• If you'd like to get acquaint with Polish films, this information may be useful for you

    On Thursday, 29th of October we would like to invite you to the opening of the new season of Polish Cinema for Beginners. This time in Nowe Horyzonty Cinema will be screened one of the most important Polish movie by Jerzy Hoffman - "Deluge. Redivivus".

    The fifth season of our screenings of Polish film classics with English subtitles will be full of meetings with renowned Polish filmmakers.

  • We invite you to a concert of TU Dresden Choir this Saturday, 12th December 2015 at 19:00 in Oratorium Marianum (Main University building, ground floor). The entrance is free.

    The choir will perform music of Reger, Messiaen, Brahms, Bach and Gottweld.

    Choir's website.

Sedimentary processes, environments and basins (SPEB)

Dr. Jurand Wojewoda & Dr. Stanisław Burliga
Number of hours: 
3h X 13 weeks = 39 hours (1 semester)
Number of hours: 
3h X 7 weeks = 21 hours (1 semester)

eligibility to describe, analyse and interpret sedimentary rock complexes, their
genesis and evolution.


examination – end of the lecture (June); repeat-examination in September
practical excercises – continuous evaluation


physical geology, stratigraphy


1. Recognition of sediments and sedimentary processes (lecture: 13 hours; exercise: 3 hours)

  • sediments: basic definitions and methodology, facies, physical aspects of sedimentary processes: basic definitions of hydraulics, grain transport and primary sedimentary textures and structures (grain orientation and gradation, bedding), mass transport and secondary textures and structures (exercise 1)
  • diagenesis: compaction, lithification

2. Sedimentary environments and sediment architecture (lecture: 13 hours; exercise: 9 hours)

  • facies association: Walther’s law, (sub)environment, depositional systems – continental, transitional, marine; paleoslope: paleoflow and palaeotransport (exercise 2)
  • facies succession: permanent, cyclic and stochastic processes, events, environment evolution, migration of depositional systems (exercise 3: facial maps)
  • 3-D sediment architecture: sedimentary surfaces (erosional, depositional) hierarchy of sedimentary surfaces, boundaries, sequence stratigraphy, deposition rate, cyclicity (exercise 4)

3. Sedimentary basins (lecture: 13 hours; exercise: 9 hours)

  • sedimentary basin: basic definitions and classification (boundaries, geotectonic regime – fundamental Earth’s architecture, stress and strain in lithosphere, lithosphere plates and basins, tensional regime of basin formation and evolution; tectonic controls on basin evolution, rock salt and ground water play
  •  basin architecture: 2d & 3D methods (seismic profiles, sections and tomography) (exercise 5 & 6)
  • ancient basins: basin inversion, examples of ancient basins
  • recent basin live: DEM, neotectonics, facies and structural analysis (exercise 7)