# South China Sea Sr/Ca Data and Sea Surface Temperature and IPO Reconstructions from 1600-2010 CE #---------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #---------------------------------------------------- # Template Version 4.0 # Encoding: UTF-8 # NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data. If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/32392 # Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata. # # Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-coral-32392.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Corals and Sclerosponges # # Dataset_DOI: 10.25921/tfvy-1269 # # Science_Keywords: Atmospheric and Oceanic Circulation Patterns Reconstruction, Sea Surface Temperature Reconstruction #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/coral/south_china_sea/goodkin2021/goodkin2021-tn-sst-seas-noaa.txt # Data_Download_Description: NOAA Template File; Hon Tre Seasonal Sr/Ca Data and SST, IPO Reconstructions # #-------------------- # Contribution_Date # Date: 2021-01-20 #-------------------- # File_Last_Modified_Date # Date: 2025-08-22 #-------------------- # Title # Study_Name: South China Sea Sr/Ca Data and Sea Surface Temperature and IPO Reconstructions from 1600-2010 CE #-------------------- # Investigators # Investigators: Goodkin, N.F.(https://orcid.org/0000-0001-9697-5520); Samanta, D.(https://orcid.org/0000-0002-7477-5584); Bolton, A.(https://orcid.org/0000-0002-7252-2049); Ong, M.R.K.(https://orcid.org/0000-0001-9271-4083); Hoang, P.K.; Vo, S.T.; Karnauskas, K.B.(https://orcid.org/0000-0001-8121-7321); Hughen, K.A.(https://orcid.org/0000-0003-3201-934X) #-------------------- # Description_Notes_and_Keywords # Description: A record of monthly, wet and dry season sea surface temperature to 1600. An IPO reconstruction. Provided Keywords: Coral record, IPO, SST, Vietnam, South China Sea #-------------------- # Publication # Authors: Goodkin, Nathalie F., Dhrubajyoti Samanta, Annette Bolton, Maria Rosabelle K. Ong, Phan Kim Hoang, Si Tuan Vo, Kristopher Karnauskas, Konrad A. Hughen # Journal_Name: Paleoceanography and Paleoclimatology # Published_Title: Natural and Anthropogenic Forcing of Multi-decadal to Centennial Scale Variability of Sea Surface Temperature in the South China Sea # Published_Date_or_Year: 2021 # Volume: 36 # Issue: 10 # Pages: # Report_Number: e2021PA004233 # DOI: 10.1029/2021PA004233 # Full_Citation: # Abstract: Four hundred years of reconstructed sea surface temperatures (SSTs) from a coral located off the coast of Vietnam show significant multi-decadal to centennial-scale variability in wet and dry seasons. Wet and dry season SST co-vary significantly at multi-decadal timescales, and the Interdecadal Pacific Oscillation (IPO) explains the majority of variability in both seasons. A newly reconstructed wet season IPO index was compared to other IPO reconstructions, showing significant long-term agreement with varying amplitude of negative IPO signals based on geographic location. Dry season SST also correlates to sea level pressure anomalies and the East Asian Winter Monsoon, although with an inverse relationship from established interannual behavior, as previously seen with an ocean circulation proxy from the same coral. Centennial-scale variability in wet and dry season SST shows 300 years of near simultaneous changes, with an abrupt decoupling of the records around 1900, after which the dry season continues a long-term cooling trend while the wet season remains almost constant. Climate model simulations indicate greenhouse gases as the largest contributor to the decoupling of the wet and dry season SSTs and demonstrate increased heat advection to the western South China Sea in the wet season, potentially disrupting the covariance in seasonal SST. #-------------------- # Funding_Agency # Funding_Agency_Name: Singapore Ministry of Education Academic Research Fund Tier 2 # Grant: MOE-2016-T2-1-016 #-------------------- # Site_Information # Site_Name: Hòn Tre Island # Location: Vietnam # Northernmost_Latitude: 12.213861 # Southernmost_Latitude: 12.213861 # Easternmost_Longitude: 109.304864 # Westernmost_Longitude: 109.304864 # Elevation_m: -8 #-------------------- # Data_Collection # Collection_Name: TN Sr/Ca seas SST Goodkin2021 # First_Year: 1600 # Last_Year: 2010 # Time_Unit: CE # Core_Length_m: 5 # Parameter_Keywords: trace metals # Notes: #-------------------- # Chronology_Information # Chronology: #-------------------- # Variables # PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf # PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format. # # Data variables follow that are preceded by '##' in columns one and two. # Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data) # ## age_CE_annual age,,,year Common Era,,corals and sclerosponges;climate reconstructions,,,N, ## Sr/Ca-wet strontium/calcium,Porites sp.,,millimole per mole,Sep-Nov,corals and sclerosponges,,inductively-coupled plasma atomic emission spectroscopy,N, ## SST-wet sea surface temperature,strontium/calcium,,degree Celsius,Sep-Nov,corals and sclerosponges;climate reconstructions,,,N,precision: 0.5 deg ## Sr/Ca-dry strontium/calcium,Porites sp.,,millimole per mole,Jan-Mar,corals and sclerosponges,,inductively-coupled plasma atomic emission spectroscopy,N, ## SST-dry sea surface temperature,strontium/calcium,,degree Celsius,Jan-Mar,corals and sclerosponges;climate reconstructions,,,N,precision: 0.5 deg ## IPO_index Interdecadal Pacific Oscillation Index,strontium/calcium,,dimensionless,Sep-Nov,corals and sclerosponges;climate reconstructions,,,N, #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: NA age_CE_annual Sr/Ca-wet SST-wet Sr/Ca-dry SST-dry IPO_index 2010 9.015 28.62 9.179 25.47 NA 2009 9.021 28.50 9.176 25.52 NA 2008 9.004 28.82 9.254 24.02 NA 2007 9.053 27.89 9.209 24.88 NA 2006 9.019 28.53 9.262 23.87 NA 2005 9.077 27.42 9.188 25.28 NA 2004 9.029 28.35 9.207 24.93 0.275 2003 8.934 30.18 9.143 26.15 0.253 2002 9.017 28.59 9.131 26.38 0.247 2001 9.045 28.05 9.120 26.61 0.221 2000 9.066 27.63 9.219 24.69 0.224 1999 9.021 28.50 9.165 25.72 0.198 1998 9.064 27.68 9.151 26.01 0.181 1997 9.064 27.66 9.218 24.71 0.189 1996 9.033 28.27 9.193 25.20 0.152 1995 9.061 27.72 9.178 25.49 0.174 1994 9.047 27.99 9.149 26.05 0.174 1993 9.077 27.43 9.162 25.79 0.195 1992 9.115 26.69 9.192 25.21 0.194 1991 9.011 28.69 9.167 25.69 0.203 1990 9.014 28.64 9.029 28.35 0.216 1989 8.968 29.52 9.194 25.17 0.217 1988 9.045 28.03 9.089 27.20 0.202 1987 9.019 28.54 9.106 26.86 0.214 1986 9.025 28.42 9.173 25.57 0.225 1985 9.043 28.07 9.182 25.41 0.248 1984 9.035 28.24 9.220 24.68 0.196 1983 9.030 28.32 9.245 24.19 0.164 1982 9.096 27.06 9.167 25.69 0.133 1981 9.020 28.51 9.186 25.33 0.099 1980 9.051 27.92 9.163 25.77 0.044 1979 9.065 27.66 9.163 25.76 -0.035 1978 9.126 26.49 9.204 24.97 -0.046 1977 9.087 27.24 9.204 24.98 -0.111 1976 9.035 28.23 9.188 25.30 -0.134 1975 9.120 26.60 9.164 25.75 -0.112 1974 9.141 26.19 9.183 25.38 -0.229 1973 9.200 25.06 9.146 26.09 -0.244 1972 9.067 27.61 9.175 25.53 -0.253 1971 9.179 25.47 9.221 24.66 -0.230 1970 9.082 27.32 9.197 25.11 -0.201 1969 9.047 28.01 9.257 23.96 -0.232 1968 9.279 23.54 9.134 26.32 -0.218 1967 9.085 27.28 9.217 24.73 -0.216 1966 9.085 27.26 9.124 26.52 -0.163 1965 9.075 27.46 9.169 25.66 -0.212 1964 9.023 28.46 9.203 25.01 -0.208 1963 9.103 26.92 9.102 26.95 -0.271 1962 9.089 27.20 9.184 25.36 -0.309 1961 9.136 26.28 9.143 26.16 -0.283 1960 9.084 27.28 9.153 25.96 -0.339 1959 9.175 25.53 9.196 25.14 -0.350 1958 9.170 25.64 9.289 23.34 -0.371 1957 9.222 24.64 9.241 24.26 -0.447 1956 9.130 26.40 9.225 24.58 -0.495 1955 9.221 24.66 9.210 24.86 -0.532 1954 9.209 24.88 9.153 25.97 -0.554 1953 9.109 26.81 9.263 23.84 -0.606 1952 9.123 26.54 9.308 22.98 -0.597 1951 9.191 25.23 9.200 25.06 -0.609 1950 9.209 24.88 9.263 23.84 -0.567 1949 9.171 25.62 9.228 24.53 -0.571 1948 9.184 25.36 9.189 25.27 -0.523 1947 9.201 25.04 9.157 25.89 -0.455 1946 9.155 25.92 9.157 25.88 -0.451 1945 9.197 25.13 9.206 24.94 -0.390 1944 9.128 26.44 9.112 26.74 -0.316 1943 9.140 26.21 9.147 26.08 -0.235 1942 9.114 26.71 9.137 26.27 -0.208 1941 9.058 27.78 9.181 25.42 -0.110 1940 9.099 27.00 9.090 27.17 -0.010 1939 8.990 29.10 9.056 27.82 -0.015 1938 9.027 28.39 9.117 26.65 0.027 1937 9.030 28.33 9.081 27.35 0.017 1936 9.111 26.78 9.181 25.42 0.009 1935 8.968 29.53 9.126 26.49 0.042 1934 8.979 29.32 9.154 25.95 0.085 1933 9.165 25.73 9.152 25.99 0.134 1932 9.104 26.90 9.160 25.82 0.139 1931 9.151 26.00 9.203 24.99 0.112 1930 9.157 25.89 9.069 27.57 0.131 1929 9.042 28.09 9.079 27.38 0.156 1928 8.963 29.62 9.019 28.54 0.130 1927 8.991 29.07 9.035 28.24 0.125 1926 8.979 29.31 9.166 25.71 0.193 1925 9.085 27.27 9.071 27.55 0.233 1924 8.990 29.10 9.187 25.30 0.327 1923 9.055 27.85 9.139 26.22 0.375 1922 9.026 28.41 9.082 27.33 0.391 1921 8.989 29.12 9.059 27.77 0.350 1920 9.014 28.64 9.120 26.59 0.308 1919 9.016 28.60 9.027 28.38 0.285 1918 8.942 30.02 9.101 26.97 0.331 1917 9.052 27.91 9.067 27.62 0.325 1916 9.007 28.78 9.064 27.68 0.306 1915 9.053 27.88 9.132 26.37 0.304 1914 9.084 27.29 9.133 26.35 0.278 1913 9.030 28.33 9.058 27.80 0.286 1912 8.984 29.20 9.141 26.20 0.292 1911 9.001 28.88 9.117 26.66 0.256 1910 9.097 27.04 9.082 27.33 0.284 1909 9.031 28.31 9.074 27.49 0.300 1908 9.046 28.01 9.035 28.24 0.342 1907 8.996 28.98 9.079 27.38 0.377 1906 9.003 28.84 9.064 27.68 0.370 1905 9.021 28.50 9.017 28.58 0.363 1904 8.989 29.11 9.031 28.31 0.361 1903 8.972 29.44 9.103 26.92 0.360 1902 8.961 29.65 9.062 27.72 0.353 1901 9.006 28.79 9.096 27.05 0.342 1900 9.045 28.04 9.071 27.53 0.317 1899 9.001 28.89 9.171 25.61 0.296 1898 9.005 28.81 9.160 25.83 0.271 1897 9.099 27.01 9.078 27.41 0.247 1896 9.046 28.02 9.045 28.04 0.216 1895 9.070 27.55 9.070 27.56 0.137 1894 9.052 27.90 9.075 27.47 0.126 1893 9.051 27.93 9.229 24.49 0.130 1892 9.075 27.46 9.121 26.57 0.066 1891 9.043 28.08 9.066 27.64 0.045 1890 9.041 28.11 9.224 24.60 0.038 1889 9.136 26.29 9.046 28.01 -0.047 1888 9.031 28.31 9.072 27.52 0.007 1887 9.035 28.24 9.170 25.63 0.030 1886 9.144 26.13 9.191 25.23 -0.009 1885 9.051 27.92 9.139 26.23 -0.027 1884 9.113 26.73 9.199 25.08 0.004 1883 9.234 24.40 9.087 27.23 -0.037 1882 8.952 29.83 9.111 26.78 0.012 1881 9.002 28.87 9.178 25.49 -0.036 1880 9.136 26.28 9.186 25.32 -0.043 1879 9.116 26.68 9.065 27.65 0.002 1878 8.972 29.44 9.039 28.16 -0.025 1877 9.132 26.37 9.068 27.59 0.030 1876 9.027 28.38 9.058 27.78 0.095 1875 9.138 26.25 9.061 27.74 0.032 1874 9.050 27.95 9.058 27.78 -0.033 1873 9.044 28.06 9.071 27.54 -0.032 1872 9.112 26.76 9.120 26.61 -0.038 1871 8.992 29.07 9.074 27.48 -0.116 1870 9.091 27.15 9.145 26.11 -0.101 1869 9.090 27.17 9.080 27.36 -0.149 1868 9.147 26.07 9.139 26.24 -0.125 1867 9.134 26.33 9.157 25.88 -0.166 1866 9.129 26.43 9.128 26.44 -0.188 1865 9.145 26.12 9.155 25.92 -0.217 1864 9.098 27.01 9.181 25.43 -0.274 1863 9.134 26.32 9.078 27.40 -0.242 1862 9.085 27.28 9.156 25.91 -0.222 1861 9.140 26.22 9.180 25.45 -0.191 1860 9.094 27.11 9.146 26.09 -0.187 1859 9.176 25.52 9.106 26.86 -0.153 1858 9.117 26.65 9.084 27.28 -0.168 1857 9.022 28.49 9.103 26.92 -0.162 1856 9.045 28.04 9.087 27.22 -0.112 1855 9.078 27.39 9.168 25.67 -0.118 1854 9.126 26.49 9.176 25.52 -0.086 1853 9.053 27.89 9.116 26.66 -0.064 1852 9.177 25.50 9.114 26.71 -0.006 1851 9.086 27.24 9.109 26.81 0.062 1850 9.024 28.44 9.072 27.52 0.075 1849 9.097 27.04 9.141 26.18 0.050 1848 9.069 27.58 9.171 25.62 0.026 1847 9.044 28.06 9.140 26.22 0.036 1846 9.048 27.98 8.991 29.07 0.035 1845 8.966 29.56 9.112 26.75 0.089 1844 8.994 29.02 9.084 27.29 0.047 1843 9.100 26.97 9.077 27.43 0.009 1842 9.131 26.38 9.124 26.53 0.030 1841 9.103 26.93 9.143 26.15 0.041 1840 9.056 27.84 9.109 26.80 0.032 1839 9.057 27.80 9.133 26.35 0.014 1838 9.180 25.44 9.167 25.69 -0.122 1837 9.107 26.84 9.140 26.21 -0.255 1836 9.050 27.95 9.056 27.83 -0.250 1835 9.046 28.02 9.110 26.79 -0.208 1834 9.064 27.67 9.019 28.53 -0.217 1833 9.087 27.24 9.243 24.23 -0.202 1832 9.268 23.76 9.327 22.62 -0.216 1831 9.289 23.36 9.194 25.17 -0.140 1830 9.089 27.19 9.094 27.10 -0.138 1829 9.037 28.19 9.232 24.45 -0.156 1828 9.124 26.51 9.142 26.18 -0.173 1827 9.022 28.48 9.113 26.74 -0.153 1826 9.089 27.19 9.036 28.22 -0.078 1825 9.010 28.71 9.082 27.33 0.059 1824 9.103 26.92 9.111 26.76 0.166 1823 9.091 27.15 9.084 27.29 0.181 1822 9.083 27.31 9.064 27.67 0.151 1821 9.019 28.53 9.090 27.17 0.185 1820 8.922 30.41 9.067 27.62 0.180 1819 8.963 29.61 9.097 27.04 0.163 1818 9.052 27.90 9.083 27.32 0.174 1817 9.056 27.83 9.110 26.79 0.191 1816 9.103 26.93 9.082 27.33 0.227 1815 9.049 27.96 9.170 25.63 0.209 1814 9.034 28.26 9.217 24.73 0.222 1813 9.127 26.45 9.084 27.29 0.153 1812 8.985 29.19 9.099 26.99 0.099 1811 9.067 27.62 9.174 25.56 0.129 1810 9.010 28.71 9.215 24.78 0.165 1809 9.122 26.56 9.084 27.29 0.151 1808 8.992 29.06 9.119 26.62 0.115 1807 9.075 27.47 9.181 25.43 0.065 1806 9.083 27.30 9.129 26.42 0.081 1805 8.985 29.19 9.076 27.45 0.076 1804 8.975 29.38 9.171 25.61 0.085 1803 9.134 26.33 9.138 26.25 0.080 1802 9.130 26.40 9.138 26.26 0.096 1801 9.144 26.14 9.082 27.32 0.087 1800 9.093 27.12 9.016 28.60 0.117 1799 8.995 29.01 9.095 27.07 0.110 1798 9.047 27.99 9.043 28.08 0.072 1797 9.021 28.49 9.119 26.61 -0.003 1796 9.087 27.22 9.202 25.02 -0.036 1795 9.010 28.70 9.006 28.79 -0.031 1794 9.008 28.76 9.058 27.79 0.017 1793 9.099 27.00 9.071 27.54 0.025 1792 9.070 27.56 9.131 26.38 -0.010 1791 9.141 26.19 9.196 25.13 -0.002 1790 9.207 24.92 9.179 25.46 -0.039 1789 9.119 26.62 9.154 25.94 -0.043 1788 9.037 28.20 9.139 26.23 -0.183 1787 9.076 27.45 9.115 26.69 -0.279 1786 9.073 27.50 9.103 26.93 -0.335 1785 9.030 28.33 9.122 26.55 -0.405 1784 9.103 26.93 9.121 26.58 -0.367 1783 9.096 27.06 9.073 27.50 -0.339 1782 9.320 22.75 9.184 25.37 -0.355 1781 9.220 24.68 9.278 23.56 -0.376 1780 9.224 24.59 9.285 23.42 -0.380 1779 9.224 24.59 9.106 26.86 -0.338 1778 9.057 27.80 9.203 25.01 -0.309 1777 9.145 26.11 9.186 25.33 -0.241 1776 9.154 25.93 9.119 26.61 -0.224 1775 9.082 27.33 9.139 26.23 -0.119 1774 9.086 27.25 9.090 27.18 -0.113 1773 8.979 29.30 9.089 27.20 -0.046 1772 8.966 29.56 9.146 26.10 0.035 1771 8.952 29.83 9.094 27.09 0.019 1770 9.060 27.76 9.089 27.19 0.054 1769 9.087 27.23 9.161 25.80 0.066 1768 9.206 24.94 9.161 25.81 0.066 1767 9.076 27.45 9.077 27.42 0.061 1766 9.046 28.03 9.105 26.89 0.010 1765 9.093 27.12 9.094 27.10 -0.047 1764 9.066 27.63 9.171 25.62 -0.108 1763 9.129 26.43 9.135 26.31 -0.132 1762 9.082 27.33 9.119 26.61 -0.195 1761 9.098 27.02 9.096 27.06 -0.156 1760 9.091 27.15 9.068 27.60 -0.157 1759 9.092 27.13 9.103 26.92 -0.176 1758 9.086 27.25 9.110 26.79 -0.153 1757 9.114 26.71 9.225 24.58 -0.182 1756 9.228 24.52 9.150 26.01 -0.165 1755 9.119 26.61 9.106 26.86 -0.151 1754 9.077 27.42 9.104 26.90 -0.163 1753 9.087 27.22 9.087 27.23 -0.119 1752 9.043 28.08 9.139 26.23 -0.098 1751 9.129 26.41 9.078 27.41 -0.066 1750 9.091 27.14 9.066 27.63 -0.034 1749 9.051 27.91 9.086 27.24 0.033 1748 9.123 26.54 9.097 27.04 0.064 1747 8.994 29.02 9.048 27.99 0.099 1746 9.046 28.02 9.124 26.52 0.151 1745 9.014 28.63 9.142 26.18 0.154 1744 9.043 28.07 9.187 25.31 0.188 1743 9.080 27.37 9.069 27.57 0.210 1742 9.051 27.93 9.165 25.74 0.216 1741 9.000 28.91 9.100 26.98 0.258 1740 8.972 29.44 9.024 28.44 0.234 1739 9.036 28.21 9.144 26.14 0.275 1738 9.054 27.86 9.089 27.19 0.241 1737 9.041 28.11 9.099 27.01 0.258 1736 9.039 28.16 9.079 27.38 0.302 1735 9.031 28.31 9.019 28.54 0.361 1734 9.047 28.00 9.047 28.00 0.339 1733 8.955 29.77 9.024 28.44 0.298 1732 9.090 27.18 9.045 28.05 0.326 1731 9.005 28.81 9.075 27.47 0.334 1730 8.982 29.25 8.979 29.31 0.321 1729 8.921 30.42 9.043 28.07 0.271 1728 9.047 28.00 9.087 27.22 0.256 1727 9.065 27.66 9.057 27.80 0.278 1726 8.973 29.43 9.055 27.85 0.224 1725 9.036 28.21 9.038 28.17 0.250 1724 9.071 27.54 9.098 27.01 0.253 1723 9.150 26.02 9.091 27.15 0.220 1722 9.063 27.68 9.051 27.93 0.174 1721 9.000 28.91 9.043 28.07 0.184 1720 9.074 27.48 9.042 28.10 0.206 1719 9.032 28.28 9.055 27.85 0.180 1718 8.997 28.95 9.156 25.90 0.197 1717 9.056 27.83 9.113 26.73 0.233 1716 9.022 28.48 9.096 27.05 0.313 1715 9.026 28.40 9.092 27.13 0.338 1714 9.015 28.61 9.029 28.35 0.352 1713 9.032 28.30 9.020 28.52 0.386 1712 8.999 28.93 8.998 28.95 0.378 1711 8.990 29.10 8.987 29.16 0.409 1710 8.973 29.42 9.025 28.41 0.434 1709 9.009 28.74 9.033 28.28 0.441 1708 8.969 29.50 9.016 28.59 0.447 1707 8.997 28.97 9.050 27.94 0.421 1706 9.051 27.92 8.997 28.97 0.405 1705 8.928 30.28 9.061 27.73 0.400 1704 9.002 28.88 9.072 27.52 0.373 1703 9.006 28.78 9.042 28.10 0.334 1702 9.012 28.68 9.088 27.21 0.337 1701 9.074 27.48 9.114 26.72 0.341 1700 9.066 27.63 9.006 28.78 0.266 1699 9.010 28.71 9.065 27.66 0.250 1698 9.049 27.96 9.095 27.08 0.189 1697 9.058 27.78 9.156 25.90 0.200 1696 9.003 28.85 9.057 27.81 0.183 1695 8.960 29.67 9.130 26.40 0.127 1694 9.162 25.79 9.178 25.49 0.155 1693 9.089 27.20 9.180 25.45 0.187 1692 9.062 27.71 9.060 27.75 0.189 1691 8.978 29.32 9.101 26.97 0.191 1690 9.044 28.05 9.159 25.84 0.180 1689 9.136 26.29 9.083 27.31 0.122 1688 9.011 28.70 9.048 27.99 0.047 1687 8.997 28.97 9.048 27.98 0.039 1686 9.005 28.80 9.089 27.20 0.048 1685 9.044 28.06 9.082 27.32 0.064 1684 9.083 27.31 9.196 25.14 -0.028 1683 9.131 26.39 9.131 26.38 -0.038 1682 9.127 26.46 9.166 25.71 0.016 1681 9.181 25.43 9.125 26.49 0.007 1680 9.068 27.60 9.041 28.12 -0.013 1679 9.026 28.41 9.161 25.82 -0.037 1678 9.182 25.40 9.178 25.49 -0.028 1677 9.066 27.63 9.068 27.60 0.013 1676 9.017 28.58 9.055 27.84 0.089 1675 9.031 28.31 9.000 28.90 0.149 1674 9.042 28.10 9.082 27.32 0.224 1673 9.057 27.81 9.115 26.70 0.213 1672 9.024 28.45 9.132 26.37 0.187 1671 8.992 29.05 9.049 27.95 0.279 1670 8.964 29.60 9.035 28.23 0.286 1669 8.993 29.03 9.107 26.84 0.287 1668 9.014 28.63 9.109 26.80 0.274 1667 9.092 27.14 9.111 26.77 0.268 1666 9.084 27.29 9.062 27.70 0.249 1665 8.977 29.34 9.071 27.54 0.221 1664 9.052 27.90 9.137 26.28 0.169 1663 9.014 28.64 9.122 26.55 0.097 1662 9.060 27.75 9.101 26.96 0.059 1661 9.056 27.83 9.096 27.05 0.010 1660 9.097 27.04 9.100 26.98 0.050 1659 9.087 27.23 9.087 27.23 0.072 1658 9.108 26.83 9.108 26.83 0.001 1657 9.124 26.53 9.100 26.97 0.011 1656 9.077 27.42 9.047 28.01 0.019 1655 9.122 26.55 9.056 27.82 0.062 1654 9.003 28.85 9.031 28.31 0.075 1653 9.036 28.21 9.132 26.37 0.123 1652 9.134 26.33 9.055 27.84 0.154 1651 9.031 28.30 9.251 24.08 0.182 1650 8.996 28.98 9.100 26.98 0.217 1649 8.965 29.58 9.044 28.07 0.207 1648 9.026 28.41 9.079 27.38 0.241 1647 8.993 29.05 9.076 27.45 0.179 1646 9.017 28.58 9.057 27.80 0.157 1645 9.045 28.03 9.069 27.57 0.107 1644 9.046 28.02 9.050 27.93 0.038 1643 9.100 26.98 9.104 26.90 0.013 1642 9.046 28.02 9.186 25.32 -0.019 1641 9.141 26.20 9.185 25.34 -0.038 1640 9.085 27.27 9.300 23.13 -0.049 1639 9.245 24.19 9.271 23.70 -0.037 1638 9.184 25.37 9.203 24.99 -0.040 1637 9.052 27.90 9.131 26.38 -0.037 1636 9.036 28.21 9.096 27.06 -0.048 1635 9.066 27.63 9.097 27.05 -0.061 1634 9.017 28.57 9.075 27.46 -0.044 1633 8.991 29.07 9.094 27.10 -0.019 1632 9.053 27.89 9.160 25.82 0.077 1631 9.038 28.17 9.081 27.34 0.118 1630 9.125 26.50 9.054 27.86 0.115 1629 9.075 27.45 9.073 27.50 0.116 1628 9.102 26.94 9.067 27.61 0.163 1627 9.029 28.34 9.084 27.29 0.172 1626 9.033 28.26 9.104 26.91 0.147 1625 9.093 27.12 9.110 26.79 0.161 1624 9.058 27.79 8.995 29.00 0.170 1623 9.035 28.23 9.058 27.79 0.271 1622 8.962 29.64 9.017 28.57 0.264 1621 8.998 28.95 9.050 27.95 0.289 1620 9.046 28.01 9.041 28.11 0.279 1619 9.021 28.50 8.987 29.16 0.274 1618 9.018 28.56 9.040 28.14 0.282 1617 8.902 30.79 9.081 27.34 0.276 1616 9.091 27.16 9.071 27.54 0.238 1615 9.047 28.00 9.128 26.44 0.209 1614 9.052 27.91 9.122 26.56 0.211 1613 9.043 28.08 9.045 28.03 0.218 1612 9.075 27.46 9.097 27.05 0.216 1611 9.073 27.49 9.167 25.70 0.218 1610 9.117 26.65 9.002 28.87 0.159 1609 9.028 28.37 9.033 28.26 0.138 1608 8.994 29.02 9.064 27.67 0.157 1607 9.029 28.35 9.093 27.12 0.138 1606 9.027 28.38 9.105 26.89 0.108 1605 9.013 28.66 9.141 26.19 NA 1604 9.031 28.30 9.126 26.49 NA 1603 9.139 26.23 9.148 26.06 NA 1602 9.004 28.82 9.107 26.84 NA 1601 9.093 27.12 9.124 26.53 NA 1600 9.110 26.79 9.162 25.80 NA