500-year Northern Hemisphere Speleothem Temperature Reconstruction ----------------------------------------------------------------------- World Data Center for Paleoclimatology, Boulder and NOAA Paleoclimatology Program ----------------------------------------------------------------------- NOTE: PLEASE CITE CONTRIBUTORS WHEN USING THIS DATA!!!!! NAME OF DATA SET: 500-year Northern Hemisphere Speleothem Temperature Reconstruction LAST UPDATE: 7/2006 (Original receipt by WDC Paleo) CONTRIBUTOR: Claire Smith, University of Birmingham IGBP PAGES/WDCA CONTRIBUTION SERIES NUMBER: 2006-072 SUGGESTED DATA CITATION: Smith, C.L., et al., 2006. 500-year Northern Hemisphere Speleothem Temperature Reconstruction IGBP PAGES/World Data Center for Paleoclimatology Data Contribution Series # 2006-072. NOAA/NCDC Paleoclimatology Program, Boulder CO, USA. ORIGINAL REFERENCE: Smith, C.L., A. Baker, I.J. Fairchild, S. Frisia, and A. Borsato. 2006. Reconstructing hemispheric-scale climates from multiple stalagmite records. International Journal of Climatology, Volume 26, Issue 10, pp. 1417 - 1424. ABSTRACT: The magnitude of recent warming, and the variability of climate on centennial- millennial time scales are compromised by questions concerning the ability of tree rings to capture low-frequency climate fluctuations. Annually laminated stalagmite records can potentially provide a low-frequency climate archive through variations in annual growth rate. Presented here is an initial attempt to demonstrate the applicability of annually laminated stalagmite series to a large-scale climate reconstruction, by producing a 500-year Northern Hemisphere temperature reconstruction. The reconstruction shows an overall warming trend with a magnitude of 0.65 K and several other low-frequency characteristics consistent with other independent Northern Hemisphere archives. The result is sufficiently encouraging to warrant significant future effort in characterising annual growth rate records from laminated speleothems. ADDITIONAL REFERENCES: Proctor, C.J., A. Baker, and W.L. Barnes. 2002. A three thousand year record of north Atlantic climate. Climate Dynamics 19: 449–454. Frisia, S., A. Borsato, N. Preto, and F. McDermott. 2003. Late Holocene annual growth in three Alpine stalagmites records the influence of solar activity and the North Atlantic Oscillation on winter climate. Earth and Planetary Science Letters 216: 411–424. Tan, M., T. Liu, J. Hou, X. Qin, H. Zhang, and T. Li. 2003. Cyclic rapid warming on centennial-scale revealed by a 2650-year stalagmite record of warm season temperature. Geophysical Research Letters 30: 1617–1620. GEOGRAPHIC REGION: Northern Hemisphere PERIOD OF RECORD: 1500 - 2000 AD FUNDING SOURCES: This work was funded by NERC, UK as part of the ASCRIBE project in the RAPID climate change programme, Grant No: NER/T/S/2002/00448. AB was funded by a Philip Leverhulme prize. DESCRIPTION: Reconstructed northern hemispheric temperature for the period 1500-2000 AD from three stalagmite layer thickness records from Scotland, Italy, and China. Uamh an Tartair, Scotland (58°09'N 04°59'W, 220m., Proctor et al. 2000, 2002) Grotte di Ernesto, Italy (Frisia et al. 2003) ShiHua Cave, Beijing, China (115°56'E, 39°47'N, 251m., Tan et al., 2003). Italian data are from S. Frisia and A. Borsato, Museo Tridentino di Scienze Naturali AQUAPAST project. DATA: Column 1: Year AD Column 2: Layer thickness data in microns from Scottish stalagmite SU-96-7 (Proctor et al. 2002) Column 3: Layer thickness data in microns from Italian stalagmite ER76 (Frisia et al. 2003) Column 4: Layer thickness data in microns from Chinese stalagmite TS9501 (Tan et al. 2003) Column 5: Reconstructed temperature anomaly in degrees C with respect to 1961-1990 Year SU-96-7 ER76 TS9501 Tanom 2000 NaN NaN NaN NaN 1999 NaN NaN NaN NaN 1998 NaN NaN NaN NaN 1997 NaN NaN NaN NaN 1996 NaN NaN NaN NaN 1995 NaN NaN NaN NaN 1994 NaN NaN 36.25 NaN 1993 9.8 NaN 80 NaN 1992 17.94 NaN 22.5 NaN 1991 20.65 NaN 32.5 NaN 1990 22.83 NaN 43.75 NaN 1989 30.44 NaN 63.75 NaN 1988 28.26 NaN 69.38 NaN 1987 26.63 111.1 47.5 -0.117 1986 23.91 120.4 55.63 -0.0637 1985 23.37 76.7 62.5 -0.1567 1984 22.83 135.3 83.13 0.0972 1983 21.74 70.2 68.75 -0.1522 1982 22.82 132 57.5 -0.0265 1981 23.37 92.9 63.13 -0.1087 1980 16.3 78.3 46.25 -0.2479 1979 44.57 53.9 38.13 -0.2598 1978 59.78 83.1 43.75 -0.1034 1977 56.53 62 34.38 -0.2148 1976 67.38 78.2 21.88 -0.19 1975 71.74 99.4 64.38 0.0733 1974 60.87 96.3 43.75 -0.063 1973 72.82 91.4 54.38 0.0099 1972 60.87 109.2 56.25 0.0288 1971 53.26 141.9 45 0.0449 1970 55.43 128.7 64.38 0.1017 1969 59.79 86.6 60 -0.021 1968 80.43 78.1 86.25 0.14 1967 78.26 111 65 0.1298 1966 72.83 66.9 83.75 0.0728 1965 65.21 112.7 97.5 0.237 1964 61.96 114 100 0.2412 1963 54.35 84.8 96.25 0.1181 1962 54.34 91.4 90 0.1085 1961 68.5 93 68.75 0.0644 1960 70.6 78.1 66.88 0.0213 1959 63.05 53.9 76.25 -0.029 1958 54.34 65.3 69.38 -0.0564 1957 57.61 89.7 56.88 -0.0335 1956 59.78 120.6 33.13 -0.0463 1955 60.86 65.3 50.63 -0.1189 1954 68.48 94.5 63.75 0.0462 1953 67.39 89.7 51.25 -0.0266 1952 52.18 66.9 74.38 -0.0367 1951 68.47 71.7 69.38 0.0077 1950 83.7 75 70.63 0.0723 1949 61.96 75 76.88 0.0291 1948 58.69 57.1 86.88 0.0131 1947 63.04 60.3 93.75 0.067 1946 66.3 79.8 91.25 0.1209 1945 57.18 88.2 62.5 -0.014 1944 64.13 79.8 45 -0.0928 1943 53.26 102.8 51.25 -0.0363 1942 77.17 53.7 55 -0.0783 1941 55.44 66.8 46.25 -0.152 1940 79.34 50.5 61.25 -0.0522 1939 58.7 62 60 -0.0932 1938 58.69 93 55 -0.0291 1937 66.3 61.9 77.5 0.0095 1936 55.43 101.1 65 0.0275 1935 64.13 63.6 58.75 -0.0766 1934 51.09 101.1 62.5 0.0021 1933 43.48 127.1 53.75 0.0107 1932 30.43 154.1 72.5 0.1271 1931 35.87 123 73.75 0.0637 1930 36.96 152.6 66.25 0.1163 1929 36.95 59.4 60 -0.1717 1928 30.44 93.2 38.75 -0.1936 1927 27.17 59.4 61.25 -0.1981 1926 26.09 83.3 57.5 -0.1517 1925 20.65 70.7 67.5 -0.16 1924 22.83 103.1 48.75 -0.1462 1923 15.76 94.6 50 -0.1875 1922 16.84 119.9 56.25 -0.0854 1921 15.77 54 53.75 -0.284 1920 16.84 49.5 72.5 -0.2092 1919 17.39 56.4 60 -0.244 1918 12.5 63.6 52.5 -0.2735 1917 15.22 65 42.5 -0.3053 1916 17.93 36.8 37.5 -0.3975 1915 19.02 50.8 36.25 -0.3604 1914 16.31 28.3 30 -0.46 1913 15.21 45.1 42.5 -0.3609 1912 19.02 108.8 47.5 -0.1483 1911 21.2 124.3 33.75 -0.1594 1910 20.66 98.9 36.25 -0.2209 1909 20.65 52.3 46.25 -0.3062 1908 24.45 100.4 37.5 -0.1987 1907 20.11 79.2 42.5 -0.2497 1906 19.02 62.1 38.75 -0.3177 1905 16.85 83.3 57.5 -0.1819 1904 17.4 65 45 -0.287 1903 18.47 72.2 53.75 -0.2243 1902 20.66 93.2 52.5 -0.1642 1901 12.5 50.8 63.75 -0.2589 1900 15.22 91.9 28.75 -0.2917 1899 21.73 77.6 35 -0.2824 1898 24.46 52.4 57.5 -0.2432 1897 22.83 67.7 50 -0.2394 1896 45.65 98.9 31.25 -0.1614 1895 37 66.4 33.75 -0.2692 1894 31.5 98.9 32.5 -0.2021 1893 34.8 87.6 38.75 -0.195 1892 35.9 104.5 36.25 -0.1554 1891 56.5 63.6 41.25 -0.1797 1890 44.5 84.8 58.75 -0.0817 1889 41.4 70.6 43.75 -0.1985 1888 51 96.1 67.5 0.0102 1887 38.1 56.6 47.5 -0.2316 1886 35.9 51 66.25 -0.1706 1885 27.1 53.7 33.75 -0.3371 1884 29.4 48 60 -0.2282 1883 33.7 67.9 62.5 -0.1474 1882 39.1 73.5 65 -0.103 1881 51.1 56.6 51.25 -0.1723 1880 46.7 53.7 48.75 -0.2059 1879 43.5 65.3 32.5 -0.2566 1878 42.4 46.9 52.5 -0.2222 1877 34.7 41.8 46.25 -0.2896 1876 48.9 62.6 50 -0.1683 1875 25 88.7 27.5 -0.2742 1874 39.2 80.9 31.25 -0.2328 1873 34.8 53 27.5 -0.3418 1872 38 52 23.75 -0.3508 1871 29.3 49 15 -0.4268 1870 30.5 26 22.5 -0.4535 1869 26.1 33 23.75 -0.4428 1868 38 17 38.75 -0.3815 1867 31.6 21 37.5 -0.3968 1866 10.8 19 33.75 -0.4872 1865 28.3 18 56.25 -0.3322 1864 23.9 17 45 -0.3997 1863 26.1 15 35 -0.4427 1862 30.4 25 41.25 -0.3728 1861 27.2 15 35 -0.4391 1860 32.6 27.4 38.75 -0.3701 1859 35.9 22.6 48.75 -0.328 1858 38 28 48.75 -0.3061 1857 32.7 22 53.75 -0.3178 1856 35.8 23.5 50 -0.3203 1855 42.4 26.5 48.75 -0.2959 1854 46.8 25 50 -0.2801 1853 46.8 NaN 31.25 NaN 1852 41.3 NaN 27.5 NaN 1851 45.7 NaN 43.25 NaN 1850 58.7 NaN 47.5 NaN 1849 57.6 NaN 61.25 NaN 1848 40.2 NaN 51.25 NaN 1847 68.5 NaN 48.75 NaN 1846 64.1 NaN 43.75 NaN 1845 38 NaN 52.5 NaN 1844 41.3 NaN 52.5 NaN 1843 44.5 NaN 45 NaN 1842 50 NaN 43.75 NaN 1841 53.3 NaN 45 NaN 1840 42.4 NaN 56.25 NaN 1839 40.2 10.8 53.75 -0.3246 1838 41.3 12.9 45 -0.3542 1837 38 19.6 43.75 -0.3519 1836 32.6 12.4 47.5 -0.3729 1835 35.9 14.1 46.25 -0.3629 1834 34.8 10.8 45 -0.3813 1833 33.7 13.4 57.5 -0.3218 1832 28.2 15.2 56.25 -0.3404 1831 31.6 18.2 62.5 -0.293 1830 33.7 9.2 46.25 -0.3838 1829 34.8 11.1 41.25 -0.3972 1828 28.2 24.2 30 -0.4325 1827 37 18.7 27.5 -0.4303 1826 31.5 16.8 38.75 -0.4033 1825 28.3 34.6 42.5 -0.3473 1824 32.6 39.1 36.25 -0.3486 1823 31.5 30.5 58.75 -0.2757 1822 31.5 29.6 45 -0.3397 1821 33.7 37.3 55 -0.2663 1820 40.2 32.7 48.75 -0.2858 1819 38.1 31.8 57.5 -0.2561 1818 41.4 27.1 57.5 -0.2584 1817 45.6 29.1 52.5 -0.2614 1816 38 34.2 72.5 -0.1827 1815 44.6 34.8 62.5 -0.2041 1814 41.3 43.6 45 -0.2685 1813 33.7 32.2 61.25 -0.2526 1812 31.6 35.1 45 -0.324 1811 30.4 39.7 45 -0.3151 1810 34.8 33.8 46.25 -0.3116 1809 39.1 32.4 48.75 -0.2902 1808 54.4 29 56.25 -0.2161 1807 43.5 29.2 45 -0.3015 1806 41.3 30.9 47.5 -0.2928 1805 59.8 32.3 55 -0.1949 1804 65.2 49.7 40 -0.1956 1803 56.5 54.5 37.5 -0.2219 1802 58.7 51.8 26.25 -0.2725 1801 59.7 64.8 25 -0.2385 1800 53.3 55.9 27.5 -0.2731 1799 55.4 27.3 40 -0.2902 1798 53.29 41 53.75 -0.1975 1797 50.01 29.6 46.25 -0.2735 1796 59.8 45.6 52.5 -0.1689 1795 60.9 43.3 53.75 -0.1661 1794 65.2 59.2 53.75 -0.1077 1793 66.3 70.6 42.5 -0.1226 1792 53.2 64.7 52.5 -0.1372 1791 53.3 74.9 57.5 -0.0861 1790 41.3 77.4 60 -0.1072 1789 61.9 63.4 62.5 -0.0677 1788 67.4 69.8 56.25 -0.0598 1787 68.5 69.8 47.5 -0.0953 1786 53.3 73.6 23.75 -0.2405 1785 46.7 59.6 22.5 -0.3067 1784 44.6 44.4 31.25 -0.3169 1783 52.2 53.3 20 -0.3175 1782 58.7 45.7 13.75 -0.3453 1781 70.7 72.3 16.25 -0.2207 1780 89.1 79.9 45 -0.0108 1779 82.6 101.5 41.25 0.0114 1778 61.9 110.4 48.75 0.002 1777 60.9 107.9 48.75 -0.0082 1776 54.3 76.1 31.25 -0.1967 1775 91.3 76.1 23.75 -0.1092 1774 68.5 95.2 18.75 -0.1528 1773 79.3 74.9 23.75 -0.1518 1772 53.3 73.6 26.25 -0.2293 1771 53.2 79.9 23.75 -0.2232 1770 56.6 88.8 21.25 -0.1985 1769 59.8 92.6 41.25 -0.088 1768 66.3 69.8 50 -0.0913 1767 77.1 59.6 45 -0.1068 1766 103.3 57.1 37.5 -0.0615 1765 88 69.8 50 -0.0203 1764 95.7 65.9 41.25 -0.0451 1763 83.7 48.5 43.75 -0.1217 1762 53.2 39 40 -0.2648 1761 38.1 50.4 43.75 -0.2656 1760 30.4 70.6 50 -0.2065 1759 63.1 76 37.5 -0.1403 1758 75 95.8 43.75 -0.0182 1757 64.1 86.7 35 -0.1183 1756 58.7 81.4 42.5 -0.1173 1755 65.2 67.7 37.5 -0.1566 1754 55.5 62.1 43.75 -0.176 1753 67.3 82.5 35 -0.1196 1752 39.2 103.1 42.5 -0.1206 1751 56.5 89.4 47.5 -0.0798 1750 34.8 89.4 52.5 -0.1285 1749 41.3 97.6 46.25 -0.1123 1748 39.1 77 45 -0.1825 1747 37 55 33.75 -0.3011 1746 39.1 49.5 43.75 -0.2649 1745 47.8 64.6 38.75 -0.2166 1744 42.4 67.9 42.5 -0.2083 1743 42.4 59.4 33.75 -0.2711 1742 43.5 81.5 41.25 -0.1723 1741 35.8 67.9 31.25 -0.2802 1740 44.6 79.8 35 -0.2014 1739 51.1 67.9 36.25 -0.2078 1738 54.4 62.8 38.75 -0.2 1737 40.2 67.9 32.5 -0.2602 1736 42.4 44.1 35 -0.3082 1735 41.3 45.8 32.5 -0.3182 1734 51.1 50.9 17.5 -0.339 1733 42.4 59.4 40 -0.2432 1732 52.1 76.4 37.5 -0.1752 1731 56.6 84.9 51.25 -0.0753 1730 55.4 101.9 43.75 -0.0653 1729 39.1 94.2 38.75 -0.1625 1728 42.4 52.5 37.5 -0.2736 1727 37 41.3 22.5 -0.3895 1726 36.9 28.1 27.5 -0.4044 1725 48.9 43.1 21.25 -0.3512 1724 52.2 60 26.25 -0.2709 1723 48.9 56.3 22.5 -0.3087 1722 53.3 54.4 25 -0.2885 1721 75 39.4 21.25 -0.2761 1720 59.8 35.6 31.25 -0.2917 1719 73.9 41.3 22.5 -0.2688 1718 57.6 35.6 37.5 -0.271 1717 50 35.6 23.75 -0.3573 1716 38 50.6 36.25 -0.2989 1715 19.3 26.3 21.25 -0.4949 1714 43.8 35.6 30 -0.3497 1713 32.6 37.5 27.5 -0.3922 1712 31.5 20.6 35 -0.4094 1711 34.8 22.5 40 -0.371 1710 41.3 28.1 41.25 -0.3285 1709 31.5 24.4 48.75 -0.3374 1708 34.8 24.4 40 -0.3657 1707 32.7 31.9 43.75 -0.3349 1706 38 28.1 40 -0.3449 1705 37 28.1 30 -0.3929 1704 36.9 30 43.75 -0.3265 1703 33.7 41.3 35 -0.3445 1702 34.8 35.6 36.25 -0.3512 1701 42.4 41.3 28.75 -0.3439 1700 31.5 37.5 27.5 -0.3958 1699 32.6 39.4 15 -0.4427 1698 42.4 20.6 28.75 -0.4017 1697 32.6 35.6 17.5 -0.4422 1696 33.7 18.8 26.25 -0.4464 1695 41.3 16.9 23.75 -0.438 1694 50 20.6 18.75 -0.4215 1693 42.9 16.9 21.25 -0.4439 1692 59.3 18.8 22.5 -0.3794 1691 33.7 NaN 16.25 NaN 1690 42.9 NaN 30 NaN 1689 42.9 NaN 17.5 NaN 1688 58.7 NaN 26.25 NaN 1687 52.2 NaN 25 NaN 1686 45.1 NaN 31.25 NaN 1685 41.8 NaN 26.25 NaN 1684 65.3 NaN 25 NaN 1683 47.2 NaN 26.25 NaN 1682 52.8 NaN 25 NaN 1681 47.3 NaN 31.25 NaN 1680 48.9 16.9 22.5 -0.4187 1679 51.6 15 23.75 -0.4096 1678 49.9 16.9 25 -0.4042 1677 34.25 11.3 23.75 -0.4767 1676 47.3 20.6 27.5 -0.3913 1675 41.3 24.4 21.25 -0.4282 1674 43.5 24.4 25 -0.4043 1673 47.8 22.5 31.25 -0.3676 1672 43.5 30 42.5 -0.3104 1671 39.6 30 36.25 -0.3511 1670 36.9 33.8 26.25 -0.394 1669 50 46.9 50 -0.2085 1668 24.5 41.3 41.25 -0.3467 1667 38.6 39.4 33.75 -0.3393 1666 58.6 37.5 40 -0.2513 1665 39.6 26.3 42.5 -0.3335 1664 31.6 24.4 38.75 -0.3818 1663 27.7 28.1 16.25 -0.4847 1662 9.2 22.5 25 -0.5218 1661 28.3 64.8 30 -0.3189 1660 29.3 48.6 25 -0.3832 1659 22.3 58.3 30 -0.3567 1658 20.1 47 47.5 -0.3172 1657 23.4 56.7 41.25 -0.3073 1656 14.7 56.7 11.25 -0.4698 1655 20.6 40.5 37.5 -0.3784 1654 16.9 40.5 43.75 -0.3626 1653 15.2 32.4 46.25 -0.3796 1652 19.2 56.7 31.25 -0.3657 1651 17.1 72.9 38.75 -0.2939 1650 14.4 40.5 36.25 -0.4043 1649 12.5 50.2 28.75 -0.4169 1648 11.3 50.2 25 -0.4376 1647 7.7 94 15 -0.3719 1646 6.7 64.8 21.25 -0.4287 1645 4.8 72.9 32.5 -0.3621 1644 8.8 84.3 30 -0.3283 1643 10.5 61.6 32.5 -0.3749 1642 9.8 56.7 27.5 -0.4132 1641 7.4 64.8 11.25 -0.4711 1640 6.4 56.7 46.25 -0.3406 1639 7 40.5 25 -0.4788 1638 12 45.4 22.5 -0.4599 1637 16.3 64.8 15 -0.4252 1636 18.5 45.4 30 -0.4051 1635 33.7 55.1 32.5 -0.3172 1634 37.5 48.6 27.5 -0.3452 1633 45.6 35.7 15 -0.4105 1632 48.9 42.1 17.5 -0.3707 1631 39.6 30.8 52.5 -0.2763 1630 48.4 34 40 -0.2944 1629 39.1 42.1 16.88 -0.4056 1628 36.4 45.4 42.5 -0.2907 1627 23.4 61.6 31.25 -0.3383 1626 14.7 48.6 30.63 -0.4058 1625 29.9 64.8 17.5 -0.3695 1624 63.5 56.7 21.88 -0.2627 1623 58.7 64.8 15.63 -0.2837 1622 57.6 53.5 25 -0.2769 1621 64.7 30.8 23.75 -0.3226 1620 52.7 37.3 25.63 -0.3354 1619 55.4 22.7 15 -0.4147 1618 77.2 21.1 26.25 -0.2976 1617 133.7 24.3 18.13 -0.1401 1616 113 29.2 20 -0.1858 1615 108.7 30.8 25 -0.1731 1614 42.9 34 27.5 -0.3683 1613 45.1 29.2 16.25 -0.4247 1612 84.3 27.6 18.13 -0.2925 1611 80.4 40.5 20 -0.2609 1610 87 32.4 27.5 -0.2284 1609 68.4 35.7 23.75 -0.2968 1608 78.2 29.2 18.13 -0.308 1607 54.4 19.4 13.75 -0.4328 1606 53.3 25.9 26.25 -0.3624 1605 69.5 19.4 15 -0.3778 1604 41.3 14.6 18.75 -0.4667 1603 64.1 66.5 16.25 -0.2585 1602 32.7 56.7 11.88 -0.4081 1601 44.6 61.6 15.63 -0.3387 1600 27.2 58.3 10 -0.43 1599 33.7 42.1 6.25 -0.4707 1598 27.2 30.8 21.25 -0.4565 1597 26 50.2 45 -0.3002 1596 26.1 37.3 46.25 -0.3303 1595 28.3 42.1 42.5 -0.3264 1594 30.4 47 35.63 -0.3366 1593 35.9 43.8 30 -0.3527 1592 42.3 24.3 30 -0.3861 1591 35.9 17.8 23.13 -0.4559 1590 34.8 19.4 19.38 -0.4718 1589 48.9 22.7 29.38 -0.3718 1588 34.7 13 30 -0.4425 1587 39.2 16.2 40 -0.3742 1586 32.6 21.1 31.25 -0.4212 1585 38 24.3 37.5 -0.3667 1584 25 19.4 29.38 -0.4592 1583 27.2 22.7 17.5 -0.4958 1582 24.4 17.8 22.5 -0.4963 1581 19.6 24.3 21.25 -0.4995 1580 22.3 25.9 18.75 -0.4974 1579 19.5 22.7 8.75 -0.5601 1578 22.9 16.2 11.25 -0.556 1577 25.5 16.2 13.75 -0.5363 1576 25.5 13 21.25 -0.5117 1575 21.8 11.3 25 -0.5118 1574 23.3 13 26.25 -0.4966 1573 19.1 13 10 -0.5829 1572 28.2 16.2 12.5 -0.533 1571 26.1 19.4 7.5 -0.5533 1570 20.7 17.8 8.13 -0.5727 1569 29.9 13 6.25 -0.5643 1568 32.6 22.7 12.5 -0.5005 1567 27.7 21.1 8.75 -0.5378 1566 30.4 17.8 15 -0.5102 1565 29.4 16.2 22.5 -0.4844 1564 30.9 16.2 13.13 -0.5214 1563 37 16.2 18.75 -0.4763 1562 47.8 14.6 15 -0.4622 1561 41.9 9.7 19.38 -0.4756 1560 48.3 14.6 12.5 -0.4717 1559 30.5 13 16.25 -0.5177 1558 33.1 13 6.88 -0.5511 1557 29.9 16.2 10.63 -0.5359 1556 34.3 14.6 7.5 -0.5399 1555 32.5 9.7 5.63 -0.5678 1554 22.8 16.2 6.88 -0.5758 1553 25.6 17.8 6.25 -0.565 1552 17.4 19.4 8.13 -0.579 1551 15.2 21 13.13 -0.5594 1550 15.7 19.6 18.13 -0.5393 1549 17.4 15.4 18.75 -0.5427 1548 17.4 19.6 22.5 -0.5142 1547 24.5 18.2 13.75 -0.534 1546 16.8 21 11.88 -0.5597 1545 18.5 22.4 12.5 -0.5475 1544 22.8 19.6 13.75 -0.5356 1543 17.4 16.8 15.63 -0.5527 1542 16.3 22.4 17.5 -0.5323 1541 15.2 25.2 13.75 -0.5449 1540 17.9 23.8 14.38 -0.5372 1539 25 19.6 13.75 -0.5284 1538 26.6 29.4 13.75 -0.4959 1537 19.1 25.2 14.38 -0.5293 1536 31.5 23.8 12.5 -0.501 1535 40.2 32.2 9.38 -0.4631 1534 33.7 23.8 11.25 -0.4994 1533 23.9 21 12.5 -0.5337 1532 21.2 23.8 16.88 -0.5152 1531 32.1 23.8 13.13 -0.4963 1530 32.1 16.8 11.25 -0.5242 1529 30.9 22.4 11.25 -0.5125 1528 36.4 32.2 11.88 -0.4644 1527 34.8 21 11.25 -0.5036 1526 30.4 28 8.13 -0.5125 1525 22.8 26.6 8.75 -0.5384 1524 21.2 15.4 7.5 -0.5805 1523 27.7 15.4 12.5 -0.5369 1522 23.4 12.6 8.75 -0.5755 1521 24.4 16.8 11.25 -0.5494 1520 20.6 42.8 9.38 -0.4976 1519 15.8 52.3 10 -0.4841 1518 34.8 42.8 9.38 -0.4512 1517 27.1 45.1 8.13 -0.4755 1516 24 61.8 11.25 -0.4251 1515 25.5 59.4 12.5 -0.4213 1514 27.2 42.8 10 -0.4733 1513 23.4 47.5 8.75 -0.4782 1512 19 47.5 7.5 -0.4981 1511 23.9 40.4 16.25 -0.4628 1510 22.8 35.6 15 -0.4854 1509 21.8 59.4 17.5 -0.4111 1508 26 35.6 9.38 -0.5001 1507 19.1 47.5 12.5 -0.4755 1506 33.7 35.6 21.25 -0.4218 1505 19.5 49.9 13.75 -0.4619 1504 32.1 54.6 17.5 -0.3908 1503 20.1 49.9 11.88 -0.4683 1502 21.2 59.4 10 -0.4466 1501 17.3 40.4 20 -0.4677 1500 31 42.8 12.5 -0.4497