04:35
The Carbon Superhighway: The route from atmosphere to deep sea
01:58
Ocean’s breath: Autonomous robotic floats measure seasonal cycles in the ocean
02:20
A global array of robotic floats is transforming how we observe ocean health
01:42
Autonomous robotic floats measure seasonal cycles in the ocean
02:20
Robotic floats provide new look at ocean health and global carbon cycle
10:52
How to make a scientific video abstract for your research
00:42
Diatom nutient uptake and reproduction
01:07
Upwelling and the Coriolis effect
00:27
A SOCCOM float detects ice to avoid colliding with icebergs in the Southern Ocean
00:28
Antarctic upwelling
00:22
Upwelling animation
00:51
Ekman Transport
01:21
Women in science: Dr. Joellen Russell on what makes the Southern Ocean so special
01:02
SOCCOM float deployment: Adopt-a-Float Tigger starts its journey
04:44
Southern Ocean mysteries revealed: Climate change and our ocean
01:36
SOCCOM brings a fleet of robotic floats to the Southern Ocean to monitor ocean health
04:39
Deep Dive: Under the Ice: Float Software
04:30
Deep Dive: Southern Ocean and CO2
03:44
Deep Dive: Antarctic Circumpolar Current
05:32
Deep Dive: Ocean Acidification
03:17
Deep Dive: Southern Ocean Heat Uptake
05:57
Deep Dive: Changes in Ocean Productivity
03:33
Southern Ocean Drone footage from NBP 1701
04:41
Out to Sea
01:31
MacArthur proposal: Ocean Health Initiative
03:58
Mysteries of the Southern Ocean
04:47
SOCCOM in the Tank: Testing the Floats
05:13
Launch of Dewey and Huey from the R/V Palmer
03:05
Hannah Zanowski leaves for Cape Town and the Southern Ocean
01:03
Day in the Life of a SOCCOM Float
02:45
SOCCOM, So What?
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About
The Southern Ocean Carbon and Climate Observations and Modeling Project, or SOCCOM, is an NSF-funded collaboration, led by Princeton University which seeks to measure and characterize the Southern Ocean, one of the most remote, unobserved, and important players in our global climate.
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