/* DATA DESCRIPTION: Citation: Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix gmelinii (Dahurian larch) from sample KUBA4LAG-62 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.593992 Project(s): Northern Hemispheric Dendroclimatological Network (NHD/WSL) Coverage: LATITUDE: 63.400000 * LONGITUDE: 159.570000 MINIMUM ELEVATION: 800.0 m * MAXIMUM ELEVATION: 800.0 m Event(s): KUBA4LAG * LATITUDE: 63.400000 * LONGITUDE: 159.570000 * ELEVATION: 800.0 m * LOCATION: Kubaka, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; Slope 40 deg; Geology: Stone mountain tajga; Tree line 800 m; av. Tree height 12 m; Tree cover 30%; Shrub cover 30%; Herb cover 80%; Moss cover 10%; Vegatation type: Duarf-shrub-lichen larch forest; Film number: 1058A Comment: Species LAGM; No of rings 397; Begin 1598; End 1994 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: 3519 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] -0.044 1994 18 67 20 12 32 247 548 426 -0.043 1993 20 54 9 10 19 253 462 425 -0.042 1992 22 58 8 9 17 296 494 424 -0.041 1991 18 79 27 18 45 253 673 423 -0.040 1990 18 66 28 19 47 238 546 422 -0.039 1989 20 68 37 16 53 243 589 421 -0.038 1988 19 74 28 12 40 246 652 420 -0.037 1987 18 66 35 17 52 234 572 419 -0.036 1986 17 56 34 10 44 217 470 418 -0.035 1985 16 55 28 12 40 215 494 417 -0.034 1984 16 60 30 16 46 222 519 416 -0.033 1983 16 74 45 17 62 249 653 415 -0.032 1982 16 57 19 16 35 239 500 414 -0.031 1981 20 68 34 13 47 248 598 413 -0.030 1980 14 70 29 8 37 227 568 412 -0.029 1979 19 58 18 6 24 228 520 411 -0.028 1978 17 65 15 8 23 232 570 410 -0.027 1977 15 69 40 13 53 230 601 409 -0.026 1976 18 61 29 8 37 225 536 408 -0.025 1975 20 72 38 14 52 245 622 407 -0.024 1974 19 73 32 10 42 239 625 406 -0.023 1973 18 69 36 17 53 249 612 405 -0.022 1972 20 65 36 18 54 240 567 404 -0.021 1971 18 64 33 18 51 233 574 403 -0.020 1970 19 64 40 10 50 231 573 402 -0.019 1969 18 73 56 22 78 241 660 401 -0.018 1968 20 73 47 14 61 257 606 400 -0.017 1967 19 82 38 16 54 260 699 399 -0.016 1966 18 72 37 10 47 227 570 398 -0.015 1965 19 58 32 11 43 232 498 397 -0.014 1964 18 70 30 14 44 241 589 396 -0.013 1963 17 56 33 6 39 212 481 395 -0.012 1962 21 67 13 9 22 267 575 394 -0.011 1961 19 71 32 14 46 249 612 393 -0.010 1960 19 64 40 16 56 233 566 392 -0.009 1959 21 64 16 15 31 263 536 391 -0.008 1958 17 72 37 11 48 228 602 390 -0.007 1957 16 68 33 13 46 214 610 389 -0.006 1956 19 60 49 16 65 227 511 388 -0.005 1955 18 71 30 9 39 225 603 387 -0.004 1954 16 59 33 13 46 239 494 386 -0.003 1953 19 62 22 11 33 238 553 385 -0.002 1952 18 73 36 13 49 238 620 384 -0.001 1951 18 62 18 5 23 231 515 383 0.000 1950 20 38 8 4 12 246 352 382 0.001 1949 18 59 41 11 52 224 508 381 0.002 1948 17 68 59 10 69 207 573 380 0.003 1947 15 43 10 5 15 197 343 379 0.004 1946 15 60 38 16 54 216 498 378 0.005 1945 20 69 23 8 31 246 598 377 0.006 1944 16 74 26 20 46 235 624 376 0.007 1943 19 68 42 15 57 242 566 375 0.008 1942 18 62 31 20 51 245 541 374 0.009 1941 20 63 17 17 34 262 580 373 0.010 1940 18 69 33 11 44 239 590 372 0.011 1939 19 57 31 17 48 249 507 371 0.012 1938 19 65 47 21 68 240 565 370 0.013 1937 20 67 20 6 26 257 589 369 0.014 1936 19 71 39 29 68 259 639 368 0.015 1935 19 64 25 23 48 241 571 367 0.016 1934 23 67 12 15 27 283 578 366 0.017 1933 20 59 14 20 34 269 541 365 0.018 1932 19 73 47 16 63 243 647 364 0.019 1931 18 73 54 22 76 237 663 363 0.020 1930 16 71 35 21 56 237 617 362 0.021 1929 18 67 29 19 48 238 573 361 0.022 1928 14 68 24 13 37 232 569 360 0.023 1927 18 71 18 14 32 262 609 359 0.024 1926 17 68 21 6 27 235 559 358 0.025 1925 19 69 22 13 35 266 598 357 0.026 1924 15 78 24 6 30 241 656 356 0.027 1923 17 62 24 6 30 234 524 355 0.028 1922 17 62 27 7 34 222 522 354 0.029 1921 17 67 13 11 24 224 564 353 0.030 1920 17 51 35 9 44 231 430 352 0.031 1919 17 57 30 11 41 224 480 351 0.032 1918 18 55 11 5 16 240 453 350 0.033 1917 18 67 20 28 48 247 558 349 0.034 1916 17 72 24 14 38 243 619 348 0.035 1915 16 63 16 13 29 236 529 347 0.036 1914 16 73 19 9 28 249 654 346 0.037 1913 16 61 21 5 26 218 507 345 0.038 1912 19 54 14 4 18 230 494 344 0.039 1911 14 70 18 11 29 221 590 343 0.040 1910 19 60 35 16 51 245 523 342 0.041 1909 22 58 10 11 21 277 508 341 0.042 1908 21 55 12 9 21 265 476 340 0.043 1907 17 56 24 13 37 218 501 339 0.044 1906 18 43 13 4 17 211 394 338 0.045 1905 20 32 6 6 12 226 300 337 0.046 1904 18 52 20 11 31 242 459 336 0.047 1903 18 65 29 14 43 231 564 335 0.048 1902 19 59 26 22 48 242 509 334 0.049 1901 19 61 16 13 29 243 525 333 0.050 1900 16 50 48 24 72 221 440 332 0.051 1899 18 63 24 20 44 240 563 331 0.052 1898 19 79 25 16 41 256 670 330 0.053 1897 19 69 18 10 28 239 584 329 0.054 1896 19 60 28 15 43 232 514 328 0.055 1895 20 66 20 20 40 252 576 327 0.056 1894 18 58 28 25 53 235 506 326 0.057 1893 17 57 29 23 52 225 508 325 0.058 1892 19 64 26 23 49 240 562 324 0.059 1891 19 77 18 10 28 260 666 323 0.060 1890 19 65 24 14 38 240 579 322 0.061 1889 21 59 7 5 12 268 510 321 0.062 1888 18 59 12 5 17 231 483 320 0.063 1887 28 38 1 3 4 291 356 319 0.064 1886 15 52 20 6 26 217 435 318 0.065 1885 20 57 22 17 39 252 483 317 0.066 1884 20 73 23 9 32 264 656 316 0.067 1883 19 64 15 4 19 277 539 315 0.068 1882 28 75 12 16 28 389 625 314 0.069 1881 20 63 39 18 57 249 569 313 0.070 1880 20 83 23 13 36 264 708 312 0.071 1879 20 74 22 8 30 260 633 311 0.072 1878 19 74 22 16 38 276 673 310 0.073 1877 20 68 18 10 28 256 620 309 0.074 1876 19 59 9 5 14 248 502 308 0.075 1875 22 65 11 4 15 277 558 307 0.076 1874 22 59 8 4 12 273 513 306 0.077 1873 19 69 18 8 26 253 555 305 0.078 1872 25 68 6 4 10 323 556 304 0.079 1871 22 72 15 5 20 269 619 303 0.080 1870 21 83 12 5 17 291 665 302 0.081 1869 22 71 19 13 32 271 618 301 0.082 1868 23 82 14 7 21 304 714 300 0.083 1867 60 2 1 3 299 0.084 1866 20 79 14 15 29 295 669 298 0.085 1865 20 80 17 5 22 277 714 297 0.086 1864 23 45 5 4 9 278 409 296 0.087 1863 28 41 2 4 6 326 388 295 0.088 1862 33 61 3 3 6 389 564 294 0.089 1861 20 76 14 9 23 279 684 293 0.090 1860 37 56 2 3 5 413 514 292 0.091 1859 22 76 8 5 13 299 654 291 0.092 1858 55 2 1 3 290 0.093 1857 35 49 1 4 5 382 462 289 0.094 1856 19 58 13 6 19 269 479 288 0.095 1855 50 2 1 3 287 0.096 1854 22 71 20 11 31 295 659 286 0.097 1853 20 60 15 8 23 274 534 285 0.098 1852 60 2 1 3 284 0.099 1851 21 61 5 6 11 316 524 283 0.100 1850 20 75 12 9 21 271 654 282 0.101 1849 19 50 9 5 14 249 409 281 0.102 1848 45 2 1 3 280 0.103 1847 21 71 13 10 23 265 637 279 0.104 1846 22 52 9 4 13 261 470 278 0.105 1845 21 62 16 8 24 262 534 277 0.106 1844 20 73 16 5 21 268 645 276 0.107 1843 35 52 1 3 4 380 483 275 0.108 1842 20 63 10 6 16 267 520 274 0.109 1841 36 54 5 2 7 393 514 273 0.110 1840 25 61 10 6 16 299 535 272 0.111 1839 21 71 21 10 31 272 622 271 0.112 1838 21 55 14 5 19 254 478 270 0.113 1837 45 2 1 3 269 0.114 1836 20 45 25 9 34 236 385 268 0.115 1835 23 59 15 9 24 268 516 267 0.116 1834 20 54 11 9 20 274 471 266 0.117 1833 23 65 17 11 28 282 550 265 0.118 1832 26 59 7 7 14 337 524 264 0.119 1831 22 65 13 7 20 281 544 263 0.120 1830 24 80 12 8 20 313 708 262 0.121 1829 19 60 20 7 27 246 508 261 0.122 1828 21 47 10 5 15 246 400 260 0.123 1827 20 59 6 4 10 295 521 259 0.124 1826 21 71 11 6 17 263 581 258 0.125 1825 20 69 7 7 14 284 608 257 0.126 1824 19 53 11 4 15 260 444 256 0.127 1823 23 44 10 5 15 267 403 255 0.128 1822 45 2 1 3 254 0.129 1821 23 69 16 6 22 292 584 253 0.130 1820 23 64 13 5 18 296 552 252 0.131 1819 21 71 23 6 29 266 611 251 0.132 1818 50 2 1 3 250 0.133 1817 31 54 4 3 7 348 504 249 0.134 1816 17 55 19 9 28 230 471 248 0.135 1815 23 59 9 6 15 286 486 247 0.136 1814 17 79 43 13 56 236 700 246 0.137 1813 33 49 1 4 5 346 451 245 0.138 1812 17 51 13 6 19 248 442 244 0.139 1811 22 53 17 12 29 265 456 243 0.140 1810 26 57 15 8 23 329 508 242 0.141 1809 20 67 32 19 51 266 549 241 0.142 1808 19 66 17 5 22 252 582 240 0.143 1807 20 71 39 20 59 264 619 239 0.144 1806 21 72 27 7 34 256 608 238 0.145 1805 21 83 34 22 56 267 739 237 0.146 1804 18 69 25 26 51 278 599 236 0.147 1803 21 83 35 12 47 271 733 235 0.148 1802 17 70 22 4 26 244 617 234 0.149 1801 20 63 16 15 31 254 550 233 0.150 1800 18 83 30 25 55 275 733 232 0.151 1799 18 78 30 14 44 263 646 231 0.152 1798 18 81 20 8 28 252 733 230 0.153 1797 35 54 1 3 4 393 506 229 0.154 1796 16 67 18 9 27 231 571 228 0.155 1795 55 2 1 3 227 0.156 1794 29 53 5 5 10 340 479 226 0.157 1793 23 58 25 10 35 259 534 225 0.158 1792 19 86 38 14 52 280 742 224 0.159 1791 20 60 13 5 18 255 514 223 0.160 1790 20 58 15 5 20 244 476 222 0.161 1789 19 65 32 9 41 261 550 221 0.162 1788 37 55 4 3 7 410 515 220 0.163 1787 24 57 10 15 25 287 528 219 0.164 1786 19 61 22 8 30 251 526 218 0.165 1785 22 77 20 12 32 273 669 217 0.166 1784 31 66 7 7 14 381 608 216 0.167 1783 22 69 40 10 50 268 596 215 0.168 1782 21 71 29 14 43 263 607 214 0.169 1781 24 81 27 11 38 304 699 213 0.170 1780 22 77 24 9 33 284 659 212 0.171 1779 21 52 18 12 30 261 441 211 0.172 1778 24 76 13 9 22 306 668 210 0.173 1777 21 45 5 3 8 238 408 209 0.174 1776 50 6 4 10 208 0.175 1775 22 58 40 10 50 261 517 207 0.176 1774 26 75 21 14 35 325 628 206 0.177 1773 22 52 20 10 30 271 455 205 0.178 1772 21 55 18 13 31 267 468 204 0.179 1771 21 85 24 13 37 290 718 203 0.180 1770 23 40 7 8 15 260 369 202 0.181 1769 24 57 12 8 20 291 501 201 0.182 1768 21 58 15 10 25 285 508 200 0.183 1767 24 71 14 11 25 304 603 199 0.184 1766 20 69 49 12 61 238 579 198 0.185 1765 50 2 1 3 197 0.186 1764 22 53 13 9 22 275 478 196 0.187 1763 20 58 27 9 36 242 496 195 0.188 1762 27 49 6 4 10 302 446 194 0.189 1761 23 43 9 5 14 263 380 193 0.190 1760 22 60 9 6 15 270 511 192 0.191 1759 21 40 8 7 15 254 363 191 0.192 1758 19 64 16 6 22 252 550 190 0.193 1757 19 59 50 18 68 241 528 189 0.194 1756 21 72 19 16 35 285 626 188 0.195 1755 23 69 22 13 35 300 587 187 0.196 1754 20 70 12 12 24 277 612 186 0.197 1753 21 69 12 8 20 280 569 185 0.198 1752 22 59 16 6 22 251 516 184 0.199 1751 33 54 3 6 9 387 507 183 0.200 1750 24 75 13 6 19 308 653 182 0.201 1749 18 62 16 5 21 261 498 181 0.202 1748 20 74 14 6 20 296 667 180 0.203 1747 22 65 8 4 12 288 560 179 0.204 1746 17 67 12 4 16 269 548 178 0.205 1745 16 62 15 4 19 229 527 177 0.206 1744 45 2 1 3 176 0.207 1743 50 2 1 3 175 0.208 1742 15 50 25 6 31 212 426 174 0.209 1741 50 2 1 3 173 0.210 1740 24 38 4 5 9 263 342 172 0.211 1739 19 55 21 7 28 238 475 171 0.212 1738 15 64 22 5 27 223 533 170 0.213 1737 38 57 2 3 5 411 530 169 0.214 1736 23 74 12 7 19 286 604 168 0.215 1735 20 44 10 6 16 244 381 167 0.216 1734 21 69 16 4 20 279 597 166 0.217 1733 18 62 12 4 16 249 560 165 0.218 1732 31 43 1 3 4 336 404 164 0.219 1731 20 71 16 5 21 257 632 163 0.220 1730 20 46 11 4 15 238 395 162 0.221 1729 17 57 19 6 25 230 455 161 0.222 1728 50 2 1 3 160 0.223 1727 19 60 16 6 22 237 486 159 0.224 1726 24 37 2 2 4 277 354 158 0.225 1725 19 50 13 4 17 236 427 157 0.226 1724 21 42 15 5 20 238 380 156 0.227 1723 28 40 2 8 10 304 359 155 0.228 1722 18 55 7 6 13 247 464 154 0.229 1721 20 60 21 4 25 253 513 153 0.230 1720 19 74 31 7 38 253 623 152 0.231 1719 23 73 12 6 18 280 644 151 0.232 1718 23 61 18 7 25 267 534 150 0.233 1717 20 65 20 5 25 247 555 149 0.234 1716 19 52 27 5 32 230 461 148 0.235 1715 31 43 4 3 7 341 404 147 0.236 1714 24 50 8 5 13 273 453 146 0.237 1713 20 47 11 6 17 244 395 145 0.238 1712 20 65 30 10 40 245 564 144 0.239 1711 22 47 7 5 12 260 422 143 0.240 1710 19 52 28 7 35 235 445 142 0.241 1709 50 2 1 3 141 0.242 1708 21 46 18 10 28 249 395 140 0.243 1707 33 47 4 5 9 358 441 139 0.244 1706 23 77 10 10 20 300 640 138 0.245 1705 22 61 21 8 29 261 506 137 0.246 1704 24 70 28 14 42 290 599 136 0.247 1703 22 84 54 15 69 296 725 135 0.248 1702 22 77 21 14 35 271 669 134 0.249 1701 28 51 10 6 16 344 462 133 0.250 1700 22 63 13 7 20 268 538 132 0.251 1699 19 70 35 7 42 253 590 131 0.252 1698 31 49 4 3 7 339 439 130 0.253 1697 23 70 23 17 40 281 642 129 0.254 1696 19 58 24 4 28 248 498 128 0.255 1695 55 2 1 3 127 0.256 1694 22 85 27 9 36 297 749 126 0.257 1693 21 73 29 14 43 278 650 125 0.258 1692 22 79 26 8 34 273 680 124 0.259 1691 21 61 31 20 51 260 531 123 0.260 1690 21 84 41 12 53 278 713 122 0.261 1689 25 87 18 17 35 306 790 121 0.262 1688 23 78 15 18 33 317 704 120 0.263 1687 22 86 18 14 32 285 756 119 0.264 1686 20 66 24 13 37 268 585 118 0.265 1685 40 59 3 3 6 438 540 117 0.266 1684 23 84 17 9 26 297 714 116 0.267 1683 35 68 3 7 10 398 607 115 0.268 1682 21 72 25 9 34 271 623 114 0.269 1681 18 67 15 6 21 275 575 113 0.270 1680 21 56 17 5 22 272 504 112 0.271 1679 30 49 3 4 7 343 439 111 0.272 1678 20 78 25 5 30 271 697 110 0.273 1677 24 64 5 5 10 331 542 109 0.274 1676 25 80 21 8 29 307 688 108 0.275 1675 21 63 18 12 30 272 542 107 0.276 1674 20 77 38 8 46 252 650 106 0.277 1673 31 72 6 3 9 388 665 105 0.278 1672 22 82 29 10 39 268 723 104 0.279 1671 23 70 7 5 12 330 614 103 0.280 1670 21 67 18 4 22 273 596 102 0.281 1669 20 61 14 4 18 252 527 101 0.282 1668 23 39 6 3 9 272 364 100 0.283 1667 23 61 9 4 13 282 526 99 0.284 1666 23 66 9 7 16 276 580 98 0.285 1665 22 77 19 11 30 296 669 97 0.286 1664 20 77 24 5 29 267 690 96 0.287 1663 23 76 18 18 36 298 713 95 0.288 1662 23 79 32 18 50 292 684 94 0.289 1661 28 71 10 7 17 340 629 93 0.290 1660 24 89 41 18 59 300 781 92 0.291 1659 24 67 34 13 47 291 581 91 0.292 1658 22 83 24 15 39 292 747 90 0.293 1657 23 53 35 13 48 267 481 89 0.294 1656 22 76 30 6 36 255 620 88 0.295 1655 21 70 31 10 41 269 588 87 0.296 1654 29 66 6 10 16 364 542 86 0.297 1653 22 69 29 12 41 289 620 85 0.298 1652 23 80 48 9 57 282 685 84 0.299 1651 22 85 27 16 43 323 759 83 0.300 1650 25 60 20 11 31 287 533 82 0.301 1649 23 77 32 8 40 284 661 81 0.302 1648 25 89 27 9 36 304 782 80 0.303 1647 24 76 24 8 32 299 657 79 0.304 1646 24 72 17 7 24 313 650 78 0.305 1645 24 66 25 6 31 293 573 77 0.306 1644 24 79 22 20 42 347 704 76 0.307 1643 22 78 18 18 36 308 682 75 0.308 1642 22 70 22 9 31 278 628 74 0.309 1641 22 56 14 6 20 275 488 73 0.310 1640 21 76 35 11 46 276 654 72 0.311 1639 24 68 19 7 26 321 588 71 0.312 1638 22 73 31 14 45 291 620 70 0.313 1637 32 72 11 6 17 396 613 69 0.314 1636 23 88 18 13 31 326 794 68 0.315 1635 21 72 25 13 38 286 637 67 0.316 1634 23 71 25 7 32 285 620 66 0.317 1633 22 76 39 11 50 284 618 65 0.318 1632 23 63 14 6 20 283 519 64 0.319 1631 22 82 25 13 38 306 728 63 0.320 1630 23 56 68 5 73 270 470 62 0.321 1629 20 75 50 22 72 295 662 61 0.322 1628 23 78 20 11 31 274 677 60 0.323 1627 26 53 10 4 14 295 464 59 0.324 1626 25 49 41 31 72 300 431 58 0.325 1625 24 90 39 17 56 318 790 57 0.326 1624 24 82 41 32 73 298 746 56 0.327 1623 24 69 41 31 72 304 578 55 0.328 1622 23 64 60 18 78 280 538 54 0.329 1621 21 76 32 9 41 298 665 53 0.330 1620 40 58 2 3 5 446 534 52 0.331 1619 40 75 4 5 9 479 702 51 0.332 1618 27 71 10 4 14 309 617 50 0.333 1617 20 60 23 7 30 251 494 49 0.334 1616 55 2 1 3 48 0.335 1615 21 80 53 20 73 293 687 47 0.336 1614 24 48 41 16 57 274 417 46 0.337 1613 25 72 39 9 48 308 640 45 0.338 1612 23 73 81 25 106 296 649 44 0.339 1611 28 59 8 6 14 329 514 43 0.340 1610 23 79 43 22 65 296 718 42 0.341 1609 24 78 44 19 63 309 686 41 0.342 1608 21 76 30 15 45 275 673 40 0.343 1607 31 56 5 6 11 350 484 39 0.344 1606 24 75 42 16 58 286 665 38 0.345 1605 22 64 46 16 62 287 541 37 0.346 1604 24 66 76 9 85 284 569 36 0.347 1603 23 71 35 21 56 306 620 35 0.348 1602 25 53 23 7 30 285 467 34 0.349 1601 24 54 21 8 29 296 470 33 0.350 1600 24 66 170 40 210 299 577 32 0.351 1599 25 69 118 80 198 306 633 31 0.352 1598 26 74 55 29 84 318 645 30