Regular and long-term monitoring of coastal areas is a prerequisite to avoiding or mitigating
the impacts of climate and human-driven hazards. In Africa, where populations and …

There is a pressing need for a fast and efficient satellite remote sensing tool to estimate
coastal bathymetry for any coastline in the world. To date, satellite methods for deriving …

We present an efficient approach for video-based bathymetry survey. The proposed
algorithm consists of preprocessing for drone-acquired video, extracting incident gravity …

Accurately mapping the evolving bathymetry under energetic wave breaking is challenging,
yet critical for improving our understanding of sandy beach morphodynamics. Though …

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

Although geologically constrained sandy beaches are ubiquitous along wave-exposed
coasts, there is still a limited understanding of their morphological response, particularly …

UBathy is an open source software developed for bathymetry estimation from video images.
The proposed scheme is based on extracting the wave modes from videos of the nearshore …

At the interface between land and sea, the shoreface of sandy coasts extends from the dune
(up to tens of meters above the sea level) to below the depth of the closure (often tens of …

Nearshore bathymetry estimated from video acquired by a hovering UAV is compared with
ground truth. Bathymetry estimates from the widely used cBathy algorithm are improved by …

In dynamic coastal areas where rapid changes in the seabed can have a significant impact
on day–to–day operations, as is the case of Figueira da Foz harbor inlet, it is important to …