Assessment of the relationship of the population’s medical care with the factors of earth and space weather

Noskov, Sergei; Karelin, Aleksandr O.; Golovina, Elena G.; Stupishina, Olga M.; Yeremin, Gennadij B.

doi:10.47470/0016-9900-2021-100-8-775-781

Cited by 6 publications

(1 citation statement)

References 10 publications

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“…Data on the incidence of the population with various pathologies. To obtain the above information, available statistical and scientific information was used (Table 1) [16][17][18][19][20][21][22].…”

Section: Sources Of Informationmentioning

confidence: 99%

Assessment of the population health risk under the impact of climatic factors in the territory of St Petersburg

Noskov

Mironenko²,

Yeremin³

et al. 2022

Vestnik SPbSU. Medicine

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In recent years, climate change has been considered one of the leading factors affecting the health of the population, one of the conditions for the implementation of this concept for specific risk factors in St Petersburg is the development and use of adequate methods. In this work, as a methodological basis for assessing the state of health of the population, taking into account climatic conditions, the methodology of MR 2.1.10.0057-12 “The state of health of the population in connection with the state of the environment and living conditions of the population. Assessing the risk and damage from climate change affecting the increase in morbidity and mortality in high-risk population groups. Guidelines” was used. The presence of statistically significant correlations between the effective air temperature in St Petersburg and the primary incidence of diabetes mellitus in people older than working age has been established (Spearman rank correlation coefficient –0.829, p = 0.042); primary incidence of acute respiratory infections of the upper respiratory tract in children 0–14 years old (Spearman rank correlation coefficient –0.886, p = 0.019); primary incidence of chronic obstructive pulmonary disease in children 15–17 years (Spearman rank correlation coefficient –0.943, р = 0.005). The presence of established direct and inverse statistically significant correlations can be explained logically based on modern ideas about the impact of climatic parameters on human health, however, in this case, the logical connection seems doubtful due to the highest deviation of the average annual air temperature from the norm in 2020 and the pandemic of a new coronavirus infection COVID-19. Therefore, a decrease in morbidity (in the case of a negative correlation) can be explained by a reduction in planned medical care.

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Section: Sources Of Informationmentioning

confidence: 99%

Assessment of the population health risk under the impact of climatic factors in the territory of St Petersburg

Noskov

Mironenko²,

Yeremin³

et al. 2022

Vestnik SPbSU. Medicine

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Dependence of medical rehabilitation effectiveness of patients with somatic diseases and meteopathology on features of weather-forming factors of the Moscow region

Uyanaeva,

Pogonchenkova,

Tupitsyna

et al. 2024

Prob. Balneo. Physio. Exer. Therapy

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Assessment of Natural and Climatic Factors (the Earth’s Magnetic Field) in Selected Territories: Report 1

Noskov¹,

Golovina²,

Stupishina³

et al. 2021

PH&LE

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Background: A man is constantly exposed to numerous environmental factors, including meteorological conditions of the earth and space weather. The study of human health effects of these factors is of increasing interest both for science and practice. Objective: To compare instrumental and computational methods for assessing the Earth’s magnetic field in selected territories for further identification of priority natural and climatic factors and development of region-specific measures for adaptation of the local population to climate change, which should be taken into account when conducting social and hygienic monitoring. Methods: Instrumental measurements of the Earth’s magnetic field strength were carried out on the territories of the Moscow, Voronezh, Rostov, and Krasnodar regions of the Russian Federation, in August 2020. The total number of measurements was at least 15 at each point. The studies were conducted in accordance with the existing approved standard. Results and discussion: The territories for the study were selected taking into account changes in the latitude of the area, which has a priority importance in the formation of natural and climatic conditions of these regions. During the research, it was found that there was no significant difference in the values of the Earth’s magnetic field strength during the day and at night, which is associated with the main error of the device (MTM-01 three-component magnetometer). The obtained instrumental values of the magnetic field strength index ranged from 37.1 to 40.51 A/m. When analyzing the results obtained, there is a tendency to increase the intensity of the Earth’s magnetic field in the direction from South to North (Krasnodar Territory, Rostov, Voronezh, Moscow regions). The range of calculated values of the intensity indicator was from 39.9 to 42.19 A/m. The obtained instrumental data correlate with the calculated values of the Earth’s magnetic field. Conclusions: We conducted instrumental studies complying with existing models for estimating the Earth’s magnetic field strength, thus enabling application of our estimates in scientific research.

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Assessment of the relationship of the population’s medical care with the factors of earth and space weather

Cited by 6 publications

References 10 publications

Assessment of the population health risk under the impact of climatic factors in the territory of St Petersburg

Assessment of the population health risk under the impact of climatic factors in the territory of St Petersburg

Dependence of medical rehabilitation effectiveness of patients with somatic diseases and meteopathology on features of weather-forming factors of the Moscow region

Assessment of Natural and Climatic Factors (the Earth’s Magnetic Field) in Selected Territories: Report 1

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