Cosmic energies and mankind: graphs for reflection. Николай Игнатьевич Конюхов

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      4.1 Lack of sustained relations between the width of annual growth rings and concentration of isotopes contained in them in a 40-year prospective

      The intensity of isotopes’ formation in every period of time is connected with the uneven infiltration of isotopes from the atmosphere into the soil and then into the roots and into tree’s trunk.

      The concentration of the isotopes in soil differs depending on the soil depth (see Brian M. Fagan, Christopher R. DeKors, Archeology, Moscow, 2007).

      Due to the different concentration in soil layers, the isotopes permeate a tree unevenly.

      Different studies show that even during the Maunder Minimum period, the concentration of the isotopes contained in annual rings was unstable and constantly changing.

      M.G. Ogurtsov, 2007 http://naukarus.com/kosmogennye-izotopy-i-ih-rol-v-sovremennoy-paleoastrofizike-solntsa

      However, it should be noted that it only concerns short-term fluctuations. After 50 years the concentration of the isotopes contained in annual rings of a tree accurately correlates with the historical events.

      There are two aspects which explain why more attention should be paid to the data about concentration of the isotopes contained in annual rings that are more than 40 years old.

      Firstly, the data on concentration of the isotopes contained in annual rings in a particular region helps to understand the dynamics of magnetic and gravitational field strength in this region because it is reasonable to suppose that they influence transportation of the isotopes through the roots and trunk of a tree. (Cholmansky et al)

      Secondly, changes in the concentration of the isotopes of different substances contained in annual rings and changes in ice cores of hundreds of years old take place at one historical period. Moreover, these changes are connected with the significant historic events which are important not only for the history of biome’s development but also for the history of mankind. When taking this into consideration, it becomes possible to understand history deeper and look at it from the new perspective.

      In the 40-years prospective isotopes concentration of different substances in the air in fast-expanding biome area is connected with the Earth’s rotational velocity. However, this connection has the aligned index. Rapid changes in the Earth’s rotational velocity (during several years) and peaks in isotopes’ formation are smoothed inside the annual rings with the process of isotopes’ probability distribution of different substances through the whole planet, through biome. In comparison, the Earth’s rotational velocity may be considered as a mean within the span from 20 to 40 years.

      The local data on concentration of the isotopes of different substances in annual rings, mushrooms and berries may be correlated with the Earth’s rotational velocity and with the time period of one year. It may be proved even considering nuclear weapons testing and release of radioactive material and the isotopes into the environment after catastrophic nuclear accidents (Chernobyl and Fukushima Daiichi disasters e.g).

      4.2 The present local data on the Earth’s rotational velocity and concentration of isotopes of cesium in mushrooms, wild berries and fish

      The recent growth of concentration of the isotopes in biome is usually connected with the nuclear and radiation accidents. The Chernobyl disaster happened in 1986, but after it the declines in isotopes concentration in atmosphere and in fast-expanding biome can be seen.

      Since the beginning of the present century concentration of the isotopes of cesium in mushrooms and wild berries is no longer defined by the time which has passed since the Chernobyl disaster, but by the number of other factors, one of which is the Earth’s rotational velocity. In the beginning of 2000s concentration of the isotopes of cesium in mushrooms decreased. At the same time mushrooms’ reaction on concentration of isotopes contained in the rain water became more spontaneous. Concerning the wild berries and fish, the concentration of the isotopes of cesium increased, which is very close to the dynamics of changes of the Earth’s rotational velocity.

      See: Radioecological situation in the regions of Rosatom enterprises location. // Edited by I.I. Linge and I.I. Kryshev. – Moscow. « CAM polygraphist », 2015. – 296 p.

      Why is it so essential to demonstrate changes in time on graphs? The reason is that it helps to demonstrate the process of isotopes’ infiltration from the upper atmosphere into the soil and then into annual growth rings. The water cycle takes many years.

      After Fukushima Daiichi disaster, the radioactive contamination was spreading quite fast.

      However, after reaching the maximum point, the isotopes concentration level continued to increase. If we do not consider the maximum value of contamination after the disaster, which had lasted for 2 years, we can find out that the dynamics of concentration of cesium 137 correlates the dynamics of the Earth’s rotational velocity.

      What is notable is the honesty of the researchers. They noted that the level of concentration of the isotopes of cesium on the territory of Russian Nuclear Power Station was lower than in the controlled area. At the same time the graph shows that, in general, the level of concentration of these isotopes is growing year by year. This growth represents the fall in the Earth’s rotational velocity and growth of cosmic energies connected with that.

      4.3 Coincidence between growth of the concentration of the isotopes of beryllium on the Earth and reduction of the Earth’s rotational velocity

      Maximum levels of concentration of the isotopes of beryllium coincide with the reduction of the Earth’s rotational velocity as well.

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