South China Sea ODP1144 260KYr Mg/Ca SST ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE ORIGINAL REFERENCE WHEN USING THIS DATA!!!!! NAME OF DATA SET: South China Sea ODP1144 260KYr Mg/Ca SST LAST UPDATE: 6/2011 (Original receipt by WDC Paleo) CONTRIBUTORS: Wei, G., W. Deng, Y. Liu, and X. Li IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2011-083 WDC PALEO CONTRIBUTION SERIES CITATION: Wei, G., et al. 2011. South China Sea ODP1144 260KYr Mg/Ca SST. IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2011-083. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: Wei, G., W. Deng, Y. Liu, and X. Li. 2007. High-resolution sea surface temperature records derived from foraminiferal Mg/Ca ratios during the last 260 ka in the northern South China Sea. Palaeogeography, Palaeoclimatology, Palaeoecology, Vol. 250, pp. 126-138, ABSTRACT: High-resolution sea surface temperatures (SST) derived from Mg/Ca ratios of Globeriginoides sacculifer at ODP Site 1144 were reported to reveal the SST changes during the last 260 ka in the northern South China Sea (SCS). The results indicate an average Holocene SST of about 26.7°C, about 3.6°C increase from LGM to the Holocene, and higher temperature during MIS 5.5 than the Holocene. These agree well with other foraminifer Mg/Ca and Uk37 SST records in this region. The Mg/Ca records suggest warmer SSTs during MIS 3 in the northern SCS, compared with those in the eastern Pacific. Strong East Asian summer monsoon during MIS 3 indicated by paleoclimate records from nearby continents may account for it. Step-wise increases during terminations are shown in our SST record, and the beginning of deglacial warming occurs at about 19 ka, which precedes the change of oxygen isotopes, suggesting a tropical driven forcing for the SST change in the northern SCS. This is further supported by a robust semiprecessional cycle centering at ~9.1 ka in the spectra of the SST record, which is absent in that of the oxygen isotopes. However, tropical driven forcing seems not to be indicated in another Mg/Ca SST record in the northern SCS [Oppo, D.W. and Sun, Y.B., 2005. Amplitude and timing of sea-surface temperature change in the northern South China Sea: Dynamic link to the East Asian monsoon. Geology, 33 (10): 785–788.]. The discrepancy may be caused by different post-deposition dissolutions of foraminifer tests at these two sites. Details about the modification of foraminifer Mg/Ca ratios after burial, however, are not well known in this region, and further studies are needed. ADDITIONAL REFERENCES: Bόehring, C., M. Sarnthein, and H. Erlenkeuser. 2004. Toward a high resolution stable isotope stratigraphy of the last 1.1 million years, ODP Site 1144, South China Sea. In: Prell, W.L., P. Wang, P. Blum, D.K. Rea, and S.C. Clemens (Eds.), Proc. ODP, Sci. Results, 184. http://www-odp.tamu.edu/publications/184_SR/205/205.htm Nurnberg, D., A. Muller, and R.R. Schneider. 2000. Paleo-sea surface temperature calculations in the equatorial east Atlantic from Mg/Ca ratios in planktic foraminifera: a comparison to sea surface temperature estimates from U-37(K'), oxygen isotopes, and foraminiferal transfer function. Paleoceanography 15 (1), 124-134. GEOGRAPHIC REGION: South China Sea PERIOD OF RECORD: 260 KYrBP - present FUNDING SOURCES: National Natural Science Foundation of China (Grants 40173015 and 40231009), Guangzhou Institute of Geochemistry, CAS (Grant GIGCX-04-05). DESCRIPTION: Foraminiferal Mg/Ca data and SST calculations from South China Sea core ODP1144 for the past 260,000 years. Mg/Ca ratios were measured on tests of Globeriginoides sacculifer. SST calculations are by the calibration of Nurnberg et al. 2000. ODP1144 14C age data provided are from Table T2, Bόehring et al. (2004) ODP1144 Core Location: 20°3.18'N, 117°25.14'E, 2037 m depth DATA: 1. Table T2. AMS-14C dates, Site 1144 (Bόehring et al. 2004) Core,Section, Depth(mcd) Carbon Corrected Conversion Error+ Error– d13C Calib.Age Lab Interval(cm) (mgC) pMC† 14Cage(ka) (yr) (yr) (‰) (ka) 184-1144A- 1H-1, 25–30 0.735 1.721 60 –60 1.272* Chen and Shyu 1H-4, 25–30 5.24 9.487 65 –65 10.272* Chen and Shyu 2H-2, 25–30 10.47 13.571 75 –75 15.715* Chen and Shyu 2H-5, 25–30 14.97 18.115 80 –80 20.949* Chen and Shyu 2H-6, 103–105 17.22 1.1 13.09 ± 0.12 15.93 80 –80 1.45 ± 0.16‰ 19.030* Leibniz Lab 4H-1, 126–128 22.23 0.9 9.33 ± 0.10 18.65 90 –90 0.19 ± 0.12‰ 22.100* Leibniz Lab 4H-1, 25–30 27.53 22.43 110 –110 25.800† 4H-4, 41–43 32.21 0.6 4.31 ± 0.08 24.86 160 –150 –1.01 ± 0.08‰ 27.950† Leibniz Lab 184-1144B- 5H-1, 116–118 33.07 0.9 3.72 ± 0.07 26.05 160 –150 1.24 ± 0.21‰ 30.240† Leibniz Lab 5H-5, 73–75 38.63 0.6 2.71 ± 0.07 28.57 210 –210 –2.38 ±0.13‰ 31.800† Leibniz Lab 184-1144A- 5H-5, 41–43 43.31 0.5 1.55 ± 0.07 33.07 390 –370 –1.15 ± 0.11‰ 35.830† Leibniz Lab 184-1144B- 6H-3, 143–145 47.23 0.7 1.11 ± 0.07 35.72 500 –470 –0.38 ± 0.18‰ 38.420† Leibniz Lab 6H-5, 111–113 49.92 0.8 0.85 ± 0.06 37.89 570 –530 0.44 ± 0.11‰ 41.170† Leibniz Lab 184-1144A- 6H-4, 73–75 53.56 1 0.40 ± 0.05 43.95 1010 –900 0.68 ± 0.10‰ 44.200† Leibniz Lab 6H-5, 73–75 55.06 0.8 0.34 ± 0.04 45.32 1130 –990 1.27 ± 0.12‰ 45.700‡ Leibniz Lab 6H-6, 73–75 56.56 0.7 0.28 ± 0.04 46.8 1370 –1170 –0.40 ± 0.07‰ 47.200‡ Leibniz Lab 6H-6, 143–145 57.26 1 0.35 ± 0.05 45.06 1190 –1140 2.07 ± 0.10‰ 46.000‡ Leibniz Lab Notes: Sample dates are from Leibniz Laboratory of Kiel University, Germany or from Chen and Shyu (unpubl. data). All 14C dates were corrected for assumed 14C reservoir effect of -400 yr. * = age calibration with Calib 4.3 (Stuiver et al., 1998). † = approximate age calibration to GISP2 ages according to van Kreveld et al. (2000) ‡ = approximate age calibration to GISP2 ages according to Voelker et al. (2000), 14C background = planktonic foraminifers from 110 mcd, MIS 5.4 (0.09/0.14% 14C). 2. Mg/Ca Ratios of Globeriginoides sacculifer from the sediments at ODP Site 1144 SSTs are calculated using the adjusted equation by Nurnberg et al., 2000. SampleID Depth,cm Age(calKa) Mg/Ca SST(°C) 1 1.00 1.74 3.878 27.20 2 1.37 2.39 3.793 26.90 3 1.87 3.26 3.713 26.62 4 2.02 3.52 3.396 25.45 5 2.49 4.34 4.320 28.61 6 2.87 5.00 3.650 26.40 7 3.37 5.87 3.872 27.18 8 3.52 6.13 3.432 25.59 10 4.42 7.70 3.733 26.69 11 4.87 8.49 3.878 27.19 12 5.02 8.75 3.466 25.72 13 5.87 10.23 3.745 26.74 14 6.37 11.10 3.549 26.03 15 6.48 11.29 3.449 25.65 16 6.97 11.92 3.923 27.35 17 8.75 13.36 3.295 25.05 18 9.22 13.74 3.325 25.17 19 9.62 14.06 3.445 25.64 20 10.12 14.44 3.231 24.79 21 10.22 14.49 3.705 26.59 22 10.77 14.80 3.374 25.36 23 11.13 15.00 3.022 23.91 24 11.67 15.31 3.093 24.22 25 11.77 15.36 3.017 23.89 26 12.27 15.64 3.229 24.79 27 12.73 15.90 3.010 23.86 28 13.09 16.10 3.136 24.40 29 13.27 16.20 3.291 25.04 30 13.87 16.54 3.140 24.42 31 14.13 16.69 3.402 25.47 32 14.67 16.99 2.916 23.44 33 14.77 17.05 3.120 24.33 34 15.22 17.30 3.570 26.10 35 15.67 17.55 3.098 24.24 36 16.12 17.80 3.143 24.43 37 16.27 17.89 3.077 24.15 38 16.73 18.15 3.331 25.20 39 17.16 18.39 2.978 23.72 40 17.66 18.67 2.886 23.31 41 17.99 18.85 2.938 23.54 42 18.51 19.15 2.748 22.66 43 18.91 19.37 2.817 22.99 44 19.45 19.67 2.853 23.15 45 19.56 19.73 3.387 25.41 46 20.01 19.99 2.786 22.84 47 20.44 20.23 2.889 23.32 48 20.95 20.51 2.823 23.02 49 21.05 20.57 2.823 23.02 50 21.49 20.82 2.840 23.09 51 21.91 21.05 2.863 23.20 52 22.35 21.30 2.965 23.66 53 22.49 21.38 2.825 23.02 54 23.00 21.66 3.400 25.46 55 23.43 21.91 3.307 25.10 56 23.88 22.16 2.742 22.63 57 23.99 22.22 2.604 21.96 58 24.49 22.50 3.394 25.44 59 24.88 22.72 3.557 26.06 60 25.38 23.00 2.814 22.98 61 25.49 23.06 2.712 22.49 62 25.99 23.35 3.191 24.63 63 26.38 23.56 2.878 23.27 64 26.88 23.83 3.515 25.90 65 27.27 24.14 2.642 22.14 66 27.77 24.54 2.881 23.29 67 28.16 24.85 3.024 23.92 68 28.66 25.25 3.186 24.61 69 28.77 25.34 2.873 23.25 70 29.36 25.81 3.454 25.67 71 29.69 26.07 2.997 23.81 72 30.17 26.46 3.048 24.03 73 30.33 26.58 3.102 24.25 74 30.86 27.01 2.751 22.68 75 31.18 27.26 2.873 23.25 76 31.67 27.66 2.900 23.37 77 31.83 27.81 3.006 23.84 78 32.38 28.31 2.948 23.59 79 32.66 28.56 2.796 22.89 80 33.16 29.01 3.132 24.38 81 33.27 29.09 2.678 22.32 82 33.76 29.47 2.979 23.73 83 34.16 29.79 2.922 23.47 84 34.66 30.20 3.033 23.96 85 34.77 30.29 3.532 25.96 86 35.28 30.70 3.032 23.95 87 35.66 31.00 2.820 23.00 88 36.16 31.41 4.093 27.90 89 36.91 32.08 3.962 27.48 90 37.40 32.58 2.911 23.42 91 37.80 33.00 2.971 23.69 92 38.30 33.52 2.912 23.43 93 38.41 33.63 2.837 23.08 94 38.91 33.98 3.289 25.03 95 39.30 34.14 2.882 23.29 96 39.87 34.38 3.665 26.45 97 39.97 34.42 2.877 23.27 98 40.52 34.66 2.570 21.78 99 40.83 34.79 3.157 24.49 100 41.31 34.99 3.331 25.19 101 42.02 35.55 2.848 23.13 102 42.33 35.99 3.402 25.47 103 42.87 36.76 3.384 25.40 104 42.96 36.89 2.883 23.29 105 43.52 37.68 3.038 23.98 106 43.83 38.13 3.011 23.87 107 44.30 38.61 2.992 23.78 108 44.41 38.69 3.013 23.88 109 44.91 39.14 3.005 23.84 110 45.30 39.51 3.617 26.28 111 45.80 39.94 3.011 23.86 112 48.35 42.19 3.394 25.44 113 48.85 42.63 3.130 24.38 114 49.26 42.89 3.111 24.30 115 49.74 43.20 3.013 23.87 116 49.85 43.27 3.031 23.95 117 50.36 43.59 2.933 23.52 118 50.74 43.83 3.407 25.49 119 51.24 44.15 3.119 24.33 120 51.37 44.23 2.982 23.74 121 52.18 44.75 3.082 24.17 122 52.25 44.79 3.236 24.81 123 52.71 45.09 3.158 24.49 124 52.87 45.19 3.291 25.04 125 52.91 45.21 3.299 25.07 126 52.92 45.21 4.010 27.63 127 53.37 45.48 3.882 27.21 128 53.46 45.52 3.095 24.23 129 53.76 45.79 3.074 24.14 130 53.80 45.83 3.419 25.54 131 54.25 46.28 3.016 23.89 132 54.30 46.33 3.061 24.08 133 54.37 46.40 2.955 23.62 134 54.40 46.43 3.028 23.94 135 54.90 46.94 3.234 24.81 136 54.96 46.99 3.288 25.02 137 55.27 47.30 2.812 22.96 138 55.30 47.33 3.769 26.82 139 55.71 47.72 3.126 24.36 140 55.74 47.75 3.388 25.42 141 55.90 47.90 3.233 24.80 142 55.92 47.92 3.226 24.77 143 56.41 48.39 3.236 24.81 144 56.45 48.43 3.113 24.30 145 56.76 48.72 3.060 24.08 146 56.80 48.76 3.513 25.89 147 57.25 49.19 3.089 24.20 148 57.30 49.24 3.750 26.75 149 59.68 51.51 3.510 25.88 150 59.71 51.54 3.530 25.96 151 60.17 51.98 3.060 24.08 152 60.20 52.00 3.167 24.53 153 60.57 52.36 3.006 23.84 154 60.59 52.38 3.306 25.10 156 61.10 52.86 2.984 23.75 157 61.18 52.94 3.424 25.56 158 61.21 52.96 3.258 24.90 159 61.67 53.41 3.223 24.76 160 61.70 53.43 3.221 24.75 161 62.08 53.80 3.970 27.50 162 62.13 53.85 3.679 26.50 163 62.45 54.15 3.372 25.35 164 62.72 54.41 3.016 23.89 165 62.73 54.42 3.187 24.61 166 63.23 54.90 3.208 24.70 167 63.28 54.94 3.220 24.75 168 63.58 55.23 3.221 24.75 169 63.63 55.28 3.122 24.34 170 63.95 55.58 2.819 23.00 171 64.23 55.85 3.224 24.77 172 64.25 55.87 3.545 26.01 173 64.74 56.34 3.488 25.80 174 64.78 56.38 4.163 28.13 175 65.10 56.73 3.518 25.91 176 65.13 56.76 3.141 24.42 177 65.59 57.28 3.278 24.98 178 65.63 57.32 3.289 25.03 179 65.73 57.43 3.134 24.39 180 65.75 57.46 3.063 24.09 181 66.25 58.01 3.230 24.79 182 66.28 58.05 3.142 24.42 183 66.60 58.38 2.986 23.76 184 66.63 58.41 2.948 23.59 185 67.05 58.79 3.235 24.81 186 67.07 58.82 3.302 25.08 187 67.23 58.97 2.685 22.36 188 67.23 58.97 2.826 23.03 189 67.74 59.44 3.122 24.34 190 67.78 59.48 3.393 25.44 191 68.08 59.76 2.904 23.39 192 68.14 59.81 3.099 24.24 193 68.57 60.21 2.981 23.73 194 68.60 60.24 3.776 26.85 195 70.65 62.14 2.923 23.48 196 70.70 62.18 2.994 23.79 197 71.15 62.58 2.980 23.73 198 71.17 62.60 3.142 24.42 199 71.54 62.93 2.703 22.44 200 71.58 62.97 2.905 23.39 201 72.04 63.38 2.885 23.30 202 72.07 63.41 3.113 24.30 203 72.15 63.48 3.199 24.66 204 72.17 63.50 3.405 25.48 205 72.65 63.92 2.710 22.48 206 72.67 63.94 2.895 23.35 207 73.04 64.27 3.077 24.15 208 73.07 64.30 3.520 25.92 209 73.54 64.72 2.653 22.20 210 73.57 64.75 2.859 23.18 211 73.65 64.82 2.837 23.08 212 73.68 64.84 3.227 24.78 213 74.14 65.26 3.098 24.24 214 74.17 65.28 3.012 23.87 215 74.54 65.61 3.177 24.57 216 74.57 65.64 3.255 24.89 217 75.04 66.06 2.947 23.58 218 75.04 66.06 3.047 24.02 219 75.15 66.16 2.584 21.85 220 75.20 66.20 3.235 24.81 221 75.64 66.60 3.007 23.85 222 75.66 66.61 2.899 23.37 223 76.04 66.95 2.992 23.78 224 76.07 66.98 2.934 23.53 225 76.54 67.40 2.962 23.65 226 76.59 67.45 2.996 23.80 227 76.65 67.50 3.255 24.89 228 76.69 67.53 3.003 23.83 229 77.14 67.94 2.891 23.33 230 77.16 67.95 3.139 24.41 231 77.54 68.29 2.932 23.51 232 77.59 68.34 3.015 23.88 233 78.01 68.74 3.188 24.62 234 78.04 68.78 3.939 27.40 235 78.15 68.92 2.887 23.31 236 78.19 68.97 2.922 23.47 238 78.67 69.58 3.240 24.83 239 79.04 70.05 2.906 23.40 240 79.09 70.12 2.968 23.68 241 79.54 70.69 3.089 24.20 242 79.59 70.75 2.986 23.76 243 79.82 71.05 2.987 23.76 244 79.85 71.09 2.685 22.36 245 80.30 71.66 2.873 23.25 246 80.32 71.69 3.132 24.38 247 80.70 72.17 3.539 25.99 248 80.75 72.23 2.872 23.24 249 81.20 72.81 3.087 24.20 250 81.25 72.88 3.148 24.45 251 81.33 73.00 2.970 23.68 252 81.38 73.08 3.332 25.20 253 81.78 73.67 3.023 23.92 254 81.92 73.87 2.880 23.28 255 82.17 74.25 2.975 23.71 256 82.25 74.37 2.947 23.58 257 82.72 75.07 3.002 23.83 258 82.77 75.15 3.186 24.61 259 82.85 75.27 3.120 24.33 260 82.87 75.30 3.195 24.65 261 83.32 75.97 3.283 25.00 262 83.42 76.11 3.458 25.68 263 83.67 76.49 3.400 25.46 264 83.75 76.61 3.382 25.39 265 84.17 77.23 3.719 26.64 266 84.18 77.25 3.758 26.78 267 84.35 77.50 3.596 26.20 268 84.36 77.52 3.143 24.43 269 84.78 78.14 3.390 25.42 270 84.91 78.34 3.343 25.24 271 85.17 78.72 3.054 24.05 272 85.25 78.84 3.217 24.73 273 85.71 79.52 3.226 24.77 274 85.76 79.60 3.259 24.91 275 85.86 79.75 3.671 26.47 276 85.88 79.78 3.744 26.73 277 86.28 80.38 3.326 25.18 278 86.41 80.57 3.139 24.41 279 86.67 80.96 3.564 26.08 280 86.75 81.08 3.517 25.91 281 87.17 81.71 3.383 25.40 282 87.20 81.75 3.398 25.45 283 87.36 81.99 3.334 25.21 284 87.41 82.06 3.011 23.86 285 87.78 82.62 3.431 25.58 286 87.91 82.81 3.218 24.74 287 88.17 83.20 3.342 25.24 288 88.25 83.32 3.135 24.40 289 88.71 83.91 2.913 23.43 290 88.77 83.96 2.930 23.50 291 91.19 86.04 3.074 24.14 292 91.23 86.07 3.061 24.08 293 91.68 86.45 3.239 24.83 294 91.70 86.47 3.213 24.72 295 92.09 86.81 3.050 24.03 296 92.13 86.84 2.739 22.62 297 92.58 87.23 3.263 24.92 298 92.63 87.27 3.012 23.87 300 92.74 87.36 3.224 24.77 301 93.18 87.74 3.320 25.15 302 93.19 87.75 3.328 25.18 303 93.59 88.09 3.175 24.56 304 93.63 88.12 3.049 24.03 305 94.08 88.51 3.362 25.32 306 94.12 88.54 3.318 25.14 307 94.19 88.60 3.214 24.73 308 94.23 88.64 3.387 25.41 309 94.69 89.03 3.348 25.26 310 94.78 89.11 2.975 23.71 311 95.08 89.36 3.352 25.28 312 95.13 89.41 3.093 24.22 313 95.55 89.82 3.042 24.00 95.58 89.86 3.123 24.35 314 95.69 90.00 3.170 24.54 315 95.73 90.05 3.237 24.82 316 96.18 90.61 3.313 25.12 317 96.20 90.64 3.012 23.87 318 96.59 91.13 3.087 24.19 319 96.63 91.18 2.941 23.55 320 97.05 91.71 3.190 24.62 321 97.08 91.75 3.457 25.68 322 97.19 91.89 3.270 24.95 323 97.23 91.94 3.027 23.93 324 97.68 92.50 3.183 24.60 325 97.70 92.53 3.274 24.97 326 98.09 93.01 3.172 24.55 327 98.13 93.07 3.379 25.38 328 98.55 93.60 3.269 24.95 329 98.58 93.64 3.051 24.04 330 98.69 93.77 3.239 24.83 331 98.73 93.83 3.416 25.53 332 99.18 94.39 3.212 24.72 333 99.20 94.42 3.029 23.94 334 99.59 94.91 2.979 23.72 335 99.63 94.96 3.290 25.03 336 100.08 95.53 3.376 25.37 337 100.13 95.59 3.294 25.05 338 100.76 96.38 3.691 26.55 339 100.80 96.43 3.468 25.72 340 101.25 96.99 3.465 25.71 341 101.27 97.02 3.886 27.22 342 101.64 97.49 3.450 25.66 343 101.68 97.54 3.411 25.51 344 102.14 98.12 3.146 24.44 345 102.17 98.16 3.408 25.50 346 102.25 98.26 3.162 24.51 347 102.27 98.28 3.266 24.93 348 102.75 98.88 3.567 26.10 349 102.77 98.91 3.349 25.26 350 103.14 99.38 3.098 24.24 351 103.17 99.42 3.292 25.04 352 103.64 100.01 3.339 25.22 353 103.67 100.04 2.926 23.49 354 103.76 100.16 3.335 25.21 355 103.79 100.20 3.400 25.46 356 104.24 100.93 3.547 26.02 357 104.27 101.01 3.379 25.38 358 104.64 102.03 3.475 25.75 359 104.67 102.11 3.464 25.71 360 105.14 103.41 2.975 23.71 361 105.17 103.49 3.299 25.07 362 105.25 103.71 3.262 24.92 363 105.28 103.79 3.383 25.40 364 105.74 105.06 3.820 27.00 365 105.77 105.14 3.006 23.84 366 106.14 106.16 3.401 25.47 367 106.17 106.24 3.110 24.29 368 106.64 107.54 3.195 24.64 369 106.67 107.62 3.129 24.37 370 106.75 107.84 3.008 23.85 371 106.78 107.92 3.017 23.89 372 107.24 109.18 2.940 23.55 373 107.27 109.27 2.882 23.29 374 107.64 110.28 3.059 24.07 375 107.67 110.36 2.908 23.41 376 108.14 111.65 3.405 25.48 377 108.17 111.74 3.396 25.45 378 108.25 111.96 3.907 27.29 379 108.28 112.04 3.769 26.82 380 108.74 113.30 4.033 27.71 381 108.77 113.38 3.947 27.43 382 109.14 114.40 3.889 27.23 383 109.17 114.48 4.045 27.75 384 109.64 115.77 3.115 24.31 385 109.67 115.85 4.127 28.01 386 113.74 131.28 3.317 25.14 387 113.77 131.34 2.955 23.62 388 114.21 132.22 3.487 25.80 389 114.24 132.28 3.459 25.69 390 114.61 133.05 3.422 25.55 391 114.64 133.13 3.457 25.68 392 115.12 134.33 3.514 25.90 393 115.14 134.38 3.485 25.79 394 115.28 134.73 3.089 24.20 395 115.29 134.75 3.104 24.26 396 115.71 135.80 3.329 25.19 397 115.79 136.00 3.232 24.80 398 116.11 136.80 3.281 24.99 399 116.15 136.90 3.132 24.38 400 116.62 138.06 3.114 24.31 401 116.64 138.13 3.612 26.26 402 116.78 138.48 3.522 25.93 403 117.32 139.73 2.965 23.66 404 117.61 140.15 3.188 24.62 405 118.12 140.88 3.229 24.79 406 118.29 141.12 3.628 26.32 407 118.71 141.73 2.814 22.98 408 119.18 142.41 3.293 25.04 409 119.63 143.06 3.434 25.59 410 119.78 143.27 2.825 23.02 411 120.29 144.01 3.014 23.88 412 120.63 144.50 3.380 25.39 413 121.12 145.21 2.930 23.51 414 121.28 145.44 2.716 22.51 415 121.72 146.07 2.953 23.61 416 123.05 148.35 3.079 24.16 417 123.54 149.20 3.167 24.53 418 123.94 149.89 3.085 24.18 419 124.44 150.76 3.041 24.00 420 124.55 150.95 2.848 23.13 421 125.04 151.80 2.814 22.98 422 125.44 152.49 2.974 23.70 423 125.94 153.36 2.808 22.95 424 126.05 153.55 2.940 23.55 425 126.54 154.39 3.157 24.49 426 126.94 155.09 2.762 22.73 427 127.44 155.95 2.962 23.65 428 127.55 156.14 2.585 21.86 429 128.04 156.99 2.503 21.43 430 128.44 157.69 2.860 23.19 431 128.94 158.55 2.788 22.85 432 129.05 158.74 2.862 23.20 433 129.54 159.59 3.317 25.14 434 129.94 160.28 3.074 24.14 435 130.44 161.15 3.255 24.89 436 130.55 161.34 2.892 23.34 437 131.04 162.19 3.030 23.95 438 131.44 162.88 3.003 23.83 439 131.91 163.70 2.475 21.29 440 132.44 164.62 3.007 23.85 441 132.94 165.48 3.469 25.73 442 133.33 166.16 3.265 24.93 443 133.94 167.21 3.254 24.89 444 134.43 168.06 3.084 24.18 445 134.83 168.76 3.378 25.38 446 135.33 169.62 3.258 24.90 447 135.44 169.81 3.279 24.99 448 135.93 170.66 3.105 24.27 449 136.34 171.37 3.401 25.47 450 136.83 172.22 3.228 24.78 451 136.94 172.41 3.045 24.01 452 137.43 173.26 2.609 21.98 453 137.83 173.95 2.917 23.45 454 138.33 174.82 2.987 23.76 455 138.44 175.01 3.047 24.02 456 138.94 175.87 3.239 24.83 457 139.34 176.57 3.071 24.13 458 139.83 177.42 2.706 22.46 459 139.94 177.61 2.774 22.79 460 140.45 178.85 2.795 22.89 461 140.87 179.99 2.742 22.63 462 141.30 181.14 2.838 23.09 463 142.08 183.22 3.006 23.84 464 142.57 184.52 2.901 23.37 465 142.97 185.59 2.475 21.28 466 143.47 186.93 2.898 23.36 467 143.58 187.22 2.866 23.21 468 144.07 188.53 2.964 23.66 469 144.47 189.59 2.821 23.01 470 144.93 190.82 2.724 22.55 471 145.08 191.22 2.827 23.04 472 145.63 192.69 2.888 23.31 473 145.98 193.62 2.530 21.58 474 146.54 195.12 3.039 23.98 475 146.59 195.25 2.843 23.11 476 147.13 196.69 2.855 23.16 477 147.48 197.61 3.341 25.23 478 147.98 198.96 2.778 22.81 479 148.13 199.36 2.923 23.47 480 148.58 200.56 2.954 23.61 481 148.98 201.63 2.720 22.53 482 149.48 202.96 3.045 24.01 483 149.64 203.39 3.182 24.59 484 151.72 208.94 3.183 24.60 485 152.28 210.42 3.367 25.34 486 152.61 211.32 3.244 24.85 487 153.08 212.57 3.434 25.59 488 153.22 212.94 3.183 24.60 489 153.82 214.53 3.128 24.37 490 154.12 215.33 3.233 24.80 491 154.62 216.67 3.101 24.25 492 154.73 216.96 3.029 23.94 493 155.28 218.43 2.906 23.40 494 155.62 219.35 2.813 22.97 495 156.17 220.82 3.062 24.09 496 156.23 220.98 3.030 23.95 497 156.82 222.55 3.246 24.85 498 157.12 223.35 3.040 23.99 499 157.68 224.84 3.273 24.96 500 157.73 224.98 3.161 24.51 501 158.21 226.26 3.362 25.32 502 158.61 227.37 3.494 25.82 503 159.11 228.55 3.222 24.76 504 159.22 228.81 3.232 24.80 505 159.71 229.97 3.420 25.54 506 160.11 230.92 3.586 26.16 507 160.61 232.10 3.482 25.78 508 161.55 234.33 3.277 24.98 509 162.03 235.47 3.169 24.54 510 162.43 236.41 3.411 25.51 511 162.93 237.60 3.303 25.08 512 163.04 237.86 3.260 24.91 513 163.53 239.02 3.106 24.27 514 163.94 239.99 3.107 24.28 515 164.44 241.17 3.197 24.66 516 164.59 241.53 3.438 25.61 517 165.04 242.60 3.116 24.32 518 165.44 243.14 3.369 25.34 519 165.94 244.96 3.605 26.23 520 166.06 245.39 3.174 24.56 521 166.55 247.16 3.371 25.35 522 166.94 248.60 3.400 25.46 523 167.44 250.40 3.312 25.12 524 167.59 250.96 3.339 25.23 525 168.05 252.62 3.111 24.30 526 168.44 254.04 3.168 24.54 527 168.94 255.86 3.095 24.22 528 169.09 256.42 2.858 23.18 529 169.64 258.41 3.014 23.88 530 169.94 259.50 3.367 25.34 531 170.43 261.30 2.834 23.07