UNC’s MS in EMES unites geology, oceanography, and atmospheric science. Students deploy autonomous gliders off Cape Hatteras, drill coastal-marsh cores to reconstruct hurricane histories, and model tectonic uplift with InSAR. The program’s Climate Solutions Lab meshes remote sensing, machine learning, and policy to inform coastal resilience and carbon-sequestration strategies.
Sediment-core isotopes reconstructing hurricane frequency over 3,000 years
LiDAR mapping landslide susceptibility post-wildfire
Biogeochemical model quantifying blue-carbon in seagrass meadows
Machine-learning classification of coral-reef health from hyperspectral imagery
VR field trip teaching plate-tectonic driving forces
Grant proposal for monitoring methane vents with AUV swarms
White paper on ethical deep-sea mining governance
Policy brief evaluating managed retreat options for barrier-island towns
3-D simulation of permafrost thaw and infrastructure risk
Citizen-science shoreline-change app using drone imagery
Interactive dashboard forecasting tidal-flood days under SSP scenarios
Podcast series featuring coastal community climate stories
Integrate field data, modeling, and policy to safeguard our planet.
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