Sal, (he’s a good lad), the Sailorman is baaacck with 42 count’em 42 minutes, beginnin’ with big question for the sea power vs the land power… geewhiz!

What The Ship (Ep109)| Containerships | Alliances | Updates | Tariffs & Cranes | Freedom of the Seas

I had not previously heard this rumor about “Israel” having pre-positioned atomic thingies in their embassy, the one in Washington is mentioned. @ 15 minutes… Gaggle, Philip Giraldi

I wonder what would happen if the place were to be searched…they can’t possibly stop a search done with massive force. And it’s my vague understanding that up close it’s technically possible to detect such infernal devices indirectly, at least as probable.

A cheerful scientific report, effect of the atomic destruction of the US land based missile silos. 300 million people dead right soon. Be there or be square!

Low song Wild West Tom Lehrer> https://rutube.ru/video/9d9868fad63a6f3aab4a64468127e793/

Some handy articles about the bomb.  https://www.scientificamerican.com/report/the-new-nuclear-age/

With fun video! who’s on first?

https://www.scientificamerican.com/article/who-would-take-the-brunt-of-an-attack-on-u-s-nuclear-missile-silos/

FWIW, and with plenty of salt… Hal the Fink, hysterical and suspect, nevertheless made an interesting claim. That a “other than seismic” M2.7 Richter “event” at +48.498   -118.984 explosion, that’s pretty big, not underground or very shallow, took place 13 September. The locus not far from Jim Creek radio station. That’s the strategic communication transmitter system with which the US sends radio signals to near surface submarines in the Pacific…the only means of sending messages to Pacific Fleet submarines when they’re underwater. It’s one-way..the subs cannot reply to Jim Creek. He speculates that a Russian missile from a Russian submarine overflew the Olympic peninsula, and the submarine base there, and came very close to the Jim Creek station, then blew a hole in a forested uninhabited and wild region of a mountain nearby. He speculates that this was a signal to those goodfellas who were or are about to get a war direct with those Ruskies started. Further, that this signal caused said goodfellas to pause in their great plan.

My opinion? Maybe so.  He may be correct. Jim Creek is a big million+ watt very low frequency station, the antennas fill a valley with wires and towers. It’s a critical part of the US system and nothing can substitute for it. It’s therefor a big fat primary target, at least potentially. If the array or the power station at Jim Creek were ruined then the US would be unable to coordinate a nuclear attack from the US submarines.

Hal claims he got some confirmation from his handlers, er, contacts in the US intelligence complex.

His claims were made last night on his Friday radio show, and follow> https://halturnerradioshow.com/index.php/news-selections/national-news/above-ground-incident-explosion-in-washington-state-sends-message-to-us-device-past-right-over-naval-base-bremerton

iirc Ray McGovern said Friday that he considered that the Russians were considering taking out starlink and communication satellites if the goodfellas went forward with their plan to attack Russia. Jim Creek is perhaps more important and subtle.  Better focus. This is to say that if Hal is about right, the big bang near Jim Creek seems to make sense, and it’s less dramatic, no witnesses. I myself wonder about radar track, and forensic matters. I’d like to know if choppers and woodmen types are looking for the presumed hole and bits of a rocket, etc.

Learned Paper

https://cyberleninka.ru/article/n/sovremennye-predstavleniya-o-vliyanii-zemnoy-i-kosmicheskoy-pogody-na-zdorovie-cheloveka-obzor

The Impact of Space Weather on Human Health

(the site Global South does not evidently permit posting the full paper in translation, with end notes, of which there are many. I tried twice, sorry. Use yandex auto translate. It works. It’s a long paper. Cutting to the good stuff, space weather does affect human health. Do get the full paper and read it.)

abstract> It is known that space and terrestrial weather can have a significant impact on the physiological status of the body, including in the form of meteopathic reactions, the development of acute or chronic diseases exacerbation. Many works have been devoted to the study of the influence of the Earth’s weather on human health. Despite the fact that there are facts indicating that many processes on Earth are associated with heliogeophysical phenomena, scientific research containing a clear system and methodological basis in the field of studying the influence of heliogeophysical factors on the health of the population is currently insufficient. The original articles on the assessment of the space and terrestrial weather impact on human health, presented in bibliographic and abstract databases and information systems PubMed, Scopus, Web of Science, NEB (eLIBRARY.RU ), Cyber Training, the results of dissertation research that meet the criteria for compliance with the stated goal and the quality of research results. A total of 204 full-text publications were identified based on the results of a targeted search, of which 107 fully met these inclusion criteria. Changes in the heliogeomagnetic environment affect almost all organs and systems. The largest number of studies are devoted to assessing the impact of space weather on the cardiovascular system (41 articles – 38,3%) and the nervous system (45 articles – 42,0%). However, the analysis found that also significant systems affected by space weather are respiratory systems (4 articles – 3,7%), digestive (5 articles – 4,7%) and reproductive systems (11 articles – 10,3%). In addition, the course of the infectious process depends on the influence of solar activity (5 articles – 4,7%)

Partial Text>

It is known that terrestrial and cosmic weather can have a significant impact on the functional state of the body, including in the form of meteotropic reactions, the development of acute or exacerbation of chronic diseases. An analysis of scientific literature sources that establish causal relationships between natural and climatic factors and morbidity is necessary to determine

1The authors ‘ contribution: Noskov S. N. – development of the review concept, editing the final version of the text; Buzinov R. V.-selection and analysis of literature sources, a significant contribution to writing the text; Syurin S. A.-selection and analysis of literature sources, writing the review text; Eremin G. B.-selection and analysis of literature sources; Karelin A. O. – editing of the final version of the text; Gudkov A. B.-significant contribution to writing the review text and analysis of literature sources; Popova O. N.-selection and analysis of literature sources, final editing of the article text; Nikanov A. N. – analysis of literature sources, text editing.

Responsible person for correspondence: Noskov Sergey Nikolaevich, address: 191036, Saint Petersburg, 2-ya Sovetskaya str., 4; e-mail: sergeinoskov@mail.ru

For citation: Noskov S. N., Buzinov R. V., Syurin S. A., Eremin G. B., Karelin A. O., Gudkov A. B., Popova O. N., Nikanov A. N. Modern concepts of the influence of Terrestrial and Space Weather on Human Health (review). research. 2023. Vol. 11, No. 2. pp. 232-247. DOI: 10.37482 / 2687-1491-Z143

contribution of natural factors to the public health risk, selection of priority indicators in order to improve social and hygienic monitoring. Scientific papers published in 2000-2021 were considered. Based on the results of a search in open sources of information, 153 full-text publications were selected, of which 56 fully met the criteria for inclusion in the systematic review. It is established that the most frequently studied natural and climatic factors are the temperature and humidity of atmospheric air, atmospheric pressure, air mass velocity, solar activity, atmospheric electricity, variations in the Earth’s natural magnetic field, including their frequency and combined effects. The objects of research were mainly patients with circulatory diseases: arterial hypertension, ischemic heart disease, cerebrovascular disorders, and aortic aneurysms. At the same time, the results of the considered studies do not allow us to unambiguously link the occurrence or development of these diseases with any of the factors. The current situation can be explained by differences in the climatic conditions in which the research was carried out, the cross-influence of meteorological and geophysical factors, the gender and age differences of the studied groups, the influence of such confounding factors as the nature of nutrition, lifestyle, socio-economic status, and the presence of bad habits. In this regard, an integrated approach to the analysis of accumulated data is important to deepen knowledge about the impact of terrestrial and space weather on humans. In order to effectively prevent and predict the development of meteotropic health disorders, it is necessary to include priority natural factors in the system of social and hygienic monitoring.

Keywords: earth weather, space weather, natural and climatic factors, meteorological reactions, meteotropic health disorders, prevention of meteorological pathologies.

Terrestrial and space weather has a significant impact on human health, affecting the functional state of the body, including in the form of meteotropic reactions, the development of acute or exacerbation of chronic diseases. It is necessary to analyze the established causal relationships between natural and climatic factors and morbidity in order to determine the contribution of natural factors to the health risk of the population, to select priority indicators in order to improve social and hygienic monitoring. This paper analyzes the results of scientific research in 2000-2021, presented in the Scopus, Web of Science, RSCI databases, in periodical and non-periodical publications on paper and electronic media, on the Internet on the portals of the scientific electronic library eLIBRARY.ru, Russian State Library-

discos (rsl.ru). Based on the search results, 153 full-text publications were identified, of which, upon further analysis and review, 56 works reflecting the impact of Earth and space weather on human health were included in the review.

The development of the biological species Homo sapiens over millions of years occurs under the influence of a complex of constantly changing meteorological and geophysical factors (MIF) of the lower atmosphere. These include air temperature and humidity, atmospheric pressure, wind direction and speed, electromagnetic fields, various radiations, and many others. The terms “weather” and “climate” are used to generalize the description of the current and local state of the MGGF complex [1, 2].

Reactions to changes in weather and climate conditions are a natural property of a biological object [3-5]. In healthy people

these reactions do not go beyond the physiological fluctuations of the functional systems of the body, while in patients and weakened individuals they can lead to deterioration of well-being, the occurrence of acute or exacerbation of chronic diseases [5, 6].

At the present stage of scientific development, changes in weather and climate conditions are considered as one of the priority factors affecting the state of human health. Thus, according to the World Health Organization (WHO), every year only in Europe, unfavorable combinations of MHF cause 1-10 % of deaths among the population of older age groups, and tasks for the prevention of weather-dependent chronic noncommunicable diseases are considered among the most important for national health systems [7, 8].

In people with chronic diseases, any fluctuations in air temperature, atmospheric pressure, and electromagnetic field strength can cause their weather-related exacerbations, especially with regard to disorders of the cardiovascular system [9, 10]. It is proved that the intensity of biotropic effects of MHF is determined not so much by their absolute value, but by a time and quantitative gradient: the faster and more intensively a particular factor changes, the less time an organism has to adapt and the stronger its response is [11].

About 69 % of people suffering from various chronic diseases are dependent on meteorological factors, which significantly exceeds the number of weather-sensitive individuals among healthy people, which is 30-40 % [12]. Even more often (up to 80-85 %) meteosensitivity is observed in patients with the most common diseases of the circulatory system [1].

The pathophysiological mechanisms of meteorological reactions are very complex and largely remain unexplored. It is assumed that they are based on the depletion of energy resources.

cell death and hypoxia of body tissues, disorders of energy homeostasis of tissues, bioresonance phenomena of ultraweak physical signals, violations of telomeric repeats of blood cell chromosomes that occur in conditions of climatic disasters

[11, 13, 14].

The large number and variety of MHFS make it difficult to detect causal relationships between environmental parameters and people’s well-being [15, 16]. There are typical combinations of weather factors that adversely affect the body. For example, in summer, this means high air temperature, high relative humidity, and low atmospheric pressure. In winter, the combination of frosty weather with high humidity, strong wind, and high atmospheric pressure is particularly unfavorable [17, 18].

It is known that the human cardiovascular system is most sensitive to the effects of weather factors. Therefore, the risk factors for the development of cardiovascular events, along with generally recognized factors: dyslipidemia, hypokinesia, bad habits, obesity, WHO experts also include meteotropic reactions of the body. Publications devoted to the influence of meteorological factors on morbidity and mortality from cardiovascular diseases primarily study the dependence of these indicators on the season of the year, outdoor air temperature, atmospheric pressure, and absolute humidity [17, 19, 20].

One of the most important natural and climatic factors that determine the occurrence of biologically significant changes in the state of MGGF is the change of seasons [21]. The human body is characterized by cyclical fluctuations in compensatory-adaptive reactions, due to the need for seasonal acclimatization. They are aimed at synchronizing internal processes with changes in external weather and climate factors associated with the position of the Earth’s surface.-

the position of the Earth in relation to the Sun and other planets during different periods of the planet’s movement in orbit around the Sun during the year. Studies have shown seasonal dependence of the modes of functioning of the external respiration system, oxygen demand of the body, functions of the cardiovascular, autonomic nervous, endocrine and immune systems, psychoemotional state, and metabolic processes on changes in MGHF [22]. The seasonality of MHF changes underlies the exacerbations of many chronic diseases. Especially severe consequences of these exacerbations, including fatal outcomes, are observed in people with cardiovascular diseases (arterial hypertension, acute myocardial infarction, acute cerebrovascular disorders) [23].

At the same time, many studies have noted an increase in the frequency of exacerbations and mortality from cardio – and cerebrovascular events, including subarachnoid hemorrhages and myocardial infarctions, in the autumn-winter period and a decrease in these indicators in the summer [24, 25]. The seasonality of exacerbations of circulatory system diseases is more obvious in people living in temperate climates. They are probably less adapted to weather fluctuations, use insufficiently warm clothing when they are outdoors, and live in inadequately heated rooms in cold weather [8]. On the contrary, the population of regions with insignificant seasonal changes in air temperature, with non-hot summers and cold winters, is less at risk of a winter increase in mortality. In Sweden, the seasonal decrease in air temperature is associated with a slight increase in mortality only at the beginning of winter, which is explained by the incomplete restoration of the body’s adaptive capabilities after the warm summer period [26]. In northern Norway, there was a slight increase in the number of deaths from cardiovascular diseases in winter, which, apparently, is a consequence of better adaptation of the population.-

In some regions with a harsh climate, seasonal changes in the IGGF are expected [27]. This conclusion, however, is not supported by studies in Russia: in the northern and southern regions of the country, there were no differences in the risk of death from cardiovascular diseases associated with a seasonal decrease in air temperature [28].

An increase in the duration of cold exposure has a negative impact on the condition of people with cardiovascular pathology. Thus, in the winter period of the year, the increase in mortality among residents of agricultural areas in the western United States was 2-3 times higher than for the urban population, which may be a direct consequence of the longer stay of the former in the cold [29].

It is suggested that the more severe course of cardiovascular diseases in the cold season is caused by increased lipid metabolism and the progression of atherosclerotic vascular changes with the development of their increased sensitivity to cold vasoconstriction. Seasonal fluctuations in the activity of blood clotting factors and inflammation, which increase the likelihood of developing coronary artery thrombosis during the cold season, may also be affected [26].

Very contradictory results were obtained when studying the influence of air temperature on the health of the population – a factor that largely determines the weather and climate of the region. Thus, in the performed studies, a close inverse correlation was established between the number of calls for emergency medical care for cardiological pathology and air temperature [1]. However, in similar studies, the result turned out to be the opposite: a direct correlation was found between the increase in the number of calls for emergency medical care in connection with exacerbations of diseases of the circulatory system (arrhythmia, arterial hypertension, heart failure) and an increase in air temperature

[29-32]. Due to climate warming, an international group of scientists based on the study of temperature changes in 1984-2015 made several long-term forecasts of the levels of additional mortality in various countries of the world. The forecasts turned out to be unfavorable for all countries, which requires the development of effective methods to protect the population from the rising temperature of the environment [33].

In the United States in 2006-2010, out of 10,649 deaths of people with cardiovascular diseases due to weather conditions, 1/3 was caused by high air temperature, and 2/3 by cold weather [34]. According to S. Stewart et al. [8], diseases of the cardiovascular system are characterized by worsening of the course at cold air temperatures, but in coronary pathology there are also peaks of mortality during periods of hot weather. It was found that periods of hot weather have a more pronounced effect on mortality in cerebrovascular pathology than in ischemic heart disease [35].

Prolonged hot weather causes an increase in the number of deaths from cardiovascular diseases, primarily in the elderly [36]. In the southern regions of Russia, as well as in regions with a continental climate, the probability of developing cardiovascular pathology associated with a sharp increase in air temperature is significantly higher than due to cold waves. It is important that periods of rapid increase in air temperature cause an increase in mortality in the coming days, while waves of cold air are characterized by a delay in mortality over time for several days or even weeks [28].

The role of atmospheric air temperature and its fluctuations in the development of meteotropic reactions is highly doubted, based on the fact that in the conditions of a modern urbanized society, the influence of outdoor air temperature on a person is minimal.-

It is also based on the fact that the seasonal dynamics of blood pressure is also observed in tropical climates. A meta-analysis of 15 publications found no correlation between the amplitude of seasonal fluctuations in air temperature and the amplitude of seasonal fluctuations in blood pressure. In addition, the amplitude of circulatory fluctuations in blood pressure was higher in regions with clear seasonal dynamics of the monthly average atmospheric pressure, compared with regions in which the monthly average atmospheric pressure did not have a clear seasonal dynamics, and the variability of atmospheric pressure was subject to seasonal fluctuations. It is assumed that seasonal fluctuations in blood pressure, as well as other indicators of the cardiovascular system, are a reaction not only to the seasonal dynamics of air temperature, but also to changes in all meteorological factors that have seasonal dynamics [30].

During heat and cold waves, along with temperature, mortality can be significantly affected by the state of atmospheric air. Areas of persistently high atmospheric pressure (anticyclones), which usually cause these waves, prevent the dispersion of pollutants. This factor may be the cause of increased mortality in large industrial cities with high levels of air pollution compared to small cities and rural areas [36].

A number of authors have studied the effect of weather factors on the development of cerebral circulatory disorders. In a large study conducted in the United States in 2004-2008, when analyzing 7758 cases of subarachnoid hemorrhage, it was not possible to identify the influence of seasons, fluctuations in temperature, humidity, and atmospheric pressure on their development [31]. According to other data, cases of ruptured cerebral aneurysms are seasonal, with about 42% of ruptures occurring in spring, 38% in autumn, and only 20 % in the rest of the year [1]. Q. Huang et al.

[37] and M. Kellogg et al. [38] established a link between the development of subarachnoid bleeding and low air temperature and high atmospheric pressure. According to N. Kato et al. [39], the frequency of subarachnoid bleeding increased when the air temperature of the previous day was lower than the day of vascular catastrophe development.

Contradictory results were also obtained when analyzing the relationship between weather and climate factors and the risk of brain strokes. Thus, Y. Li et al. [40] did not reveal the influence of months and seasons on the development of ischemic stroke. The association of hemorrhagic stroke development with temperature, pressure, air humidity and their changes during 5 days before and after a vascular catastrophe has not been established [41]. There is also evidence that subarachnoid bleeding occurs more frequently in winter than in summer, and most often in January. No convincing explanations for these seasonal differences were found [42]. At the same time, A. Salam et al. [43] showed that the incidence of ischemic stroke has a direct correlation with air temperature and solar activity, as well as a negative correlation with air humidity and atmospheric pressure. The largest study (meta-analysis of 21 publications), which included data on 476,511 patients, showed that low air temperatures during the previous 24 hours were associated with an increased risk of hemorrhagic stroke, but did not affect the frequency of ischemic stroke and subarachnoid bleeding [44].

The attention of a number of researchers was attracted by the possible connection of abdominal aortic rupture with the state of natural and climatic factors. A pronounced effect of atmospheric pressure on the frequency of this type of vascular catastrophe was established. According to J. Schuld et al., abdominal aortic rupture was preceded by days with increased atmospheric pressure, and on the day of rupture, the following changes occurred:-

a decrease in air temperature and humidity was observed [45].

Atmospheric pressure is one of the most studied meteorological factors affecting human health. It is shown that atmospheric pressure is the second most important indicator (after air temperature) that affects the number of heart attacks and strokes. The increase in the number of vascular events is due not only to the absolute values of atmospheric pressure, but also, to a greater extent, to the rate of their changes. Lower daily values of atmospheric pressure were associated with a higher incidence of deep forms of hemorrhagic stroke, without affecting cortical disorders of the cerebral circulation. The frequency of subarachnoid hemorrhage was associated with increased atmospheric pressure [32, 37, 38]. At the same time, E. Bano-Ruiz et al. [46] did not reveal any association of acute cerebral circulatory disorders with the level of atmospheric pressure. According to D. Opacic et al., elevated atmospheric pressure increases the risk of abdominal aortic rupture [47]. According to Z. Wu et al. [48], abdominal aortic rupture occurs more frequently in winter and autumn than in summer, without any dependence on atmospheric pressure.

Another factor that affects the number of exacerbations of cardiovascular diseases is the humidity of the air. It is believed that a significant decrease in absolute humidity in the winter period, due to the very low temperature of atmospheric air, leads to a decrease in the efficiency of gas exchange in the lungs. In addition, breathing dry air can induce an increase in vascular resistance. Thus, a decrease in absolute humidity may be an additional factor contributing to the winter increase in mortality in regions with a sharply continental climate [49]. This explains the greater number of vascular complications in the winter period of the year, when from-

the minimum values of air humidity are marked [32-50]. In particular, a decrease in air humidity on the day of abdominal aortic aneurysm rupture was found [45], as well as a negative correlation between the frequency of ischemic stroke cases and air humidity [43]. However, the above theory is contradicted by the data that increased humidity is an independent risk factor for subarachnoid hemorrhage [51].

Currently, high weather sensitivity of persons with chronic obstructive pulmonary disease and bronchial asthma is established, which dictates the need to develop methods for its correction [52].

In addition to the effect on the cardiorespiratory system, changes in weather factors were found to be associated with connective tissue dysplasia, known as metopathic connective tissue dysplastic syndrome. Its frequency in individuals with various somatic diseases was 30.9-33.4 %, and clinical manifestations were noted in the form of joint and lower back pain, migraines, vegetative-vascular dystonia, asthenic syndrome that occur when the weather changes, when the moon is full, and during magnetic storms [53].

In recent decades, a large number of studies have been conducted to analyze the impact of space weather (helio-and geomagnetic conditions) on human health [54]. The mechanisms of action of heliogeophysical factors on the human body are not clear and continue to be actively studied [2]. It is assumed that the solar wind (streams of ionized plasma and electromagnetic radiation) reaches the upper atmosphere and the earth’s surface, which causes changes in the geomagnetic field, ionosphere and atmosphere of the Earth-the human habitat.

Much attention is paid to the study of the rhythm of melatonin secretion in the human body, through which biological effects can be realized.

the electromagnetic field of the Earth [55]. It was found that during periods of geomagnetic disturbances and magnetic storms, patients with cardiovascular pathology experience suppression of melatonin production.

Heliogeomagnetic factors affect the state of cerebral circulation. With the growth of geomagnetic activity, an increase in the number of patients with transient ischemic attacks seeking emergency medical care is recorded [54].

In modern conditions characterized by global climate changes and increasing anthropogenic environmental pollution, prevention and correction of meteotropic reactions in healthy and sick individuals are becoming increasingly important. To solve these problems, we use new approaches to monitoring MGHF, taking into account their informative value and proven connection with changes in the functional state of the human body. New diagnostic and therapeutic methods are being developed for the early detection and correction of meteotropic reactions, especially from the cardiorespiratory system. Within the framework of these studies, Yu. A.Rakhmanin et al. [56] developed new scientific and organizational-methodological approaches to the formation and implementation of programs to counteract the adverse effects of global climate change on the health of the population of the Russian Federation. This work allowed us to confirm the prospect of creating a mathematical model of the development of increased weather sensitivity in response to the impact of adverse weather factors, followed by the formation of recommendations for its use in personalized programs of sanatorium-resort treatment of weather-dependent patients.

For the prevention and correction of meteorological reactions in patients with chronic bronchopulmonary, cardiovascular and other diseases, it is proposed to widely use non-pharmacological methods

treatment options. Based on the concept of heliogeophysical imprinting, which assumes that the main factor in the development of meteotropic reactions is a violation of electromagnetic homeostasis, it is recommended to use more widely the methods of electropuncture diagnostics and reflexotherapy [13]. Considering that the pathogenetic mechanisms of meteotropic reactions include maladaptation reactions, the use of dry carbon dioxide baths and balneotherapy [6], natural and preformed physical factors [13] is proposed to increase the adaptive potential of patients with arterial hypertension and other diseases. Since the increase in overall mortality among patients with acute myocardial infarction is often recorded several days before the onset of changes in meteorological factors, a method for early weather forecasting and informing health authorities has been developed to take long-term organizational measures [20].

The available scientific evidence suggests that the assessment of the impact of IGGF and the forecast of public health due to these factors are becoming increasingly important. At present, despite many years of research, the mechanisms, nature and significance of this influence remain largely unexplored. The lack of reliably established regularities hinders further research aimed at identifying subtle physiological mechanisms that determine the human body’s response to changes in Earth and space weather factors. Inconsistency of the results of many studies performed by the Russian medical community-

This can be explained by the natural and climatic features of different regions of the world, the cross-impact of the IGGF, the insufficient number of observations, and errors in statistical processing of the obtained data. In addition, the results of research are influenced by a complex of confounding factors that are not related to the Earth and space weather: gender and age, living and working conditions of the surveyed individuals, diet, bad habits, etc. It is obvious that the creation of observation and control groups that are comparable in all demographic and socio-economic indicators and live in similar natural and climatic conditions is a very difficult task. Climatological epidemiology, which has also been developed in our country, can play an important role in solving this problem. Elimination of existing technical problems and a comprehensive approach to the analysis of accumulated data with the participation of physicians, biologists, climatologists and other specialists will allow us to deepen our knowledge of the impact of terrestrial and space weather on humans, which is necessary for the development of methods for the prevention and treatment of meteotropic health disorders. Undoubtedly, a serious analytical stage is required, which, in our opinion, should result in the inclusion of priority natural factors in the system of social and hygienic monitoring.

This goes with Joti’s history lesson.

Good point emerson! Maybe it’s both, one might compliment the other.

iirc the yanks nazis anglosaxons did about the same gag in Korea. Set up the fascist Japanese and compradors as cops and kill teams and set about murdering anybody that did not like it. As we know, that didn’t work out very well, taking into account Comrade Kim’s shiny new U235 cascades…an’ all that stuff. FA>FO