With high anthropogenic pressure and the effects of climate change (eg, sea level rise) on
coastal regions, there is a greater need for accurate and up-to-date information about the …

The shallow waters of the nearshore ocean are popular, dynamic, and often hostile.
Prediction in this domain is usually limited less by our understanding of the physics or by the …

Accurate bathymetric data is crucial for marine and coastal ecosystems. A lot of studies have
been carried out for nearshore bathymetry using satellite data. The approach adopted …

The coral reef geomorphic zone classification (CRGZC) map can provide a wealth of
information for coastal management and protection. Remote sensing plays an important role …

Morphodynamic processes in coastal areas are affected by tidal currents and sea state. The
continuous observation of near coastal areas is important in order to monitor dangerous …

The performance of a linear depth inversion algorithm, cBathy, applied to coastal video
imagery was assessed using observations of water depth from vessel-based hydrographic …

In this paired study, we apply a recently developed high-resolution bathymetry estimation
algorithm (“cBathy”) to X-band marine radar observations at two nearshore field sites. The …

Applications of (video-based) depth inversion in the near-shore coastal environment are
growing in numbers. Video-based capabilities in nearshore monitoring are improving and …

A number of existing models for surface wave phase speeds (linear and non-linear,
breaking and non-breaking waves) are reviewed and tested against phase speed data from …

Video-based depth inversion through the linear dispersion relation for free surface waves
using the cross spectral correlation analysis, cBathy (Holman et al., 2013), is applied for the …