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Multi-model estimate of Antarctic ice-shelf basal mass budget and ocean drivers The Cryosphere, 2025 (Ref: 17479)
Authors:
Galton-Fenzi B.K.Porter-Smith R.Cook S.Cougnon E.Gwyther D.E.Huneke W.G.C.Rosevear M.G.Asay-Davis X.Boeira Dias F.Dinniman M.S.Holland D.Kusahara K.Naughten K.A.Nicholls K.W.Pelletier C.Richter O.Seroussi H.Timmermann R.
Category 1: Peer-reviewed literature

Societal adaptation to rising sea levels requires robust projections of the Antarctic Ice Sheet's retreat, particularly due to ocean-driven basal melting of its fringing ice shelves.

Benefits of a landfast ice representation on simulated Antarctic sea ice and coastal polynya dynamics. Journal of Geophysical Research: Oceans, 2025 (Ref: 17437)
Authors:
Pirlet N.Fichefet T.Vancoppenolle M.Fraser A.D.Mathiot P.Rousset C.Barthélemy A.Barriat P.-Y.Pelletier C.Madec G.Kittel C.
Category 1: Peer-reviewed literature

The Antarctic coastal marine region is a unique and highly complex environment, of which landfast ice and polynyas are key features, especially in the context of dense water formation. Current large-scale ocean-sea ice models used in climate studies simulate hardly any Antarctic landfast ice…

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