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Muraveiko A.V., Stepanyuk I.A., Muraveiko V.M., Frolova N.S.
The effects of electromagnetic fields on the activity of marine organisms in the Schumann resonance area
Abstract. Reactions of marine organisms to variable electromagnetic (EM) fields with extremely low frequencies excited by natural hydrometeorological processes have been studied in vitro. The steady maximum of sensibility of the majority of the studied marine organisms in the area of the main mode of Schumann resonances (7-8 Hz) has been defined. It is presumably due to obtaining the forecasting information about biologically dangerous hydrometeorological process approaching. During the statistical analysis of the background impulse activity distribution in the myelencephalon nerve fibers and neurons connected with ampullae of Lorenzini in the Barents Sea thorny skates Raja radiate Donovan, the coincidence of the main distribution modes with the first ones in the energetic spectrum of the Earth – ionosphere resonator EM field has been revealed. This proves the assumption of the role of this field as an external synchronizer of internal biorhythm system in marine organisms which is most stable by frequency.
Keywords: marine organisms, rhythm system, electromagnetic fields
Printed reference: The effects of electromagnetic fields on the activity of marine organisms in the Schumann resonance area / A.V. Muraveiko, I.A. Stepanyuk, V.M. Muraveiko, N.S. Frolova // Vestnik of MSTU. 2013. V. 16, No 4. P. 764-770.
Electronic reference: The effects of electromagnetic fields on the activity of marine organisms in the Schumann resonance area / A.V. Muraveiko, I.A. Stepanyuk, V.M. Muraveiko, N.S. Frolova // Vestnik of MSTU. 2013. V. 16, No 4. P. 764-770. URL: http://vestnik.mstu.edu.ru/v16_4_n54/764_770_murav.pdf.
