
Global-Scale Node
At a historic observing site, this array will use a mix of fixed
(moorings) and mobile (gliders) assets to sample across multiple space and time scales. More »

Coastal-Scale Node
Surface buoys, profilers, benthic nodes and gliders will
provide near real time data from the air-sea interface to the sea floor. More »
Southeast of Greenland, this array will use a mix of fixed (moorings) and mobile (gliders) assets to sample across multiple space and time scales. More »
Coastal-Scale Node
A combination of surface moorings, moored profilers, AUVs and gliders make up the multi-scale array. More »
Global-Scale Node
Southwest of Chile, this array will use a mix of fixed
(moorings) and mobile (gliders) assets to sample across multiple space
and time scales. More »
Global-Scale Node
In the Argentine Basin, this array will use a mix of fixed (moorings) and
mobile (gliders) assets to sample across multiple space and time scales. More »
OOI's Coastal Scale Nodes will expand existing coastal observing assets, creating focused, configurable observing arrays. The Global Scale Nodes will address planetary-scale problems via moored open-ocean buoys linked to shore via satellite.
Mouseover the dots on the map to learn more.
The Ocean Observatories Initiative (OOI) program successfully deployed moorings off the New England Coast, marking the first comprehensive test of an OOI system on the East Coast.
September 22, 2011R/V Oceanus departed the WHOI dock, its deck chock-a-block full of equipment for a five-day expedition to deploy three moorings on the continental slope south of Cape Cod. The mooring deployment marks the first comprehensive test of an Ocean Observatories Initiative system on the East Coast.
The OOI is a long-term, NSF-funded program to provide 25-30 years of sustained ocean measurements to study climate variability, ocean circulation and ecosystem dynamics, air-sea exchange, seafloor processes, and plate-scale geodynamics. Visit oceanobservatories.org to learn more.