ENVIRONMENTAL CHANGES ON THE EARTH AS A RESULT OF THE INTERACTION OF COSMIC AND PLANETARY POWERS

Section

Environmentally sound technologies and innovations

Title

ENVIRONMENTAL CHANGES ON THE EARTH AS A RESULT OF THE INTERACTION OF COSMIC AND PLANETARY POWERS

Сontributors

M.M.Mailibaev, petroleum geologist, LLC Maksat-Munai Consulting, This email address is being protected from spambots. You need JavaScript enabled to view it.,

T.M.Kuderina, Senior Researcher at Institute of Geography RAS, This email address is being protected from spambots. You need JavaScript enabled to view it..

Abstract

The changes in the processes on our planet are due to the influence of cosmic powers and the structure of the Earth itself. The evolution of the Earth's surface allows us to characterize all the stages of regular cyclical changes throughout all geological time. Planetary mechanics establishes direct interaction cycles of the planet Earth with its satellite in the Solar system that affect the climate, being maintained in the layers of sedimentary rocks, as well as the displacement of the continents in the absence of anthropogenic influence. Geological history and geophysical calculations fully confirm the cyclical climatic anomalies; which do not interrupt the development of life on the Earth. Careful use of the Earth's resources by the humans will allow us to preserve the natural wealth of our environment.

Keywords

environmental changes, the cosmic cycles, the geological history of the earth.

References

1.  Fizicheskij jenciklopedicheskij slovar'. [Physical encyclopedic dictionary] Tom 4. Izd. Sov. jencikl. [Volume 4. Ed. Sov. ENCYCLOPAEDIA] Moscow, 1965, P. 23, 572-575. (in Russian)

2.  Kozhuhov I.B. i Prokof'ev A.A. Universal'nyj spravochnik po matematike. [The universal reference book on Maths]Moscow, 2002, P. 92, 234, 315-316.  (in Russian)

3.  Erzhanov Zh.S., Egorov A.K. Uprugij vrashhajushhijsja shar neodnorodnoj plotnosti v pole pritjagivajushhih centrov. [Elastic spinning ball of inhomogeneous density in the field of attracting centers.] Izv. ANKazSSR serija fiz.-mat.[ Izv. AnKazSSR, series Phys-math.] 1983, No.1, P. 14-18. (in Russian)

4.  Sydykov A. Sejsmicheskij rezhim zemnoj kory Kazahstana i dolgosrochnyj prognoz zemletrjasenij.[ Seismic regime of the earth's crust of Kazakhstan and the long-term forecast of earthquakes.] Geologija Kazahstana. [The Geology Of Kazakhstan] Almaty, 1997, No. 2, P. 10-20. (in Russian)

5.  Makhutov K. To The General Teory Of The Earth. Geologija Kazahstana. Almaty, 1997, No. 2, P. 12-17.

6.  Majlibaev M.M. Spiral' razvitija Zemli. [The spiral of the development of the Earth] Izvestija NAN RK Serija geologii i tehnicheskih nauk. ["Izvestiya NAS RK" series of Geology and technical Sciences] No. 1. 2015. P. 80-84. (in Russian)

7.  Geograficheskij atlas Mira. [Geographical Atlas of the World] GUGK SSSR [GUGK maps, maps of the USSR] Moscow, 1983. P. 26-33. (in Russian)

8.  Rivkin S.L. i Aleksandrov A.A. Termodinamicheskie svojstva vody i vodjanogo para. [Thermodynamic properties of water and steam.] Spravochnik. [Reference] Jenergoatomizdat. Moscow, 1984. P. 5-16.   (in Russian)

9.  Enohovich A.S. Spravochnik po fizike i tehnike. [Handbook of physics and technology] Prosveshhenie, Moscow, 1983. P. 26-33. (in Russian)