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Antonia Sebastian
University of North Carolina at Chapel HillMeeting roles in:
The First Step in Nationwide Flood Risk Modeling with Stochastic Storm Transposition: A National Transposition Domain Dataset
The resolution of risk: covariance-informed spatiotemporal clustering improves the detection of hazardous weather events
Mapping Inundation Frequency using Sentinel-1 as a Potential Driver of Coastal Freshwater Forest Mortality
Rainfall Frequency Analysis Across Scales in Complex Terrain Using Normalized Stochastic Storm Transposition and Multiscale Storm Selection
Quantifying Riverine Sediment Transport due to Tropical Cyclones in the Eastern United States
Evidence of increasing storm intensity, duration and frequency derived from a novel CONUS-wide database of severe convective storms defined by their discrete space time footprints
Stochastic Storm Transposition (SST) for Flood Hazard and Risk Modeling at Multiple Spatial Scales
The End of the Road: Present and Future Chronic Flood Risk Along Coastal Roadways and Impacts to Community Livability
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