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Field
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availability, sea ice, and mixed layer depth influence community size spectra, vertical particle flux and carbon export. This will be supported by sediment trap data and elemental analysis. A key aim is to
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Earthquake Engineering and examines the dynamic and liquefaction behavior of Icelandic basalt sand, using laboratory test methods and advanced numerical techniques. The project is funded for three years by
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compounds, with notable examples including penicillin, lovastatin, and ciclosporin. Advances in genome sequencing and bioinformatics have revealed that fungal genomes contain numerous biosynthetic gene
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-phase mesoscale and/or continuum-scale simulations 3. Contributing to and maintaining open-source software packages related to reaction pathway analysis, mesoscale and/or continuum-scale modeling, and
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in a variety of lossy media. The project will give you an opportunity to work with theoretical, numerical and experimental aspects of machine learning assisted design of antennas and metasurfaces
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to learn laboratory methods for analysis of relevant BGC parameters. Training: You will be based in the Polar Oceans Team at British Antarctic Survey, a highly active research team focused on both
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determining the drivers of these changes from the oceanographic data and model experiments as well as satellite and reanalysis products. Training: You will develop skills in chemical analysis, data processing
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application and development of methods for advanced NMR investigations of hyperpolarised solids. This will involve varying proportions of hands-on experimentation, theoretical work, numerical simulations, and
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asset records, satellite imagery) with field investigations to identify vulnerable regions and understand surface deterioration processes. You’ll gain experience in spatial analysis, fieldwork, soil and
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sensing (e.g., PlanetScope, Sentinel-1), advanced numerical modelling (HEC-RAS, Delft-FM), and targeted field surveys to map mining intensity, simulate channel adjustment, and assess changing flood hazards