PhDs & Post Docs

PhD students

Name Institute Project
Ditz, Manuel Ruhr Universität Bochum Imaging structur and geometry of Alpine slabs by full waveform inversion of teleseismic body waves

Groß, Phillip

Freie Universität Berlin Understanding subduction by linking surface exposures of subducted and exhumed crust to geophysical images of slabs
Hauke, Matthias Universität Bonn Slab factory – ocean formation and subduction in the Western Alps
Hofman, Rens Freie Universität Berlin From Top to Bottom- Seismicity, motion patterns & stress distribution in the Alpine Crust
Krsnik, Emilija Senckenberg Biodiversität und Klima Forschungszentrums Neogene Paleoelevation and Paleoclimate of the Central Alps – Linking Earth surface processes to lithospheric dynamics
Kruse, Jan Phillipp Universität Frankfurt Mantle deformation beneath the Alps and the physics of the subduction polarity switch - Constraints from thermomechanical modelling, seismic anisotropy and waveform modelling
Link, Frederik Universität Frankfurt Mantle deformation beneath the Alps and the physics of the subduction polarity switch - Constraints from thermomechanical modelling, seismic anisotropy and waveform modelling
Louis, Sarah Universität Göttingen, RWTH Aachen FB-4D - Foreland basin evolution records the effects of plate reorganization, surface evolution and crustal deformation on mountain building
Mader, Sarah Karlsruhe Institute of Technology Stress transfer and Quaternary faulting in the northern Alpine foreland
Mroczek, Stefan GFZ Potsdam Understanding subduction by linking surface exposures of subducted and exhumed crust to geophysical images of slabs
Najafabadi, Azam Jozi GFZ Potsdam Linking surface kinematics to deep structure of the Adriatic indenter near a potential subduction-polarity switch – the Giudicarie Belt (Southern Alps)
Paffrath, Marcel Ruhr Universität Bochum Imaging structure and geometry of Alpine slabs by full waveform inversion of teleseismic body waves
Petersen, Gesa GFZ Potsdam From Top to Bottom- Seismicity, motion patterns & stress distribution in the Alpine Crust
Reuber, Georg Universität Mainz Constraining the dynamics of the present-day Alps with 3D geodynamic inverse models
Schmidtke, Michael Universität Bonn Alpine subduction revisited – new structural and elastic wave velocity models for improved geophysical imaging towards greater depths
Spooner, Cameron GFZ Potsdam Integrated 3D structural, thermal, gravity and rheological modeling of
Stampa, Johannes Universität Kiel Imaging structure and geometry of Alpine slabs by full waveformn inversion of teleseismic body waves
Tesch, Marcel Universität Kiel Surface Wavefield Tomography of the Alpine Region to Constrain Slab Geometries, Lithospheric Deformation and Asthenospheric Flow in the Alpine Region
Verwater, Vincent Freie Universität Berlin Linking surface kinematics to deep structure of the Adriatic indenter near a potential subduction-polarity switch – the Giudicarie Belt (Southern Alps)
Wolf, Felix Geomar Kiel Generation, destruction and of lithosphere of the Ligurian Sea
Zertani, Sascha Freie Universität Berlin Understanding subduction by linking surface exposures of subducted and exhumed crust to geophysical images of slabs

Post Docs

Name Institute Project
Botsyun, Svetlana Universität Tübingen Neogene Paleoelevation and Paleoclimate of the Central Alps – Linking Earth surface processes to lithospheric dynamics
Dannowski, Anke Geomar Kiel Activity Field B - LOBSTER: Ligurian Ocean Bottom Seismology and Tectonics Research
Eizenhöfer, Paul Universität Tübingen Constraining the near-surface response to lithospheric reorientation - Structural thermochronology along AlpArray geophysical transects
El-Sharkawy, Amr Universität Kiel Surface Wavefield Tomography of the Alpine Region to Constrain Slab Geometries, Lithospheric Deformation and Asthenospheric Flow in the Alpine Region
Kästle, Emanuel D. Freie Universität Berlin Coordination of SPP
Methner, Katharina Senckenberg Biodiversität und Klima Forschungszentrums Neogene Paleoelevation and Paleoclimate of the Central Alps – Linking Earth surface processes to lithospheric dynamics
Schlömer, Antje Universität München Activity Field A - UNIBRA / DSEBRA: the German seismological contribution to AlpArray
Sebera, Josef Universität Kiel Integrated 3D structural, thermal, gravity and rheological modeling of
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