Surveying very shallow coastal areas can be a logistically difficult and time-consuming process. Mapping the emayments around a series of shore parallel breakwaters at Sea Paling on the south-east coast of England has proven an interesting challenge for a new radar-based remote mapping technique. This technique uses the wave behaviour visible as sea clutter on a marine radar to infer the underlying water depth that caused the observed wave behaviour, allowing large areas of the seabed to be mapped without having to deploy boats or people
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
Coastal management and engineering applications require data that quantify the nature and magnitude ...
AbstractMapping the morphology of intertidal areas is a logistically challenging, time consuming and...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
This paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) ...
Mapping the morphology of intertidal areas is a logistically challenging, time consuming and expensi...
The difficulties and costs associated with the acquisition of hydrodynamic and bathymetry data in th...
Maps of the sea bed in the region of a tidal inlet have been produced using a novel analysis of imag...
Nearshore areas can be incredibly dynamic and therefore are difficult to monitor using traditional s...
Advances in radar technology now allow the observation of sea surface features at multiple scales, f...
Remote sensing through X-band radar can provide wave and current parameters and bathymetric maps in ...
Remote sensing through X-band radar can provide wave and current parameters and bathymetric maps in ...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
Coastal management and engineering applications require data that quantify the nature and magnitude ...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
Coastal management and engineering applications require data that quantify the nature and magnitude ...
AbstractMapping the morphology of intertidal areas is a logistically challenging, time consuming and...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
This paper illustrates a method of calculating bathymetric maps of shallow water areas (<20m depth) ...
Mapping the morphology of intertidal areas is a logistically challenging, time consuming and expensi...
The difficulties and costs associated with the acquisition of hydrodynamic and bathymetry data in th...
Maps of the sea bed in the region of a tidal inlet have been produced using a novel analysis of imag...
Nearshore areas can be incredibly dynamic and therefore are difficult to monitor using traditional s...
Advances in radar technology now allow the observation of sea surface features at multiple scales, f...
Remote sensing through X-band radar can provide wave and current parameters and bathymetric maps in ...
Remote sensing through X-band radar can provide wave and current parameters and bathymetric maps in ...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
The aim of this study is to innovate wave-based depth-inversion towards smarter and faster algorithm...
Coastal management and engineering applications require data that quantify the nature and magnitude ...
The bathymetry and currents in a 4km radius area of the Dee Estuary in Liverpool Bay have been mappe...
Coastal management and engineering applications require data that quantify the nature and magnitude ...
AbstractMapping the morphology of intertidal areas is a logistically challenging, time consuming and...