Theses
In the following you find abstracts of theses, which were conducted in our working group (pdfs).
Ph.D. Theses
M.Sc. Theses
Maryam Yazdanyar (2021) | Effect of Topographical Features on the Tidal Dynamics in the Pozm Bay, Iran |
Raphael Pistor (2021) | Understanding of Saturn's North Pole Hexagon |
Julius Lauber (2019) | On the response of near-inertial waves to a typhoon |
Birte Gülk (2019) | Lagrangian statistics in the California upwelling system |
Ashwita Chouksey (2019) | The role of isopycnal mixing for tracer uptake in the global ocean |
Joshua Pein (2019) | The role of hyperbolic Lagrangian coherent structures on the transfer of passive tracers |
Arthur Secato (2019) | Observation of submesoscale fronts in the upper ocean following a storm |
Ria Oelerich (2018) | Lagrangian Single Particle Statistics in the Benguela Upwelling System off Namibia |
Wenguo Li (2018) | Resource Assessment of Tidal Current Energy and Impacts of Energy Extraction in the North Sea |
Darko Salaj (2018) | Observed and modelled onshore-offshore variability of oxygen and plankton on a high resolution transect: estimations of nutrient concentration within a selected offshore area of the transect |
Jan Kossack (2018) | Implications of the parameterization of mesoscale eddy mixing for passive tracer transport in an idealized model of the Southern Ocean |
Tabea Brodhagen (2015) | Effects of phytoplankton motility on upper ocean physics- Modelling biogeopysical feedback mechanisms |
Lukas Vollmer (2013) | A global map of meso-scale eddy diffusivities based on linear stability analysis |
Hannah Kleppin (2012) | Analysing spiral eddies as an example of baroclinic Mixed Layer instabilities |
Matthias Fischer (2012) | On the impact of topography on a zonally reentrant current. An idealized model study. |
Sören Thomsen (2012) | Instabilities in the Labrador Current |
Gregor Halfmann (2010) | Southern Ocean characteristics control Meridional Overturning: sensitivity studies using a zonally averaged ocean model |