If you are a journalist and would like to speak to any of the team who are on-ice (Dec 2024 - Jan 2025 and Dec 2025 - Jan 2026) please contact us at swaiscomms@gns.cri.nz for more information.
If you are a journalist and would like to speak to any of the team who are on-ice (Dec 2024 - Jan 2025 and Dec 2025 - Jan 2026) please contact us at swaiscomms@gns.cri.nz for more information.
To the layman, they just look like big tubes of mud.
But to University of Otago geology PhD student Natalie-Jane Reid, they show what the world was like up to 1000 years ago.
An expedition is underway on Earth's largest ice shelf, in the western region of Antarctic, to collect samples of marine sediments and study possible future evolutions of sea level.
Kiwi climate researchers are part of an ambitious mission to recover critical geological records to help forecast future sea-level rise.
Kiwi climate researchers are amongst a global team on a mission to recover “critical to humanity” geological records to help forecast future sea-level rise.
An international team is on a mission to find out if the West Antarctic Ice Sheet is doomed, or whether there is time to prevent 4-5 metres of sea-level rise.
A science team is tractor-sledding heavy equipment towards the innermost point of the Ross Ice Shelf to bring back critical information for the world's coastal communities. Eloise Gibson reports.
An international team is on a mission to find out if the West Antarctic Ice Sheet is already doomed, or whether there is time to prevent 4-5m of sea-level rise.
ANZIC Expeditioner, Dr Linda Armbrecht, is part of an international team probing the sensitivity of the West Antarctic Ice Sheet.
An ambitious mission is underway for critical geological records to forecast future sea-level rise, with the first team members departing on a 1128 km journey over ice to set up…
Das internationale antarktische Forschungsbohrprojekt "Sensitivity of the West Antarctic Ice Sheet to Two Degrees of Warming" (SWAIS 2C)", an dem sich auch die BGR beteiligt, geht in die nächste Phase.