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trigger eruptions. In my dissertation, I will develop a structural and petrological model of the Telica magmatic and hydrothermal system. The main focus of my research will be to quantitatively investigate the
Section: FB5
area of hydrogeology, as well as the aqueous chemistry of marine and terrestrial systems. Here you will find all pertinent infromation related to studying hydrogeology and/or geochemistry. In addition there
prepare the sample as small and flat as possible powder samples are possible non-conductive samples will be coated in our Cressington Sputter Coater or Carbon Coater to ensure sample conductivity Furthermore
ns!) take the silver lift to the top floor. When exiting the lift go right around the atrium. You will find the secretary in room 5330, the staff in adjacent rooms. Link to Google Maps route planner
subsequent geochemical analyses will reveal how metals are introduced into the ocean and how their binding modes change. Extensive sampling and investigation of diffuse sources will provide insight into the activity [...] in order to explore hydrothermal activity. The recovered samples and the acquired geophysical data will be used to decide whether the Marion Rise rather formed from isostatic upwelling of ancient residual [...] Operated Vehicle) MARUM-SQUID. Subsequent comprehensive geochemical and (micro)biological analyses will give more insights into mantle melting dynamics and source composition and the geodynamic evolution
the development of thermodynamic and kinetic parameters. The knowledge gained in these experiments will be used to parameterize numerical models for the prediction of coupled flow and mass transport processes
diversity of life is still poorly constraint, let alone properly quantified. In an integrated approach, we will use samples and data acquired from natural systems and experiments conducted under precisely controlled
role of magma-hydrothermal processes in the long-term evolution of the system earth. The new findings will be essential in understanding the energetic and chemical evolution of the ocean and the oceanic l
areas as a source for bioavailable iron in the HNLC (high nutrient – low chlorophyll) Southern Ocean will be assessed. #cv0 Curriculum vitae Scientific career since Aug. 2013 Lab engineer, Bremen University