A technical and scientific overview regarding satellite-derived bathymetry (SDB)—one of the
most promising and relatively cheap methods of shallow water depth determination—is …

Low-lying coastal zones are home to around 10% of the world's population and to many
megacities. Coastal zones are largely vulnerable to the dynamics of natural and human …

The seafloor—or bathymetry—of the world's coastal waters remains largely unknown
despite its primary importance to human activities and ecosystems. Here we present …

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 …

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 …

Recent decades have seen rapid growth in algorithms and workflows for generating
bathymetry from multispectral satellite imagery, with the output typically referred to as …

ARGANS has years of experience in analysing the factors limiting light transmission in
coastal environments around the world. This has led its Satellite-Derived Bathymetry (SDB) …

As a result of natural processes and human activities, water bodies and in particular the
seabed are in a constant state of change. Collecting data on the topography of the seabed …

This thesis presents an adapted method to derive coastal vulnerability through the
application of Earth Observation (EO) data in the quantification of forcing variables. A …

Abstract The Satellite Computed Bathymetry Assessment (SCuBA) project implements a
new photon classification approach to prepare lidar returns from the ICESat-2 satellite …