Wilton Aguiar

Wilton Aguiar

@will-ton.bsky.social

42 followers74 following4 posts

Wilton Aguiar reposted

The Southern Ocean, which surrounds Antarctica, plays a major role in forming Earth鈥檚 deepest waters. Watch our new video, with stunning visualisations, for a peek into these incredible but hidden ocean realms, and learn why understanding this process matters for global climate. #NCRISImpact

Excited to do some Antarctic science under the @scar-antarctic.bsky.social umbrella!

SCAR is delighted to announce the 2025 SCAR Fellows! 馃帀 Six outstanding early-career researchers were selected from a highly competitive pool. Thanks to the Prince Albert II of Monaco Foundation for supporting a dedicated Fellowship. Congratulations! 鉂勶笍 鉃★笍 scar.org/scar-news/20...

Wilton Aguiar reposted

Antarctic ice sheet folk, I'm looking for a Postdoctoral Fellow in Antarctic Ice Sheet Reconstruction [readvertised] for a 3.5yr appointment in Tasmania. Very flexible start date! Join our new team, figuring out what is happening and what may happen in East Antarctica. 1/4 鉂勶笍

Wilton Aguiar reposted

Wilton Aguiar reposted

So proud of my PhD student Sienna who is working on the oceanography of Antarctica and is an excellent communicator- a great opportunity for her to reach new audiences and hopefully policy makers.

We're thrilled to announce the three fellows selected for the "Ice Narratives: Antarctic Science for Policy Makers" Fellowship: Diane Pavat, Sienna Blanckensee, Matt Koller Huge congratulations! 馃帀 鉃★笍 scar.org/scar-news/ic...

We figured out a cheap-ish way to make ocean models create Dense Shelf Waters (DSW) on the surface of the Antarctic continental shelf! How? Fast answer: Ocean surface cells thinner than 1 m! Long answer on the paper: dx.doi.org/10.1029/2024... ---- More info in the thread

dx.doi.orgAntarctic Dense Water Formation Sensitivity to Ocean Surface Cell ThicknessThe ability of ocean models with depth coordinates to form Antarctic Dense Shelf Water (DSW) depends on their surface vertical resolution Deeper surface cells shift the direction of surface Ekman...

Basically, thinner surface layers are required to represent the Ekman-driven transport of freshwater off the continental shelf, which then allows salinity build up on the shelf by sea ice production

You are up to date.