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theoretical knowledge in e.g., neuroscience, cognitive science, psychology or equivalent. Experience of statistics, image analysis, and programming will be viewed favorably. The applicant must be able to work
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from large scale shotgun sequencing of the human gut microbiome, only in the last few years. The candidate will primarily develop and use methods for abundance and prevalence detection of human gut
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a focus on CH4, and an emphasis on the groundwater-surface water connectivity. We will combine novel sensors, remote sensing products, microbial studies and large-scale isotopic analysis to unravel
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courses. The last day to apply is March 10, 2025.Start date is by agreement, but no later than september 2025. Project description and tasks The Molecular Geochemistry Group at Umeå University
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closely with experts in ecology, biodiversity, and computational modelling. We will develop and apply innovative data-driven methods to map bioregions and predict how they may change over time. By
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diverse group is fundamental. Candidates should have documented background in one or more of the following topics: o Space Physics o Plasma Physics o Astrophysics o Engineering Physics o
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signals and coordinates the genetic and physiological changes necessary for survival. You will work with plant and computational experts to develop and apply advanced network analysis tools to map
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following topics: o Space Physics o Plasma Physics o Astrophysics o Engineering Physics o Computational Physics o Electrodynamics o Statistical Physics o Fluid Dynamics Previous experience
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following topics: - Space Physics - Plasma Physics - Astrophysics - Engineering Physics - Computational Physics - Electrodynamics - Statistical Physics - Fluid Dynamics Previous experience
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cellular 'three-body problem.' This PhD project aims to uncover the signaling pathways plants use to coordinate activities among the nucleus, mitochondria, and chloroplasts. The project will involve