# 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-odp1021.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. #--------------------------------------- # Publication # Authors: LaRiviere, J.P., A.C. Ravelo, A. Crimmins, P.S. Dekens, H.L. Ford, M. Lyle, and M.W. Wara # Published_Date_or_Year: 2012 # Published_Title: Late Miocene decoupling of oceanic warmth and atmospheric carbon dioxide forcing, # Journal_Name: Nature # Volume: 486 # Edition: # Issue: # Pages: 97-100 # Report_Number: # DOI: 10.1038/nature11200 # Online_Resource: # Full_Citation: # Abstract: Deep-time palaeoclimate studies are vitally important for developing a complete understanding of climate responses to changes in the atmospheric carbon dioxide concentration (that is, the atmospheric partial pressure of CO2, pCO2)1. Although past studies have explored these responses during portions of the Cenozoic era (the most recent 65.5 million years (Myr) of Earth history), comparatively little is known about the climate of the late Miocene (~12–5 Myr ago), an interval with pCO2 values of only 200–350?parts per million by volume but nearly ice-free conditions in the Northern Hemisphere2,3 and warmer-than-modern temperatures on the continents4. Here we present quantitative geochemical sea surface temperature estimates from the Miocene mid-latitude North Pacific Ocean, and show that oceanic warmth persisted throughout the interval of low pCO2~12–5 Myr ago. We also present new stable isotope measurements from the western equatorial Pacific that, in conjunction with previously published data5,6,7,8,9,10, reveal a long-term trend of thermocline shoaling in the equatorial Pacific since ~13?Myr ago. We propose that a relatively deep global thermocline, reductions in low-latitude gradients in sea surface temperature, and cloud and water vapour feedbacks may help to explain the warmth of the late Miocene. Additional shoaling of the thermocline after 5?Myr ago probably explains the stronger coupling between pCO2, sea surface temperatures and climate that is characteristic of the more recent Pliocene and Pleistocene epochs. #--------------------------------------- # 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 1021 # Location: Eastern Pacific Ocean # Country: # Northernmost_Latitude: 39.088 # Southernmost_Latitude: 39.088 # Easternmost_Longitude: -127.783 # Westernmost_Longitude: -127.783 # Elevation: -4215 #--------------------------------------- # Data_Collection # Collection_Name: ODP1021-2016alkenones Herbert # First_Year: 13526890 # Last_Year: 38750 # Time_Unit: cal yr BP # Core_Length: # Notes: alkenone data reported from LaRiviere et al., 2012, interpreted in anomaly framework by Herbert et al., 2016. chronology taken from LaRiviere et al., 2012 #--------------------------------------- # Chronology_Information # Chronology: #--------------------------------------- # 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 1021 B 1 1 140 142 1.41 1.41 40.49 NaN 0.293 7.474 7.55 -6.95 -6.95 1021 B 1 2 130 132 2.81 2.81 80.70 NaN 0.355 9.284 9.41 -5.09 -5.09 1021 B 1 3 120 122 4.21 4.21 120.91 NaN 0.418 11.148 11.33 -3.17 -3.17 1021 B 1 4 110 112 5.61 5.61 161.11 NaN 0.348 9.090 9.21 -5.29 -5.29 1021 B 1 5 100 102 7.01 7.01 201.32 NaN 0.348 9.086 9.21 -5.29 -5.29 1021 B 2 1 40 42 8.43 9.59 275.41 NaN 0.342 8.915 9.03 -5.47 -5.47 1021 B 2 2 30 32 9.83 10.99 315.62 NaN 0.317 8.190 8.29 -6.21 -6.21 1021 B 2 3 20 22 11.23 12.39 355.82 NaN 0.412 10.980 11.16 -3.34 -3.34 1021 B 2 4 10 12 12.63 13.79 396.03 NaN 0.253 6.296 6.34 -8.16 -8.16 1021 B 2 5 0 2 14.03 15.19 436.24 NaN 0.495 13.411 13.67 -0.83 -0.83 1021 B 2 5 140 142 15.43 16.59 476.44 NaN 0.269 6.752 6.81 -7.69 -7.69 1021 B 2 6 130 132 16.83 17.99 516.65 NaN 0.396 10.510 10.68 -3.82 -3.82 1021 B 3 1 60 62 18.13 20.05 575.81 NaN 0.327 8.464 8.57 -5.93 -5.93 1021 B 3 2 40 42 19.43 21.35 613.14 NaN 0.361 9.481 9.62 -4.88 -4.88 1021 B 3 3 20 22 20.73 22.65 650.48 NaN 0.317 8.168 8.26 -6.24 -6.24 1021 B 3 3 135 137 21.88 23.8 683.51 NaN 0.283 7.171 7.24 -7.26 -7.26 1021 B 3 4 130 132 23.33 25.25 725.15 NaN 0.386 10.197 10.35 -4.15 -4.15 1021 B 3 5 110 112 24.63 26.55 762.48 NaN 0.359 9.418 9.55 -4.95 -4.95 1021 B 3 6 90 92 25.93 27.85 803.87 NaN 0.297 7.587 7.67 -6.83 -6.83 1021 B 4 1 20 22 27.23 29.71 868.22 NaN 0.402 10.666 10.84 -3.66 -3.66 1021 B 4 2 0 2 28.53 31.01 913.20 NaN 0.248 6.138 6.17 -8.33 -8.33 1021 B 4 3 110 112 31.13 33.61 1003.41 NaN 0.389 10.282 10.44 -4.06 -3.88 1021 B 4 4 90 92 32.43 34.91 1049.29 NaN 0.343 8.953 9.07 -5.43 -5.25 1021 B 4 5 50 52 33.53 36.01 1088.12 NaN 0.352 9.220 9.35 -5.15 -4.98 1021 B 4 6 10 12 34.63 37.11 1126.94 NaN 0.328 8.505 8.61 -5.89 -5.71 1021 B 4 6 120 122 35.73 38.21 1165.76 NaN 0.454 12.216 12.43 -2.07 -1.89 1021 B 5 1 30 32 36.83 40.83 1258.24 NaN 0.358 9.374 9.51 -4.99 -4.82 1021 B 5 1 140 142 37.93 41.93 1297.06 NaN 0.294 7.494 7.57 -6.93 -6.76 1021 B 5 2 100 102 39.03 43.03 1335.88 NaN 0.475 12.824 13.06 -1.44 -1.27 1021 B 5 3 60 62 40.13 44.13 1374.71 NaN 0.430 11.493 11.69 -2.81 -2.64 1021 B 5 4 20 22 41.23 45.23 1413.53 NaN 0.548 14.963 15.26 0.76 0.94 1021 B 5 4 30 32 41.33 45.33 1417.06 NaN 0.556 15.204 15.51 1.01 1.19 1021 B 5 5 40 42 42.93 46.93 1473.53 NaN 0.346 9.036 9.16 -5.34 -5.17 1021 B 5 6 50 52 44.53 48.53 1530.00 NaN 0.491 13.299 13.55 -0.95 -0.78 1021 B 5 7 10 12 45.63 49.63 1568.82 NaN 0.471 12.717 12.95 -1.55 -1.38 1021 B 6 1 70 72 46.73 51.47 1633.76 NaN 0.405 10.756 10.93 -3.57 -3.40 1021 B 6 2 30 32 47.83 52.57 1672.59 NaN 0.550 15.032 15.34 0.84 1.01 1021 B 6 3 0 2 49.03 53.77 1714.94 NaN 0.393 10.421 10.58 -3.92 -3.74 1021 B 6 3 20 22 49.23 53.97 1722.00 NaN 0.349 9.111 9.24 -5.26 -5.09 1021 B 6 4 90 92 51.43 56.17 1795.45 NaN 0.390 10.325 10.49 -4.01 -3.84 1021 B 6 5 60 62 52.63 57.37 1831.82 NaN 0.504 13.664 13.93 -0.57 -0.40 1021 B 6 6 30 32 53.83 58.57 1868.18 NaN 0.481 12.987 13.23 -1.27 -1.10 1021 B 6 7 0 2 55.03 59.77 1904.55 NaN 0.337 8.752 8.87 -5.63 -5.46 1021 B 7 1 70 72 56.23 61.9 1969.09 NaN 0.425 11.351 11.54 -2.96 -2.78 1021 B 7 2 40 42 57.43 63.1 2005.45 NaN 0.355 9.294 9.42 -5.08 -4.90 1021 B 7 3 10 12 58.63 64.3 2041.82 NaN 0.586 16.091 16.43 1.93 2.10 1021 B 7 3 130 132 59.83 65.5 2078.18 NaN 0.457 12.305 12.53 -1.97 -1.80 1021 B 7 4 100 102 61.03 66.7 2114.55 NaN 0.340 8.856 8.97 -5.53 -5.35 1021 B 7 5 70 72 62.23 67.9 2148.57 NaN 0.474 12.794 13.03 -1.47 -1.30 1021 B 7 6 50 52 63.53 69.2 2179.50 NaN 0.396 10.495 10.66 -3.84 -3.67 1021 B 7 7 50 52 65.03 70.7 2215.20 NaN 0.312 8.042 8.13 -6.37 -6.19 1021 B 8 2 10 12 66.63 73.16 2273.74 NaN 0.495 13.405 13.66 -0.84 -0.67 1021 B 8 3 20 22 68.23 74.76 2311.81 NaN 0.530 14.430 14.72 0.22 0.39 1021 B 8 4 30 32 69.83 76.36 2349.89 NaN 0.385 10.186 10.34 -4.16 -3.98 1021 B 8 5 40 42 71.43 77.96 2387.96 NaN 0.465 12.540 12.77 -1.73 -1.56 1021 B 8 6 50 52 73.03 79.56 2426.04 NaN 0.447 11.986 12.20 -2.30 -2.13 1021 B 9 1 14 16 74.67 83.36 2516.46 NaN 0.482 13.028 13.27 -1.23 -1.05 1021 B 9 2 20 22 76.23 84.92 2553.59 NaN 0.479 12.933 13.17 -1.33 -1.15 1021 B 9 3 30 32 77.83 86.52 2592.29 NaN 0.515 14.005 14.28 -0.22 -0.05 1021 B 9 4 42 44 79.45 88.14 2632.92 NaN 0.518 14.078 14.35 -0.15 0.03 1021 B 9 5 50 52 81.03 89.72 2672.56 NaN 0.545 14.887 15.19 0.69 0.86 1021 B 9 6 60 62 82.63 91.32 2712.69 NaN 0.478 12.908 13.15 -1.35 -1.18 1021 B 10 1 20 22 84.23 96.96 2854.16 NaN 0.554 15.155 15.46 0.96 1.14 1021 B 10 2 30 32 85.83 98.56 2894.29 NaN 0.476 12.848 13.09 -1.41 -1.24 1021 B 10 3 40 42 87.43 100.16 2934.42 NaN 0.487 13.165 13.41 -1.09 -0.91 1021 B 10 4 50 52 89.03 101.76 2974.55 NaN 0.406 10.803 10.98 -3.52 -3.35 1021 B 10 5 10 12 90.13 102.86 3002.14 NaN 0.413 11.010 11.19 -3.31 -3.13 1021 B 10 6 70 72 92.23 104.96 3054.82 NaN 0.490 13.252 13.50 -1.00 -0.82 1021 B 11 1 30 32 93.83 106.96 3104.98 NaN 0.461 12.407 12.63 -1.87 -1.69 1021 B 11 2 40 42 95.43 108.56 3161.51 NaN 0.506 13.740 14.01 -0.49 -0.32 1021 B 11 3 53 55 97.06 110.19 3221.47 NaN 0.510 13.861 14.13 -0.37 -0.20 1021 B 11 4 60 62 98.63 111.76 3279.23 NaN 0.394 10.452 10.62 -3.88 -3.71 1021 B 11 5 70 72 100.23 113.36 3336.35 NaN 0.475 12.819 13.06 -1.44 -1.27 1021 B 11 6 80 82 101.83 114.96 3382.54 NaN 0.545 14.885 15.18 0.68 0.86 1021 B 12 1 15 17 103.18 117.47 3455.00 NaN 0.508 13.803 14.07 -0.43 -0.25 1021 B 12 1 140 142 104.43 118.72 3491.09 NaN 0.590 16.211 16.55 2.05 2.23 1021 B 12 2 120 122 105.73 120.02 3528.61 NaN 0.572 15.682 16.01 1.51 1.68 1021 B 12 3 100 102 107.03 121.32 3566.14 NaN 0.521 14.190 14.47 -0.03 0.14 1021 B 12 4 80 82 108.33 122.62 3613.47 NaN 0.572 15.670 15.99 1.49 1.67 1021 B 12 5 60 62 109.63 123.92 3666.53 NaN 0.436 11.680 11.88 -2.62 -2.44 1021 B 12 6 40 42 110.93 125.22 3719.59 NaN 0.494 13.393 13.65 -0.85 -0.68 1021 B 12 7 20 22 112.23 126.52 3772.65 NaN 0.563 15.420 15.74 1.24 1.41 1021 B 13 1 100 102 113.53 127.8 3824.90 NaN 0.543 14.814 15.11 0.61 0.79 1021 B 13 2 80 82 114.83 129.1 3877.96 NaN 0.585 16.047 16.38 1.88 2.06 1021 B 13 3 60 62 116.13 130.4 3931.02 NaN 0.514 13.967 14.24 -0.26 -0.08 1021 B 13 4 40 42 117.43 131.7 3984.08 NaN 0.512 13.903 14.17 -0.33 -0.15 1021 B 13 5 20 22 118.73 133 4037.14 NaN 0.538 14.673 14.97 0.47 0.64 1021 B 13 5 120 122 119.73 134 4077.96 NaN 0.584 16.020 16.35 1.85 2.03 1021 B 13 6 70 72 120.73 135 4118.78 NaN 0.517 14.044 14.32 -0.18 0.00 1021 B 13 7 21 23 121.74 136.01 4160.00 NaN 0.516 14.040 14.31 -0.19 -0.01 1021 B 14 1 70 72 122.73 136.14 4165.31 NaN 0.532 14.508 14.80 0.30 0.47 1021 B 14 2 20 22 123.73 137.14 4208.87 NaN 0.503 13.639 13.90 -0.60 -0.42 1021 B 14 2 120 122 124.73 138.14 4253.98 NaN 0.549 15.014 15.32 0.82 0.99 1021 B 14 3 70 72 125.73 139.14 4299.10 NaN 0.527 14.357 14.64 0.14 0.32 1021 B 14 4 20 22 126.73 140.14 4344.21 NaN 0.523 14.249 14.53 0.03 0.21 1021 B 14 4 120 122 127.73 141.14 4389.32 NaN 0.577 15.830 16.16 1.66 1.84 1021 B 14 5 70 72 128.73 142.14 4434.44 NaN 0.581 15.947 16.28 1.78 1.96 1021 B 14 6 20 22 129.73 143.14 4479.55 NaN 0.604 16.617 16.97 2.47 2.65 1021 B 15 1 120 122 132.73 146.84 4574.31 NaN 0.675 18.716 19.13 4.63 4.81 1021 B 15 2 70 72 133.73 147.84 4599.87 NaN 0.566 15.487 15.81 1.31 1.48 1021 B 15 3 20 22 134.73 148.84 4625.43 NaN 0.687 19.062 19.49 4.99 5.17 1021 B 15 3 120 122 135.73 149.84 4650.99 NaN 0.605 16.641 16.99 2.49 2.67 1021 B 15 4 70 72 136.73 150.84 4676.55 NaN 0.699 19.423 19.86 5.36 5.54 1021 B 15 5 20 22 137.73 151.84 4702.11 NaN 0.659 18.246 18.65 4.15 4.33 1021 B 15 5 120 122 138.73 152.84 4727.67 NaN 0.646 17.843 18.23 3.73 3.91 1021 B 15 6 70 72 139.73 153.84 4753.23 NaN 0.639 17.636 18.02 3.52 3.70 1021 C 16 2 44 46 137.57 154.14 4760.89 NaN 0.588 16.134 16.47 1.97 2.15 1021 B 15 7 20 22 140.73 154.84 4778.79 NaN 0.656 18.159 18.56 4.06 4.24 1021 B 16 1 70 72 141.73 156.66 4831.96 NaN 0.546 14.902 15.20 0.70 0.88 1021 B 16 1 68 78 141.79 156.68 4832.61 NaN 0.584 16.041 16.38 1.88 2.06 1021 B 16 2 20 22 142.73 157.66 4864.24 NaN 0.673 18.654 19.07 4.57 4.75 1021 B 16 2 120 122 143.73 158.66 4896.52 NaN 0.585 16.070 16.41 1.91 2.08 1021 B 16 3 18 28 144.29 159.18 4913.31 NaN 0.572 15.682 16.01 1.51 1.69 1021 B 16 4 20 22 145.73 160.66 4961.09 NaN 0.678 18.808 19.23 4.73 4.91 1021 B 16 4 120 122 146.73 161.66 4993.37 NaN 0.632 17.443 17.82 3.32 3.50 1021 B 16 4 118 128 146.79 161.68 4994.02 NaN 0.618 17.044 17.41 2.91 3.09 1021 B 16 5 70 72 147.73 162.66 5025.65 NaN 0.633 17.456 17.83 3.33 3.51 1021 B 16 6 20 22 148.73 163.66 5057.94 NaN 0.589 16.189 16.53 2.03 2.21 1021 B 16 6 68 78 149.29 164.18 5074.72 NaN 0.490 13.277 13.53 -0.97 -0.79 1021 B 16 6 120 122 149.73 164.66 5090.22 NaN 0.444 11.901 12.11 -2.39 -2.21 1021 B 17 1 20 22 150.73 166.24 5141.22 NaN 0.485 13.109 13.35 -1.15 -0.97 1021 C 17 4 0 10 149.71 166.64 5154.14 NaN 0.502 13.621 13.88 -0.62 -0.44 1021 B 17 1 120 122 151.73 167.24 5173.51 NaN 0.565 15.482 15.80 1.30 1.48 1021 B 17 2 70 72 152.73 168.24 5205.79 NaN 0.542 14.780 15.08 0.58 0.76 1021 B 17 3 16 26 153.77 169.24 5239.76 NaN 0.666 18.436 18.84 4.34 4.52 1021 B 17 6 66 76 158.77 174.24 5435.01 NaN 0.603 16.598 16.95 2.45 2.63 1021 C 18 2 94 104 157.15 176.74 5532.64 NaN 0.613 16.896 17.26 2.76 2.94 1021 C 18 4 44 54 159.65 179.24 5630.26 NaN 0.580 15.900 16.23 1.73 1.91 1021 B 18 5 28 38 166.39 181.74 5727.89 NaN 0.494 13.395 13.65 -0.85 -0.67 1021 B 18 5 28 38 166.39 181.74 5727.89 NaN 0.501 13.602 13.86 -0.64 -0.46 1021 B 18 6 128 138 168.89 184.24 5825.51 NaN 0.516 14.027 14.30 -0.20 -0.02 1021 B 18 6 128 138 168.89 184.24 5825.51 NaN 0.521 14.185 14.46 -0.04 0.15 1021 B 19 2 28 38 171.39 186.74 5923.13 NaN 0.516 14.034 14.31 -0.19 -0.01 1021 B 19 2 28 38 171.39 186.74 5923.13 NaN 0.522 14.207 14.49 -0.01 0.17 1021 B 19 3 128 138 173.89 189.24 6020.76 NaN 0.502 13.628 13.89 -0.61 -0.43 1021 B 20 1 88 98 176.39 191.74 6118.38 NaN 0.523 14.242 14.52 0.02 0.20 1021 B 21 1 0 10 185.11 200.46 6458.90 NaN 0.549 15.011 15.31 0.81 1.00 1021 B 21 2 100 110 187.61 202.96 6556.52 NaN 0.538 14.684 14.98 0.48 0.66 1021 B 21 4 50 60 190.11 205.46 6654.15 NaN 0.553 15.105 15.41 0.91 1.10 1021 B 21 6 0 10 192.61 207.96 6751.77 NaN 0.552 15.100 15.41 0.91 1.09 1021 B 22 1 30 40 195.11 210.46 6849.40 NaN 0.583 15.998 16.33 1.83 2.02 1021 B 22 1 30 40 195.11 210.46 6849.40 NaN 0.593 16.290 16.63 2.13 2.32 1021 B 22 2 130 140 197.61 212.96 6947.02 NaN 0.615 16.948 17.31 2.81 3.00 1021 B 22 4 80 90 200.11 215.46 7044.65 NaN 0.591 16.225 16.56 2.06 2.25 1021 B 22 6 30 40 202.61 217.96 7142.27 NaN 0.595 16.350 16.69 2.19 2.38 1021 B 23 1 70 80 205.11 220.46 7239.90 NaN 0.636 17.568 17.95 3.45 3.64 1021 B 23 3 20 30 207.61 222.96 7337.52 NaN 0.668 18.510 18.92 4.42 4.61 1021 B 23 4 120 130 210.11 225.46 7438.54 NaN 0.551 15.051 15.36 0.86 1.04 1021 B 23 4 120 130 210.11 225.46 7438.54 NaN 0.562 15.376 15.69 1.19 1.38 1021 B 24 1 100 110 215.11 230.46 7652.68 NaN 0.615 16.951 17.31 2.81 3.00 1021 B 24 3 50 60 217.61 232.96 7759.75 NaN 0.682 18.909 19.33 4.83 5.02 1021 B 24 5 0 10 220.11 235.46 7866.82 NaN 0.696 19.333 19.77 5.27 5.46 1021 B 24 6 100 110 222.61 237.96 7973.89 NaN 0.680 18.864 19.28 4.78 4.98 1021 B 25 1 135 145 225.06 240.41 8078.81 NaN 0.704 19.571 20.01 5.51 5.70 1021 B 25 3 90 100 227.61 242.96 8188.02 NaN 0.678 18.807 19.22 4.72 4.92 1021 B 25 5 40 50 230.11 245.46 8295.09 NaN 0.675 18.699 19.11 4.61 4.81 1021 B 26 1 0 10 233.31 248.66 8432.14 NaN 0.664 18.385 18.79 4.29 4.48 1021 B 26 2 100 110 235.81 251.16 8539.21 NaN 0.663 18.364 18.77 4.27 4.46 1021 B 26 4 50 60 238.31 253.66 8646.28 NaN 0.673 18.638 19.05 4.55 4.75 1021 B 26 6 0 10 240.81 256.16 8753.35 NaN 0.724 20.161 20.62 6.12 6.32 1021 B 27 1 40 50 243.31 258.66 8860.42 NaN 0.718 19.967 20.42 5.92 6.12 1021 B 27 2 140 150 245.81 261.16 8967.48 NaN 0.662 18.313 18.72 4.22 4.42 1021 B 27 4 90 100 248.31 263.66 9074.55 NaN 0.660 18.273 18.68 4.18 4.38 1021 B 27 6 40 50 250.81 266.16 9181.62 NaN 0.724 20.137 20.60 6.10 6.30 1021 B 28 1 80 90 253.31 268.66 9288.69 NaN 0.794 22.204 22.73 8.23 8.43 1021 B 28 3 30 40 255.81 271.16 9395.76 NaN 0.688 19.097 19.52 5.02 5.23 1021 B 28 4 130 140 258.31 273.66 9490.65 NaN 0.749 20.884 21.37 6.87 7.07 1021 B 28 6 0 10 260.01 275.36 9542.75 NaN 0.719 20.002 20.46 5.96 6.16 1021 B 29 1 110 120 263.31 278.66 9643.90 NaN 0.693 19.233 19.66 5.16 5.37 1021 B 29 3 60 70 265.81 281.16 9720.52 NaN 0.712 19.801 20.25 5.75 5.96 1021 B 29 5 0 10 268.21 283.56 9794.08 NaN 0.743 20.711 21.19 6.69 6.90 1021 B 29 6 110 120 270.81 286.16 9873.77 NaN 0.740 20.608 21.08 6.58 6.79 1021 B 30 2 0 10 273.31 288.66 9950.39 NaN 0.697 19.365 19.80 5.30 5.51 1021 B 30 5 80 90 278.61 293.96 10238.98 NaN 0.741 20.643 21.12 6.62 6.83 1021 B 30 7 0 10 280.81 296.16 10441.80 NaN 0.726 20.215 20.68 6.18 6.40 1021 B 31 2 40 50 283.31 298.66 10672.27 NaN 0.776 21.684 22.19 7.69 7.91 1021 B 31 3 140 150 285.81 301.16 10902.73 NaN 0.754 21.020 21.51 7.01 7.23 1021 B 31 5 90 100 288.31 303.66 11133.20 NaN 0.739 20.595 21.07 6.57 6.80 1021 B 31 7 40 50 290.81 306.16 11363.67 NaN 0.776 21.676 22.18 7.68 7.92 1021 B 32 1 80 90 291.81 307.16 11455.86 NaN 0.745 20.770 21.25 6.75 6.99 1021 B 32 2 130 140 293.81 309.16 11640.23 NaN 0.777 21.702 22.21 7.71 7.96 1021 B 32 3 80 90 294.81 310.16 11732.42 NaN 0.770 21.508 22.01 7.51 7.76 1021 B 32 4 30 40 295.81 311.16 11824.61 NaN 0.746 20.808 21.29 6.79 7.04 1021 B 32 4 130 140 296.81 312.16 11916.80 NaN 0.773 21.582 22.08 7.58 7.84 1021 B 32 5 80 90 297.81 313.16 12008.98 NaN 0.751 20.955 21.44 6.94 7.20 1021 B 32 6 30 40 298.81 314.16 12101.17 NaN 0.813 22.762 23.30 8.80 9.07 1021 B 33 1 20 30 300.81 316.16 12285.55 NaN 0.776 21.686 22.19 7.69 7.97 1021 B 33 1 120 130 301.81 317.16 12377.73 NaN 0.766 21.381 21.88 7.38 7.65 1021 B 33 2 70 80 302.81 318.16 12469.92 NaN 0.782 21.839 22.35 7.85 8.13 1021 B 33 3 20 30 303.81 319.16 12562.11 NaN 0.793 22.167 22.69 8.19 8.47 1021 B 33 4 70 80 305.81 321.16 12746.48 NaN 0.797 22.290 22.81 8.31 8.61 1021 B 33 5 20 30 306.81 322.16 12838.67 NaN 0.782 21.843 22.35 7.85 8.15 1021 B 33 5 120 130 307.81 323.16 12930.86 NaN 0.781 21.821 22.33 7.83 8.13 1021 B 33 6 70 80 308.81 324.16 13023.05 NaN 0.736 20.513 20.98 6.48 6.79 1021 B 33 7 20 30 309.81 325.16 13115.23 NaN 0.773 21.578 22.08 7.58 7.89 1010 E 19 4 0 2 175.11 189.26 13196.92 NaN 0.932 26.28 26.92 9.6 9.2 1010 C 20 2 52 54 176.93 193.26 13308.96 NaN 0.950 26.78 27.45 10.1 9.7 1010 C 20 3 52 54 178.43 194.76 13350.98 NaN 0.945 26.65 27.31 10.0 9.6 1010 C 20 4 52 54 179.93 196.26 13393.00 NaN 0.936 26.40 27.04 9.7 9.3 1010 C 21 1 10 12 184.71 201.04 13526.89 NaN 0.938 26.44 27.09 9.8 9.4