Gridded data for the ESS-ULYX-PP-2023-2 cruise.

Lidar data taken on the Netherlands side of Sint Maarten, on land and shallow sea.

Multibeam data acquired in 2007 during the SVAIS cruise on board the R/VHespérides with a Simrad EM12 echo-sounder

Bathymetric data resulting from hydrographic surveys for cartographic purposes and/or port management. Surveys carried out in accordance with the IHO S-44 standard.

Bathymetric data resulting from hydrographic surveys for cartographic purposes and/or port management. Surveys carried out in accordance with the IHO S-44 standard.

Systematic survey performed by IDROSPED with Singlebeam EchoSounder

Multibeam bathymetry of Haifa Bay. Description of processed data sources: the data come from the IOLR's R/V Etziona www.ocean.org) with a Kongsberg-Simrad EM1002 (90 kHz, 111 beams). The data is the property of the Israeli Government, Ministry of National Infrastructures, which was renamed to the Ministry of Energy and Water. The original data is classified. The navigation is all with real-time corrections and is <1 m. The appropriate oceanographic measurements were made with my AML CTD as well as a Valeport SV. The analysis was all done with CARIS HIPS/SIPS. The data include another survey in deeper water with an ELAC Nautik Gmbh. SeaBeam 3050 50 kHz system, a year ago aboard the R/V Mediterranean Explorer (www.ecoocean.com) . It covered some 7,000 sq. km. from depths of ~500 to 1600 m.

This composite Digital Terrain Model (cDTM) is a high resolution bathymetry dataset that covers SALTFLU cruise. Multibeam data acquired in 2012 on board the R/V OGS Explora with a Reason 8150 echo-sounder

Approach Port of Rotterdam, Maas North and South side. There are sand waves, sand pits, dredged approach channel. Surveyed by one of the Hydrographic Survey Vessels of the Royal Netherlands Navy.

Bathymetric grid generated from dataset collected along the western and northern margin of the Sardinia Island (western Mediterranean Sea) during several oceanographic cruises, aimed at mapping geohazard-related features of the Italian seafloor (https://www.protezionecivile.gov.it/en/approfondimento/progetto-magic-marine-geohazards-along-italian-coasts-0/). Data were collected by means of the MBES system Kongsberg EM 3002D (293-307 kHz) for shallow areas, and Kongsberg EM 710 (200 kHz) and SeaBatReson 7111 (100 kHz) for deeper areas, and were processed using the software Caris Hips and Sips and Teledyne PDS.