Modern natural science shows that the infancy of life on Earth experienced prebiotic evolution and included the emergence of primitive self-reproducing biologic forms and their systems. The subsequent coevolution of inorganic environment and biologic systems resulted in global propagation of life over the Earth and its enormous diversification. Diverse living organisms colonized the land, water, and atmosphere, as well as upper layers of the lithosphere, thereby forming the biosphere. The book covers notions by scientists of various branches on the evolutionary relationship between the biosphere and geosphere, evolution features at various levels of living matter organization, and problems of prebiotic evolution and life origin. The data were collected in the course of the RAS program Biosphere origin and evolution (subprogram II) in 2003 2006. The objectives of this subprogram were (1) generalization of data related to problems of biosphere origin and evolution accumulated by geneticists, molecular biologists, zoologists, botanists, paleontologists, microbiologists, geologists, chemists, and archaeologists; (2) search for new interdisciplinary approaches to biosphere origin and evolution; (3) development of a lingua franca understandable by experts in various fields, which would allow apprehension of results concerning the topic obtained in allied sciences.

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nexusstc/Biosphere Origin and Evolution/0fd626a5f1d2aa67cd775e7eebfeb289.pdf

scihub/10.1007/978-0-387-68656-1.pdf

zlib/Mathematics/Nikolay Dobretsov, Nikolay Kolchanov, Alexey Rozanov, Georgy Zavarzin/Biosphere Origin and Evolution_1001383.pdf

N. L Dobret︠s︡ov; Rossiĭskai︠a︡ akademii︠a︡ nauk

Nikolay Dobretsov ... [et al.], editors

Nikolaĭ Leontʹevich Dobret︠s︡ov

Marta Anna Krajewska

Copernicus

Telos

United States, United States of America

New York, NY, New York State, 2008

2008, 2007-12-18

2008, FR, 2007

Dec 03, 2007

London, 2008

1, 2008

до 2011-01

lg577125

{"edition":"1","isbns":["038768655X","0387686568","9780387686554","9780387686561"],"last_page":448,"publisher":"Springer US"}

Includes bibliographical references and index.

On important stages of geosphere and biosphere evolution / N. L. Dobretsov, N. A. Kolchanov, and V. V. Suslov
Microbial biosphere / G. A. Zavarzin
Astrocatalysis hypothesis for origin of life problem / V. N. Snytnikov
Comets, carbonaceous meteorites, and the origin of the biosphere / R. B. Hoover
Hierarchical scale-free representation of biological realm - its origin and evolution / Yu. N. Zhuravlev and V. A. Avetisov
The prebiotic phase of the origin of life as seen by a physical chemist / V. N. Parmon
Prebiotic carbohydrates and their derivates / O. P. Pestunova ... [et al.]
Theoretical and computer modeling of evolution of autocatalytic systems in a flow reactor / S. I. Bartsev and V. V. Mezhevikin
RNA world: first steps towards functional molecules / A. V. Lutay, M. A. Zenkova and V. V. Vlassov
Trans hammerhead ribozyme: ligation vs. cleavage / M. A. Vorobjeva ... [et al.]
Paradoxical bistate status of a prebiotic microsystem: universal predecessor of life / V. N. Kompanichenko
The ancient anoxic biosphere was not as we know it / A. E. Fallick, V. A. Melezhik and B. M. Simonson
Evolutionary aspects of geochemical activity of microbial mats in lakes and hydrotherms of Baikal rift zone / B. B. Namsaraev ... [et al.]
On the concept for the organization of the modern biosphere in the terrestrial subsurface / A. A. Oborin, L. M. Rubinstein, and V. T. Khmurchik
Biomineralization and evolution. Coevolution of mineral and biological worlds / I. S. Barskov
Visualization of the silicon biomineralization in cyanobacteria, sponges and diatoms / Ye. V. Likhoshway ... [et al.]
Transformational changes in argillaceous minerals due to cyanobacteria / T. V. Alekseeva ... [et al.]
Ecological revolution through Ordovician biosphere (495 to 435 Ma ages): start of the coherent life evolution / A. V. Kanygin
Evolution by gene duplications: from the origin of the genetic code to the human genome / S. N. Rodin and A. S. Rodin
Evolution of the translation termination system in eukaryotes / G. A. Zhouravleva ... [et al.]
The hedgehog signaling cascade system: evolution and functional dynamics / K. V. Gunbin ... [et al.]
Approaches to the resolution of contradictions between phylogenetic systems based on paleontological and molecular data / G. S. Rautian, A. S. Rautian and N. N. Kalandadze
Chromosomes and speciation / P. M. Borodin
Biotic turnover in superorganism systems: several principles of establishment and sustenance (theoretical analysis, debatable issues) / V. G. Gubanov and A. G. Degermendzhy
Chromosomes and continents / I. I. Kiknadze ... [et al.]
Genetic landscape of the Central Asia and Volga-Ural region / E. K. Khusnutdinova ... [et al.]
Problems of reconstruction of paleoenvironment and conditions of the habitability of the ancient man by the example of Northwestern Altai / A. K. Agadjanian
The settling of the ancient man by the example of North-Western Altai / A. P. Derevianko and M. V. Shunkov
Evolutionary history of wheats - the main cereal of mankind / N. P. Goncharov ... [et al.].

Modern natural science shows that the infancy of life on Earth experienced prebiotic evolution and included the emergence of primitive self-reproducing biologic forms and their systems. The subsequent coevolution of inorganic environment and biologic systems resulted in global propagation of life over the Earth and its enormous diversification. Diverse living organisms colonized the land, water, and atmosphere, as well as upper layers of the lithosphere, thereby forming the biosphere. Formerly, it was thought that abiogenic synthesis of prebiotic matter occurred in the Earth’s atmosphere on land surface. However, the presence of life signs in rocks more than 3. 5 Gyr old suggests that the chemical matter evolution stage with synthesis of organic compounds from simple molecules is more likely to have occurred in the preglobal circumstellar disk together with the RNA world and the emergence of life itself. This notion removes the restriction imposed by the Earth’s age and environmental conditions on the young Earth. It is favored by detection of intricate organic compounds on meteorites, comets, and (according to spectral data) in gas–dust nebulae. The detection of life traces in meteorite bodies of the same age as the Earth and the Solar System indicates that life in the latter can be older than the Earth as documented by geologic records. The key features of living systems allowing their existence in time and space are self-reproduction and ability to evolve. The inseparability of these features was expressed by N. V.
Erscheinungsdatum: 18.12.2007

This monograph contains articles based on the oral presentations given at the International Workshop on the Bioshphere Origin and Evolution (BOE 2005) held in Novosibirsk, Russia, June 26-29, 2005. The organizers of the event was the Scientific Programme of the Presidium of the Russian Academy of Sciences The Biosphere Origin and Evolution, which involves 50 institutes of the Russian Academy of Sciences

This monograph contains articles based on the oral presentations given at the International Workshop on the Biosphere Origin and Evolution (BOE 2005) held in Novosibirsk, Russia, June 26-29, 2005. The organizers of the event were the Scientific Programme of the Presidium of the Russian Academy of Sciences, which involves 50 institutes of the Russian Academy of Sciences.

2011-06-04