/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans (2007): Tree-ring chronology of Abies spectabilis (Silver fir) compiled from tree samples KALI. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.601061 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 27.450000 * LONGITUDE: 86.050000 MINIMUM ELEVATION: 3720.0 m * MAXIMUM ELEVATION: 3720.0 m Event(s): KALI * LATITUDE: 27.450000 * LONGITUDE: 86.050000 * ELEVATION: 3720.0 m * LOCATION: Kalingchok Mountains, Nepal * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition NW; Geology: Granit, Gneis; Tree line 280 m; av. Tree height 25 m; Tree cover 70%; Shrub cover 10%; Herb cover 60%; Moss cover 100%; Vegatation type: supalpiner typ. ABSB Wald; Film number: 557A Comment: Species ABSB; No of trees 13; No samples 22; No of years 257; Begin 1722; End 1978; Creation date 1981-12-01 Parameter(s): AGE [ka BP] (Age) * GEOCODE Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, minimum, weight [#] (n) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Density, maximum, weight [#] (x) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Earlywood width, weight [#] (e) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Latewood width, weight [#] (l) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Ring width, weight [#] (r) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Ring width [1/100 mm] (R) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Latewood, weight [#] (p) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood [%] (P lw) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Approximate age of pith [a] (Age_pith) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) License: Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/) Size: 3598 data points */ Age [ka BP] Age [a AD/CE] n [#] N [1/100 g/cm**3] x [#] X [1/100 g/cm**3] e [#] E [1/100 mm] l [#] L [1/100 mm] r [#] R [1/100 mm] p [#] P lw [%] Age_pith [a] -0.028 1978 9 29 9 65 9 48 9 20 9 68 9 26.7 256 -0.027 1977 10 31 10 66 10 53 10 34 10 87 10 35.9 255 -0.026 1976 12 31 12 65 12 45 12 21 12 67 12 31.3 254 -0.025 1975 13 30 13 65 13 49 13 25 13 73 13 32.4 253 -0.024 1974 14 31 14 63 14 36 14 19 14 55 14 33.7 252 -0.023 1973 14 32 14 63 14 32 14 15 14 47 14 31.0 251 -0.022 1972 14 32 14 61 14 28 14 12 14 41 14 29.5 250 -0.021 1971 14 31 14 65 14 39 14 17 14 56 14 31.0 249 -0.020 1970 14 29 14 65 14 39 14 14 14 53 14 26.2 248 -0.019 1969 16 32 16 66 16 36 16 18 16 54 16 32.8 247 -0.018 1968 16 31 16 63 16 36 16 13 16 49 16 27.4 246 -0.017 1967 16 31 16 65 16 56 16 22 16 78 16 28.6 245 -0.016 1966 17 31 17 69 17 56 17 28 17 84 17 32.3 244 -0.015 1965 18 30 18 62 18 51 18 15 18 66 18 23.0 243 -0.014 1964 18 30 18 68 18 61 18 20 18 81 18 26.4 242 -0.013 1963 18 30 18 65 18 61 18 17 18 79 18 22.5 241 -0.012 1962 18 28 18 66 18 60 18 18 18 78 18 23.6 240 -0.011 1961 18 30 18 72 18 54 18 19 18 74 18 27.4 239 -0.010 1960 18 31 18 72 18 58 18 24 18 82 18 30.4 238 -0.009 1959 18 30 18 73 18 59 18 25 18 84 18 31.2 237 -0.008 1958 18 29 18 70 18 82 18 32 18 114 18 28.4 236 -0.007 1957 18 28 18 69 18 81 18 30 18 111 18 27.3 235 -0.006 1956 18 28 18 67 18 58 18 18 18 76 18 23.1 234 -0.005 1955 18 29 18 67 18 56 18 20 18 77 18 25.6 233 -0.004 1954 19 30 19 68 19 45 19 19 19 63 19 29.1 232 -0.003 1953 19 30 19 67 19 45 19 17 19 62 19 27.8 231 -0.002 1952 19 28 19 67 19 70 19 22 19 92 19 24.1 230 -0.001 1951 19 29 19 69 19 74 19 21 19 96 19 23.7 229 0.000 1950 19 29 19 69 19 57 19 18 19 76 19 24.5 228 0.001 1949 19 31 19 69 19 50 19 17 19 67 19 26.4 227 0.002 1948 19 30 19 69 19 52 19 23 19 75 19 30.6 226 0.003 1947 19 29 19 70 19 60 19 23 19 83 19 28.4 225 0.004 1946 19 30 19 68 19 47 19 19 19 66 19 29.9 224 0.005 1945 19 29 19 66 19 52 19 14 19 66 19 22.8 223 0.006 1944 19 29 19 67 19 51 19 17 19 68 19 25.1 222 0.007 1943 19 29 19 69 19 62 19 19 19 81 19 23.8 221 0.008 1942 19 29 19 69 19 84 19 28 19 112 19 26.7 220 0.009 1941 19 28 19 73 19 85 19 33 19 118 19 28.8 219 0.010 1940 19 29 19 65 19 81 19 24 19 105 19 22.3 218 0.011 1939 19 30 19 71 19 66 19 30 19 96 19 29.2 217 0.012 1938 19 29 19 69 19 72 19 30 19 102 19 25.0 216 0.013 1937 19 30 19 71 19 72 19 32 19 104 19 29.0 215 0.014 1936 19 30 19 72 19 78 19 29 19 107 19 26.3 214 0.015 1935 20 29 20 71 20 89 20 39 20 128 20 30.2 213 0.016 1934 20 29 20 74 20 106 20 42 20 148 20 29.1 212 0.017 1933 20 30 20 69 20 97 20 34 20 132 20 27.3 211 0.018 1932 20 29 20 73 20 80 20 40 20 119 20 32.7 210 0.019 1931 20 28 20 73 20 120 20 41 20 161 20 27.3 209 0.020 1930 20 30 20 70 20 90 20 32 20 122 20 28.8 208 0.021 1929 20 29 20 72 20 69 20 31 20 100 20 32.2 207 0.022 1928 20 30 20 72 20 67 20 27 20 94 20 29.0 206 0.023 1927 20 30 20 72 20 63 20 27 20 90 20 31.0 205 0.024 1926 20 29 20 69 20 68 20 20 20 87 20 23.0 204 0.025 1925 20 29 20 70 20 86 20 31 20 116 20 27.8 203 0.026 1924 18 29 18 71 18 97 18 39 18 136 18 29.9 202 0.027 1923 19 30 19 73 19 69 19 29 19 99 19 30.5 201 0.028 1922 19 31 19 75 19 80 19 37 19 117 19 33.1 200 0.029 1921 20 28 20 72 20 98 20 35 20 134 20 27.5 199 0.030 1920 20 28 20 66 20 104 20 31 20 135 20 23.4 198 0.031 1919 22 29 22 70 22 82 22 27 22 109 22 25.3 197 0.032 1918 22 28 22 70 22 80 22 27 22 107 22 25.8 196 0.033 1917 22 27 22 68 22 83 22 24 22 107 22 22.3 195 0.034 1916 22 30 22 71 22 63 22 25 22 88 22 28.6 194 0.035 1915 22 30 22 71 22 64 22 20 22 84 22 24.2 193 0.036 1914 22 29 22 67 22 87 22 23 22 111 22 21.1 192 0.037 1913 22 29 22 73 22 68 22 27 22 96 22 28.8 191 0.038 1912 22 31 22 69 22 72 22 23 22 95 22 24.5 190 0.039 1911 22 29 22 72 22 76 22 28 22 104 22 25.8 189 0.040 1910 22 31 22 73 22 68 22 31 22 98 22 30.2 188 0.041 1909 22 29 22 70 22 69 22 22 22 91 22 23.4 187 0.042 1908 22 29 22 71 22 67 22 24 22 91 22 27.3 186 0.043 1907 22 29 22 61 22 42 22 11 22 53 22 20.4 185 0.044 1906 20 31 20 64 20 32 20 9 20 42 20 21.6 184 0.045 1905 20 29 20 64 20 51 20 14 20 65 20 19.9 183 0.046 1904 22 31 22 68 22 80 22 26 22 106 22 25.2 182 0.047 1903 22 30 22 73 22 59 22 25 22 84 22 30.3 181 0.048 1902 22 30 22 68 22 72 22 27 22 98 22 29.0 180 0.049 1901 22 30 22 69 22 64 22 23 22 87 22 26.8 179 0.050 1900 22 29 22 70 22 93 22 28 22 121 22 23.3 178 0.051 1899 22 29 22 74 22 78 22 32 22 110 22 29.3 177 0.052 1898 22 30 22 72 22 77 22 34 22 112 22 32.4 176 0.053 1897 22 30 22 73 22 102 22 36 22 138 22 29.5 175 0.054 1896 22 30 22 74 22 88 22 44 22 132 22 34.1 174 0.055 1895 22 30 22 70 22 72 22 21 22 93 22 24.0 173 0.056 1894 22 30 22 74 22 91 22 27 22 118 22 25.0 172 0.057 1893 22 28 22 69 22 101 22 25 22 126 22 21.7 171 0.058 1892 22 29 22 75 22 111 22 43 22 153 22 29.0 170 0.059 1891 21 28 21 71 21 101 21 30 21 131 21 24.2 169 0.060 1890 21 31 21 71 21 93 21 31 21 124 21 27.0 168 0.061 1889 20 29 20 71 20 98 20 34 20 132 20 27.4 167 0.062 1888 20 30 20 72 20 73 20 29 20 102 20 29.1 166 0.063 1887 20 31 20 70 20 73 20 20 20 92 20 23.7 165 0.064 1886 21 32 21 69 21 80 21 27 21 108 21 26.9 164 0.065 1885 21 29 21 69 21 93 21 28 21 121 21 24.1 163 0.066 1884 21 30 21 71 21 82 21 32 21 114 21 29.2 162 0.067 1883 21 29 21 70 21 74 21 27 21 101 21 30.4 161 0.068 1882 21 31 21 70 21 77 21 23 21 99 21 26.5 160 0.069 1881 21 29 21 75 21 90 21 29 21 119 21 28.1 159 0.070 1880 21 31 21 72 21 74 21 25 21 100 21 29.8 158 0.071 1879 21 30 21 71 21 90 21 25 21 116 21 26.2 157 0.072 1878 21 30 21 71 21 106 21 33 21 139 21 26.7 156 0.073 1877 21 30 21 69 21 86 21 23 21 109 21 23.7 155 0.074 1876 21 29 21 71 21 100 21 28 21 128 21 24.8 154 0.075 1875 20 31 20 74 20 77 20 41 20 118 20 35.1 153 0.076 1874 20 27 20 70 20 104 20 24 20 128 20 19.4 152 0.077 1873 20 31 20 72 20 92 20 42 20 134 20 32.4 151 0.078 1872 20 30 20 72 20 88 20 32 20 120 20 26.3 150 0.079 1871 20 30 20 68 20 89 20 26 20 115 20 23.9 149 0.080 1870 20 31 20 72 20 63 20 27 20 90 20 31.4 148 0.081 1869 20 31 20 76 20 56 20 26 20 81 20 32.7 147 0.082 1868 20 32 20 71 20 53 20 19 20 72 20 27.2 146 0.083 1867 20 29 20 70 20 80 20 21 20 102 20 22.1 145 0.084 1866 20 32 20 75 20 74 20 40 20 114 20 36.4 144 0.085 1865 20 31 20 74 20 81 20 32 20 113 20 30.4 143 0.086 1864 20 30 20 72 20 77 20 24 20 102 20 25.2 142 0.087 1863 20 31 20 74 20 78 20 34 20 112 20 31.2 141 0.088 1862 20 30 20 73 20 81 20 26 20 108 20 25.2 140 0.089 1861 20 28 20 76 20 98 20 34 20 132 20 26.3 139 0.090 1860 20 31 20 75 20 79 20 34 20 113 20 31.3 138 0.091 1859 20 31 20 74 20 84 20 30 20 113 20 27.4 137 0.092 1858 19 28 19 75 19 111 19 33 19 144 19 24.5 136 0.093 1857 20 30 20 71 20 108 20 40 20 148 20 29.5 135 0.094 1856 20 30 20 73 20 105 20 33 20 138 20 26.2 134 0.095 1855 20 29 20 70 20 101 20 25 20 125 20 20.8 133 0.096 1854 20 29 20 73 20 98 20 30 20 128 20 24.5 132 0.097 1853 20 31 20 76 20 84 20 39 20 123 20 32.8 131 0.098 1852 20 30 20 72 20 78 20 25 20 103 20 24.9 130 0.099 1851 20 30 20 76 20 97 20 34 20 131 20 26.1 129 0.100 1850 20 29 20 73 20 89 20 36 20 125 20 28.3 128 0.101 1849 20 30 20 74 20 83 20 27 20 109 20 25.1 127 0.102 1848 20 31 20 75 20 92 20 40 20 132 20 32.0 126 0.103 1847 20 29 20 72 20 90 20 35 20 125 20 28.6 125 0.104 1846 20 31 20 75 20 73 20 35 20 107 20 32.5 124 0.105 1845 19 31 19 72 19 64 19 29 19 93 19 31.4 123 0.106 1844 19 32 19 76 19 60 19 31 19 92 19 34.9 122 0.107 1843 19 31 19 70 19 63 19 23 19 86 19 27.5 121 0.108 1842 19 31 19 73 19 64 19 25 19 89 19 29.2 120 0.109 1841 19 30 19 70 19 69 19 23 19 92 19 25.8 119 0.110 1840 19 31 19 75 19 74 19 33 19 107 19 31.8 118 0.111 1839 19 32 19 73 19 64 19 29 19 93 19 29.5 117 0.112 1838 19 31 19 70 19 68 19 22 19 90 19 25.5 116 0.113 1837 19 32 19 73 19 71 19 24 19 95 19 25.7 115 0.114 1836 19 30 19 71 19 76 19 20 19 96 19 22.6 114 0.115 1835 18 30 18 69 18 75 18 20 18 95 18 21.4 113 0.116 1834 18 30 18 70 18 67 18 18 18 85 18 21.8 112 0.117 1833 18 30 18 73 18 67 18 24 18 91 18 28.1 111 0.118 1832 18 30 18 69 18 52 18 17 18 69 18 25.9 110 0.119 1831 18 32 18 71 18 49 18 17 18 65 18 26.3 109 0.120 1830 18 32 18 71 18 47 18 17 18 65 18 28.5 108 0.121 1829 18 32 18 75 18 62 18 25 18 87 18 28.7 107 0.122 1828 18 30 18 77 18 81 18 41 18 122 18 32.2 106 0.123 1827 18 31 18 70 18 123 18 36 18 158 18 23.8 105 0.124 1826 18 28 18 72 18 106 18 43 18 149 18 28.7 104 0.125 1825 19 27 19 72 19 93 19 35 19 128 19 26.0 103 0.126 1824 19 30 19 74 19 79 19 36 19 115 19 32.9 102 0.127 1823 18 31 18 72 18 60 18 28 18 88 18 33.8 101 0.128 1822 18 30 18 68 18 56 18 19 18 75 18 27.4 100 0.129 1821 18 31 18 68 18 62 18 19 18 81 18 24.2 99 0.130 1820 18 31 18 68 18 52 18 19 18 71 18 28.3 98 0.131 1819 18 32 18 67 18 45 18 17 18 62 18 28.3 97 0.132 1818 17 30 17 63 17 53 17 12 17 65 17 19.6 96 0.133 1817 17 30 17 61 17 54 17 11 17 64 17 17.1 95 0.134 1816 17 31 17 65 17 58 17 18 17 76 17 24.5 94 0.135 1815 17 30 17 62 17 59 17 14 17 72 17 20.2 93 0.136 1814 17 30 17 64 17 60 17 22 17 82 17 26.7 92 0.137 1813 17 33 17 67 17 41 17 14 17 55 17 27.1 91 0.138 1812 17 29 17 62 17 50 17 16 17 66 17 24.5 90 0.139 1811 17 28 17 64 17 68 17 15 17 83 17 18.6 89 0.140 1810 17 29 17 64 17 80 17 18 17 98 17 18.5 88 0.141 1809 17 27 17 66 17 82 17 22 17 103 17 20.9 87 0.142 1808 17 30 17 67 17 78 17 22 17 100 17 23.4 86 0.143 1807 17 28 17 68 17 81 17 19 17 100 17 20.2 85 0.144 1806 17 29 17 65 17 82 17 25 17 107 17 24.5 84 0.145 1805 17 31 17 72 17 73 17 29 17 102 17 28.4 83 0.146 1804 17 31 17 74 17 73 17 36 17 109 17 35.4 82 0.147 1803 17 29 17 69 17 99 17 28 17 127 17 24.7 81 0.148 1802 17 30 17 69 17 93 17 26 17 119 17 24.0 80 0.149 1801 17 29 17 69 17 85 17 28 17 113 17 26.3 79 0.150 1800 17 31 17 72 17 88 17 30 17 118 17 25.7 78 0.151 1799 17 31 17 72 17 82 17 28 17 110 17 25.9 77 0.152 1798 17 30 17 69 17 101 17 36 17 137 17 27.4 76 0.153 1797 17 29 17 72 17 106 17 37 17 142 17 25.9 75 0.154 1796 17 28 17 75 17 111 17 43 17 154 17 29.0 74 0.155 1795 17 29 17 69 17 104 17 36 17 140 17 26.6 73 0.156 1794 17 29 17 68 17 122 17 38 17 160 17 25.6 72 0.157 1793 17 30 17 75 17 79 17 32 17 111 17 30.0 71 0.158 1792 17 29 17 70 17 74 17 22 17 97 17 22.3 70 0.159 1791 17 29 17 70 17 70 17 25 17 95 17 27.3 69 0.160 1790 17 29 17 67 17 77 17 23 17 101 17 22.4 68 0.161 1789 16 30 16 70 16 80 16 28 16 108 16 28.0 67 0.162 1788 16 29 16 70 16 75 16 27 16 103 16 27.2 66 0.163 1787 16 29 16 69 16 76 16 25 16 101 16 25.6 65 0.164 1786 16 30 16 66 16 84 16 26 16 110 16 24.3 64 0.165 1785 16 30 16 70 16 72 16 28 16 100 16 28.4 63 0.166 1784 16 29 16 69 16 78 16 31 16 109 16 28.5 62 0.167 1783 16 32 16 67 16 73 16 27 16 100 16 29.4 61 0.168 1782 16 32 16 73 16 75 16 32 16 107 16 32.7 60 0.169 1781 16 29 16 69 16 85 16 33 16 118 16 30.9 59 0.170 1780 16 30 16 69 16 81 16 26 16 108 16 26.9 58 0.171 1779 16 31 16 71 16 79 16 26 16 104 16 25.7 57 0.172 1778 16 30 16 67 16 93 16 26 16 119 16 22.8 56 0.173 1777 16 29 16 67 16 93 16 21 16 114 16 18.4 55 0.174 1776 16 28 16 67 16 84 16 25 16 110 16 22.4 54 0.175 1775 16 29 16 70 16 86 16 27 16 113 16 23.3 53 0.176 1774 16 30 16 71 16 90 16 32 16 121 16 27.1 52 0.177 1773 15 29 15 68 15 96 15 25 15 121 15 21.1 51 0.178 1772 15 29 15 69 15 95 15 22 15 117 15 19.0 50 0.179 1771 15 32 15 67 15 99 15 22 15 121 15 19.3 49 0.180 1770 15 31 15 71 15 76 15 27 15 103 15 27.2 48 0.181 1769 15 29 15 67 15 98 15 19 15 117 15 17.3 47 0.182 1768 15 31 15 65 15 102 15 21 15 123 15 19.6 46 0.183 1767 15 29 15 69 15 103 15 32 15 135 15 25.0 45 0.184 1766 15 31 15 72 15 104 15 35 15 138 15 28.1 44 0.185 1765 15 31 15 69 15 101 15 31 15 132 15 29.3 43 0.186 1764 14 31 14 72 14 100 14 36 14 136 14 29.0 42 0.187 1763 14 33 14 68 14 89 14 35 14 123 14 32.4 41 0.188 1762 13 32 13 69 13 80 13 29 13 109 13 30.0 40 0.189 1761 13 31 13 68 13 90 13 28 13 118 13 28.2 39 0.190 1760 13 30 13 68 13 97 13 25 13 122 13 23.0 38 0.191 1759 13 30 13 69 13 112 13 30 13 142 13 24.6 37 0.192 1758 11 32 11 70 11 80 11 28 11 109 11 30.2 36 0.193 1757 11 31 11 70 11 72 11 25 11 98 11 28.7 35 0.194 1756 11 31 11 70 11 76 11 24 11 100 11 27.3 34 0.195 1755 10 33 10 68 10 60 10 19 10 79 10 23.5 33 0.196 1754 10 30 10 67 10 67 10 24 10 91 10 25.2 32 0.197 1753 9 32 9 69 9 69 9 28 9 97 9 28.0 31 0.198 1752 9 32 9 70 9 78 9 32 9 110 9 28.3 30 0.199 1751 9 31 9 75 9 88 9 40 9 128 9 30.8 29 0.200 1750 9 30 9 73 9 102 9 41 9 142 9 28.7 28 0.201 1749 9 28 9 70 9 125 9 44 9 169 9 25.1 27 0.202 1748 8 28 8 69 8 155 8 47 8 202 8 23.6 26 0.203 1747 8 29 8 68 8 124 8 44 8 168 8 22.7 25 0.204 1746 8 29 8 72 8 103 8 37 8 140 8 27.5 24 0.205 1745 8 29 8 69 8 106 8 41 8 146 8 27.3 23 0.206 1744 8 30 8 68 8 100 8 40 8 141 8 27.4 22 0.207 1743 8 28 8 67 8 114 8 32 8 145 8 20.9 21 0.208 1742 8 27 8 67 8 107 8 34 8 141 8 23.3 20 0.209 1741 8 28 8 68 8 113 8 29 8 142 8 18.5 19 0.210 1740 8 28 8 68 8 132 8 34 8 153 8 21.6 18 0.211 1739 8 28 8 65 8 138 8 47 8 185 8 21.8 17 0.212 1738 8 29 8 65 8 138 8 46 8 184 8 26.9 16 0.213 1737 7 28 7 57 7 173 7 29 7 202 7 18.8 15 0.214 1736 7 27 7 62 7 200 7 48 7 248 7 18.6 14 0.215 1735 5 28 5 68 5 168 5 40 5 208 5 17.8 13 0.216 1734 5 24 5 65 5 227 5 44 5 271 5 15.6 12 0.217 1733 5 26 5 67 5 228 5 53 5 281 5 17.5 11 0.218 1732 4 26 4 67 4 234 4 57 4 290 4 17.0 10 0.219 1731 4 27 4 68 4 188 4 44 4 231 4 18.8 9 0.220 1730 4 25 4 71 4 137 4 33 4 170 4 19.5 8 0.221 1729 3 27 3 68 3 140 3 20 3 160 3 13.0 7 0.222 1728 2 27 2 69 2 132 2 23 2 155 2 14.2 6 0.223 1727 2 25 2 68 2 132 2 17 2 149 2 11.0 5 0.224 1726 2 24 2 69 2 147 2 20 2 167 2 12.0 4 0.225 1725 2 23 2 63 2 212 2 17 2 229 2 7.4 3 0.226 1724 1 22 1 56 1 235 1 8 1 243 1 3.3 2 0.227 1723 1 21 1 69 1 249 1 15 1 264 1 5.7 1 0.228 1722 1 20 1 70 1 494 1 19 1 513 1 3.7 0