🌊 A world first! Rutgers & Teledyne have launched Redwing—a Slocum Sentinel Glider on a mission to circle the globe, collecting ocean & climate data across 3 oceans over 2 years.
Learn more ➡️ rutgers.edu
#OceanObserving #GliderScience #IOOS
Learn more ➡️ rutgers.edu
#OceanObserving #GliderScience #IOOS
October 23, 2025 at 3:45 PM
🌊 A world first! Rutgers & Teledyne have launched Redwing—a Slocum Sentinel Glider on a mission to circle the globe, collecting ocean & climate data across 3 oceans over 2 years.
Learn more ➡️ rutgers.edu
#OceanObserving #GliderScience #IOOS
Learn more ➡️ rutgers.edu
#OceanObserving #GliderScience #IOOS
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