Atlantic/Pacific Quaternary Benthic Foraminifer Mg/Ca Paleotemperature Data ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE CONTRIBUTORS WHEN USING THIS DATA!!!!! NAME OF DATA SET: Atlantic/Pacific Quaternary Benthic Foraminifer Mg/Ca Paleotemperature Data LAST UPDATE: 12/2006 (Original receipt by WDC Paleo) CONTRIBUTOR: Pamela Martin, University of Chicago IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2006-114 SUGGESTED DATA CITATION: Martin, P., et al. 2006. Atlantic/Pacific Quaternary Benthic Foraminifer Mg/Ca Paleotemperature Data. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2006-114. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: Martin, P.A., D.W. Lea, Y. Rosenthal, N.J. Shackleton, M. Sarnthein, and T. Papenfuss. 2002. Quaternary deep sea temperature histories derived from benthic foraminiferal Mg/Ca. Earth and Planetary Science Letters 198 (2002), 193-209. ABSTRACT: We have generated benthic foraminiferal Mg/Ca records from eastern tropical Atlantic core M16772 (3.9 km) and eastern tropical Pacific core TR163-31P (3.2 km) to assess the potential for using benthic Mg-paleothermometry to reconstruct Quaternary bottom water temperature histories. Variations in Mg/Ca records from both the Atlantic and Pacific show a significant correlation with climatic oscillations of the last 330 kyr. Shell Mg/Ca peaks during interglacial episodes, with marine isotope stage (MIS) 5e Mg/Ca nearly matching Holocene values in both cores. Lower Mg/Ca values occur during glacial intervals. To estimate temperatures from downcore Mg/Ca, we have augmented the published Cibicidoides sp. Mg/Ca-temperature dataset [Rosenthal et al., Geochim. Cosmochim. Acta 61 (1997) 3633-3643] with new data to include the temperature range of deep waters. Applying the 10.9% change in Mg/Ca per °C defined by the expanded calibration to the deep Atlantic data implies glacial-interglacial shifts in deep water temperature of 2-4°C over the last 300 kyr. Temperature estimates are comparable to deep Atlantic temperature changes proposed by Labeyrie et al. [Nature 327 (1987) 477482]. There is greater uncertainty in deriving temperatures from the tropical Pacific core due to a limited Uvigerina spp. core top calibration set; however, glacial-interglacial temperature oscillations appear to be on the order of 2-3°C. In addition, core TR163-31P records clear millennial-scale Mg/Ca and d18O oscillations in MIS 3 corresponding to temperature fluctuations of >0.5°C. Additional calibration studies are needed to address potential secondary effects on Mg/Ca. GEOGRAPHIC REGION: Eastern tropical Atlantic and Eastern tropical Pacific PERIOD OF RECORD: 331 KYrBP - present DESCRIPTION: Benthic foraminifera Mg/Ca data (mmol/mol) from eastern tropical Pacific core TR163-31P and eastern tropical Atlantic Core M16772, used to reconstruct Quaternary bottom water temperature histories. Bottom Water Temperatures (BWT) were derived from: Mg/Ca-Uvi = 0.85exp(0.15BWT) with the pre-exponential constant adjusted to fit the core top data. The Mg/Ca data (mmol/mol) of benthic foramanifera were generated by ICP-MS (VG PQ2+, quadrapole) at the University of California, Santa Barbara. Precision of the data is better than 3%. Bottom water temperature data as presented in the original publication are also given. Updated Mg-temperature equations in subsequent publications may change the derived temperatures. Isotope data are referenced individually in the paper. Tropical Atlantic Core M16772: 1°21'S, 11°58'W, 3912m water depth. Tropcial Pacific Core TR163-31P: 3°35'S, 83°57'W, 3205m water depth. DATA: 1. Tropical Atlantic core M16772. Column 1: Age (kyr BP) Column 2: Depth (cm) Column 3: Mg/Ca (C. wuellerstorfi, mmol/mol) Column 4: Mg-derived Temperature (C. wuellerstorfi, degrees C) Column 5: delta O-18 (C. wuellerstorfi) Age Depth Mg/Ca T d18O 0.58 2 1.044 2.2 2.48 1.45 5 1.055 1.96 2.4 2.9 10 1.235 3.4 2.44 4.36 15 1.172 2.92 2.5 5.81 20 1.171 2.91 2.56 7.26 25 1.172 2.92 2.57 8.71 30 1.259 3.57 2.62 10.57 35 1.176 2.95 2.98 14.44 41.3 1.138 2.65 3.15 18.3 47.5 0.948 0.99 4.25 19.25 52.5 0.779 -0.79 4.32 20.19 57.5 0.847 -0.03 4.39 21.14 62.5 0.79 -0.67 4.36 22.08 67.5 0.784 -0.73 4.33 23.03 72.5 0.938 0.89 3.94 23.98 77.5 0.849 -0.02 4.23 25.01 82.5 0.872 0.23 26.03 87.5 0.881 0.32 27.05 92.5 0.885 0.37 28.07 97.5 0.826 -0.26 4.06 29.09 102.5 0.815 -0.38 3.81 30.25 107.5 0.853 0.04 3.99 31.5 112.5 0.985 1.34 3.84 32.74 117.5 0.937 0.88 33.99 122.5 0.946 0.97 35.24 127.5 0.882 0.33 35.99 130.5 0.827 -0.25 37.73 137.5 0.837 -0.14 3.96 38.98 142.5 0.882 0.34 40.23 147.5 0.831 -0.21 41.48 152.5 0.829 -0.23 42.72 157.5 0.898 0.5 3.37 43.97 162.5 0.83 -0.22 45.22 167.5 0.86 0.11 3.82 46.47 172.5 0.886 0.38 47.71 177.5 0.937 0.89 3.76 48.96 182.5 0.866 0.17 50.21 187.5 0.854 0.05 3.61 51.08 192.5 0.912 0.64 51.96 197.5 0.886 0.38 3.69 52.83 202.5 0.915 0.67 53.7 207.5 1.002 1.49 3.72 54.58 212.5 0.904 0.56 4.26 55.45 217.5 0.887 0.38 3.73 57.45 222.5 0.826 -0.26 59.44 227.5 0.771 -0.88 4.55 60.87 232.5 0.759 -1.03 61.74 237.5 0.91 0.62 4.26 62.61 242.5 0.877 0.28 63.48 247.5 0.871 0.22 64.35 252.5 0.798 -0.58 4.48 65.22 257.5 4.55 65.91 262.5 66.61 267.5 0.736 -1.31 4.07 67.3 272.5 0.695 -1.83 68 277.5 0.831 -0.21 4.46 68.69 282.5 0.779 -0.8 4.11 69.38 287.5 0.84 -0.11 3.87 70.08 292.5 0.82 -0.33 4.07 70.77 297.5 4.27 72.92 302.5 0.8 -0.55 4.51 76.51 307.5 0.931 0.83 4.11 78.88 312.5 0.934 0.85 3.49 80.04 317.5 0.901 0.53 3.59 81.2 322.5 0.928 0.8 3.86 82.37 327.5 0.887 0.38 4.51 83.53 332.5 0.919 0.71 84.69 337.5 1.01 1.57 3.49 85.85 342.5 1.003 1.51 3.71 87.01 347.5 0.942 0.94 3.86 88.18 352.5 1.002 1.49 89.34 357.5 0.933 0.85 3.84 90.5 362.5 0.988 1.37 3.72 91.55 367.5 0.91 0.62 3.71 92.61 372.5 0.973 1.23 93.66 377.5 0.87 0.22 3.97 94.72 382.5 0.882 0.33 3.24 95.77 387.5 0.901 0.53 3.72 96.96 392.5 0.942 0.94 3.11 98.28 397.5 0.997 1.45 3.37 99.6 402.5 1.014 1.6 3.57 100.91 407.5 0.922 0.74 3.2 102.23 412.5 0.991 1.4 103.55 417.5 0.952 1.03 3.04 104.61 422.5 0.958 1.09 105.67 427.5 3.57 106.74 432.5 1.02 1.66 3.55 107.8 437.5 0.862 0.13 3.52 108.86 442.5 0.951 1.02 3.27 109.92 447.5 0.86 0.1 3.64 110.97 452.5 1.016 1.62 112.03 457.5 0.839 -0.12 3.44 113.08 462.5 0.87 0.21 114.13 467.5 0.892 0.44 3.27 115.19 472.5 0.906 0.58 2.64 116.24 477.5 0.907 0.59 3.05 117.29 482.5 0.938 0.89 118.35 487.5 0.939 0.9 3.01 119.4 492.5 1.034 1.78 120.45 497.5 1.037 1.81 2.64 121.51 502.5 1.172 2.92 122.56 507.5 1.167 2.88 2.43 123.36 512.5 1.206 3.18 124.16 517.5 1.164 2.85 2.48 124.96 522.5 1.184 3.01 125.76 527.5 1.169 2.9 3.41 126.55 532.5 0.988 1.36 4.9 127.75 540 1.006 1.53 3.42 128.95 547.5 1.032 1.77 129.75 552.5 0.975 1.24 129.91 553.5 0.842 -0.08 4.05 132.15 567.5 0.801 -0.54 4.41 133.74 577.5 0.814 -0.39 4.29 135.34 587.5 4.44 136.54 597.5 0.776 -0.83 4.44 137.74 607.5 0.72 -1.51 138.93 617.5 3.82 140.13 627.5 0.844 -0.07 4.11 141.33 637.5 0.761 -1 3.54 143.1 647.5 0.738 -1.29 4.07 144.87 657.5 4.19 146.64 667.5 0.756 -1.06 4.02 148.41 677.5 0.738 -1.28 4.19 150.18 687.5 151.96 697.5 153.73 707.5 155.5 717.5 0.695 -1.83 4.17 157.27 727.5 0.882 0.33 4.01 159.04 737.5 0.816 -0.37 4.04 162.58 757.5 0.879 0.3 4.09 164.35 767.5 0.633 -2.68 4.07 166.12 777.5 4.1 167.89 787.5 4.19 169.67 797.5 0.922 0.73 4.09 171.44 807.5 0.83 -0.21 4.02 173.21 817.5 0.8 -0.55 4.12 174.98 827.5 0.786 -0.72 4.21 176.75 837.5 0.833 -0.19 4.16 178.52 847.5 0.818 -0.35 3.95 180.29 857.5 182.06 867.5 4.64 183.83 877.5 4.26 186.67 893.5 3.72 189.15 907.5 3.83 190.92 917.5 3.8 192.69 927.5 3.56 195.09 937.5 0.913 0.65 3.33 197.7 947.5 0.76 -1.01 3.35 200.31 957.5 0.774 -0.85 3.28 202.92 967.5 0.997 1.45 3.06 205.53 977.5 0.973 1.23 2.95 206.96 987.5 0.994 1.42 3.16 208.39 997.5 0.801 -0.54 2.95 209.82 1007.5 0.907 0.59 3.33 211.25 1017.5 0.991 1.39 3.13 212.68 1027.5 0.935 0.87 3.03 214.11 1037.5 1.041 1.84 3.31 215.54 1047.5 1.029 1.74 2.84 219.48 1057.5 0.896 0.48 3.59 223.43 1067.5 0.849 -0.01 3.85 227.51 1077.5 0.897 0.49 3.82 231.72 1087.5 0.867 0.18 3.63 235.93 1097.5 0.711 -1.62 240.14 1107.5 0.787 -0.7 3.66 242.32 1117.5 3.36 243.82 1127.5 0.94 0.92 3.16 245.33 1137.5 1.05 1.92 2.88 247.83 1147.5 1.022 1.68 3.55 248.95 1157.5 1.001 1.49 3.45 250.06 1167.5 0.985 1.34 3.85 251.17 1177.5 0.836 -0.15 3.94 252.29 1187.5 1.005 1.53 4.14 254.41 1207.5 0.792 -0.65 4.19 255.41 1217.5 4.11 256.42 1227.5 0.977 1.26 4.01 257.42 1237.5 0.944 0.96 4.05 258.43 1247.5 0.935 0.86 3.83 259.43 1257.5 0.947 0.98 260.44 1267.5 0.921 0.73 4.04 261.45 1277.5 262.45 1287.5 4.09 263.46 1297.5 0.785 -0.72 4.1 264.46 1307.5 265.47 1317.5 3.52 274.38 1347.5 0.755 -1.08 3.79 281.27 1357.5 0.737 -1.29 3.6 288.17 1367.5 0.882 0.33 3.19 290.5 1377.5 0.885 0.37 3.26 292.82 1387.5 0.799 -0.56 3.46 295.15 1397.5 0.727 -1.43 3.83 297.47 1407.5 0.774 -0.85 3.8 299.8 1417.5 0.636 -2.64 3.91 301.26 1427.5 0.744 -1.22 3.76 302.71 1437.5 0.727 -1.42 3.83 304.17 1447.5 0.838 -0.13 3.62 305.63 1457.5 0.631 -2.71 3.21 307.09 1467.5 0.679 -2.04 3.41 308.54 1477.5 0.797 -0.59 3.18 310 1487.5 0.913 0.65 3.1 324.4 1507.5 0.972 1.22 3.17 331.6 1517.5 0.848 -0.02 2.81 2. Tropical Pacific core TR163-31P. Column 1: Age (kyr BP) Column 2: Depth (cm) Column 3: Mg/Ca (Uvigerina sp., mmol/mol) Column 4: Mg-derived Temperature (Uvigerina sp., degrees C) Column 5: delta O-18 (C. wuellerstorfi) Age Depth Mg/Ca T d18O 5.28 2 2.58 5.69 5 2.55 6.65 12 1.007 1.877 2.74 7.07 15 0.927 1.321 2.71 7.5 18 0.976 1.667 2.67 8.03 22 1.014 1.92 8.44 25 1.078 2.329 2.98 8.86 28 1.084 2.37 2.65 9.49 32 10.81 38 0.985 1.729 2.86 11.7 42 1.092 2.418 3.38 12.36 45 1.002 1.842 3.41 13.02 48 3.52 13.66 52 0.93 1.349 3.41 13.96 55 3.3 14.25 58 3.68 14.65 62 3.5 14.95 65 0.938 1.401 3.77 15.24 68 3.85 15.64 72 0.867 0.88 3.93 15.94 75 0.85 0.746 3.6 16.23 78 0.918 1.256 3.82 16.63 82 0.838 0.649 4.03 16.91 85 4.22 17.2 88 0.843 0.695 3.97 17.58 92 0.866 0.867 4 17.86 95 4.09 18.14 98 0.779 -0.181 4.1 18.52 102 4.13 18.8 105 0.74 -0.181 4.29 19.09 108 0.847 0.723 4.19 19.47 112 0.915 1.236 4.3 19.75 115 0.857 0.801 4.17 20.03 118 4.03 20.41 122 4.21 20.64 125 4.31 20.74 128 0.898 1.115 4.12 20.88 132 0.938 1.402 4.21 20.99 135 0.911 1.212 4.18 21.09 138 0.861 0.833 3.92 21.24 142 0.886 1.021 4.06 21.34 145 0.895 1.09 4.07 21.45 148 0.852 0.76 4.1 21.59 152 0.88 0.974 4.11 21.7 155 0.795 0.304 4.38 21.8 158 0.821 0.513 4.02 21.94 162 0.808 0.409 4.01 22.05 165 0.856 0.792 4.01 22.16 168 0.904 1.154 3.99 22.3 172 4.06 22.4 175 0.792 0.273 4.29 22.51 178 4.12 22.65 182 0.729 -0.28 4.01 22.76 185 0.797 0.315 4.03 22.86 188 0.772 0.102 4.13 23 192 3.8 23.11 195 0.781 0.184 4.12 23.22 198 0.747 -0.113 4.01 23.36 202 3.85 23.46 205 0.823 0.53 3.64 23.57 208 0.865 0.861 4.22 23.71 212 0.706 -0.493 3.62 23.82 215 0.79 0.257 3.85 23.92 218 0.742 -0.157 3.83 24.06 222 0.787 0.232 3.7 24.17 225 0.739 -0.184 4.08 24.28 228 0.749 -0.094 3.91 24.42 232 0.765 0.04 3.69 24.52 235 0.758 -0.015 3.43 24.63 238 0.754 -0.053 4.02 24.89 242 0.752 -0.066 4.23 25.17 245 0.712 -0.437 3.57 25.45 248 0.708 -0.474 3.96 25.83 252 0.666 -0.885 3.86 26.11 255 0.713 -0.424 3.95 26.39 258 0.789 0.247 3.89 26.77 262 0.765 0.046 3.57 27.05 265 0.77 0.085 27.34 268 0.771 0.098 3.68 27.71 272 0.925 1.31 3.83 27.99 275 0.87 0.898 3.65 28.28 278 0.908 1.188 3.63 28.65 282 0.813 0.447 3.68 28.94 285 0.845 0.706 3.44 29.22 288 0.777 0.15 3.66 29.59 292 0.87 0.898 3.77 29.88 295 0.74 -0.181 3.74 30.16 298 0.774 0.125 3.66 30.54 302 0.761 0.012 3.82 30.82 305 0.807 0.398 3.86 31.1 308 0.8 0.338 3.87 31.48 312 3.76 31.76 315 0.818 0.492 3.85 32.04 318 0.904 1.157 3.92 32.42 322 0.804 0.379 3.59 32.7 325 3.69 33.14 328 0.836 0.632 3.68 33.73 332 3.78 34.17 335 0.89 1.053 3.73 34.61 338 0.87 0.901 3.59 35.2 342 0.804 0.372 3.72 35.64 345 0.836 0.639 3.45 36.08 348 0.832 0.607 3.6 36.67 352 3.75 37.11 355 0.917 1.252 3.62 37.55 358 1.024 1.99 3.08 38.14 362 0.853 0.772 3.63 38.58 365 0.856 0.794 3.67 39.02 368 3.63 39.61 372 3.63 40.05 375 3.65 40.49 378 0.99 1.762 3.74 41.08 382 0.924 1.302 3.7 41.52 385 0.851 0.757 3.68 41.96 388 0.806 0.389 3.57 42.55 392 0.796 0.309 3.67 42.99 395 0.848 0.727 3.71 43.44 398 0.804 0.372 3.62 44.02 402 3.26 44.46 405 3.49 44.91 408 3.61 45.49 412 0.849 0.735 3.46 45.94 415 0.86 0.825 3.51 46.38 418 0.826 0.557 3.58 46.96 422 3.56 47.41 425 0.851 0.753 3.73 47.85 428 0.9 1.13 3.52 48.44 432 3.4 48.88 435 0.875 0.939 3.52 49.32 438 0.919 1.268 3.58 49.91 442 0.904 1.154 3.6 50.35 445 0.984 1.723 3.57 50.79 448 0.833 0.613 3.77 51.38 452 0.833 0.614 3.59 51.82 455 0.837 0.64 3.7 52.26 458 0.84 0.665 3.68 52.85 462 0.886 1.02 3.66 53.29 465 0.887 1.034 3.52 53.73 468 0.838 0.649 3.75 54 470 3.67 54.24 472 3.53 54.76 475 0.882 0.996 3.76 55.2 478 0.855 0.784 3.64 55.79 482 3.67 56.23 485 0.962 1.569 3.61 56.67 488 0.859 0.813 3.74 57.26 492 0.854 0.774 3.76 57.7 495 0.831 0.596 3.78 58.17 498 0.98 1.693 3.89 58.8 502 0.789 0.246 3.75 59.26 505 0.85 0.745 59.73 508 0.804 0.373 3.83 60.36 512 0.802 0.362 3.85 60.83 515 0.793 0.284 4 61.3 518 0.773 0.111 3.81 61.92 522 0.761 0.008 3.81 62.39 525 0.707 -0.484 3.8 62.86 528 0.725 -0.31 3.88 63.49 532 0.713 -0.423 3.9 63.96 535 0.673 -0.813 3.74 64.43 538 0.684 -0.704 3.84 65.05 542 3.99 65.52 545 0.736 -0.21 3.76 66.62 552 0.674 -0.799 3.79 67.09 555 0.664 -0.903 3.72 67.56 558 0.64 -1.151 3.72 68.18 562 0.654 -1.005 3.75 68.65 565 0.66 -0.936 3.69 69.12 568 0.692 -0.623 3.68 69.75 572 0.745 -0.135 3.6 70.22 575 0.654 -1.002 3.72 70.69 578 0.644 -1.108 3.71 71.2 582 0.79 0.261 3.59 71.5 585 0.613 -1.437 3.44 71.8 588 0.639 -1.153 3.61 72.2 592 3.43 72.5 595 0.647 -1.068 3.5 72.5 595 0.711 -0.444 3.37 73.2 602 0.768 0.07 3.43 73.5 605 0.684 -0.701 3.4 73.8 608 0.67 -0.845 3.37 74.2 612 0.707 -0.484 3.34 74.5 615 0.653 -1.014 3.31 74.8 618 0.669 -0.85 3.31 75.2 622 0.677 -0.77 3.27 75.5 625 0.709 -0.459 3.29 75.8 628 0.694 -0.606 3.18 76.49 632 0.712 -0.439 3.01 77.23 635 0.714 -0.415 3.06 77.96 638 0.765 0.04 3.19 78.95 642 0.828 0.571 3.21 79.68 645 3.09 80.42 648 0.872 0.915 2.97 81.4 652 2.95 82.14 655 0.831 0.592 2.99 82.88 658 3.13 83.86 662 0.752 -0.069 3.11 84.59 665 0.686 -0.685 3.19 85.33 668 0.681 -0.735 3.13 86.31 672 0.661 -0.932 3.29 87.05 675 0.676 -0.777 3.24 87.79 678 0.782 0.194 3.37 88.77 682 0.678 -0.763 3.48 89.51 685 0.738 -0.196 3.42 90.24 688 0.793 0.282 3.24 91.23 692 0.808 0.408 3.35 91.96 695 0.723 -0.329 3.15 92.7 698 0.722 -0.344 3.3 93.68 702 0.809 0.419 3.2 94.42 705 0.85 0.749 3.07 95.15 708 0.78 0.17 3.12 96.14 712 0.712 -0.43 3.31 96.87 715 0.754 -0.053 3.22 97.61 718 3.31 98.59 722 0.754 -0.049 3.2 99.33 725 0.673 -0.807 3.18 100.07 728 0.702 -0.532 3.14 101.05 732 3.15 101.78 735 0.653 -1.011 3.29 102.52 738 0.724 -0.322 3.21 103.5 742 0.726 -0.301 3.27 104.24 745 0.638 -1.167 3.3 104.98 748 0.667 -0.866 3.3 105.96 752 0.751 -0.08 3.38 106.7 755 0.588 -1.715 3.5 107.43 758 0.64 -1.141 3.51 108.41 762 3.5 109.15 765 0.793 0.962 3.35 109.89 768 0.736 -0.21 3.11 110.87 772 0.878 0.962 3.2 111.61 775 0.775 0.128 3.25 112.57 778 0.87 0.901 2.82 114.22 782 0.845 0.707 2.74 115.45 785 0.854 0.781 2.49 116.68 788 0.886 1.02 2.61 118.25 792 2.63 118.77 795 0.898 1.114 2.32 119.29 798 0.986 1.737 2.27 119.99 802 2.38 120.51 805 0.904 1.16 2.57 121.03 808 0.947 1.465 2.62 121.73 812 1.074 2.306 2.43 122.25 815 0.918 1.258 2.33 122.77 818 0.973 1.644 2.56 123.46 822 2.57 123.98 825 2.89 124.51 828 3.23 125.2 832 3.6 125.72 835 3.13 126.26 838 3.43 126.65 840 0.906 1.171 3.465 127 842 3.5 127.55 845 0.974 1.654 3.53 128.1 848 0.825 0.55 3.68 128.84 852 3.22 129.39 855 3.92 129.94 858 4.05 130.3 860 1.012 1.909 3.985 130.68 862 1.019 1.952 3.92 131.24 865 0.965 1.589 3.84 131.79 868 3.98 132.53 872 0.926 1.315 3.74 133.08 875 0.944 1.446 3.64 133.63 878 0.761 0.007 4.25 134.27 880 0.934 1.374 3.955 134.9 882 0.924 1.303 3.66 136.25 885 3.79 137.6 888 0.826 0.555 3.99 139.41 892 1.017 1.942 4.01 140.76 895 0.945 1.45 4 142.11 898 4.14 143 900 0.872 0.916 3.99 143.91 902 3.84 145.26 905 1.021 1.968 3.92 146.61 908 3.87 148.41 912 0.933 1.367 3.86 149.28 915 0.945 1.45 3.95 149.78 918 3.97 150.45 922 0.843 0.689 4.01 150.95 925 4 151.45 928 4.1 151.79 930 0.887 1.03 4.015 152.12 932 3.93 152.62 935 0.918 1.263 3.62 153.12 938 3.88 153.79 942 3.52 154.29 945 0.89 1.054 4.12 154.79 948 3.89 155.12 950 0.854 -0.036 3.855 155.45 952 3.82 155.95 955 0.938 0.278 4.1 156.45 958 3.4 157.12 962 0.959 0.82 3.87 157.62 965 0.972 0.441 3.98 158.12 968 0.905 1.281 3.73 158.79 972 0.841 0.474 3.85 159.29 975 0.983 0.12 3.87 159.79 978 0.962 0.087 3.83 160.46 982 0.958 1.546 3.07 160.96 985 0.914 1.233 3.79 161.62 989 0.841 0.676 3.85 162.12 992 0.895 1.087 3.4 162.62 995 0.828 0.569 3.94 163.13 998 3.96 163.79 1002 0.763 0.022 3.87 164.29 1005 0.853 0.767 4.04 164.79 1008 3.99 165.46 1012 0.736 -0.21 3.95 165.96 1015 0.756 -0.036 3.99 166.46 1018 0.797 0.316 3.91 167.13 1022 0.792 0.278 3.91 167.63 1025 0.755 -0.046 3.79 168.13 1028 0.859 0.82 3.88 168.8 1032 0.812 0.441 3.81 169.3 1035 0.921 1.281 3.87 169.8 1038 0.816 0.474 3.85 170.46 1042 0.774 0.12 3.6 170.96 1045 0.77 0.087 3.66 171.46 1048 0.814 0.462 3.83 172.13 1052 0.684 -0.705 3.85 172.63 1055 0.751 -0.075 3.83 173.13 1058 0.772 0.108 3.8 173.8 1062 0.775 0.128 3.92 174.3 1065 0.75 -0.087 3.85 174.8 1068 0.661 -0.933 3.79 175.47 1072 0.701 -0.543 3.73 175.97 1075 0.733 -0.239 3.81 176.47 1078 0.714 -0.518 3.83 177.13 1082 0.657 -0.97 3.78 177.63 1085 0.703 -0.518 3.76 178.13 1088 0.703 -0.521 3.65 178.8 1092 0.667 -0.871 3.75 179.3 1095 0.711 -0.447 3.74 179.8 1098 0.707 -0.478 3.59 180.47 1102 0.799 0.336 3.68 180.97 1105 0.767 0.064 3.67 181.47 1108 3.67 182.14 1112 0.788 0.245 3.63 182.64 1115 0.83 0.591 3.71 183.14 1118 0.832 0.6 3.61 183.8 1122 0.761 0.005 3.57 184.3 1125 0.798 0.325 3.64 184.81 1128 0.765 0.043 3.68 185.47 1132 0.729 -0.279 3.74 185.97 1135 0.777 0.146 3.7 186.47 1138 0.77 0.09 3.73 186.97 1141 0.8 0.341 3.7 187.47 1144 0.762 0.02 3.66 187.81 1146 0.785 0.216 3.69 188.31 1149 0.791 0.262 3.78 188.81 1152 0.773 0.114 3.73 189.31 1155 0.696 -0.587 3.64 189.81 1158 0.822 0.521 3.82 190.48 1162 0.716 -0.395 3.75 190.98 1165 0.684 -0.699 3.66 191.48 1168 0.734 -0.231 3.76 192.14 1172 3.8 192.64 1175 0.699 -0.561 3.68 193.14 1178 0.759 -0.009 3.76 193.81 1182 0.75 -0.086 3.69 194.31 1185 0.738 -0.192 3.57 194.81 1188 0.691 -0.636 195.48 1192 0.809 0.419 3.49 195.98 1195 0.753 -0.062 3.45 196.48 1198 0.757 -0.03 3.38 197.15 1202 0.838 0.65 3.31 197.65 1205 0.752 -0.07 3.41 198.15 1208 0.708 -0.47 3.16 198.81 1212 0.835 0.628 3.25 199.31 1215 0.793 0.283 3.1 199.81 1218 0.801 0.347 3.03 200.48 1222 0.755 -0.047 2.98 200.98 1225 0.871 0.905 2.85 201.48 1228 0.769 0.077 3.08 202.15 1232 0.853 0.767 3.23 202.65 1235 0.866 0.868 2.83 203.15 1238 0.799 0.337 2.85 203.82 1242 0.889 1.046 2.98 204.32 1245 2.89 204.82 1248 0.854 0.774 3.07 205.48 1252 0.799 0.336 3.17 205.98 1255 0.793 0.283 3.28 206.48 1258 0.836 0.632 3.12 207.15 1262 0.847 0.723 3.02 207.65 1265 0.837 0.641 3.12 208.15 1268 3.13 208.82 1272 0.885 1.012 3.15 209.32 1275 0.852 0.762 2.97 209.82 1278 0.832 0.607 2.94 210.49 1282 0.797 0.313 2.89 210.99 1285 0.798 0.328 2.71 211.49 1288 0.888 1.039 2.86 212.15 1292 0.887 1.032 2.72 212.66 1295 0.896 1.096 2.76 213.16 1298 0.941 1.427 2.88 213.82 1302 0.882 0.989 2.84 214.32 1305 0.882 0.996 2.87 214.82 1308 0.929 1.341 3.02 215.49 1312 0.845 0.704 2.96 215.99 1315 0.914 1.231 3.17 216.49 1318 0.793 0.287 3.38 217.16 1322 0.821 0.513 3.46 217.66 1325 0.772 0.105 3.39 218.16 1328 0.809 0.418 3.5 218.83 1332 0.735 -0.226 3.68 219.33 1335 0.77 0.091 3.68 219.83 1338 0.782 0.191 3.69 220.49 1342 0.821 0.516 3.42 220.99 1345 0.719 -0.372 3.51 221.49 1348 0.672 -0.823 3.64 222.16 1352 0.758 -0.02 3.73 222.66 1355 0.717 -0.392 3.5 223.16 1358 0.776 0.136 3.57 223.83 1362 0.759 -0.012 3.45 224.33 1365 0.726 -0.307 3.31 224.83 1368 0.692 -0.625 3.28 225.5 1372 0.752 -0.069 3.38 226 1375 0.741 -0.17 3.43 226.5 1378 0.676 -0.778 3.38 227.16 1382 0.699 -0.555 3.32 227.66 1385 3.54 228.16 1388 0.714 -0.416 3.31 228.83 1392 0.725 -0.313 3.41 229.33 1395 0.774 0.121 3.36 229.83 1398 0.727 -0.295 3.37 230.5 1402 0.828 0.572 3.15 231 1405 0.749 -0.094 3.08 231.5 1408 2.54 232.17 1412 0.837 0.642 232.67 1415 0.884 1.008 3.08 233.17 1418 0.919 1.265 3.33 233.83 1422 1.021 1.97 3.24 234.34 1425 0.961 1.565 3.49 234.84 1428 0.938 1.404 3.57 235.5 1432 0.994 1.788 236 1435 1.004 1.859 236.5 1438 1.012 1.912 237.17 1442 0.993 1.781