Our paper on a new ice shelf basal melt parameterisation is out! tc.copernicus.org/articles/19/...
Small-scale processes in the ocean drive ice shelf basal melt, and large-scale ocean models can’t resolve these processes. Therefore, models use melt parameterisations, but these can still be improved.
Abstract. Ocean-driven basal melting of Antarctic ice shelves is an important process that affects the Antarctic Ice Sheet, global climate and sea level. Basal melting is controlled by small-scale pro...
For so long, fossil fuel projects have said their contribution to climate change is "negligible".
Turns out that's wrong.
Our research in NPJ Climate Action proves it.
Every tonne of CO2 matters.
@21stcenturyweather.bsky.social
@minderoo.bsky.social
#climatechange
www.nature.com/articles/s44...
npj Climate Action - Quantifying the regional to global climate impacts of individual fossil fuel projects to inform decision-making
Come join us! 3 year postdoc available to work with @profmattengland.bsky.social, @mad-ros.bsky.social and myself at ANU on modelling ocean - ice shelf interactions.
Closes 4th March. If you're going to Ocean Sciences and want to chat about it, let me know!
jobs.anu.edu.au/jobs/postdoc...
Advertising this PhD student position once more (deadline 30 August) workingat.nioz.nl/o/phd-positi...
We are looking for someone with a MSc in physical oceanography, fluid dynamics or physics to study how ocean eddies contribute to the Atlantic Meridional Overturning Circulation
Paper here www.science.org/doi/10.1126/...
🌏 Better models = better climate predictions.
A new paper led by ACEAS PhD researcher Claire Yung (ANU) shows how a refined equation used in ocean models can significantly improve the accuracy of Antarctic ice shelf melt predictions.
➡️ antarctic.org.au/new-model-co...
Claire Yung
The department of Ocean Systems (OCS) at the Royal Netherlands Institute of Sea Research (NIOZ) is looking for an enthusiastic and motivated PhD candidate to work on the exchange of lighter and denser
A new study led by ACEAS PhD researcher Claire Yung from ANU introduces a correction to ocean models that could significantly improve global sea-level rise predictions from Antarctic ice shelf melt.
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.
