This Sound Velocity profile was recorded during the multibeam bathymetry mapping of the continental slope in the Gulf of Cadiz . This calibration allowed the correct acquisition of multibeam echo sounder data

This Sound Velocity profile was recorded during the multibeam bathymetry mapping of the continental slope in the Gulf of Cadiz . This calibration allowed the correct acquisition of multibeam echo sounder data

This Sound Velocity profile was recorded during the multibeam bathymetry mapping of the continental slope in the Gulf of Cadiz . This calibration allowed the correct acquisition of multibeam echo sounder data

This Sound Velocity profile was recorded during the multibeam bathymetry mapping of the continental slope in the Gulf of Cadiz . This calibration allowed the correct acquisition of multibeam echo sounder data

This Sound Velocity profile was recorded during the multibeam bathymetry mapping of the continental slope in the Gulf of Cadiz . This calibration allowed the correct acquisition of multibeam echo sounder data

The multibeam bathymetry was obtained using a multibeam Simrad EM-12 S120 swath bathymetry echosounder, with full coverage of the study area. This system transmitted 81 acoustic beams to the seafloor with a total beam angle of 90º, covering a sector of the seafloor whose width equals twice the water depth.

Geomorphological study in order to characterize the structure and stratigraphy of the Eastern Alboran Basin and northern side of the Alboran Ridge