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The Southern (Antarctic) Ocean is a critical component in the global climate system. The Antarctic Ocean mitigates the bulk of human-generated carbon dioxide and thermal emissions. Unfortunately, this Ocean is witnessing critical and significant changes such as a negative record of glacier extent, the highest peak temperature, a dramatic migration of penguin colonies, just to name a few of the adverse effects. The chronic lack of data on the Southern Ocean undermines our ability to detect and understand the effects of these changes. Never before has there been a need for a coordinated and financially supported observing system so that the Southern Ocean Observing System (SOOS) can enable understanding of conditions, enable the ability to predict future scenarios, and can help shape policies and regulations for the good of society.

This is the joint statement written and deliberated by the participants of the SOOS Symposium 2023 (14-19 August 2023).

Antonio Novellino, R&D Manager at ETT was also among the chairs leading the discussion ‘Emerging Technologies enabling future Southern ocean observations’ during the day on Wednesday 16.

Below is the press release issued at the end of the activities.

Today hundreds of international scientists are sounding a clarion call for urgent expansion of Southern Ocean science in the emerging climate crisis.

This week 300 scientists from 25 nations have been meeting in the Antarctic gateway city of Hobart for the first-ever international conference of the Southern Ocean Observing System (SOOS).

A joint statement was released at the close of the conference, saying that no nation alone can provide the research needed to address the climate questions facing us.

SOOS Co-Chair Dr Sian Henley said this is a critical time to bring the world together and focus on an ocean central to the global climate system.

“It is only due to long-term observations from the last 30 years or so that we now understand how important the Southern Ocean is.” “To a large extent, the Southern Ocean controls the uptake of human-generated heat and carbon into the ocean and keeps our planet livable.” “However, despite the efforts of long-term programs carried out by several nations, the Southern Ocean remains one of the most under-observed regions on our planet.” “As the extent of winter sea ice crashes and penguin populations shift dramatically, it is more pressing than ever to have a sustained and coordinated Southern Ocean observing system to understand current conditions and inform predictions of future states,” said Dr Henley.

Dr Andrew Meijers of the SOOS Scientific Steering Committee said that when it comes to climate change, the Southern Ocean is at the centre of the world.

“Global warming is really ocean warming, and the Southern Ocean controls the rate of melt of the Antarctic ice sheet, which is the single greatest uncertainty in projecting future sea level rise.” “The rapid changes happening in Antarctica and the Southern Ocean right now create an imperative for additional research funding.” “Much of the Southern Ocean — the deep ocean, under ice in winter, the carbon cycle, changes in biology due to sea ice, the interaction of ice sheet and ocean — remains a critical gap in our observing network.” “We need to create a long-term and continuous program of multinational research that is circumpolar, stretching right around Antarctica,” Dr Meijers said.

The mission of SOOS is to provide an international forum where scientists from around the world work together to define the big questions facing Southern Ocean science, and to promote and coordinate the national-level observing activities needed to achieve those scientific goals.

The central hub of SOOS is located in the Institute for Marine and Antarctic Studies (IMAS) at the University of Tasmania.