The direct impacts of storms on beaches have been well studied; less well understood are
the controls of storms on their seasonal‐interannual evolution. We apply a novel empirical …

Infragravity waves (IGWs) play a crucial role in nearshore hydrodynamics and are the
primary drivers of coastal hazards such as harbor resonance and overtopping over …

Tidal water levels and currents in the shallow water environments of the inner shelf are
subject to nonlinear interactions that produce higher frequency harmonics known as …

Inner shelf transport is driven by the combination of tides, waves, density gradients, and
wind that interact with bottom bedforms. To extend understanding of shoal‐swale bathymetry …

The dynamics of the coastal ocean are driven by wind, buoyancy, tidal, and wave processes.
In the context of the variability of the coastal ocean driven wave action, storm surge, and sea …

The rising demand for marine resources has motivated the study of inner shelf transport
processes, especially in locations with highly-developed coastlines and valuable …

Shoreline variability over timescales ranging from days to decades is examined at NASA-
Kennedy Space Center on the Atlantic coast of Florida. Three sources of shoreline position …