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The chapter shows that in the Earth’s mantle between the outlets of two hot energy-carrying intense vortices located beneath the Himalaya-Tian Shan Mountain Ring and beneath the area of the Mediterranean and Black Seas, an exchange of matter can occur. The hydrodynamic communication channel between these outlets passes under the Caspian Sea, the Caucasus, and the Black Sea. The flows of hot molten mantle matter between the two outlets of intense vortices are controlled by astronomical factors through the attraction of the planets of the solar system and cause changes in the pressure in the mantle under the Caspian Sea, leading to corresponding changes in the relief of the Caspian Sea floor and level, and also cause changes in the flows of endogenous heat into the waters of the Black and Azov Seas. All the above-mentioned geological and climatic changes are controlled by astronomical factors.

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On the Existence of Hydrodynamic Connection Between the Outputs of Intensive Energy-Carrying Intramantle Vortexes and Its Influence on the Change of the Caspian Sea Level and Bottom Relief

  • 章节

  • 发表日期：

    2026年

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  • S. Yu. Kasyanov

摘要

The chapter shows that in the Earth’s mantle between the outlets of two hot energy-carrying intense vortices located beneath the Himalaya-Tian Shan Mountain Ring and beneath the area of the Mediterranean and Black Seas, an exchange of matter can occur. The hydrodynamic communication channel between these outlets passes under the Caspian Sea, the Caucasus, and the Black Sea. The flows of hot molten mantle matter between the two outlets of intense vortices are controlled by astronomical factors through the attraction of the planets of the solar system and cause changes in the pressure in the mantle under the Caspian Sea, leading to corresponding changes in the relief of the Caspian Sea floor and level, and also cause changes in the flows of endogenous heat into the waters of the Black and Azov Seas. All the above-mentioned geological and climatic changes are controlled by astronomical factors.