/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Pseudotsuga menziesii (Douglas-fir) from sample LEMON-72. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594366 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 32.270000 * LONGITUDE: -110.470000 MINIMUM ELEVATION: 2700.0 m * MAXIMUM ELEVATION: 2700.0 m Event(s): LEMON * LATITUDE: 32.270000 * LONGITUDE: -110.470000 * ELEVATION: 2700.0 m * LOCATION: Mount Lemon, USA * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition N; Slope 20 deg; Geology: Gneisschutt; Tree line 3400 m; av. Tree height 30 m; Tree cover 75%; Shrub cover 75%; Herb cover 50%; Vegatation type: Homogen; Film number: 695A Comment: Species PSME; No of rings 213; Begin 1771; End 1983 Parameter(s): AGE [ka BP] (Age) * GEOCODE Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Ring width [1/100 mm] (R) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Earlywood density [1/1000 g/cm**3] (I) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) Latewood density [1/1000 g/cm**3] (T) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch) 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: 1917 data points */ Age [ka BP] Age [a AD/CE] N [1/100 g/cm**3] X [1/100 g/cm**3] E [1/100 mm] L [1/100 mm] R [1/100 mm] I [1/1000 g/cm**3] T [1/1000 g/cm**3] Age_pith [a] -0.033 1983 35 87 57 30 87 410 797 233 -0.032 1982 37 91 54 23 77 421 841 232 -0.031 1981 39 89 56 39 95 436 819 231 -0.030 1980 40 95 60 21 81 448 881 230 -0.029 1979 35 92 82 52 134 417 820 229 -0.028 1978 37 88 75 44 119 423 798 228 -0.027 1977 41 90 51 30 81 474 848 227 -0.026 1976 40 90 68 49 117 464 812 226 -0.025 1975 32 93 67 30 97 384 825 225 -0.024 1974 51 80 6 7 13 552 748 224 -0.023 1973 35 87 40 17 57 399 765 223 -0.022 1972 37 85 40 15 55 414 753 222 -0.021 1971 42 90 26 19 45 487 819 221 -0.020 1970 39 86 54 27 81 430 788 220 -0.019 1969 40 84 57 39 96 455 775 219 -0.018 1968 40 83 85 32 117 444 725 218 -0.017 1967 41 83 84 45 129 458 747 217 -0.016 1966 38 81 68 32 100 417 726 216 -0.015 1965 39 86 59 25 84 436 784 215 -0.014 1964 38 79 40 17 57 414 710 214 -0.013 1963 36 78 54 26 80 403 688 213 -0.012 1962 34 91 66 23 89 392 817 212 -0.011 1961 46 66 12 9 21 495 625 211 -0.010 1960 38 87 60 25 85 422 792 210 -0.009 1959 41 81 44 44 88 461 760 209 -0.008 1958 35 87 84 39 123 406 785 208 -0.007 1957 35 86 83 40 123 419 766 207 -0.006 1956 44 87 39 32 71 496 794 206 -0.005 1955 40 87 112 58 170 488 754 205 -0.004 1954 43 89 123 84 207 488 797 204 -0.003 1953 34 93 139 95 234 427 811 203 -0.002 1952 35 88 89 32 121 407 786 202 -0.001 1951 40 84 81 48 129 485 735 201 0.000 1950 42 88 48 44 92 480 785 200 0.001 1949 33 83 72 31 103 388 729 199 0.002 1948 39 69 24 15 39 424 627 198 0.003 1947 41 68 32 17 49 449 628 197 0.004 1946 39 81 37 37 74 456 745 196 0.005 1945 39 80 40 25 65 437 723 195 0.006 1944 35 80 52 28 80 406 721 194 0.007 1943 38 69 41 21 62 421 623 193 0.008 1942 35 86 93 27 120 398 760 192 0.009 1941 35 69 65 42 107 393 619 191 0.010 1940 36 83 59 26 85 416 733 190 0.011 1939 43 66 21 20 41 463 612 189 0.012 1938 42 83 38 34 72 485 744 188 0.013 1937 40 74 45 24 69 457 662 187 0.014 1936 44 88 50 26 76 484 793 186 0.015 1935 40 83 73 38 111 464 746 185 0.016 1934 48 75 21 14 35 530 699 184 0.017 1933 39 84 95 43 138 454 757 183 0.018 1932 39 85 109 40 149 437 752 182 0.019 1931 37 84 121 45 166 424 737 181 0.020 1930 35 83 101 44 145 409 741 180 0.021 1929 39 80 47 32 79 456 730 179 0.022 1928 42 85 61 38 99 460 787 178 0.023 1927 35 86 91 53 144 417 768 177 0.024 1926 31 84 96 39 135 376 715 176 0.025 1925 57 70 8 10 18 593 671 175 0.026 1924 35 89 81 37 118 414 784 174 0.027 1923 38 81 63 30 93 426 728 173 0.028 1922 34 85 80 44 124 405 738 172 0.029 1921 52 82 56 19 75 574 755 171 0.030 1920 38 85 120 57 177 426 780 170 0.031 1919 33 82 108 56 164 396 727 169 0.032 1918 37 87 81 39 120 418 762 168 0.033 1917 35 82 127 44 171 399 729 167 0.034 1916 39 81 78 76 154 441 745 166 0.035 1915 39 82 108 34 142 431 737 165 0.036 1914 43 90 102 56 158 491 829 164 0.037 1913 41 91 89 31 120 467 823 163 0.038 1912 39 83 125 50 175 444 757 162 0.039 1911 38 86 118 43 161 435 769 161 0.040 1910 43 96 61 21 82 473 859 160 0.041 1909 35 86 118 56 174 406 772 159 0.042 1908 41 83 127 59 186 453 709 158 0.043 1907 40 90 120 71 191 448 816 157 0.044 1906 40 93 89 47 136 453 842 156 0.045 1905 35 94 113 35 148 419 860 155 0.046 1904 45 89 68 21 89 517 873 154 0.047 1903 35 87 97 44 141 402 783 153 0.048 1902 45 102 50 14 64 504 924 152 0.049 1901 35 96 121 52 173 419 861 151 0.050 1900 40 98 79 25 104 458 922 150 0.051 1899 37 90 140 47 187 428 817 149 0.052 1898 40 92 122 49 171 465 841 148 0.053 1897 40 97 103 41 144 458 873 147 0.054 1896 41 94 100 60 160 462 861 146 0.055 1895 43 91 87 81 168 487 865 145 0.056 1894 44 98 56 23 79 498 906 144 0.057 1893 46 94 43 39 82 509 877 143 0.058 1892 41 101 82 21 103 462 913 142 0.059 1891 38 94 121 55 176 438 852 141 0.060 1890 39 88 88 61 149 455 823 140 0.061 1889 38 90 80 45 125 435 823 139 0.062 1888 39 100 85 36 121 453 892 138 0.063 1887 47 88 51 62 113 514 773 137 0.064 1886 41 97 75 31 106 472 920 136 0.065 1885 42 95 90 44 134 470 884 135 0.066 1884 39 90 103 35 138 442 808 134 0.067 1883 41 92 95 54 149 466 834 133 0.068 1882 40 86 80 38 118 446 800 132 0.069 1881 45 86 51 46 97 505 813 131 0.070 1880 41 95 49 19 68 468 855 130 0.071 1879 46 94 48 30 78 505 867 129 0.072 1878 42 87 55 28 83 456 805 128 0.073 1877 41 101 66 22 88 462 890 127 0.074 1876 42 87 58 36 94 469 807 126 0.075 1875 43 87 52 36 88 477 812 125 0.076 1874 36 91 57 16 73 424 824 124 0.077 1873 48 99 36 12 48 531 909 123 0.078 1872 50 88 35 32 67 537 825 122 0.079 1871 44 92 59 31 90 484 838 121 0.080 1870 46 86 56 64 120 517 759 120 0.081 1869 41 86 80 48 128 463 771 119 0.082 1868 38 82 107 22 129 431 723 118 0.083 1867 39 86 83 58 141 432 739 117 0.084 1866 40 83 85 51 136 442 728 116 0.085 1865 39 91 78 30 108 435 814 115 0.086 1864 57 88 20 31 51 630 808 114 0.087 1863 46 97 51 25 76 508 890 113 0.088 1862 38 94 132 37 169 445 829 112 0.089 1861 44 94 102 36 138 507 847 111 0.090 1860 43 105 97 36 133 496 943 110 0.091 1859 41 93 116 50 166 468 844 109 0.092 1858 40 93 151 56 207 470 811 108 0.093 1857 44 101 109 79 188 497 877 107 0.094 1856 39 90 148 68 216 452 797 106 0.095 1855 40 93 128 63 191 444 862 105 0.096 1854 47 91 101 67 168 553 808 104 0.097 1853 43 89 117 115 232 482 818 103 0.098 1852 40 80 138 123 261 452 710 102 0.099 1851 45 103 73 38 111 521 945 101 0.100 1850 40 93 107 44 151 459 839 100 0.101 1849 41 85 82 51 133 456 752 99 0.102 1848 42 83 70 53 123 466 767 98 0.103 1847 50 92 38 45 83 579 819 97 0.104 1846 40 90 74 33 107 464 821 96 0.105 1845 46 87 44 33 77 514 829 95 0.106 1844 41 88 70 33 103 456 799 94 0.107 1843 42 84 35 29 64 475 767 93 0.108 1842 46 81 14 7 21 494 746 92 0.109 1841 45 77 17 6 23 495 714 91 0.110 1840 43 91 52 22 74 482 840 90 0.111 1839 40 82 81 28 109 447 742 89 0.112 1838 41 87 81 29 110 450 803 88 0.113 1837 41 83 85 36 121 454 763 87 0.114 1836 42 90 100 34 134 473 816 86 0.115 1835 42 89 157 84 241 469 804 85 0.116 1834 41 89 125 96 221 474 807 84 0.117 1833 40 85 138 33 171 443 757 83 0.118 1832 40 92 121 60 181 451 845 82 0.119 1831 38 86 141 52 193 430 766 81 0.120 1830 38 90 104 62 166 444 813 80 0.121 1829 39 85 95 68 163 455 798 79 0.122 1828 40 80 84 41 125 446 721 78 0.123 1827 38 84 139 42 181 434 744 77 0.124 1826 38 97 107 59 166 457 844 76 0.125 1825 39 84 57 25 82 441 760 75 0.126 1824 37 86 66 27 93 426 760 74 0.127 1823 38 91 60 29 89 451 816 73 0.128 1822 38 82 28 19 47 437 728 72 0.129 1821 37 98 85 24 109 424 867 71 0.130 1820 44 87 57 46 103 488 791 70 0.131 1819 51 84 30 32 62 566 757 69 0.132 1818 38 104 111 56 167 464 930 68 0.133 1817 38 93 169 45 214 428 827 67 0.134 1816 38 91 141 69 210 443 780 66 0.135 1815 37 82 140 60 200 407 725 65 0.136 1814 40 94 105 46 151 458 852 64 0.137 1813 39 103 110 28 138 458 927 63 0.138 1812 40 101 103 60 163 478 928 62 0.139 1811 41 86 143 73 216 467 771 61 0.140 1810 40 87 145 67 212 451 768 60 0.141 1809 41 87 132 77 209 466 773 59 0.142 1808 40 86 83 88 171 461 796 58 0.143 1807 38 97 99 26 125 435 860 57 0.144 1806 41 91 119 57 176 471 826 56 0.145 1805 42 91 125 98 223 471 798 55 0.146 1804 36 93 172 66 238 446 819 54 0.147 1803 40 101 120 50 170 467 912 53 0.148 1802 40 92 134 104 238 452 798 52 0.149 1801 39 87 109 71 180 455 739 51 0.150 1800 35 85 110 67 177 425 760 50 0.151 1799 35 81 139 58 197 415 716 49 0.152 1798 36 93 115 18 133 405 812 48 0.153 1797 37 88 113 94 207 429 789 47 0.154 1796 37 96 177 80 257 437 838 46 0.155 1795 34 99 189 82 271 423 838 45 0.156 1794 37 87 121 150 271 436 760 44 0.157 1793 36 89 210 72 282 423 792 43 0.158 1792 35 89 187 92 279 428 808 42 0.159 1791 34 97 196 71 267 427 844 41 0.160 1790 36 88 169 79 248 469 759 40 0.161 1789 35 88 118 112 230 430 795 39 0.162 1788 37 101 98 46 144 433 891 38 0.163 1787 34 88 183 54 237 390 769 37 0.164 1786 35 88 140 83 223 428 813 36 0.165 1785 36 92 164 118 282 440 837 35 0.166 1784 32 87 241 69 310 400 770 34 0.167 1783 33 97 174 49 223 402 870 33 0.168 1782 33 90 127 95 222 406 827 32 0.169 1781 35 89 166 81 247 412 819 31 0.170 1780 31 93 116 50 166 378 814 30 0.171 1779 34 108 175 32 207 423 951 29 0.172 1778 32 95 158 68 226 387 851 28 0.173 1777 33 99 188 59 247 400 873 27 0.174 1776 34 91 171 95 266 412 830 26 0.175 1775 32 93 148 41 189 393 840 25 0.176 1774 33 89 98 55 153 396 812 24 0.177 1773 38 89 72 55 127 437 832 23 0.178 1772 36 95 107 47 154 424 865 22 0.179 1771 35 84 123 48 171 403 743 21