Swash- and surf-zone hydrodynamics
Oblique wave forcing
Bed shear stress, velocities, and sediment transport
Laboratory-field transfer of process understanding
Hurricane-driven coastal change and riverine flood impacts
Barrier island breach initiation and evolution
Rapid, multidisciplinary post-storm reconnaissance
Integration of hydrodynamics, geotechnics, and morphology
Development of new methods for during-event and rapid reconnaissance data collection on soil-water interaction
Real-time coastal and riverine monitoring
Sensor networks and rapid field assessment (e.g. DCP, LiDAR, buoys)
Data-to-decision frameworks for emergency response
Linking physical processes to infrastructure performance and management
Swash zone dynamics driven by obliquely incident waves (University of Delaware, U.S., University of Wisconsin-Madison, U.S., Queen's University, Canada), funded by the National Science Foundation (NSF)
(2023-2025)
EAGER: Collaborative Research: Longitudinal Investigation of Two Hurricane-Generated Barrier Island Breaches in Southwest Florida, funded by the National Science Foundation (NSF), Award Number: 2540210, co-PI.
(2025- 2027).
Real-Time Wave Buoy and Water Level Sensor Network for Delaware, funded by MARACOOS (Mid-Atlantic Regional Association Coastal Ocean Observing System)
(2024-2025)
UnMES Demonstration of Munitions Migration and Burial at Mile Beach, ME, funded by SERDP/ESTCP
(2024-2025)