/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample AKTALASI-42. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.588403 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) (URI: http://www.wsl.ch/dendro/) Coverage: LATITUDE: 50.250000 * LONGITUDE: 87.350000 MINIMUM ELEVATION: 2000.0 m * MAXIMUM ELEVATION: 2000.0 m Event(s): AKTALASI * LATITUDE: 50.250000 * LONGITUDE: 87.350000 * ELEVATION: 2000.0 m * LOCATION: Aktasch Valley, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition SW; Slope 15 deg; Geology: Ranker/Gneis; Tree line 2500 m; av. Tree height 20 m; Tree cover 20%; Shrub cover 80%; Herb cover 40%; Moss cover 95%; Vegatation type: Lä-Arvenwald stark aufgelichtet; Film number: 1042A Comment: Species LASI; No of rings 275; Begin 1707; End 1981 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: 2451 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] -0.031 1981 20 75 51 6 57 257 640 361 -0.030 1980 19 81 50 10 60 248 703 360 -0.029 1979 21 73 41 10 51 254 633 359 -0.028 1978 20 64 38 5 43 243 552 358 -0.027 1977 20 70 40 7 47 251 588 357 -0.026 1976 20 70 34 6 40 255 584 356 -0.025 1975 20 65 32 6 38 259 556 355 -0.024 1974 20 81 35 7 42 261 684 354 -0.023 1973 21 61 30 5 35 257 529 353 -0.022 1972 21 62 28 5 33 262 542 352 -0.021 1971 20 62 27 7 34 252 507 351 -0.020 1970 21 63 29 9 38 266 535 350 -0.019 1969 23 67 37 10 47 286 579 349 -0.018 1968 21 68 39 9 48 251 587 348 -0.017 1967 21 59 29 7 36 256 511 347 -0.016 1966 20 66 39 8 47 253 571 346 -0.015 1965 21 66 34 6 40 259 577 345 -0.014 1964 22 68 33 5 38 268 575 344 -0.013 1963 20 64 29 7 36 258 555 343 -0.012 1962 22 57 25 6 31 258 504 342 -0.011 1961 23 50 11 6 17 284 435 341 -0.010 1960 20 61 27 4 31 258 524 340 -0.009 1959 21 69 39 6 45 266 599 339 -0.008 1958 21 56 28 7 35 263 483 338 -0.007 1957 21 67 47 8 55 262 576 337 -0.006 1956 20 79 39 7 46 269 670 336 -0.005 1955 21 83 44 8 52 270 701 335 -0.004 1954 21 70 37 7 44 265 593 334 -0.003 1953 19 81 48 10 58 267 687 333 -0.002 1952 21 70 22 10 32 288 602 332 -0.001 1951 22 70 45 8 53 271 597 331 0.000 1950 21 79 63 13 76 281 672 330 0.001 1949 23 75 59 13 72 280 636 329 0.002 1948 23 79 56 12 68 287 691 328 0.003 1947 21 74 53 14 67 278 612 327 0.004 1946 24 77 61 21 82 311 667 326 0.005 1945 26 89 52 19 71 349 772 325 0.006 1944 31 83 53 16 69 378 713 324 0.007 1943 28 82 67 15 82 351 700 323 0.008 1942 21 64 24 24 48 279 552 322 0.009 1941 20 74 47 10 57 261 629 321 0.010 1940 21 73 38 8 46 273 612 320 0.011 1939 20 77 50 11 61 267 653 319 0.012 1938 19 70 41 11 52 255 610 318 0.013 1937 18 62 42 10 52 227 547 317 0.014 1936 18 56 51 12 63 243 470 316 0.015 1935 19 72 46 12 58 262 620 315 0.016 1934 18 83 52 7 59 258 683 314 0.017 1933 18 81 68 7 75 256 683 313 0.018 1932 20 66 39 12 51 275 550 312 0.019 1931 21 74 44 4 48 253 647 311 0.020 1930 21 77 42 7 49 260 647 310 0.021 1929 21 76 51 7 58 265 639 309 0.022 1928 21 82 54 8 62 271 695 308 0.023 1927 22 70 31 9 40 265 568 307 0.024 1926 22 73 38 7 45 277 627 306 0.025 1925 20 71 31 8 39 253 586 305 0.026 1924 20 69 33 6 39 250 606 304 0.027 1923 21 59 20 7 27 262 490 303 0.028 1922 21 78 28 6 34 273 665 302 0.029 1921 18 71 29 7 36 245 597 301 0.030 1920 20 68 33 8 41 240 556 300 0.031 1919 21 71 37 6 43 253 623 299 0.032 1918 19 78 37 10 47 257 659 298 0.033 1917 20 61 30 7 37 252 534 297 0.034 1916 21 74 47 7 54 270 644 296 0.035 1915 22 80 42 12 54 270 670 295 0.036 1914 21 64 32 6 38 257 545 294 0.037 1913 21 63 36 6 42 255 551 293 0.038 1912 21 61 30 6 36 248 539 292 0.039 1911 21 60 23 6 29 256 516 291 0.040 1910 22 73 38 8 46 266 599 290 0.041 1909 22 88 51 10 61 274 748 289 0.042 1908 21 88 54 9 63 268 747 288 0.043 1907 22 69 39 7 46 263 565 287 0.044 1906 22 69 40 7 47 263 566 286 0.045 1905 20 80 40 8 48 263 690 285 0.046 1904 19 77 40 6 46 260 645 284 0.047 1903 19 68 36 6 42 258 567 283 0.048 1902 20 65 31 6 37 251 557 282 0.049 1901 20 73 37 6 43 256 627 281 0.050 1900 20 79 48 8 56 255 674 280 0.051 1899 20 76 48 7 55 239 656 279 0.052 1898 20 71 53 6 59 248 606 278 0.053 1897 22 74 50 11 61 256 622 277 0.054 1896 20 79 55 8 63 258 661 276 0.055 1895 20 88 55 13 68 281 753 275 0.056 1894 22 80 54 11 65 290 686 274 0.057 1893 22 86 51 9 60 290 747 273 0.058 1892 22 84 56 10 66 284 712 272 0.059 1891 21 89 57 12 69 281 778 271 0.060 1890 22 75 55 11 66 276 653 270 0.061 1889 21 83 61 11 72 273 691 269 0.062 1888 23 84 46 8 54 288 717 268 0.063 1887 23 75 34 8 42 289 641 267 0.064 1886 23 80 47 9 56 292 682 266 0.065 1885 23 81 38 9 47 279 711 265 0.066 1884 21 69 38 6 44 272 596 264 0.067 1883 22 70 48 9 57 269 580 263 0.068 1882 22 79 48 13 61 267 690 262 0.069 1881 22 82 56 11 67 284 723 261 0.070 1880 23 72 36 7 43 280 619 260 0.071 1879 25 75 32 6 38 302 662 259 0.072 1878 24 87 31 8 39 293 744 258 0.073 1877 21 73 30 6 36 277 642 257 0.074 1876 23 55 20 4 24 270 500 256 0.075 1875 29 46 4 4 8 320 423 255 0.076 1874 22 49 18 6 24 249 425 254 0.077 1873 23 69 28 7 35 281 587 253 0.078 1872 22 59 25 8 33 262 500 252 0.079 1871 22 63 29 8 37 270 546 251 0.080 1870 22 71 37 9 46 268 600 250 0.081 1869 21 54 36 9 45 244 454 249 0.082 1868 21 71 45 9 54 266 599 248 0.083 1867 22 76 39 8 47 282 666 247 0.084 1866 20 79 41 10 51 276 674 246 0.085 1865 19 65 44 10 54 249 562 245 0.086 1864 21 67 43 11 54 259 563 244 0.087 1863 19 64 36 12 48 246 525 243 0.088 1862 22 73 54 11 65 271 634 242 0.089 1861 23 74 37 12 49 268 633 241 0.090 1860 20 56 54 10 64 243 472 240 0.091 1859 21 81 49 14 63 284 679 239 0.092 1858 21 79 56 16 72 272 680 238 0.093 1857 22 76 53 12 65 271 638 237 0.094 1856 23 73 34 10 44 289 632 236 0.095 1855 22 70 31 9 40 274 584 235 0.096 1854 23 61 20 9 29 279 535 234 0.097 1853 23 70 34 11 45 281 589 233 0.098 1852 25 64 31 10 41 291 549 232 0.099 1851 23 63 35 9 44 274 552 231 0.100 1850 24 61 29 9 38 280 538 230 0.101 1849 24 63 36 11 47 282 531 229 0.102 1848 23 71 47 14 61 290 616 228 0.103 1847 25 70 40 9 49 296 606 227 0.104 1846 23 87 52 13 65 298 725 226 0.105 1845 23 79 47 11 58 296 665 225 0.106 1844 23 58 40 10 50 276 512 224 0.107 1843 26 58 27 10 37 295 509 223 0.108 1842 24 50 28 13 41 275 449 222 0.109 1841 24 69 44 13 57 286 585 221 0.110 1840 23 67 37 9 46 289 601 220 0.111 1839 24 58 42 12 54 279 498 219 0.112 1838 23 74 53 15 68 282 622 218 0.113 1837 22 63 54 14 68 271 535 217 0.114 1836 23 69 47 11 58 276 592 216 0.115 1835 23 57 36 13 49 272 491 215 0.116 1834 22 69 33 12 45 285 583 214 0.117 1833 24 47 35 14 49 269 415 213 0.118 1832 23 57 54 16 70 271 479 212 0.119 1831 23 72 56 15 71 274 602 211 0.120 1830 24 78 88 21 109 297 690 210 0.121 1829 22 80 81 22 103 290 680 209 0.122 1828 23 86 64 17 81 293 722 208 0.123 1827 22 74 73 16 89 280 619 207 0.124 1826 23 80 70 18 88 289 687 206 0.125 1825 22 79 82 19 101 284 688 205 0.126 1824 23 84 78 28 106 302 737 204 0.127 1823 22 82 80 23 103 300 715 203 0.128 1822 22 87 91 24 115 293 728 202 0.129 1821 23 92 100 32 132 295 810 201 0.130 1820 23 76 83 22 105 286 653 200 0.131 1819 24 74 69 19 88 307 661 199 0.132 1818 24 83 78 23 101 317 745 198 0.133 1817 23 87 75 19 94 299 750 197 0.134 1816 22 80 68 15 83 293 670 196 0.135 1815 25 84 61 19 80 310 739 195 0.136 1814 23 79 47 11 58 313 667 194 0.137 1813 24 74 51 11 62 304 640 193 0.138 1812 192 0.139 1811 191 0.140 1810 190 0.141 1809 23 74 78 22 100 291 649 189 0.142 1808 24 83 88 30 118 318 717 188 0.143 1807 24 76 68 25 93 312 661 187 0.144 1806 26 74 51 19 70 321 637 186 0.145 1805 28 80 50 23 73 350 682 185 0.146 1804 28 76 37 20 57 348 662 184 0.147 1803 28 67 49 22 71 326 594 183 0.148 1802 23 47 29 22 51 284 431 182 0.149 1801 25 39 13 23 36 280 360 181 0.150 1800 26 54 28 21 49 306 476 180 0.151 1799 23 54 37 23 60 288 481 179 0.152 1798 22 59 37 23 60 269 520 178 0.153 1797 23 45 18 19 37 265 404 177 0.154 1796 21 46 33 24 57 262 401 176 0.155 1795 22 60 34 20 54 276 516 175 0.156 1794 24 49 32 20 52 280 445 174 0.157 1793 24 56 43 23 66 287 491 173 0.158 1792 24 60 38 23 61 279 533 172 0.159 1791 23 45 27 24 51 269 397 171 0.160 1790 25 56 42 24 66 296 499 170 0.161 1789 25 86 68 30 98 325 746 169 0.162 1788 24 76 74 20 94 316 658 168 0.163 1787 25 86 95 29 124 299 743 167 0.164 1786 23 70 72 38 110 286 615 166 0.165 1785 23 68 55 17 72 276 559 165 0.166 1784 22 83 106 22 128 289 724 164 0.167 1783 22 83 101 24 125 293 718 163 0.168 1782 26 84 73 19 92 314 720 162 0.169 1781 23 95 104 26 130 296 842 161 0.170 1780 24 69 115 23 138 292 581 160 0.171 1779 26 92 131 46 177 330 812 159 0.172 1778 25 91 117 44 161 327 784 158 0.173 1777 25 86 117 23 140 331 728 157 0.174 1776 27 84 95 46 141 332 740 156 0.175 1775 26 92 119 43 162 333 810 155 0.176 1774 24 90 76 43 119 314 795 154 0.177 1773 26 65 40 18 58 300 552 153 0.178 1772 28 73 37 17 54 336 633 152 0.179 1771 23 77 57 18 75 297 637 151 0.180 1770 22 81 48 25 73 301 693 150 0.181 1769 25 51 29 21 50 285 458 149 0.182 1768 50 2 1 3 148 0.183 1767 26 83 40 16 56 326 698 147 0.184 1766 27 69 25 16 41 313 586 146 0.185 1765 25 52 21 16 37 306 469 145 0.186 1764 27 41 11 15 26 293 370 144 0.187 1763 27 48 17 14 31 312 435 143 0.188 1762 27 61 22 19 41 317 547 142 0.189 1761 27 58 24 13 37 313 535 141 0.190 1760 27 50 10 14 24 315 456 140 0.191 1759 26 71 41 15 56 317 607 139 0.192 1758 27 80 38 11 49 316 688 138 0.193 1757 25 70 38 11 49 313 604 137 0.194 1756 25 72 44 11 55 321 590 136 0.195 1755 24 83 117 40 157 322 725 135 0.196 1754 23 85 115 63 178 328 738 134 0.197 1753 24 76 101 58 159 319 669 133 0.198 1752 26 80 92 20 112 320 694 132 0.199 1751 28 86 78 16 94 333 762 131 0.200 1750 25 87 71 22 93 327 758 130 0.201 1749 28 88 85 16 101 341 762 129 0.202 1748 27 83 100 23 123 327 720 128 0.203 1747 27 97 77 33 110 360 860 127 0.204 1746 27 88 79 24 103 344 786 126 0.205 1745 26 87 102 38 140 329 789 125 0.206 1744 28 86 82 35 117 343 765 124 0.207 1743 28 88 66 24 90 349 779 123 0.208 1742 27 91 70 8 78 324 786 122 0.209 1741 29 83 73 17 90 335 723 121 0.210 1740 29 91 79 11 90 345 808 120 0.211 1739 26 84 67 19 86 344 739 119 0.212 1738 29 87 59 12 71 347 782 118 0.213 1737 27 87 61 12 73 342 768 117 0.214 1736 28 85 50 16 66 338 771 116 0.215 1735 28 83 34 11 45 341 735 115 0.216 1734 31 81 31 10 41 363 731 114 0.217 1733 34 85 27 7 34 397 729 113 0.218 1732 28 83 22 8 30 367 722 112 0.219 1731 26 76 17 6 23 339 669 111 0.220 1730 29 67 18 5 23 344 580 110 0.221 1729 29 85 31 10 41 349 734 109 0.222 1728 28 74 28 6 34 342 640 108 0.223 1727 28 75 52 16 68 352 672 107 0.224 1726 28 79 55 19 74 350 686 106 0.225 1725 33 72 40 17 57 372 624 105 0.226 1724 32 81 44 16 60 402 708 104 0.227 1723 31 82 40 20 60 374 726 103 0.228 1722 32 81 51 13 64 371 723 102 0.229 1721 31 80 31 15 46 376 708 101 0.230 1720 32 81 29 13 42 368 715 100 0.231 1719 32 82 45 9 54 368 732 99 0.232 1718 30 81 48 12 60 367 714 98 0.233 1717 31 73 38 13 51 355 647 97 0.234 1716 33 72 29 10 39 378 632 96 0.235 1715 31 79 54 22 76 368 707 95 0.236 1714 32 79 51 20 71 369 725 94 0.237 1713 31 77 45 22 67 376 710 93 0.238 1712 31 82 46 19 65 406 751 92 0.239 1711 33 73 31 12 43 410 652 91 0.240 1710 36 74 35 15 50 428 659 90 0.241 1709 34 79 31 19 50 415 716 89 0.242 1708 33 73 35 29 64 420 666 88 0.243 1707 35 74 23 16 39 403 676 87