Arkheĭ Baltiĭskogo shchita
Monografii︠a︡
Année de publication
2024
Illustration et cartes
color illustrations
Circulation
500 exemplaires
185 USD
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The volume describes the present-day physical theory of the Earth’s evolution its application of its major provisions to the study of the Archaean structural and material complexes in the Baltic Shield. The monograph discusses issues of the Earth’s origin, structure and composition at its infancy. The volume describes and physically substantiates the process of the Earth’s nuclear secretion, the Earth’s energetics and the nature of its tectonic and magmatic activity. Regular features of genesis of the Moon and its impact on our planet’s evolution are described. Correlation of major provisions of the global Earth’s evolution theory with regional geological and geophysical data allows specifying our ideas about early stages of the Earth’s evolution. This volume provides bulk data on geological, geophysical, geochronological and geodynamic studies of Archaean formations in the Baltic Shield and, first of all, its Arctic zone. The paper summarizes present-day data on the structure and evolution of the least studied rock complexes in the region. The volume provides a unified view at formation of the continental lithosphere of the Baltic Shield in the Archaean and defines the genetic nature of its composite crust domains. The authors used original methods that have no analogues in the world to reconstruct geodynamic formation regimes of ancient complex protoliths.
The methodological approach suggested by the authors provides all specialists engaged in the Early Precambrian geology with a means to accurately describe evolution of any studied region in the world. The current volume is an attempt to combine the theoretical model of the Earth’s evolution and bulk geological and geophysical data on the certain region. This is provided to elaborate universal approaches to the study of geology of crystalline shields in the world and single criteria for search of minerals in ancient deposits. Some data in this volume had been formerly published (Козлов, Сорохтин и др., 2006; Sorokhtin et al., 2020).
