Collaborative Smart Lobster project in Galway Bay

• Main Authors: Aodha, Lia ní, Aguzzi, Jacopo
• Other Authors: European Multidisciplinary Seafloor and water-column Observatory
• Format: Other/Unknown Material
• Language: unknown
• Published: Mara Media 2020
• Subjects: Burrows; Doyle; North East Atlantic
• Online Access: http://hdl.handle.net/10261/238756

The Marine Institute is collaborating with scientists in Spain as part of a new project, Smart Lobster, to monitor the digging activity and maintenance of burrows of the Nephrops norvegicus, commonly known as the Dublin Bay Prawn, using the EMSO SmartBay Observatory located in Galway Bay. Current methods for counting populations cannot account for variability in the animals emerging from their burrows. This study will solve that problem by helping to understand the magnitude of that variability and lead to more accurate assessment of population numbers to ensure a sustainable fishery into the future. International collaboration is key to advancing ocean science research, and is the focus of this week’s Oceans of Learning series – ‘One Shared Ocean, One Shared Future’. Over the past 10 weeks, the Marine Institute and partners have been celebrating our ocean by sharing news, online activities and downloadable resources on a new marine topic each week. Smart Lobster is monitoring the burrow emergence behaviour of Nephrops norvegicus by using the underwater camera on the EMSO SmartBay Observatory. The Observatory is located on the seabed (20m to 25m depth) off the coast of Spiddal in Galway Bay and this area is one of the North East Atlantic fishery grounds for this species. The project will also involve the use of a new autonomous imaging device, which has been designed for long-term deployment. The project’s Chief Scientist, Dr Jacopo Aguzzi from the Institute of Marine Sciences (ICM-CSIC) in Spain is working with Marine Institute scientists Jennifer Doyle and Dr Colm Lordan to provide specialist fishery management and policy knowledge. The scientists will evaluate and analyse the video footage provided by the camera to assess the digging activity and maintenance of burrows by Nephrops. Scientists will also analyse the role of ecological and environmental factors that modulate burrow emergence, such as the presence of prey or predators. The results of the Smart Lobster project will have implications for stock ...