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and HRMS. The analysis and research results will be reported to the project leader. You will be part of an analysis team responsible for the efficient execution and reporting of analyses. In this way
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focused on integrated approaches to geospatial systems analysis. Our work applies a complex adaptive systems approach that explicitly emphasizes behavioural models of human action-taking and decision-making
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over 30 years’ experience in biobased and biodegradable plastics, and have facilities for pilot scale polymer synthesis, processing and recycling and extensive polymer analysis (mechanical, chemical
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types of communication on social media and how that affects polarization. You will use an innovative multimethod quantitative approach, such as longitudinal survey research, (automated) content analysis
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: a strong academic record (PhD) in bioinformatics, computer science or a related subject affinity with the study of metabolism and analysis of omics data proven proficiency in programming experience
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climate resilience; and (2) Healthy and Fertile Soils, which investigates interactions between soil biota and cycles of elements, and the effects of land management on soil biodiversity in agricultural
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biology, molecular-genetics, or genetics. Interest in bioinformatics / analysis of large datasets. In our international working environment, there is an increasing amount of communication in
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approaches, such as longitudinal survey research, (automated) content analysis, and experiments. You will work closely with the PI, members of the Strategic Communication group, and another PhD student who is
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collaboratively in an interdisciplinary, multicultural research environment. Strong analytical skills, with experience in statistical analysis, geospatial data processing, or modelling of socio-environmental
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dry fractionation and agglomeration trials to improve functionality of legume ingredients? Do you want to understand rheology of hydrated ingredient blends to predict extrusion behaviour for meat