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Luminescence dating of the Rissian type section in southern Germany as a base for correlation

机译:德国南部俄罗斯型剖面的发光年代作为相关基础

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The exact timing of the Rissian has been under discussion since being established by Penck and Bruckner (1909) at the beginning of the 20th century. Difficulties in correlating and especially dating the sediments associated with the Rissian have led to different nomenclatures in the different regions of the Northern Alpine Foreland (NAF). Various dating approaches have led so far to often unsatisfying results. In this study we successfully dated the "High Terrace Gravels" of the Rissian type section. Using single grain feldspar luminescence we were able to evade the problems of incomplete bleaching in fluvioglacial sediments. Using the post Infrared IRSL protocol (at 225 degrees C) we were able to show that the feldspar in the research area only shows low rates of anomalous fading. We were able to show that these low fading rates have an influence on the age determination. This is remarkable because many of the signals were close to saturation. The conclusive age range of 149 +/- 15-179 +/- 17 ka corresponds to Marine Isotope Stage 6. Defining an age for the Rissian is a first step to consolidate the heterogeneous nomenclature and to reconstruct the chronology of past major Alpine glaciations. (C) 2016 The Authors. Published by Elsevier Ltd.
机译:自20世纪初Penck和Bruckner(1909)建立起以来,就一直在讨论Rissian的确切时机。沉积和与Rissian沉积有关的沉积特别难以定年,导致北部高山前陆(NAF)不同地区的命名法不同。迄今为止,各种约会方法都导致通常不令人满意的结果。在这项研究中,我们成功地标出了Rissian型截面的“高阶砾石”。使用单粒长石发光,我们能够避免潮河沉积物中漂白不完全的问题。使用后红外IRSL协议(在225摄氏度下),我们能够证明研究区域中的长石仅显示出较低的异常褪色率。我们能够证明这些低衰落率会影响年龄的确定。这是很了不起的,因为许多信号都接近饱和。最终年龄范围为149 +/- 15-179 +/- 17 ka,对应于海洋同位素第6阶段。确定Rissian的年龄是巩固非均质命名法和重建过去主要高山冰川年代的第一步。 (C)2016作者。由Elsevier Ltd.发布

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