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the globe, along with the properties that they carry. However, these currents are profoundly under-sampled by observations and poorly represented in models. One global hotspot of submesoscale ocean
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Mathematics & Statistics Project description This project aims to advance sea-surface parameterisations of atmospheric offshore wind farm wakes for use in oceanographic models. Delivering a functional
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of Digital Twins being used to assess NBS. This project builds on the Newcastle University team’s decades of expertise in modelling the circulation of open oceans, shelf seas and estuaries. The Digital Twin
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the National Maritime Museum researching relevant collections, from ship models and plans, to photographs and oral histories, concerned with Thames barges and the surrounding environment. You will have the
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@hull.ac.uk Offshore Windfarms are, and will continue to be, the most significant physical anthropogenic change to the North Sea and will significantly change the seascape and surrounding ecosystems. Currently
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of larger offshore infrastructure at greater geographical extents, including into more morphodynamically active regions (e.g., the shallow southern Northern Sea). Bottom-mounted offshore wind infrastructure
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of Digital Twins being used to assess NBS. This project builds on the Newcastle University team’s decades of expertise in modelling the circulation of open oceans, shelf seas and estuaries. The Digital Twin
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ventilation and industrial gas spills to natural events like avalanches and ocean currents. The core of this PhD project lies in understanding the energetics of these flows. As a gravity current propagates, it
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melting of these kinds of glaciers, and thereby increasing the risk of higher rates of irreversible sea level rise. This project will involve collaboration with the University of Lapland, Aker Solutions
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UKRI rate). Overview Coastal communities are increasingly vulnerable to climate change, facing challenges such as rising sea levels, stronger storms, and coastal erosion. This project focuses