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Geochemistry of epigenesis [Libro electrónico] / by Aleksandr I. Perel'man

Por: Perel'man, Aleksandr I [autor/a].
Tipo de material: Libro en línea Libro en línea Series Editor: New York, New York, United States: Plenum Press, c1967Descripción: xiii, 266 páginas : ilustraciones ; 24 centímetros.ISBN: 9781468475227 (Print); 9781468475203 (Online).Tema(s): Geochemistry | Metamorphism (Geology)Nota de acceso: Disponible para usuarios de ECOSUR con su clave de acceso Nota de bibliografía: Incluye bibliografía e índice: páginas 255-264 Número de sistema: 55526Contenidos:Mostrar Resumen:
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In its classical sense "epigenesis" refers to all geological processes originating at or near the surface of the earth. It thus embraces all those phenomena which we associate with the land­ scape; Perel'man has already written extensively on this subject. The landscape, in the physical sense, is controlled by the interac­ tion of exogenic and endogenic agencies-on the one hand, the atmo­ sphere, the wind, the rain, and other components of the weather, the forces of running water and the planetary controls of gravitational and tidal nature; and on the other hand the materials of the earth's crust, from sediments to metamorphic rocks and igneous materials from deep endogenic sources. In practical terms the epigene region involves the products of weathering, the soils, the transported material, the colluvium of hillsides, and the alluvium of stream valleys. It involves those landforms that are products of the erosional sculpturing of the landscape, as well as those that result from accumulation, such as glacial moraines and desert sand dunes. The science of geomor­ phology is gradually beginning to evolve from a passive cataloging of scenery and its deduced causes (in the Davisian sense) into a vigorous study of dynamic processes. These are partly geophysical, in the sense of hydraulics and mechanical studies, and partly geo­ chemical.

Recurso en línea: http://link.springer.com/openurl?genre=book&isbn=978-1-4684-7522-7
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Incluye bibliografía e índice: páginas 255-264

1. Introduction.. 2. Geochemical role of living matter (biogenic migration.. 3. Geochemical parameters of elements which condition their physical and chemical migration.. 4. Law of mass action in geochemistry.. 5. Analysis of energy involved in supergene migration.. 6. Migration of colloids.. 7. Occurrence of chemical elements in the supergene zone.. 8. Natural media of the supergene zone.. 9. Factors in the development of media in the supergene zone.. 10. Classification of the epigenetic processes operating in the supergene zone.. 11. Epigenetic processes of oxidation.. 12. The gley processes of reduction in epigenesis.. 13. Epigenetic processes in reducing, sulfidic environments.. 14. Geochemical barriers.. 15. The development of epigenetic processes through geologic history.. 16. Conclusions.. Index

Disponible para usuarios de ECOSUR con su clave de acceso

In its classical sense "epigenesis" refers to all geological processes originating at or near the surface of the earth. It thus embraces all those phenomena which we associate with the land­ scape; Perel'man has already written extensively on this subject. The landscape, in the physical sense, is controlled by the interac­ tion of exogenic and endogenic agencies-on the one hand, the atmo­ sphere, the wind, the rain, and other components of the weather, the forces of running water and the planetary controls of gravitational and tidal nature; and on the other hand the materials of the earth's crust, from sediments to metamorphic rocks and igneous materials from deep endogenic sources. In practical terms the epigene region involves the products of weathering, the soils, the transported material, the colluvium of hillsides, and the alluvium of stream valleys. It involves those landforms that are products of the erosional sculpturing of the landscape, as well as those that result from accumulation, such as glacial moraines and desert sand dunes. The science of geomor­ phology is gradually beginning to evolve from a passive cataloging of scenery and its deduced causes (in the Davisian sense) into a vigorous study of dynamic processes. These are partly geophysical, in the sense of hydraulics and mechanical studies, and partly geo­ chemical. eng

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