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Website https://www.academictransfer.com/en/jobs/364124/phd-position-in-ocean-sea-ice-i… Requirements Additional Information Website for additional job details https://www.academictransfer.com/364124/ Work
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Are you excited by ecosystem modeling, climate change and polar oceans? Do you enjoy quantitative work, coding, and turning ecology into equations? We are looking for a highly motivated PhD
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organisations, and energy sector partners. Are you passionate about marine ecology, ecosystem modelling, and the sustainability of offshore renewable energy? Within North Sea POWER, Naturalis offers a PhD
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Job description In our solar system, most extraterrestrial oceans lie beneath thick ice layers on moons orbiting Jupiter and Saturn. These subsurface oceans, warmed by tidal forces and isolated from
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and internal erosion in dikes. As a PhD researcher at TU Delft, you will connect fundamental fluid–soil interaction physics with computational modelling to contribute to safer flood defences. Job
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Develop advanced models to understand and predict piping and internal erosion in dikes. As a PhD researcher at TU Delft, you will connect fundamental fluid–soil interaction physics with
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of POC and microplastics from land to the ocean floor. The project team will eventually consist of 4 PhD candidates and the PI (Joris Eggenhuisen). Together they will: perform scaled-down laboratory
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physical framework for quantifying fluxes of POC and microplastics from land to the ocean floor. The project team will eventually consist of 4 PhD candidates and the PI (Joris Eggenhuisen). Together
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. The DEEP-FLUX project aims to establish a new physical framework for quantifying fluxes of POC and microplastics from land to the ocean floor. The project team will eventually consist of 4 PhD candidates and
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understood. The DEEP-FLUX project aims to establish a new physical framework for quantifying fluxes of POC and microplastics from land to the ocean floor. The project team will eventually consist of 4 PhD