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-2031) advances knowledge on potential impacts of OWFs on ocean currents, suspended sediments, microscopic plankton, various life stages of fishes, seabed composition, seafloor organisms, marine mammals
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with researchers from climate physics, hydrology, sustainability science and complex systems dynamics and apply a range of different models. Starting from the recent AMOC tipping simulations performed
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scientific programming and numerical / statistical analysis of simulated and observed data. Candidates should be able to demonstrate motivation and a strong eagerness to learn, and have the ability to both
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and postdoctoral researchers. We house or have access to a wide variety of world-class laboratories, among which are UU’s Electron Microscopy Centre external link , the Geolab external link , and the
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involves developing and combining innovative tools that effectively simulate language evolution de novo and in silico in order to shed light on the pressures that drive and shape language evolution in
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of stratification, but also changes in sediment composition in the surrounding habitats. These habitat changes will impact marine organisms, including fish species, which may ultimately propagate to top predators
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teleconnections and of changing spatial heterogeneities in both the AMOC and the Amazon. In the specific sub-project at IMAU, existing GCM simulations in which AMOC undergoes a collapse will be analysed
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through soil, surface water, and groundwater systems. By validating model simulations with in-situ measurements (e.g., soil moisture, groundwater levels, surface water) and geospatial datasets (e.g
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this project, you will as PhD researcher conduct research on developing an agent-based model simulating the HPAI intervention and involving relevant actors in the poultry value chain. Research will consist
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Loadability and robustness under dynamic or off-axis forces You will combine analytical modeling, finite element simulations, and experimental validation to explore new coupling topologies and materials