Queensland's Integrated Marine Observing System (Q-IMOS)
In 2006, the Integrated Marine Observing System (IMOS), the Queensland Government, and the Collaborating Partners committed over $14M to the creation of a Great Barrier Reef Ocean Observing System (GBROOS) as the Queensland Node of IMOS. In 2007, the first data streams from moored instruments were placed in the national archive and the entire allocated infrastructure was in place by 2009. That same year, the IMOS Board enhanced GBROOS with several new capabilities (ocean gliders, acoustic receivers, pCO2/pH sensors) and funded a National Reference Station (NRS) in South East Queensland. Following this expansion beyond the Great Barrier Reef Marine Park, the Node was rebranded as Queensland's Integrated Marine Observing System (Q-IMOS).
The Q-IMOS Node Science and implementation Plan (NSIP) is based on understanding the impacts of ocean variability in the Coral Sea upon the condition and productivity of shelf ecosystems along the east coast of Queensland, with a current focus on the section of the continental shelf influenced by the southerly-flowing East Australian Current (EAC). This region includes the southern half of the iconic Great Barrier Reef (GBR), the majority of Queensland’s commercial fisheries production, and the great majority of the State’s coastal population.
Slocum gliders track sub-surface warming in the Great Barrier Reef
In recent months, widespread coral bleaching has been reported from the Northern to the Central Great Barrier Reef (GBR).
eReefs glides to new levels of Reef monitoring
IMOS Ocean gliders are the latest tool to be deployed in the mission to collect vital information on the water quality of the Great Barrier Reef. Deploying the gliders in little observed northern Great Barrier Reef waters is an...
Predictions of severe coral bleaching events mobilise marine scientists to monitor the oceans
Scientists across Australia are preparing for what could be the most damaging coral bleaching event (or marine heat wave) in history.
New video series launched: IMOS in MOcean
A new series of videos to highlight the collection, use and impact of IMOS data.
Now you see it, now you don't. The case of the disappearing glider – solved.
Sometimes having a back-up plan pays dividends, as demonstrated by a recent ‘cat and mouse’ chase through the Torres Strait in search of a wayward ocean glider.
Investigator finds a 'Freddy' (a frontal eddy) in East Australian Current
Frontal eddies ('freddies') are small, short-lived, rapidly-rotating cyclonic (clockwise) eddies that form inshore of the main flow of the East Australian Current (EAC).