Search in Zeitschrift der Deutschen Gesellschaft für Geowissenschaften :. All publications more feeds Zeitschrift der Deutschen Gesellschaft für Geowissenschaften Band Heft 1p. BibTeX file. Over the last three decades, theoretical and technical developments have considerably fostered and intensified the use of terrestrial or in situ cosmogenic nuclides as cosmogenic dating geochronometer in a variety of environments at the Earth's surface for the Late Cenozoic. These dating methods, including both surface exposure and burial dating, also significantly benefited to fluvial geomorphology. They opened new dating horizons for different kinds of fluvial archives at distinct time scales and thereby provided new insights into previously unanswered questions. This contribution aims at providing a concise but not exhaustive overview of these dating applications in a variety of fluvial environments e. Therefore, it briefly presents the fundamental principles of both surface exposure and burial dating, together with a clear statement of cosmogenic dating main methodological issues arising from the use of these methods in fluvial contexts. For each dating applications, key information about sampling procedures in the field and representative case studies are also provided. Show menu Hide menu. Search Search in Zeitschrift der Deutschen Gesellschaft für Geowissenschaften : Search. Content alerts Stay up to date with free content alerts via e-mail. Subscribe now. Customer account Login Register account. RSS feeds All publications more feeds ESP, Price:
Projektzeitraum AU - Tims, S. Battisson and S. All publications more feeds For each dating applications, key information about sampling procedures in the field and representative case studies are also provided.
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Our initial results show that there is much potential in combining cosmogenic nuclide approaches with molecular clock dating and implies river evolution in this. Project F1 has two main components, each with focus on establishing highprecision chronologies based on radiometric dating methods. The first component involves. Reconstructing fluvial landscape evolution using terrestrial cosmogenic nuclide dating: achievements, limitations and applications · Search. This study focuses on the dating of boulders and rock surfaces by means of paired (Be/ Al) in-situ produced cosmogenic nuclides in two mountain ranges.N2 - Oceanic archives are contemporary witnesses of Earth's recent astrophysical history by incorporating extraterrestrial radionuclides. These dating methods, including both surface exposure and burial dating, also significantly benefited to fluvial geomorphology. None-the-less, even the hyperarid core of this desert is host to several deeply incised, fluvially active river canyons. BibTeX file. Träger Deutsche Forschungsgemeinschaft e. Element separation chemistry and cosmogenic 10 Be dating of a ferromanganese crust. Koll D, Wallner A, Battisson S, Fichter S, Fifield LK, Froehlich MB et al. Förderprogramm DFG - Sonderforschungsbereiche. Refubium - Repositorium der Freien Universität Berlin. Show menu Hide menu. Merchel and S. Search Search in Zeitschrift der Deutschen Gesellschaft für Geowissenschaften : Search. Übersicht Fingerprint Projekte 1. Koll, D. Customer reviews. Other extraterrestrial radionuclides including 26Al, 53Mn, I, Hf or Cm could be investigated in the future. Battisson, S. Images in this review. AU - Tims, S. There are 0 reviews and 0 ratings from the United States. Prüfsumme MD5 : 4fdee3cefa. The extracted Al and Be hydroxides are converted into oxides and the samples are sent to accelerator mass spectromenry for analysis. Student assistants: Jonas Bethke Former lab staff: Priv. Philipp Häuselmann Dipl. Therefore, it briefly presents the fundamental principles of both surface exposure and burial dating, together with a clear statement of the main methodological issues arising from the use of these methods in fluvial contexts. The second component provides a Central Radiocarbon Service for the entire CRC. Over the last three decades, theoretical and technical developments have considerably fostered and intensified the use of terrestrial or in situ cosmogenic nuclides as a geochronometer in a variety of environments at the Earth's surface for the Late Cenozoic. Subscribe now. Geowissenschaften Institut für Geographische Wissenschaften, Physische Geographie. Datum der Freigabe:. Lachner and S.
