<p>Areal fractions of each sediment type are indicated in the legend. The spatial distributions of the sediment types are in disagreement between the models, but the reach averaged proportions of each sediment type are similar between all three models.</p
Features extracted from echosounder bottom returns are compared with the ground truth in a North Sea...
<p>Comparison of linear models for individual morphological characteristics explaining the relative ...
Benthic habitat maps, including maps of seabed sediments, have become critical spatial-decision supp...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>A: image depicting the boundaries between different textures. B: posterior probability map for bo...
<p>Confusion matrices presenting acoustic sediment classification accuracy using out-of-calibration ...
Sediment distribution maps are usually the basis for biotope mapping and modeling. The standard meth...
<p>A: Globally distributed sediments; B: sediments from the Siberian continental margin. The solid l...
Map comparison is a relatively uncommon practice in acoustic seabed classification to date, contrary...
Lateral variations in mass properties of sediments (grain density, porosity, and composition) occur ...
This contribution presents sediment classification results derived from different sources of data co...
Abstract Multibeam echosounder (MBES) systems are effective seabed mapping tools due to their simul...
Obtaining an overview of the spatial and temporal distribution of seabed sediments is of high intere...
<p>A. All samples of each group, plotted together to illustrate the key differences between the grou...
Features extracted from echosounder bottom returns are compared with the ground truth in a North Sea...
<p>Comparison of linear models for individual morphological characteristics explaining the relative ...
Benthic habitat maps, including maps of seabed sediments, have become critical spatial-decision supp...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>A: image depicting the boundaries between different textures. B: posterior probability map for bo...
<p>Confusion matrices presenting acoustic sediment classification accuracy using out-of-calibration ...
Sediment distribution maps are usually the basis for biotope mapping and modeling. The standard meth...
<p>A: Globally distributed sediments; B: sediments from the Siberian continental margin. The solid l...
Map comparison is a relatively uncommon practice in acoustic seabed classification to date, contrary...
Lateral variations in mass properties of sediments (grain density, porosity, and composition) occur ...
This contribution presents sediment classification results derived from different sources of data co...
Abstract Multibeam echosounder (MBES) systems are effective seabed mapping tools due to their simul...
Obtaining an overview of the spatial and temporal distribution of seabed sediments is of high intere...
<p>A. All samples of each group, plotted together to illustrate the key differences between the grou...
Features extracted from echosounder bottom returns are compared with the ground truth in a North Sea...
<p>Comparison of linear models for individual morphological characteristics explaining the relative ...
Benthic habitat maps, including maps of seabed sediments, have become critical spatial-decision supp...
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