NEHYBA, Slavomír and Reinhard ROETZEL. A PALEOGEOGRAPHIC RECONSTRUCTIONS OF THE COLLAPSE BASINS BASED ON THE PROVENANCE ANALYSIS OF FLUVIAL SANDSTONES. In Prof. Dr. Christian Betzler & Dr. Sebastian Lindhorst. Abstracts of the International conference of the Geologische Vereinigung and SEDIMENT 2012. Hamburg: Universität Hamburg, 2012, p. 204-204.
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Basic information
Original name A PALEOGEOGRAPHIC RECONSTRUCTIONS OF THE COLLAPSE BASINS BASED ON THE PROVENANCE ANALYSIS OF FLUVIAL SANDSTONES
Name in Czech A PALEOGEOGRAPHIC RECONSTRUCTIONS OF THE COLLAPSE BASINS BASED ON THE PROVENANCE ANALYSIS OF FLUVIAL SANDSTONES
Authors NEHYBA, Slavomír and Reinhard ROETZEL.
Edition Hamburg, Abstracts of the International conference of the Geologische Vereinigung and SEDIMENT 2012. p. 204-204, 1 pp. 2012.
Publisher Universität Hamburg
Other information
Original language English
Type of outcome Proceedings paper
Field of Study 10500 1.5. Earth and related environmental sciences
Country of publisher Germany
Confidentiality degree is not subject to a state or trade secret
Organization unit Faculty of Science
Keywords (in Czech) paleogeografie-petrografie
Keywords in English paleogeography-petrogpraphy
Tags Reviewed
Changed by Changed by: prof. RNDr. Slavomír Nehyba, Dr., učo 2710. Changed: 29/11/2012 09:42.
Abstract
The provenance analyses of Permo- Carboniferous fl uvial sandstones of the Boskovice Basin and the Zöbing area are based on a wide spectra of analytical techniques (petrography, heavy mineral assemblages, chemistry of garnet, rutile and spinel, zircon study, major and trace elements). The studied sandstones are poorly sorted and reveal a relatively immature composition implying short distance transport, rapid deposition, a high-relief source area, prevailed physical weathering and the minor role of chemical weathering.
Abstract (in Czech)
The provenance analyses of Permo- Carboniferous fl uvial sandstones of the Boskovice Basin and the Zöbing area are based on a wide spectra of analytical techniques (petrography, heavy mineral assemblages, chemistry of garnet, rutile and spinel, zircon study, major and trace elements). The studied sandstones are poorly sorted and reveal a relatively immature composition implying short distance transport, rapid deposition, a high-relief source area, prevailed physical weathering and the minor role of chemical weathering.
Links
GA205/09/0103, research and development projectName: Mělkovodní ekosystémy středního miocénu Centrální Paratethydy: Sukcese a interakce anorganické a organické složky ekosystémů
Investor: Czech Science Foundation
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