East Antarctica

Shackleton Ice Shelf in East Antarctica | Credit: Pete Harmsen / AAD

Overlooked melting in East Antarctica could skew sea level rise projections

Overlooked melting in East Antarctica could skew sea level rise projections New research into how East Antarctica’s ice shelves melt reveals future global sea-level rise predictions could be significantly underestimated. A study published today found that while ice shelves in West Antarctica melt year-round, those in East Antarctica experience summer melting spikes, when sea ice retreats […]

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ACEAS Research Forum 2025 Group Photo

ACEAS Research Forum 2025: a national gathering of Antarctic science excellence

ACEAS Research Forum 2025: a national gathering of Antarctic science excellence More than 140 researchers from across Australia gathered in Hobart last week for the Australian Centre for Excellence in Antarctic Science (ACEAS) Research Forum, held from 5 to 7 November at the University of Tasmania’s Sandy Bay campus. The three-day event showcased the breadth

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Researchers standing on the Denman Glacier as part of the Denman Terrestrial Campaign

ACEAS researchers awarded ARC Discovery Project grant to unlock East Antarctica’s secrets

Associate Professor Jacqui Halpin and Dr Jacob Mulder standing on the Denman Glacier during the Denman Terrestrial Campaign. Credit: Jacqui Halpin. ACEAS researchers awarded ARC Discovery Project grant to unlock East Antarctica’s secrets A team of scientists from the Australian Centre for Excellence in Antarctic Science (ACEAS) has received a prestigious Australian Research Council (ARC)

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An ocean eddie in the Southern Ocean.

New ACEAS Explainer highlights risks of slowing global ocean overturning circulation

New ACEAS Explainer highlights risks of slowing global ocean overturning circulation The Australian Centre for Excellence in Antarctic Science (ACEAS) today published a new Explainer on the Meridional Overturning Circulation (MOC) – a vast system of ocean currents that underpins Earth’s climate and ocean health. Often described as the ocean’s ‘conveyor belt’, the MOC moves

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