/* DATA DESCRIPTION: Citation: Imbrie, John D; McIntyre, Andrew (2006): SST vs time for core K708-007 (specmap.053). PANGAEA, https://doi.org/10.1594/PANGAEA.441751 Related to: Imbrie, John D; McIntyre, Andrew; Mix, Alan C (1989): Oceanic response to orbital forcing in the late Quaternary: observational and experimental strategies. In: Berger, A; Schneider, S H & Duplessy, J C (eds.), Climate and Geosciences, A Challenge for Science and Society in the 21th Century. Boston (Kluwer Academic), 121-164, https://doi.org/10.1007/978-94-009-2446-8_7 McIntyre, Andrew; Ruddiman, William F; Karlin, K; Mix, Alan C (1989): Surface water response of the Equatorial Atlantic Ocean to orbital forcing. Paleoceanography, 4(1), 19-55, https://doi.org/10.1029/PA004i001p00019 Further details: Duffy, A; Imbrie, John D (1989): Summary of Specmap archive No. 1. Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP), hdl:10013/epic.32169.d001 Project(s): Spectral Mapping Project (Mapping Species Variability in Global Climate) (SPECMAP) Coverage: LATITUDE: 53.933300 * LONGITUDE: -24.083300 MINIMUM ELEVATION: -3502.0 m * MAXIMUM ELEVATION: -3502.0 m Event(s): K708-007 * LATITUDE: 53.933300 * LONGITUDE: -24.083300 * ELEVATION: -3502.0 m * METHOD/DEVICE: Piston corer (PC) Parameter(s): AGE [ka BP] (Age) * GEOCODE Sea surface temperature, summer [°C] (SST sum) * PI: SPECMAP * METHOD/DEVICE: Calculated Sea surface temperature, winter [°C] (SST win) * PI: SPECMAP * METHOD/DEVICE: Calculated License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 244 data points */ Age [ka BP] SST sum [°C] SST win [°C] 0 16.2249 10.3343 2 16.4339 10.5013 4 16.5085 10.5815 6 15.9921 10.2800 8 15.0902 9.3340 10 12.8318 7.0201 12 11.1428 5.9104 14 8.4648 2.7834 16 6.5709 0.6661 18 6.6445 0.6203 20 6.4606 0.2319 22 6.4315 0.3961 24 6.7014 0.6360 26 7.4359 1.1301 28 8.6948 2.0606 30 8.9351 2.8035 32 8.9741 1.9270 34 9.4285 2.6212 36 9.8425 2.2693 38 9.4276 2.0993 40 10.0753 2.6497 42 9.7752 2.6938 44 10.0482 4.1786 46 9.9502 4.5516 48 9.3948 3.5112 50 9.9342 3.5012 52 9.5316 3.1041 54 8.8738 2.5380 56 8.7807 2.2301 58 8.9165 2.2976 60 9.0523 2.3651 62 7.3368 1.0515 64 6.6377 0.8075 66 7.2264 1.6462 68 10.2188 4.4158 70 9.3554 4.1467 72 12.0419 6.2420 74 12.5100 7.3559 76 11.7632 6.2180 78 11.5098 5.5720 80 11.0603 3.5122 82 12.3251 5.2196 84 14.0080 7.8457 86 15.6909 10.4717 88 13.9873 8.5538 90 11.9346 6.1677 92 9.9017 3.8060 94 9.9789 4.0678 96 10.0561 4.3295 98 10.2317 4.6906 100 11.1888 5.8404 102 11.5473 6.2181 104 11.7780 6.3441 106 12.6546 6.9850 108 14.8926 8.7465 110 16.7105 10.3352 112 15.5264 10.0203 114 16.6491 10.9659 116 16.7080 10.7342 118 17.5109 11.2822 120 16.9433 10.5791 122 15.5236 9.9110 124 16.1045 10.3418 126 12.7984 6.8075 128 6.4234 0.3574 130 6.5591 0.4657 132 6.5193 0.4402 134 6.8021 0.8278 136 6.5794 0.4049 138 6.2967 0.1403 140 6.3650 0.3198 142 6.4726 0.3878 144 7.0465 0.7243 146 6.5687 0.3896 148 6.0909 0.0550 150 6.3756 0.3621 152 6.7112 0.7119 154 7.7200 2.0956 156 8.3040 3.0019 158 8.3794 3.1884 160 8.5386 3.2127 162 8.4891 3.0477 164 8.0138 2.3691 166 7.3582 1.4725 168 6.8904 0.8095 170 7.4862 1.4710 172 7.4801 1.4794 174 6.7383 0.6898 176 7.2540 1.2894 178 8.0917 2.2469 180 7.0831 1.2060 182 6.4526 0.5698 184 7.4893 1.4625 186 8.0865 2.7256 188 9.8516 4.5173 190 11.3312 6.0271 192 10.7918 5.5424 194 10.4909 5.2568 196 11.0731 5.7084 198 11.6521 6.1036 200 12.2236 6.3683 202 12.6829 6.7621 204 12.9668 7.3578 206 13.6667 7.0701 208 14.8573 7.2789 210 14.9592 7.0077 212 15.6551 7.1611 214 15.1529 6.8313 216 15.1404 7.5066 218 14.2494 6.4925 220 10.5958 5.1921 222 8.3338 2.8838 224 8.5739 3.4632 226 8.6464 2.9143 228 10.4356 5.1218 230 11.3704 5.7872 232 11.9269 4.5381 234 11.7866 4.2506 236 13.6438 6.4526 238 13.1220 5.6396 240 12.9802 6.4445 242 9.9651 3.1139