/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans (2007): Tree-ring chronology of Larix sibirica (Siberian larch) compiled from tree samples VANGLASI. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.601318 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 63.040000 * LONGITUDE: 76.190000 MINIMUM ELEVATION: 170.0 m * MAXIMUM ELEVATION: 170.0 m Event(s): VANGLASI * LATITUDE: 63.040000 * LONGITUDE: 76.190000 * ELEVATION: 170.0 m * LOCATION: Under vangapur river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition E; Slope 3 deg; Geology: Podzol, silty; Tree line -68 m; av. Tree height 20 m; Tree cover 75%; Shrub cover 50%; Herb cover 70%; Moss cover 95%; Vegatation type: Arven-Lärchen-Wald; Film number: 1087A Comment: Species LASI; No of trees 12; No samples 24; No of years 191; Begin 1804; End 1994; Creation date 2000-09-01 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 Earlywood density, weight [#] (i) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood density [1/1000 g/cm**3] (I) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) * METHOD/DEVICE: Calculated Latewood density, weight [#] (t) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood density [1/1000 g/cm**3] (T) * 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: 3056 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] i [#] I [1/1000 g/cm**3] t [#] T [1/1000 g/cm**3] Age_pith [a] -0.044 1994 23 19 23 89 23 30 23 10 23 40 23 284 23 770 192 -0.043 1993 24 19 24 91 24 30 24 12 24 42 24 292 24 797 191 -0.042 1992 24 19 24 86 24 27 24 10 24 36 24 282 24 738 190 -0.041 1991 24 18 24 92 24 29 24 10 24 39 24 277 24 777 189 -0.040 1990 24 20 24 95 24 25 24 12 24 36 24 303 24 828 188 -0.039 1989 24 20 24 92 24 26 24 11 24 37 24 305 24 804 187 -0.038 1988 24 19 24 88 24 25 24 9 24 34 24 283 24 753 186 -0.037 1987 24 26 24 81 24 14 24 9 24 22 24 352 24 709 185 -0.036 1986 24 19 24 90 24 33 24 16 24 49 24 289 24 789 184 -0.035 1985 24 18 24 92 24 34 24 12 24 46 24 286 24 783 183 -0.034 1984 24 20 24 93 24 41 24 13 24 54 24 289 24 806 182 -0.033 1983 24 21 24 93 24 36 24 12 24 48 24 300 24 805 181 -0.032 1982 24 22 24 94 24 28 24 13 24 40 24 317 24 829 180 -0.031 1981 24 19 24 92 24 32 24 11 24 43 24 285 24 793 179 -0.030 1980 24 21 24 84 24 34 24 15 24 49 24 298 24 729 178 -0.029 1979 24 20 24 95 24 38 24 19 24 57 24 299 24 836 177 -0.028 1978 24 21 24 84 24 32 24 15 24 47 24 294 24 730 176 -0.027 1977 24 20 24 92 24 28 24 11 24 38 24 302 24 792 175 -0.026 1976 24 21 24 91 24 21 24 10 24 31 24 309 24 791 174 -0.025 1975 23 21 23 88 23 24 23 9 23 33 23 308 23 756 173 -0.024 1974 23 21 23 90 23 21 23 9 23 30 23 308 23 777 172 -0.023 1973 23 19 23 86 23 27 23 9 23 36 23 282 23 735 171 -0.022 1972 23 20 23 86 23 28 23 8 23 36 23 290 23 737 170 -0.021 1971 23 20 23 91 23 31 23 10 23 41 23 295 23 792 169 -0.020 1970 23 21 23 81 23 29 23 12 23 40 23 304 23 706 168 -0.019 1969 23 22 23 80 23 38 23 14 23 52 23 308 23 701 167 -0.018 1968 23 20 23 90 23 36 23 19 23 56 23 304 23 794 166 -0.017 1967 23 22 23 96 23 37 23 24 23 61 23 321 23 855 165 -0.016 1966 23 22 23 89 23 28 23 18 23 46 23 314 23 782 164 -0.015 1965 23 21 23 91 23 32 23 14 23 47 23 311 23 799 163 -0.014 1964 23 22 23 92 23 37 23 15 23 52 23 315 23 803 162 -0.013 1963 23 21 23 90 23 34 23 13 23 47 23 306 23 788 161 -0.012 1962 23 22 23 95 23 27 23 13 23 40 23 322 23 825 160 -0.011 1961 23 26 23 86 23 19 23 12 23 31 23 349 23 760 159 -0.010 1960 23 21 23 87 23 31 23 11 23 42 23 301 23 736 158 -0.009 1959 23 22 23 92 23 34 23 14 23 49 23 320 23 804 157 -0.008 1958 23 22 23 90 23 33 23 15 23 48 23 317 23 798 156 -0.007 1957 23 23 23 95 23 33 23 12 23 45 23 327 23 832 155 -0.006 1956 22 22 22 93 22 31 22 15 22 46 22 324 22 815 154 -0.005 1955 22 22 22 92 22 31 22 16 22 47 22 312 22 797 153 -0.004 1954 23 22 23 88 23 27 23 11 23 38 23 311 23 762 152 -0.003 1953 21 23 23 81 23 18 23 9 23 27 21 322 21 715 151 -0.002 1952 23 20 23 85 23 24 23 8 23 32 23 294 23 727 150 -0.001 1951 20 29 23 66 23 9 23 5 23 14 20 349 20 585 149 0.000 1950 23 21 23 83 23 24 23 7 23 31 23 289 23 697 148 0.001 1949 13 26 23 68 23 8 23 5 23 13 13 334 13 598 147 0.002 1948 23 22 23 79 23 21 23 9 23 30 23 303 23 680 146 0.003 1947 21 21 23 77 23 21 23 8 23 29 21 300 21 659 145 0.004 1946 23 22 23 88 23 29 23 11 23 40 23 320 23 759 144 0.005 1945 24 21 24 93 24 41 24 14 24 55 24 306 24 801 143 0.006 1944 24 23 23 90 24 30 24 15 24 45 23 318 23 793 142 0.007 1943 24 31 23 79 24 15 24 12 24 28 23 386 23 703 141 0.008 1942 24 22 23 94 24 48 24 21 24 69 23 315 23 820 140 0.009 1941 24 20 23 91 24 44 24 17 24 61 23 308 23 773 139 0.010 1940 24 22 23 92 24 34 24 14 24 48 23 315 23 798 138 0.011 1939 24 22 23 93 24 33 24 15 24 48 23 317 23 808 137 0.012 1938 24 31 23 83 24 16 24 12 24 28 23 393 23 738 136 0.013 1937 24 23 23 88 24 29 24 15 24 44 23 314 23 763 135 0.014 1936 24 22 23 84 24 28 24 12 24 39 23 313 23 728 134 0.015 1935 24 21 23 87 24 28 24 11 24 40 23 306 23 757 133 0.016 1934 24 21 23 81 24 32 24 10 24 42 23 299 23 693 132 0.017 1933 24 24 23 89 24 30 24 17 24 46 23 338 23 779 131 0.018 1932 24 22 23 94 24 33 24 19 24 51 23 331 23 825 130 0.019 1931 24 23 23 94 24 33 24 13 24 45 23 327 23 821 129 0.020 1930 24 22 23 91 24 32 24 15 24 47 23 319 23 789 128 0.021 1929 24 24 23 89 24 27 24 14 24 41 23 330 23 781 127 0.022 1928 24 23 23 93 24 32 24 14 24 46 23 332 23 813 126 0.023 1927 24 24 23 93 24 36 24 16 24 51 23 340 23 818 125 0.024 1926 24 21 23 91 24 54 24 22 24 77 23 310 23 805 124 0.025 1925 24 22 23 86 24 59 24 18 24 77 23 306 23 750 123 0.026 1924 24 29 24 87 24 27 24 22 24 48 24 380 24 771 122 0.027 1923 24 24 24 97 24 68 24 33 24 100 24 331 24 868 121 0.028 1922 24 23 24 101 24 72 24 33 24 105 24 332 24 901 120 0.029 1921 24 24 24 98 24 61 24 28 24 89 24 332 24 867 119 0.030 1920 24 23 24 98 24 65 24 28 24 93 24 322 24 864 118 0.031 1919 24 24 24 96 24 54 24 21 24 75 24 342 24 850 117 0.032 1918 24 22 24 95 24 67 24 24 24 91 24 315 24 830 116 0.033 1917 23 22 23 89 23 61 23 32 23 94 23 325 23 776 115 0.034 1916 23 23 23 85 23 53 23 29 23 82 23 324 23 756 114 0.035 1915 23 23 23 103 23 64 23 33 23 97 23 334 23 918 113 0.036 1914 23 22 23 92 23 49 23 15 23 65 23 309 23 790 112 0.037 1913 23 23 23 94 23 51 23 24 23 75 23 329 23 837 111 0.038 1912 23 23 23 87 23 33 23 24 23 57 23 334 23 755 110 0.039 1911 24 23 24 99 24 49 24 23 24 72 24 330 24 871 109 0.040 1910 24 24 24 96 24 38 24 27 24 65 24 333 24 858 108 0.041 1909 24 23 24 98 24 50 24 34 24 84 24 332 24 865 107 0.042 1908 24 23 24 95 24 37 24 16 24 53 24 323 24 834 106 0.043 1907 23 27 24 84 24 18 24 11 24 29 23 360 23 746 105 0.044 1906 24 23 24 97 24 52 24 17 24 69 24 319 24 853 104 0.045 1905 24 25 24 85 24 34 24 19 24 53 24 333 24 747 103 0.046 1904 24 22 24 101 24 56 24 30 24 86 24 324 24 902 102 0.047 1903 24 24 24 92 24 45 24 25 24 70 24 334 24 825 101 0.048 1902 24 23 24 92 24 57 24 33 24 90 24 336 24 823 100 0.049 1901 24 23 24 93 24 61 24 25 24 86 24 328 24 824 99 0.050 1900 24 23 24 101 24 64 24 30 24 94 24 323 24 902 98 0.051 1899 24 22 24 97 24 60 24 18 24 78 24 315 24 850 97 0.052 1898 24 23 24 94 24 57 24 25 24 82 24 331 24 842 96 0.053 1897 24 25 24 98 24 50 24 21 24 71 24 350 24 869 95 0.054 1896 24 25 24 100 24 41 24 22 24 64 24 352 24 883 94 0.055 1895 24 26 24 94 24 35 24 27 24 62 24 358 24 836 93 0.056 1894 24 24 24 99 24 58 24 25 24 83 24 332 24 884 92 0.057 1893 24 26 24 94 24 34 24 23 24 56 24 368 24 836 91 0.058 1892 24 23 24 99 24 60 24 31 24 91 24 340 24 887 90 0.059 1891 24 23 24 91 24 48 24 15 24 62 24 327 24 791 89 0.060 1890 24 23 24 86 24 56 24 20 24 75 24 327 24 753 88 0.061 1889 24 23 24 97 24 36 24 22 24 58 24 337 24 864 87 0.062 1888 24 25 24 100 24 35 24 18 24 52 24 348 24 893 86 0.063 1887 24 25 24 96 24 35 24 14 24 49 24 342 24 860 85 0.064 1886 24 25 24 89 24 33 24 12 24 45 24 345 24 790 84 0.065 1885 24 24 24 89 24 27 24 10 24 37 24 334 24 773 83 0.066 1884 24 25 24 82 24 25 24 12 24 36 24 333 24 725 82 0.067 1883 24 24 24 83 24 33 24 14 24 48 24 332 24 712 81 0.068 1882 24 25 24 89 24 28 24 12 24 40 24 344 24 781 80 0.069 1881 24 25 24 92 24 35 24 16 24 51 24 342 24 815 79 0.070 1880 24 25 24 92 24 65 24 37 24 102 24 340 24 816 78 0.071 1879 24 25 24 83 24 81 24 39 24 120 24 350 24 728 77 0.072 1878 24 24 24 94 24 75 24 46 24 121 24 339 24 846 76 0.073 1877 24 24 24 91 24 87 24 32 24 119 24 335 24 802 75 0.074 1876 24 25 24 87 24 82 24 32 24 114 24 342 24 763 74 0.075 1875 24 24 24 95 24 92 24 50 24 143 24 333 24 859 73 0.076 1874 24 26 24 102 24 71 24 37 24 109 24 349 24 920 72 0.077 1873 24 25 24 96 24 76 24 27 24 103 24 342 24 854 71 0.078 1872 24 25 24 80 24 88 24 30 24 118 24 335 24 697 70 0.079 1871 24 25 24 93 24 62 24 35 24 97 24 354 24 834 69 0.080 1870 24 26 24 96 24 83 24 34 24 117 24 354 24 863 68 0.081 1869 24 28 24 100 24 51 24 42 24 92 24 383 24 896 67 0.082 1868 24 24 24 101 24 93 24 38 24 131 24 352 24 908 66 0.083 1867 24 26 24 90 24 48 24 35 24 83 24 351 24 801 65 0.084 1866 24 25 24 88 24 84 24 37 24 121 24 349 24 779 64 0.085 1865 24 25 24 93 24 81 24 43 24 123 24 351 24 827 63 0.086 1864 24 26 24 100 24 71 24 33 24 104 24 362 24 896 62 0.087 1863 24 27 24 99 24 60 24 49 24 109 24 402 24 877 61 0.088 1862 24 27 24 85 24 70 24 26 24 96 24 358 24 741 60 0.089 1861 22 27 22 100 22 78 22 40 22 117 22 379 22 892 59 0.090 1860 21 26 21 93 21 84 21 36 21 120 21 354 21 809 58 0.091 1859 21 28 21 99 21 50 21 34 21 84 21 386 21 893 57 0.092 1858 21 27 20 92 21 64 21 34 21 98 20 372 20 806 56 0.093 1857 20 25 19 89 20 77 20 35 20 111 19 348 19 796 55 0.094 1856 20 26 19 94 20 81 20 30 20 111 19 359 19 842 54 0.095 1855 20 25 19 93 20 71 20 27 20 98 19 359 19 815 53 0.096 1854 20 26 19 90 20 85 20 36 20 121 19 350 19 797 52 0.097 1853 20 25 19 96 20 106 20 34 20 140 19 356 19 845 51 0.098 1852 19 26 19 80 19 109 19 47 19 156 19 357 19 697 50 0.099 1851 19 27 19 96 19 124 19 41 19 164 19 366 19 859 49 0.100 1850 19 27 19 93 19 139 19 48 19 187 19 361 19 834 48 0.101 1849 18 25 18 95 18 128 18 58 18 186 18 366 18 839 47 0.102 1848 17 24 17 98 17 117 17 43 17 160 17 346 17 881 46 0.103 1847 18 24 18 95 18 126 18 45 18 171 18 351 18 843 45 0.104 1846 18 25 18 93 18 148 18 51 18 200 18 348 18 818 44 0.105 1845 17 26 17 95 17 152 17 59 17 210 17 366 17 846 43 0.106 1844 16 25 16 96 16 166 16 58 16 224 16 360 16 847 42 0.107 1843 16 25 16 95 16 123 16 51 16 174 16 366 16 852 41 0.108 1842 15 24 15 99 15 148 15 47 15 195 15 352 15 884 40 0.109 1841 15 26 15 97 15 98 15 67 15 165 15 372 15 863 39 0.110 1840 15 26 15 98 15 151 15 56 15 207 15 367 15 868 38 0.111 1839 14 26 14 98 14 142 14 50 14 192 14 357 14 881 37 0.112 1838 14 25 14 97 14 163 14 63 14 226 14 352 14 859 36 0.113 1837 14 25 14 98 14 135 14 53 14 187 14 350 14 877 35 0.114 1836 14 26 14 97 14 125 14 50 14 176 14 359 14 860 34 0.115 1835 14 25 14 99 14 134 14 52 14 186 14 368 14 877 33 0.116 1834 14 26 14 92 14 127 14 49 14 176 14 373 14 809 32 0.117 1833 14 25 14 98 14 131 14 46 14 178 14 366 14 864 31 0.118 1832 13 25 13 98 13 135 13 47 13 182 13 356 13 869 30 0.119 1831 11 26 11 97 11 103 11 46 11 149 11 368 11 854 29 0.120 1830 11 28 11 96 11 65 11 33 11 98 11 378 11 857 28 0.121 1829 12 29 12 94 12 45 12 25 12 70 12 386 12 832 27 0.122 1828 12 29 12 93 12 36 12 18 12 55 12 372 12 831 26 0.123 1827 11 25 11 94 11 101 11 34 11 136 11 344 11 828 25 0.124 1826 11 26 11 90 11 101 11 44 11 144 11 350 11 789 24 0.125 1825 11 26 11 88 11 108 11 43 11 151 11 363 11 766 23 0.126 1824 11 26 11 92 11 121 11 48 11 169 11 364 11 807 22 0.127 1823 10 27 10 91 10 134 10 47 10 181 10 366 10 797 21 0.128 1822 8 26 8 88 8 125 8 32 8 157 8 342 8 776 20 0.129 1821 7 27 7 88 7 98 7 24 7 122 7 358 7 771 19 0.130 1820 6 26 6 89 6 95 6 30 6 125 6 368 6 781 18 0.131 1819 6 28 6 84 6 53 6 20 6 73 6 374 6 732 17 0.132 1818 6 27 6 85 6 49 6 26 6 75 6 353 6 741 16 0.133 1817 6 26 6 81 6 101 6 23 6 123 6 354 6 687 15 0.134 1816 6 27 6 81 6 57 6 27 6 83 6 350 6 706 14 0.135 1815 6 26 6 75 6 80 6 17 6 97 6 348 6 646 13 0.136 1814 6 27 6 84 6 97 6 23 6 120 6 364 6 717 12 0.137 1813 6 29 6 81 6 101 6 23 6 125 6 375 6 697 11 0.138 1812 6 28 6 77 6 80 6 38 6 117 6 377 6 655 10 0.139 1811 4 27 4 71 4 96 4 27 4 123 4 348 4 602 9 0.140 1810 4 29 4 79 4 89 4 30 4 119 4 385 4 665 8 0.141 1809 4 31 4 78 4 123 4 32 4 155 4 389 4 681 7 0.142 1808 3 30 3 81 3 115 3 42 3 156 3 393 3 707 6 0.143 1807 1 25 1 80 1 117 1 30 1 147 1 329 1 703 5 0.144 1806 1 25 1 68 1 142 1 20 1 162 1 313 1 584 4 0.145 1805 1 26 1 68 1 96 1 18 1 114 1 330 1 593 3 0.146 1804 1 29 1 79 1 98 1 13 1 111 1 373 1 660 2