Dry Tortugas Siderastrea and Montastraea Coral Sr/Ca Data, 1992-2008 ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: Dry Tortugas Siderastrea and Montastraea Coral Sr/Ca Data, 1992-2008 LAST UPDATE: 9/2011 (Original receipt by WDC Paleo) CONTRIBUTORS: DeLong, K.L., J.A. Flannery, C.R. Maupin, R.Z. Poore, and T.M. Quinn. IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2011-121 WDC PALEO CONTRIBUTION SERIES CITATION: DeLong, K.L., et al. 2011. Dry Tortugas Siderastrea and Montastraea Coral Sr/Ca Data, 1992-2008. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2011-121. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: DeLong, K.L., J.A. Flannery, C.R. Maupin, R.Z. Poore, and T.M. Quinn. 2011. A coral Sr/Ca calibration and replication study of two massive corals from the Gulf of Mexico. Palaeogeography, Palaeoclimatology, Palaeoecology, Vol. 307, Issues 1-4, 1 July 2011, pp. 117-128. doi:10.1016/j.palaeo.2011.05.005 ABSTRACT: This study examined the variations in the ratio of strontium-to-calcium (Sr/Ca) for two Atlantic corals (Montastraea faveolata and Siderastrea siderea) from the Dry Tortugas National Park (centered on 24.7°N, 82.8°W) in the Gulf of Mexico. Cores from coral colonies in close proximity (10s of meters) and with the same environmental conditions (i.e., depth and water chemistry) were micro-sampled with approximately monthly resolution and the resulting Sr/Ca variations were calibrated with local sea surface temperature (SST) records. Replication tests for coral Sr/Ca variations found high agreement between intra-colony variations and between individual colonies of S. siderea (a single M. faveolata colony was sampled). Regression analysis of monthly variations in coral Sr/Ca and local SST revealed significant correlation on monthly and inter-annual timescales. Verification of the calibration on different timescales found coral Sr/Ca-SST reconstructions in S. siderea were more accurate than those from M. faveolata, especially on inter-annual timescales. Sr/Ca-SST calibration equations for the two species are significantly different (cf., Sr/Ca = -0.042 SST + 10.070, S. siderea; Sr/Ca = -0.027 SST + 9.893, M. faveolata). Mean linear extension for M. faveolata is approximately twice that of S. siderea (4.63, 4.31, and 8.31 mm year-1, A1, F1, and B3, respectively); however, seasonal Sr/Ca variability in M. faveolata is less than S. siderea (0.323, 0.353, and 0.254 mmol mol-1, A1, F1, and B3, respectively). The reduced slope for M. faveolata is attributed to physical sampling issues associated with complex time-skeletal structure of M. faveolata, i.e., a sampling effect, and not a growth effect since the faster growing M. faveolata has the reduced Sr/Ca variability. GEOGRAPHIC REGION: Gulf of Mexico PERIOD OF RECORD: 1992-2008 AD FUNDING SOURCE: DESCRIPTION: The data set contains the ratio of strontium-to-calcium (Sr/Ca) for two Atlantic corals (Montastraea faveolata and Siderastrea siderea) from the Dry Tortugas National Park (centered on 24.7°N, 82.8°W) in the Gulf of Mexico. Samples were extracted from cores along the corallite walls with a computer controlled micro-milling system with approximately monthly resolution. Multiple paths were sampled to assess intracolony variability. The coeval paths were averaged together to produce mean Sr/Ca variations. These variations were calibrated with local sea surface temperature (SST) records from NOAA National Data Buoy Center (NDBC; www.ndbc.noaa.gov) DRYF1, PLSF1, and SANF1 using weighted least squares linear regression. The dataset contains averages of the raw coral Sr/Ca data from multiple paths sampled along the cores, with the number of samples and standard error of the mean reported for each month, along with SST data used for calibration. Pulaski Reef, Dry Tortugas: ~24.7°N, 82.8°W, 3m water depth DATA: Sr/Ca in mmol/mol Coral Siderastrea sidera Siderastrea sidera Montastraea faveolata Monthly mean SST from NDBC www.ndbc.noaa.gov Core A1-A F1-A B3-A DRYF1 and PLSF1 SANF1 Year MeanSr/Ca #Samples St.err MeanSr/Ca #Samples St.err MeanSr/Ca #Samples St.err DRTO-SSTºC St.err SandKeySSTºC St.err 2008.625 8.737 1 0.012 9.025 3 0.003 30.19 0.010 2008.542 8.770 2 0.003 9.051 3 0.010 29.55 0.011 2008.458 8.841 2 0.004 9.112 3 0.001 28.54 0.023 2008.375 8.941 2 0.002 8.972 1 0.010 9.190 3 0.021 26.64 0.026 2008.292 9.023 2 0.003 9.062 1 0.010 9.233 3 0.010 24.91 0.020 2008.208 9.090 2 0.016 9.126 1 0.010 9.258 3 0.010 22.72 0.029 2008.125 9.099 2 0.015 9.169 1 0.010 9.298 3 0.006 2008.042 9.097 2 0.013 9.192 1 0.010 9.271 3 0.009 2007.958 9.041 2 0.003 9.114 1 0.010 9.242 3 0.012 2007.875 8.984 2 0.007 9.011 1 0.010 9.229 3 0.010 2007.792 8.922 2 0.008 8.951 1 0.010 9.176 3 0.003 2007.708 8.861 2 0.002 8.854 1 0.010 9.129 3 0.006 2007.625 8.822 2 0.012 8.837 1 0.010 9.088 3 0.012 2007.542 8.822 2 0.005 8.822 1 0.010 9.085 3 0.006 2007.458 8.847 2 0.002 8.873 1 0.010 9.121 3 0.013 2007.375 8.900 2 0.007 9.000 1 0.010 9.154 3 0.009 2007.292 9.006 2 0.019 9.033 1 0.010 9.226 3 0.021 2007.208 9.048 2 0.015 9.075 1 0.010 9.286 3 0.020 2007.125 9.074 2 0.009 9.118 1 0.010 9.335 3 0.019 2007.042 9.055 2 0.006 9.088 1 0.010 9.269 3 0.016 2006.958 9.023 2 0.007 9.025 1 0.010 9.255 3 0.010 2006.875 8.976 2 0.005 9.012 1 0.010 9.210 3 0.009 2006.792 8.907 2 0.004 8.933 1 0.010 9.186 3 0.009 2006.708 8.806 2 0.012 8.833 1 0.010 9.114 3 0.014 2006.625 8.777 2 0.001 8.793 1 0.010 9.036 3 0.015 2006.542 8.814 2 0.008 8.819 1 0.010 9.111 3 0.012 2006.458 8.841 2 0.008 8.849 1 0.010 9.127 3 0.006 2006.375 8.877 2 0.003 8.908 1 0.010 9.160 3 0.015 2006.292 8.955 2 0.027 8.988 1 0.010 9.201 3 0.021 2006.208 9.071 2 0.024 9.095 1 0.010 9.305 3 0.014 2006.125 9.182 2 0.021 9.158 1 0.010 9.379 3 0.014 2006.042 9.158 2 0.009 9.151 1 0.010 9.336 3 0.020 2005.958 9.126 2 0.004 9.099 1 0.010 9.326 3 0.004 2005.875 9.036 2 0.017 9.044 1 0.010 9.256 3 0.007 2005.792 8.950 2 0.028 8.944 1 0.010 9.194 3 0.006 2005.708 8.847 2 0.004 8.909 1 0.010 9.166 3 0.012 29.31 0.009 29.99 0.019 2005.625 8.836 2 0.006 8.845 1 0.010 9.156 3 0.032 30.85 0.095 2005.542 8.853 2 0.001 8.882 1 0.010 9.154 3 0.003 29.37 0.030 2005.458 8.879 2 0.010 8.929 1 0.010 9.180 3 0.002 28.57 0.017 2005.375 8.974 2 0.002 9.005 1 0.010 9.222 3 0.016 26.28 0.046 2005.292 9.065 2 0.011 9.095 1 0.010 9.251 3 0.017 24.45 0.017 2005.208 9.139 2 0.011 9.173 1 0.010 9.294 3 0.016 23.44 0.150 2005.125 9.170 2 0.016 9.216 1 0.010 9.321 3 0.021 22.74 0.021 2005.042 9.144 2 0.024 9.168 1 0.010 9.326 3 0.009 23.22 0.030 2004.958 9.070 2 0.022 9.053 1 0.010 9.273 3 0.009 24.14 0.039 2004.875 8.970 2 0.026 8.950 1 0.010 9.211 3 0.005 26.52 0.026 2004.792 8.862 2 0.004 8.876 1 0.010 9.160 3 0.004 27.99 0.013 2004.708 8.845 2 0.020 8.846 1 0.010 9.145 3 0.015 29.58 0.025 2004.625 8.793 2 0.002 8.790 1 0.010 9.110 3 0.019 30.01 0.011 30.21 0.021 2004.542 8.804 2 0.008 8.815 1 0.010 9.111 3 0.015 30.12 0.014 29.78 0.022 2004.458 8.866 2 0.005 8.914 1 0.010 9.163 3 0.013 28.25 0.041 29.14 0.036 2004.375 8.972 2 0.007 9.007 1 0.010 9.236 3 0.011 25.27 0.022 26.10 0.024 2004.292 9.020 2 0.011 9.076 1 0.010 9.272 3 0.012 23.55 0.027 24.21 0.031 2004.208 9.064 2 0.001 9.097 1 0.010 9.293 3 0.017 23.24 0.019 23.90 0.023 2004.125 9.078 2 0.004 9.117 1 0.010 9.316 3 0.025 22.97 0.021 23.39 0.031 2004.042 9.073 2 0.000 9.134 1 0.010 9.357 3 0.022 22.94 0.026 23.55 0.026 2003.958 9.081 2 0.018 9.150 1 0.010 9.391 3 0.020 22.22 0.035 23.67 0.044 2003.875 8.980 2 0.009 9.007 1 0.010 9.246 3 0.018 25.52 0.030 26.69 0.024 2003.792 8.842 2 0.003 8.916 1 0.010 9.135 3 0.006 28.06 0.029 28.65 0.025 2003.708 8.804 2 0.005 8.825 1 0.010 9.068 3 0.006 29.62 0.008 29.60 0.014 2003.625 8.788 2 0.008 8.802 1 0.010 9.035 3 0.007 30.21 0.013 30.21 0.015 2003.542 8.813 2 0.014 8.813 1 0.010 9.078 3 0.026 29.37 0.023 29.26 0.014 2003.458 8.819 2 0.002 8.837 1 0.010 9.109 3 0.009 28.88 0.018 29.34 0.014 2003.375 8.913 2 0.006 8.938 1 0.010 9.181 3 0.017 27.66 0.036 28.20 0.041 2003.292 9.002 2 0.010 9.060 1 0.010 9.233 3 0.036 24.35 0.029 24.60 0.044 2003.208 9.081 2 0.034 9.139 1 0.010 9.294 3 0.017 24.51 0.036 24.42 0.026 2003.125 9.238 2 0.004 9.259 1 0.010 9.344 3 0.019 19.25 0.029 21.92 0.036 2003.042 9.153 2 0.013 9.201 1 0.010 9.305 3 0.020 21.64 0.048 2002.958 9.060 2 0.019 9.119 1 0.010 9.221 2 0.005 23.97 0.020 2002.875 8.955 2 0.019 9.020 1 0.010 9.165 2 0.025 26.47 0.049 2002.792 8.871 2 0.018 8.932 1 0.010 9.134 2 0.036 28.45 0.016 2002.708 8.815 2 0.005 8.869 1 0.010 9.110 2 0.013 29.25 0.016 2002.625 8.805 2 0.016 8.830 1 0.010 9.073 2 0.020 29.69 0.010 2002.542 8.837 2 0.014 8.864 1 0.010 9.112 2 0.033 29.33 0.017 2002.458 8.895 2 0.003 8.898 1 0.010 9.107 2 0.001 28.12 0.018 2002.375 8.920 2 0.009 8.944 1 0.010 9.170 2 0.013 26.73 0.026 27.13 0.012 2002.292 9.029 2 0.005 9.038 1 0.010 9.234 2 0.025 25.69 0.034 26.28 0.021 2002.208 9.185 2 0.017 9.183 1 0.010 9.366 2 0.026 21.65 0.024 23.68 0.038 2002.125 9.155 2 0.002 9.155 1 0.010 9.301 2 0.021 22.41 0.026 23.25 0.033 2002.042 9.153 2 0.011 9.095 1 0.010 9.307 2 0.009 22.25 0.024 2001.958 9.071 2 0.005 9.063 1 0.010 9.251 2 0.011 24.30 0.030 25.12 0.028 2001.875 8.996 2 0.007 8.992 1 0.010 9.191 2 0.012 25.49 0.011 25.79 0.029 2001.792 8.910 2 0.011 8.906 1 0.010 9.147 2 0.012 27.50 0.023 27.80 0.021 2001.708 8.853 2 0.004 8.863 1 0.010 9.130 2 0.019 28.93 0.024 29.32 0.031 2001.625 8.849 2 0.017 8.817 1 0.010 9.087 2 0.006 29.55 0.017 30.05 0.030 2001.542 8.837 2 0.001 8.834 1 0.010 9.113 2 0.000 29.39 0.014 29.51 0.021 2001.458 8.917 2 0.005 8.917 1 0.010 9.160 2 0.007 28.61 0.027 28.72 0.027 2001.375 9.012 2 0.010 9.005 1 0.010 9.228 2 0.002 25.45 0.032 26.05 0.031 2001.292 9.015 2 0.015 9.050 1 0.010 9.243 2 0.015 24.67 0.053 24.81 0.024 2001.208 9.073 3 0.013 9.123 1 0.010 9.265 2 0.002 22.26 0.032 23.44 0.033 2001.125 9.133 3 0.022 9.196 1 0.010 9.298 2 0.005 21.98 0.045 23.75 0.034 2001.042 9.173 3 0.019 9.268 1 0.010 9.303 4 0.007 20.87 0.019 21.70 0.041 2000.958 9.082 3 0.019 9.147 1 0.010 9.226 4 0.010 23.68 0.030 24.17 0.034 2000.875 8.982 3 0.007 9.020 1 0.010 9.159 4 0.006 25.51 0.022 25.60 0.034 2000.792 8.924 3 0.010 8.944 1 0.010 9.088 3 0.013 27.65 0.045 27.78 0.034 2000.708 8.866 3 0.029 8.890 1 0.010 9.015 3 0.013 29.92 0.014 29.75 0.017 2000.625 8.850 3 0.024 8.838 1 0.010 8.993 3 0.014 30.11 0.010 29.90 0.010 2000.542 8.817 3 0.023 8.879 1 0.010 9.013 3 0.013 30.35 0.022 30.09 0.018 2000.458 8.875 3 0.006 8.925 1 0.010 9.068 3 0.021 28.62 0.019 28.50 0.019 2000.375 8.966 3 0.004 8.998 1 0.010 9.159 3 0.011 26.48 0.048 26.66 0.027 2000.292 9.033 3 0.024 9.033 1 0.010 9.249 3 0.008 24.36 0.025 25.31 0.024 2000.208 9.085 3 0.014 9.132 1 0.010 9.253 3 0.025 24.49 0.023 24.40 0.016 2000.125 9.109 3 0.014 9.170 1 0.010 9.307 3 0.030 21.74 0.027 22.64 0.052 2000.042 9.103 3 0.006 9.081 2 0.017 9.276 3 0.018 22.75 0.032 23.20 0.037 1999.958 9.055 3 0.009 9.016 2 0.018 9.235 3 0.013 24.31 0.022 23.70 0.035 1999.875 8.963 3 0.010 8.984 1 0.010 9.197 3 0.025 25.24 0.026 1999.792 8.856 3 0.021 8.935 1 0.010 9.137 3 0.038 27.38 0.033 28.30 0.017 1999.708 8.786 3 0.021 8.818 1 0.010 9.111 3 0.051 30.08 0.023 29.44 0.026 1999.625 8.787 3 0.022 8.756 1 0.010 9.044 3 0.053 30.29 0.012 29.95 0.020 1999.542 8.800 3 0.014 8.793 1 0.010 9.124 3 0.045 29.76 0.021 29.51 0.033 1999.458 8.866 3 0.012 8.853 1 0.010 9.131 3 0.038 28.81 0.019 28.37 0.024 1999.375 8.956 3 0.007 8.941 1 0.010 9.151 3 0.028 26.66 0.042 26.94 0.028 1999.292 9.052 3 0.002 9.028 1 0.010 9.226 3 0.016 25.17 0.026 25.21 0.032 1999.208 9.137 3 0.010 9.105 1 0.010 9.274 3 0.016 22.38 0.019 22.68 0.014 1999.125 9.160 2 0.013 9.179 1 0.010 9.295 2 0.031 23.22 0.023 23.54 0.033 1999.042 9.098 2 0.006 9.153 1 0.010 9.293 2 0.008 22.54 0.023 23.62 0.027 1998.958 9.036 2 0.005 9.065 1 0.010 9.260 3 0.005 24.31 0.016 24.86 0.018 1998.875 8.995 2 0.002 9.008 1 0.010 9.200 3 0.003 25.14 0.009 25.78 0.015 1998.792 8.886 2 0.001 8.938 1 0.010 9.160 3 0.011 27.34 0.030 27.93 0.033 1998.708 8.767 2 0.011 8.835 1 0.010 9.151 3 0.011 29.58 0.030 29.07 0.029 1998.625 8.732 2 0.004 8.784 1 0.010 9.071 3 0.007 30.79 0.010 30.49 0.019 1998.542 8.759 2 0.002 8.812 1 0.010 9.121 4 0.014 30.37 0.020 30.20 0.016 1998.458 8.901 2 0.011 8.921 1 0.010 9.176 4 0.011 28.84 0.048 29.28 0.031 1998.375 9.024 2 0.004 9.073 1 0.010 9.256 4 0.018 24.16 0.059 25.93 0.036 1998.292 9.115 2 0.002 9.177 1 0.010 9.340 4 0.007 23.04 0.032 24.35 0.029 1998.208 9.178 2 0.011 9.234 1 0.010 9.407 4 0.008 20.26 0.034 22.77 0.034 1998.125 9.153 2 0.008 9.224 1 0.010 9.334 3 0.006 21.21 0.028 21.88 0.042 1998.042 9.125 2 0.004 9.177 1 0.010 9.325 3 0.020 21.89 0.025 22.59 0.023 1997.958 9.075 2 0.006 9.115 1 0.010 9.277 3 0.008 23.09 0.031 23.25 0.044 1997.875 9.008 2 0.002 9.054 1 0.010 9.228 3 0.001 25.17 0.023 25.62 0.021 1997.792 8.913 2 0.004 8.952 2 0.012 9.190 3 0.007 27.57 0.036 27.48 0.028 1997.708 8.786 2 0.000 8.881 2 0.027 9.142 3 0.009 29.75 0.017 29.27 0.021 1997.625 8.784 2 0.002 8.826 2 0.012 9.152 3 0.026 31.09 0.025 30.71 0.017 1997.542 8.791 2 0.001 8.846 2 0.003 9.141 3 0.009 30.06 0.014 29.79 0.017 1997.458 8.849 2 0.009 8.891 2 0.009 9.160 3 0.008 28.98 0.017 28.66 0.022 1997.375 8.914 2 0.022 8.937 2 0.011 9.182 3 0.017 28.22 0.017 27.60 0.040 1997.292 8.968 2 0.026 9.004 2 0.006 9.216 3 0.010 25.27 0.017 1997.208 9.036 2 0.007 9.049 2 0.007 9.240 3 0.006 25.05 0.017 1997.125 9.094 2 0.018 9.122 2 0.000 9.284 3 0.008 23.88 0.031 1997.042 9.162 2 0.005 9.197 2 0.006 9.324 2 0.015 23.67 0.033 1996.958 9.101 2 0.005 9.117 2 0.005 9.273 2 0.015 24.36 0.033 1996.875 9.006 2 0.024 9.023 2 0.002 9.236 2 0.025 26.45 0.037 1996.792 8.904 2 0.004 8.931 2 0.006 9.161 2 0.021 27.32 0.023 1996.708 8.847 2 0.014 8.877 2 0.023 9.099 2 0.013 29.79 0.022 1996.625 8.873 2 0.008 8.888 2 0.029 9.078 2 0.014 29.63 0.032 1996.542 8.907 2 0.007 8.895 2 0.033 9.133 2 0.004 29.33 0.012 1996.458 8.937 2 0.003 8.929 2 0.013 9.144 2 0.015 28.60 0.023 1996.375 8.956 2 0.015 8.979 2 0.016 9.229 2 0.039 26.84 0.026 1996.292 9.057 2 0.013 9.092 2 0.006 9.289 2 0.005 24.61 0.031 1996.208 9.143 2 0.007 9.227 2 0.017 9.388 2 0.062 21.40 0.072 21.53 0.074 1996.125 9.186 2 0.008 9.240 2 0.013 9.397 2 0.051 20.99 0.036 20.91 0.060 1996.042 9.113 2 0.006 9.155 2 0.003 9.349 2 0.048 22.05 0.048 22.22 0.055 1995.958 9.013 2 0.011 9.069 2 0.010 9.290 2 0.036 23.91 0.032 24.29 0.041 1995.875 8.984 2 0.027 8.977 2 0.014 9.207 2 0.015 26.03 0.050 26.17 0.043 1995.792 8.916 2 0.024 8.904 2 0.022 9.140 2 0.012 28.82 0.014 28.65 0.017 1995.708 8.848 2 0.021 8.859 2 0.019 9.083 2 0.014 30.08 0.014 29.61 0.013 1995.625 8.877 2 0.012 8.871 2 0.012 9.138 2 0.002 29.66 0.031 29.90 0.024 1995.542 8.844 2 0.008 8.867 2 0.015 9.139 2 0.013 29.83 0.017 30.07 0.017 1995.458 8.891 2 0.012 8.887 2 0.018 9.170 2 0.004 28.72 0.015 29.14 0.021 1995.375 8.946 2 0.012 8.925 2 0.009 9.189 2 0.006 28.08 0.024 28.05 0.037 1995.292 9.015 2 0.006 9.011 2 0.013 9.231 2 0.007 25.73 0.020 25.49 0.014 1995.208 9.101 2 0.010 9.128 2 0.017 9.301 2 0.011 22.72 0.041 23.86 0.044 1995.125 9.142 2 0.012 9.202 2 0.020 9.342 1 0.010 21.05 0.019 21.17 0.044 1995.042 9.096 2 0.024 9.122 2 0.020 9.275 1 0.010 22.32 0.034 22.86 0.049 1994.958 9.015 2 0.011 9.009 2 0.016 9.210 1 0.010 24.96 0.048 25.39 0.049 1994.875 8.925 2 0.011 8.950 2 0.014 9.203 1 0.010 26.73 0.026 26.73 0.017 1994.792 8.882 2 0.004 8.903 3 0.012 9.142 1 0.010 28.33 0.025 28.07 0.020 1994.708 8.840 2 0.003 8.848 3 0.015 9.151 1 0.010 29.09 0.018 1994.625 8.846 2 0.006 8.851 3 0.016 9.089 2 0.030 29.53 0.015 1994.542 8.831 2 0.005 8.844 3 0.010 9.167 2 0.028 29.35 0.014 1994.458 8.854 2 0.001 8.893 3 0.014 9.171 2 0.027 28.85 0.030 1994.375 8.899 2 0.009 8.939 2 0.025 9.177 2 0.011 27.31 0.018 1994.292 8.976 2 0.012 9.017 2 0.018 9.258 2 0.024 25.68 0.046 1994.208 9.051 2 0.005 9.110 2 0.002 9.280 2 0.018 23.76 0.028 1994.125 9.108 2 0.002 9.203 2 0.002 9.418 2 0.016 1994.042 9.044 2 0.000 9.146 2 0.002 9.374 2 0.000 23.51 0.027 1993.958 8.980 2 0.002 9.066 2 0.005 9.291 2 0.013 24.88 0.028 1993.875 8.915 2 0.005 8.972 2 0.013 9.182 2 0.020 26.68 0.013 1993.792 8.840 2 0.002 8.880 2 0.016 9.110 3 0.007 28.23 0.013 1993.708 8.766 2 0.001 8.813 2 0.020 9.043 3 0.011 30.28 0.023 29.78 0.020 1993.625 8.792 2 0.016 8.791 2 0.006 9.045 3 0.028 30.19 0.010 30.47 0.013 1993.542 8.805 2 0.002 8.880 2 0.005 9.050 3 0.005 29.97 0.019 30.44 0.018 1993.458 8.874 2 0.014 8.952 2 0.004 9.170 3 0.039 27.71 0.035 28.51 0.036 1993.375 9.008 2 0.017 9.059 2 0.007 9.247 3 0.022 24.41 0.022 25.96 0.031 1993.292 9.048 2 0.018 9.176 2 0.015 9.280 3 0.010 22.91 0.013 23.92 0.014 1993.208 9.118 2 0.008 9.217 2 0.007 9.373 2 0.015 22.05 0.028 22.64 0.039 1993.125 9.083 2 0.013 9.133 2 0.008 9.309 2 0.006 22.58 0.010 23.05 0.021 1993.042 9.058 2 0.011 9.091 2 0.006 9.243 2 0.004 24.45 0.030 24.86 0.027 1992.958 9.017 2 0.005 9.021 2 0.007 9.233 2 0.022 24.10 0.014 24.91 0.017 1992.875 8.962 2 0.006 8.974 2 0.003 9.174 2 0.035 26.61 0.020 1992.792 8.897 2 0.002 8.922 1 0.010 9.126 2 0.014 28.02 0.028 1992.708 8.868 2 0.005 8.879 1 0.010 9.111 2 0.013 28.95 0.012 1992.625 8.865 2 0.010 8.884 1 0.010 9.072 2 0.000 29.75 0.010 1992.542 8.871 2 0.004 8.883 1 0.010 9.142 2 0.019 29.43 0.011 1992.458 8.926 2 0.008 8.919 1 0.010 9.133 2 0.015 28.58 0.023 1992.375 9.009 2 0.023 8.984 1 0.010 9.206 2 0.009 25.61 0.038 1992.292 9.078 2 0.028 9.086 1 0.010 9.256 2 0.019 24.84 0.038 1992.208 9.103 2 0.010 9.206 1 0.010 9.283 2 0.007 23.84 0.027 1992.125 9.150 2 0.001 9.217 1 0.010 9.342 2 0.011 22.89 0.040 1992.042 9.091 2 0.002 9.134 1 0.010 9.301 2 0.025 23.16 0.026 1991.958 9.050 2 0.008 9.084 1 0.010 9.241 1 0.010 24.54 0.029 1991.875 8.968 2 0.023 9.031 1 0.010 9.191 3 0.014 25.99 0.028 1991.792 8.856 2 0.004 8.938 1 0.010 9.116 3 0.017 1991.708 8.806 2 0.010 8.902 1 0.010 9.090 3 0.030 28.81 0.065 1991.625 8.789 2 0.006 8.856 1 0.010 9.057 3 0.026 30.39 0.026 1991.542 8.830 2 0.024 8.907 1 0.010 9.086 3 0.025 30.16 0.034 1991.458 8.844 2 0.008 8.912 1 0.010 9.121 3 0.031 1991.375 8.894 2 0.006 8.932 1 0.010 9.158 3 0.020 27.66 0.035 1991.292 8.987 2 0.004 9.038 1 0.010 9.240 3 0.017 1991.208 9.075 2 0.007 9.114 1 0.010 9.254 2 0.008 1991.125 9.094 2 0.002 9.169 1 0.010 9.296 2 0.014 1991.042 9.068 2 0.001 9.161 1 0.010 9.267 2 0.012