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. 2017 Oct 19;7:13626. doi: 10.1038/s41598-017-13246-x

Figure 2.

Figure 2

Paleoclimate records off and near Greenland. (a) Flux of calcareous foraminera in core 248260–2 (Ameralik Fjord, SW Greenland) as indicator of subsurface ocean warming39. (b) Relative amount (%) of foraminifera C. neoteretis in core PO 243–451 (Igaliku Fjord, SW Greenland) as indicator of ocean subsurface warming40. (c) Alkenone-based SST reconstruction from sediment core ER07 (Sermilik Ford, SE Greenland, this study). (d) Thermocline temperature reconstruction based in Mg/Ca in G. inflata from core RAPiD-17–5P plotted on a reversed Y axis (Iceland Basin)28. (e) Diatom-based August SST reconstruction from core MD99–2322 (Kangerdlugssuaq Trough, SE Greenland)26. (f) Diatom-based April sea-ice concentration anomalies in the same core as (e). (g) Greenland Sea winter sea-ice extent reconstruction of the Western Nordic Seas based on tree-ring widths and ice core 18O records from Fennoscandia and Svalbard, respectively43. (h) Fram Strait sea-ice export reconstruction from the Storis index; a proxy for sea-ice in the EGC46. Grey lines on (d) and (e) show 5-yr running means.