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  3. 2(15), 2013
  4. Detecting the anomalous events in lithosphere by means of infrasonic and geoelectric monitoring at the surface

Detecting the anomalous events in lithosphere by means of infrasonic and geoelectric monitoring at the surface

JGD.
2013;
Volume 15, Number 2
: pp. 166 - 167
https://doi.org/10.23939/jgd2013.02.166
Received: August 01, 2013
Authors:
  1. L.M. Karataieva
  2. V. K. Lipskyi
  3. Z.I. Liubinetskyi
  4. V. P. Mezentsev
  5. M.O. Melnyk
1
Lviv Centre of the Space Research Institute of the NASU and NSAU
2
Lviv Centre of the Space Research Institute of the NASU and NSAU
3
Lviv Centre of the Space Research Institute of the NASU and NSAU
4
Lviv Centre of the Space Research Institute of the NASU and NSAU
5
Lviv Centre of the Space Research Institute of the NASU and NSAU

In the paper, a connection between infrasonic fluctuations and geo-electric field in atmosphere and seismic activity in a region is considered. In our analysis, the model of a stationary random process is used. The coherence between spectral characteristics of infrasound and seismic activity is revealed in some seismic events. The analysis of our study proves that characteristics of infrasound and geo-electric field begin to change a few days before the earthquake.

atmospheric infrasound
atmospheric geo-electric field
seismic activity
acoustic channel of lithosphere-atmosphere connection
spectral density of infrasound and atmospheric geo-electric field

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2.    Soroka S.O., Mezentsev V.P., Karataieva L.M., Soroka O.S.. Infrazvuk kosmichnoho pokhodzhennia ta yoho vplyv na zemni protsesy // Kosmichna nauka i tekhnolohiia. 2008. – T.14. – № 6, – 
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