# NOAA Paleoclimatology Program - Paleocean Site Data # odp1088b-tab.txt # Complete Data # File Created: 27-Jan-2006 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Liselotte Diester-Haass # Core/Site: ODP1088B # Latitude: 41.08.12S ( -41.13667) # Longitude: 13.33.48E ( 13.56333) # Water Depth(m): 2082 # # Publications: # Diester-Haass, L., K. Billups, and K.C. Emeis. 2005. In search of the late Miocene-early # Pliocene "biogenic bloom" in the Atlantic Ocean (Ocean Drilling Program Sites # 982, 925, and 1088). Paleoceanography, Vol. 20, PA4001. #------------------ # # Description & Notes: # Miocene-Pliocene Biogenic Bloom Atlantic Paleoproductivity Data. # Paleoproductivity was calculated using 0.4Z(BFAR^0.5) and reflects the flux of # organic carbon to the sea floor (gC cm-2 kyr-1), Z is the water depth, and BFAR # are the benthic foraminiferal accumulation rates (counts cm-2 kyr-1). # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # %Al2O3 Aluminum oxide weight percent # %b/b+p Benthics to Planktonics+Benthics percent # %P2O5 Phosphorus oxide weight percent # %pyr63 Pyrite fraction percent (>63 micron) # %sand Sand(>63 micron) fraction percent # %TiO2 Titanium oxide weight percent # /gforams-b Benthic Foraminifers per gram # Al2O3flux Aluminum oxide accumulation rate (mg/cm^2*kyr) # Ba ppm Barium ppm # Ba/Al Barium/Aluminum ratio # carbflux Calcium carbonate mass accumulation rate (g/cm^2/kyr) # carb-w% Calcium carbonate weight percent # d13Cforams-b delta C13 PDB (Benthic Foraminifers) # d18Oforams-b delta O18 PDB (Benthic Foraminifers) # dbd Dry Bulk Density (g/cm^3) # foram-bflux150 Benthic foraminifers accumulation rate (>150um) # foram-pflux Planktonic foraminifers accumulation rate (mg/cm^2*kyr) # forams-p% Planktonic foraminifers percent # frag% Fragments percent # P/Al Phosphorus/Aluminum ratio # palprod Paleoproductivity (gC/cm^2*kyr) # sedrate Sedimentation rate (cm/kyr) # uvige/g Uvigerina sp. per gram # uvigeflux150 Uvigerina sp. accumulation rate (no./cm^2*kyr) # # CORE: ODP1088B depth yrBP %Al2O3 %b/b+p %P2O5 %pyr63 %sand %TiO2 /gforams-b Al2O3flux Ba ppm Ba/Al carbflux carb-w% d13Cforams-b d18Oforams-b dbd foram-bflux150 foram-pflux forams-p% frag% P/Al palprod sedrate uvige/g uvigeflux150 notes 2859 3168480 0.895 3.691 0.08 0 32.5 0.05 715.982 7.629 287 0.032 0.79 92.657 0.37 3.01 0.978 610.33 232.111 95.24 45.916 0.089 20.804 0.872 5.461 4.76 4 H 3 109 111 2933 3253380 0.869 4.379 0.05 0 32.213 0.048 1175.225 7.71 277 0.032 0.824 92.824 -0.22 2.37 0.978 1042.637 246.575 94.76 47.298 0.058 27.192 0.907 44.694 40.544 4 H 4 33 35 3009 3337160 0.938 4.126 0.064 0 35.585 0.049 1347.213 8.169 250 0.027 0.799 91.74 0.07 3.19 0.986 1173.288 249.685 95.28 42.401 0.068 28.728 0.883 79.476 70.199 4 H 4 109 111 3083 3420940 1.026 4.16 0.043 0 25.449 0.055 772.229 9.055 297 0.029 0.813 92.157 0.05 3.13 0.986 681.511 259.539 95.39 25.831 0.042 21.895 0.895 97.692 87.439 4 H 5 33 35 3123 3465630 0.841 2.309 0.062 0 38.794 0.046 827.011 8.272 288 0.034 0.912 92.741 0.54 2.6 1.068 813.428 298.969 97.33 25.275 0.074 22.983 0.921 64.679 59.567 4 H 5 73 75 3159 3504720 0.863 2.796 0.097 0 37.084 0.047 667.194 8.14 213 0.025 0.881 93.408 0.38 2.94 1.068 629.308 289.023 97 22.423 0.112 20.216 0.883 14.407 12.724 4 H 5 109 111 3233 3588510 0.849 2.507 0.063 0 34.973 0.047 687.614 7.612 272 0.032 0.836 93.241 0.29 2.92 0.977 616.467 281.791 97.22 23.678 0.074 20.919 0.918 11.772 10.802 4 H 6 33 35 3274 3633190 0.733 1.458 0.095 0 42.269 0.042 776.312 5.88 231 0.032 0.757 94.325 0.69 2.54 0.977 622.706 257.419 98.02 20.118 0.13 21.025 0.821 0.087 0.072 4 H 6 74 76 3309 3675820 0.896 1.714 0.085 0 34.933 0.051 589.427 6.453 312 0.035 0.66 91.657 0.419 3.07 1.05 424.531 232.323 97.48 22.866 0.095 16.746 0.686 103.245 70.821 4 H 6 109 111 3383 3783700 1.072 3.402 0.047 0 36.325 0.057 1630.847 7.888 413 0.039 0.677 92.074 0.37 2.77 1.05 1200.006 238.87 95.96 29.012 0.044 28.154 0.701 157.256 110.202 4 H 7 33 35 3509 3963500 0.92 2.795 0.037 0 47.535 0.053 1265.66 6.703 217 0.024 0.675 92.657 0.71 3.16 1.048 922.115 247.217 96.7 37.26 0.04 24.703 0.695 8.5 5.909 5 H 1 109 111 3554 4028230 0.839 2.314 0.039 0 43.534 0.048 1030.286 5.754 308 0.037 0.618 90.155 0.61 2.58 0.987 706.622 235.634 96.67 26.234 0.046 22.283 0.695 0 0 5 H 2 4 6 3565 4044060 0.898 2.076 0.05 0 41.919 0.047 805.289 6.152 326 0.036 0.619 90.322 0.67 2.46 0.985 551.691 235.05 96.24 28.803 0.056 19.709 0.696 0 0 5 H 2 15 17 3574 4057000 0.861 2.303 0.049 0 46.25 0.048 949.886 4.128 249 0.029 0.439 91.49 0.63 2.46 0.985 455.456 166.45 97.13 28.951 0.057 17.908 0.487 0 0 5 H 2 24 26 3581 4071380 0.896 2.17 0.055 0 45.569 0.049 1021.4 7.625 264 0.029 0.786 92.324 -0.65 3.18 0.942 869.219 296.792 97.39 30.588 0.061 25.298 0.903 8.743 7.899 5 H 2 31.5 33.5 3594 4085770 0.903 1.95 0.054 0 43.232 0.05 924.315 5.915 264 0.029 0.595 90.823 0.47 2.54 0.942 605.497 229.643 97.54 30.859 0.06 21.114 0.695 0 0 5 H 2 44 46 3604 4100150 0.885 2.231 0.038 0 41.706 0.046 1213.333 5.795 224 0.025 0.597 91.24 0.04 2.97 0.942 794.55 229.612 97.29 30.414 0.043 24.187 0.695 0 0 5 H 2 54 56 3624 4128920 0.69 1.894 0.047 0 51.024 0.041 1098.306 4.473 179 0.026 0.594 91.657 0.393 2.22 0.925 711.936 229.956 97.89 32.792 0.068 23.104 0.701 8.308 5.822 5 H 2 74 76 3664 4186000 -999 3.022 -999 0 45.9 -999 1294.609 -999 -999 -999 0.581 91.823 0.58 2.45 0.925 819.373 223.272 96.28 39.26 -999 24.786 0.684 0 0 5 H 2 114 116 3684 4215230 0.937 2.426 0.043 0.03 24.772 0.053 374.456 6.026 351 0.037 0.58 90.155 0.7 2.63 0.925 240.815 230.594 97.33 32.313 0.046 13.437 0.695 0 0 5 H 2 134 136 3714 4258380 0.914 3.371 0.071 0 38.19 0.05 988.3 5.88 366 0.04 0.582 90.489 0.8 2.4 0.925 635.827 228.07 95.45 30.382 0.078 21.834 0.696 5.848 4.068 5 H 3 14 16 3723 4271320 0.837 2.506 0.061 0 42.82 0.047 647.71 4.991 337 0.04 0.528 88.487 0.84 2.53 0.944 341.785 214.201 96.48 31.965 0.073 16.846 0.632 7.014 4.431 5 H 3 23 25 3733 4287150 0.86 2.529 0.069 0 39.686 0.047 836.191 6.21 266 0.031 0.647 89.572 1.3 2 0.944 540.856 261.829 97.13 32.812 0.08 21.063 0.765 0 0 5 H 3 33 35 3744 4301530 0.867 2.391 0.064 0 37.896 0.049 888.387 5.692 303 0.035 0.594 90.489 0.74 2.53 0.944 527.729 238.85 97.18 34.318 0.074 20.7 0.695 0 0 5 H 3 44 46 3754 4315910 0.847 2.401 0.046 0 40.985 0.049 816.512 5.558 283 0.033 0.595 90.656 0.47 2.6 0.944 485.758 239.356 97.16 40.14 0.054 19.841 0.695 0 0 5 H 3 54 56 3774 4344680 0.83 2.624 0.055 0 43.762 0.048 1194.2 5.447 250 0.03 0.597 90.989 0.82 2.62 0.944 713.031 239.901 96.87 31.888 0.066 23.995 0.695 0 0 5 H 3 74 76 3809 4395030 0.899 3.066 0.049 0 39.497 0.05 1165.122 5.9 349 0.039 0.594 90.489 0.38 2.99 0.944 691.926 241.03 96.42 34.018 0.055 23.702 0.695 48.279 33.564 5 H 3 109 111 3834 4430990 -999 3.704 -999 0 35.796 -999 1099.999 -999 -999 -999 0.615 90.489 0.67 2.49 0.978 676.733 249.403 95.68 46.812 -999 23.029 0.695 0 0 5 H 3 134 136 3854 4459760 -999 4.786 -999 0 30.174 -999 1268.83 -999 -999 -999 0.594 90.322 0.52 2.66 0.978 753.276 239.386 94.5 41.28 -999 24.319 0.672 5.85 3.932 5 H 4 4 6 3883 4502910 0.989 3.551 0.038 0 41.507 0.054 1199.979 6.814 341 0.034 0.623 90.406 0.44 2.63 0.978 747.447 257.929 96.41 39.508 0.038 24.214 0.704 158.856 111.912 5 H 4 33 35 3959 4610790 0.85 5.311 0.03 0 40.611 0.047 1783.496 5.909 236 0.028 0.632 90.906 0.12 2.94 1 1127.159 260.071 94.49 42.989 0.035 29.325 0.695 134.346 93.4 5 H 4 109 111 3984 4646750 0.891 4.384 0.041 0 33.93 0.05 1461.435 6.299 297 0.033 0.646 91.406 0.27 2.58 1.017 944.461 268.436 95.3 37.135 0.046 26.545 0.695 71.228 49.518 5 H 4 134 136 4074 4776210 0.829 3.639 0.041 0 31.93 0.046 853.336 5.868 269 0.032 0.655 92.574 0.18 2.84 1.018 559.128 276.415 95.86 38.984 0.049 20.285 0.695 0 0 5 H 5 74 76 4109 4826550 0.834 4.766 0.032 0 36.133 0.047 1617.283 5.902 240 0.029 0.637 89.989 0.42 2.79 1.018 1030.011 276.615 95.12 40.843 0.038 27.925 0.695 218.827 152.132 5 H 5 109 111 4134 4862510 0.739 4.396 0.035 0 38.252 0.042 1912.078 5.23 269 0.036 0.64 90.489 0.2 2.81 1.018 1224.445 278.688 95.26 36.427 0.047 30.363 0.695 181.422 126.119 5 H 5 134 136 4154 4891280 0.818 4.382 0.031 0 40.564 0.046 1850.948 5.597 263 0.032 0.607 88.738 0.16 2.58 1.018 1123.742 270.989 95.35 47.383 0.038 29.373 0.672 311.823 209.568 5 H 6 4 6 4183 4934430 0.753 3.085 0.063 0 31.014 0.044 754.284 5.462 310 0.041 0.627 86.486 0.72 2.67 1.018 473.196 293.563 96.75 32.527 0.084 19.307 0.713 106.495 75.883 5 H 6 33 35 4224 4991970 0.895 3.933 0.08 0 27.304 0.05 957.503 6.727 296 0.033 0.678 90.155 0.11 2.7 1.081 648.802 303.979 95.75 41.473 0.089 21.488 0.695 68.657 47.735 5 H 6 74 76 4259 5042310 0.78 4.139 0.071 0 25.475 0.043 792.44 3.517 298 0.038 0.416 92.157 0.5 2.84 1.081 329.3 183.25 95.42 30.392 0.091 15.141 0.417 79.256 33.06 5 H 6 109 111 4274 5060000 0.773 4.68 0.057 0 26.244 0.041 786.919 6.039 283 0.037 0.699 89.488 0.47 2.75 1.063 550.141 316.902 94.91 31.556 0.074 20.028 0.735 96.955 71.255 5 H 6 124 126 4422 5279650 0.773 3.084 0.038 0 35.423 0.042 838.01 6.04 305 0.039 0.723 92.491 0.11 2.7 1.063 605.576 333.298 96.47 40.5 0.049 20.669 0.735 49.753 36.569 6 H 1 72 74 4459 5329990 0.848 4.634 0.083 0 16.546 0.047 349.152 5.943 288 0.034 0.645 92.074 0.34 3.14 1.008 225.294 295.805 94.66 43.197 0.098 12.975 0.695 5.479 3.809 6 H 1 109 111 4483 5364510 -999 2.886 -999 0 31.313 -999 748.16 -999 -999 -999 0.662 92.074 0.16 2.71 1.034 495.129 314.394 97.57 42.534 -999 18.992 0.695 18.006 12.517 6 H 1 132.5 134.5 4504 5394720 0.745 4.154 0.04 0 33.907 0.042 1264.895 4.999 254 0.034 0.62 92.407 -0.14 2.94 1.034 784.256 287.998 95.3 44.533 0.054 23.859 0.649 52.943 34.355 6 H 2 4 6 4532 5437870 0.775 4.073 0.034 0 30.119 0.045 900.627 5.776 284 0.037 0.68 91.24 0.66 2.74 1.021 612.397 322.18 95.39 48.16 0.044 21.353 0.73 8.437 6.159 6 H 2 32 34 4574 5495410 0.745 3.361 0.034 0 28.474 0.042 686.563 5.247 283 0.038 0.632 89.738 0.08 2.72 1.021 433.912 308.445 95.75 46.507 0.046 18.123 0.69 61.35 42.319 6 H 2 74 76 4609 5546150 0.838 2.98 0.046 0 22.341 0.047 461.235 5.52 346 0.041 0.604 91.74 0.46 2.98 1.012 278.745 293.602 96.7 44.395 0.055 14.43 0.651 6.137 3.995 6 H 2 109 111 4654 5615280 0.828 6.099 0.178 0 12.161 0.046 782.33 5.454 260 0.031 0.605 91.823 0.28 3.03 1.012 473.164 286.007 93.3 30.204 0.215 18.792 0.651 75.24 48.97 6 H 3 4 6 4724 5722830 -999 2.661 -999 0 45.209 -999 1186.1 -999 -999 -999 0.566 88.487 0 2.71 0.983 671.559 292.988 96.93 48.602 -999 23.14 0.651 4.207 2.738 6 H 3 74 76 4759 5776600 0.585 4.023 0.029 0 47.573 0.035 1870.354 3.743 199 0.034 0.575 89.905 0.02 3.03 0.983 1075.865 291.3 95.67 42.27 0.05 29.057 0.651 0 0 6 H 3 109 111 4774 5799646 0.525 2.224 0.034 0 48.756 0.031 892.805 3.359 186 0.035 0.579 90.489 0.37 2.56 0.983 516.894 298.174 97.62 36.908 0.065 20.076 0.651 3.686 2.399 6 H 3 124 126 4784 5815010 0.566 2.275 0.037 0 50.79 0.033 989.125 3.622 170 0.03 0.582 90.906 0.65 2.5 0.983 575.448 298.571 97.52 33.142 0.065 21.133 0.651 7.892 5.138 6 H 3 134 136 4804 5845730 0.49 2.925 0.035 0 48.44 0.027 1511.001 3.135 149 0.03 0.607 94.826 0.37 2.36 0.983 916.668 297.816 96.9 39.598 0.071 26.116 0.651 0 0 6 H 4 4 6 4824 5876460 0.591 3.112 0.036 0 52.555 0.031 1237.485 3.782 200 0.034 0.602 94.075 -0.18 2.65 0.983 745.036 298.875 96.81 36.69 0.061 23.638 0.651 137.136 89.282 6 H 4 24 26 4834 5891820 0.512 1.925 0.035 0 50.067 0.029 884.934 3.275 180 0.035 0.599 93.658 1.34 1.4 0.983 530.074 302.361 97.8 31.943 0.068 19.983 0.651 3.901 2.538 6 H 4 34 36 4844 5907190 0.641 2.777 0.094 0 37.693 0.034 1070.776 4.102 221 0.034 0.603 94.242 -0.15 2.68 0.983 645.811 300.579 96.96 34.076 0.147 21.988 0.651 2.02 1.315 6 H 4 44 46 4854 5922550 0.647 3.166 0.118 0 30.317 0.038 681.678 4.14 225 0.035 0.602 94.075 0.06 2.46 0.983 410.312 300.135 96.64 27.442 0.182 17.542 0.651 39.671 25.821 6 H 4 54 56 4909 6007050 0.577 2.666 0.058 0 31.252 0.033 777.88 4.176 285 0.049 0.683 94.409 0.31 2.77 1.112 531.527 345.03 97.11 32.17 0.101 18.739 0.651 2.314 1.506 6 H 4 109 111 4934 6045460 0.729 3.082 0.139 0 31.535 0.039 836.889 5.205 247 0.034 0.665 93.158 0.57 2.69 1.097 556.623 341.172 96.85 34.827 0.191 19.436 0.651 0 0 6 H 4 134 136 4954 6076190 -999 4.022 -999 0 47.918 -999 1562.149 -999 -999 -999 0.674 94.325 0.09 2.83 1.097 1052.17 338.463 95.68 41.597 -999 26.556 0.651 0 0 6 H 5 4 6 5024 6183730 0.673 5.117 0.032 0 43.753 0.039 2075.772 4.333 219 0.033 0.597 92.741 0.58 2.63 0.989 1239.295 306.445 94.75 54.364 0.048 30.612 0.651 0 0 6 H 5 74 76 5059 6237500 0.723 4.465 0.039 0 37.512 0.04 1500.161 4.654 268 0.037 0.599 93.074 0.38 2.94 0.989 898.794 308.655 94.78 59.854 0.054 26.023 0.651 0 0 6 H 5 109 111 5084 6275910 0.73 3.879 0.07 0 25.082 0.039 823.706 4.699 247 0.034 0.596 92.657 0.22 2.8 0.989 491.297 313.813 95.89 44.916 0.096 19.283 0.651 0 0 6 H 5 134 136 5134 6352730 0.725 3.894 0.071 0 23.344 0.041 859.902 4.667 281 0.039 0.603 93.658 0.76 2.13 0.989 518.426 316.437 95.75 37.755 0.098 19.702 0.651 0 0 6 H 6 34 36 5209 6467960 -999 4.679 -999 0 15.75 -999 845.072 -999 -999 -999 0.681 92.908 0.3 2.85 1.126 575.562 362.497 94.93 34.562 -999 19.534 0.651 0 0 6 H 6 109 111 5214 6475640 0.873 3.356 0.058 0 24.767 0.045 1031.008 6.402 265 0.03 0.678 92.491 0.45 2.51 1.126 699.25 368.8 96.46 36.492 0.066 21.579 0.651 0 0 6 H 6 114 116 5223 6489460 0.84 4.742 0.043 0.01 23.848 0.044 1024.88 6.156 290 0.035 0.684 93.325 0.15 2.53 1.126 700.993 362.161 94.61 44.424 0.051 21.509 0.651 0 0 6 H 6 123 125 5234 6506360 0.751 4.806 0.043 0 27.75 0.04 1164.526 5.347 273 0.036 0.66 92.657 0.37 2.38 1.126 768.185 354.253 95.07 41.306 0.057 22.598 0.632 0 0 6 H 6 134 136 5302 6613910 0.879 7.567 0.047 0 25.692 0.048 2158.436 6.968 252 0.029 0.739 93.241 -0.13 2.63 1.107 1595.497 387.627 92.22 37.064 0.053 32.742 0.716 304.29 217.916 7 H 1 2 4 5313 6629270 0.839 7.63 0.044 0 14.827 0.046 475.141 5.438 273 0.033 0.606 93.491 0 2.46 1.107 287.946 316.43 91.88 37.941 0.052 13.891 0.586 40.07 23.463 7 H 1 13 15 5322 6644640 -999 6.626 -999 0.02 20.348 -999 1341.818 -999 -999 -999 0.827 95.576 -0.32 2.51 1.107 1109.129 426.762 92.72 25.971 -999 26.964 0.781 121.903 95.237 7 H 1 22 24 5334 6660000 0.684 5.213 0.063 0.12 16.017 0.039 724.625 18.604 418 0.061 2.556 93.992 -0.48 2.58 1.107 1852.492 1363.748 94 24.053 0.092 35.14 2.457 86.904 213.522 7 H 1 34 36 5344 6664070 0.692 6.835 0.072 0.05 19.782 0.039 1127.532 17.538 310 0.045 2.38 93.908 -0.36 2.58 1.107 2683.567 1249.837 92.28 26.701 0.104 42.313 2.289 87.398 200.095 7 H 1 44 46 5372 6676300 0.631 7.187 0.057 0.07 25.726 0.036 1640.685 18.076 201 0.032 2.647 92.407 -0.44 2.55 1.107 4343.197 1419.033 92.21 34.725 0.09 54.265 2.588 109.905 284.413 7 H 1 72 74 5414 6692530 0.609 5.824 0.076 0 12.969 0.033 608.317 16.426 198 0.033 2.551 94.576 0.13 2.45 1.097 1551.766 1367.258 93.63 26.338 0.125 32.208 2.459 52.213 128.377 7 H 1 114 116 5484 6721000 0.829 9.045 0.036 0.1 14.748 0.046 1107.758 23.847 233 0.028 2.687 93.408 0.02 2.93 1.17 2976.494 1424.496 90.3 40.089 0.043 43.462 2.459 43.299 106.454 7 H 2 34 36 5634 6782010 0.842 11.314 0.076 0 23.739 0.045 2056.915 23.314 248 0.029 2.589 93.491 -0.11 2.98 1.126 5324.61 1379.327 88.42 40.647 0.09 59.228 2.459 113.021 277.92 7 H 3 34 36 5784 6843010 0.965 14.271 0.039 0 11.526 0.054 1670.851 25.865 335 0.035 2.479 92.491 0.05 2.92 1.09 4142.126 1319.617 85.12 45.383 0.04 53.381 2.459 134.99 331.944 7 H 4 34 36 5934 6904010 0.649 13.693 0.034 0.25 8.375 0.038 936.335 17.858 321 0.049 2.586 93.992 0.02 3.29 1.119 2421.657 1391.492 85.22 43.323 0.052 39.961 2.459 141.623 348.254 7 H 5 34 36 6084 6965010 0.649 10.608 0.061 0 12.388 0.035 1088.73 17.762 230 0.035 2.572 93.992 0.32 2.92 1.113 2800.569 1480.223 88.9 43.633 0.094 43.089 2.459 68.171 167.625 7 H 6 34 36 6434 7107350 0.781 8.429 0.039 0.04 20.731 0.044 1819.264 21.468 209 0.027 2.561 93.158 0.43 2.77 1.118 4658.51 1610.072 91.04 46.441 0.05 55.697 2.459 6.275 15.429 8 H 2 34 36 6584 7168360 -999 11.535 -999 0.03 18.805 -999 2079.949 -999 -999 -999 2.547 92.157 0.27 2.88 1.124 5297.961 1595.214 87.66 54.289 -999 59.559 2.459 27.754 68.246 8 H 3 34 36 6734 7229360 0.662 10.981 0.062 0.08 5.438 0.036 493.981 18.834 309 0.047 2.679 94.159 -0.24 2.92 1.157 1323.321 1692.87 88.36 52.943 0.094 29.025 2.459 4.135 10.169 8 H 4 34 36 6884 7290360 0.711 8.087 0.042 0 6.959 0.039 468.944 18.635 243 0.034 2.466 94.075 0.35 2.75 1.127 1156.249 1648.722 91.38 53.688 0.059 27.502 2.326 1.91 4.442 8 H 5 34 36 7041 7357870 0.913 6.425 0.05 0 11.828 0.05 581.695 38.877 271 0.03 4.006 94.075 0.44 2.88 1.127 2330.175 2794.57 93.21 43.751 0.055 39.042 3.778 0.683 2.582 8 H 6 51 53 7208 7402070 0.798 10.105 0.048 0.01 11.341 0.044 1081.909 57.746 333 0.042 6.729 92.991 0.52 2.69 1.106 7280.266 4607.737 88.34 58.592 0.06 70.067 6.543 46.29 302.866 9 H 1 8 10 7384 7428970 0.862 3.615 0.058 0.25 13 0.047 410.256 64.467 351 0.041 6.948 92.908 0.71 2.57 1.143 2850.589 5227.407 94.66 43.112 0.067 43.148 6.543 16.738 109.52 9 H 2 34 36 7684 7474820 0.644 3.901 0.035 0 12.069 0.037 377.577 45.771 307 0.048 6.574 92.491 0.23 2.49 1.086 2482.042 5125.95 93.86 38.003 0.054 41.398 6.545 22.234 145.51 9 H 4 34 36 7834 7497740 0.793 2.984 0.078 0 15.792 0.043 354.676 58.697 300 0.038 6.71 90.656 0.88 2.77 1.131 2379.942 5542.298 95.58 37.131 0.098 40.123 6.545 0 0 9 H 5 34 36 7984 7520660 0.736 3.507 0.044 0 11.862 0.04 307.356 52.156 216 0.029 6.513 91.907 1.05 2.76 1.083 2001.768 5262.281 93.01 45.232 0.06 37.347 6.543 13.09 85.648 9 H 6 34 36 8334 7574150 0.637 3.987 0.038 0 2.233 0.036 257.358 43.972 261 0.041 6.419 92.991 1.11 2.76 1.055 1652.012 5084.425 88.38 31.919 0.06 34.174 6.543 0.509 3.329 10 H 2 34 36 8634 7620000 0.691 1.719 0.043 0.07 15.189 0.039 228.616 8.841 275 0.04 1.18 92.24 1.22 2.84 1.144 269.796 1029.19 93.17 29.323 0.062 13.316 1.118 0 0 10 H 4 34 36 8934 7888250 1.209 2.652 0.047 0.22 28.739 0.068 630.55 13.616 564 0.047 0.995 88.321 0.83 2.7 1.007 627.204 827.276 82.22 38.239 0.039 22.116 1.118 37.11 41.503 10 H 6 34 36 9084 8022370 0.957 2.556 0.048 0 11.193 0.053 260.836 11.708 557 0.058 1.087 88.821 1.04 2.74 1.094 283.443 991.345 89.2 44.731 0.05 14.224 1.118 0 0 10 H 7 34 36 9134 8067080 0.909 1.395 0.058 0 27.44 0.049 274.935 10.38 296 0.033 1.032 90.406 0.87 2.83 1.021 283.824 1002.323 96.1 36.087 0.064 14.603 1.118 28.135 31.467 11 H 1 34 36 9284 8201200 1.094 6.817 0.033 0 8.155 0.061 330.74 13.385 425 0.039 1.12 91.573 1.18 2.7 1.094 370.556 1018.547 89.67 47.084 0.03 16.017 1.118 0.313 0.35 11 H 2 34 36 9584 8469450 0.789 4.587 0.04 0 11.307 0.042 365.5 9.745 283 0.036 1.142 92.491 1.24 1.87 1.089 417.55 1098.309 92.78 44.04 0.051 16.956 1.134 0 0 11 H 4 34 36 9734 8601700 0.917 1.699 0.045 0 21.666 0.05 245.117 11.249 314 0.034 1.125 91.74 1.11 2.9 1.084 275.847 1140.092 95.48 34.478 0.049 13.87 1.132 0 0 11 H 5 34 36