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a range of biodiversity aspects, such as taxonomy, character state evolution, historical biogeography, phylogenetic diversity, and speciation. Aims with this project are to use new methodologies
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. The candidate will use an integrative approach to these studies, using a molecular phylogenetic framework to study a range of biodiversity aspects, such as taxonomy, character state evolution, historical
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and where rehabilitation lives up to its ideals, and to creatively, critically and comparatively interrogate its development and prospects, its coherences and contradictions, its rhetoric and its
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getting Bayesian type uncertainty for parameters given data (i.e., a posterior type distribution over the parameter space) without specifying a model nor a prior. Such methods can in principle be applied
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research environment. Thinking in terms of physical/chemical mechanisms as a foundation for tackling environmental questions — i.e., framing hypotheses around process understanding and causal drivers — will
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: Experience in analysing and working with CESM/NorESM and with paleo proxies (i.e., ice cores, tree rings) will be advantageous. The PhD candidate should be interested to work in a multi-disciplinary research
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consumer goods requires the development of new chemical processes, especially for the energy-efficient and sustainable conversion of carbon-containing biomass, biogas, and CO2 into higher value products. In
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research-based innovation. The project is within the earth observation innovation area and will be done in collaboration with leading companies in the field. The focus of the project is therefore development
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our solar system, and only a few hundreds of exoplanets can broadly be considered temperate and rocky. Consequently, the collection lacks typical inner solar system planets (i.e., Mercury, Venus, Earth