/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Tsuga mertensiana (Mountain hemlock) from sample ARROW-122. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.588792 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 49.090000 * LONGITUDE: -125.140000 MINIMUM ELEVATION: 1020.0 m * MAXIMUM ELEVATION: 1020.0 m Event(s): ARROW * LATITUDE: 49.090000 * LONGITUDE: -125.140000 * ELEVATION: 1020.0 m * LOCATION: Arrowsmith Mount, Canada * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition NW; Slope 5 deg; Geology: Granit Hangschutt; Tree line 1305 m; av. Tree height 28 m; Tree cover 80%; Shrub cover 20%; Herb cover 50%; Moss cover 95%; Vegatation type: TSME-Urwald mit einigen Dougl. Homogen; Film number: 694A Comment: Species TSME; No of rings 330; Begin 1654; 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: 2970 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 37 78 12 9 21 426 674 343 -0.032 1982 37 86 15 11 26 454 745 342 -0.031 1981 41 89 14 12 26 497 809 341 -0.030 1980 38 85 15 13 28 469 750 340 -0.029 1979 39 92 16 10 26 484 804 339 -0.028 1978 42 90 15 17 32 516 787 338 -0.027 1977 37 88 16 10 26 446 773 337 -0.026 1976 36 79 16 8 24 424 702 336 -0.025 1975 37 83 19 8 27 447 745 335 -0.024 1974 38 89 14 9 23 443 783 334 -0.023 1973 38 88 15 10 25 462 768 333 -0.022 1972 40 90 22 10 32 474 806 332 -0.021 1971 38 89 21 12 33 469 776 331 -0.020 1970 36 92 22 11 33 443 801 330 -0.019 1969 35 87 28 13 41 448 746 329 -0.018 1968 38 89 24 11 35 473 772 328 -0.017 1967 34 97 30 24 54 461 790 327 -0.016 1966 37 91 22 14 36 479 784 326 -0.015 1965 34 95 28 21 49 464 780 325 -0.014 1964 32 82 31 17 48 409 704 324 -0.013 1963 35 92 26 14 40 462 794 323 -0.012 1962 35 92 21 14 35 474 788 322 -0.011 1961 36 95 29 16 45 466 816 321 -0.010 1960 37 91 26 17 43 489 780 320 -0.009 1959 39 82 18 15 33 469 716 319 -0.008 1958 34 92 42 20 62 479 780 318 -0.007 1957 33 89 34 13 47 430 785 317 -0.006 1956 37 93 21 16 37 453 820 316 -0.005 1955 32 79 32 23 55 389 662 315 -0.004 1954 37 72 24 23 47 432 632 314 -0.003 1953 36 85 21 14 35 449 746 313 -0.002 1952 41 91 19 12 31 518 810 312 -0.001 1951 38 95 23 18 41 477 824 311 0.000 1950 33 90 29 21 50 434 779 310 0.001 1949 35 90 24 16 40 458 775 309 0.002 1948 33 82 22 13 35 429 712 308 0.003 1947 35 87 19 13 32 451 773 307 0.004 1946 38 86 13 10 23 452 761 306 0.005 1945 36 87 22 17 39 447 750 305 0.006 1944 36 94 26 20 46 474 812 304 0.007 1943 39 89 17 16 33 483 789 303 0.008 1942 39 96 22 24 46 508 825 302 0.009 1941 39 84 27 35 62 473 724 301 0.010 1940 37 92 31 30 61 487 777 300 0.011 1939 35 95 23 17 40 448 819 299 0.012 1938 34 88 26 15 41 445 762 298 0.013 1937 37 86 25 17 42 475 752 297 0.014 1936 43 85 14 10 24 515 766 296 0.015 1935 37 87 20 23 43 475 746 295 0.016 1934 41 91 18 12 30 506 806 294 0.017 1933 33 78 21 21 42 390 660 293 0.018 1932 35 80 18 12 30 446 700 292 0.019 1931 41 91 16 12 28 487 811 291 0.020 1930 40 94 24 15 39 509 820 290 0.021 1929 41 92 21 13 34 504 802 289 0.022 1928 45 94 17 10 27 519 857 288 0.023 1927 36 87 19 19 38 444 747 287 0.024 1926 46 92 15 14 29 541 820 286 0.025 1925 38 90 28 18 46 470 796 285 0.026 1924 33 98 31 26 57 429 832 284 0.027 1923 33 91 29 17 46 444 786 283 0.028 1922 35 90 30 31 61 452 771 282 0.029 1921 37 78 24 19 43 459 693 281 0.030 1920 32 80 42 24 66 388 687 280 0.031 1919 34 88 37 24 61 443 755 279 0.032 1918 38 96 24 17 41 469 819 278 0.033 1917 34 88 37 21 58 440 738 277 0.034 1916 34 94 32 15 47 448 805 276 0.035 1915 36 98 32 21 53 453 839 275 0.036 1914 34 91 30 27 57 432 766 274 0.037 1913 32 79 31 32 63 397 649 273 0.038 1912 32 89 40 25 65 415 756 272 0.039 1911 32 81 37 32 69 411 701 271 0.040 1910 37 89 30 23 53 476 731 270 0.041 1909 33 86 27 13 40 410 744 269 0.042 1908 34 87 34 16 50 440 750 268 0.043 1907 36 94 42 20 62 447 791 267 0.044 1906 40 94 32 27 59 501 801 266 0.045 1905 36 95 34 25 59 443 775 265 0.046 1904 32 96 50 35 85 413 759 264 0.047 1903 35 89 25 17 42 429 755 263 0.048 1902 35 91 32 27 59 446 770 262 0.049 1901 37 94 39 32 71 474 771 261 0.050 1900 33 89 35 39 74 434 757 260 0.051 1899 35 88 26 14 40 447 759 259 0.052 1898 34 101 33 14 47 473 861 258 0.053 1897 36 90 32 10 42 451 788 257 0.054 1896 32 95 36 15 51 437 817 256 0.055 1895 32 82 46 33 79 429 671 255 0.056 1894 32 89 48 33 81 434 721 254 0.057 1893 33 69 28 42 70 390 608 253 0.058 1892 31 96 33 16 49 424 796 252 0.059 1891 35 87 27 24 51 467 756 251 0.060 1890 37 96 21 14 35 477 814 250 0.061 1889 41 96 17 18 35 512 855 249 0.062 1888 36 97 22 11 33 468 837 248 0.063 1887 32 91 28 23 51 396 763 247 0.064 1886 34 91 27 18 45 439 771 246 0.065 1885 35 99 29 14 43 478 854 245 0.066 1884 36 88 22 12 34 447 756 244 0.067 1883 34 93 25 16 41 436 803 243 0.068 1882 35 80 28 20 48 419 705 242 0.069 1881 35 78 21 13 34 420 690 241 0.070 1880 34 74 26 16 42 414 652 240 0.071 1879 34 86 25 20 45 450 728 239 0.072 1878 31 94 32 18 50 416 794 238 0.073 1877 36 84 16 22 38 433 735 237 0.074 1876 33 77 21 13 34 408 673 236 0.075 1875 30 82 35 20 55 401 684 235 0.076 1874 33 85 22 14 36 413 734 234 0.077 1873 36 91 24 11 35 462 780 233 0.078 1872 33 96 28 17 45 449 803 232 0.079 1871 36 91 26 15 41 461 786 231 0.080 1870 33 92 31 22 53 457 781 230 0.081 1869 34 95 21 15 36 436 806 229 0.082 1868 31 92 23 14 37 433 773 228 0.083 1867 35 85 17 9 26 446 730 227 0.084 1866 35 82 17 12 29 439 706 226 0.085 1865 32 70 22 16 38 389 613 225 0.086 1864 33 87 23 13 36 403 733 224 0.087 1863 30 78 38 20 58 404 675 223 0.088 1862 33 81 29 14 43 406 709 222 0.089 1861 31 79 34 16 50 391 686 221 0.090 1860 32 85 35 29 64 391 694 220 0.091 1859 39 86 19 19 38 473 756 219 0.092 1858 32 93 29 15 44 433 798 218 0.093 1857 31 91 35 15 50 434 794 217 0.094 1856 34 89 26 18 44 427 737 216 0.095 1855 30 88 35 20 55 383 751 215 0.096 1854 33 91 37 20 57 424 787 214 0.097 1853 32 100 41 14 55 426 834 213 0.098 1852 30 91 53 18 71 400 772 212 0.099 1851 29 92 52 30 82 378 749 211 0.100 1850 32 88 47 18 65 402 743 210 0.101 1849 34 94 53 22 75 442 781 209 0.102 1848 34 89 89 31 120 428 734 208 0.103 1847 39 96 40 33 73 461 828 207 0.104 1846 30 81 49 42 91 365 649 206 0.105 1845 30 82 52 30 82 380 694 205 0.106 1844 30 91 53 18 71 415 789 204 0.107 1843 30 96 72 27 99 394 791 203 0.108 1842 31 86 67 33 100 395 687 202 0.109 1841 29 84 78 33 111 402 687 201 0.110 1840 28 93 66 29 95 400 760 200 0.111 1839 30 91 93 38 131 410 748 199 0.112 1838 28 81 46 27 73 369 649 198 0.113 1837 28 75 55 25 80 350 637 197 0.114 1836 29 91 53 23 76 414 768 196 0.115 1835 30 86 48 20 68 390 720 195 0.116 1834 29 89 67 27 94 367 715 194 0.117 1833 28 83 62 24 86 379 700 193 0.118 1832 29 95 45 17 62 411 794 192 0.119 1831 31 90 51 21 72 413 773 191 0.120 1830 31 87 50 19 69 423 734 190 0.121 1829 31 92 64 36 100 437 759 189 0.122 1828 34 96 41 23 64 429 796 188 0.123 1827 30 90 45 26 71 413 753 187 0.124 1826 30 92 93 21 114 442 760 186 0.125 1825 30 89 59 30 89 397 730 185 0.126 1824 33 87 35 16 51 419 738 184 0.127 1823 31 87 31 17 48 390 711 183 0.128 1822 31 92 41 20 61 404 765 182 0.129 1821 32 83 40 15 55 407 719 181 0.130 1820 30 87 49 16 65 395 720 180 0.131 1819 29 80 50 24 74 372 665 179 0.132 1818 30 83 46 19 65 376 692 178 0.133 1817 28 87 79 27 106 364 713 177 0.134 1816 28 88 76 18 94 389 729 176 0.135 1815 30 85 46 25 71 380 705 175 0.136 1814 28 81 51 38 89 382 648 174 0.137 1813 27 73 51 21 72 335 595 173 0.138 1812 32 92 59 18 77 412 758 172 0.139 1811 32 85 60 17 77 403 720 171 0.140 1810 33 76 47 17 64 385 644 170 0.141 1809 31 73 49 31 80 387 611 169 0.142 1808 32 94 48 18 66 424 798 168 0.143 1807 32 89 59 27 86 413 736 167 0.144 1806 33 85 59 23 82 422 705 166 0.145 1805 30 93 96 24 120 419 778 165 0.146 1804 32 90 83 26 109 430 764 164 0.147 1803 32 97 77 23 100 425 781 163 0.148 1802 30 86 72 27 99 405 703 162 0.149 1801 30 73 77 34 111 374 617 161 0.150 1800 31 92 72 31 103 404 773 160 0.151 1799 34 91 77 22 99 457 771 159 0.152 1798 31 91 97 26 123 416 777 158 0.153 1797 31 92 70 19 89 406 772 157 0.154 1796 31 97 91 20 111 393 805 156 0.155 1795 30 86 120 27 147 399 698 155 0.156 1794 29 83 129 36 165 396 673 154 0.157 1793 28 84 136 26 162 395 704 153 0.158 1792 29 94 141 27 168 384 765 152 0.159 1791 29 92 105 29 134 399 762 151 0.160 1790 29 82 122 23 145 382 672 150 0.161 1789 27 87 133 22 155 363 708 149 0.162 1788 26 85 120 32 152 363 669 148 0.163 1787 29 86 101 18 119 367 713 147 0.164 1786 26 82 143 35 178 364 658 146 0.165 1785 26 81 124 27 151 378 659 145 0.166 1784 28 87 114 35 149 397 704 144 0.167 1783 29 88 137 37 174 404 690 143 0.168 1782 29 86 104 29 133 369 702 142 0.169 1781 28 86 107 29 136 357 710 141 0.170 1780 27 88 146 44 190 365 721 140 0.171 1779 29 85 108 53 161 374 684 139 0.172 1778 27 79 129 61 190 369 626 138 0.173 1777 27 86 151 43 194 366 667 137 0.174 1776 27 92 124 35 159 386 757 136 0.175 1775 28 91 97 36 133 371 749 135 0.176 1774 28 86 135 49 184 362 676 134 0.177 1773 27 83 160 54 214 348 669 133 0.178 1772 29 86 143 44 187 383 675 132 0.179 1771 26 87 149 54 203 369 683 131 0.180 1770 27 81 121 45 166 359 635 130 0.181 1769 26 83 100 49 149 354 692 129 0.182 1768 26 82 90 26 116 344 694 128 0.183 1767 27 79 106 25 131 365 693 127 0.184 1766 25 82 134 41 175 344 666 126 0.185 1765 27 83 107 50 157 357 673 125 0.186 1764 27 87 116 47 163 367 740 124 0.187 1763 25 74 133 56 189 343 593 123 0.188 1762 26 75 115 37 152 340 618 122 0.189 1761 26 88 93 39 132 352 701 121 0.190 1760 28 86 91 23 114 357 743 120 0.191 1759 29 92 80 28 108 384 775 119 0.192 1758 29 94 85 31 116 400 792 118 0.193 1757 29 87 88 35 123 358 724 117 0.194 1756 30 78 89 44 133 359 640 116 0.195 1755 26 86 97 26 123 338 721 115 0.196 1754 28 79 90 29 119 356 653 114 0.197 1753 26 90 102 32 134 343 713 113 0.198 1752 27 81 94 28 122 363 683 112 0.199 1751 28 88 115 35 150 384 716 111 0.200 1750 25 95 117 43 160 354 767 110 0.201 1749 29 77 103 47 150 371 650 109 0.202 1748 29 87 92 33 125 386 709 108 0.203 1747 28 96 89 34 123 403 808 107 0.204 1746 30 91 75 25 100 377 764 106 0.205 1745 25 88 89 28 117 338 724 105 0.206 1744 28 89 98 20 118 363 733 104 0.207 1743 27 88 99 35 134 357 729 103 0.208 1742 27 81 85 27 112 356 667 102 0.209 1741 29 88 87 20 107 387 738 101 0.210 1740 28 93 112 27 139 368 772 100 0.211 1739 27 85 114 33 147 353 699 99 0.212 1738 28 83 118 19 137 360 666 98 0.213 1737 29 93 98 23 121 384 779 97 0.214 1736 30 100 101 26 127 402 846 96 0.215 1735 31 94 82 21 103 384 786 95 0.216 1734 29 96 122 23 145 373 800 94 0.217 1733 26 84 137 50 187 341 696 93 0.218 1732 28 87 151 44 195 362 674 92 0.219 1731 26 69 128 58 186 329 584 91 0.220 1730 29 76 151 59 210 361 637 90 0.221 1729 30 89 128 70 198 383 714 89 0.222 1728 31 94 138 71 209 440 734 88 0.223 1727 28 96 143 44 187 400 763 87 0.224 1726 28 77 145 57 202 362 615 86 0.225 1725 29 87 156 50 206 376 693 85 0.226 1724 27 83 145 56 201 358 668 84 0.227 1723 30 96 153 68 221 416 768 83 0.228 1722 28 93 130 44 174 381 741 82 0.229 1721 31 99 141 43 184 401 807 81 0.230 1720 28 96 133 26 159 403 794 80 0.231 1719 28 90 151 46 197 384 728 79 0.232 1718 28 84 139 54 193 363 696 78 0.233 1717 29 83 103 30 133 368 661 77 0.234 1716 30 89 112 31 143 376 736 76 0.235 1715 29 81 101 28 129 361 654 75 0.236 1714 28 89 109 32 141 364 748 74 0.237 1713 28 83 118 29 147 365 706 73 0.238 1712 29 91 102 24 126 386 763 72 0.239 1711 28 90 122 39 161 382 707 71 0.240 1710 28 84 127 35 162 365 659 70 0.241 1709 28 89 111 32 143 358 721 69 0.242 1708 29 90 111 45 156 388 704 68 0.243 1707 27 81 94 41 135 367 664 67 0.244 1706 37 92 56 24 80 452 805 66 0.245 1705 31 88 76 29 105 384 731 65 0.246 1704 30 96 94 27 121 376 815 64 0.247 1703 30 89 100 24 124 367 762 63 0.248 1702 29 83 103 31 134 372 693 62 0.249 1701 33 87 88 26 114 424 718 61 0.250 1700 30 96 75 22 97 395 798 60 0.251 1699 28 84 74 21 95 354 715 59 0.252 1698 29 91 79 20 99 371 777 58 0.253 1697 29 82 78 16 94 352 683 57 0.254 1696 30 82 69 20 89 370 680 56 0.255 1695 32 91 83 21 104 382 747 55 0.256 1694 30 96 67 15 82 379 812 54 0.257 1693 31 91 70 16 86 385 775 53 0.258 1692 30 88 68 21 89 366 767 52 0.259 1691 30 92 62 29 91 371 759 51 0.260 1690 31 85 59 18 77 382 732 50 0.261 1689 28 87 81 33 114 324 715 49 0.262 1688 28 93 98 23 121 371 762 48 0.263 1687 28 90 104 31 135 375 745 47 0.264 1686 28 86 92 28 120 373 708 46 0.265 1685 30 91 77 33 110 378 742 45 0.266 1684 32 100 70 24 94 415 849 44 0.267 1683 35 100 45 22 67 435 842 43 0.268 1682 29 92 73 31 104 386 763 42 0.269 1681 34 95 74 21 95 417 784 41 0.270 1680 32 98 64 22 86 400 868 40 0.271 1679 29 95 76 30 106 378 820 39 0.272 1678 30 77 78 39 117 376 635 38 0.273 1677 31 95 93 26 119 400 825 37 0.274 1676 30 89 95 21 116 377 742 36 0.275 1675 39 100 33 15 48 489 872 35 0.276 1674 32 91 63 19 82 410 789 34 0.277 1673 26 90 84 25 109 340 742 33 0.278 1672 29 88 68 19 87 376 735 32 0.279 1671 30 97 75 23 98 386 805 31 0.280 1670 26 82 90 23 113 337 680 30 0.281 1669 27 83 89 19 108 357 691 29 0.282 1668 28 88 78 18 96 360 720 28 0.283 1667 26 95 91 20 111 347 758 27 0.284 1666 28 92 102 17 119 342 772 26 0.285 1665 28 79 92 39 131 342 682 25 0.286 1664 31 87 79 22 101 380 725 24 0.287 1663 29 94 84 21 105 377 784 23 0.288 1662 28 96 85 29 114 353 810 22 0.289 1661 27 88 114 34 148 360 715 21 0.290 1660 29 88 97 37 134 347 712 20 0.291 1659 28 90 101 30 131 350 794 19 0.292 1658 29 93 133 44 177 360 753 18 0.293 1657 30 75 123 55 178 364 651 17 0.294 1656 31 94 158 32 190 436 772 16 0.295 1655 37 89 132 67 199 489 704 15 0.296 1654 48 90 112 58 170 545 832 14