Add to ORKGThis paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) using an analysis of wave properties determined from an analysis of marine radar image sequences of waves. Water depths determined using this corrected for tidal variation in water level are compared quantitatively to conventional surveys. Two case studies are shown from the COAST3D project field sites at Egmond aan Zee in the Netherlands and at Teignmouth in the United Kingdom
A new method to obtain underwater bottom topography in shallow waters based on the analysis of nauti...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
The bathymetry of a 4km radius area of the Dee Estuary in Liverpool Bay has been mapped using a wave...
Abstract: This paper illustrates a method of calculating bathymetric maps of shallow water areas (&l...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
The bathymetry of the Dee Estuary in Liverpool Bay has been mapped using a non-linear wave inversion...
Under favourable conditions features of the bottom topography of shallow seas are visible in radar i...
Surveying very shallow coastal areas can be a logistically difficult and time-consuming process. Map...
This work deals with the question of sea state monitoring using marine X-band radar images and focus...
Maps of the sea bed in the region of a tidal inlet have been produced using a novel analysis of imag...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
Advances in radar technology now allow the observation of sea surface features at multiple scales, f...
The bottom topography in shallow seas can be observed by air- and spaceborne imaging radar. Bathymet...
The determination of seabed bathymetry is a task commonly carried out by survey vessels using an ec...
Bathymetric maps and tidal currents have been mapped in an estuarine environment through the analysi...
A new method to obtain underwater bottom topography in shallow waters based on the analysis of nauti...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
The bathymetry of a 4km radius area of the Dee Estuary in Liverpool Bay has been mapped using a wave...
Abstract: This paper illustrates a method of calculating bathymetric maps of shallow water areas (&l...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
The bathymetry of the Dee Estuary in Liverpool Bay has been mapped using a non-linear wave inversion...
Under favourable conditions features of the bottom topography of shallow seas are visible in radar i...
Surveying very shallow coastal areas can be a logistically difficult and time-consuming process. Map...
This work deals with the question of sea state monitoring using marine X-band radar images and focus...
Maps of the sea bed in the region of a tidal inlet have been produced using a novel analysis of imag...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
Advances in radar technology now allow the observation of sea surface features at multiple scales, f...
The bottom topography in shallow seas can be observed by air- and spaceborne imaging radar. Bathymet...
The determination of seabed bathymetry is a task commonly carried out by survey vessels using an ec...
Bathymetric maps and tidal currents have been mapped in an estuarine environment through the analysi...
A new method to obtain underwater bottom topography in shallow waters based on the analysis of nauti...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
The bathymetry of a 4km radius area of the Dee Estuary in Liverpool Bay has been mapped using a wave...