@ SAMS, Science + Autonomy = Answers
to change that. It went into the Norwegian arctic Barents Sea in January (24-hour darkness), April and July (24-hour daylight) - something no one had done in that area in a single year - to gather data on cruises using research vessels (the University of Tromsø’s Helmer Hanssen and British Antarctic Survey’s RRS James Clark Ross). To fill multi-month-long gaps between the cruises and overlapping with the cruises, G2 Slocum gliders were deployed. The Slocum used is part of the UK’s Marine Autonomous & Robotics Systems (MARS) pool and can dive to 200m deep.With support from
Robot School Opens, Addresses Environmental Challenges
as; climate change, deep-sea exploration, and identification of biodiversity ‘hotspots’. The fleet of marine robots based at the NOC has recently developed into one of the most advanced in the world. This project is being led by the University of Southampton, and also involves the British Antarctic Survey, Heriot-Watt University, University of East Anglia, and the Scottish Association for Marine Science. Between all six organizations, this school will teach skills in a range of unmanned systems - which can monitor everything from erupting volcanoes to algal blooms in the ocean. Kevin
