/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Pseudotsuga menziesii (Douglas-fir) from sample BALDY-71 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.589200 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) Coverage: LATITUDE: 33.580000 * LONGITUDE: -109.330000 MINIMUM ELEVATION: 2940.0 m * MAXIMUM ELEVATION: 2940.0 m Event(s): BALDY * LATITUDE: 33.580000 * LONGITUDE: -109.330000 * ELEVATION: 2940.0 m * LOCATION: Baldy Peak, USA * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition E; Slope 15 deg; Geology: Blockige vulk. Tuff; Tree line 3360 m; av. Tree height 25 m; Tree cover 75%; Shrub cover 25%; Herb cover 25%; Vegatation type: Homogen. Plentriger Bestand; Film number: 726A Comment: Species PSME; No of rings 347; Begin 1637; 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) Tree ring width [1/100 mm] (TRW) * 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: 3018 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] TRW [1/100 mm] I [1/1000 g/cm**3] T [1/1000 g/cm**3] Age_pith [a] -0.033 1983 33 63 21 6 27 360 572 363 -0.032 1982 36 69 18 7 25 397 617 362 -0.031 1981 34 69 21 7 28 384 624 361 -0.030 1980 35 67 20 6 26 386 604 360 -0.029 1979 35 69 20 7 27 382 618 359 -0.028 1978 36 61 14 5 19 402 562 358 -0.027 1977 37 63 13 5 18 398 585 357 -0.026 1976 34 63 16 5 21 386 585 356 -0.025 1975 35 62 14 8 22 396 554 355 -0.024 1974 36 61 16 7 23 380 556 354 -0.023 1973 33 68 25 7 32 370 605 353 -0.022 1972 34 73 21 6 27 378 656 352 -0.021 1971 36 73 22 6 28 399 647 351 -0.020 1970 35 69 20 6 26 382 633 350 -0.019 1969 36 64 17 5 22 389 584 349 -0.018 1968 36 68 19 5 24 391 615 348 -0.017 1967 38 63 22 4 26 410 571 347 -0.016 1966 37 68 18 5 23 410 624 346 -0.015 1965 35 69 20 5 25 381 621 345 -0.014 1964 36 58 15 4 19 378 539 344 -0.013 1963 38 67 12 5 17 422 606 343 -0.012 1962 37 69 14 4 18 396 641 342 -0.011 1961 35 62 12 3 15 382 589 341 -0.010 1960 35 75 22 4 26 393 673 340 -0.009 1959 34 75 19 4 23 389 669 339 -0.008 1958 33 79 23 4 27 383 734 338 -0.007 1957 35 65 16 3 19 383 622 337 -0.006 1956 36 69 16 3 19 392 649 336 -0.005 1955 36 67 16 4 20 394 624 335 -0.004 1954 36 70 18 4 22 390 640 334 -0.003 1953 36 74 21 6 27 390 646 333 -0.002 1952 33 69 28 4 32 447 663 332 -0.001 1951 35 69 16 4 20 390 634 331 0.000 1950 37 73 21 11 32 413 662 330 0.001 1949 35 70 24 5 29 393 635 329 0.002 1948 36 71 14 6 20 382 652 328 0.003 1947 35 72 15 5 20 396 657 327 0.004 1946 39 62 10 5 15 416 558 326 0.005 1945 41 67 12 5 17 443 612 325 0.006 1944 37 60 11 6 17 395 550 324 0.007 1943 38 65 12 4 16 412 616 323 0.008 1942 36 63 12 4 16 393 589 322 0.009 1941 35 71 15 6 21 384 644 321 0.010 1940 37 62 11 5 16 397 571 320 0.011 1939 40 60 9 6 15 416 546 319 0.012 1938 40 69 11 6 17 422 631 318 0.013 1937 36 60 12 6 18 393 545 317 0.014 1936 37 67 14 6 20 404 596 316 0.015 1935 38 59 11 5 16 416 548 315 0.016 1934 39 62 11 5 16 420 579 314 0.017 1933 37 61 14 5 19 392 559 313 0.018 1932 38 68 15 6 21 426 636 312 0.019 1931 35 68 14 7 21 392 603 311 0.020 1930 37 65 14 6 20 412 603 310 0.021 1929 35 68 14 6 20 394 614 309 0.022 1928 36 60 14 7 21 386 548 308 0.023 1927 34 67 21 7 28 381 603 307 0.024 1926 34 63 20 7 27 376 575 306 0.025 1925 35 60 16 8 24 377 554 305 0.026 1924 32 64 22 8 30 361 568 304 0.027 1923 36 58 11 6 17 391 538 303 0.028 1922 34 61 16 7 23 375 555 302 0.029 1921 36 64 17 8 25 383 577 301 0.030 1920 35 67 21 7 28 383 600 300 0.031 1919 35 68 21 9 30 377 606 299 0.032 1918 35 69 25 7 32 384 620 298 0.033 1917 34 72 24 8 32 373 648 297 0.034 1916 36 76 23 7 30 403 684 296 0.035 1915 34 69 30 8 38 377 621 295 0.036 1914 37 71 23 6 29 400 652 294 0.037 1913 36 73 24 6 30 393 659 293 0.038 1912 40 71 19 13 32 483 619 292 0.039 1911 33 69 22 7 29 356 617 291 0.040 1910 33 71 25 6 31 363 645 290 0.041 1909 32 66 30 11 41 360 605 289 0.042 1908 32 76 30 8 38 359 678 288 0.043 1907 31 77 35 7 42 365 711 287 0.044 1906 34 73 29 9 38 367 663 286 0.045 1905 34 69 20 5 25 379 632 285 0.046 1904 42 66 10 4 14 452 613 284 0.047 1903 33 83 23 7 30 376 713 283 0.048 1902 34 68 22 6 28 378 629 282 0.049 1901 33 70 21 4 25 363 641 281 0.050 1900 35 66 19 6 25 381 593 280 0.051 1899 34 72 23 5 28 369 656 279 0.052 1898 34 74 26 6 32 379 669 278 0.053 1897 37 69 21 4 25 395 655 277 0.054 1896 36 66 14 4 18 400 607 276 0.055 1895 35 72 20 5 25 390 649 275 0.056 1894 39 61 12 6 18 411 562 274 0.057 1893 40 69 14 6 20 440 641 273 0.058 1892 39 71 16 5 21 421 643 272 0.059 1891 35 69 20 5 25 392 625 271 0.060 1890 41 69 14 4 18 447 642 270 0.061 1889 41 69 13 4 17 440 657 269 0.062 1888 40 66 12 8 20 438 610 268 0.063 1887 39 74 11 4 15 420 681 267 0.064 1886 36 66 15 5 20 400 596 266 0.065 1885 39 67 13 5 18 425 616 265 0.066 1884 35 73 22 5 27 386 672 264 0.067 1883 38 70 18 5 23 416 631 263 0.068 1882 36 67 16 4 20 408 627 262 0.069 1881 41 65 9 4 13 437 606 261 0.070 1880 37 63 11 6 17 402 559 260 0.071 1879 42 67 11 3 14 453 634 259 0.072 1878 41 72 13 5 18 440 663 258 0.073 1877 38 70 14 5 19 423 641 257 0.074 1876 40 63 9 4 13 417 582 256 0.075 1875 38 68 12 5 17 432 622 255 0.076 1874 35 66 14 3 17 398 634 254 0.077 1873 38 64 8 3 11 416 605 253 0.078 1872 37 66 14 4 18 398 594 252 0.079 1871 39 69 11 4 15 420 637 251 0.080 1870 39 71 15 4 19 417 653 250 0.081 1869 35 76 25 7 32 405 681 249 0.082 1868 36 78 31 6 37 393 710 248 0.083 1867 35 81 30 6 36 385 733 247 0.084 1866 36 75 21 5 26 403 686 246 0.085 1865 36 66 17 4 21 402 614 245 0.086 1864 38 67 13 6 19 405 595 244 0.087 1863 37 78 19 5 24 403 703 243 0.088 1862 37 71 25 4 29 402 655 242 0.089 1861 38 76 15 5 20 418 710 241 0.090 1860 38 74 18 5 23 408 678 240 0.091 1859 40 65 12 7 19 457 600 239 0.092 1858 38 68 19 4 23 406 627 238 0.093 1857 42 69 11 5 16 440 623 237 0.094 1856 36 72 21 6 27 405 647 236 0.095 1855 39 68 18 5 23 415 630 235 0.096 1854 38 66 15 5 20 401 602 234 0.097 1853 37 72 18 5 23 404 654 233 0.098 1852 35 71 25 6 31 369 638 232 0.099 1851 38 65 16 4 20 410 611 231 0.100 1850 34 74 31 8 39 426 656 230 0.101 1849 33 76 34 6 40 366 691 229 0.102 1848 33 69 24 6 30 362 633 228 0.103 1847 39 64 16 4 20 412 606 227 0.104 1846 34 75 30 6 36 365 695 226 0.105 1845 37 74 26 6 32 401 667 225 0.106 1844 36 72 26 8 34 407 642 224 0.107 1843 36 69 22 6 28 390 619 223 0.108 1842 40 56 11 5 16 416 531 222 0.109 1841 36 61 17 6 23 387 556 221 0.110 1840 35 70 32 8 40 375 616 220 0.111 1839 35 76 43 10 53 382 678 219 0.112 1838 32 70 42 7 49 358 638 218 0.113 1837 34 74 44 6 50 376 680 217 0.114 1836 41 76 31 10 41 441 672 216 0.115 1835 36 83 44 10 54 398 743 215 0.116 1834 35 76 40 19 59 390 664 214 0.117 1833 36 72 37 9 46 405 648 213 0.118 1832 36 78 43 14 57 411 713 212 0.119 1831 36 72 43 8 51 437 660 211 0.120 1830 35 62 19 6 25 385 571 210 0.121 1829 33 63 30 6 36 357 589 209 0.122 1828 33 67 27 9 36 363 596 208 0.123 1827 34 65 22 7 29 375 579 207 0.124 1826 35 62 15 6 21 372 565 206 0.125 1825 34 57 17 7 24 366 520 205 0.126 1824 32 63 23 5 28 357 582 204 0.127 1823 32 62 22 6 28 362 566 203 0.128 1822 37 58 12 7 19 397 534 202 0.129 1821 33 64 28 7 35 359 572 201 0.130 1820 38 64 17 7 24 407 585 200 0.131 1819 35 65 20 6 26 388 603 199 0.132 1818 33 64 24 9 33 365 560 198 0.133 1817 34 64 29 6 35 369 572 197 0.134 1816 33 69 38 10 48 363 616 196 0.135 1815 32 71 44 10 54 356 630 195 0.136 1814 34 69 27 12 39 371 617 194 0.137 1813 35 56 14 23 37 392 508 193 0.138 1812 30 69 35 12 47 354 608 192 0.139 1811 30 70 63 14 77 329 617 191 0.140 1810 31 75 61 15 76 351 672 190 0.141 1809 32 78 59 15 74 355 698 189 0.142 1808 31 79 51 12 63 349 708 188 0.143 1807 29 73 57 11 68 333 640 187 0.144 1806 32 77 42 13 55 361 669 186 0.145 1805 32 79 43 13 56 361 732 185 0.146 1804 29 80 73 14 87 320 700 184 0.147 1803 32 82 52 14 66 368 748 183 0.148 1802 31 82 52 14 66 361 731 182 0.149 1801 31 79 41 15 56 370 702 181 0.150 1800 31 82 56 19 75 358 749 180 0.151 1799 30 85 78 19 97 359 745 179 0.152 1798 29 85 76 7 83 324 730 178 0.153 1797 30 89 87 28 115 344 828 177 0.154 1796 29 90 102 28 130 352 810 176 0.155 1795 30 94 90 33 123 352 830 175 0.156 1794 30 92 100 41 141 353 849 174 0.157 1793 27 89 134 43 177 333 806 173 0.158 1792 29 90 107 21 128 340 811 172 0.159 1791 29 89 141 40 181 337 810 171 0.160 1790 29 89 129 41 170 336 806 170 0.161 1789 30 87 69 20 89 360 787 169 0.162 1788 29 91 93 12 105 336 794 168 0.163 1787 28 87 93 32 125 348 782 167 0.164 1786 28 84 86 40 126 339 772 166 0.165 1785 30 89 100 39 139 343 805 165 0.166 1784 28 92 118 47 165 345 819 164 0.167 1783 29 92 101 44 145 350 829 163 0.168 1782 35 90 53 26 79 399 847 162 0.169 1781 33 97 64 21 85 403 882 161 0.170 1780 32 93 55 15 70 375 845 160 0.171 1779 32 95 74 15 89 370 842 159 0.172 1778 30 88 73 20 93 343 798 158 0.173 1777 33 94 69 20 89 374 857 157 0.174 1776 30 89 76 15 91 351 797 156 0.175 1775 33 89 73 32 105 363 812 155 0.176 1774 32 90 83 24 107 372 831 154 0.177 1773 32 92 68 36 104 368 868 153 0.178 1772 33 95 111 32 143 367 851 152 0.179 1771 31 90 141 55 196 352 785 151 0.180 1770 32 97 133 91 224 373 858 150 0.181 1769 26 93 46 69 115 415 833 149 0.182 1768 22 90 138 76 214 316 816 148 0.183 1767 147 0.184 1766 146 0.185 1765 145 0.186 1764 144 0.187 1763 143 0.188 1762 142 0.189 1761 141 0.190 1760 140 0.191 1759 139 0.192 1758 138 0.193 1757 137 0.194 1756 136 0.195 1755 33 97 116 56 172 389 897 135 0.196 1754 35 97 98 91 189 416 889 134 0.197 1753 34 98 84 59 143 396 912 133 0.198 1752 34 98 82 16 98 385 873 132 0.199 1751 30 93 135 61 196 360 828 131 0.200 1750 31 95 140 42 182 363 834 130 0.201 1749 31 101 179 53 232 372 885 129 0.202 1748 35 93 75 39 114 396 882 128 0.203 1747 29 97 145 46 191 363 854 127 0.204 1746 31 90 135 41 176 370 789 126 0.205 1745 31 97 118 29 147 374 877 125 0.206 1744 32 95 106 25 131 376 843 124 0.207 1743 31 93 107 34 141 374 836 123 0.208 1742 32 92 93 34 127 392 839 122 0.209 1741 34 93 116 46 162 404 828 121 0.210 1740 33 100 96 29 125 396 903 120 0.211 1739 30 91 146 47 193 363 815 119 0.212 1738 32 89 127 49 176 381 788 118 0.213 1737 33 96 107 33 140 385 889 117 0.214 1736 31 89 135 33 168 355 810 116 0.215 1735 32 93 110 50 160 371 885 115 0.216 1734 30 89 115 44 159 368 807 114 0.217 1733 33 91 94 20 114 361 831 113 0.218 1732 29 87 91 25 116 345 787 112 0.219 1731 32 90 82 20 102 362 816 111 0.220 1730 32 92 99 25 124 375 839 110 0.221 1729 33 93 86 43 129 377 819 109 0.222 1728 34 93 108 43 151 392 838 108 0.223 1727 30 95 95 28 123 355 859 107 0.224 1726 33 89 92 33 125 391 811 106 0.225 1725 33 88 84 21 105 382 809 105 0.226 1724 34 93 84 35 119 383 827 104 0.227 1723 30 87 98 28 126 352 788 103 0.228 1722 32 87 142 36 178 362 789 102 0.229 1721 31 81 132 47 179 360 748 101 0.230 1720 29 87 130 40 170 350 779 100 0.231 1719 30 84 115 26 141 347 780 99 0.232 1718 26 89 121 24 145 321 825 98 0.233 1717 29 85 78 32 110 355 770 97 0.234 1716 33 88 53 13 66 388 794 96 0.235 1715 32 87 64 20 84 377 758 95 0.236 1714 28 93 103 24 127 341 805 94 0.237 1713 29 84 109 44 153 346 757 93 0.238 1712 29 91 82 28 110 350 830 92 0.239 1711 32 91 74 23 97 372 845 91 0.240 1710 30 89 103 31 134 362 800 90 0.241 1709 29 88 65 47 112 388 808 89 0.242 1708 88 0.243 1707 87 0.244 1706 86 0.245 1705 31 90 99 35 134 359 836 85 0.246 1704 31 88 64 36 100 356 809 84 0.247 1703 32 94 67 17 84 361 849 83 0.248 1702 31 88 63 28 91 369 818 82 0.249 1701 29 88 77 21 98 361 769 81 0.250 1700 32 86 52 18 70 377 795 80 0.251 1699 32 88 64 14 78 366 774 79 0.252 1698 37 84 28 7 35 408 780 78 0.253 1697 35 75 26 7 33 405 661 77 0.254 1696 35 96 48 10 58 401 845 76 0.255 1695 32 88 81 25 106 371 815 75 0.256 1694 32 91 68 38 106 381 816 74 0.257 1693 31 92 69 22 91 366 832 73 0.258 1692 31 90 70 24 94 363 811 72 0.259 1691 28 91 84 25 109 345 824 71 0.260 1690 30 91 77 28 105 351 816 70 0.261 1689 31 91 142 26 168 376 807 69 0.262 1688 32 90 167 43 210 386 814 68 0.263 1687 32 94 121 58 179 380 859 67 0.264 1686 33 93 99 33 132 382 833 66 0.265 1685 33 93 89 50 139 383 855 65 0.266 1684 32 91 105 51 156 364 810 64 0.267 1683 31 91 119 35 154 371 821 63 0.268 1682 31 90 102 27 129 357 793 62 0.269 1681 36 96 79 27 106 416 888 61 0.270 1680 30 83 128 31 159 357 744 60 0.271 1679 29 100 130 25 155 361 883 59 0.272 1678 31 89 103 45 148 363 803 58 0.273 1677 29 87 89 21 110 327 780 57 0.274 1676 30 99 86 18 104 353 885 56 0.275 1675 32 88 59 21 80 364 815 55 0.276 1674 30 89 42 11 53 357 817 54 0.277 1673 32 91 62 21 83 367 827 53 0.278 1672 33 84 73 48 121 392 752 52 0.279 1671 30 88 64 29 93 356 816 51 0.280 1670 31 86 59 32 91 376 793 50 0.281 1669 31 84 81 30 111 380 757 49 0.282 1668 30 96 95 15 110 358 848 48 0.283 1667 30 98 87 14 101 365 873 47 0.284 1666 31 83 77 31 108 368 795 46 0.285 1665 30 84 118 28 146 354 764 45 0.286 1664 28 87 121 24 145 339 772 44 0.287 1663 29 77 106 34 140 344 706 43 0.288 1662 30 77 99 40 139 360 676 42 0.289 1661 29 77 103 35 138 346 654 41 0.290 1660 29 83 121 32 153 354 722 40 0.291 1659 30 88 113 28 141 354 777 39 0.292 1658 31 85 89 29 118 372 763 38 0.293 1657 30 88 87 23 110 362 781 37 0.294 1656 29 86 92 38 130 345 781 36 0.295 1655 28 86 97 28 125 337 768 35 0.296 1654 33 81 62 55 117 389 710 34 0.297 1653 32 89 46 12 58 383 782 33 0.298 1652 36 88 31 19 50 419 800 32 0.299 1651 32 78 57 15 72 356 678 31 0.300 1650 35 89 31 17 48 430 790 30 0.301 1649 30 91 62 24 86 365 811 29 0.302 1648 34 88 55 16 71 396 812 28 0.303 1647 30 85 97 21 118 349 742 27 0.304 1646 31 98 102 24 126 369 870 26 0.305 1645 32 87 98 34 132 376 768 25 0.306 1644 29 90 103 30 133 353 785 24 0.307 1643 30 83 88 29 117 345 720 23 0.308 1642 29 91 89 19 108 350 800 22 0.309 1641 29 91 83 18 101 339 792 21 0.310 1640 26 81 130 26 156 329 718 20 0.311 1639 27 77 113 28 141 322 656 19 0.312 1638 28 81 124 52 176 337 740 18 0.313 1637 28 82 194 41 235 335 723 17