Discover the ocean.Understand the planet.
Working for the advancement of science and the benefit of Canada.
The state of the ocean is an important indicator of the overall health of the planet. The ocean off the coasts of Canada, including the Arctic, comprises some of the richest and most diverse ecosystems on Earth. This makes Ocean Networks Canada data relevant to global users.
In June 2014, ONC installed a cabled water column profiling system in Saanich Inlet. The inshore profiling system consists of a surface buoy equipped with a meteorological station and a winch used to raise and lower an underwater instrument package through the water column. This year, University of Victoria postdoctoral researcher Jeff Sorensen is leading a project to study how the chemistry of the Saanich inlet changes over the course of a year.
Ocean Networks Canada (ONC) applauds the Government of Canada for putting the ocean at the top of its agenda.
Yesterday, 7 November 2016, the Right Honourable Prime Minister Justin Trudeau announced a $1.5 billion national Oceans Protection Plan that outlines measures to implement world-leading ocean safety and monitoring systems and strengthen engagement with Indigenous and coastal communities. This historic initiative will protect Canada’s ocean and coastal ecosystems for generations to come.
- Data Acquisition
- Oceans 2.0
Smart Ocean Systems™ operationalizes Ocean Networks Canada’s innovative technologies and expertise for the benefit of Canada and the world. Cabled observatories, remote control systems and interactive sensors, and big data management enable evidence-based decision-making on ocean management, disaster mitigation, and environmental protection.
As shrinking sea ice ushers in a new era for arctic tourism, Ocean Networks Canada’s (ONC) newly expanded Cambridge Bay observatory becomes a vital tool for monitoring ocean health and marine safety.
A small ONC team was in Cambridge Bay from 21-28 August, maintaining and upgrading the observatory and building relationships with the community. Stay tuned for an update on the recently expanded Arctic Ocean monitoring system.
In June 2016, Ocean Networks Canada (ONC) successfully deployed and connected the first of several earthquake early warning sensors on the Cascadia subduction zone. It will be part of a network of seismic sensors that ONC will install underwater and on land as part of an earthquake early warning system (EEWS) in partnership with Emergency Management British Columbia (EMBC).
Long-term, continuous scientific data from the ocean environment are gathered by Ocean Networks Canada and made available through Oceans 2.0—a powerful online data management system. Oceans 2.0, combined with high-performance computing, allows ONC to provide ocean analytics that assist researchers, communities, industry, and policy-makers in making evidence-based decisions in Canada and globally.
With hundreds of instruments monitoring Canada’s marine environment, ONC gathers the same amount of data as the Hubble Telescope. Turning a firehose of high resolution data into useful knowledge is the challenge of the century. ONC’s robust and sophisticated data management system, Oceans 2.0, is already recognized as a state-of-the-art ocean management tool for marine decision-making, and it’s about to get even better.
Twice a year, every spring and fall, Ocean Networks Canada (ONC) heads to sea aboard the Canadian Coast Guard Vessel (CCGV) John Tully to maintain and upgrade ocean monitoring instrumentation in Saanich Inlet and the Strait of Georgia. Between 4 - 11 October 2016, in addition to the infrastructure maintenance priorities of the expedition, the ONC team also successfully deployed new instrumentation, carried out several activities in support of our science community, and collected samples for benchmarking and calibration of instruments.
Undergraduate student, Ada Loewen, just completed her co-op term at Ocean Networks Canada (ONC) as part of her combined University of Victoria degree in physics and ocean sciences. Using data from the Cambridge Bay observatory, Ada improved a one-dimensional thermodynamic sea-ice model funded through ONC’s Safe Passage project with Polar Knowledge Canada.