Monitoring of the geomagnetic field variations at the high-mountain biospheric station «Dzhuga» and forecasting of natural disasters and extreme weather

by

A.N. Lukin1, P.G. Rodimcev2, N.B. Eskin2

1Caucasus Research Center, Russian Federation, Tuapse, Tupik Zvezdniy, 9 Southern Branch of the Russian State Hydro-Meteorological University of Saint-Petersburg, Russian Federation, Tuapse, Morskaya Str., 4

E-mail: lukin@wcrc.ru

2Caucasus State Natural Biosphere Reserve named after Kh.G. Shaposhnikov, Russian Federation, Sochi, Karl Marx Str., 8

E-mail: rodimcev@rambler.ru, nicholas.yeskin@gmail.com

DOI: 10.33075/2220-5861-2017-1-35-43

UDC 551.501.9:550.837.2

Abstract:

   In the paper realization of the research project connected with monitoring of the Earth magnetic field variations at the high-mountain biosphere station «Dzuga» is considered. The acoustic channel of influence of the space weather and technologies of visualization of the geomagnetic and acoustic fields with use of high-sensitivity model experimental systems is considered. The new concept of forecasting of extreme natural events with use of the universal phenomenon of spacial self-synchronization of oscillations of geomagnetic and acoustic fields and on the basis of the analysis of the structure of holograms of physical fields is formulated.

Keywords: space weather, geomagnetic field variations, proton magnetometer, aerosol atmosphere, acoustic channel, storm glass, cymatics, self-synchronization.

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