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archaea-bacteria consortia and a wide array of imaging approaches including structural and chemical imaging. The postdoc will use the following methods: Handling and experimenting with anaerobic syntrophic
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otolith-based method and relate FMR to oceanographic and ecological conditions along north-south and fjord-offshore gradients in East Greenland. Experience with isotope analyses and arctic field work
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relevant field (e.g. environmental science, chemical or environmental engineering, atmospheric science, or agroecology). Proven experience with gas flux measurements and instrumentation (e.g. chamber methods
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SGS modeling) and RANS. This includes proposals of new methodologies, implementation and validation of the methods using the simulation and experimental data, reporting of the results, and dissemination
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model systems for electrocatalysis Surface characterization using near-ambient pressure XPS (NAP-XPS) Method development for electrocatalysis measurements Scanning probe microscopy Synchrotron beam times
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to quantify the uncertainty in model outputs using different methods. Run scenario analysis to identify management practices with the largest mitigation potential, both spatially and temporally Support training
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a focus on ecosystemic interventions and collaboration. Experience with literature reviews and qualitative methods. Ability to work independently, think analytically, and approach tasks systematically
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engineering tools, including PCR and molecular cloning Expertise in recombinant protein expression and purification using analytical and preparative methods (e.g. FPLC systems such as ÄKTA or Bio-Rad NGC
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with cell culture, protein expression and purification. Experience with biophysical methods and cryo-EM sample preparation and data collection and processing is highly desired. Strong communication
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simulation software (e.g., COMSOL, Aspen Plus, MATLAB). Gas chromatography and other analytical methods Energy and mass balances Excellence in both written and spoken English You will be working in