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-based workflows, and TopoToolbox. The objective is to distinguish subtle tectonic signals from other landscape processes (erosion, sedimentation, sea-level change) and to compare geomorphic indicators
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behaviour Mediterranean terrestrial gastropods as model organisms of island fragmentation due to Holocene ocean transgression Phylogeographic and systematic studies of molossid bats of the Old World
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Ability to work in a team for interdisciplinary work groups What we offer: an attractive workplace at the Baltic Sea and near the university town of Rostock modern equipment, including newly installed world
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, coastal communities are exposed to unique hazards associated with oceanic processes like storm surges, often within immediate landscapes of health service scarcity situated in wider rural hinterlands with
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hydrodynamic load models. The purpose of this work is to increase the understanding of longlines with seaweed under sea loads and develop accountable hydrodynamic load models. Your supervisor will be Professor
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is to increase the understanding of longlines with seaweed under sea loads and develop accountable hydrodynamic load models. Your supervisor will be Professor Pål Lader and your line manager will be
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scientific career and the future of ocean technologies. This position empowers talented scientists to pursue bold, curiosity-driven research, build an independent profile, and turn ideas into impactful
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Campus overlooking the beautiful green City of Exeter, with views out over the rolling Devon hills and down the river to the sea. About You You must be a UK National/UK Dual-National to apply. You must
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25th April 2026 Languages English English English The Department of Marine Technology has a 3-year vacancy for a PhD Candidate in Integrated wind turbine modelling tools for drivetrain health
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13 Mar 2026 Job Information Organisation/Company NTNU Norwegian University of Science and Technology Department Department of Ocean Operations and Civil Engineering Research Field Computer science