Canada and Spain scientists establish new Antarctic Ocean observatory
Ocean Networks Canada, an initiative of the University of Victoria, will extend its ocean monitoring outside Canadian waters.
Canadian and European experts in polar observation are joining forces in a new partnership that will see Ocean Networks Canada (ONC) operating a subsea observatory at the Spanish Antarctic Station, providing year-round, near real-time data on ocean conditions there. This is the first time that ONC will extend its ocean monitoring outside Canadian waters.
This partnership between ONC, a University of Victoria initiative, and the Spanish National Research Council (CSIC) will advance scientific understanding of one of the most under-observed parts of the planet, the Southern Ocean, or the Antarctic Ocean.
The Spanish polar research vessel Hespérides that is transporting the ONC observatory is enroute to the Spanish Antarctic Station (BAE), Juan Carlos I, located on Livingston Island in the South Shetlands Archipelago that is north of the Antarctic Peninsula. It is also carrying two ONC deep-sea Argo floats that will be deployedduring transit in the Drake Passage in the Southern Ocean.
The Hespérides, which departed Barcelona last fall, is scheduled to depart the Argentina port at Ushuaia this week and reach BAE Juan Carlos I in Antarctica later this month.
ONC president and CEO Kate Moran says this partnership marks a tremendous milestone in polar scientific collaboration.
“Ocean Networks Canada has been monitoring Arctic conditions since 2012 through its network of Indigenous community-led and remote coastal observatories that provide continuous ocean data, available to all, through the Oceans 3.0 data portal on the ONC website,” she says.
“ONC’s expertise in designing and successfully operating underwater observatories able to withstand harsh polar conditions will contribute to Spain’s scientific expertise in monitoring Antarctica, a continent that is critical to this planet’s climate system, and is undergoing rapid, consequential changes that we need to understand.”
Today’s announcement from ONC and CSIC follows a recent call for the urgent expansion of ocean monitoring in the Southern Ocean. In a joint statement released at the 2023 Southern Ocean Observing System (SOOS) Symposium, 300 scientists from 25 nations said that “the chronic lack of observations for the Southern Ocean challenges our ability to detect and assess the consequences of change.”
Jordi Sorribas Cervantes, director of the Unit of Marine Technology of the CSIC, says the crew will construct and deploy the observatory on arrival as part of the activities of the 2023-24 Spanish Antarctic Campaign.
“This partnership with Ocean Networks Canada will provide vital ocean science data in the Southern Ocean, not least because the new observatory will operate year-round outside of the station’s staffed summer months,” he says. “Having access to this near-continuous data, from anywhere in the world, will help meet the current data gap challenge in the Southern Ocean.”
The proposed site of the cabled seafloor observatory is in a small embayment called Johnsons Dock at a depth of 23 metres. It is modelled on one of ONC’s Arctic observatories at Gascoyne Inlet, and will use the Iridium satellite network to transmit the data every 30 minutes to ONC for processing, archival and distribution.
The observatory will consist of a CTD scientific instrument that measures conductivity, temperature and depth. Additional sensors will track dissolved oxygen concentrations as well as optical properties including turbidity and chlorophyll-a that are important for monitoring seawater quality at this location where freshwater glacier melt and ocean water meet.
The observatory, along with ONC’s two autonomous deep Argo floats, will help monitor the changing biogeochemical and physical ocean processes in this under-observed, sensitive region.
Polar Knowledge Canada (POLAR) manages Canada’s scientific contributions and commitments to the Antarctic Treaty. David Hik, POLAR chief scientist and executive director, says this new partnership between Spain and Canada marks an important milestone in advancing ocean monitoring.
“We are delighted that ONC is contributing its expertise and infrastructure to Antarctica and Southern Ocean research to advance knowledge as well as Canadian leadership in polar science and technology.”
The research partnership aligns with UVic’s commitment to the United Nations Sustainable Development Goals, and with its strengths in climate action, life below water, life on land, and sustainable cities and communities. Learn more about UVic’s climate leadership at uvic.ca/IMPACT.
“It’s exciting to see ONC’s transformative leadership in ocean science expand internationally to inform climate solutions beyond Canada’s three coasts,” says Lisa Kalynchuk, vice-president, research and innovation, at UVic and member of ONC’s board of directors. “This partnership demonstrates how coastal communities and scientists from around the world can drive technological innovation and scientific discovery.”
Learn more about ONC’s recent Argo float deployments and world-leading ocean observatories.
Track the live passage of the Hespérides on its journey to the Spanish Antarctic station, BAE Juan Carlos I.
Ocean Networks Canada (ONC) operates world-leading observatories in the deep ocean, coastal waters and land of the Pacific, Atlantic and Arctic coasts of Canada. ONC’s cabled observatories supply continuous power and internet connectivity to scientific instruments, cameras and 12,000-plus ocean sensors. ONC also operates ocean mobile and land-based assets, including coastal radar. ONC, an initiative of the University of Victoria, is supported by the Government of Canada, and is one of the country’s major research facilities.
The Spanish National Research Council (CSIC) is the largest public research institution in Spain and one of the most renowned institutions in the European Research Area. The CSIC’s Unit of Marine Technology Unit manages the Spanish Antarctic station Juan Carlos I and Camp Byers on Livingston Island, and also coordinates the overall logistics of the Spanish Antarctic campaign.
View this release in your browser.
Media contacts:
Kate Moran (President and CEO, Ocean Networks Canada) at 250-812-1575 or kmoran@uvic.ca
Robyn Meyer (Ocean Networks Canada Communications) at 250-588-4053 or onc-comms@uvic.ca
Jordi Sorribas Cervantes (Spanish National Research Council) at sorribas@utm.csic.es
CSIC Communication Department at comunicacion@csic.es
Jennifer Kwan (University Communications + Marketing) at uvicnews@uvic.ca
About the University of Victoria
UVic is one of Canada’s leading research-intensive universities, offering life-changing, hands-on learning experiences to more than 22,000 students on the edge of the spectacular BC coast. As a hub of transformational research, UVic faculty, staff and students make a critical difference on issues that matter to people, places and the planet. UVic consistently publishes a higher proportion of research based on international collaborations than any other university in North America, and our community and organizational partnerships play a key role in generating vital impact, from scientific and business breakthroughs to achievements in culture and creativity. Find out more at uvic.ca. Territory acknowledgement
Follow us on X: @uvic
UVic media relations & services: www.uvic.ca/communicationsmarketing/media
All latest news from the category: Information Technology
Here you can find a summary of innovations in the fields of information and data processing and up-to-date developments on IT equipment and hardware.
This area covers topics such as IT services, IT architectures, IT management and telecommunications.
Newest articles
New Milestone in Quantum Research
Google Quantum AI and quantum physicists at Freie Universität Berlin publish groundbreaking results on Hamiltonian operators. A research team including researchers at Freie Universität Berlin and Google Quantum AI has…
Breakthrough in photonic time crystals
… could change how we use and control light. The new discovery could dramatically enhance technologies like lasers, sensors and optical computing in the near future. An international research team…
Custom Print Heads for 3D Printing
Achieving Individual Functional Integration. Wire or Fiber Encapsulating Additive Manufacturing (WEAM/FEAM) could significantly simplify the industrial production of components that require the integration of complex yet compact wiring, sensors, actuators,…