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The extraordinary March 2022 East Antarctica "heat" wave. Part I: observations and meteorological drivers Journal of Climate, 2024 (Ref: 17020)
Authors:
Wille J.Alexander S.P.Amory C.Baiman R.Barthélemy L.Bergstrom D.M.Berne A.Binder H.Blanchet J.Bozkurt D.Bracegirdle T.Casado M.Choi T.Clem K.R.Codron F.Datta R.Di Battista S.Favier V.Francis D.Fraser A.D.Fourré E.Garreaud R.D.Genthon C.Gorodetskaya I.V.Gonzalez-Herrero S.Heinrich V.J.Hubert G.Joos H.Kim S.J.King J.C.Kittel C.Landais A.Lazzara M.Leonard G.H.Lieser J.L.Maclennan M.Miklajczyk D.Neff P.Ollivier I.Picard G.Pohl B.Ralph M.F.Rowe P.Schlosser E.Shields C.A.Smith I.J.Sprenger M.Trusel L.Udy D.Vance T.Vignon E.Walker C.Wever N.Zou X.
Category 1: Peer-reviewed literature

Between March 15-19, 2022, East Antarctica experienced an exceptional heatwave with widespread 30-40° C temperature anomalies across the ice sheet. This record-shattering event saw numerous monthly temperature records being broken including a new all-time temperature record of -9.

The extraordinary March 2022 East Antarctica "heat" wave. Part II: impacts on the Antarctic ice sheet Journal of Climate, 2024 (Ref: 17021)
Authors:
Wille J.Alexander S.P.Amory C.Baiman R.Barthélemy L.Bergstrom D.M.Berne A.Binder H.Blanchet J.Bozkurt D.Bracegirdle T.Casado M.Choi T.Clem K.R.Codron F.Datta R.Di Battista S.Favier V.Francis D.Fraser A.D.Fourré E.Garreaud R.D.Genthon C.Gorodetskaya I.V.Gonzalez-Herrero S.Heinrich V.J.Hubert G.Joos H.Kim S.J.King J.C.Kittel C.Landais A.Lazzara M.Leonard G.H.Lieser J.L.Maclennan M.Miklajczyk D.Neff P.Ollivier I.Picard G.Pohl B.Ralph M.F.Rowe P.Schlosser E.Shields C.A.Smith I.J.Sprenger M.Trusel L.Udy D.Vance T.Vignon E.Walker C.Wever N.Zou X.
Category 1: Peer-reviewed literature

Between March 15-19, 2022, East Antarctica experienced an exceptional heatwave with widespread 30-40° C temperature anomalies across the ice sheet. In Part I, we assessed the meteorological drivers that generated an intense atmospheric river (AR)…

Newly resolved relationships in an early land plant lineage: Bryophyta class Sphagnopsida (peat mosses). American Journal of Botany, 2010 (Ref: 14330)
Authors:
Shaw A.J.Cox C.J.Buck W.R.Devos N.Buchanan A.J.Cave L.Seppelt R.D.Shaw B.Larraín J.Andrus R.Greilhuber M.Temsch E.
Category 1: Peer-reviewed literature

The Copenhagen Diagnosis: Updating the World on the Latest Climate Science University of New South Wales Climate Change Research Centre (CCRC), Sydney, Australia, 2009 (Ref: 13930)
Authors:
Allison I.Bindoff N.L.Bindschadler R.A.Cox P.M.de Noblet N.England M.H.Francis J.E.Gruber N.Haywood A.M.Karoly D.J.Kaser G.Le Quéré C.Lenton T.M.Mann M.E.McNeil B.I.Pitman A.J.Rahmstorf S.Rignot E.Schellnhuber H.J.Schneider S.H.Sherwood S.C.Somerville R.C.J.Steffen K.Steig E.J.Visbeck M.Weaver A.J.
Category 2: International meeting papers

Firn-air del15N in modern polar sites and glacial-interglacial ice: a model-data mismatch during glacial periods in Antarctica? Quaternary Science Reviews, 2006 (Ref: 12243)
Authors:
Landais A.Barnola J.M.Kawarura K.Caillon N.Delmotte M.Van Ommen T.Dreyfus G.Jouzel J.Masson-Delmotte V.Minster B.Freitag J.Leuenberger M.Schwander J.Huber C.Etheridge D.Morgan V.
Category 1: Peer-reviewed literature

The phase lag between atmospheric composition (air bubbles) and temperature (water isotopes) can be quantified from ice cores provided that the age difference between entrapped air and the surrounding air can be correctly estimated. This difference depends on the lock-in depth (LID)…

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