e-ISSN: 2618-0979     print ISSN: 2618-0960
NFLUENCE OF GEOPHYSICAL AND SEISMIC FACTORS. ON MORTALITY IN GUSAR DISTRICT
##common.pageHeaderLogo.altText## Journal of Theoretical, Clinical and Experimental Morphology

Abstract

The aim of the study was to obtain data on the influence of geophysical and seismic factors on mortality in the
Gusar region.
The study established the relationship between the number of deaths, their causes, distribution by sex and age,
earthquake magnitude, epicenter depth and seismological activity by months. The obtained data were statistically
processed using the Statistica 12.0 for Windows application package (Statsoft Inc., USA). To establish correlation
relationships, Spearman's rank correlation coefficient was calculated, the results were considered reliable at p<0.05.
In the course of the study, 310 case histories were examined in the Gusar region, of which 154 were men (49.7%)
and 156 were women (50.3%).
In the Gusar region, more people died from heart failure among men - 45.9% and women - 54.1%. When comparing
the sexes and the magnitude of the earthquake, more people died with a magnitude of 1.1-2.0 ml among men -
16.9% and 14.7% among women. In the study of the relationship between the causes of death and the depth of the
seismic process, there were more deaths at a process depth of less than 10 km from acute cerebrovascular accident.
During the study, it turned out that more people died on the days of tremors than in the absence, in particular, 167
people died on the days of earthquakes, including 50.9% of men and 49.1% of women, than in the absence of 143,
of which 48.3 % men and 51.7% women.

References

Алексеев В.П., Иванов К.И. Эпидемиология ИБС и особенности атеросклероза у мужчин Якутска // – Москва: Терапевтический архив. – 2001. No1, с. 12-17

Атькова О.Ю. Артериальное давление у работающих с ночными сменами: суточные ритмы, уровни и их сезонные различия // – Москва: Физиология человека, – 2012. No1, – с. 88

Гурфинкель Ю.И., Парфенова Л.М. Влияние геомагнитных возмущений на ритм сердца и его эктопическую активность / Материалы Международного семинара «Биологические эффекты солнечной активности» – Пущино-на- Оке: – 2004, – 20 с.

Григорьев A.И. Медицинское обеспечение межпланетных полетов / A.И.Григорьев, А.Н.Потапов, Дж.Джонс [и др.] Российско-

американское сотрудничество в области космической биологии и медицины. – Москва: Совместное российско-американское издание. – 2009, – с. 627-736.

Владимирский Б.М., Брунс А.В. Космическая погода, физико- химические системы и техносфера // – Москва: Геофизические

процессы и биосфера. – 2010. No1. – с. 34-62.

Yetirmishli G.J., Mammadli T.Y., Kazimova. S.E. Features of seismicity of azerbaijan part of the greater Caucasus // Journal of Georgian

Geophysical Society, – 2013. 16a, – p. 55-60.

Жирков А.М. Психосоматические связи и влияние гелиогеомагнитных факторов на человека // – Санкт-Петербург: Вестник

Российской Военно-Медицинской Академии. – 2008. No3, – с. 401–402.

Pishchalnikov R.Y. Cardiovascular response as a marker of environmental stress caused by variations in geomagnetic field and local weather / R.Y.Pishchalnikov, Y.I.Gurfinkel, R.M.Sarimov [et al] // Biomedical Signal Processing and Control, – 2019. 51, – с. 401-410 DOI

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Keywords

Seismology, magnetic field, depth of seismic process, earthquake magnitude Сейсмология, магнитное поле, глубина сейсмического процесса, магнитуда землетрясения. Seysmologiya, maqnit sahəsi, seysmik prosesin dərinliyi, zəlzələnin maqnitudası
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