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analysis. Required Qualifications* A PhD in hydrology, water resources engineering, environmental science, civil engineering, atmospheric sciences, computer science, or a related field is required either
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hydrologic modeling and analysis. A PhD in hydrology, water resources engineering, environmental science, civil engineering, atmospheric sciences, computer science, or a related field is required either
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to investigate ocean-estuarine dynamics in the Gulf Coast. Integrate empirical data (physical and chemical observations and ecological data covering from microbes to fishes) to parameterize and validate models
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chemistry, surface reactions, nucleation, and growth kinetics in vapor-phase synthesis; predict resulting thin-film properties (structural, electronic, optical). Reactive Force-Field Development: Parameterize
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spaceborne altimeter and SAR sensors have been operating together. A PhD Student on WPs 1 & 2 in the project will match these ITDs to maps of sea ice deformation and linear kinematic feature (LKF) evolution
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for the period between 2018-2024 when many polar-orbiting spaceborne altimeter and SAR sensors have been operating together. A PhD Student on WPs 1 & 2 in the project will match these ITDs to maps of sea ice
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sensors have been operating together. A PhD Student on WPs 1 & 2 in the project will match these ITDs to maps of sea ice deformation and linear kinematic feature (LKF) evolution observed with SAR, to detect
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specifically: implement sediment deposition and resuspension in the model couple existing sediment biogeochemistry sub-models with the ocean model contribute to improved parameterizations of sediment