In this work we present a unique set of coincident and collocated high‐resolution
observations of surface currents and directional properties of surface waves collected from …

Estimating river discharge requires simultaneous measurement of velocity and flow depth.
While surface velocities are relatively easy to measure using noncontact techniques, depth …

The role of the Lagrangian mean flow, or drift, in modulating the geometry, kinematics and
dynamics of rotational and irrotational deep-water surface gravity waves is examined. A …

The small-scale physics within the first centimetres above the wavy air–sea interface are the
gateway for transfers of momentum and scalars between the atmosphere and the ocean. We …

Mapping coastal bathymetry from remote sensing becomes increasingly more attractive for
the coastal community. It is facilitated by a rising availability of drone and satellite data …

A method for retrieving 2D spatial spectra of sea wave elevations and slopes from high
resolution (about 1 m) satellite imagery has been developed that also allows for assessing …

In order to improve the predictive abilities of weather and climate models, it is essential to
understand the behaviour of wind stress at the ocean surface. Wind stress is contingent on …

We develop a new methodology for the deterministic forecasting of directional ocean surface
waves based on nonlinear frequency corrections. These frequency corrections can be pre …

Monitoring the spatial distribution of suspended sediment concentration (SSC) is of
paramount importance, particularly in coastal construction sites where elevated SSC levels …

Remotely measuring subsurface water currents from imagery of the wave field has become
a much-used technique. We study the biases and errors in such measurements due to …