A hurricane-proof autonomous Saildrone departed Tasmania today on a 22,000 km circumnavigation of Antarctica. Powered by sun & wind, it will measure ocean carbon uptake & ice shelf melting in extreme Southern Ocean seas.
tinyurl.com/hhx5nc5x #ClimateScience #Antarctica #OceanRobotics #SouthernOcean
tinyurl.com/hhx5nc5x #ClimateScience #Antarctica #OceanRobotics #SouthernOcean
‘Robust little’ vessel begins treacherous 22,000km journey around Antarctica in the name of climate science
Powered by sun and wind, the uncrewed vehicle will collect data to help Australian scientists better understand how oceans absorb emissions
tinyurl.com
September 26, 2026 at 12:59 AM
A hurricane-proof autonomous Saildrone departed Tasmania today on a 22,000 km circumnavigation of Antarctica. Powered by sun & wind, it will measure ocean carbon uptake & ice shelf melting in extreme Southern Ocean seas.
tinyurl.com/hhx5nc5x #ClimateScience #Antarctica #OceanRobotics #SouthernOcean
tinyurl.com/hhx5nc5x #ClimateScience #Antarctica #OceanRobotics #SouthernOcean
Official Deployment of the WAM Glider Fleet! We’re excited to share that our Wave Glider (surface vehicle) and Slocum Glider (diving vehicle) have been officially deployed in St Helena Bay, within the highly productive Southern Benguela Upwelling System (SBUS). #OceanRobotics #SeaTechnologyServices
December 1, 2025 at 11:57 AM
Official Deployment of the WAM Glider Fleet! We’re excited to share that our Wave Glider (surface vehicle) and Slocum Glider (diving vehicle) have been officially deployed in St Helena Bay, within the highly productive Southern Benguela Upwelling System (SBUS). #OceanRobotics #SeaTechnologyServices
Meet the Ocean Robotics Team!
Using gliders packed with sensors, the team is studying how physical and biogeochemical processes control oxygen variability along the West African Margin. A key step in understanding low-oxygen zones and their climate impacts.
#WAMproject #OceanRobotics #GliderScience
Using gliders packed with sensors, the team is studying how physical and biogeochemical processes control oxygen variability along the West African Margin. A key step in understanding low-oxygen zones and their climate impacts.
#WAMproject #OceanRobotics #GliderScience
June 18, 2025 at 2:12 PM
Meet the Ocean Robotics Team!
Using gliders packed with sensors, the team is studying how physical and biogeochemical processes control oxygen variability along the West African Margin. A key step in understanding low-oxygen zones and their climate impacts.
#WAMproject #OceanRobotics #GliderScience
Using gliders packed with sensors, the team is studying how physical and biogeochemical processes control oxygen variability along the West African Margin. A key step in understanding low-oxygen zones and their climate impacts.
#WAMproject #OceanRobotics #GliderScience
Roboter, die aus Fehlern lernen, autonome Boote für den Meeres- und #Klimaschutz. 🤖🚤 Seid dabei, wenn @jrangus von @OceanRobotics und DLR-Forscher @AstrobotDaniel über das Potenzial der Robotik diskutieren. Ab 18.30 Uhr live und online. 💻 Mehr Infos:...
January 24, 2025 at 8:51 AM
Roboter, die aus Fehlern lernen, autonome Boote für den Meeres- und #Klimaschutz. 🤖🚤 Seid dabei, wenn @jrangus von @OceanRobotics und DLR-Forscher @AstrobotDaniel über das Potenzial der Robotik diskutieren. Ab 18.30 Uhr live und online. 💻 Mehr Infos:...
Können Roboter uns helfen, die dringendsten Probleme der Gesellschaft zu lösen? 🤔🤖 Online-Vortrag mit @jrangus, CEO von @OceanRobotics und @AstrobotDaniel, DLR-Forscher für Robotik und KI. 📅 Do, 19. Nov. ab 18.30 Uhr. Hier kostenlos...
January 24, 2025 at 8:38 AM
Können Roboter uns helfen, die dringendsten Probleme der Gesellschaft zu lösen? 🤔🤖 Online-Vortrag mit @jrangus, CEO von @OceanRobotics und @AstrobotDaniel, DLR-Forscher für Robotik und KI. 📅 Do, 19. Nov. ab 18.30 Uhr. Hier kostenlos...