Namibian Slope 240KYr Nitrogen Cycling Data ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: Namibian Slope 240KYr Nitrogen Cycling Data LAST UPDATE: 12/2009 (Original receipt by WDC Paleo) CONTRIBUTORS: Pichevin, L., P. Martinez, P. Bertrand, R. Schneider, J. Giraudeau, and K. Emeis. IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2009-144 WDC PALEO CONTRIBUTION SERIES CITATION: Pichevin, L., et al. 2009. Namibian Slope 240KYr Nitrogen Cycling Data. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2009-144. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: Pichevin, L., P. Martinez, P. Bertrand, R. Schneider, J. Giraudeau, and K. Emeis. 2005. Nitrogen cycling on the Namibian shelf and slope over the last two climatic cycles: Local and global forcings. Paleoceanography, 20, PA2006, doi:10.1029/2004PA001001 ABSTRACT: In the light of new surface sediment d15N data collected over the Namibian shelf and slope, we examined glacial-interglacial variations of N inventory in the area of Lüderitz (25°6S) by deciphering d15N signals of three cores distributed from the upper to the lower continental slope. The lower slope cores display low d15N during cold periods and high d15N during climatic optima, akin to many other records from the world ocean, whereas the upper slope core displays a high-frequency low-amplitude d15N signal without obvious glacial- interglacial variability. This dissimilarity results from the segregation of the upwelling structure in two cells, decoupling nutrient dynamics of the shelf from those beyond the shelf-edge. The d15N signal of the coastal cell is relatively constant irrespective of wind strength variations and shows that nitrate was never depleted in the surface water. For the deeper cores, comparisons between N isotopic signals and indicators of paleoproductivity (total organic carbon) and upwelling intensity (sea surface temperature and dust grain size) reveal that, over Milankovitch cycles, nitrate delivery to the photic zone was driven by the nutrient richness of the South Atlantic Central Water (depending, in turn, on Aghulas water inflow and denitrification at a global scale) rather than by atmospheric forcing. We propose that the d15N signals of the deeper cores do not only mirror changes in relative nitrate utilization, as it seems the case over annual timescales, but are arguably influenced by global ocean changes in middepth nitrate d15N. GEOGRAPHIC REGION: Eastern South Atlantic PERIOD OF RECORD: 300 KYrBP - present FUNDING SOURCES: ECLIPSE (CNRS) and GDR "Marges" (TFE) programs DESCRIPTION: Nutrient cycling in the Benguela upwelling system off the southwest coast of Africa over the past two glacial cycles, derived from 3 sediment cores on the Namibian continental slope. Nitrogen isotope records (d15N) plus paleoproductivity and upwelling proxies are reported. Age models for cores MD962086 and 98 are based on d18O of the benthic foraminifera Cibicidoides wuellerstorfi, correlated with the normalized SPECMAP standard record. MD962087 age model for the last 40 kyr was given by seven AMS 14C dates determined on mixed planktic foraminifers. Core locations: MD962086: 25.81°S, 12.13°E, 3606 m water depth, lower slope MD962098: 25.59°S, 12.63°E, 2909 m water depth, lower slope MD962087: 25.6° S, 13.38°E, 1029 m water depth, upper slope DATA: 1. Core MD962086 Depth in cm, Age in kyBP, isotopes permil Organic carbon mass accumulation rates (MAR Corg) in g/cm2/kyr Depth Age ky d18O Corg% d15N MAR Corg 5 10.00 2.32 0.81 7.65 n/a 15 10.21 2.25 0.4 8.05 n/a 25 10.42 2.36 0.37 8.37 n/a 31 10.54 2.51 0.37 7.98 n/a 41 10.75 2.72 0.47 7.28 n/a 51 10.96 2.67 0.49 7.88 n/a 61 11.17 2.63 0.65 7.52 n/a 71 11.38 3.15 0.84 7.48 n/a 81 11.59 2.91 0.69 7.13 n/a 91 11.80 3.54 0.77 7.52 n/a 101 12.00 3.31 0.94 6.94 n/a 111 13.40 3.77 1.27 7.45 0.1187 121 14.80 4.06 1.85 7.08 0.1577 131 16.20 3.67 2.65 6.49 0.1865 141 17.60 4.24 2.36 6.55 0.1667 151 19.00 4.62 2.66 6.72 0.1777 161 20.00 4.1 2.64 6.96 0.1847 171 21.00 4.56 2.65 6.57 0.1784 181 22.00 4.65 3.14 6.51 0.2120 191 22.40 4.23 3 6.49 0.2015 201 22.80 4.12 2.93 6.8 0.2039 211 23.20 4.33 3.28 6.95 0.2189 221 23.60 4.21 3.27 6.73 0.2262 231 24.00 4.05 2.85 6.87 0.1998 241 24.83 3.58 3.18 6.1 0.1925 251 25.67 4.08 3.34 5.88 0.2037 261 26.50 3.89 3.08 5.96 0.1941 271 27.33 3.77 2.59 6.14 0.1681 281 28.17 2.48 5.85 0.1582 291 29.00 3.83 2.72 5.87 0.1759 301 29.83 3.57 2.6 5.79 0.1645 311 30.67 3.31 2.35 5.69 0.1639 321 31.50 3.57 2.18 5.97 0.1611 331 32.33 3.21 2.11 6.87 0.1519 341 33.17 4.04 2.27 5.71 0.1552 351 34.00 3.63 2.07 6.28 0.1422 361 34.83 4.01 2.09 6.63 0.1467 371 35.67 3.95 2.51 6.08 0.1673 381 36.50 3.91 2.92 6.14 0.1937 391 37.33 3.89 2.85 6.16 0.1981 401 38.17 3.81 2.13 6.02 0.1548 411 39.00 3.74 3 6.01 0.1977 421 40.29 3.83 3.07 6.15 0.2058 431 41.59 4.12 2.48 5.94 0.1662 441 42.89 3.75 2.42 6.45 0.1655 451 44.18 3.74 2.42 6.37 0.1668 461 45.48 3.83 2.45 6.28 0.1764 471 46.77 3.41 1.65 6.29 0.1364 481 48.07 3.72 1.38 6.48 0.1102 491 49.36 3.74 1.49 6.36 0.1139 501 50.66 3.77 1.62 6.19 0.1225 511 51.95 3.7 1.64 6.83 0.1240 521 53.25 3.59 1.56 6.41 0.1262 531 54.54 3.83 1.75 6.5 0.1383 541 55.84 4.11 2.08 5.97 0.1554 551 57.13 4.09 2.15 6.03 0.1521 561 58.43 3.75 2.55 6.38 0.1709 571 59.72 3.78 2.54 6.05 0.1718 581 61.02 3.84 2.61 6.67 0.1759 591 62.30 3.75 2.75 5.95 0.1897 601 63.20 4.02 2.74 5.92 0.2071 611 64.10 3.95 3.02 5.85 0.2217 621 65.00 3.7 3.14 5.89 0.2221 631 65.75 4.06 2.65 5.8 0.2003 641 66.50 3.79 1.64 6.29 0.1368 651 67.25 3.61 1.8 6.2 0.1552 661 68.00 3.71 1.28 6.16 0.1160 671 68.75 3.63 1.21 5.87 0.1180 681 69.50 3.62 1.24 6.12 0.1151 691 70.25 3.74 1.12 6.46 0.1040 701 71.00 3.64 1.12 5.98 0.1089 711 72.00 3.39 1.04 6.37 0.1025 721 73.88 3.36 1.01 5.73 0.0967 731 75.76 3.35 0.97 5.97 0.0933 741 77.64 3.34 1.38 5.48 0.0678 751 79.52 3.32 1.15 6.21 0.0574 761 81.40 3.27 1.47 5.55 0.0669 771 84.33 3.72 1.81 6.33 0.0487 781 87.27 3.53 1.48 5.86 0.0411 791 90.20 3.59 1.63 6.42 0.0457 801 93.13 3.6 1.78 6.26 0.0495 811 96.07 3.56 1.61 6.33 0.0432 821 99.00 3.13 0.86 6.55 0.0286 831 100.82 3.07 0.93 6.67 0.0514 841 102.64 3.09 0.75 6.48 0.0426 851 104.45 3.47 0.91 6.18 0.0494 861 106.27 3.81 0.96 5.8 0.0511 871 108.09 3.26 0.94 5.84 0.0484 881 109.91 3.59 1.34 5.79 0.0631 891 111.73 1.95 5.51 0.0863 901 113.55 3.17 1.37 6.46 0.0630 911 115.36 2.97 0.71 6.75 0.0367 921 117.18 2.46 0.45 7.06 0.0240 931 119.00 2.03 0.39 7.78 0.0233 941 120.18 2.5 0.37 8.14 0.0353 951 121.35 2.11 0.33 7.7 0.0307 971 123.71 2.44 0.44 7.18 0.0402 981 124.88 2.86 0.44 7.08 0.0389 991 126.06 2.72 0.48 6.73 0.0422 1001 127.24 2.59 0.64 6.65 0.0563 1011 128.41 3.13 0.75 7.06 0.0629 1021 129.59 2.65 1.23 6.3 0.0993 1031 130.76 3.54 2.49 6.01 0.1734 1041 131.94 3.76 2.81 5.87 0.1816 1051 133.12 3.68 2.95 6.25 0.1850 1061 134.29 2.57 5.86 0.1696 1071 135.47 3.5 3.14 5.92 0.2060 1081 136.65 3.06 5.56 0.2007 1091 137.82 4.12 2.81 5.77 0.1814 1101 139.0 2.8 5.23 0.1804 1111 140.1 2.73 5.53 0.1874 1121 141.2 4.55 2.16 5.84 0.1536 1131 142.3 2.15 5.61 0.1527 1141 143.4 4.24 2.26 5.61 0.1556 1151 144.5 1.63 6.09 0.1282 1161 145.6 4.33 1.39 5.32 0.1128 1171 146.8 1.72 5.43 0.1388 1181 147.9 4.54 1.94 5.53 0.1496 1191 149.0 3.76 2.07 5.53 0.1534 1201 150.1 2.96 4.86 0.1599 1211 151.2 3.33 5.38 0.1883 1231 153.4 3.86 3.36 4.9 0.1857 1241 154.6 4.37 3.1 5.68 0.1558 1251 155.9 4.03 3.22 5.3 0.1610 1261 157.2 4.26 2.12 5.97 0.1189 1271 158.5 4.01 2.72 6 0.1352 1281 159.8 4.27 2.4 5.81 0.1244 1291 161.1 3.93 2.26 5.79 0.1192 1301 162.3 4.03 2.96 5.51 0.1472 1311 163.6 4 2.64 5.83 0.1423 1331 166.2 3.63 2.28 5.62 0.1252 1341 167.5 3.78 1.59 6.06 0.0920 1351 168.8 3.69 1.78 5.84 0.1016 1361 170.0 4.1 1.85 5.84 0.1047 1371 171.3 4.38 1.97 5.6 0.1069 1381 172.6 3.85 2.94 5.41 0.1396 1391 173.9 4.3 2.83 5.72 0.1429 1411 176.4 3.94 5.12 5.64 0.2685 1421 177.7 3.49 6.41 5.23 0.2709 1431 179.0 6.33 4.74 0.2240 1441 180.3 7.24 4.7 0.2725 1451 181.6 5.67 4.99 0.2003 1461 182.9 4.68 5.63 0.1865 1471 184.1 2.04 5.4 0.0869 1481 185.4 3.9 1 5.63 0.0508 1491 188.9 2.88 0.8 6.54 0.0171 1501 194.4 2.89 1.54 6.76 0.0243 1511 201.7 3.42 0.56 6.34 0.0067 1521 209.0 0.55 6.47 0.0075 1531 212.0 3.08 6.71 0.0223 1561 221.2 3.39 1.75 6.37 0.0950 1571 222.9 1.86 5.65 0.0843 1581 224.7 3.53 1.95 5.73 0.0836 1591 226.7 3.78 5.93 0.1173 1611 231.5 3.96 1.25 5.47 0.0255 1621 234.8 3.65 0.89 6.01 0.0223 1631 238.1 2.99 0.65 6.68 0.0189 1641 239.1 3.21 0.66 7.59 0.0664 1651 240.1 3.09 1.16 6.93 0.1153 1661 241.1 4.03 1.53 6.25 0.1369 1671 243.1 4 3.83 5.65 0.1477 1681 4.02 5.06 1691 250.8 4.21 0.0674 2. Core MD962087 2a. MD962087 Radiocarbon data Reference Depth 14C AMS Error Species CalendarAge (cm) (kyrs) (yrs) (kyrsBP) 101,217 2 5.82 80 Mixed plankton 6.177 101,218 199 10.15 90 Mixed plankton 11.009 AA47 704 366 11.336 75 Mixed plankton 12.738 101,219 450 13.89 120 Mixed plankton 15.843 AA47 703 654 20.22 150 Mixed plankton 23.371 101,220 719 26.1 260 Mixed plankton 30.148 101,221 869 35.01 570 Mixed plankton 40.019 A 400-year reservoir correction was applied and dates were converted into calendar ages by using the Calib 4.3 program. 2b. MD962087 Nitrogen cycle data Depth in cm, Age in kyBP, isotopes permil Organic carbon mass accumulation rates (MAR Corg) in g/cm2/kyr Depth Age Corg% d15N MAR Corg 0 6.17 6.53 4.82 4.12 10 6.42 7.08 5.07 4.41 20 6.66 7.11 5.11 4.62 30 6.91 5.37 5.06 3.52 40 7.16 6.9 4.88 4.68 50 7.40 6.85 5.12 4.74 60 7.65 7.02 4.91 4.94 70 7.90 6.93 5.27 4.96 80 8.14 6.84 5.38 4.98 90 8.39 7.16 4.81 5.28 100 8.64 6.51 5.24 4.88 110 8.88 6.63 5.08 5.00 120 9.13 6.4 4.99 4.90 130 9.37 5.77 5.20 4.43 140 9.62 6.06 5.03 4.75 150 9.87 6.09 5.51 4.81 160 10.11 5.74 5.14 4.43 170 10.36 5.52 5.50 4.36 180 10.61 5.59 5.29 4.44 190 10.85 5.52 4.86 4.42 200 11.10 5.77 5.96 4.55 210 11.21 6.23 5.53 4.89 220 11.32 5.77 5.35 4.52 230 11.44 5.88 5.53 4.60 240 11.55 6.2 6.24 4.79 250 11.66 6.25 5.40 4.76 260 11.77 6.06 6.08 4.54 270 11.88 6.9 5.71 5.08 290 11.99 6.07 300 12.11 7.32 6.05 5.09 310 12.22 7.22 6.34 4.91 320 12.33 6.65 6.08 4.42 370 13.00 7.39 5.95 4.30 380 13.24 7.27 5.09 4.14 390 13.47 6.93 5.40 3.85 440 15.60 6.86 6.38 3.30 450 15.84 7.23 6.01 3.38 460 16.20 6.56 5.82 3.01 470 16.55 6.88 5.68 3.04 480 16.91 7.32 5.95 3.15 490 17.27 7.42 5.63 3.06 500 17.63 7.49 5.93 2.99 510 17.98 7.55 6.08 2.92 520 18.34 7.06 4.68 2.67 530 18.70 6.86 5.11 2.49 540 19.05 6.99 4.59 2.43 550 19.41 7.08 5.06 2.38 560 19.77 6.73 5.64 2.29 570 20.13 6.69 5.32 2.22 580 20.48 7.26 5.04 2.32 590 20.84 6.56 5.61 2.06 600 21.20 6.27 4.82 1.97 610 21.55 6.59 5.41 1.98 620 21.91 6.67 5.42 1.94 630 22.27 6.86 5.36 1.96 640 22.63 7.04 5.04 1.94 650 22.98 6.78 5.36 1.82 660 23.34 6.74 5.44 1.72 670 24.48 6.91 5.28 1.71 680 25.61 6.97 5.42 1.71 690 26.75 7.26 5.42 1.70 700 27.88 7.11 4.93 1.60 710 29.02 6.52 4.98 1.44 720 30.15 6.47 5.21 1.41 730 30.81 6.65 5.89 1.41 740 31.48 6.88 4.84 1.43 750 32.14 7.33 4.92 1.44 760 32.80 7.69 4.91 1.47 770 33.47 7.86 5.53 1.46 780 34.13 8.03 4.96 1.45 790 34.79 8.29 5.15 1.40 800 35.46 6.46 5.27 1.58 810 36.12 6.82 4.79 1.64 820 36.78 6.98 5.24 1.68 830 37.45 7.53 5.25 1.82 840 38.11 8.43 4.89 1.99 850 38.77 7.55 5.66 1.79 860 39.44 8.03 5.22 1.94 870 40.10 7.63 5.24 1.85 880 40.49 7.35 5.25 1.80 890 40.88 8.17 5.68 1.95 900 41.28 8.01 4.96 1.91 910 41.67 7.94 5.84 1.88 920 42.06 9.18 5.21 2.09 930 42.45 9.23 5.39 2.07 940 42.84 9.27 5.21 2.14 950 43.23 9.2 5.47 2.14 960 43.63 9.41 5.32 2.18 970 44.02 10.35 5.23 2.32 990 44.80 11.78 5.33 2.56 1000 45.35 10.2 5.35 2.30 1010 45.90 9.67 5.26 2.17 1030 47.00 10.29 5.89 2.30 1050 48.38 9.21 5.85 1.77 1070 49.75 8.94 6.09 1.72 1090 51.13 8.6 5.90 1.62 1110 52.50 9.6 5.57 1.70 1130 53.46 8.52 5.71 2.13 1150 54.38 9.22 6.34 2.44 1170 55.29 8.41 5.31 2.14 1190 56.21 7.91 5.24 1.97 1210 57.13 9.53 5.56 2.34 1230 58.04 8.78 5.63 2.55 1250 58.96 7.84 5.70 2.29 1270 59.88 8.31 5.84 2.26 1290 60.79 8.37 5.65 2.17 1310 61.71 8.02 5.04 2.04 1330 62.63 7.43 5.11 1.90 1350 63.54 8.36 6.37 2.14 1370 64.63 8.1 5.54 1.52 1390 65.88 8.41 6.09 1.63 1410 67.13 8.88 6.08 1.71 1430 68.38 8.02 6.12 1.60 1450 69.63 8.81 6.19 1.75 1470 70.88 8.15 6.34 1.61 1490 72.13 7.5 5.51 1.45 1510 73.38 8.15 5.57 1.69 1530 74.63 6.31 5.67 1.20 1550 75.88 7.08 7.55 1.44 1570 77.13 7.49 5.75 1.59 1590 78.38 8.31 5.78 1.62 1610 79.63 7.09 5.38 1.34 1630 80.88 8.09 6.03 1.59 1650 82.59 8.89 6.33 0.99 1670 84.77 8.55 5.94 0.99 1690 86.95 9.23 5.65 1.09 1710 89.14 8.98 6.28 1.08 1730 91.32 8.37 5.42 1.03 1750 93.50 8.74 5.82 1.14 1770 94.81 8.36 5.42 1.77 1790 96.12 7.51 5.89 1.62 1810 97.43 8.01 5.73 1.66 1830 98.74 7.18 6.64 1.41 1850 101.86 7.76 5.58 0.41 1870 106.79 8.51 6.08 0.42 1890 111.72 9.18 5.83 0.49 1910 112.54 8.57 5.85 2.73 1930 113.36 8.24 5.64 2.72 1950 114.18 6.77 5.90 2.17 1970 115.00 7.85 5.25 2.62 1990 115.82 7.79 5.85 2.67 2010 116.64 6.34 6.28 2.18 2030 121.18 6.3 6.30 0.40 2050 125.73 6.18 6.05 0.39 2070 128.43 7.07 5.99 2.35 2090 129.29 7.73 5.70 2.54 2110 130.14 7.66 6.47 2.38 2130 131.00 8.87 5.62 2.67 2150 132.67 7.7 6.21 1.11 2170 134.33 7.75 5.73 1.20 2190 136.00 7.46 5.67 1.27 2210 137.67 6.72 5.84 1.16 2230 139.33 6.53 6.46 1.12 2250 141.00 5.96 6.05 1.03 2270 143.10 6.3 6.29 0.86 2290 145.21 5.60 2310 146.60 6.89 6.19 2.85 2330 147.27 6.53 5.48 2.74 2350 147.95 7.02 5.87 2.94 2370 148.62 6.28 6.30 2.65 2390 149.30 6.94 6.04 2.90 2410 149.97 7.11 6.03 2.84 2430 150.65 7.42 5.82 2.84 2450 151.32 8.51 6.03 3.31 2470 152.00 9.01 6.19 3.31 2490 152.61 8.85 5.94 3.61 2510 153.22 7.9 6.22 3.49 2530 153.83 8.5 6.00 3.47 2550 154.43 9.54 5.86 4.22 2570 155.04 10 5.82 4.03 2590 155.65 10.36 5.38 4.12 2610 157.10 8.91 5.48 1.70 2630 158.55 10.3 5.52 1.82 2650 160.00 11.74 5.19 2.15 2670 161.20 9.83 5.28 2.13 2690 162.40 8.91 5.30 2.05 2710 163.63 7.84 5.48 1.78 2730 164.88 8.35 5.46 1.69 2750 166.13 8.05 6.23 1.61 2770 167.38 8.24 1.64 2790 168.44 8.47 6.10 2.51 2810 169.32 8.84 2.50 2830 170.20 9.63 6.25 2.80 2850 171.00 9.2 3.21 2870 171.80 8.85 6.04 3.10 2890 172.60 9.03 3.06 2910 173.40 8.73 6.21 3.01 2930 174.20 9.8 6.13 3.36 2950 175.00 9.81 5.48 3.30 2970 175.80 10.86 6.18 3.49 2990 176.60 12.47 5.83 4.26 3010 177.40 12.67 5.68 4.24 3030 178.20 12.37 5.17 4.27 3050 179.00 11.39 5.35 3.97 3070 179.80 12.39 5.33 4.32 3090 180.60 15.27 5.41 5.14 3100 181.00 17.26 5.52 5.42 3110 182.90 14.19 5.25 0.96 3120 184.80 8.94 5.69 0.66 3130 186.70 6.63 4.93 0.46 3140 188.60 5.57 4.48 0.42 3150 190.50 5.43 5.35 0.42 3160 192.40 5.22 5.60 0.40 3170 194.30 4.87 5.50 0.38 3180 196.20 5.32 5.90 0.41 3190 198.10 4.56 6.30 0.36 3210 203.53 4.59 6.28 0.20 3230 210.58 4.94 5.71 0.21 3250 217.63 5.65 6.27 0.24 3270 224.68 6.62 5.23 0.28 3290 228.75 6.18 5.91 1.71 3310 229.84 5.88 5.24 1.63 3330 230.93 6.11 6.03 1.70 3350 232.02 5.77 5.27 1.60 3370 233.11 5.85 4.89 1.63 3390 234.20 5.42 5.24 1.50 3410 235.29 5.16 5.47 1.44 3430 236.38 5.3 5.44 1.48 3450 237.47 4.77 5.79 1.33 3470 238.56 5.16 5.03 1.42 3490 239.90 4.91 5.30 0.93 3510 241.50 4.94 5.39 0.92 3530 243.10 6.33 5.47 1.17 3550 245.67 7.04 5.56 0.81 3570 248.23 6.82 5.49 0.79 3590 250.80 8.34 5.51 0.97 3610 259.14 6.36 5.55 0.22 3630 267.49 6.79 4.62 0.24 3650 275.83 5.5 5.34 0.20 3670 282.20 6.26 6.11 0.43 3690 286.60 6.38 5.30 0.44 3710 291.00 6.5 4.21 0.45 3730 295.40 7.03 5.70 0.48 3750 299.80 7.5 5.69 0.50 3. Core MD962098 Depth in cm, Age in kyBP, isotopes permil Organic carbon mass accumulation rates (MAR Corg) in g/cm2/kyr Depth Age d18O Corg% d15N MAR Corg 0 6.00 1.48 6.29 0.4010 5 6.17 2.17 10 6.33 1.25 6.07 0.3387 20 6.66 1.25 5.98 0.3422 25 6.83 2.52 35 7.17 2.28 1.05 6.51 0.3179 40 7.33 2.42 1.02 6.56 0.2940 50 7.67 2.44 1.04 6.6 0.3062 60 8.00 2.24 0.85 6.54 0.2512 70 8.33 2.61 0.88 6.33 0.2540 80 8.67 2.62 0.9 6.28 0.2584 90 9.00 2.65 0.96 6.29 0.2662 100 9.33 2.79 1.05 5.91 0.2929 110 9.67 3.01 1.56 6.17 0.4143 120 10.00 2.87 1.7 6.18 0.3625 130 10.40 3.11 1.78 6.52 0.3648 140 10.80 3.2 2.04 6.34 0.3983 150 11.20 2.85 2.35 5.93 0.4230 160 11.60 3.53 2.98 5.89 0.5397 170 12.00 3.62 2.65 6.05 0.2579 180 13.00 3.61 2.68 6 0.2774 190 14.00 3.89 3.41 5.71 0.3628 200 15.00 4.03 4.21 5.85 0.3876 210 16.00 4.22 5.03 5.78 0.4300 220 17.00 4.29 5.03 5.69 0.4295 230 18.00 4.42 4.25 5.71 0.3489 240 18.50 5.42 5.68 0.4418 250 19.00 4.37 5.26 5.64 0.4049 260 19.50 3.99 5.24 5.72 0.3826 270 20.00 5.47 5.67 0.3897 280 20.50 4.34 5.33 5.71 0.4030 290 21.00 4.26 5.31 5.88 0.3977 300 21.50 4.39 5.16 5.94 0.3867 310 22.00 4.35 4.84 5.81 0.3727 320 23.00 4.21 4.92 5.89 0.3927 330 24.00 4.01 4.41 5.7 0.3563 340 24.33 3.79 4.16 5.76 0.3111 350 24.66 4.29 4.38 5.62 0.3518 360 24.99 4.25 4.66 5.56 0.3913 370 25.32 4.2 5.03 5.68 0.3939 380 25.65 3.99 5.85 5.69 0.4306 390 25.98 5.62 5.51 0.4187 400 26.31 4.09 4.69 5.65 0.3679 410 26.64 4.22 4.52 5.83 0.3686 420 26.97 4.25 4.71 5.6 0.3611 430 27.30 5.19 5.32 0.4239 440 27.63 4.07 4.9 5.35 0.3943 450 27.96 4.24 5.24 5.2 0.3837 460 28.29 3.91 4.93 5.35 0.3896 470 28.62 4.05 4.22 5.72 0.3610 480 28.95 4.04 4.56 5.53 0.4048 490 29.28 3.93 4.97 5.38 0.4225 500 29.61 3.94 4.33 5.33 0.3869 510 29.94 3.96 5.07 5.62 0.4016 520 30.27 6.08 5.2 0.4612 530 30.60 5.67 5.32 0.4182 540 30.93 3.66 5.1 5.23 0.4110 550 31.26 3.71 4.89 5.32 0.4318 560 31.50 3.77 4.94 5.36 0.4265 570 31.90 3.69 5.6 5.35 0.4500 580 32.30 3.55 6.6 5.33 0.5130 590 33.14 3.91 6.12 5.59 0.4833 600 33.98 5.75 5.09 0.4342 610 34.82 3.76 5.09 5.05 0.4470 620 35.65 4.18 5.3 0.3646 630 36.49 3.8 5.01 5.57 0.4553 646 37.33 3.73 5.25 5.69 0.3280 650 38.17 3.67 5.16 5.25 0.4289 660 39.00 3.67 4.78 5.38 0.3767 670 40.00 5.09 5.47 0.4303 680 41.00 3.97 5.64 5.7 0.4580 690 42.00 3.67 5.91 5.73 0.4553 710 44.00 5.95 5.55 0.5308 720 45.00 5.47 5.38 0.5031 730 46.00 3.36 4.88 5.63 0.3543 740 47.00 3.16 4.71 5.19 0.3296 750 48.53 3.24 6.21 5.13 0.4525 910 50.06 3.72 5.68 5.57 0.4395 920 51.59 3.89 5.6 5.48 0.4239 932 53.12 4.43 5.45 0.4108 942 54.65 5.03 5.41 0.3423 952 56.18 4.52 5.15 0.3896 962 57.71 4.38 5.46 0.3551 972 59.24 3.42 3.95 5.29 0.3589 982 60.77 3.7 4.02 5.4 0.3676 992 62.30 3.39 4.05 5.24 0.5313 1002 62.54 3.58 4.08 5.37 0.5137 1012 62.77 4.05 5.45 0.4992 1022 63.01 3.66 4.23 5.37 0.4433 1032 63.25 3.63 3.78 5.24 0.5297 1042 63.48 3.7 3.6 5.11 0.5007 1052 63.72 3.83 4.52 5.28 0.5353 1062 63.95 3.85 3.66 5.38 0.5519 1072 64.19 3.91 4.89 5.41 0.4827 1082 64.43 4.11 5.57 5.14 0.6028 1092 64.66 3.86 4.29 5.42 0.6430 1102 65.00 4.02 4.47 5.17 0.5264 1112 65.75 4.62 5.11 0.5286 1122 66.50 3.37 4.25 5.03 0.6140 1132 67.25 3.83 4.31 5.3 0.6123 1142 68.00 3.86 4.55 5.49 0.6778 1152 68.75 3.97 4.88 5.73 0.7057 1162 69.50 3.84 3.94 5.39 0.7753 1172 70.25 3.47 5.01 0.6473 1182 71.00 3.57 3.36 5.17 0.5634 1192 72.00 2.73 2.89 5 0.5386 1202 73.18 3.32 2.83 4.74 0.4637 1212 74.35 3.24 3.01 4.59 0.4586 1222 75.53 3.38 2.85 4.76 0.2367 1232 76.70 3.12 2.41 5.52 0.2241 1242 77.88 2.99 2.38 4.97 0.1902 1252 79.05 3.12 2.68 5.41 0.1887 1262 80.23 3.12 3.16 5.65 0.2134 1272 81.40 2.98 3.38 5.39 0.1417 1282 83.40 3.42 3.11 5.3 0.1411 1292 85.40 3.47 3.18 5.16 0.1260 1302 87.40 3.29 3.3 5.43 0.1272 1312 89.40 3.21 3.26 5.3 0.1348 1322 91.40 4.69 5.88 0.1337 1332 93.40 3.36 3.4 5.68 0.1904 1342 95.40 3.07 2.65 6.03 0.1370 1352 97.40 2.88 2.48 5.6 0.1055 1362 99.40 2.71 2.2 4.91 0.0886 1372 101.86 3.26 2.89 4.77 0.0875 1382 104.33 3.33 3.01 4.85 0.1195 1392 106.79 3.28 4.33 4.73 0.1207 1402 109.25 3.37 4.01 5.12 0.1688 1412 111.72 3.28 6.44 5.03 0.1425 1422 114.18 3.18 4.09 5.13 0.2105 1432 116.64 2.69 1.03 6.11 0.1475 1442 119.10 2.36 0.77 6.77 0.0399 1452 121.57 2.38 0.79 6.81 0.0344 1462 124.00 2.39 0.85 6.49 0.0649 1472 125.33 2.52 1.1 6.59 0.0674 1482 126.67 2.44 1.36 6.1 0.0856 1492 128.00 3.21 1.5 6.56 0.1608 1502 129.00 3.33 2.65 5.72 0.1714 1512 130.00 3.65 3.35 5.85 0.2932 1522 131.00 4 6.44 5.45 0.3387 1532 132.00 3.71 3.93 5.62 0.5962 1542 133.00 3.65 4.67 5.49 0.3396 1552 134.00 4.29 5.48 0.3822 1562 135.00 4.3 3.93 5.3 0.2704 1572 136.13 3.53 4.85 5.14 0.3327 1582 137.25 4.99 4.95 0.3396 1592 138.38 4.64 4.88 0.3130 1602 139.50 3.52 4.2 4.66 0.2835 1612 140.63 3.71 3.8 4.77 0.2615 1622 141.75 3.95 2.72 4.87 0.1904 1632 142.88 3.97 3.38 4.79 0.2328 1642 144.00 4.04 2.88 5.25 0.2092 1652 145.13 3.98 2.41 4.49 0.1896 1662 146.25 4.18 2.55 4.51 0.2031 1672 147.38 4.1 2.88 5.21 0.2238 1682 148.50 4.19 3.3 5.21 0.2457 1692 149.63 4.07 3.7 4.95 0.2333 1702 150.75 4.26 5.48 5.16 0.2983 1712 151.88 4.01 6.33 4.94 0.3490 1722 153.00 4.19 4.43 5.18 0.1947 1732 154.32 3.95 3.4 5.61 0.1596 1742 155.65 4.24 4.43 5.27 0.2074 1752 156.97 3.94 3.45 4.99 0.1762 1762 158.29 3.93 3.61 4.93 0.1712 1772 159.61 4.18 5.01 5.05 0.2413 1782 160.94 3.95 4.21 5.46 0.2075 1792 162.26 3.99 4.6 5.37 0.2154 1802 163.58 3.76 3.03 5.4 0.1525 1812 164.90 3.69 3.08 5.67 0.1518 1822 166.23 3.58 3.55 5.1 0.1820 1832 167.55 3.84 2.93 5.01 0.1597 1842 168.87 3.84 4.32 5.02 0.2304 1852 170.20 3.93 5.23 5.06 0.2748 1862 171.52 3.92 4.05 5.49 0.2024 1872 172.84 3.41 6.21 4.87 0.2810 1882 174.16 3.33 6.56 4.92 0.2968 1892 175.49 3.88 6.84 4.84 0.3070 1902 176.81 8.66 4.93 0.4242 1912 178.13 10.78 4.92 0.4091 1922 179.45 11.52 4.65 0.3929 1932 180.77 12.65 4.42 0.4311 1942 182.09 11.7 4.55 0.4388 1952 183.41 11.15 4.46 0.4436 1962 184.73 11.6 5.19 0.5506 1972 186.05 9.67 4.42 0.4798 1982 187.37 6.64 4.42 0.3464 1992 188.69 5.91 4.69 0.3236 2002 190.00 3.17 3.56 5.12 0.2053 2012 190.65 2.97 2.92 5.36 2022 191.30 2.77 3.42 5.21 2032 191.95 2.71 3.92 5.45 2042 192.60 2.99 1.83 5.12 2052 193.25 2.5 1.25 5.65