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doctoral thesis for assessment prior to the application deadline. It is a condition of employment that the PhD has been awarded Experience and understanding in advanced statistical analysis and/or spatial
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seismic inversions, to enable robust AVO analysis, and for upscaling of heterogeneous media. These are all important tasks in seismic subsurface characterization, both related to reservoirs and CCS
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) Documented record of advanced quantitative methods skills in R and Python, specifically Experience with GIS and spatial data analysis Experience with natural language processing or text-as-data approaches
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the information we need will be provided by you when attaching the mandatory elements listed in the next section. Your application must include: Research proposal (5 pages, using a template based on the evaluation
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not need to fill in any other sections in the JobbNorge form, as all the information we need will be provided by you when attaching the mandatory elements listed in the next section. Your application
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CT core scanning, as well as grain size analysis) is a requirement. Experience with (geostatistical) data analysis approaches (at least Excel and ArcGIS, but preferably also R and Grapher or similar
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completed by 01.03.2026. It is a condition of employment that the PhD has been awarded. Prior expertise in speleothem research is a requirement. Hands-on experience with the analysis and interpretation
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. Demonstrated experience generating paleoenvironmental data, notably using lake sediment proxy approaches (for example, XRF and CT core scanning, as well as grain size analysis) is a requirement. Experience with
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with the analysis and interpretation of speleothem petrography and/or fluid inclusions is an advantage. Applicants must be able to work independently and in a structured manner and demonstrate good
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in Western Norway. A key component of the research will be the integration of remote sensing outputs to assess and classify the activity levels of various catchments. This work will support and refine