Dynamics of the Ocean Floor

The Research Division Dynamics of the Ocean Floor has two Research Units: Magmatic and Hydrothermal Systems and Marine Geodynamics.

Contact

Head of the Research Division:

Prof. Dr. Colin Devey
GEOMAR Helmholtz Centre for Ocean Research Kiel
East shore campus
Wischhofstraße 1-3 
D-24148 Kiel
Germany
Phone: +49-431-600-2357
Fax: +49-431-600-2924
e-mail: cdevey(at)geomar.de

Personal Assistent/Office Management:
Jasmin Mögeltönder
Phone: +49-431-600-2271
e-mail: jmoegeltoender(at)geomar.de

Anne Völsch
Phone: +49-431-2271
e-mail: avoelsch(at)geomar.de

Publications

Overview

The research focus is on the geological-geophysical survey of the ocean floor and the margins of the ocean basins. The core topics include processes of formation, development, alteration and subduction of the oceanic lithosphere and the associated effects on the environment, for example on the climate and the emergence of natural hazards.

These research topics are addressed in three geotectonic areas:

  • Divergent plate margins: Formation of the ocean floor and the ocean basins
  • Convergent plate margins: the subduction engine
  • Tectonic and magmatic processes in the intraplate zone: Conversion of oceanic plates

Significant research emphasis is placed on:

  • Marine natural hazards: earthquakes, volcanoes, slope stability, submarine landslides, and tsunamis
  • Seafloor resources: Gas hydrates and polymetallic massive sulphides
  • Introduction of volatiles into the atmosphere and hydrosphere

RD4 News

The participants of the expedition SO267 and the research vessel SONNE shortly before leaving the port of Suva (Fiji). Photo: Philipp Brandl + Nico Augustin/GEOMAR
10.12.2018

Christmas in the Western Pacific

Kiel Marine Scientists investigate the birthplace of a continent with RV SONNE

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In spring 2016, a team from GEOMAR and Kiel University on board the research vessel POSEIDON installed the GeoSEA transponders on the eastern flank of Mount Etna. Photo: Felix Gross (CC BY 4.0)
10.10.2018

GeoSEA array records sliding of Mount Etna’s southeastern flank

Volcano flank moves under water – Tsunami is a possible consequence

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