South China Sea MD01-2390 Deglacial Multiproxy Seasonal SST Estimates ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: South China Sea MD01-2390 Deglacial Multiproxy Seasonal SST Estimates LAST UPDATE: 8/2009 (Original receipt by WDC Paleo) CONTRIBUTOR: Stephan Steinke, University of Bremen IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2009-092 WDC PALEO CONTRIBUTION SERIES CITATION: Steinke, S., et al. 2009. South China Sea MD01-2390 Deglacial Multiproxy Seasonal SST Estimates. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2009-092. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCES: Steinke, S., M. Kienast, J. Groeneveld, L.-C. Lin, M.-T. Chen, and R. Rendle-Bühring. 2008. Proxy dependence of the temporal pattern of deglacial warming in the tropical South China Sea: toward resolving seasonality. Quaternary Science Reviews, Vol. 27, pp. 688-700. Steinke, S., H.-Y. Chiu, P.-S. Yu, C.-C. Shen, H. Erlenkeuser, L. Löwemark, and M.-T. Chen. 2006. On the influence of sea level and monsoon climate on the southern South China Sea freshwater budget over the last 22,000 years. Quaternary Science Reviews, Vol. 25, pp. 1475-1488. ABSTRACT (Steinke et al. 2008): Sea surface temperatures (SSTs), reconstructed from two Globigerinoides ruber (white) morphotypes (G. ruber sensu stricto, (s.s.); G. ruber sensu lato, ( s.l.)) Mg/Ca and alkenones (UK'37) from core MD01-2390 from the tropical South China Sea (SCS) during the last deglaciation reveal a proxy-dependent discrepancy in the temporal pattern of the deglacial warming. Alkenone data suggest that the deglacial warming is punctuated by a decrease in temperature between ~17 and 15 ka BP, corroborating previously published alkenone UK'37 SST records from the southern SCS. Within dating uncertainties, this cooling is coeval with the Heinrich Event 1 (H1) time interval in the North Atlantic region, underscoring the imprints of northern hemisphere forcing on tropical SCS ocean temperatures. The deglacial UK'37 SST minimum is also paralleled by a maximum in G. ruber morphotype-specific d18O. G. ruber Mg/Ca SST estimates suggest a morphotype-specific record of SSTs during the time interval of H1. Whereas G. ruber s.s. imply a continuous warming starting around 18 ka BP without any marked response to H1, G. ruber s.l.-based Mg/Ca SST estimates reveal a cooling around ~17–15 ka BP similar to the H1 interval cooling seen in the alkenone SST record. Similar proxy-dependent differences in deglacial surface water warming have been recorded in the eastern equatorial Pacific, implying a common pattern on both sides of the tropical Pacific Ocean. We submit that this discrepancy could be due to differences in seasonality of planktonic foraminifera G. ruber morphotypes and alkenone-producing algae. ADDITIONAL REFERENCES: Dekens, P.S., D.W. Lea, D.K. Pak, and H.J. Spero. 2002. Core top calibration of Mg/Ca in tropical foraminifera: refining paleotemperature estimation. Geochemistry, Geophysics, Geosystems 3, doi:10.1029/2001GC000200. Pelejero, C. and J.O. Grimalt. 1997. The correlation between the Uk'37 index and sea surface temperatures in the warm boundary: the South China Sea. Geochimica et Cosmochimica Acta 61, 4789–4797. GEOGRAPHIC REGION: South China Sea PERIOD OF RECORD: 22 KYrBP - present FUNDING SOURCES: Deutsche Forschungsgemeinschaft (DFG) through the Research Center Ocean Margins (RCOM), University of Bremen; National Science Council (NSC), Taiwan, grants NSC91-2611-M-019-012-IM and NSC91-2811-M-019-002 (to MTC); Natural Science and Engineering Research Council of Canada (NSERC) (to MK); Canadian Institute for Advanced Research (CIFAR) (to MK). DESCRIPTION: Sea surface temperatures in the South China Sea over the past 21,000 years, reconstructioned from multiple proxy indicators in sediments from IMAGES core MD01-2390. SST reconstructions from two G. ruber morphotypes, Mg/Ca ratios, and alkenones differ in the pattern of deglacial warming. Core Location: IMAGES core MD01-2390, 6°38.12'N, 113°24.56'E, water depth 1545 m. DATA: 1. Alkenones, IMAGES core MD01-2390, Steinke et al. 2008 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: UK'37 Column 4: Annual SST (°C) Pelejero and Grimalt (1997) Column 5: Winter SST (°C) Pelejero and Grimalt (1997) Depth Age UK'37 AnnSST WinSST 303 10.15 0.96679 28.22 28.13 313 10.47 0.96589 28.19 28.06 323 10.77 0.95921 27.97 27.59 333 11.05 0.95596 27.87 27.35 343 11.33 0.94944 27.66 26.89 353 11.62 0.94171 27.41 26.34 363 11.96 0.93969 27.34 26.19 373 12.31 0.93525 27.2 25.87 388 12.82 0.93822 27.3 26.09 393 12.99 0.93983 27.35 26.2 398 13.17 0.93798 27.29 26.07 403 13.34 0.94062 27.37 26.26 408 13.51 0.94731 27.59 26.74 413 13.68 0.94653 27.57 26.68 418 13.86 0.94211 27.42 26.37 423 14.03 0.94044 27.37 26.25 428 14.2 0.94624 27.56 26.66 433 14.37 0.94266 27.44 26.4 438 14.55 0.92945 27.01 25.46 443 14.71 0.92491 26.87 25.14 448 14.78 0.92371 26.83 25.05 453 14.85 0.92675 26.93 25.27 458 14.92 0.92065 26.73 24.83 463 14.99 0.92822 26.97 25.37 468 15.06 0.91683 26.61 24.56 473 15.13 0.91764 26.63 24.62 483 15.27 0.91188 26.45 24.21 493 15.41 0.92044 26.72 24.82 503 15.55 0.92068 26.73 24.83 513 15.69 0.92022 26.72 24.8 523 15.83 0.91459 26.54 24.4 533 15.97 0.91109 26.42 24.15 543 16.11 0.91104 26.42 24.15 553 16.25 0.91127 26.43 24.16 563 16.39 0.90835 26.33 23.95 573 16.53 0.90792 26.32 23.92 583 16.67 0.90395 26.19 23.64 593 16.81 0.90598 26.26 23.78 603 16.95 0.91361 26.5 24.33 613 17.09 0.92239 26.79 24.96 623 17.23 0.91818 26.65 24.66 633 17.37 0.92047 26.72 24.82 643 17.51 0.92308 26.81 25.01 653 17.65 0.92362 26.83 25.04 663 17.79 0.92367 26.83 25.05 673 17.93 0.92559 26.89 25.18 683 18.07 0.92274 26.8 24.98 693 18.21 0.92288 26.8 24.99 703 18.35 0.91873 26.67 24.7 713 18.49 0.9232 26.81 25.01 723 18.63 0.92812 26.97 25.37 733 18.77 0.92513 26.88 25.15 743 18.91 0.91969 26.7 24.76 753 19.05 0.9191 26.68 24.72 2. Mg/Ca SST, G. ruber s.s., IMAGES core MD01-2390, Steinke et al. 2006, 2008 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: Mg/Ca (mol/mol) Column 4: SST (°C) Dekens et al. (2002) Depth Age Mg/Ca SST 12.5 1.05 4.46 27.36 17.5 1.1988 4.37 27.14 22.5 1.3475 4.61 27.73 27.5 1.4963 4.6 27.71 32.5 1.645 4.53 27.54 37.5 1.7938 4.75 28.06 42.5 1.9425 4.62 27.76 47.5 2.0912 4.38 27.16 52.5 2.24 4.84 28.27 57.5 2.3888 4.61 27.73 62.5 2.5375 4.51 27.49 67.5 2.6862 4.74 28.04 72.5 2.835 4.81 28.20 77.5 2.9838 4.69 27.92 82.5 3.1325 4.82 28.23 87.5 3.2812 4.48 27.41 92.5 3.43 4.5 27.46 97.5 3.5896 4.63 27.78 102.5 3.7491 4.64 27.80 107.5 3.9087 4.61 27.73 112.5 4.0682 4.78 28.13 117.5 4.2278 4.79 28.16 127.5 4.5469 4.66 27.85 137.5 4.866 4.81 28.20 142.5 5.0256 4.67 27.87 147.5 5.1851 4.35 27.09 152.5 5.3447 4.52 27.51 167.5 5.8233 4.7 27.95 177.5 6.1424 5.18 29.03 187.5 6.4616 4.67 27.87 197.5 6.7807 4.8 28.18 202.5 6.9402 4.67 27.87 207.5 7.0998 4.63 27.78 212.5 7.2593 4.67 27.87 217.5 7.4189 4.68 27.90 222.5 7.5784 4.69 27.92 227.5 7.738 4.66 27.85 232.5 7.8976 4.79 28.16 237.5 8.0571 4.51 27.49 242.5 8.2167 4.62 27.76 247.5 8.3762 4.93 28.48 252.5 8.5358 4.79 28.16 257.5 8.6953 4.51 27.49 262.5 8.8549 4.42 27.26 267.5 9.0144 4.83 28.25 272.5 9.174 4.89 28.39 277.5 9.3336 4.78 28.13 282.5 9.4931 4.63 27.78 287.5 9.6527 4.97 28.57 292.5 9.8122 4.91 28.43 307.5 10.291 4.53 27.54 317.5 10.61 4.5 27.46 327.5 10.893 4.49 27.44 337.5 11.176 4.55 27.59 347.5 11.459 4.42 27.26 357.5 11.772 4.33 27.04 367.5 12.117 4.38 27.16 372.5 12.289 4.07 26.35 382.5 12.633 4.1 26.43 387.5 12.806 4 26.15 392.5 12.978 4.28 26.91 397.5 13.15 4.14 26.54 401.5 13.288 4.18 26.64 402.5 13.322 4.15 26.56 407.5 13.494 4.5 27.46 411.5 13.632 4.18 26.64 412.5 13.667 4.42 27.26 417.5 13.839 4.21 26.72 421.5 13.977 4.34 27.06 422.5 14.011 4.17 26.62 431.5 14.321 4.09 26.40 432.5 14.356 3.83 25.67 441.5 14.666 4.04 26.26 442.5 14.7 3.95 26.01 451.5 14.826 3.75 25.44 452.5 14.84 3.98 26.10 461.5 14.966 3.99 26.13 471.5 15.106 3.91 25.90 491.5 15.386 4.29 26.93 501.5 15.526 3.97 26.07 511.5 15.666 4.01 26.18 521.5 15.806 3.85 25.73 531.5 15.946 4.06 26.32 541.5 16.086 3.79 25.56 551.5 16.226 3.96 26.04 571.5 16.506 3.73 25.38 611.5 17.066 3.6 24.98 631.5 17.346 3.51 24.70 651.5 17.626 3.47 24.57 691.5 18.186 3.47 24.57 731.5 18.746 3.5 24.67 751.5 19.026 3.5 24.67 791.5 19.586 3.58 24.92 811.5 19.866 3.63 25.08 831.5 20.146 3.72 25.35 851.5 20.426 3.51 24.70 911.5 21.266 3.66 25.17 931.5 21.546 4.06 26.32 941.5 21.686 3.84 25.70 951.5 21.826 4 26.15 971.5 22.106 4.09 26.40 3. Mg/Ca SST, G. ruber s.l., IMAGES core MD01-2390, Steinke et al. 2006, 2008 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: Mg/Ca (mol/mol) Column 4: SST (°C) Dekens et al. (2002) Depth Age Mg/Ca SST 17.5 1.1988 4.38 27.17 27.5 1.4963 4.19 26.67 37.5 1.7938 4.26 26.85 47.5 2.0912 4.36 27.11 57.5 2.3888 4.44 27.30 67.5 2.6862 4.46 27.37 77.5 2.9838 4.15 26.56 87.5 3.2812 4.29 26.94 97.5 3.5896 4.35 27.09 117.5 4.2278 4.26 26.85 122.5 4.3873 4.13 26.50 142.5 5.0256 4.44 27.31 157.5 5.5042 4.26 26.86 177.5 6.1424 4.44 27.30 197.5 6.7807 4.29 26.93 217.5 7.4189 4.24 26.79 232.5 7.8976 4.30 26.95 257.5 8.6953 4.15 26.56 277.5 9.3336 4.05 26.30 287.5 9.6527 4.10 26.44 297.5 9.9718 3.93 25.96 307.5 10.291 4.09 26.40 307.5 10.291 4.37 27.15 317.5 10.61 3.98 26.10 322.5 10.751 4.44 27.32 327.5 10.893 4.10 26.43 332.5 11.034 4.47 27.40 337.5 11.176 4.15 26.57 347.5 11.459 4.28 26.91 352.5 11.6 4.32 27.01 357.5 11.772 4.07 26.35 362.5 11.944 4.12 26.48 367.5 12.117 3.99 26.12 372.5 12.289 4.02 26.22 377.5 12.461 4.17 26.63 382.5 12.633 4.20 26.70 392.5 12.978 3.63 25.07 397.5 13.15 3.65 25.15 401.5 13.288 3.44 24.47 402.5 13.322 3.61 25.02 411.5 13.632 3.74 25.40 412.5 13.667 4.05 26.28 421.5 13.977 3.59 24.96 431.5 14.321 3.82 25.66 441.5 14.666 3.30 24.02 451.5 14.826 3.55 24.83 461.5 14.966 3.86 25.75 481.5 15.246 3.41 24.39 491.5 15.386 3.44 24.49 501.5 15.526 3.66 25.18 521.5 15.806 3.42 24.41 531.5 15.946 3.14 23.46 541.5 16.086 3.47 24.57 551.5 16.226 3.36 24.22 571.5 16.506 3.30 24.02 601.5 16.926 3.17 23.56 611.5 17.066 3.03 23.08 631.5 17.346 3.13 23.43 641.5 17.486 3.13 23.41 651.5 17.626 3.35 24.20 697.5 18.27 3.35 24.17 731.5 18.746 3.34 24.15 751.5 19.026 3.25 23.83 781.5 19.446 3.46 24.53 791.5 19.586 3.47 24.57 811.5 19.866 3.49 24.64 831.5 20.146 3.49 24.63 851.5 20.426 3.36 24.21 911.5 21.266 3.29 24.00 931.5 21.546 3.44 24.49 941.5 21.686 3.29 23.99 951.5 21.826 3.68 25.21 961.5 21.966 3.72 25.34 971.5 22.106 3.37 24.26 4. Mg/Ca SST, G. ruber mixed morphotypes, IMAGES core MD01-2390, Steinke et al. 2006 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: Mg/Ca (mol/mol) Column 4: SST (°C) Dekens et al. (2002) Depth Age Mg/Ca SST 297.5 9.97 4.61 27.72 312.5 10.45 4.42 27.26 342.5 11.32 4.36 27.11 422.5 14.01 4.33 27.03 427.5 14.18 3.99 26.14 432.5 14.36 4.08 26.39 437.5 14.53 3.68 25.23 442.5 14.70 3.73 25.38 447.5 14.77 3.77 25.50 452.5 14.84 3.90 25.88 462.5 14.98 4.22 26.74 467.5 15.05 3.63 25.07 472.5 15.12 3.74 25.41 477.5 15.19 3.92 25.94 482.5 15.26 3.70 25.29 482.5 15.26 3.89 25.83 487.5 15.33 3.81 25.62 492.5 15.40 4.10 26.44 492.5 15.40 3.74 25.40 497.5 15.47 3.71 25.32 502.5 15.54 3.72 25.35 502.5 15.54 3.54 24.80 507.5 15.61 3.99 26.14 512.5 15.68 3.95 26.02 517.5 15.75 3.78 25.53 522.5 15.82 3.52 24.73 527.5 15.89 4.06 26.33 532.5 15.96 3.57 24.89 537.5 16.03 3.73 25.38 542.5 16.10 3.72 25.35 542.5 16.10 3.58 24.92 547.5 16.17 3.79 25.56 552.5 16.24 3.66 25.17 557.5 16.31 3.37 24.24 562.5 16.38 3.31 24.04 567.5 16.45 3.52 24.73 572.5 16.52 3.57 24.89 582.5 16.66 3.62 25.04 592.5 16.80 3.97 26.08 602.5 16.94 3.24 23.80 602.5 16.94 3.64 25.12 612.5 17.08 3.27 23.90 617.5 17.15 3.78 25.54 622.5 17.22 3.83 25.68 632.5 17.36 3.60 25.00 642.5 17.50 3.12 23.39 647.5 17.57 3.56 24.87 657.5 17.71 3.47 24.57 662.5 17.78 3.62 25.06 672.5 17.92 3.21 23.72 682.5 18.06 3.68 25.23 692.5 18.20 3.41 24.38 702.5 18.34 3.57 24.88 712.5 18.48 3.63 25.07 722.5 18.62 3.50 24.68 732.5 18.76 3.60 24.99 742.5 18.90 3.32 24.07 752.5 19.04 3.52 24.73 772.5 19.32 3.38 24.29 782.5 19.46 3.71 25.31 792.5 19.60 3.49 24.63 802.5 19.74 3.20 23.67 812.5 19.88 3.67 25.19 822.5 20.02 3.70 25.30 832.5 20.16 3.50 24.67 842.5 20.30 3.67 25.21 852.5 20.44 3.50 24.66 862.5 20.58 3.57 24.89 872.5 20.72 3.71 25.32 882.5 20.86 3.42 24.43 5. Stable oxygen isotopes, G. ruber s.l., IMAGES core MD01-2390, Steinke et al. 2008 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: d18O (per mil PDB) Depth Age d18O 12.5 1.05 -2.962 22.5 1.3475 -2.88 32.5 1.645 -2.98 42.5 1.9425 -2.64 52.5 2.24 -2.825 62.5 2.5375 -2.65 72.5 2.835 -3.015 82.5 3.1325 -2.66 92.5 3.43 -2.71 102.5 3.7491 -2.77 112.5 4.0682 -3.04 122.5 4.3873 -3 132.5 4.7064 -2.66 142.5 5.0256 -2.84 152.5 5.3447 -2.8 162.5 5.6638 -2.85 172.5 5.9829 -2.94 182.5 6.302 -2.93 192.5 6.6211 -2.47 202.5 6.9402 -2.45 212.5 7.2593 -2.92 222.5 7.5784 -2.53 232.5 7.8976 -2.65 242.5 8.2167 -2.63 252.5 8.5358 -2.41 262.5 8.8549 -2.68 272.5 9.174 -2.76 282.5 9.4931 -2.54 287.5 9.6527 -2.61 292.5 9.8122 -2.79 302.5 10.131 -2.8 307.5 10.291 -2.5 322.5 10.751 -2.29 342.5 11.317 -2.2 352.5 11.6 -1.59 362.5 11.944 -1.55 372.5 12.289 -1.53 382.5 12.633 -1.71 392.5 12.978 -1.775 402.5 13.322 -2.06 412.5 13.667 -2 422.5 14.011 -1.96 432.5 14.356 -2.12 442.5 14.7 -1.43 452.5 14.84 -1.39 462.5 14.98 -1.97 472.5 15.12 -1.38 482.5 15.26 -1.34 492.5 15.4 -1.28 502.5 15.54 -1.39 517.5 15.75 -1.2 522.5 15.82 -1.47 532.5 15.96 -1.15 537.5 16.03 -1.46 542.5 16.1 -1.7 552.5 16.24 -1.27 562.5 16.38 -1.11 572.5 16.52 -1.33 582.5 16.66 -1.49 592.5 16.8 -1.34 612.5 17.08 -1.85 627.5 17.29 -1.46 637.5 17.43 -1.6 642.5 17.5 -1.59 652.5 17.64 -1.62 672.5 17.92 -1.5 677.5 17.99 -1.45 687.5 18.13 -1.58 697.5 18.27 -1.58 707.5 18.41 -1.55 717.5 18.55 -1.73 727.5 18.69 -1.61 737.5 18.83 -1.23 747.5 18.97 -1.17 757.5 19.11 -1.78 767.5 19.25 -1.21 777.5 19.39 -1.49 787.5 19.53 -1.54 797.5 19.67 -1.46 807.5 19.81 -2.25 817.5 19.95 -1.41 827.5 20.09 -1.63 837.5 20.23 -2.01 847.5 20.37 -1.49 857.5 20.51 -1.33 867.5 20.65 -1.65 877.5 20.79 -1.69 887.5 20.93 -1.76 897.5 21.07 -1.58 907.5 21.21 -1.72 6. Stable oxygen isotopes, G. ruber s.s., IMAGES core MD01-2390, Steinke et al. 2006, 2008 Column 1: Depth (cm) Column 2: Age (cal. kyr BP) Column 3: d18O (per mil PDB) Depth Age d18O 12.5 1.05 -3.23 17.5 1.1988 -3.05 22.5 1.3475 -3.12 27.5 1.4963 -3.14 32.5 1.645 -3.05 37.5 1.7938 -3.18 42.5 1.9425 -3.2 47.5 2.0912 -3.12 52.5 2.24 -3.15 57.5 2.3888 -3.17 62.5 2.5375 -3.21 67.5 2.6862 -3.165 72.5 2.835 -3.09 77.5 2.9838 -3.24 82.5 3.1325 -3.24 87.5 3.2812 -2.96 92.5 3.43 -3.08 97.5 3.5896 -3.12 102.5 3.7491 -3.23 107.5 3.9087 -3.16 112.5 4.0682 -3.41 117.5 4.2278 -3.33 122.5 4.3873 -3.3 127.5 4.5469 -3.36 132.5 4.7064 -3.27 137.5 4.866 -3.08 142.5 5.0256 -3.19 147.5 5.1851 -3.04 152.5 5.3447 -3.19 157.5 5.5042 -3.51 162.5 5.6638 -3.22 167.5 5.8233 -3.13 172.5 5.9829 -3.07 177.5 6.1424 -3.35 182.5 6.302 -3.09 187.5 6.4616 -3.15 192.5 6.6211 -3.19 197.5 6.7807 -3.09 202.5 6.9402 -3.07 207.5 7.0998 -3.12 212.5 7.2593 -3.02 217.5 7.4189 -3.36 222.5 7.5784 -3 227.5 7.738 -3.05 232.5 7.8976 -3.16 237.5 8.0571 -3.16 242.5 8.2167 -3.07 247.5 8.3762 -2.97 252.5 8.5358 -3.21 257.5 8.6953 -3.06 262.5 8.8549 -3.25 267.5 9.0144 -3.42 272.5 9.174 -3.17 277.5 9.3336 -3.37 282.5 9.4931 -3.2 287.5 9.6527 -3.05 292.5 9.8122 -3.38 297.5 9.9718 -3.19 302.5 10.131 -3.28 307.5 10.291 -2.89 312.5 10.45 -3.29 317.5 10.61 -2.99 322.5 10.751 -2.88 327.5 10.893 -3 332.5 11.034 -2.78 337.5 11.176 -2.77 342.5 11.317 -2.7 347.5 11.459 -2.63 352.5 11.6 -2.4 357.5 11.772 -2.59 362.5 11.944 -2.45 367.5 12.117 -2.61 372.5 12.289 -2.13 377.5 12.461 -2.22 382.5 12.633 -2.22 387.5 12.806 -2.55 392.5 12.978 -2.57 397.5 13.15 -2.36 402.5 13.322 -2.42 407.5 13.494 -2.41 412.5 13.667 -2.51 417.5 13.839 -2.39 422.5 14.011 -2.71 427.5 14.183 -2.32 432.5 14.356 -2.32 437.5 14.528 -2.08 442.5 14.7 -2.06 447.5 14.77 -1.79 452.5 14.84 -1.54 457.5 14.91 -1.96 462.5 14.98 -1.86 467.5 15.05 -1.68 472.5 15.12 -2 477.5 15.19 -2.31 482.5 15.26 -2.04 487.5 15.33 -1.83 492.5 15.4 -1.96 497.5 15.47 -1.68 502.5 15.54 -1.72 512.5 15.68 -2.15 522.5 15.82 -1.99 532.5 15.96 -1.97 542.5 16.1 -2.01 552.5 16.24 -1.84 562.5 16.38 -1.8 572.5 16.52 -1.6 582.5 16.66 -1.53 592.5 16.8 -1.67 602.5 16.94 -2.01 612.5 17.08 -2.04 622.5 17.22 -1.95 632.5 17.36 -1.9 642.5 17.5 -1.67 652.5 17.64 -1.71 662.5 17.78 -1.97 672.5 17.92 -1.5 682.5 18.06 -1.57 692.5 18.2 -1.84 702.5 18.34 -1.9 712.5 18.48 -1.85 722.5 18.62 -1.83 732.5 18.76 -2.05 742.5 18.9 -1.7 752.5 19.04 -2.11 762.5 19.18 -2.03 772.5 19.32 -1.95 782.5 19.46 -1.82 792.5 19.6 -1.62 802.5 19.74 -2.1 812.5 19.88 -2.04 822.5 20.02 -2.16 832.5 20.16 -1.99 842.5 20.3 -1.76 852.5 20.44 -1.63 862.5 20.58 -2.08 872.5 20.72 -2.17 882.5 20.86 -2.13 892.5 21 -2.11 902.5 21.14 -2.26 912.5 21.28 -1.91 922.5 21.42 -1.96 932.5 21.56 -2.36 942.5 21.7 -2.07 952.5 21.84 -2.16 962.5 21.98 -2.63 972.5 22.12 -2.34 982.5 22.26 -1.91 992.5 22.4 -2.05 1002.5 22.54 -1.9 1012.5 22.68 -1.94 1022.5 22.82 -1.72 1032.5 22.96 -1.97 1042.5 23.1 -2.04 1052.5 23.24 -2.15 1062.5 23.38 -1.68 1072.5 23.52 -2.33 1082.5 23.66 -2.31 1092.5 23.8 -1.9 1102.5 23.94 -2.03