Irish Sea - summer 2024
SOxxx - 19.2.-4.4.2024 Bengal Shelf - Cochin-Cochin
AL602 - 17.-30.9.2023 Baltic Sea - Kiel - Kiel
ATAIR - spring 2023
MSM107 - 18.5.-3.6.2022 Bremerhaven - Tromsö
the expedition led by M. Iversen is also investigating current-controlled sedimentation offshore Ireland using acoustic shipboard equipment - a cooperation with E. Miramontes (GeoB).
ATAIR014 - 13.6.-23.6.2022 North Sea - Bremerhaven-Bremerhaven
this expedition is funded through our joint research project with BSH, acquiring seismic data in wind farm areas in the North Sea.
AL581 - 13.-26.9.2022 Baltic Sea - Kiel-Sassnitz-Sassnitz-Kiel
this is our annual training cruise in marine geophysical work including seismic, acoustic, magnetic and water column studies.
We are proud to announce that a publication was accepted about our new approach on Boulder Detection, which was partially an outcome of a master thesis.
Römer-Stange et al. (2022) Boulder Detection in the Shallow Sub-Seafloor by Diffraction Imaging with Beamforming on Ultra-High Resolution Seismic Data - A Feasibility Study
Two papers had been just accepted for publication, both refer to the North Sea.
- The first one resulted from a cooperation with the University of Aarhus and a research stay of Ktrine Juul Andresen at MARUM.
Andresen et al. (2022) Seismic morphologies of submerged late glacial to early Holocene landscapes at the eastern Dogger Bank, central North Sea Basin – implications for geo-archaeological potential
- The second one is a late publication from a PhD work of Asli Özmaral, which had been funded by MARUM. Complimentary sedimentologic and geotechnical data from AG Mörz have been incorporated since then.
Özmaral et al. (2022) The Elbe Palaeovalley: evolution from an ice-marginal valley to a sedimentary trap (SE North Sea)
- Successfully finished teaching for this winter term with many new lectures and content., namely 'Geophysical Survey Strategies and Planning' as well as 'Renewable Energy in the Earth System' (in cooperation with Fraunhofer IWES)
- Harbour test of seismic sources with OBN recording and signature evaluation of sparker in Bremerhaven
- Part of the team was trained on the new seismic acquisition system for Ocean Bottom Nodes (OBNs) by the manufacturer inApril
- Nikolas Römer-Stange submitted a manuscipt on Boulder Detection
- Fynn Warnke submitted a manuscript on the contourite depositional system offshore Argentina
- Publication: Natale et al. (2021) Integrated on‐land‐offshore stratigraphy of the Campi Flegrei caldera: New insights into the volcano‐tectonic evolution in the last 15 kyr, with contributions from Lena Steinmann and Volkhard Spiess
- ATAIR009 Cruise was finished successfully on Oct 20th
- Alkor Cruise AL566 was successfully finished on Oct 15th at 8 in the morning. Everyone safely left the ship and equipment was unloaded.
- Katrine Juul Andresen submitted a joint paper with MTU on North Sea research at Doggerbank
- Upcoming Winter Courses with MTU Contributions
2nd year: > Methoden der geophysikalischen Exploration
3rd year: > Seismische Exploration, > Gesteinsphysik und Bohrlochmessungen, > Seegeophysikalische Geländeübung
MSc Applied Geosciences:
> Renewable Energy, > Applied Geophysics - Methods
MSc Marine Geosciences:
> Sedimentary Structures Passive Margins, > Gas Hydrates, > Geophysical Survey Strategies and Planning, > Marine Geophysical Survey Project
> Seismic Data Processing, > Seismic Interpretation Project
For the first time after almost 1.5 years, we could teach again in our building!
The Course 'Renewable Energy' was taught in presence between 6-10.9. in the Geo Building. 6 students were present and 5 more were connected online, using the new smart system.
Renewable Energy is a new topic in our curriculum out of a joint venture between MTU and Fraunhofer IWES, which will be now become part of our new M.Sc. program 'Applied Geosciences' to start officially in the upcoming winter term.
We are currently preparing a continuation of the R&D Research Project SEBAMO-I, which will support North Sea wind farm surveys of BSH for another 3 years to collect multichannel data, process and interpret them and support them with proposals for geotechnical investigations.
In addition, several scientific topics will be studied based on the data, which are going to be collected, support future improvement of interpretation concepts within windfarm areas.