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 …

This paper describes a novel image processing technique that detects wave breaking and
tracks waves in the surf zone using machine learning procedures. Using time-space images …

A detailed understanding of the behaviour of waves in the nearshore is essential for coastal
engineers as these waves cause beach erosion, coastal flooding and damage to coastal …

Coastal video monitoring has been proven to be a valuable shore-based remote-sensing
technique to study coastal processes, as it offers the possibility of high-frequency …

Ocean wave elements refer to statistical descriptions of waves in ocean engineering, serving
to evaluate the fatigue and damage of offshore infrastructures and expand the operational …

This paper presents an investigation into the use of a 2‐dimensional laser scanner (LiDAR)
to obtain measurements of wave processes in the inner surf and swash zones of a microtidal …

Within the nearshore area, three wave transformation domains can be distinguished based
on the wave properties: shoaling, surf, and swash zones. The identification of these distinct …

Coastal inundation is an important threat for many nearshore regions worldwide, and has
significantly increased in the last years also due to sea-level rise and augmented impact of …

Using data from a recent field campaign, we evaluate several breaking criteria with the goal
of assessing the accuracy of these criteria in wave breaking detection. Two new criteria are …

This paper presents a novel quantification of the fraction of broken waves (Q b) in natural
surf zones using data from seven microtidal, wave‐dominated, sandy Australian beaches. Q …