Digital Elevation Model (DEM) from 1280 to 2120 water depth at 40 meters resolution. Bathymetric surface collected during the oceanographic cruise JAMMEGAIA22 on board of the R/V GAIA BLU by CNR.

Bathymetric surface collected during the oceanographic cruise JAMMEGAIA22 on board of the R/V GAIA BLU by CNR. Spatial resolution 20 m.

Microplastic assessment from Mussel Farm samples

Acoustic reflectivity data (multi beam backscatter) collected during the oceanographic cruise JAMMEGAIA22 on board of the R/V GAIA BLU by CNR.

Digital Elevation Model (DEM) from 180 to 500 m water depth with a spatial resolution of 50 meters. Bathymetric surface collected during the oceanographic cruise JAMMEGAIA22 on board of the R/V GAIA BLU by CNR.

Digital Elevation Model (DEM) from 50 to 120 mwater depth with a spatial resolution of 2 m. Bathymetric surface collected during the oceanographic cruise JAMME GAIA 2022 on board of the R/V GAIA BLU by CNR.

Acoustic reflectivity data (multi beam backscatter) collected during the oceanographic cruise JAMMEGAIA22 on board of the R/V GAIA BLU by CNR.

MAELSTROM (Smart Technology for Marine Litter Sustainable Removal and Management) is a Horizon 2020 (H2020) project co-funded by the European Commission, bringing together 14 partners, including research centers, recycling companies, marine scientists, and robotics experts, from eight European countries. The project seeks to reduce the environmental impact of marine litter (ML) on coastal ecosystems by identifying accumulation hotspots, intercepting floating river waste, and removing plastic-based debris from the seabed to prevent its breakdown into microplastics (MPs). At the core of MAELSTROM’s innovative solution is an advanced robotic seabed cleaning platform, developed collaboratively by TECNALIA, CNRS-LIRMM, and "Servizi Tecnici." This floating structure serves as a base station for the cleaning robot, deploying it via cables and winches while integrating a sophisticated suite of underwater sensors to detect, identify, and manage marine litter. The platform supports two key tools: a dredge for collecting smaller debris and a gripper for retrieving larger items, such as tires, boat fragments, and fishing nets. Designed to function as an adaptable and sustainable system, this platform exemplifies cutting-edge technology for marine litter removal and management.

MAELSTROM (Smart Technology for Marine Litter Sustainable Removal and Management) is a Horizon 2020 (H2020) project co-funded by the European Commission, bringing together 14 partners, including research centers, recycling companies, marine scientists, and robotics experts, from eight European countries. The project seeks to reduce the environmental impact of marine litter (ML) on coastal ecosystems by identifying accumulation hotspots, intercepting floating river waste, and removing plastic-based debris from the seabed to prevent its breakdown into microplastics (MPs). At the core of MAELSTROM’s innovative solution is an advanced robotic seabed cleaning platform, developed collaboratively by TECNALIA, CNRS-LIRMM, and "Servizi Tecnici." This floating structure serves as a base station for the cleaning robot, deploying it via cables and winches while integrating a sophisticated suite of underwater sensors to detect, identify, and manage marine litter. The platform supports two key tools: a dredge for collecting smaller debris and a gripper for retrieving larger items, such as tires, boat fragments, and fishing nets. Designed to function as an adaptable and sustainable system, this platform exemplifies cutting-edge technology for marine litter removal and management.

For this project, two study areas were selected and both are characterized by the presence of marine litter that has accumulated over time: a lagoon area (Sacca Fisola) and a coastal area, the latter located on an abandoned mussel farm. The abandoned mussel farm is situated across of the mouth of the river Sile, about 1.7 nautical miles from the coast. It covers a total area of 1960000 sqm with an average depth of 14 m. Mussel farm encloses a sub area called Experimental Field, used in the past for research activities. The examination of bathymetric data facilitated the acquisition of a precise estimation regarding the presence of objects suspended within the water column and resting on the seabed. This evaluation uncovered valuable insights into the underwater conditions and object types, thus enhancing our comprehension of the marine environment in the regions examined.