Details

Autor(en) / Beteiligte

• Mowlem, Matthew
• Carvalho, Fillipa
• Hanz, Rudolf
• Abdi, Ehsan
• Catalano, Camile
• Mougiou, Katherine Hartle
• Abualhaija, Rana
• Evans, Susan
• Hayes, Dan
• Alrefaey, Ahmed
• Forrester, Reuben
• Irisson, Jean-Olivier
• Arundel, Martin
• Giering, Sarah
• Koser, Kevin
• Briggs, Nathan
• Gizeli, Electra
• Lopez-Garcia, Patricia
• Bhuiyan, Wahida
• Glynne-Jones, Peter
• Ludgate, Jake
• Butement, Jonathan
• Guidi, Lionel
• Campos, Miguel Massot
• Cardwell, Christopher L.
• Guo, Weili
• McQuillan, Jon
• Montresor, Marina
• Papadimitriou, Efstathios
• Schaap, Allison
• Moore, C. Mark
• Patey, Matthew
• Schuback, Nina
• Morgan, Hywel
• Picheral, Marc
• Thornton, Blair
• Masoudi, Mojtaba
• Regan, Fiona
• Valiadi, Martha
• Murphy, Caroline
• Robidart, Julie
• Walk, John
• Morris, Andrew
• Siracusa, Fabrizio
• Weng, Xiangyu
• Nakath, David
• Spenser, Dan
• Wilson, Euan
• Oxborough, Kevin

Titel

Technologies for Ocean Sensing project developments in imaging and sensing

Ist Teil von

• OCEANS 2023 - Limerick, 2023, p.1-13

Ort / Verlag

IEEE

Erscheinungsjahr

2023

Quelle

IEEE Xplore

Beschreibungen/Notizen

• The TechOceanS project is developing new remote ocean sensing technology supporting wider ocean measurement and a drive to net zero. The project will deliver 5 new sensor classes for biogeochemistry, biology and ecosystems addressing 10 of 19 EOVs, 31 of 73 subvariables, 6 of 9 MSFD targets together with microplastics and a range of biotoxins and contaminants. It will also develop a new image processing workflow for extracting EOVs (9) and MSFD (6) and litter measurements from images. These innovations concentrate on key capability gaps in ocean observing from non-ship systems with a focus on low-cost per measurement through minimised instrument and deployment costs. This paper gives a brief overview of the technologies, and were possible, because of progress or protection of intellectual property, details of our approaches and early results.