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Showing posts with the label Multibeam echosounder

Unraveling the environmental impact of North Sea shipwrecks

Unraveling the environmental impact of North Sea shipwrecks   The haunting presence of shipwrecks such as the   John Mahn   in the North Sea offers glimpses into our history. These maritime time capsules, while fostering vibrant ecosystems, raise concerns about pollution and leakage. However, thanks to the groundbreaking North Sea Wrecks project, the hidden dangers and self-cleaning properties of these enigmatic relics are being uncovered. Are we truly facing a toxic war legacy, or are our worries unfounded?  Testerep , a magazine of the Flanders Marine Institute (VLIZ), embarked on an investigative journey to shed light on this. There are approximately 290 shipwrecks in the Belgian part of the North Sea alone, and more than 1,000 in the entire North Sea. These wrecks, remnants of the world wars, have long been a mystery in terms of their environmental impact and potential for toxic substance release. However, the North Sea Wrecks project aimed to change that, and re...

New software enables AI-powered bathymetric data processing

New software enables AI-powered bathymetric data processing  Hydroacoustic technology specialist GeoAcoustics has officially released GS4 software v1.0.25 for GeoSwath bathymetric sonars, adding several upgrades including an artificial intelligence data processing system developed in collaboration with the University of East Anglia. The new AI processing augments the existing automated filtering in the GS4 software by removing surplus and undesired data autonomously; during acquisition, the system is designed to log clean data, without any user intervention in the cleaning process, enabling better operational agility and decision support while cutting the time to final data in post-processing. Real-time processing The processing happens in real time, so users only need to oversee data quality and coverage during acquisition, while at the post-processing stage the focus can be purely on georeferencing the bathymetric data using deterministic calculations. The final, noise free and h...