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Assessing the potential for ice flow piracy between the Totten and Vanderford glaciers, East Antarctica. The Cryosphere, 2023 (Ref: 17107)
Authors:
McCormack F.Roberts J.Kulessa B.Aitken A.Dow C.F.Bird L.Galton-Fenzi B.K.Hochmuth K.Jones R.S.Mackintosh A.N.McArthur K.
Category 1: Peer-reviewed literature

The largest regional drivers of current surface elevation increases in the Antarctic Ice Sheet are associated with ice flow reconfiguration in previously active ice streams, highlighting the important role of ice dynamics in mass balance calculations. Here…

Policy briefing: Abrupt changes in the Antarctic environment AAPP, ACEAS, SAEF Policy Brief, 2025 (Ref: 17361)
Authors:
Abram N.J.Purich A.England M.H.McCormack F.S.Strugnell J.M.Bergstrom D.M.Vance T.R.Stål T.Wienecke B.Heil P.Doddridge E.W.Sallée J.-B.Williams T.J.Reading A.M.Mackintosh A.Reese R.Winkelmann R.Klose A.K.Boyd P.W.Chown S.L.Robinson S.A.
Category 6: Report

Emerging evidence of abrupt changes in the Antarctic environment Nature, 2025 (Ref: 17362)
Authors:
Abram N.J.Purich A.England M.H.McCormack F.S.Strugnell J.M.Bergstrom D.M.Vance T.R.Stal T.Wienecke B.Heil P.Doddridge E.W.Sallée J.-B. Williams T.J.Reading A.M.Mackintosh A.Reese R.Winkelmann R.Klose A.K.Boyd P.W.Chown S.L.Robinson S.
Category 1: Peer-reviewed literature

Human-caused climate change worsens with every increment of additional warming, although some impacts can develop abruptly. The potential for abrupt changes is far less understood in the Antarctic compared with the Arctic, but evidence is emerging for rapid…

Coupled atmosphere-ocean response of the southwest Pacific to deglacial changes in Atlantic meridional overturning circulation. Earth and Planetary Science Letters, 2024 (Ref: 17084)
Authors:
Eaves S.R.Mackintosh A.N.Pedro J.B.Bostock H.C.Ryan M.T.Norton K.P.Hayward B.W.Anderson B.M.He F.Jones R.S.Lorrey A.M.Newnham R.M.Tims S.G.Vandergoes M.J.
Category 1: Peer-reviewed literature

The last glacial termination was characterised by millennial-scale episodes of warming and cooling that appear offset between the hemispheres. It has been proposed that this bi-polar seesaw is the result of climate system feedbacks. A key debate, which remains unresolved…

Can we use springtails to improve our understanding of Antarctic Ice Sheet history? — A case study from Dronning Maud Land Quaternary Science Reviews, 2025 (Ref: 17248)
Authors:
Cooper E.L.Stevens m. Jones R.S.Mackintosh A.
Category 1: Peer-reviewed literature

The presence of unique biological archives (e.g., springtails, Arthropoda: Collembola) in Antarctic ice-free regions provides powerful evidence for testing assumptions about when and how the current ice sheet reached its present-day configuration. Springtails, where present, may suggest long-term…

Weakening or collapse of a major Atlantic current has disrupted NZ's climate in the past – and could do so again. The Conversation, 2024 (Ref: 17094)
Authors:
Eaves S.Mackintosh A.Bostock H.Pedro J.
Category 3: Article

Early glacier advance in New Zealand during the Antarctic Cold Reversal Journal of Quaternary Science, 2023 (Ref: 16623)
Authors:
Tielidze L.G.Eaves S.R.Norton K.P.Mackintosh A.N.Pedro J.B.Hindy A.J.
Category 1: Peer-reviewed literature

Southern Ocean carbon sink enhanced by sea-ice feedbacks at the Antarctic Cold Reversal Nature Geoscience: 10, 2020 (Ref: 16273)
Authors:
Fogwill C.J.Turney C.S.M.Menviel L.Baker A.Weber M.E.Ellis B.Thomas Z.A.Golledge N.R.Etheridge D.Rubino M.Thornton D.P.van Ommen T. D.Moy A.D.Curran M. A. J.Davies S.Bird M.I.Munksgaard N.C.Rootes C.M.Millman H.Vohra J.Rivera A.Mackintosh A.Pike J.Hall I.R.Bagshaw E.A.Rainsley E.Bronk-Ramsey C.Montenari M.Cage A.G.Harris M.R.P.Jones R.Power A.Love J.Young J.Weyrich L.S.Cooper A.
Category 1: Peer-reviewed literature

A community-based geological reconstruction of Antarctic Ice Sheet deglaciation since the Last Glacial Maximum Quaternary Science Reviews, 2014 (Ref: 15428)
Authors:
The RAISED Consortium Bentley M.J.Cofaigh C.Ó. Anderson J.B.Conway H.Davies B.Graham A.G.C.Hillenbrand C.-D. Hodgson D.A.Jamieson S.S.R.Larter R.D.Mackintosh A.Smith J.A.Verleyen E.Ackert R.P.Bart P.J.Berg S.Brunstein D.Canals M.Colhoun E.A.Crosta X.Dickens W.A.Domack E.Dowdeswell J.A.Dunbar R.Ehrmann W.Evans J.Favier V.Fink D.Fogwill C.J.Glasser N.F.Gohl K.Golledge N.R.Goodwin I.Gore D.B.Greenwood S.L.Hall B.L.Hall K.Hedding D.W.Hein A.S.Hocking E.P.Jakobsson M.Johnson J.S.Jomelli V.Selwyn Jones R.Klages J.P.Kristoffersen Y.Kuhn G.Leventer A.Licht K.Lilly K.Lindow J.Livingstone S.J.Massé G.McGlone M.S.McKay R.M.Melles M.Miura H.Mulvaney R.Nel W.Nitsche F.O.O'Brien P.E.Post A.L.Roberts S.J.Saunders K.M.Selkirk P.M.Simms A.R.Spiegel C.Stolldorf T.D.Sugden D.E.van der Putten N.van Ommen T.D.Verfaillie D.Vyverman W.Wagner B.White D.A.Witus A.E.Zwartz D.
Category 1: Peer-reviewed literature

Retreat history of the East Antarctic Ice Sheet since the Last Glacial Maximum. Quaternary Science Reviews, 2013 (Ref: 15207)
Authors:
Mackintosh A.N.Verleyen E.O'Brien P.E.White D.A.Jones R.S.McKay R.Dunbar R.Gore D.B.Fink D.Post A.L.Miura H.Leventer A.Goodwin I.Hodgson D.A.Lilly K.Crosta X.Golledge N.R.Wagner B.Berg S.van Ommen T.Zwartz D.Roberts S.J.Vyverman W.Masse G.
Category 1: Peer-reviewed literature

Exposure ages from mountain dipsticks in Mac. Robertson Land, East Antarctica, indicate little change in ice-sheet thickness since the Last Glacial Maximum Geology, 2007 (Ref: 13533)
Authors:
Mackintosh A.White D.Fink D.Gore D.B.Pickard J.Fanning P.C.
Category 1: Peer-reviewed literature

Past changes in East Antarctic Ice Sheet (EAIS) volume are poorly known and diffi cult to … measure, yet are critical for predicting the response of the ice sheet to modern climate change. In particular, it is important to identify the sources of sea-level rise since the Last Glacial … Maximum (LGM)…

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