# Late Miocene to Present Global Ocean Alkenone and SST Reconstruction Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # Template Version 3.0 # Encoding: UTF-8 # NOTE: Please cite original publication, online resource and date accessed when using this data. # If there is no publication information, please cite Investigator, title, online resource and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # Online_Resource: https://www.ncdc.noaa.gov/paleo/study/25390 # Description: NOAA Landing Page # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/herbert2016/herbert2016-odp1125.txt # Description: NOAA location of the template # # Archive: Paleoceanography # # Dataset_DOI: # # Parameter_Keywords: biomarkers #--------------------------------------- # Contribution_Date # Date: 2018-10-10 #--------------------------------------- # File_Last_Modified_Date # Date: 2018-10-10 #--------------------------------------- # Title # Study_Name: Late Miocene to Present Global Ocean Alkenone and SST Reconstruction Data #--------------------------------------- # Investigators # Investigators: Herbert, T.D.; Lawrence, K.T.; Tzanova, A.; Peterson, L.C.; Caballero-Gill, R.; Kelly, C.S. #--------------------------------------- # Description_Notes_and_Keywords # Description: Note: age models for Sites 907 and 982 refined following publication of Herbert et al., 2016 NGS # Provided Keywords: Global ocean cooling, mid-Miocene to Present #--------------------------------------- # Publication # Authors: Herbert, T.D., K.T. Lawrence, A. Tzanova, L.C. Peterson, R. Caballero-Gill, and C.S. Kelly # Published_Date_or_Year: 2016 # Published_Title: Late Miocene Global Cooling and the Rise of Modern Ecosystems # Journal_Name: Nature Geoscience # Volume: 9 # Edition: # Issue: # Pages: 843-847 # Report_Number: # DOI: 10.1038/ngeo2813 # Online_Resource: # Full_Citation: # Abstract: During the late Miocene epoch, about seven million years ago, large areas of the continents experienced drying, enhanced seasonality, and a restructuring of terrestrial plant and animal communities. These changes are seen throughout the subtropics, but have typically been attributed to regional tectonic forcing. Here we present a set of globally distributed sea surface temperature records spanning the past 12 million years based on the alkenone unsaturation method. We find that a sustained late Miocene cooling occurred synchronously in both hemispheres, and culminated with ocean temperatures dipping to near-modern values between about 7 and 5.4 million years ago. The period of maximum cooling coincides with evidence for transient glaciations in the Northern Hemisphere and with a steepening of the pole-to-equator temperature gradient, as well. We thus infer that late Miocene aridity and terrestrial ecosystem changes occurred in a global context of increasing meridional temperature gradients. We conclude that a global forcing mechanism, such as the previously hypothesized decline in atmospheric CO2 levels between eight and six million years ago, is required to explain the late Miocene changes in temperature, climate and ecosystems. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: National Science Foundation Ocean Sciences # Grant: 1459280, 1545859 #--------------------------------------- # Funding_Agency # Funding_Agency_Name: Evolving Earth Foundation # Grant: #--------------------------------------- # Site_Information # Site_Name: ODP 1125 # Location: South Pacific Ocean # Country: # Northernmost_Latitude: -42.543167 # Southernmost_Latitude: -42.543167 # Easternmost_Longitude: -178.159833 # Westernmost_Longitude: -178.159833 # Elevation: -1365 #--------------------------------------- # Data_Collection # Collection_Name: ODP1125-2016alkenones Herbert # First_Year: 11122500 # Last_Year: 1100 # Time_Unit: cal yr BP # Core_Length: # Notes: Uk'37 measurement precision typically 0.005 units #--------------------------------------- # Chronology_Information # Chronology: # chronology taken from Herbert et al., 2016 # Event age_ka error_ka depth_(mbsf) # top 0 5 0 # MIS 5e 123 5 1.5 # MIS 11 409 10 5.6 # MIS 13 490 5 7.7 # MIS 22 873 10 17.75 # MIS 78 2081 10 56.1 # MIS 100 2510 10 70.8 # Isotope G20 3025 20 86.8 # Isotope M2 3330 20 99 # Isotope Gi1 3600 20 120.55 # Isotope Gi20 3993 20 151 # Isotope Gi26 4200 20 162.5 # Isotope CN6 4414 20 188.7 # Isotope N6 4574 20 226 # FO Globorotalia puncticulata 5200 250 270.97 # FO Globorotalia crassaformis 5200 250 271.04 # LO Globorotalia sphericomiozea 5600 250 289.62 # LO Globorotalia juanai 5400 250 271.04 # LO Globorotalia miotumida 5600 250 271.04 # FO Globorotalia pliozea 5670 250 280.77 # FO Globorotalia sphericomiozea 5600 250 289.62 # FO Globorotalia mons 5500 250 280.07 # LO Discoaster quinqueramus 5580 150 316.33 # FO Globorotalia juanai 7800 250 385.89 # LO Minylitha convallis 7800 250 405.57 # LO D. hustedtii 8400 150 472.07 # LO Bolboforma aff. metzmacheri 8500 250 453.07 # FCO N. pachyderma 9200 250 458.87 # FO Minylitha convallis 9750 150 463.79 # LO Globoquadrina dehiscens 9900 250 479.97 # LO Globorotalia panda 10300 500 506.07 # FO D. brouweri 10760 250 558.07 # FO Discoaster bellus 10500 150 547.87 # Acme Kaiti Globorotalia miotumida (dextral) event 10850 500 579.27 # C4An 8660 40 211.8 # C4An base 9100 40 215.1 # C4Ar.1n 9311 40 215.6 # C4Ar.1n base 9410 40 216 # C4Ar.2n 9656 40 219.75 # C5n.1n 9779 40 220.75 # C5n.1n base 9934 40 222.8 # C5n.2n 9987 40 223 # # C5r.1n 11120 40 232.25 # C5r.1n base 11150 40 232.6 # C5r.2n 11554 40 235.15 # C5r.2n base 11614 40 235.75 # C5An.1n 12014 40 238.2 # C5An.1n base 12116 40 239.15 # C5An.2n 12207 40 240.05 # C5An.2n base 12415 40 241.75 # C5A4.1n 12730 40 243.45 # C5A4.1n base 12765 40 243.85 # C5A4.2n 12820 40 244.65 # C5A4.2n base 12878 40 245.35 # C5AA.n 13015 40 245.5 # C5AA.n base 13156 40 247.3 # 5AB 13320 40 248.45 # #--------------------------------------- # Variables # Data variables follow that are preceded by "##" in columns one and two. # Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) ## sitename sample identification,,,,,paleoceanography,,,C,Site ## Hole notes,,,,,paleoceanography,,,C,hole name ## core notes,,,,,paleoceanography,,,C,core ## section notes,,,,,paleoceanography,,,C,section ## cm_top depth at sample end,,,centimeter,,paleoceanography,,,N, ## cm_base depth at sample start,,,centimeter,,paleoceanography,,,N, ## depth_mbsf depth,,,meter,,paleoceanography,,,N,shipboard meters below sea floor ## depth_mcd depth,,,meter,,paleoceanography,,,N,composite depth ## age_kaBP age,,,calendar kiloyear before present,,paleoceanography,,,N, ## age_uncert_ka age,,90% confidence interval margin of error,calendar kiloyear before present,,paleoceanography,,,N, ## Uk'37 alkenone unsaturation index,sediment,,dimensionless,,paleoceanography,,gas chromatography - flame ionization detection,N,GC-FID ## SST_P sea surface temperature,alkenone unsaturation index,,degree Celsius,,climate reconstructions,,,N,SST calibration following F.G. Prahl et al., 1988; estimated ## SST_M sea surface temperature,alkenone unsaturation index,,degree Celsius,,climate reconstructions,,,N,SST calibration following P.J. Muller et al. 1998; estimated ## SST_anom-M sea surface temperature,alkenone unsaturation index,,degree Celsius,,climate reconstructions,anomalized,,N,SST anomaly relative to modern; Muller calibration ## SST_anom_back sea surface temperature,alkenone unsaturation index,,degree Celsius,,climate reconstructions,anomalized,,N,SST anomaly relative to modern; backtraced for paleolatitude/longitude #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: NaN sitename Hole core section cm_top cm_base depth_mbsf depth_mcd age_kaBP age_uncert_ka Uk'37 SST_P SST_M SST_anom-M SST_anom_back 1125 A 1 1 12 14 0.01 0.07 1.1 3.15 0.568 15.56 15.88 1.43 1.43 1125 B 1 2 24 26 1.75 3.29 141.5 11.3 0.540 14.75 15.04 0.59 0.62 1125 B 1 3 54 56 3.55 5.09 286.7 22.9 0.427 11.41 11.60 -2.85 -2.78 1125 B 1 4 112 115 5.635 7.18 424.8 24.8 0.494 13.40 13.65 -0.80 -0.70 1125 B 1 4 112 115 5.635 7.18 424.8 24.8 0.495 13.42 13.68 -0.77 -0.67 1125 A 2 3 69 72 8.005 9.58 504 16.9 0.560 15.31 15.62 1.17 1.29 1125 A 2 5 12 14 10.43 12 587.2 37.9 0.503 13.64 13.90 -0.55 -0.41 1125 B 2 3 2 5 11.335 14.39 622.2 41.45 0.603 16.57 16.92 2.47 2.62 1125 B 2 4 92 95 13.735 16.79 715.3 78.85 0.608 16.75 17.10 2.65 2.83 1125 A 3 4 103 105 19.34 19.23 940.6 61.55 0.571 15.63 15.96 1.51 1.73 1125 A 3 6 42 44 21.73 21.62 964.6 81.35 0.640 17.67 18.06 3.61 3.84 1125 B 3 2 62 65 19.935 24.03 1023.3 98.8 0.587 16.10 16.44 1.99 2.24 1125 B 3 4 2 5 22.335 26.43 1043 110.15 0.534 14.56 14.85 0.40 0.66 1125 B 3 5 92 95 24.735 28.84 1120.7 165.65 0.614 16.92 17.28 2.83 3.10 1125 A 4 4 31 34 28.125 31.22 1229.1 183.5 0.648 17.91 18.30 3.85 4.15 1125 B 4 2 27 30 29 33.67 1256.9 197 0.640 17.67 18.05 3.60 3.91 1125 B 4 3 117 120 31.485 36.07 1333.2 209.7 0.588 16.15 16.49 2.04 2.37 1125 B 4 5 57 60 33.885 38.47 1405.6 219.55 0.642 17.72 18.11 3.66 4.01 1125 A 5 3 1 3 35.8 40.87 1463.2 226.55 0.640 17.67 18.05 3.60 3.96 1125 A 5 4 90 92 38.21 43.26 1536.2 228.45 0.654 18.09 18.49 4.04 4.42 1125 A 5 6 30 33 40.615 45.67 1556.8 232.05 0.654 18.09 18.49 4.04 4.42 1125 B 5 2 58 61 38.895 48 1608.2 234.35 0.639 17.65 18.03 3.58 3.98 1125 B 5 3 100 102 40.81 49.97 1614 232.1 0.670 18.55 18.96 4.51 4.91 1125 B 5 4 1 4 41.325 50.49 1629.3 224.65 0.652 18.03 18.43 3.98 4.38 1125 B 5 5 88 91 43.695 52.86 1700.2 208.65 0.619 17.05 17.41 2.96 3.38 1125 A 6 3 130 132 46.61 55.04 1790.1 182.4 0.630 17.39 17.77 3.32 3.76 1125 A 6 3 130 132 46.61 55.04 1790.1 182.4 0.630 17.37 17.75 3.30 3.75 1125 A 6 4 1 3 46.82 55.25 1796.9 180.15 0.614 16.93 17.29 2.84 3.29 1125 A 6 4 1 3 46.82 55.25 1796.9 180.15 0.613 16.88 17.24 2.79 3.24 1125 A 6 5 84 86 49.15 57.58 1871.5 156.55 0.637 17.59 17.97 3.52 3.99 1125 A 6 5 84 86 49.15 57.58 1871.5 156.55 0.638 17.63 18.02 3.57 4.03 1125 B 6 3 82 84 50.13 60.06 1902.5 153.5 0.633 17.47 17.85 3.40 3.87 1125 A 7 3 6 8 54.87 65.05 2046.8 61.6 0.606 16.66 17.02 2.57 3.08 1125 B 7 2 63 65 57.94 70.06 2145.6 54.1 0.566 15.51 15.83 1.38 1.92 1125 A 8H 2 24 NaN 63.04 74.490 2291.3 110.7 0.673 18.65 19.06 4.61 5.19 1125 A 8H 2 24 NaN 63.04 74.490 2291.3 110.7 0.675 18.71 19.13 4.68 5.26 1125 B 7 5 113 115 62.94 75.06 2294 111.2 0.653 18.05 18.45 4.00 4.57 1125 B 7 5 113 115 62.94 75.06 2294 111.2 0.650 17.96 18.35 3.90 4.48 1125 A 8H 2 99 101 63.79 75.240 2314.6 115.6 0.638 17.62 18.01 3.56 4.14 1125 A 8H 3 24 26 64.54 75.990 2335.1 123 0.618 17.02 17.38 2.93 3.52 1125 A 8H 3 99 101 65.29 76.740 2355.9 122.15 0.680 18.86 19.28 4.83 5.43 1125 A 8H 4 24 26 66.04 77.490 2377.1 105.1 0.700 19.43 19.87 5.42 6.02 1125 A 8H 4 99 101 66.79 78.240 2398.2 89.15 0.699 19.41 19.84 5.39 6.00 1125 A 8H 5 24 26 67.54 78.990 2419.4 74.7 0.686 19.03 19.46 5.01 5.62 1125 A 8H 5 99 101 68.29 79.740 2440.6 62.9 0.689 19.13 19.56 5.11 5.73 1125 B 8 3 50 52 68.81 80.01 2455.3 56.95 0.709 19.69 20.14 5.69 6.31 1125 A 8H 6 24 26 69.04 80.450 2461.9 54.9 0.649 17.95 18.35 3.90 4.52 1125 A 8H 6 99 101 69.79 81.200 2483.2 52.8 0.627 17.29 17.66 3.21 3.84 1125 B 8H 4 99 101 70.8 82.110 2514.4 35.55 0.598 16.44 16.78 2.33 2.97 1125 B 8H 5 24 26 71.55 82.860 2538.3 30.65 0.639 17.65 18.03 3.58 4.22 1125 A 9H 1 77 79 71.58 83.620 2539.3 30.85 0.675 18.72 19.13 4.68 5.33 1125 A 9H 2 4 6 72.35 84.390 2563.8 41.35 0.694 19.27 19.70 5.25 5.90 1125 A 9H 2 4 6 72.35 84.390 2563.8 41.35 0.692 19.21 19.64 5.19 5.84 1125 A 9 2 83 85 73.14 85.06 2587.2 58.65 0.666 18.43 18.84 4.39 5.05 1125 A 9H 2 77 79 73.08 85.120 2589.1 60.3 0.669 18.52 18.93 4.48 5.13 1125 A 9H 3 4 6 73.85 85.890 2611.8 79.15 0.643 17.77 18.16 3.71 4.37 1125 B 9H 1 15 17 74.96 86.710 2646.7 110.4 0.594 16.33 16.67 2.22 2.89 1125 B 9H 1 90 92 75.71 87.460 2671 107.45 0.579 15.89 16.22 1.77 2.45 1125 B 9H 2 15 17 76.46 88.210 2695.4 107.1 0.625 17.24 17.61 3.16 3.85 1125 B 9H 2 90 92 77.21 88.960 2719.8 109.4 0.745 20.75 21.23 6.78 7.47 1125 B 9H 3 15 17 77.96 89.710 2744.2 114.35 0.696 19.31 19.75 5.30 5.99 1125 A 9 5 132 134 78.13 90.05 2749.7 116.15 0.582 15.96 16.29 1.84 2.54 1125 B 9H 3 90 92 78.71 90.460 2768.6 123.8 0.608 16.72 17.08 2.63 3.33 1125 B 9H 4 15 17 79.46 91.210 2792.8 135.3 0.692 19.20 19.63 5.18 5.89 1125 B 9H 4 90 92 80.21 91.960 2817 140.4 0.655 18.12 18.52 4.07 4.79 1125 B 9H 4 90 92 80.21 91.960 2817 140.4 0.661 18.28 18.69 4.24 4.96 1125 B 9H 5 15 17 80.96 92.710 2841.3 125.5 0.650 17.96 18.35 3.90 4.63 1125 B 9H 5 90 92 81.71 93.460 2865.7 112.05 0.621 17.11 17.48 3.03 3.76 1125 B 9H 6 15 17 82.46 94.210 2878.7 106.3 0.675 18.72 19.13 4.68 5.42 1125 B 9H 6 90 92 83.21 94.960 2890.2 101.8 0.692 19.20 19.63 5.18 5.92 1125 A 10 2 30 32 82.11 94.98 2914.4 94.85 0.708 19.68 20.13 5.68 6.42 1125 B 9H 7 15 17 83.96 95.710 2914.4 94.85 0.718 19.97 20.42 5.97 6.72 1125 A 10 2 140 142 83.200 96.07 2914.4 94.85 0.704 19.56 20.00 5.55 6.30 1125 A 10 2 140 142 83.200 96.07 2914.4 94.85 0.689 19.11 19.54 5.09 5.84 1125 A 10 2 140 142 83.200 96.07 2914.7 95.1 0.706 19.63 20.07 5.62 6.37 1125 A 10 2 140 142 83.200 96.07 2939.3 91.65 0.689 19.12 19.55 5.10 5.85 1125 B 10 2 50 52 86.31 99.98 3011.5 69.55 0.642 17.74 18.12 3.67 4.44 1125 A 10 5 83 85 87.130 100.00 3035.6 59.05 0.662 18.31 18.71 4.26 5.04 1125 A 10 5 83 85 87.130 100.00 3035.6 59.05 0.672 18.63 19.04 4.59 5.37 1125 A 10 5 83 85 87.130 100.00 3035.6 59.05 0.663 18.34 18.74 4.29 5.07 1125 A 10 5 83 85 87.130 100.00 3035.6 59.05 0.673 18.66 19.07 4.62 5.40 1125 B 10 5 100 102 91.31 104.98 3149.4 80.45 0.656 18.14 18.53 4.08 4.89 1125 A 11 5 59 61 96.4 109.98 3266 78.9 0.666 18.44 18.84 4.39 5.23 1125 B 11 5 110 112 100.91 114.97 3361.1 58.55 0.695 19.30 19.74 5.29 6.15 1125 A 12 4 143 145 105.24 120.05 3418.7 79.45 0.695 19.29 19.72 5.27 6.15 1125 B 12 5 30 32 109.01 125.01 3468.8 80.65 0.638 17.63 18.01 3.56 4.46 1125 A 13 4 45 47 113.81 130.04 3532.9 77.95 0.675 18.69 19.11 4.66 5.57 1125 B 13 6 50 53 120.815 136.895 3629.1 58.7 0.727 20.23 20.69 6.24 7.18 1125 B 13 6 50 53 120.815 136.895 3629.1 58.7 0.725 20.17 20.63 6.18 7.12 1125 A 14 5 40 43 124.715 141.785 3694.5 78.6 0.763 21.31 21.80 7.35 8.31 1125 A 14 5 40 43 124.715 141.785 3694.5 78.6 0.748 20.86 21.34 6.89 7.85 1125 A 14 5 40 43 124.715 141.785 3694.5 78.6 0.756 21.09 21.57 7.12 8.08 1125 B 14 5 90 93 129.215 146.835 3774.3 102.8 0.645 17.83 18.22 3.77 4.75 1125 A 15 5 0 2 133.86 151.84 3860.7 120.1 0.675 18.83 19.13 4.68 5.68 1125 A 15 6 80 82 136.16 154.14 3900.7 117.8 0.648 17.92 18.31 3.86 4.88 1125 B 15 5 95 98 138.765 157.575 3949.6 120.9 0.713 19.83 20.28 5.83 6.85 1125 A 16 5 144 146 144.72 163.89 4059.7 114.9 0.679 18.83 19.25 4.80 5.85 1125 B 16 5 120 122 148.5 167.78 4128.3 91 0.709 19.71 20.16 5.71 6.78 1125 A 17 6 135 138 155.715 174.465 4240.5 70.65 0.706 19.63 20.08 5.63 6.73 1125 B 17 6 85 88 159.165 179.535 4275.2 78.95 0.648 17.90 18.30 3.85 4.96 1125 A 18 5 144 146 163.75 186.19 4322.3 83.55 0.700 19.43 19.86 5.41 6.54 1125 B 18 4 119 122 166.005 190.515 4345.5 85.95 0.600 16.51 16.86 2.41 3.54 1125 A 19 6 102 104 174.36 197.16 4429.5 86.6 0.620 17.08 17.45 3.00 4.15 1125 A 19 6 102 104 174.36 197.16 4429.5 86.6 0.617 17.01 17.37 2.92 4.08 1125 B 19 5 64 67 176.455 201.715 4450.8 83.2 0.614 16.92 17.28 2.83 3.99 1125 A 20 6 22 24 182.83 207.93 4517.2 74.85 0.717 19.93 20.38 5.93 7.11 1125 A 21 5 70 72 191.51 217.37 4615.3 53.85 0.717 19.94 20.39 5.94 7.15 1125 B 21 6 85 88 197.165 224.225 4706 55.05 0.678 18.78 19.20 4.75 5.98 1125 A 22 6 38 41 202.195 229.895 4789.2 57.8 0.698 19.37 19.80 5.35 6.61 1125 B 22 4 90 92 202.71 233.98 4797.7 62.25 0.739 20.58 21.06 6.61 7.86 1125 B 22 7 36 39 206.575 237.645 4860.3 90.9 0.687 19.05 19.47 5.02 6.29 1125 B 23 1 100 102 207.81 238.88 4880 97.55 0.726 20.19 20.65 6.20 7.48 1125 B 23 4 0 2 211.31 242.38 4936.2 118 0.652 18.04 18.43 3.98 5.28 1125 B 23 6 50 52 214.81 245.88 4993.2 136.5 0.712 19.78 20.23 5.78 7.09 1125 B 24 1 100 102 217.41 248.48 5035.1 140.2 0.735 20.48 20.95 6.50 7.82 1125 B 24 4 0 2 220.91 251.98 5091.6 153.5 0.698 19.39 19.82 5.37 6.71 1125 B 25 1 100 102 227.01 258.08 5190.1 157.55 0.756 21.08 21.57 7.12 8.48 1125 B 25 4 0 2 230.51 261.58 5246.1 165.9 0.784 21.92 22.43 7.98 9.36 1125 B 25 6 50 52 234.01 265.08 5302.8 165.6 0.747 20.82 21.30 6.85 8.24 1125 B 25 6 50 52 234.01 265.08 5302.8 165.6 0.743 20.69 21.17 6.72 8.11 1125 B 26 1 100 102 236.61 267.61 5344.9 163.6 0.767 21.41 21.91 7.46 8.86 1125 B 26 4 0 2 240.11 271.18 5401.5 167.4 0.705 19.58 20.03 5.58 6.99 1125 B 26 6 50 52 243.61 274.68 5459.5 167.95 0.657 18.17 18.57 4.12 5.56 1125 B 27 1 100 102 246.21 277.28 5502.2 170.8 0.678 18.81 19.22 4.77 6.22 1125 B 27 4 0 2 249.71 280.78 5560.4 177.2 0.740 20.61 21.09 6.64 8.10 1125 B 27 6 50 52 253.21 284.28 5618.4 177.35 0.665 18.41 18.81 4.36 5.84 1125 B 28 1 100 102 255.81 286.88 5661.5 182.85 0.656 18.16 18.56 4.11 5.60 1125 B 28 4 0 2 259.31 290.38 5719.5 190.25 0.686 19.03 19.45 5.00 6.50 1125 B 28 6 50 52 262.81 293.88 5780.5 197.25 0.658 18.21 18.61 4.16 5.68 1125 B 29 1 100 102 265.41 296.48 5826.4 210.35 0.685 19.01 19.44 4.99 6.52 1125 B 29 4 0 2 268.91 299.98 5888.5 220.35 0.727 20.22 20.68 6.23 7.78 1125 B 29 6 50 52 272.46 303.53 5951.2 228.9 0.672 18.61 19.02 4.57 6.13 1125 B 30 1 100 102 275.11 306.18 5997.9 242.4 0.694 19.26 19.69 5.24 6.82 1125 B 30 1 100 102 275.11 306.18 5997.9 242.4 0.694 19.27 19.70 5.25 6.83 1125 B 30 4 0 2 278.61 309.68 6059.7 246.9 0.766 21.40 21.89 7.44 9.04 1125 B 30 6 50 52 282.11 313.18 6121.8 254.25 0.720 20.03 20.49 6.04 7.65 1125 B 31 1 100 102 284.71 315.78 6167.8 263.7 0.729 20.30 20.76 6.31 7.93 1125 B 32 1 100 102 294.31 325.38 6352.1 279.65 0.682 18.91 19.33 4.88 6.55 1125 B 32 4 0 2 297.81 328.88 6423.3 286.95 0.710 19.74 20.18 5.73 7.42 1125 B 32 6 50 52 301.31 332.38 6493.7 290.45 0.705 19.60 20.04 5.59 7.29 1125 B 33 1 100 102 304.01 335.08 6547.3 294.55 0.766 21.39 21.89 7.44 9.16 1125 B 33 4 0 2 307.51 338.58 6617.8 296.1 0.755 21.06 21.55 7.10 8.83 1125 B 33 6 50 52 311.01 342.08 6688.6 300.3 0.723 20.11 20.57 6.12 7.88 1125 B 34 1 100 102 313.61 344.68 6740.9 300.45 0.778 21.75 22.25 7.80 9.57 1125 B 34 4 0 2 317.11 348.18 6811.3 301.05 0.766 21.38 21.88 7.43 9.21 1125 B 34 6 50 52 320.61 351.68 6881.5 303.95 0.714 19.84 20.29 5.84 7.64 1125 B 35 1 100 102 322.91 353.98 6928.3 303.4 0.759 21.17 21.66 7.21 9.03 1125 B 35 4 0 2 326.41 357.48 6999.1 303.95 0.777 21.71 22.22 7.77 9.60 1125 B 35 4 0 2 326.41 357.48 6999.1 303.95 0.778 21.75 22.26 7.81 9.64 1125 B 35 6 50 52 329.91 360.98 7069.6 312.05 0.738 20.55 21.03 6.58 8.43 1125 B 37 1 100 102 342.11 373.18 7319.8 305.25 0.806 22.56 23.09 8.64 10.56 1125 B 37 4 0 2 345.61 376.68 7390.3 305.8 0.795 22.25 22.77 8.32 10.25 1125 B 38 1 100 102 351.71 382.78 7514.5 301.25 0.812 22.75 23.29 8.84 10.80 1125 B 38 6 50 52 358.71 389.78 7653.9 295.8 0.823 23.07 23.62 9.17 11.17 1125 B 39 1 100 102 361.41 392.48 7705.3 294.6 0.766 21.37 21.86 7.41 9.42 1125 B 39 4 0 2 364.91 395.98 7770.2 297.15 0.803 22.48 23.01 8.56 10.58 1125 B 39 6 50 52 368.41 399.48 7836.2 291.7 0.774 21.63 22.14 7.69 9.73 1125 B 40 1 100 102 371.11 402.18 7887.2 291.25 0.822 23.04 23.59 9.14 11.19 1125 B 40 4 0 2 374.61 405.68 7953.4 296.1 0.762 21.26 21.75 7.30 9.37 1125 B 41 1 100 102 380.71 411.78 8069.4 298.1 0.777 21.70 22.21 7.76 9.85 1125 B 41 4 0 2 384.21 415.28 8137.5 302.05 0.800 22.40 22.92 8.47 10.59 1125 B 41 6 50 52 387.71 418.78 8207 300.8 0.810 22.67 23.21 8.76 10.89 1125 B 41 6 50 52 387.71 418.78 8207 300.8 0.803 22.47 23.00 8.55 10.68 1125 B 42 1 100 102 390.41 421.48 8260.2 304.35 0.824 23.10 23.65 9.20 11.34 1125 B 42 4 0 2 393.91 424.98 8328.2 304.35 0.840 23.55 24.11 9.66 11.82 1125 B 43 1 100 102 400.01 431.08 8447.2 308.8 0.854 23.96 24.54 10.09 12.27 1125 B 43 4 0 2 403.51 434.58 8517.1 304.85 0.854 23.97 24.55 10.10 12.30 1125 B 45 1 100 102 419.31 450.38 8825.6 302.8 0.859 24.10 24.68 10.23 12.51 1125 B 45 4 0 2 422.81 453.88 8894.3 295.55 0.793 22.17 22.69 8.24 10.53 1125 B 45 6 50 52 426.31 457.38 8965.5 293.7 0.850 23.85 24.42 9.97 12.28 1125 B 46 1 100 102 428.91 459.98 9022 294.7 0.810 22.67 23.21 8.76 11.07 1125 B 46 4 0 2 432.41 463.48 9096.1 294 0.822 23.03 23.58 9.13 11.46 1125 B 46 6 50 52 435.91 466.98 9167.3 299.15 0.842 23.63 24.19 9.74 12.09 1125 B 47 1 100 102 438.51 469.58 9215.4 300.05 0.847 23.75 24.32 9.87 12.23 1125 B 47 1 100 102 438.51 469.58 9215.4 300.05 0.844 23.69 24.26 9.81 12.17 1125 B 47 4 0 2 442.01 473.08 9280.1 301.35 0.858 24.10 24.68 10.23 12.60 1125 B 47 6 50 52 445.51 476.58 9345.2 306.5 0.848 23.81 24.38 9.93 12.31 1125 B 48 1 100 102 447.81 478.88 9392.5 305.4 0.834 23.38 23.93 9.48 11.88 1125 B 49 1 100 102 457.41 488.48 9578.7 310.05 0.864 24.27 24.86 10.41 12.85 1125 B 49 4 0 2 460.91 491.98 9641.2 315.4 0.890 25.02 25.62 11.17 13.63 1125 B 49 6 50 52 464.41 495.48 9704.9 318.1 0.860 24.14 24.72 10.27 12.73 1125 B 50 1 100 102 467.01 498.08 9751.9 317.85 0.886 24.90 25.51 11.06 13.53 1125 B 50 4 0 2 470.51 501.58 9814.3 323.1 0.879 24.70 25.30 10.85 13.33 1125 B 50 6 50 52 474.01 505.08 9878.1 321.6 0.882 24.81 25.41 10.96 13.46 1125 B 51 1 100 102 476.21 507.28 9917.9 320.95 0.918 25.86 26.49 12.04 14.55 1125 B 51 4 0 2 479.71 510.78 9979.8 324.3 0.890 25.03 25.64 11.19 13.71 1125 B 51 6 50 52 483.21 514.28 10041.1 321.5 0.873 24.51 25.11 10.66 13.19 1125 B 52 1 100 102 485.91 516.98 10088.7 323.7 0.889 25.00 25.60 11.15 13.70 1125 B 52 4 0 2 489.41 520.48 10149.8 324.9 0.866 24.32 24.91 10.46 13.01 1125 B 52 6 50 52 492.91 523.98 10212 325.25 0.882 24.80 25.40 10.95 13.52 1125 B 53 1 100 102 495.51 526.58 10258.3 328.95 0.890 25.02 25.63 11.18 13.76 1125 B 53 4 0 2 499.01 530.08 10319.9 327.85 0.891 25.05 25.65 11.20 13.80 1125 B 53 4 0 2 499.01 530.08 10319.9 327.85 0.889 25.01 25.61 11.16 13.75 1125 B 53 6 50 52 502.51 533.58 10380.7 328.45 0.896 25.22 25.83 11.38 13.98 1125 B 54 1 100 102 505.11 536.18 10425.7 331.2 0.906 25.49 26.12 11.67 14.28 1125 B 54 1 100 102 505.11 536.18 10425.7 331.2 0.899 25.30 25.91 11.46 14.08 1125 B 54 4 0 2 508.61 539.68 10486.8 327.4 0.899 25.29 25.90 11.45 14.08 1125 B 54 4 0 2 508.61 539.68 10486.8 327.4 0.878 24.68 25.28 10.83 13.46 1125 B 54 6 50 52 512.11 543.18 10548 326.6 0.912 25.69 26.32 11.87 14.50 1125 B 55 1 100 102 514.81 545.88 10595.5 327.8 0.915 25.77 26.40 11.95 14.60 1125 B 55 4 0 2 518.31 549.38 10658.3 324.6 0.901 25.36 25.97 11.52 14.18 1125 B 56 1 100 102 524.41 555.48 10767.5 327.15 0.890 25.02 25.62 11.17 13.86 1125 B 56 1 100 102 524.41 555.48 10767.5 327.15 0.889 25.00 25.60 11.15 13.84 1125 B 56 4 0 2 527.91 558.98 10831 327.05 0.901 25.36 25.97 11.52 14.22 1125 B 56 6 50 52 531.41 562.48 10894.4 331.1 0.911 25.64 26.26 11.81 14.52 1125 B 56 6 50 52 531.41 562.48 10894.4 331.1 0.904 25.45 26.07 11.62 14.32 1125 B 57 1 100 102 534.01 565.08 10942.8 338.75 0.921 25.95 26.58 12.13 14.85 1125 B 57 1 100 102 534.01 565.08 10942.8 338.75 0.927 26.12 26.76 12.31 15.03 1125 B 57 4 0 2 537.51 568.58 11007.7 350.2 0.888 24.97 25.58 11.13 13.86 1125 B 57 6 50 52 541.01 572.08 11073.3 361.2 0.890 25.03 25.64 11.19 13.93 1125 B 58 1 100 102 543.61 574.68 11122.5 365.55 0.914 25.74 26.37 11.92 14.67