北半球白垩纪晚期马斯特里赫特阶段的 Belemnitellidae Pavlow, 1914 科 Belemnites

Norbert Keutgen, Zbyszek Remin
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引用次数: 0

摘要

目前在法国 Tercis 界定的营盘期/马斯特里赫特期边界的全球地层原型剖面和点缺乏任何贝类记录。然而,Tercis 与德国北部 Kronsmoor 断面的详细相关性,使得从贝类地层学的角度来认识这一界线,接近 Belemnella obtusa Schulz, 1979 年的首次出现基准(FAD)。最初,Belemnella Nowak,1913(例如 Belemnella lanceolata (von Schlotheim, 1813))属的 FAD 被广泛用于确定传统理解的北方地区 Maastrichtian 阶段的底部。Belemnella 几乎同时出现在欧洲大陆的大部分地区,即现在被认为是最上坎盘纪的地区,并在下马斯特里赫特海贝群中占主导地位,与 Belemnitella d'Orbigny, 1840 和罕见的 Fusiteuthis Kongiel, 1962 同时出现。它于马斯特里赫特中期在西欧和中欧消失,因此,Belemnitella junior Nowak(1913 年)的 FAD 成了界定上马斯特里赫特亚层基底的生物标志。直到马斯特里赫特期末期,Neobelemnella Naidin(1975 年)属才开始大量出现,从东部到西部逐渐取代 Belemnitella 成为主要物种。贝类组合发生这些显著变化的内在因素仍不确定,但各种环境因素,尤其是水深和温度,以及洋流和海洋化学成分被认为是有影响的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Belemnites of the family Belemnitellidae Pavlow, 1914 from the Late Cretaceous Maastrichtian stage in the Northern Hemisphere
The currently defined Global Stratotype Section and Point for the Campanian/Maastrichtian boundary at Tercis (France) lacks any belemnite record. However, the detailed correlation of Tercis with the Kronsmoor section in northern Germany has enabled recognising this boundary in terms of belemnite stratigraphy close to the first appearance datum (FAD) of Belemnella obtusa Schulz, 1979. Originally, the FAD of the genus Belemnella Nowak, 1913 (e.g. of Belemnella lanceolata (von Schlotheim, 1813)) has been widely used for defining the base of the traditionally understood Maastrichtian stage in the Boreal Realm. Belemnella appeared almost contemporaneously across a significant portion of epicontinental Europe in what is now considered topmost Campanian and dominated the lower Maastrichtian belemnite assemblages, co-occurring with Belemnitella d’Orbigny, 1840 and rare Fusiteuthis Kongiel, 1962. It disappeared in Western and Central Europe during the mid-Maastrichtian, and as a consequence, the FAD of Belemnitella junior Nowak, 1913 served as a biomarker defining the base of the upper Maastrichtian substage. It is only at the end of the Maastrichtian that the genus Neobelemnella Naidin, 1975 became abundant, replacing Belemnitella steadily from the east to the west as the dominating species. The factors underlying those remarkable shifts in belemnite assemblages remain uncertain, but various environmental elements, especially water depth and temperature, in addition ocean currents, and oceanic chemical composition are considered influential.
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