Modern coastal ocean modeling systems are now capable of numerically simulating a
variety of coastal and estuarine problems and can thus provide useful information for …

This work analyses wave groupiness features in the three-dimensional spatio-temporal
domain by using sea surface information acquired by common X-band marine radars. The …

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 …

Mapping the morphology of intertidal areas is a logistically challenging, time consuming and
expensive task due to their large expanse and difficulties associated with access. A …

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 …

Marine radars mounted on ships can provide remarkable insights into ocean behaviour from
distances of several kilometres, placing other in situ observations and the environment …

In this second of two papers, the high spatial resolution cBathy depth estimate algorithm is
extended to account for the existence of currents aligned with the wave directions. The …

Shore-based remote sensing platforms are increasingly used to frequently (~ daily) obtain
bathymetric information of large (~ km 2) nearshore regions over many years. With recorded …

Covering over 70% of the Earth's surface, the undersea landscape or bathymetry has been
revealed only within the past century due to advances in technology for measuring the depth …

Storm surges are natural events that influence the dispersion of sediment along coasts,
leading to sudden morphological changes in the seabed. From this perspective, we focused …