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Bedmap3 updated ice bed, surface and thickness gridded datasets for Antarctica Scientific Data, 2025 (Ref: 17227)
Authors:
Pritchard H.D.Fretwell P.T.Frémand A.C.Bodart J.A.Kirkham J.D.Aitken A.Bamber J.Bell R.Bianchi C.Bingham R.G.Blankenship D.D.Casassa G.Christianson K.Conway H.Corr H.F.J.Cui X.Damaske D.Damm V.Dorschel B.Drews R.Eagles G.Eisen O.Eisermann H.Fausto F.Field E.Forsberg R.Franke S.Goel V.Gogineni S.P.Greenbaum J.Hills B.Hindmarsh R.C.A.Hoffman A.O.Holschuh N.Holt J.W.Humbert A.Jacobel R.W.Jansen D.Jenkins A.Jokat W.Jong L.Jordan T.A.King E.C.Kohler J.Krabill W.Maton J.Gillespie M.K.Langley K.Lee J.Leitchenkov G.Leuschen C.Luyendyk B.MacGregor J.A.MacKie E.Moholdt G.Matsuoka K.Morlighem M.Mouginot J.Nitsche F.O.Nost O.A.Paden J.Pattyn F.Popov S.Rignot E.Rippin D.M.Rivera A.Roberts J.L.Ross N.Ruppel A.Schroder D.M.Siegert M.J.Smith A.M.Steinhage D.Studinger M.Sun B.Tobacco I.Tinto K.J.Urbini S.Vaughan D.G.Wilson D.S.Young D.A.Zirizzotti A.
Category 1: Peer-reviewed literature

We present Bedmap3, the latest suite of gridded products describing surface elevation, ice-thickness and the seafloor and subglacial bed elevation of the Antarctic south of 60?°S. Bedmap3 incorporates and adds to all post-1950s datasets previously used for Bedmap2…

Antarctic Bedmap data: Findable, Accessible, Interoperable, and Reusable (FAIR) sharing of 60 years of ice bed, surface, and thickness data. Earth System Science Data, 2023 (Ref: 17072)
Authors:
Frémand A.C.Fretwell P.Bodart J.A.Pritchard H.D.Aitken A.Bamber J.L.Bell R.Bianchi C.Bingham R.G.Blankenship D.D.Casassa G.Catania G.Christianson K.Conway H.Corr H.F.J.Cui X.Damaske D.Damm V.Drews R.Eagles G.Eisen O.Eisermann H.Ferraccioli F.Field E.Forsberg R.Franke S.Fujita S.Gim Y.Goel V.Gogineni S.P.Greenbaum J.Hills B.Hindmarsh R.C.A.Hoffman A.O.Holmlund P.Holschuh N.Holt J.W.Horlings A.N.Humbert A.Jacobel R.W.Jansen D.Jenkins A.Jokat W.Jordan T.King E.Kohler J.Krabill W.Kusk Gillespie M.Langley K.Lee J.Leitchenkov G.Leuschen C.Luyendyk B.MacGregor J.MacKie E.Matsuoka K.Morlighem M.Mouginot J.Nitsche F.O.Nogi Y.Nost O.A.Paden J.Pattyn F.Popov S.V.Rignot E.Rippin D.M.Rivera A.Roberts J.Ross N.Ruppel A.Schroeder D.M.Siegert M.J.Smith A.M.Steinhage D.Studinger M.Sun B.Tabacco I.Tinto K.Urbini S.Vaughan D.Welch B.C.Wilson D.S.Young D.A.Zirizzotti A.
Category 1: Peer-reviewed literature

One of the key components of this research has been the mapping of Antarctic bed topography and ice thickness parameters that are crucial for modelling ice flow and hence for predicting future ice loss and the ensuing sea level rise. Supported by the Scientific Committee on Antarctic Research (SCAR)…

Identifying potential sources of iron-binding ligands in coastal Antarctic environments and the wider Southern Ocean Frontiers of Marine Science, 2022 (Ref: 16599)
Authors:
Smith A.J.R.Nelson T.Ratnarajah L.Genovese C.Westwood K.Holmes T.M.Corkill M.Townsend A.T.Bell E.Wuttig K.Lannuzel D.
Category 1: Peer-reviewed literature

The availability of iron (Fe) to marine microbial communities is enhanced through complexation by ligands. In Fe limited environments, measuring the distribution and identifying the likely sources of ligands is therefore central to understanding the drivers of marine productivity.

Bedmap2: improved ice bed, surface and thickness datasets for Antarctica. The Cryosphere, 2013 (Ref: 15101)
Authors:
Fretwell P.Pritchard H.D.Vaughan D.G.Bamber J.L.Barrand N.E.Bell R.Bianchi C.Bingham R.G.Blankenship D.D.Casassa G.Catania G.Callens D.Conway H.Cook A.J.Corr H.F.J.Damaske D.Damm V.Ferraccioli F.Forsberg R.Fujita S.Gim Y.Gogineni P.Griggs J.A.Hindmarsh R.C.A.Holmlund P.Holt J.W.Jacobel R.W.Jenkins A.Jokat W.Jordan T.King E.C.Kohler J.Krabill W.Riger-Kusk M.Langley K.A.Leitchenkov G.Leuschen C.Luyendyk B.P.Matsuoka K.Mouginot J.Nitsche F.O.Nogi Y.Nost O.A.Popov S.V.Rignot E.Rippin D.M.Rivera A.Roberts J.Ross N.Siegert M.J.Smith A.M.Steinhage D.Studinger M.Sun B.Tinto B.K.Welch B.C.Wilson D.Young D.A.Xiangbin C.Zirizzotti A.
Category 1: Peer-reviewed literature

Investigation of evaporation and biodegradation of fuel spills in Antarctica: I - a chemical approach using GC-FID Chemosphere, 2005 (Ref: 12320)
Authors:
Snape I.Harvey P.McA.Ferguson S.H.Rayner J.L.Revill T.
Category 1: Peer-reviewed literature

Abstract … Little effort has been devoted to differentiating between hydrocarbon losses through evaporation and biodegradation … in treatability studies of fuel-contaminated Antarctic soils. When natural attenuation is being considered as a treatment … option…

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