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Despite their remote location, threats to Antarctic ecosystems are escalating in response to increasing human activity, pollution, biological invasions and climate change.
This airborne geophysics and oceanography project explores the stability of the Antarctic ice sheet and the associated consequences for global sea-level rise.
Landfast sea ice (fast ice) is a key feature of the East Antarctic coastal zone. It is a sensitive indicator and modulator of Antarctic climate processes, and serves as a structuring component of Antarctic marine ecosystems.
It is the start of a golden age in genetic approaches for measuring biodiversity and also an exciting period of transition within the Australian Antarctic Program to an era of new scientific capabilities. As such, it is an opportune time to incorporate new genetic techniques into our research.
Sparse observations suggest that the surface waters in Prydz Bay are accumulating CO2 faster than the expected rate of increase in anthropogenic CO2 in the atmosphere.
Antarctic sea ice is a key driver of Southern Ocean physical processes and a structuring component of Antarctic marine ecosystems.
This project aims to provide scientific information on the ecological impacts of climate change and other drivers on key components of the Southern Ocean ecosystem to facilitate evidence-based monitoring, management and policy decisions.
The project aims to assess the susceptibility of the remaining Antarctic ice shelves to rapid and catastrophic disintegration, of the type that removed ice shelves around the Antarctic Peninsula over recent decades.
Global sea-level rise is accelerating, and the largest potential contribution is from the East Antarctic ice sheet. Preparing for the impacts of sea-level rise needs an improved understanding of the response of the Antarctic ice sheet to changing ocean and atmospheric conditions.
The Denman Glacier in East Antarctica drains a large area of the East Antarctic Ice Sheet (EAIS), containing enough ice to raise global sea levels by 1.5 m. The glacier system is currently stabilised by a large floating ice shelf system…