首页> 外文期刊>Geobios: Paleontologie, Stratigraphie, Paleoecologie >Biostratigraphy or biochronology? Lessons from the Early and Middle Miocene small Mammal Events in Europe [Biostratigraphie ou biochronologie? Le?ons des evenements à petits mammifères du Miocène inferieur et moyen en Europe]
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Biostratigraphy or biochronology? Lessons from the Early and Middle Miocene small Mammal Events in Europe [Biostratigraphie ou biochronologie? Le?ons des evenements à petits mammifères du Miocène inferieur et moyen en Europe]

机译:生物地层学或生物年代学?欧洲中新世早期和中期小型哺乳动物事件的教训[生物地层学或生物年代学?欧洲中下中新世小哺乳动物事件的教训]

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摘要

Since the proposition in 1975 of the European Neogene Mammal (MN) scale by Pierre Mein, the amount of taxonomical, stratigraphical and chronological information around Europe has increased exponentially. In this paper, the stratigraphical schemes of three of the best studied areas for the Lower and Middle Miocene, the Aragonian type area in Spain and the Upper Freshwater Molasse from the North Alpine Foreland Basin in Switzerland and Bavaria, are compared. The correlation of their local biostratigraphies are discussed. Sixteen rodent's events are studied and ranked in the three areas according to their local biostratigraphy. This study shows, and quantifies for the first time, the significant asynchronies of the different included rodent events. The MN-system is discussed in the light of those results. In accordance, we propose that it is still useful but only in a biochronological way, as a sequence of time-ordered reference localities allowing coarse long-distance correlations. In order to obtain better temporal resolution, this system has to be combined with local biostratigraphies that are well calibrated to the time scale, implementing the information about synchrony and diachrony of mammal events in different areas.
机译:自1975年Pierre Mein提出欧洲新近基因哺乳动物(MN)量表以来,欧洲各地的分类学,地层学和年代学信息量呈指数增长。本文比较了中,下中新世,西班牙的阿拉贡型地区以及瑞士和巴伐利亚北部的北高山前陆盆地的上淡水莫拉斯地区这三个研究最好的地区的地层方案。他们的当地生物地层学的相关性进行了讨论。研究了16种啮齿动物的事件,并根据它们的当地生物地层学将其划分为三个区域。这项研究首次显示并量化了不同啮齿动物事件的显着异步性。根据这些结果讨论了MN系统。因此,我们建议它仍然是有用的,但是仅以生物年代学的方式,作为允许粗略的长距离相关的一系列时间顺序的参考位置。为了获得更好的时间分辨率,该系统必须与经过适当校准的时间尺度的当地生物地层学相结合,以实现有关不同地区哺乳动物事件的同步性和历时性的信息。

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