Sedimentary Basins – Mankind’s Greatest Resource

The German Research Foundation (DFG) supported the Special Scientific Programme SPP 1135: »Dynamics of sedimentary systems under varying stress regimes: the example of the Central European Basin« under the umbrella of the R&D-Programme GEOTECHNOLOGIEN between 2002 und 2008.

Link to the SPP 1135

The following projects build up the SPP 1135: »Dynamics of sedimentary systems«:  

  • Stress and strain modelling of the Central European Basin system during the Mesozoic
    Bayer, U.
  • Reactions of petroleum compounds with hematite grain-coatings and their effect on diagenesis and pore structure of clastic reservoir rocks
    Gaupp, R., Krooss, B., Littke, R.
  • The post-Variscan Paleostress History of the Central European Basin System
    Scheck-Wenderoth, M. and Reicherter, K. in cooperation with Mazur S.
  • Quantitative reconstruction of the temporal evolution of stress in the Dutch basins
    Urai, J.L., Kukla, P.
  • Discontinuous sedimentary evolution of the Keuper (Triassic), Central European Basin (Lithostratigraphy, unconformities, cyclic and sequence stratigraphy, palaeotectonics)
    Beutler, G. K. Bachmann,
  • H. G.;
  • The structure of the crystalline crust and its implication for basin dynamics in nothern Germany
    Gajewski, D., Brink, H-J.
  • Sub-seismic deformation on diferent scales in the North German Basin
    Krawczyk, C. M. Oncken, O. Tanner, D. C. Kukla, P. A. Trappe, H. Lohr, T. Endres, H.
  • Subsidence, mass and heat transfer in the Central European Basin system: A regional 2D basin modelling study
    Littke, R. Pagnier, H. Narkiewicz, M.
  • High-resolution seismic analysis of the coastal Mecklenburg Bay (North German Basin) based on industrial CDP-data in order to identify and evaluate the pre-Alpine evolution, the neotectonic evolution as well as fault reactivation and interaction
    Schikowskiy, P. Reicherter, K.
  • Evaluating eustatic and tectonic control on Late Jurassic (Oxfordian to Kimmeridgian) sedimentary successions in the Lower Saxony Basin (NW Germany)
    Schülke, I. Strasser, A. Winsemann, J.
  • 3D structural modelling and basin analysis of the Central European Basin System (CEBS) between the North Sea and Poland
    Bayer, U. Hoffmann, N. Scheck-Wenderoth,M. Meyer, H. Bönnemann, C.
  • Birth of the Central European Basin (CEB): volcanism, sedimentation and tectonics
    Breitkreuz, F. C. Hoffmann, N.
  • Authigenic carbonate minerals and CO2 sources in reservoir rocks of the CO2 province in the Lower Saxony Basin - Botz, R. Schmidt, M. Littke, R.
  • Influence of Quaternary glaciations of the petroleum system of Schleswig-Holstein
    Cramer, B. Winsemann, J. Messner, J. Delisle, G.
  • Diagenesis of red bed clastic reservoirs in the Central European Basin: how important is organic maturation and migration?
    Gaupp, R.
  • Fracture sealing processes in the Bundsandstein - comparison of nature and see through experiments
    Hilgers, C.
  • Neotectonics in the western baltic sea
    Hübscher, C., et al
  • Magnetotelluric soundings through the centre of the North German Basin
    Jödicke, H. Hoffmann, N. Müller, W.
  • Geochemical, isotope geochemical and mineralogical investigations on type, origin and transformation of nitrogen in Palaeozoic sedimentary rocks
    Krooß, B. M. Littke, R.
  • Dynamics of the salt-sediment system during the evolution of the Central European Basin - quantitative structural reconstruction, kinematic analysis and salt mechanics
    Kukla, P. A. Urai, J. L.
  • Co-ordination of the Schwerpunkprogramm (SPP): Dymanik sedimentärer Systeme unter wechselndern Spannungs- regimen am Beispiel das zentraleuropäischen Beckensystems and general management of data supplied by German oil and gas industry for this scientific project
    Littke, R. Bayer, U. Gajewski, D. Kosinowski, M. Nelskamp, S.
  • Thermal history of deeply buried sedimentary rocks in the vicinity of salt diapirs (Schleswig-Holstein area)
    Littke, R. Rodon, S.
  • Thermal evolution of the southwestern Lower Saxony Basin
    Littke, R. Brix, M. R.
  • The evolution of the Carboniferous foreland basin of Germany
    Mc Cann, T.
  • The origin of non-hydrocarbon gases in the North-German Basin: Sources, migration paths and relative timing of nitrogen release
    Mingram, B. Lüders, V. Hoth, P. Kronz, A.
  • The Pompeckj Block in NW Germany: An example of a European inversion structure of Cretaceous age
    Mutterlose, J., Steffahn, J.
  • Fluid Flow and Petrophysical Properties of Sedimentary Rocks exposed to different Stress Regimes
    Nover, G.
  • Deep reaching fluid-flow in the Central European Basin System
    Pekdeger, A. Bayer, U. Möller,P. Voigt, H. J. Fuhrmann, J.
  • Rock-fluid interactions in deep overpressured basinal settings of the Central Graben, North Sea: organic and anorganic considerations
    di Primio, R. Ondrak, R. Horsfield, B. Gaupp, R.
  • The Post-Glacial landscape evolution of the Central European Basin System: morphology, neotectonics, dynamic modeling and crustal defromation (nothern germany)
    Reicherter, K., et al
  • Mapping of young tectonic and halokinetic structures in Schleswig- Holstein by interpretation of seismic profiles and fieldwork
    Sirocko, F.
  • Influence of basin margin parallel fault systems (Elbe Fault System and Tornquist Zone) and basin intersecting fault systems on the Mesozoic evolution of the Central European Basin System (CEBS)
    Scheck, M., Bayer, U.
  • The evolution of a Playa to Sabkha System (Permian, North German Basin)
    Schneider, J. W. Legler, B.
  • Permo-Triassic unconformities in the Central European Basin: Their petrographic, geochemical and petrophysical fingerprints and tectonic implication
    Stollhofen, H. Kukla, P.
  • Deformation and transport processes in halite: a mictotectonic study
    Urai, J. L.

 


03.02.2009 | Print