Matthis Auger
@matthisauger.bsky.social
Southern Ocean & Climate.
Research associate at the University of Tasmania.
Research associate at the University of Tasmania.
New paper: we show that variability in the Zonal Wave-3 mode - an atmospheric pattern made up of three pairs of cyclones and anticyclones circling the Southern Hemisphere - does influence the formation and export of dense waters around Antarctica over multiple years.
January 27, 2026 at 1:21 PM
New paper: we show that variability in the Zonal Wave-3 mode - an atmospheric pattern made up of three pairs of cyclones and anticyclones circling the Southern Hemisphere - does influence the formation and export of dense waters around Antarctica over multiple years.
Reposted by Matthis Auger
Q: What happens when we lose Antarctic sea ice in the summer?
A: Bad things. A short 🧵
New research out today: academic.oup.com/pnasnexus/ar...
A: Bad things. A short 🧵
New research out today: academic.oup.com/pnasnexus/ar...
Impacts of Antarctic summer sea-ice extremes
Abstract. Antarctic sea ice plays many crucial roles in the physical environments and ecosystems of Antarctica and the Southern Ocean. In this study, we sy
academic.oup.com
July 2, 2025 at 12:44 AM
Q: What happens when we lose Antarctic sea ice in the summer?
A: Bad things. A short 🧵
New research out today: academic.oup.com/pnasnexus/ar...
A: Bad things. A short 🧵
New research out today: academic.oup.com/pnasnexus/ar...
The Antarctic dense water overflows can be monitored from space. We detailed in @ConversationEDU why we think it's exciting:
Satellites can now track the deep ocean currents around Antarctica that could accelerate climate change.
Tiny dips in sea level reveal flow of climate-regulating underwater waterfalls
theconversation.com
April 23, 2025 at 4:32 AM
The Antarctic dense water overflows can be monitored from space. We detailed in @ConversationEDU why we think it's exciting:
New paper out in @commsearth.bsky.social ! We show how satellite altimeters can help us monitor the dense water export from the Antarctic Margins.
Being able to monitor the overflow of #Antarctic dense waters from the continental shelf to deeper open waters is critically important, but has long been a major challenge for scientists.
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...
Satellite observing breakthrough for monitoring the movement of Antarctic dense water - ACEAS
Satellite observing breakthrough for monitoring the movement of Antarctic dense water Ocean modelling researchers have discovered a reliable and long-term new method to capture the formation and expor...
antarctic.org.au
April 23, 2025 at 4:31 AM
New paper out in @commsearth.bsky.social ! We show how satellite altimeters can help us monitor the dense water export from the Antarctic Margins.
Reposted by Matthis Auger
Being able to monitor the overflow of #Antarctic dense waters from the continental shelf to deeper open waters is critically important, but has long been a major challenge for scientists.
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...
Satellite observing breakthrough for monitoring the movement of Antarctic dense water - ACEAS
Satellite observing breakthrough for monitoring the movement of Antarctic dense water Ocean modelling researchers have discovered a reliable and long-term new method to capture the formation and expor...
antarctic.org.au
April 22, 2025 at 11:20 PM
Being able to monitor the overflow of #Antarctic dense waters from the continental shelf to deeper open waters is critically important, but has long been a major challenge for scientists.
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...
New research from @matthisauger.bsky.social could be a game-changer ⬇️
antarctic.org.au/satellite-ob...