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  • Benthic habitat map for six classes of habitats. The map was generated based on multibeam echosounder datasets acquired with two frequencies: 150 kHz and 400 kHz. Suprevised classification was performed using object-based image analysis and combined k nearest neighbour and random forest results. It allowed reaching 93% of overall accuracy and 0.90 Kappa Index of Agreement. This research was funded by EU BONUS-185 ECOMAP project (Baltic Sea environmental assessments by opto-acoustic remote sensing, mapping, and monitoring) and co-financed by the National Centre for Research and Development no. BONUS-BB/ECOMAP/07/2017.

  • Map of surface sediments in the Bulgarian Black Sea shelf classified according Folk 5-coarse sediment, mixed sediment , sand and mud , muddy sand, rocks

  • Map of surface sediments in the Bulgarian Black Sea shelf classified according Folk 7-coarse sediment, mixed sediment , sand , sandy mud,mud, muddy sand,rocks

  • The substrateand nature type mapping was carried out for the Danish Nature Agency in the summer 2012. The survey included habitat classification of Limfjorden, Kattegat and The Belt Sea This studyarea is a part of The Belt Sea.

  • The substrate and nature type mapping was carried out for the Danish Nature Agency in the summer 2012. The survey included habitat classification of Limfjorden, Kattegat and The Belts. This study area is a part of Northren Kattegat.

  • This subtidal map was made in the framework of the Cartham project from 2009-2012. It incorporates remote sensing data in the form of a few side scan sonar profiles, along with a reasonable amount of sediment and fauna samples. Large gaps within the acoustic coverage were filled by the interpreter using evidence from bathymetric data from the 100m DTM for the shelf of France as well as the 1:500000 scale sediment map for the Channel pulished by Larsonneur. Homogenous polygons were then labelled according to the biology contained in them.

  • The substrate and nature type mapping was, as for the research for potential areas with raw materials, carried out for the Danish Nature Agency in the summer 2010. The survey area was about 5.000 km2 in the central and western part of the Danish part of the North Sea (Phase 1 and 2). The aim of the project was to collect basic information of the seabed characteristics and biological parameters, and thereby to provide information about nature types, to be used in the implementation of the EU Directive

  • The Ministry of the Environment requested in 2011 the Consortium GEUS and Orbicon to carry out mapping tasks in the Danish part of the Kattegat and Western Baltic, partly as part of the government's raw material mapping and partly in connection with the implementation of the Marine Strategy Directive. This studyarea covers part of Kattegat

  • Mound features traced from high resolution bathymetric data of the seabed in Ireland's offshore sea area.

  • The feasibility study for the foreseen Asinara Is. MPA, was funded by the Italian Environmental Ministry in order to collect environmental and socio-economic information needed for the implementation of the MPA management plan. The biocenotic maps of the archipelago was elaborated using new field integrated with available data. Data were collected both using acoustic and seismic surveys (Side scan sonar, sub-bottom profiler) together with ground truth data (scuba dive transects, grab and dredge samples).