Orca Basin MD02-2550 Deglacial Mg/Ca SST Data ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: Orca Basin MD02-2550 Deglacial Mg/Ca SST Data LAST UPDATE: 1/2011 (Original receipt by WDC Paleo) CONTRIBUTORS: Williams, C., B.P. Flower, D.W. Hastings, T.P. Guilderson, K.A. Quinn, and E.A. Goddard. IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2011-001 WDC PALEO CONTRIBUTION SERIES CITATION: Williams, C., et al. 2010. Orca Basin MD02-2550 Deglacial Mg/Ca SST Data. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2011-001. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: Williams, C., B.P. Flower, D.W. Hastings, T.P. Guilderson, K.A. Quinn, and E.A. Goddard. 2010. Deglacial abrupt climate change in the Atlantic Warm Pool: A Gulf of Mexico perspective. Paleoceanography, 25, PA4221, doi:10.1029/2010PA001928 ABSTRACT: During the last deglaciation, Greenland ice core and North Atlantic sediment records exhibit multiple abrupt climate events including the Younger Dryas cold episode (12.9-11.7 ka). However, evidence for the presence of the Younger Dryas in the Gulf of Mexico (GOM) and the relationship between GOM sea surface temperature (SST) and high-latitude climate change is less clear. We present new Mg/Ca-SST records from two varieties of the planktonic foraminifer Globigerinoides ruber (white and pink) to assess northern GOM SST history from approximately 18.4-10.8 ka. Thirty-five accelerator mass spectrometry (AMS) 14C dates from Orca Basin core MD02-2550 provide excellent age control and document high sedimentation rates (~40 cm/kyr). G. ruber (white and pink) Mg/Ca-SST data exhibit increases (~4.6 ± 0.6°C and ~2.2 ± 0.5°C, respectively) from at least 17.8-16.6 ka, with nearly decadal resolution that are early relative to the onset of the Bolling-Allerod interstadial. Moreover, G. ruber (white) SST decreases at 16.0-14.7 ka (~1.0 ± 0.5°C) and 12.8-11.6 ka (~2.4 ± 0.6°C) correlate to the Oldest and Younger Dryas in Greenland and Cariaco Basin. The G. ruber (pink) SST record, which reflects differences in seasonality and/or depth habitat, is often not in phase with G. ruber (white) and closely resembles Antarctic air temperature records. Overall, it appears that Orca Basin SST records follow Antarctic air temperature early in the deglacial sequence and exhibit enhanced seasonality during Greenland stadials. ADDITIONAL REFERENCE: Anand, P., H. Elderfield, and M.H. Conte. 2003. Calibration of Mg/Ca thermometry in planktonic foraminifera from a sediment trap time series. Paleoceanography, 18(2), 1050, doi:10.1029/2002PA000846. GEOGRAPHIC REGION: Orca Basin, Northern Gulf of Mexico PERIOD OF RECORD: 18.4 - 10.8 KYrBP FUNDING SOURCES: Gary Comer Science and Education Foundation (CP-18 to B.P.F. and D.W.H.), US National Science Foundation grants OCE-0318361 and OCE-0903017. DESCRIPTION: High resolution foraminiferal Mg/Ca data and SST reconstructions for the deglacial period for a core from the Orca Basin, northern Gulf of Mexico. Core MD02-2550: 26°56.78'N, 91°20.75'W, 2248 m water depth. DATA: 1. 14C Age data (ka) Depth 14Cage 14Cerr. CalibAge UpperErr Lower limit error (ka) 308 9.7 0.040 10.639 0.150 0.099 318 9.9 0.035 10.946 0.154 0.195 329.5 10.2 0.035 11.200 0.053 0.056 337.5 10.5 0.045 11.658 0.246 0.274 342 10.4 0.040 11.574 0.186 0.232 348 10.6 0.045 12.001 0.186 0.178 357 10.8 0.040 12.351 0.064 0.174 367 10.9 0.040 12.456 0.140 0.120 378 11.1 0.060 12.657 0.157 0.098 386.5 11.3 0.040 12.828 0.149 0.167 389.5 11.5 0.050 13.060 0.177 0.193 397.5 11.8 0.040 13.317 0.109 0.118 407 12.0 0.040 13.531 0.160 0.145 418.5 12.5 0.040 13.953 0.157 0.144 427.5 12.5 0.040 14.033 0.157 0.162 435 12.9 0.060 14.662 0.410 0.461 441 12.7 0.045 14.418 0.499 0.332 455 12.8 0.040 14.437 0.491 0.328 466 12.9 0.040 14.833 0.341 0.344 475 12.8 0.040 14.444 0.490 0.329 485 13.1 0.060 15.042 0.219 0.423 495 13.1 0.050 15.111 0.450 0.246 505 13.3 0.060 15.453 0.672 0.402 515 13.6 0.080 16.106 0.557 0.724 525 13.8 0.045 16.577 0.282 0.485 535 13.8 0.050 16.640 0.241 0.324 545 14.1 0.060 16.873 0.181 0.166 554 14.1 0.070 16.873 0.193 0.176 564 14.3 0.060 16.970 0.214 0.187 565 14.4 0.060 17.105 0.355 0.238 574 14.4 0.070 17.118 0.359 0.248 595 14.8 0.100 17.599 0.323 0.408 604 15.1 0.070 17.924 0.159 0.299 614 15.4 0.080 18.248 0.318 0.233 650 16.3 0.050 19.130 0.254 0.247 2. G. ruber (white) Mg/Ca, mmol/mol Al/Ca and Mn/Ca, micromol/mol Depth-cm Age(ka) Al/Ca Mn/Ca Mg/Ca SST(°C) Depth Age(ka) d18Oc d18Osw 312 10.759 119.42 407.20 3.83 23.82 320 10.992 -1.25 0.9938 312.5 10.774 37.96 420.34 3.82 23.77 340.5 11.669 -0.97 0.8456 313 10.788 46.21 429.44 4.03 24.39 380 12.741 -1.2 0.8702 314 10.817 69.51 732.75 3.78 23.68 400 13.349 -3.41 -1.3891 314.5 10.831 63.99 800.13 3.73 23.53 410 13.649 -3.2 -1.4174 315 10.845 179.53 950.63 3.72 23.51 420 13.905 -2.33 -0.0287 316 10.874 114.05 799.44 3.26 22.03 430 14.135 -2.42 -0.1867 317 10.902 75.89 766.93 3.92 24.08 460.5 14.649 -1.57 0.2217 317.5 10.917 58.66 726.50 3.91 24.04 470 14.802 -0.98 0.6159 318 10.931 21.47 641.76 3.83 23.81 480 14.965 -1.9 -0.3337 318.5 10.946 30.44 661.96 3.79 23.69 490 15.144 -1.01 0.7833 319 10.961 153.81 688.23 4.19 24.83 500 15.43 -0.25 0.8682 319.5 10.977 53.86 813.35 4.08 24.53 510 15.807 0.03 1.6361 320 10.992 132.30 800.64 4.02 24.36 520 16.184 -1.43 0.6562 321.5 11.037 49.30 678.71 3.79 23.70 530 16.506 -1.04 0.8364 322.5 11.068 2.21 642.59 3.92 24.08 570 17.111 -0.02 1.5207 323 11.083 64.01 587.14 3.82 23.79 580 17.312 0.47 1.8682 323.5 11.098 52.08 566.87 4.07 24.49 590 17.54 0.74 2.3122 324 11.113 153.39 522.52 4.96 26.70 600 17.802 1.1 1.9475 325.5 11.159 39.38 472.44 4.35 25.23 620 18.354 0.9 1.9027 329.5 11.28 3.04 665.72 3.69 23.39 330.5 11.313 46.83 664.92 3.66 23.30 Notes: 331 11.33 76.02 650.73 3.60 23.14 d18O is based on G. ruber (white) 332 11.363 65.70 697.43 3.68 23.36 SST is reconstructed using the 333 11.396 86.08 518.37 4.19 24.82 G. ruber (white) equation from 336 11.496 105.50 677.26 3.67 23.35 Anand et al. (2003) 336.5 11.513 3.46 556.06 4.08 24.52 337 11.529 118.55 852.16 4.06 24.47 337.5 11.546 2.18 892.38 3.54 22.95 338 11.567 46.89 747.63 3.29 22.13 338.5 11.587 2.81 837.02 3.67 23.36 340.5 11.669 35.92 602.71 3.35 22.32 341 11.69 87.46 533.68 3.42 22.57 341.5 11.71 53.31 647.10 3.45 22.65 342 11.731 66.05 473.38 3.04 21.25 343.5 11.791 12.59 925.94 3.21 21.84 345.5 11.872 1.92 675.97 3.71 23.47 346 11.892 2.85 766.63 3.24 21.97 346.5 11.912 3.29 786.52 3.13 21.59 347 11.932 99.08 621.04 3.35 22.35 347.5 11.952 2.50 538.25 3.56 23.02 349 12.003 34.52 593.94 3.34 22.29 349.5 12.018 82.82 497.94 3.26 22.03 351 12.064 55.74 498.33 3.66 23.30 351.5 12.079 62.79 481.07 3.19 21.78 353 12.125 1.95 761.70 3.28 22.09 353.5 12.14 43.24 586.33 3.40 22.50 354 12.155 2.48 630.33 3.48 22.77 355 12.186 14.37 837.05 3.11 21.51 356 12.216 48.85 986.76 3.01 21.14 357 12.247 38.54 768.71 3.08 21.41 358 12.27 54.93 514.99 3.69 23.41 358.5 12.281 67.03 679.74 3.78 23.68 359.5 12.304 3.54 748.26 3.31 22.19 368 12.493 80.60 758.13 3.42 22.55 372 12.571 78.15 785.27 3.48 22.75 375.5 12.639 82.82 964.14 3.56 23.01 379 12.714 33.61 513.17 3.95 24.16 380 12.741 60.73 372.57 3.73 23.53 380.5 12.755 3.65 1332.80 3.08 21.38 385 12.876 108.92 1167.40 4.01 24.32 385.5 12.89 32.03 1151.00 3.81 23.76 392 13.095 28.30 388.19 3.97 24.23 393 13.127 48.76 291.69 3.94 24.14 394 13.159 26.18 224.52 3.47 22.73 396.5 13.238 28.02 200.87 3.25 22.00 397 13.254 14.28 173.24 3.75 23.57 397.5 13.27 74.22 194.56 4.03 24.39 398 13.286 44.73 240.29 4.04 24.41 398.5 13.302 37.70 169.53 3.68 23.36 399 13.318 45.61 216.83 3.56 23.02 399.5 13.334 57.10 201.11 3.49 22.79 400 13.349 1.96 182.35 3.66 23.32 401 13.381 30.18 208.19 2.93 20.83 401.5 13.397 42.18 165.01 3.89 23.98 403.5 13.461 140.75 206.17 3.72 23.49 410 13.649 24.51 140.73 3.30 22.15 412 13.701 22.00 150.60 3.53 22.90 413 13.726 25.88 168.86 3.92 24.09 414 13.752 34.09 150.14 3.11 21.49 417.5 13.842 16.11 169.11 4.14 24.67 420 13.905 126.73 176.94 4.13 24.66 421 13.929 119.87 152.93 4.60 25.86 421.5 13.942 86.55 154.81 3.96 24.20 422 13.954 106.34 178.71 4.28 25.06 423 13.979 39.42 148.37 4.03 24.37 424 14.003 22.74 180.82 3.79 23.70 425 14.028 168.67 145.83 3.78 23.67 425.5 14.04 37.80 118.71 3.76 23.60 426.5 14.064 30.59 159.83 4.40 25.36 427 14.077 38.59 158.50 4.00 24.30 427.5 14.089 28.82 176.32 4.17 24.77 429.5 14.126 21.03 193.81 4.24 24.95 430 14.135 34.64 181.66 4.01 24.33 455 14.563 48.81 216.46 3.48 22.74 455.5 14.571 17.64 169.63 3.55 22.97 456 14.579 31.87 175.59 3.45 22.65 456.5 14.586 20.17 179.79 3.25 22.00 458 14.61 23.40 193.11 3.26 22.04 458.5 14.617 13.19 179.22 3.32 22.23 459 14.625 13.14 218.37 3.53 22.90 459.5 14.633 18.67 175.83 3.67 23.34 460 14.641 22.05 183.83 3.06 21.33 460.5 14.649 21.60 146.12 3.31 22.19 461 14.656 21.56 157.99 3.38 22.42 461.5 14.664 182.82 170.36 3.16 21.68 462 14.672 19.60 189.33 3.26 22.02 462.5 14.68 40.57 177.70 3.17 21.72 463 14.687 27.37 157.79 3.29 22.14 464 14.703 15.93 193.92 3.20 21.83 464.5 14.711 26.89 185.76 3.33 22.26 465.5 14.726 31.89 150.98 3.29 22.12 466 14.734 23.70 172.90 3.24 21.95 467 14.751 13.91 156.75 3.24 21.94 468 14.768 69.06 155.38 3.11 21.49 469 14.785 27.07 147.57 3.16 21.68 470 14.802 2.65 147.55 3.04 21.26 471 14.818 4.58 131.46 3.19 21.77 472 14.835 1.90 157.00 3.05 21.30 473 14.852 2.91 170.94 3.40 22.51 474 14.869 8.97 150.02 3.56 22.99 475 14.886 44.10 151.22 3.29 22.12 476 14.902 6.58 148.66 3.07 21.37 477 14.917 2.87 163.66 3.08 21.38 478 14.933 3.74 149.86 3.29 22.14 479 14.949 11.13 144.02 3.17 21.72 480 14.965 5.78 157.83 3.01 21.12 481 14.98 6.80 147.08 3.07 21.36 482 14.996 3.52 160.92 3.33 22.27 483 15.012 3.90 165.15 3.54 22.96 484 15.027 3.40 153.22 3.35 22.34 485 15.043 4.63 183.95 3.61 23.15 486 15.063 12.91 173.10 3.28 22.09 488 15.103 4.66 188.12 3.32 22.23 490 15.144 37.05 160.09 3.32 22.22 492 15.184 21.10 130.24 3.16 21.68 493 15.204 10.11 142.30 3.28 22.11 494 15.224 54.92 124.93 3.06 21.34 495 15.244 97.09 155.25 3.32 22.23 496 15.281 35.74 157.07 3.26 22.02 497 15.318 50.54 114.15 3.11 21.51 498 15.355 11.20 145.42 3.24 21.96 499 15.392 8.66 135.62 3.23 21.93 500 15.43 9.53 130.35 2.53 18.99 501 15.467 13.15 118.13 3.25 22.00 503 15.541 18.59 143.43 3.33 22.27 505 15.615 11.75 113.21 3.01 21.15 506 15.653 12.21 133.00 3.35 22.32 507 15.692 14.91 147.86 3.05 21.29 510 15.807 14.96 131.61 3.06 21.32 511 15.845 20.10 162.45 3.64 23.26 512 15.883 38.07 134.73 3.11 21.49 513 15.921 37.42 145.26 3.28 22.10 514 15.96 54.31 120.62 3.31 22.19 518 16.11 42.39 127.66 2.99 21.05 519 16.147 81.40 188.50 3.22 21.89 520 16.184 23.00 137.44 3.76 23.61 521 16.221 63.61 146.81 3.49 22.80 522 16.258 155.82 138.26 3.36 22.36 523 16.296 3.10 124.58 3.12 21.54 524 16.333 10.53 191.20 3.57 23.02 525 16.37 67.62 167.99 3.57 23.03 526 16.397 121.35 153.22 3.70 23.44 527 16.424 5.17 151.75 3.22 21.87 529 16.478 2.93 209.67 3.77 23.64 530 16.506 78.65 153.44 3.43 22.59 533 16.587 56.10 211.00 3.34 22.30 534 16.614 194.66 237.31 4.30 25.10 536 16.658 80.30 180.27 3.66 23.31 537 16.674 73.95 191.14 3.70 23.45 538 16.691 4.54 244.38 3.00 21.11 539 16.707 45.95 214.37 3.23 21.91 541 16.741 50.80 272.75 3.17 21.73 542 16.757 55.06 393.47 3.28 22.08 545 16.807 59.81 948.18 3.30 22.15 546 16.819 1.97 722.45 3.40 22.49 547 16.832 74.86 426.75 2.92 20.81 550 16.869 62.49 309.80 3.26 22.04 552 16.894 22.38 290.52 3.29 22.13 553 16.907 7.46 271.18 3.12 21.53 554 16.919 12.47 291.26 3.07 21.36 555 16.929 125.40 350.50 3.35 22.34 558 16.959 42.83 343.13 2.89 20.68 559 16.969 126.61 377.94 3.15 21.66 563 17.009 3.10 558.52 2.85 20.53 568 17.078 42.52 978.45 3.33 22.25 569 17.094 2.26 1006.20 2.92 20.79 570 17.111 2.63 951.10 2.97 21.00 571 17.127 3.31 1044.90 2.71 19.96 572 17.143 40.00 1041.70 2.67 19.79 573 17.159 48.25 1096.00 2.87 20.61 577 17.243 87.73 831.50 2.96 20.96 579 17.289 55.89 860.85 3.05 21.30 580 17.312 44.34 785.06 2.80 20.32 581 17.335 84.85 814.63 2.65 19.74 582 17.357 59.81 895.59 2.88 20.64 583 17.38 50.16 930.32 2.59 19.49 585 17.426 72.36 854.70 2.68 19.83 588 17.494 45.67 866.36 2.87 20.60 589 17.517 65.30 726.04 2.71 19.97 590 17.54 47.56 706.34 3.01 21.13 591 17.563 45.75 588.39 2.62 19.58 592 17.586 165.23 540.89 3.06 21.33 597 17.713 21.40 787.71 2.54 19.26 598 17.743 34.85 722.17 2.26 17.97 599 17.773 36.51 640.16 2.47 18.96 600 17.802 46.34 572.06 2.21 17.69 601 17.832 23.59 478.95 2.18 17.54 602 17.862 49.75 503.49 2.39 18.57 603 17.891 91.66 486.45 2.36 18.42 607 18.003 57.03 584.50 2.52 19.14 610 18.085 53.44 460.37 2.28 18.07 611 18.113 44.73 436.72 2.28 18.04 612 18.14 30.81 676.55 2.41 18.66 613 18.168 13.39 581.53 2.34 18.34 617 18.274 38.17 327.52 2.19 17.58 618 18.301 66.97 413.96 2.56 19.33 619 18.327 43.61 455.18 2.47 18.96 620 18.354 27.34 362.78 2.35 18.40 621 18.38 68.32 491.96 2.54 19.27 3. G. ruber (pink) Mg/Ca, mmol/mol Al/Ca and Mn/Ca, micromol/mol Depth-cm Age(ka) Al/Ca Mn/Ca Mg/Ca SST(°C) 312.5 10.774 29.52 518.55 4.14 26.52 313.5 10.802 14.90 555.64 3.98 26.06 314.5 10.831 1.66 928.19 3.82 25.61 315.5 10.86 19.66 762.23 3.68 25.19 316 10.874 22.76 636.10 3.63 25.06 318 10.931 19.76 746.26 4.11 26.41 319 10.961 8.96 836.67 3.75 25.42 320.5 11.007 7.85 840.69 4.24 26.77 321 11.022 14.53 840.19 4.06 26.29 321.5 11.037 10.67 826.82 4.21 26.68 322 11.052 13.55 751.55 3.84 25.67 323.5 11.098 19.22 553.29 4.08 26.35 324 11.113 16.49 508.15 3.79 25.52 324.5 11.128 18.02 549.75 4.02 26.18 325 11.143 13.27 524.53 4.33 27.01 325.5 11.159 62.27 545.86 3.99 26.11 326.5 11.189 8.58 454.89 4.14 26.51 327.5 11.219 4.69 473.84 4.22 26.71 328 11.234 126.81 489.39 4.24 26.78 328.5 11.25 17.50 698.88 3.91 25.86 329.5 11.28 25.39 737.07 3.84 25.66 330 11.297 20.63 613.23 3.91 25.88 331.5 11.347 6.52 882.98 3.97 26.03 333 11.396 29.25 655.33 3.78 25.50 336 11.496 12.19 657.59 3.86 25.74 338 11.567 34.53 830.95 3.52 24.71 339 11.608 42.66 661.04 3.81 25.57 339.5 11.628 4.57 808.35 3.67 25.17 340.5 11.669 21.00 746.13 3.80 25.56 341 11.69 51.12 564.23 3.82 25.61 341.5 11.71 17.03 956.96 3.55 24.81 342 11.731 26.87 638.95 3.97 26.03 342.5 11.751 16.24 581.68 4.03 26.22 343.5 11.791 47.71 1160.20 3.72 25.32 344 11.811 74.87 1059.50 3.59 24.93 344.5 11.831 6.33 1038.80 3.68 25.20 345.5 11.872 23.23 820.26 3.67 25.18 346.5 11.912 20.34 970.45 3.65 25.11 347 11.932 30.00 698.49 3.80 25.54 347.5 11.952 46.25 694.12 3.90 25.84 349.5 12.018 37.69 650.81 3.75 25.42 350 12.033 22.57 651.89 3.79 25.54 351.5 12.079 3.76 605.57 3.94 25.96 352 12.094 42.90 701.81 3.99 26.10 353.5 12.14 45.27 857.66 4.06 26.28 355 12.186 9.03 1250.30 3.83 25.65 355.5 12.201 13.63 1006.50 3.76 25.43 356.5 12.232 112.17 1068.50 3.54 24.76 358 12.27 17.77 573.86 3.84 25.67 358.5 12.281 102.91 996.36 3.76 25.43 359.5 12.304 12.61 884.61 3.71 25.29 361 12.338 23.59 695.36 3.72 25.31 362 12.361 14.78 852.74 3.34 24.12 365 12.429 92.39 930.14 3.29 23.97 365.5 12.44 19.56 866.99 3.64 25.06 366.5 12.463 10.38 853.85 3.53 24.73 368 12.493 21.14 988.20 3.40 24.32 369.5 12.522 12.80 1132.50 3.42 24.39 370 12.532 125.95 908.95 3.49 24.62 370.5 12.542 2.38 922.87 3.64 25.07 372 12.571 13.76 882.19 3.46 24.50 372.5 12.581 15.77 714.00 3.33 24.10 373 12.59 63.69 1022.10 3.55 24.79 373.5 12.6 27.56 1142.10 3.50 24.63 374.5 12.619 89.85 1092.00 3.79 25.53 375 12.629 29.27 1083.40 3.29 23.95 375.5 12.639 20.99 1135.30 3.58 24.88 376.5 12.658 10.85 1109.90 3.47 24.55 378.5 12.701 124.16 619.61 3.72 25.33 379 12.714 8.30 615.31 3.40 24.33 379.5 12.728 21.53 512.50 3.52 24.69 380.5 12.755 22.56 686.32 3.58 24.88 381 12.768 27.12 1459.00 3.44 24.46 384 12.849 77.17 1471.40 3.76 25.43 385 12.876 37.86 1110.60 3.71 25.30 386 12.903 16.58 1091.30 4.35 27.06 387.5 12.95 26.60 1066.10 3.71 25.29 388.5 12.983 25.60 1106.40 3.91 25.87 389.5 13.016 15.19 1108.50 3.70 25.25 390 13.032 17.17 531.64 3.58 24.89 390.5 13.048 19.50 952.58 3.83 25.63 391.5 13.08 34.72 564.59 3.55 24.79 392 13.095 25.79 388.96 3.91 25.86 392.5 13.111 22.04 692.64 3.73 25.35 393 13.127 21.99 540.46 3.87 25.75 393.5 13.143 36.92 203.72 3.56 24.83 394 13.159 51.78 267.37 3.74 25.39 395.5 13.207 31.43 195.15 3.79 25.53 396.5 13.238 18.50 218.03 3.65 25.12 397 13.254 13.16 263.70 3.55 24.79 397.5 13.27 30.19 177.50 3.73 25.36 399 13.318 10.96 192.23 3.72 25.31 399.5 13.334 27.24 192.75 3.80 25.56 400 13.349 18.19 191.71 3.77 25.46 400.5 13.365 8.93 212.66 3.50 24.64 401 13.381 71.23 182.07 3.40 24.33 401.5 13.397 24.26 145.32 3.46 24.52 402 13.413 19.80 206.25 3.28 23.92 402.5 13.429 9.28 194.18 3.41 24.36 403 13.445 50.53 209.89 3.80 25.54 403.5 13.461 13.19 203.59 3.45 24.49 405 13.508 10.23 137.35 3.70 25.25 405.5 13.524 43.73 185.04 3.91 25.87 406.5 13.556 15.14 156.76 4.07 26.32 407 13.572 21.00 184.60 3.58 24.90 407.5 13.585 33.39 150.85 3.91 25.87 408 13.598 24.14 199.99 3.92 25.90 408.5 13.611 12.06 125.74 3.51 24.69 409 13.623 30.13 183.70 3.55 24.81 409.5 13.636 26.62 185.09 3.65 25.12 410 13.649 10.77 178.36 3.42 24.40 410.5 13.662 37.44 184.19 3.73 25.35 411.5 13.688 21.56 168.37 3.95 25.98 413 13.726 24.59 171.13 3.85 25.69 413.5 13.739 14.47 129.72 3.34 24.14 414 13.752 67.17 184.47 3.57 24.87 414.5 13.765 18.83 167.27 3.76 25.44 415 13.778 91.06 233.03 4.12 26.45 415.5 13.791 50.61 306.53 3.49 24.62 416 13.804 22.19 230.46 3.56 24.84 416.5 13.817 12.90 176.99 3.73 25.33 417 13.829 20.01 193.05 3.67 25.16 417.5 13.842 14.65 168.12 3.66 25.14 418 13.855 15.02 164.34 3.58 24.90 418.5 13.868 25.29 202.45 3.64 25.08 419 13.88 13.88 180.73 3.65 25.10 420 13.905 38.36 222.06 3.59 24.93 421 13.929 13.34 188.35 3.39 24.28 421.5 13.942 108.39 209.10 3.61 24.98 422 13.954 8.24 256.53 3.41 24.37 422.5 13.966 41.76 211.31 3.28 23.92 423 13.979 15.30 182.82 3.39 24.28 423.5 13.991 13.72 148.10 3.29 23.96 424 14.003 6.41 203.91 3.59 24.92 424.5 14.015 19.81 212.46 3.83 25.65 425 14.028 11.37 186.22 3.69 25.22 425.5 14.04 10.34 154.58 3.41 24.36 426 14.052 48.24 179.19 3.31 24.02 427 14.077 9.49 212.08 3.20 23.63 428 14.098 39.22 192.31 3.41 24.34 429 14.117 36.75 263.28 3.23 23.73 430 14.135 12.66 208.75 3.26 23.85 431 14.153 28.53 188.64 3.17 23.55 432 14.172 58.86 252.05 3.29 23.96 433 14.19 11.53 281.45 3.61 25.00 433.5 14.199 16.93 241.24 3.65 25.11 434 14.209 20.00 312.37 3.70 25.25 435 14.227 23.67 422.81 3.54 24.76 435.5 14.235 110.19 395.70 3.65 25.12 438 14.273 14.76 366.34 3.54 24.78 439 14.288 48.60 283.02 3.57 24.86 441.5 14.328 11.75 356.37 3.87 25.75 454.5 14.554 42.56 207.66 3.97 26.04 457.5 14.602 26.22 164.33 3.56 24.84 458 14.61 98.65 219.36 3.87 25.75 459 14.625 15.61 226.81 4.03 26.21 460 14.641 21.22 187.16 4.04 26.25 460.5 14.649 46.64 166.35 3.66 25.15 461.5 14.664 10.32 192.76 3.77 25.45 462 14.672 15.83 188.45 3.86 25.73 462.5 14.68 19.43 201.91 3.57 24.88 463.5 14.695 22.59 187.81 3.56 24.84 464 14.703 15.45 191.59 3.39 24.29 464.5 14.711 62.55 223.46 4.03 26.21 465.5 14.726 23.62 252.67 3.93 25.94 466 14.734 3.02 191.70 3.72 25.33 467 14.751 1.97 219.73 4.01 26.14 468 14.768 97.91 199.14 4.09 26.38 469 14.785 92.18 210.73 3.66 25.15 470 14.802 70.31 162.64 3.67 25.18 471 14.818 7.10 183.64 3.51 24.68 472 14.835 2.13 173.23 3.69 25.22 473 14.852 1.75 211.50 3.91 25.87 474 14.869 67.29 171.57 3.75 25.42 475 14.886 12.09 181.19 3.77 25.46 476 14.902 71.97 184.72 3.89 25.80 477 14.917 10.42 178.20 3.89 25.82 478 14.933 37.82 198.47 3.70 25.26 479 14.949 55.88 172.88 3.64 25.07 480 14.965 40.91 139.76 3.73 25.36 481 14.98 20.82 128.55 3.46 24.51 482 14.996 27.66 167.63 3.60 24.95 483 15.012 38.36 196.92 3.85 25.70 484 15.027 36.36 189.62 3.53 24.73 485 15.043 11.53 156.91 3.62 25.03 486 15.063 100.10 153.47 3.62 25.02 487 15.083 39.39 146.47 3.58 24.88 488 15.103 7.47 198.98 3.57 24.86 489 15.123 38.45 196.67 3.62 25.01 490 15.144 11.69 165.16 3.78 25.51 491 15.164 19.27 137.51 3.35 24.14 492 15.184 1.98 165.21 3.49 24.62 493 15.204 77.63 175.19 3.75 25.41 494 15.224 88.74 136.28 3.65 25.09 495 15.244 5.97 214.85 3.58 24.88 496 15.281 60.30 151.86 3.59 24.94 497 15.318 57.20 177.84 3.50 24.65 498 15.355 146.57 287.52 3.73 25.33 499 15.392 38.77 176.50 3.67 25.17 500 15.43 64.45 153.37 3.67 25.17 501 15.467 13.93 167.60 3.71 25.29 502 15.504 29.24 157.26 3.88 25.80 503 15.541 1.90 169.68 3.56 24.83 504 15.578 161.33 123.80 3.48 24.57 505 15.615 1.74 181.33 3.68 25.20 506 15.653 168.13 167.74 3.73 25.35 507 15.692 2.76 172.73 3.37 24.23 508 15.73 8.28 167.74 4.10 26.39 510 15.807 12.84 173.56 3.69 25.22 512 15.883 9.56 169.41 3.69 25.22 513 15.921 68.84 209.33 3.60 24.96 514 15.96 18.20 173.72 3.70 25.27 515 15.998 95.26 187.19 3.69 25.24 516 16.035 34.84 177.75 3.69 25.22 517 16.072 9.73 175.36 3.57 24.85 518 16.11 13.62 168.49 3.73 25.36 519 16.147 4.78 172.83 3.76 25.44 520 16.184 10.40 163.95 3.63 25.05 522 16.258 7.98 168.41 4.16 26.55 524 16.333 120.45 204.72 4.13 26.49 525 16.37 11.78 158.37 3.27 23.88 526 16.397 92.32 178.41 3.43 24.41 527 16.424 2.23 184.49 3.39 24.28 528 16.451 2.20 195.82 3.79 25.51 529 16.478 8.80 206.33 3.82 25.61 531 16.533 16.80 207.22 3.53 24.72 532 16.56 12.04 239.14 3.58 24.89 533 16.587 120.03 229.87 3.47 24.54 534 16.614 128.67 274.53 3.54 24.78 535 16.641 2.24 210.68 3.41 24.34 538 16.691 4.79 316.85 3.64 25.08 539 16.707 13.61 244.19 3.60 24.96 540 16.724 3.76 451.45 3.16 23.50 541 16.741 157.85 246.85 3.67 25.15 542 16.757 10.19 321.42 3.73 25.36 543 16.774 9.11 801.52 3.13 23.40 545 16.807 6.66 848.25 3.16 23.50 547 16.832 43.45 397.16 3.53 24.72 548 16.844 27.88 355.28 3.44 24.44 549 16.857 37.62 294.31 3.35 24.16 550 16.869 10.09 183.94 3.50 24.65 551 16.882 50.86 288.85 3.77 25.46 555 16.929 22.28 337.29 3.73 25.35 557 16.949 176.36 400.08 3.82 25.62 558 16.959 40.15 429.69 3.37 24.22 560 16.979 66.36 509.36 3.50 24.63 562 16.999 53.57 603.55 3.21 23.68 563 17.009 47.07 670.79 3.33 24.10 565 17.03 137.99 857.18 3.41 24.34 570 17.111 93.11 1138.60 3.09 23.27 571 17.127 32.08 1149.80 3.04 23.07 572 17.143 79.74 1100.70 3.12 23.38 573 17.159 99.54 1098.10 2.90 22.55 575 17.198 77.10 1033.90 3.06 23.16 577 17.243 70.68 950.46 3.21 23.68 578 17.266 29.05 783.65 3.06 23.14 580 17.312 48.17 803.29 3.02 23.02 583 17.38 61.94 1106.70 3.03 23.05 585 17.426 40.43 1131.70 3.10 23.29 589 17.517 128.14 857.32 3.00 22.93 590 17.54 100.74 778.87 2.88 22.48 591 17.563 38.13 708.41 3.22 23.70 592 17.586 50.80 638.11 3.31 24.01 593 17.608 47.37 679.61 3.31 24.01 597 17.713 51.15 1078.90 2.84 22.33 598 17.743 10.45 1026.90 2.94 22.71 599 17.773 81.17 977.02 3.03 23.04 600 17.802 10.44 776.45 2.83 22.29 601 17.832 92.10 870.76 2.53 21.05 602 17.862 34.14 827.09 2.80 22.16 603 17.891 20.63 819.13 3.00 22.92 607 18.003 88.81 786.04 2.88 22.47 610 18.085 49.41 942.05 3.00 22.95 611 18.113 31.76 933.62 3.04 23.08 612 18.14 26.18 1008.60 2.89 22.51 613 18.168 33.11 1001.90 3.30 24.00 617 18.274 34.11 699.42 3.02 22.98 618 18.301 13.50 719.32 3.16 23.50 619 18.327 31.72 701.20 3.30 23.97 620 18.354 84.29 874.74 3.17 23.55 621 18.38 28.32 830.25 3.20 23.66