Multidisciplinary Sediment Core Project

The 16-20 participants of each project course jointly investigate a scientifically attractive marine sediment core applying a wide method range (e.g. core description, core logging, echosounding, proxy methods, micropaleontology, geochemistry, sedimentology, mineralogy, environmental magnetism, chronostratigraphy). Organized in teams of 4 students, they work half-days in research labs of supporting expert scientists. Each student takes responsibility for a certain method, analyses the jointly collected data, and presents the results orally in a final exam colloquium. Subgroups of 5-6 students interpret their complementary results in a scientific poster. Presentation skills are trained during the class.

1) understand and exemplarily apply the modern multidisciplinary methodology of marine sediment core research within in a practical, coordinated team project
2) perform method-specific laboratory analytics, process experimental data, and create computer graphics to visualize, compare and communicate own scientific outcomes
3) elucidate own experimental results by accessing relevant context information from scientific articles, cruise reports and personal discussions with expert advisors
4) demonstrate and systematically improve personal skills in scientific teamworking, project management, communication and presentation (poster and oral)

Oral colloquium presentation (67%) and team poster (33%)

Kolloquium

1) Regionally relevant geoscientific journal articles and textbook chapters made available in Stud.IP download
2) Introductory Powerpoint scripts and special processing software provided by method advisors

1st teaching week: Introduction to project course concept, study area and investigation methods
2nd teaching week: Elements of good scientific presentation , speech and gesture training
3rd teaching week: Visual core description, core logging,
bathymetry and sediment echosounding
4th teaching week: Paleoceanography and micropaleontology
5th teaching week: Mineralogy and anorganic geochemistry
6th teaching week: Grain-size analysis and carbon analysis (TC, TOC)
7th teaching week: Environmental Magnetism
8th teaching week: Chronostratigraphy
9th teaching week: Objectives and layout of scientific posters
10th teaching week: Individually scheduled presentation training
11th teaching week: Presentation and discussion of obtained results, formation of poster groups
12th teaching week: Self-managed colloquium preparation, individual tutorials by advisors
13th teaching week: Self-managed colloquium preparation, individual tutorials by advisors
14th teaching week: Oral and posterpresentation at joint exam colloquium

Tabellenkalkulation mit Excel, Vektor- und Rastergrafik mit Corel, Binokular-Mikroskope