Dataset: M73/2 - Simrad EM710 Data | HOME Imprint |
Archive | unpublished |
Dataset citation | unpublished |
Metadata of dataset | ISO 19115/19139, FGDC |
Cruise | M73/2 |
Navigation system | Meteor C-Nav |
Horizontal reference system (EPSG) | WGS84 geographic (4326) |
Sonar system | Simrad EM710 |
Sonar type | multibeam |
Depth definition | true depths |
Depth datum (EPSG) | MeanSeaLevel depth (5715) |
File format | Simrad multibeam processing format |
File listing | 84 files, as XML file |
Tracklength [km] | 218 |
Generalised track ¹ | KML file |
Gross coverage [km²] (unedited - no warranty) | 50 |
Usage | Primary data are generally not depth-edited and should not directly be used for final product compilations. |
Maintenance | Update frequency of dataset: notPlanned |
Constraints | Access: onDemand Use: copyright |
Status | completed |
Purpose | |
Abstract | The cruise aimed to conduct shallow drilling at three previously identified hydrothermal vent sites using a lander-type drilling device and the British Geological Survey.Research focused on two main areas,namely a massive sulfide occurrence at the Palinuro volcanic complex and shallow marine sulfate deposits forming offshore Panarea Island.Extensive seafloor mapping was conducted using the EM120 multibeam obtain high-resolution bathymetric maps of the Palinuro and Marsili volcanic complexes. In addition, the seafloor surrounding Panarea Island was surveyed to add to the existing shallow water. The EM120 multibeam system consisted of 2 transmitter/receiver units coupled with a motion reference unit. The system was set at an operating frequency of 12kHz, with a 2x30° opening angle and 191 simultaneous beams per ping. Cruise M73/2 provided the first detailed bathymetric survey of the Palinuro volcanic complex. |
Sonar system operators | N. Augustin, A. Gardeler, A. Kayser, T. Monecke, and S. Petersen |
(MaNIDA) data level | 0 |
Data quality / Lineage | |
Point of contact | MARUM bathymetry data responsible party |
Aggregation |
(¹): KML file is created online from database applying track generalization ±50 meter.