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The Cenomanian of northern Germany: facies analysis of a transgressive biosedimentary system

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Abstract

A facies analysis of the epicontinental marine Cenomanian sediments of northern Germany shows the presence of 17 facies types (FTs, including several subtypes) which can be assigned to three facies associations: 1) an inner shelf facies association (FT 1–8) with high amounts of terrigenous material and/or high-energy depositional features, 2) a middle shelf facies association (FT 9–15) of predominantly calcareous sediments with moderate amounts of generally fine siliciclastics, and 3) an outer shelf facies association (FT 16–17) of low-energy, fine-grained, pure limestones. These three facies associations roughly correspond to the well-known lithological units of the Cenomanian of northern Germany, i.e., the Essen Greensand/Cenomanian Marls complex, the Pläner Limestones, and the Poor rhotomagense Limestones. The sediments were deposited on a northward-dipping homoclinal ramp with more-or-less shoreline-parallel facies belts. The sediment composition on this ramp-like shelf was a function of the varying importance of three different sediment sources: 1) terrigenous input from the south (Rhenobohemia), generally fining/decreasing in a proximal–distal (i.e., S–N) direction; 2) production of skeletal grains, mainly by macrobenthic organisms; and 3) settling of planktic carbonate (mainly calcispheres and calcareous nannofossils). In response to decreasing water energy with increasing water depth, the seaward decreasing terrigenous influence, and increasing planktic carbonate production, increasingly finer and more calcareous sediments were deposited in a proximal–distal transect. This rather straightforward picture was slightly modified by highest carbonate accumulation rates (planktic and benthic) on the middle shelf, forming a mid-shelf depocenter (fossiliferous, calcisphere-rich Pläner Limestones). Time-transgressive, southward-directed onlap of this biosedimentary system during the Cenomanian caused a significant retreat of the coastline towards the south and a retrogradational stacking of facies belts, explaining the broadly similar facies development and lithology of Cenomanian successions across northern Germany. The boundaries of the lithological units, however, tend to be considerably diachronous in a distal–proximal transect. In the late Middle and early Late Cenomanian, a final drowning and facies levelling (“oceanization”) is indicated by the widespread deposition of uniform calcareous nannofossil mudstones (Poor rhotomagense Limestones).

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Acknowledgements

This research was financed by a grant of the Jubiläumsstiftung of the Bayerische Julius-Maximilians-Universität Würzburg (to MW). The manuscript benefited from discussions with J. Schönfeld (Kiel), S. Voigt (Köln), W. Weiss (Hannover), and F. Wiese (Berlin). Mrs. H. Schönig (Würzburg) is thanked for her photographic work. Anonymous reviews are gratefully acknowledged

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  1. Institut für Paläontologie der Universität, Pleicherwall 1, 97070, Würzburg, Germany

    M. Wilmsen & B. Niebuhr

  2. Geologischer Dienst NRW-Landesbetrieb, De Greiff-Str. 195, 47803, Krefeld, Germany

    M. Hiss

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Wilmsen, M., Niebuhr, B. & Hiss, M. The Cenomanian of northern Germany: facies analysis of a transgressive biosedimentary system. Facies 51, 242–263 (2005). https://doi.org/10.1007/s10347-005-0058-5

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