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at the British Antarctic Survey. We seek an enthusiastic and quantitative researcher to develop a mechanistic model integrating foraging energetics and movement data to assess how wind and sea ice influence giant
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Hydrodynamic Modeling Background Coastal regions are increasingly threatened by sea-level rise (SLR), flooding, and saltwater intrusion, which disrupt soil stability, water quality, and ecosystem services
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at the British Antarctic Survey. We seek an enthusiastic and quantitative researcher to develop a mechanistic model integrating foraging energetics and movement data to assess how wind and sea ice influence giant
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of the continent precipitation), surface roughness and aerosols emission. At longer timescales, forests, via the formation of soil organic matter, erosion and deposition in the ocean, play an essential role in
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lowland river chemistry. Ultimately, these experiments will be used to parameterise calcite precipitation rate equations and empirical rate constants to inform catchment-scale modelling of ERW practices and
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The department of Climate Extremes and Impacts at the Hereon Centre investigates the predictability and impacts of climate extremes including the atmosphere and the ocean, in particular of those extremes
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of the continent precipitation), surface roughness and aerosols emission. At longer timescales, forests, via the formation of soil organic matter, erosion and deposition in the ocean, play an essential role in
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the ocean, with a focus on using model microbial systems in the lab. VIB is an entrepreneurial non-profit research institute across 5 universities with a strong track record of translating scientific
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Park Service, UNC Sea Grant College Program, and several institutions across the University of North Carolina system. These relationships provide opportunities to leverage established nearshore data
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, including prolonged droughts, floods, and wildfires and to support forecast modeling and scenario development for climate change and water allocation. The successful candidate will leverage existing water