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The paper analyzes the spatial location of the zones of the world's deep fault systems and the geometry of the coastlines of oceans, seas, rivers, and lakes at the global, regional, and local levels of the hierarchy. Factors influencing the genesis of fracture formation and the formation of tectonic faults at all levels of the hierarchy are considered. The influence of tectonic faults on the placement of deposits in the Earth's crust is considered. The fundamental model of structuring the tectonosphere of the Earth's autoclave system by energy waves is considered. In the work the factors of…mehr

Produktbeschreibung
The paper analyzes the spatial location of the zones of the world's deep fault systems and the geometry of the coastlines of oceans, seas, rivers, and lakes at the global, regional, and local levels of the hierarchy. Factors influencing the genesis of fracture formation and the formation of tectonic faults at all levels of the hierarchy are considered. The influence of tectonic faults on the placement of deposits in the Earth's crust is considered. The fundamental model of structuring the tectonosphere of the Earth's autoclave system by energy waves is considered. In the work the factors of oil and gas generation are substantiated for the first time. The mechanism of formation of continental marginal and Mediterranean seas is fully stated. Offers an innovative method for mapping tectonic faults. The work is intended for geologists-theorists and practitioners.
Autorenporträt
Se graduó con honores en el Departamento de Geología de la TashSU en 1978. Trabajó en HYDROINGGEO, luego en un grupo de exploración geológica de campo (metales nobles) (V-K GRE), a partir de 1986 se trasladó a la expedición experimental-metódica en SAIGIMS de la ciudad de Tashkent. Se dedica a la investigación desde 1974.