D V.E. Matyukov, Head of the Representative Office of RS RAS in Moscow city - G.G. Shchelochkov.

The book examined the factual material and the comparative analysis of the two largest mountain constructions of Asia: Pamir and Gissar-Alay. There are some information on the tectonic structure of regions, their deep structure, geodynamic evolution and modern geodynamics. In this book the authors proposed the Pamir and Gissar-Alay geological-geophysical models. The results of the experiments reflecting the typical for the studied region processes, as well as data on similar structure of the Earth’s crust are presented. The book is intended for a wide range of specialists in the geology, tectonics and geodynamics of Central Asia region.

The book was published under the financial support of Russian Science Foundation (Project 16-17-10059)

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The Ninth Science Readings of Y.P. Bulashevich

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From 18 to 22 September 2017, in Ekaterinburg, the Institute of Geophysics named after Y. P. Bulashevich of the Ural branch of the Russian Academy of Sciences held a national conference with international participation "the Ninth science Readings of Y. P. Bulashevich “Deep structure, geodynamics, thermal field of the Earth, interpretation of geophysical fields”. The Conference topics included such areas of research as:

1. Deep structure of the Earth's crust

2. Interpretation of geophysical fields

3. Geodynamics

4. Thermal field of the Earth

5. Magnetometric survey

6. Electrometric studies

7. Environmental studies

8. Monitoring

The researcher Vinera Mukhamadeeva and engineer Ekaterina Lazareva from the Laboratory of Integrated Studies of Dynamic Processes in Geophysical Fields (LIS) of the Research Station RAS presented the following reports:

Rybin A., Alexandrov P., Zabinyakova O. GENERALIZATION OF TIKHONOV-CAGNIARD IMPEDANCE RELATIONS IN CASE OF ENDOGENOUS ORIGINE ELECTROMAGNETIC FIELD SOURCES EXISTENCE

Bataleva E., Batalev V. THE NEW TECHNOLOGY RESEARCH OF WELLS IN THE REGIME OF CYCLICAL LOGGING

Bataleva E., Batalev V. INFLUENCE OF THE SWARMS OF SEISMIC EVENTS ON THE VARIATION OF THE DETAILED RESISTANCE

Lazareva E., Mukhamadeeva V.ON THE ANOMALOUS VARIATIONS OF THE MAGNETIC FIELD IN CONNECTION WITH THE ACTIVATION OF SEISMIC PROCESSES IN THE EASTERN PART OF THE BISHKEK GEODYNAMIC PROVING GROUND

After the Conference, the organizers conducted the excursion to Magnetic observatory “ARTI”.

Last Updated on Monday, 02 October 2017 10:55

 

AGREEMENT ABOUT SCIENTIFIC AND TECHNICAL COLLABORATION

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6 September 2017 Institute of Earth Sciences, Academia Sinica (Taiwan), represented by Director Sun-Lin Chung, International Research Center – Geodynamic Proving Ground in Bishkek (IRC-GPG) represented by Depute Director, Gennady G. Schelochkov, Research Station of the Russian Academy of Sciences (RS RAS) represented by Director, Anatoly K. Rybin concluded the Agreement about scientific and technical collaboration.

The purpose of this Agreement is to provide scientific and technical interaction of Sides during conducting collaborative research of geodynamic processes, organizing and conducting field works, and enhancing the efficiency of processing and interpretation of geological materials related to the problems of modern geodynamic activities of lithosphere in orogenic regions and data exchange.

The Agreement will promote the development of scientific relations between its participants during solving fundamental problems of modern geodynamics of different segments of Central Asian continental lithosphere, and topical applied problems of assessing the degree of tectonic activity of orogenic territories and adjacent areas.

 

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Geographic location

40 km. from Bishkek