%SU90-03, 40.51N & 32.05W & 2475 m depth Menviel, Capron et al., 2019, "The penultimate deglaciation: protocol for PMIP4 transient numerical simulations between 140 and 127 ka",Geoscientific Model Development Discussions %Data from Chapman EPSL 1998 %Age model revised by Aline Govin on July 27 2017 depth (cm) Age (ka) Rationale 33 8.58 14C dating (Chapman 2000) 50 12.09 14C dating (Chapman 2000) 66 13.80 14C dating (Chapman 2000) 77 17.20 14C dating (Chapman 2000) 83 17.54 14C dating (Chapman 2000) 92 20.06 14C dating (Chapman 2000) 138 28.29 14C dating (Chapman 2000) 165 31.32 14C dating (Chapman 2000) 186 34.90 14C dating (Chapman 2000) 196 39.48 14C dating (Chapman 2000) 203 40.49 14C dating (Chapman 2000) 209 41.42 14C dating (Chapman 2000) 238.31 46.27 SST to NGRIP d18Oice on GICC05modelext 287.25 58.12 SST to NGRIP d18Oice on GICC05modelext 319.43 70.66 SST to NGRIP d18Oice on GICC05modelext 334.61 76.46 SST to NGRIP d18Oice on GICC05modelext 357.81 84.75 SST to NGRIP d18Oice on GICC05modelext 371.51 87.61 SST to NGRIP d18Oice on GICC05modelext 406.88 105.48 SST to NGRIP d18Oice on GICC05modelext 421.99 110.66 SST to NGRIP d18Oice on GICC05modelext 437.41 118.81 d18Obenthic to MD95-2042 on Corchia 457.16 127.84 SST to ODP976 SST on Corchia (btq to 2042 agree) 478.03 133.44 SST to ODP976 SST on Corchia (btq to 2042 agree) 489.14 135.80 SST to ODP976 SST on Corchia (btq to 2042 agree) 526.39 145.89 SST to ODP976 SST on Corchia (btq to 2042 agree) %Data from Chapman EPSL 1998 %Age model revised by Aline Govin July 2017 %d18Osw reconstructions done by Aline Govin in July 2017 %SST and planktic d18O data on the same depth scale (from SST) %Col 1= depth (cm) %Col 2= Age this study (ka) %Col 3= Summer SST (degC) %Col 4= d18O bulloides interpolated onto same depth scale as SST (permil) %Col 5= Isotopic temp (°C) %Col 6= d18Osw (permil SMOW) 450 124.57 22.49 1.06 20.79 2.20 451 125.02 22.39 1 20.69 2.12 452 125.48 22.99 1.16 21.29 2.41 453 125.94 23.58 1.12 21.88 2.50 454 126.39 22.39 1.46 20.69 2.58 455 126.85 22.56 1.33 20.86 2.49 456 127.31 22.38 1.32 20.68 2.44 457 127.77 22.19 1.35 20.49 2.43 458 128.07 19.55 1.69 17.85 2.18 459 128.33 19.46 1.47 17.76 1.94 460 128.60 19.32 1.36 17.62 1.79 461 128.87 19.71 1.35 18.01 1.87 462 129.14 19.05 1.55 17.35 1.92 463 129.41 16.53 1.61 14.83 1.40 464 129.67 17.94 1.46 16.24 1.58 465 129.94 15.35 1.32 13.65 0.84 466 130.21 15.07 1.24 13.37 0.69 467 130.48 15.53 1.62 13.83 1.18 468 130.75 14.47 1.43 12.77 0.74 469 131.02 11.91 1.24 10.21 -0.08 470 131.28 12.80 1.27 11.10 0.17 472 131.82 13.91 1.69 12.21 0.86 473 132.09 11.90 1.99 10.20 0.67 474 132.36 12.30 1.76 10.60 0.54 475 132.62 12.74 2.17 11.04 1.06 476 132.89 12.95 2.36 11.25 1.30 477 133.16 12.27 2.4 10.57 1.17 478 133.43 13.74 2.69 12.04 1.82 479 133.64 15.25 2.38 13.55 1.87 480 133.86 13.54 2.39 11.84 1.47 481 134.07 16.20 2.82 14.50 2.53 482 134.28 15.04 2.25 13.34 1.69 483 134.49 14.13 2.19 12.43 1.42 484 134.71 14.15 2.5 12.45 1.73 485 134.92 16.38 2.52 14.68 2.28 486 135.13 16.17 2.41 14.47 2.12 487 135.34 14.90 2.51 13.20 1.92 488 135.56 14.42 2.46 12.72 1.75 490 136.03 17.39 2.44 15.69 2.43 493 136.85 16.46 2.62 14.76 2.40 495 137.39 18.52 2.56 16.82 2.81 497 137.93 15.69 2.43 13.99 2.02 499 138.47 16.10 2.37 14.40 2.06 502 139.28 18.07 2.65 16.37 2.80 504 139.83 15.16 2.84 13.46 2.31 508 140.91 18.16 2.32 16.46 2.49 512 141.99 18.54 2.58 16.84 2.84 516 143.08 16.92 2.91 15.22 2.79