ЕТАПИ РОЗВИТКУ ПЛАНЕТИ ЗЕМЛЯ В МЕЖАХ АНАЛІТИЧНОЇ ГЕОЛОГІЇ
DOI:
https://doi.org/10.30836/igs.0375-7773.2017.147549Ключові слова:
глобула Праземлі, високоенергетична субстанція, космічний пресинг, хвильове поле Всесвіту, джерела-овоїди, реони, пульсація, режими розширення-стисненняАнотація
На базі наявних геофізичних даних будови внутрішнього й зовнішнього ядра, мантії, океанічної й континентальної земної кори в межах концепції саморозвитку й самоорганізації протопланетної речовини під дією різнорангового космічного пресингу, на тлі пульсівного скорочення радіуса Землі представлений можливий механізм формування геосфер планети та її поверхневої оболонки.
Звернено увагу на морфологію геотектур і морфоструктур океанічного дна як інформаційну систему, що дає уявлення про хід глибинних процесів. Блоки-призми підвищеної жорсткості (БПЖ) первинної океанічної кори розміщені в глибоководних улоговинах, окраїнних і внутрішніх морях континентів та їхніх понижених місцях. Обґрунтовано припущення, що «ансамблі БПЖ», переміщаючись у режимах розширення-стиснення, під впливом сил радіальної та ротаційної динаміки створювали сигмоїдні структури поверхні планети та формували «прокрустові» ложа для розвитку «айсбергів» континентів.
Симетрія й антиподальність поверхневих структур Землі пояснюється суперпозицією двох енергетичних джерел – зовнішнього та внутрішнього: внутрішня енергетична субстанція згідно з «правилом буравчика» виділяється більш динамічно у південній півкулі, а хвилі поля зовнішньої енергії Всесвіту «б'ють» у зону Тихого океану.
Посилання
1. Barenbaum A.A. 2002. Galaxy, the Solar System, the Earth. Subordinated processes and evolution. GEOS, Moscow, 394 p. – in Russian
Belanov V.M. 1972. The study of the Precambrian tectonics by geological and geophysical methods. Nedra, Moscow, 260 p. – in Russian
Belevtsev Y.M. 1970. Deep sources of endogenous ore genesis. Geological Journal. vol. 30, no. 2, p. 63-69. – in Ukrainian
Belousov V.V. 1968. Earth's crust and the upper mantle of the oceans. Nauka, Moscow, 255 p. – in Russian
Belousov V. V. 1982.Transitional zones between continents and oceans. Nedra, Moscow, 152 p. – in Russian
Bondarchuk V.G. 1949. Fundamentals of Geomorphology. State Publishing House of Educational and Pedagogical Literature, Moscow, 320 p. – in Russian
Bubnov S.N. 1960. Main problems of geology. Moscow State University Publishing House, Moscow, 234 p. – in Russian
Vernadsky V.I. 1965. Chemical structure of the Earth's biosphere and its environment. Nauka, Moscow, 374 p. – in Russian
Voronov P.S. 1968. Essays on the regularities of the Earth's global relief morphometry. Nauka, Leningrad, 124 p. – in Russian
Gintov O.B. 1978. Structures of the continental crust at the early stages of its development. Naukova Dumka, Kyiv, 164 p. – in Russian
Glebovitskiy V.A., Drugova T.M., Krylova M.D. et al. 1965. Sequence of geological processes on the Aldanian shield southern margins and geochronological data. In: The Absolute Age of the Pre–Cambrian Rocks of the USSR. Moscow, p. 103-135 – in Russian
Glukhovsky M.Z., Pavlovsky E.V. 1973. To the problems of the early stages of the Earth's development. Geotektonika, no. 2, p. 3-8. – in Russian
Goncharov M.A. 2002. Western and northern components of the continental drift as a result of mantle forced convection according to the right–hand rule. In: Tectonics and geophysics of the lithosphere. GEOS, Moscow, vol. 1, p. 128-131 – in Russian
Yesypovych S.M. 1998. History of the Earth development – pulsating expansion under the cosmic pressure impact. Astroprynt, Odessa, 152 p. – in Russian
Yesypovych S.M. 2000. Some aspects of the Earth development. Geodynamics, Lviv, vol. 1, no. 3, p. 28-38. – in Russian
Yesypovych S.M., Simagin B.M., Tsamkalo L.F. 2005. Some ideas about spiral galaxies structure and development in terms of the "dark matter" significant volumes presence in the universe. Scientific Bulletin of National Mining University, Dnipropetrovsk, no. 3, p. 36-42. – in Ukrainian
Yesypovych S.M. 2006. Formation of the Solar System – a unique and random phenomenon or the natural evolutionary process of matter development in time and space. Scientific Bulletin of National Mining University, Dnipropetrovsk, no. 7, p. 23-28. – in Ukrainian
Yesypovych S.M., Savchenko V.P., Bondarenko A.D., Titarenko O.V., Yesypovych N.I. 2011. Formation of the Earth's surface structure from the proto–crust to geochemical structures and to morphostructures of seabed. Geology and Mineral Resources of the World Ocean, no. 4, p. 47-63. – in Ukrainian
Yesypovych S.M. 2015. History of the Planet Earth – pulsatory development under cosmic pressing. State institution "Scientific Centre for Aerospace Research of the Earth Institute of Geological Science National Academy of Sciences of Ukraine", Kyiv, 190 p., retrieved from http: //www.researchgate.net/profile/Stanislav_Yesipovich/publications – in Ukrainian
Yesypovych S.M., Tovstyuk Z.M., Golovashchuk O.P. 2017. The geology of the Orehovo–Pavlograd structure zone according to paleogeographic, geological and geophysical data. Ukrainian Journal of Remote Sensing of the Earth, Kyiv, no. 12, p. 53-58. – in Ukrainian
Karpinsky A.P. 1888. Correctness of continents margins, distribution and structure. Mining Journal, vol.1, p. 252-269. – in Russian
Kalyaev G.I. 1965. Precambrian tectonics of the Ukrainian iron ore province. Naukova Dumka, Kiev, 191 p. – in Ukrainian
Cutterfeld G.N. 1962. The Face of the Earth and its Origin. State Publishing House of Geographical Literature, 150 p. – in Russian
Kulikov K.A., Sidorenkov N.S. 1977. The Planet Earth. Nauka, Moscow, 192 p. – in Russian
Lyell Charles 1866. Principles of Geology: being an attempt to explain the former changes of the Earth's surface, by reference to causes now in operation. Publishing House of Glazunov A.I., Moscow, vol. 1. – in Russian
Markov M.S. 1962. The early Precambrian Earth's crust geology features (exemplified by the Canadian Shield). In: Precambrian Geology and Petrology. Academy of Science of the USSR, Moscow – in Russian
Milanovsky E.E. 1991. Genesis of rifts and its effect on the Earth's tectonic structure and Meso-Cenozoic geodynamics. Geotectonika, no. 1, p. 3-21. – in Russian
Muratov M.V. 1975. Origin of continents and ocean depressions. Nauka, Moscow, 176 p. – in Russian
Pavlovsky Ye.V. 1962. Concept features of the early Precambrian Earth's crust geology. In: Precambrian Geology and Petrology. Academy of Science of the USSR, Moscow – in Russian 28 Тектоніка і стратиграфія, 2017, вип. 44
Pavlovsky E.V., Markov M.S. 1963. Some general issues of geotectonics (on the Earth's crust irreversible development). Geological Institute of the Academy of Sciences of the USSR, Proceedings, no. 93 – in Russian
Patalaha Ye.I. 2000. Tectonic stream of the "tornado" type in geological structures: The Amazonian Craton, Mediterranean Basin, Black Sеа. Mineral Resources of Ukraine, no. 1, p. 38-39. – in Russian
Pushcharovsky Yu. M. 2005. Selectas. Tectonics of the Earth: Tectonics and geodynamics. In: The Oceans Tectonics. Nauka, Moscow, vol. 1, p. 350, 555. – in Russian
Radzivil A.Ya. 1994. Carbon formations and tectonic–magmatic structures of Ukraine. Naukova Dumka, Kyiv, 175 p. – in Russian
Élisée Reclus 1898. The Earth and its Inhabitants. St. Petersburg, no. 1 – in Russian
Rudnik V.A., Sobotovich Ye.V. 1973. Early history of the Earth. Nedra, Lviv, 22 p. – in Russian
Riabenko V.A. 1960. About the dome-shaped north-western part of the Ukrainian Shield. Academy of Sciences of the USSR, no. 12 – in Ukrainian
Riabenko V.A. 1967. Features of the Ukrainian Shield's Archean Orogeny. Precambrian sedimentary geology issues. Proceedings, no. 2, p. 189-193. – in Russian
Salop L.I. 1971. Two types of Precambrian structures: gneissic folded ovals and gneissic domes. Scientific Bulletin of Moscow Society of Naturalists. Department of geology. Proceedings, no. 4, p. 5-30. – in Russian
Salop L.I. 1982. Precambrian Earth geology. Nedra, Lviv, p. 210 – in Russian
Semenenko N.P. 1987. Geochemistry of the Earth's spheres. Naukova Dumka, Kyiv, 160 p. – in Russian
Slenzak O.I. 1960. Trans-Dniester charnokites and some petrology general issues. Publishing House of the Academy of Sciences of the Ukrainian SSR, Kiev – in Russian
Slenzak O.I. 1972. Precambrian whirling systems and structures of lithosphere. Naukova Dumka, Kyiv, 183 p. – in Russian
Sorokhtin O.G., Ushakov S.A. 2002. Evolution of the Earth: the textbook. Moscow State University Publishing House. The Acadeny of Sciences of Ukraine (Ed.). Proceedings, 560 p. – in Russian
Semenenko M.P., Tkachuk L.G. 1972. Stratigraphy of the USSR. In: Precambrian (Vol. 1). Naukova Dumka, Kyiv, 344 p. – in Ukrainian
Sollogub V.B., Guterkh A., Prosen D.I. et al. 1978. The structure of the Earth's crust and upper mantle of Central and Eastern Europe. Naukova Dumka, Kyiv, 272 p. – in Russian
Subbotin S.I. 1979. Problems of gravimetry. Studies of the earth's crust and mantle. Theory of tectogenesis. Naukova Dumka, Kyiv, 475 p. – in Russian
Trifonov V.G. 2001. Modern movements of the earth's crust according to space geodesy. Fundamental problems of general tectonics. Scientific World, Moscow, p. 374-401. – in Russian
Paul Fourmarier 1971. Continental drift issues. World, Moscow, 256 p. – in Russian
Khain V.Ye. 1973. General geotectonics. Nedra, Moscow, 510 p. – in Russian
Harland U.B., Amstrong R.L., Koks A.V., Kraid L.E., Shmit A.G., Shmit D.G. et al. 1985. Geological time scale. World, Moscow, 139 p. – in Russian
Chebanenko I.I. 2011. Is Earth's rotational dynamics the main source (reason, driving force) of geological processes? Geological Journal. Proceedings, no. 1, p. 128-131. – in Russian
Shatskyi N.S. 1965. Tectonic regularity of endogenous ore deposits distribution. Nauka, Moscow, vol. 3, p. 191-200. – in Russian
Sholpo V.N. 1986. The structure of the Earth: order or disorder? Nauka, Moscow, 157 p. – in Russian
Shtille G., 1964. Selectas. World, Moscow, 610 p. – in Russian
Montagner J.-P. 2007. Upper mantle Structure: Global isotropic and anisotropic tomography. Treatise on Geophysics, vol. 1, p. 559-590.
Barkin Yu. V., Shatina A.V. 2005. Deformations of the Earth’s mantle due to core displacements. Idid, vol. 24, №3, p. 195-213.
Grough S.T. 1983. Hotspot swells. Annual Review of Earth and Planetaru Sciences, vol. 11, p. 165-193.
