"Submarine Geohazards: Mapping, Monitoring, and Modelling"
5 - 16 September 2016
at the MARUM - Center for Marine Environmental Sciences and
the IODP Bremen Core Repository, University of Bremen, Germany
The major goal is to bring PhD students and young Postdocs in touch with IODP at an early stage of their career, inform them about the exciting research within IODP as (I)ODP and DSDP have been proven to be the most successful internationally collaborative research programs in the history of Earth sciences, and and to prepare them for future participation in IODP expeditions. Such training will be achieved by taking the summer school participants on a “virtual ship” where they get familiarized with a wide spectrum of state-of-the-art analytical technologies and core description and scanning methods according to the high standards of IODP expeditions. In addition, the thematic topic of the summer school will be reviewed by various scientific lectures by the leading experts in the field.
Location and Organisation
The ECORD Summer School on “Submarine Geohazards: Mapping, Monitoring, and Modelling” 2016 will take place from 5 to 16 September 2016 at the MARUM – Center for Marine Environmental Sciences, Bremen University, Germany. It is organized by by Prof. Dr. Katrin Huhn, Head of the group on Modelling of Sedimentation Processes at the MARUM, Prof. Dr. Dierk Hebbeln, Graduate Dean of the Bremen International Graduate School for Marine Sciences (GLOMAR), and by Dr. Ursula Röhl, Head of the IODP Bremen Core Repository (BCR). MARUM and its International Graduate School for Marine Sciences GLOMAR, as well as the BCR jointly offer the unique training possibilities used for this summer school by providing laboratory and seminar facilities.
Submarine landslides and earthquakes as well as subsequent tsunamis are major geohazards that can pose significant risks to coastal populations and to seafloor infrastructures. Improving our understanding of when, where, and how slope failures and earthquakes occur as well as the assessment of their risk potential are among the
most urgent and challenging tasks in Earth sciences. A combination of cutting–edge technologies, including geoscientific mapping, seafloor geodesy, long-term monitoring, sediment coring, and ocean drilling, is needed to gain deeper insights into the interactions among tectonic movements, rock/sediment physical properties, in situ stress, and transient pore pressure. These are potential controlling factors for both
earthquakes and landslides. The ocean drilling initiative is uniquely positioned to elucidate the underlying geologic processes that govern the nature and evolution of submarine landslides and earthquakes.
Structure of the Summer School
This summer school will combine lab exercises on IODP-style shipboard methodologies ("virtual ship") as well as interactive lectures by world-leading scientists in the field of submarine geohazards. Participation will prepare you for future involvement in IODP and for research work on submarine geohazards, particularly with respect to mapping, monitoring and modelling. The summer school will take advantage of the unique and integrated facilities offered by the IODP Bremen Core Repository and the MARUM laboratories.
The lectures will be grouped in several sub-themes:
- Geohazards: introduction into the dynamics of earthquakes, submarine landslides, their trigger, failure and transport mechanisms, as well as their geohazard potential, e.g. tsunamigenesis from earthquakes and landslides.
- Mapping of submarine geohazards: geophysical methods and core analyzing techniques.
- Monitoring of submarine geohazards: observatories, long-term monitoring.
- Modelling of submarine geohazards: different modelling techniques – from analogue lab experiment to numerical simulation.
The weekend between the first and the second week will give the participants the possibility to join a field trip on Weekend 10 /11 September 2016. During the Summer School the participants will have the possibility to give a short presentation introducing their own research work.
|T. Dahm||GFZ (Potsdam)|
|E. Davis||Geological Survey of Canada|
|J. Erbacher||BGR, Hannover|
|D. Hebbeln||MARUM, Bremen|
|M. Heesemann||ONC - Ocean Networks Canada|
|K. Huhn||MARUM, Bremen|
|M. Ikari||MARUM, Bremen|
|M. Kölling||MARUM, Bremen|
|A. Kopf||MARUM, Bremen|
|S. Krastel||Uni Kiel|
|H. Kuhlmann||MARUM, Bremen|
|J. Kuhlmann||MARUM, Bremen|
|E. Le Ber||University of Leicester|
|O. Oncken||GFZ Potsdam|
|L. Podszun||MARUM, Bremen|
|U. Röhl||MARUM, Bremen|
|M. Rudolf||GFZ Potsdam|
|R. Stein||AWI, Bremerhaven|
|S. Stein||Northwestern University, Evanston, Chicago|
|M. Strasser||Uni Innsbruck|
|H. Villinger||Uni Bremen|