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given to candidates with projects that align with the department’s supervisory capacity. Applicants are expected to demonstrate through their application letter and project proposal how they will
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workflows — including methods for knowledge graph construction, advanced querying, and data quality assurance. Contribute to aligning the developed methods with emerging standards for information modelling
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in a previous PhD project. In addition to electromagnetic geophysics, the candidate is expected to contribute to the development of novel workflows for joint inversion of multiple data types (e.g
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-high-resolution analyses of lake sediments to reconstruct glacier dynamics across multiple regions. The findings will contribute to understanding future glacier changes in Scandinavia and globally and
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objectives are to (i) improve process understanding of variation and context-dependencies in biodiversity change, (ii) assess and compare the impacts of multiple global change drivers, and (iii) explore
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geography. The call is not thematically limited to these topics, but preference can be given to candidates with projects that align with the department’s supervisory capacity. Applicants are expected
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given to candidates with projects that align with the department’s supervisory capacity. Applicants are expected to demonstrate through their application letter and project proposal how they will
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theory and method, and the proposed implementation plan for the stud. It is important that the topic and the methods in the PhD project are aligned with relevant research on collaborative learning and
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in biodiversity change, (ii) assess and compare the impacts of multiple global change drivers, and (iii) explore consequences of biodiversity and vegetation changes for ecosystem functioning
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dynamics across multiple regions. The findings will contribute to understanding future glacier changes in Scandinavia and globally and will be communicated to stakeholders and European mountain research