On the Physiological Effect of the Tskaltsminda-Ureki Magneto-Electrical Anomaly

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Zurab A. Kereselidze
Marina A. Lomouri
Marina S. Chkhitunidze
Nino I. Zhonzholadze

Abstract

Before the industrial era the natural electro-magnetic background was formed by so called space weather and radioactive dissolution process taking place inside the Earth. Nowadays, due to sustainably increasing anthropogenic load, a process of overall change is observed in the parameters of the environment we live in. The process takes place all over the Earth, especially in areas of dense urbanization, where negative sociological and physiological influences of the technical progress on the global population as well as on individual groups of people are especially felt. This global problem has many aspects and among them is the study of adaptation ability of the population living in the conditions of unnatural changes of the electromagnetic background, the essential element of which is a comparative analysis of background diseases of population, for example, it is already well known that the correlation effect of geomagnetic storms, which is one of the global impact of rapid change in the space weather, has an influence on the deterioration of the health state in population with cardiovascular pathologies. In our opinion, revealing physiological mechanism of this correlation, together with the effects of the processes taking place on the surface of the sun, requires to study physiological effects of the locally variable natural electromagnetic background caused by the influence of geomagnetic anomalies on the Earth. In this regard a comparative analysis of the preliminary medical data of the aboriginal population of the resort area of Tskaltsminda-Ureki local geomagnetic anomaly zone and the population of Telavi region, which is a calmer area in geomagnetic point of view, appears deeply interesting. According to the obtained results the combination of the characteristics of the Tskaltsminda-Ureki geomagnetic anomaly area with the cosmic factors characteristic of the sea coast, probably has a positive influence on the population. According to extrapolation of this conclusion we can generally speak on positive therapeutic effect on the people, who make short-term visits to the Tskaltsminda-Ureki resort zone for recreation and treating purposes.

Keywords:
Magneto-electrical anomaly, physiological effect, Tskaltsminda-Ureki resort.
Published: Oct 4, 2022

Article Details

How to Cite
Kereselidze, Z. A. ., Lomouri, M. A. ., Chkhitunidze, M. . S. ., & Zhonzholadze, N. I. . (2022). On the Physiological Effect of the Tskaltsminda-Ureki Magneto-Electrical Anomaly. Journals of Georgian Geophysical Society, 25(No.1). https://doi.org/10.48614/ggs2520224808
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References

Pudovkin M. I., Raspopov O. M., Kleimenova N. G. Perturbations of the Earth’s electromagnetic field. Part 2: Short-period oscillations of the geomagnetic field. LSU; 1976, (in Russian)

Bishop R. Oscillations. M., Nauka, 1986, (in Russian)

Breus T. K., Chibisov S.M. and et al. The chronostructure of heart biorhythms under effects of external environment factors. M., publishing house “Polygraph service”, 2002, p. 231, (in Russian)

Nodia M. Z. On the issue of the applicability of the magnetometric method of exploration to the magnetic sands of the Black Sea coast. Georgian branch of the Academy of Sciences of the USSR, vol. 1, No. 6, 1940, pp. 429-434, (in Russian)

Nodia M. Z. The magnetic anomaly of Guria and some of its features. Academy of Sciences of GSSR. vol. 2, No.5, 1941, pp. 495-497, (in Georgian).

Nodia M. Z. Route magnetic measurements in some areas of the Ompareti oil field. Academy of Sciences of GSSR, vol. 5, No. 4, 1944, pp.383-390. (in Russian).

Kereselidze Z. A. Local geomagnetic anomaly of Tskaltsminda-Ureki as a possible source of VLF electromagnetic waves. GESJ: Physics, No.1(7), 2012, pp. 34-48, (in Russian)

Kereselidze Z. A. On the telluric mechanism of generation of VLF electromagnetic radiation in the region of the Tskaltsminda-Ureki magneto-electrical anomaly. Works of Institute of Geophysics, vol. 73, 2021, pp. 34-50, (in Russian)

Abaci A., Oguz A. and et all. Treatment and control of hypertension in Turkish population: a survey on high blood pressure in primary care (the TURKSAHA study). Journal of Human Hypertension, 20, 2006, pp. 355–361. doi:10.1038/sj.jhh.1001995; published online, March 2, 2006.

Rapoport S.I., Breus T.K., Kleimenova N.G., Kozyreva O.V., Malinovskaya N.K. Geomagnetic pulsations and myocardial infarctions. Ter. Archives, vol.78, No. 4, 2006, pp. 56-60, (in Russian).