/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans; Ziegler, Ruth (2007): Tree-ring measurements of Pinus mughus (Krummholz pine) from sample CRETE-NE-41. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.591127 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 46.160000 * LONGITUDE: 5.560000 MINIMUM ELEVATION: 1700.0 m * MAXIMUM ELEVATION: 1700.0 m Event(s): CRETE-NE * LATITUDE: 46.160000 * LONGITUDE: 5.560000 * ELEVATION: 1700.0 m * LOCATION: Crete de la Neige, GE, Switzerland * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; Slope 5 deg; Geology: Kalk; Tree line 1700 m; av. Tree height 8 m; Tree cover 10%; Vegatation type: Seslerio Mugetum; Film number: 779A Comment: Species PIMU; No of rings 228; Begin 1760; End 1987 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: 2045 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] -0.037 1987 29 48 34 14 48 304 434 239 -0.036 1986 31 54 20 11 31 338 492 238 -0.035 1985 31 53 29 14 43 335 486 237 -0.034 1984 35 46 14 11 25 363 447 236 -0.033 1983 29 47 41 14 55 324 433 235 -0.032 1982 31 64 38 12 50 348 576 234 -0.031 1981 31 46 20 11 31 331 434 233 -0.030 1980 33 54 17 9 26 363 502 232 -0.029 1979 36 54 17 6 23 380 505 231 -0.028 1978 34 46 15 10 25 356 439 230 -0.027 1977 33 47 21 10 31 367 448 229 -0.026 1976 36 49 14 8 22 369 465 228 -0.025 1975 35 61 11 8 19 380 555 227 -0.024 1974 32 54 17 6 23 352 496 226 -0.023 1973 34 52 11 5 16 358 489 225 -0.022 1972 31 45 10 7 17 329 416 224 -0.021 1971 33 50 12 5 17 352 473 223 -0.020 1970 30 57 34 8 42 322 519 222 -0.019 1969 31 62 21 10 31 341 574 221 -0.018 1968 30 43 23 9 32 316 398 220 -0.017 1967 32 59 27 9 36 339 531 219 -0.016 1966 33 46 20 7 27 343 437 218 -0.015 1965 31 45 13 8 21 329 420 217 -0.014 1964 34 51 14 7 21 366 482 216 -0.013 1963 34 54 12 10 22 360 498 215 -0.012 1962 34 44 13 13 26 359 425 214 -0.011 1961 36 57 13 10 23 384 530 213 -0.010 1960 31 46 38 14 52 332 445 212 -0.009 1959 31 74 40 15 55 354 661 211 -0.008 1958 31 68 29 16 45 347 602 210 -0.007 1957 29 43 14 11 25 314 399 209 -0.006 1956 32 44 15 11 26 339 412 208 -0.005 1955 31 60 29 13 42 343 535 207 -0.004 1954 31 48 25 13 38 333 451 206 -0.003 1953 31 44 15 13 28 331 423 205 -0.002 1952 32 46 27 15 42 339 436 204 -0.001 1951 30 56 39 18 57 335 510 203 0.000 1950 33 67 24 15 39 358 600 202 0.001 1949 35 44 14 7 21 360 423 201 0.002 1948 29 44 22 18 40 322 400 200 0.003 1947 33 46 24 13 37 360 436 199 0.004 1946 34 43 11 14 25 353 410 198 0.005 1945 37 48 8 11 19 387 460 197 0.006 1944 32 53 25 13 38 347 493 196 0.007 1943 33 48 22 12 34 357 457 195 0.008 1942 37 43 7 11 18 374 420 194 0.009 1941 36 40 6 9 15 362 387 193 0.010 1940 35 40 6 6 12 366 395 192 0.011 1939 35 41 7 9 16 361 403 191 0.012 1938 33 46 11 11 22 355 437 190 0.013 1937 36 42 5 11 16 370 411 189 0.014 1936 33 46 20 12 32 359 435 188 0.015 1935 33 48 19 10 29 357 450 187 0.016 1934 34 48 26 12 38 355 453 186 0.017 1933 38 63 11 11 22 380 531 185 0.018 1932 29 50 28 12 40 338 464 184 0.019 1931 36 45 12 13 25 371 437 183 0.020 1930 32 41 20 15 35 338 386 182 0.021 1929 33 41 10 9 19 341 398 181 0.022 1928 32 40 14 12 26 332 383 180 0.023 1927 31 45 24 12 36 330 424 179 0.024 1926 31 50 29 13 42 333 464 178 0.025 1925 34 51 34 16 50 353 479 177 0.026 1924 31 50 41 16 57 338 460 176 0.027 1923 33 65 43 18 61 369 575 175 0.028 1922 33 49 32 11 43 344 452 174 0.029 1921 32 52 48 12 60 355 472 173 0.030 1920 32 57 24 12 36 350 521 172 0.031 1919 32 47 27 10 37 336 437 171 0.032 1918 34 54 26 8 34 358 502 170 0.033 1917 32 46 29 9 38 336 432 169 0.034 1916 33 47 31 9 40 351 447 168 0.035 1915 34 53 40 12 52 359 496 167 0.036 1914 35 51 23 9 32 368 476 166 0.037 1913 36 43 12 12 24 367 414 165 0.038 1912 35 49 15 8 23 367 462 164 0.039 1911 35 45 19 9 28 364 432 163 0.040 1910 30 46 26 9 35 331 427 162 0.041 1909 33 45 12 7 19 343 422 161 0.042 1908 33 51 28 8 36 345 476 160 0.043 1907 35 59 37 7 44 378 542 159 0.044 1906 35 54 41 15 56 377 506 158 0.045 1905 32 64 50 15 65 361 602 157 0.046 1904 31 75 56 15 71 353 686 156 0.047 1903 31 57 51 8 59 353 525 155 0.048 1902 32 54 17 6 23 354 495 154 0.049 1901 32 59 20 7 27 349 541 153 0.050 1900 31 56 21 7 28 335 512 152 0.051 1899 33 54 31 7 38 351 505 151 0.052 1898 36 60 31 8 39 381 547 150 0.053 1897 35 72 31 10 41 390 674 149 0.054 1896 34 58 43 10 53 363 525 148 0.055 1895 38 68 40 9 49 409 636 147 0.056 1894 36 65 52 11 63 391 584 146 0.057 1893 36 66 54 16 70 408 618 145 0.058 1892 34 68 47 10 57 376 615 144 0.059 1891 37 56 39 7 46 385 523 143 0.060 1890 34 57 35 9 44 369 522 142 0.061 1889 34 64 58 12 70 390 582 141 0.062 1888 36 58 38 10 48 378 541 140 0.063 1887 38 67 46 12 58 400 622 139 0.064 1886 36 67 40 15 55 403 612 138 0.065 1885 36 80 74 21 95 414 731 137 0.066 1884 38 75 52 29 81 444 710 136 0.067 1883 36 68 54 18 72 404 611 135 0.068 1882 35 62 94 38 132 382 563 134 0.069 1881 39 81 88 27 115 421 740 133 0.070 1880 39 63 32 24 56 429 568 132 0.071 1879 34 65 40 13 53 381 590 131 0.072 1878 38 64 41 16 57 405 606 130 0.073 1877 37 65 56 15 71 389 598 129 0.074 1876 36 66 60 18 78 398 623 128 0.075 1875 34 69 85 10 95 383 621 127 0.076 1874 36 68 77 21 98 413 614 126 0.077 1873 38 74 63 12 75 419 670 125 0.078 1872 39 70 43 14 57 437 660 124 0.079 1871 40 73 47 12 59 434 662 123 0.080 1870 36 68 41 5 46 405 624 122 0.081 1869 34 72 46 10 56 395 652 121 0.082 1868 31 66 40 6 46 367 609 120 0.083 1867 33 62 37 5 42 362 578 119 0.084 1866 34 58 38 13 51 375 526 118 0.085 1865 42 63 23 6 29 452 600 117 0.086 1864 37 53 27 8 35 392 500 116 0.087 1863 34 56 35 9 44 365 512 115 0.088 1862 34 60 36 9 45 373 538 114 0.089 1861 35 58 22 9 31 384 539 113 0.090 1860 36 46 17 10 27 379 433 112 0.091 1859 37 60 23 8 31 392 555 111 0.092 1858 38 55 25 10 35 414 515 110 0.093 1857 39 72 36 10 46 426 646 109 0.094 1856 39 59 24 9 33 406 546 108 0.095 1855 38 50 25 11 36 396 471 107 0.096 1854 36 64 32 14 46 402 595 106 0.097 1853 38 64 40 17 57 411 596 105 0.098 1852 39 59 48 20 68 415 561 104 0.099 1851 37 58 18 9 27 402 540 103 0.100 1850 38 67 20 7 27 420 614 102 0.101 1849 36 62 37 11 48 400 565 101 0.102 1848 35 60 44 12 56 381 547 100 0.103 1847 37 62 73 23 96 404 575 99 0.104 1846 35 83 91 28 119 391 754 98 0.105 1845 34 63 86 21 107 389 587 97 0.106 1844 39 63 89 23 112 418 587 96 0.107 1843 35 64 80 19 99 392 565 95 0.108 1842 36 76 86 20 106 405 708 94 0.109 1841 34 57 78 21 99 375 505 93 0.110 1840 35 59 70 20 90 386 533 92 0.111 1839 35 64 43 14 57 383 582 91 0.112 1838 35 54 56 15 71 377 496 90 0.113 1837 37 65 34 12 46 398 605 89 0.114 1836 37 53 26 10 36 391 498 88 0.115 1835 37 55 36 16 52 398 508 87 0.116 1834 37 69 47 26 73 420 648 86 0.117 1833 36 51 27 11 38 379 481 85 0.118 1832 38 52 28 9 37 400 495 84 0.119 1831 34 57 45 16 61 365 527 83 0.120 1830 36 54 26 7 33 379 505 82 0.121 1829 33 47 55 12 67 358 433 81 0.122 1828 32 53 64 17 81 354 479 80 0.123 1827 36 61 65 21 86 403 537 79 0.124 1826 78 0.125 1825 35 60 99 32 131 364 550 77 0.126 1824 33 62 102 34 136 366 554 76 0.127 1823 39 64 86 30 116 434 593 75 0.128 1822 38 64 61 21 82 423 592 74 0.129 1821 36 57 58 17 75 391 519 73 0.130 1820 35 59 46 21 67 396 554 72 0.131 1819 35 47 32 22 54 375 448 71 0.132 1818 38 57 38 16 54 406 534 70 0.133 1817 35 49 27 17 44 370 461 69 0.134 1816 34 48 103 17 120 366 449 68 0.135 1815 38 49 59 26 85 398 462 67 0.136 1814 37 56 50 32 82 397 522 66 0.137 1813 36 48 42 21 63 380 455 65 0.138 1812 38 48 59 20 79 401 466 64 0.139 1811 34 47 54 19 73 361 451 63 0.140 1810 35 45 51 30 81 370 425 62 0.141 1809 38 53 65 26 91 393 487 61 0.142 1808 38 56 74 46 120 407 525 60 0.143 1807 36 64 68 21 89 398 594 59 0.144 1806 34 52 57 42 99 370 464 58 0.145 1805 36 51 88 31 119 394 475 57 0.146 1804 36 47 83 63 146 389 440 56 0.147 1803 35 65 110 32 142 379 600 55 0.148 1802 39 55 117 48 165 418 506 54 0.149 1801 38 59 84 40 124 410 543 53 0.150 1800 38 59 86 90 176 411 526 52 0.151 1799 33 55 99 69 168 364 512 51 0.152 1798 35 63 121 28 149 394 568 50 0.153 1797 36 62 71 25 96 396 570 49 0.154 1796 35 59 93 26 119 396 542 48 0.155 1795 34 55 102 24 126 382 497 47 0.156 1794 36 66 110 58 168 400 599 46 0.157 1793 42 60 61 32 93 437 566 45 0.158 1792 39 60 110 48 158 424 561 44 0.159 1791 39 66 94 69 163 438 607 43 0.160 1790 39 63 58 38 96 413 581 42 0.161 1789 38 56 99 37 136 430 508 41 0.162 1788 33 63 92 75 167 393 578 40 0.163 1787 36 59 94 34 128 397 547 39 0.164 1786 35 50 103 38 141 375 484 38 0.165 1785 37 44 98 34 132 385 428 37 0.166 1784 37 55 91 32 123 401 517 36 0.167 1783 38 56 83 32 115 399 522 35 0.168 1782 40 50 56 12 68 413 478 34 0.169 1781 35 61 96 31 127 392 560 33 0.170 1780 40 61 84 79 163 440 569 32 0.171 1779 37 59 74 40 114 410 542 31 0.172 1778 36 62 92 28 120 401 560 30 0.173 1777 43 65 117 31 148 462 606 29 0.174 1776 36 62 96 39 135 395 561 28 0.175 1775 37 58 98 39 137 416 535 27 0.176 1774 40 62 97 34 131 422 580 26 0.177 1773 38 59 87 42 129 424 543 25 0.178 1772 41 58 100 35 135 439 543 24 0.179 1771 42 56 80 40 120 451 533 23 0.180 1770 40 59 95 41 136 433 552 22 0.181 1769 40 55 91 45 136 426 522 21 0.182 1768 45 65 70 32 102 483 608 20 0.183 1767 40 56 52 49 101 426 518 19 0.184 1766 41 62 51 33 84 436 580 18 0.185 1765 39 49 74 59 133 419 461 17 0.186 1764 40 53 112 64 176 440 490 16 0.187 1763 41 59 102 79 181 436 549 15 0.188 1762 46 62 91 36 127 499 594 14 0.189 1761 44 63 74 38 112 463 594 13 0.190 1760 43 57 68 37 105 452 543 12