Recently, an Aquatec AQUAscat 1000 multiple frequency acoustic backscatter suspended sediment profiler was deployed from 10 October 2006 to 29 November 2006 and from 4 December 2006 to 18 January 2007, at Sea Palling in Norfolk, on the North Sea coast, as part of the LEACOAST2 EPSRC shore parallel breakwater study. The objective of the study is to evaluate the effects of shore parallel breakwaters in tidal environments on coastal morphology. The instrument deployments are intended to provide validation and calibration data for new numerical process models. Sediment traps and two other acoustic backscatter instruments were also deployed to obtain site samples and comparative data
Acoustic backscatter data were gathered from a variety of seabed types, both in the laboratory tank ...
The utilisation of sound backscattered from sediments in suspension, to measure profiles of near-bed...
Obtaining an overview of the spatial and temporal distribution of seabed sediments is of high intere...
Modern swath bathymetric systems not only record the sound travelling time of the acoustic pulse, bu...
We detail acoustic backscatter processing for characterization and mapping of the ocean bottom
Published alongside Gray, J.R., Laronne, J.B., Marr, J.D.G., 2010, Bedload-surrogate monitoring tech...
The theory relating the acoustic backscatter from suspended sediments to the mass concentration of p...
Backscatter mosaics based on a multi-frequency multibeam echosounder survey in the continental shelf...
The processes of sediment entrainment, transport and deposition over bedforms are highly dynamic and...
Acoustics aid in the description of complex processes, such as the suspension of sand particles expo...
A reliable understanding of seafloor characteristics can have innumerous application in a variety of...
Suspended inorganic particles (such as sands) strongly scatter incident acoustic pressure waves at M...
Suspended sediment concentration and size are obtained simultaneously from multi-frequency acoustic ...
Publication history: Accepted - 13 April 2021; Published - 15 April 2021.Acoustic methods are routi...
Three experiments were conducted in the Belgian part of the North Sea to investigate short-term vari...
Acoustic backscatter data were gathered from a variety of seabed types, both in the laboratory tank ...
The utilisation of sound backscattered from sediments in suspension, to measure profiles of near-bed...
Obtaining an overview of the spatial and temporal distribution of seabed sediments is of high intere...
Modern swath bathymetric systems not only record the sound travelling time of the acoustic pulse, bu...
We detail acoustic backscatter processing for characterization and mapping of the ocean bottom
Published alongside Gray, J.R., Laronne, J.B., Marr, J.D.G., 2010, Bedload-surrogate monitoring tech...
The theory relating the acoustic backscatter from suspended sediments to the mass concentration of p...
Backscatter mosaics based on a multi-frequency multibeam echosounder survey in the continental shelf...
The processes of sediment entrainment, transport and deposition over bedforms are highly dynamic and...
Acoustics aid in the description of complex processes, such as the suspension of sand particles expo...
A reliable understanding of seafloor characteristics can have innumerous application in a variety of...
Suspended inorganic particles (such as sands) strongly scatter incident acoustic pressure waves at M...
Suspended sediment concentration and size are obtained simultaneously from multi-frequency acoustic ...
Publication history: Accepted - 13 April 2021; Published - 15 April 2021.Acoustic methods are routi...
Three experiments were conducted in the Belgian part of the North Sea to investigate short-term vari...
Acoustic backscatter data were gathered from a variety of seabed types, both in the laboratory tank ...
The utilisation of sound backscattered from sediments in suspension, to measure profiles of near-bed...
Obtaining an overview of the spatial and temporal distribution of seabed sediments is of high intere...