Sierre VS Pfynwald, Switzerland - SWIT188 Additional information Christof Bigler and Brigitte Rohner Purpose of Collection: Analyses of effects of drought, topography, competition, and mistletoe on tree growth and mortality of Scots pine Detrend method: Negative exponential or linear regression of any slope ARSTAN: Smoothing spline with 50 cutoff Cores are stored at: ETH Tree-Ring Laboratory Forest Ecology Institute of Terrestrial Ecosystems ETH Zurich CHN G 63 CH-8092 Zurich Switzerland Site: Trees were sampled on slopes with different aspects (but relatively many on east-facing aspects); elevation 550 - 620 m; slope steepness 0 - 40° Reference: Rohner, B. 2008. Trockenheitseffekte auf Wachstum und Mortalität der Waldföhren im Pfynwald, Wallis. Masterarbeit. ETH Zürich, Zürich. COFECHA output: Chronology file name : SWIT188.CRN Measurement file name : SWIT188.RWL Date checked : 10DEC08 Checked by : B. Bauer Beginning year : 1866 Ending year : 2007 Principal investigators: Christof Bigler Brigitte Rohner Site name : Sierre VS Pfynwald Site location : Switzerland Species information : PISY SCOTS PINE Latitude : 4618 Longitude : 00734 Elevation : 580M Series intercorrelation: 0.645 Avg mean sensitivity : 0.345 Avg standard deviation : 0.507 Avg autocorrelation : 0.719 Number dated series : 48 Segment length tested : 50 Number problem segments: 4 Pct problem segments : 1.97 PART 5: CORRELATION OF SERIES BY SEGMENTS: Sierre VS Pfynwald PISY 11:39 Wed 10 Dec 2008 Page 5 ----------------------------------------------------------------------------------------------------------------------------------- Correlations of 50-year dated segments, lagged 25 years Flags: A = correlation under .3281 but highest as dated; B = correlation higher at other than dated position Seq Series Time_span 1850 1875 1900 1925 1950 1975 1899 1924 1949 1974 1999 2024 --- -------- --------- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- ---- 1 WS01LR2 1935 2007 .87 .86 .83 2 WS04LR 1929 2007 .78 .76 .76 3 WS05LR11 1945 2007 .43 .36 .40 4 WS07LR 1889 2007 .39 .51 .67 .55 .50 5 WS08LR2 1902 2007 .36B .50 .50 .52 6 WS09LR 1924 2007 .66 .68 .82 .82 7 WS10LLcb 1913 2007 .60 .66 .68 .66 8 WS11LL9 1901 2007 .54 .69 .51 .50 9 WS12LL2 1899 2007 .43 .44 .65 .70 .68 10 WS14LR 1908 2007 .76 .80 .77 .77 11 WS16LR 1930 2007 .74 .76 .74 12 WS17LR3 1903 2007 .69 .79 .66 .60 13 WS18LR6 1901 2007 .80 .65 .62 .61 14 WS19LL6 1916 2007 .84 .80 .82 .82 15 WS20LL3 1914 2007 .61 .48 .64 .68 16 WS21LRne 1918 2007 .67 .74 .54 .51 17 WS22LLa 1915 2007 .77 .69 .76 .80 18 WS24LR 1866 2007 .54 .54 .78 .69 .72 .68 19 WS26LR9 1881 2007 .41 .58 .48 .79 .84 20 WS29LR9 1880 2007 .54 .78 .83 .81 .76 21 WS30LR3 1915 2007 .76 .72 .74 .66 22 WS31LL 1911 2007 .65 .70 .64 .58 23 WS32LR12 1899 2007 .69 .72 .86 .79 .75 24 WS33LL 1902 2007 .48 .79 .61 .55 25 WS35LR 1909 2007 .72 .73 .69 .68 26 WS36LL3 1913 2007 .41B .59 .70 .61 27 WS37LR 1921 2007 .66 .68 .77 .72 28 WS39LL 1927 2007 .63 .70 .69 29 WS40LR 1884 2007 .61 .75 .74 .66 .61 30 WS41LL1 1876 2007 .56 .72 .74 .76 .75 31 WS42LLne 1913 2007 .60 .73 .72 .71 32 WS44LR7 1891 2007 .42 .47 .46 .61 .62 33 WS45LL9 1877 2007 .26B .48 .58 .57 .57 34 WS46LR 1928 2007 .70 .71 .67 35 WS47LL 1912 2007 .66 .61 .57 .48 36 WS48LL4 1898 2007 .63 .59 .60 .63 .63 37 WS49LL 1902 2007 .77 .68 .69 .68 38 WS50LL 1898 2007 .32B .40 .60 .69 .65 39 WS51LL4 1911 2007 .82 .77 .64 .59 40 WS52LR 1916 2007 .79 .76 .70 .66 41 WS53LL4 1874 2007 .63 .62 .84 .73 .75 .71 42 WS54LL 1910 2007 .79 .66 .66 .61 43 WS56LR 1898 2007 .59 .61 .59 .50 .40 44 WS57LR 1898 2007 .60 .63 .37 .37 .45 45 WS58LR 1901 2007 .66 .61 .55 .53 46 WS59LR 1909 2007 .70 .60 .73 .76 47 WS60LR 1906 2007 .72 .62 .69 .71 48 WS61LR 1921 2007 .78 .78 .89 .88 Av segment correlation .58 .51 .66 .67 .67 .65 PART 7: DESCRIPTIVE STATISTICS: Sierre VS Pfynwald PISY 11:39 Wed 10 Dec 2008 Page 8 ----------------------------------------------------------------------------------------------------------------------------------- Corr //-------- Unfiltered --------\\ //---- Filtered -----\\ No. No. No. with Mean Max Std Auto Mean Max Std Auto AR Seq Series Interval Years Segmt Flags Master msmt msmt dev corr sens value dev corr () --- -------- --------- ----- ----- ----- ------ ----- ----- ----- ----- ----- ----- ----- ----- -- 1 WS01LR2 1935 2007 73 3 0 .852 .81 2.27 .413 .417 .439 2.77 .461 -.025 1 2 WS04LR 1929 2007 79 3 0 .774 .81 2.29 .517 .688 .365 2.73 .548 -.059 1 3 WS05LR11 1945 2007 63 3 0 .478 .58 5.72 .810 .398 .429 3.40 .550 .002 1 4 WS07LR 1889 2007 119 5 0 .487 .82 3.26 .567 .786 .289 2.78 .408 -.026 3 5 WS08LR2 1902 2007 106 4 1 .426 .58 2.28 .448 .753 .384 2.84 .497 -.070 1 6 WS09LR 1924 2007 84 4 0 .751 1.21 2.35 .540 .734 .280 2.60 .487 -.029 1 7 WS10LLcb 1913 2007 95 4 0 .645 .76 3.55 .651 .873 .339 2.63 .394 -.060 1 8 WS11LL9 1901 2007 107 4 0 .528 .48 1.34 .275 .700 .361 2.72 .438 .020 1 9 WS12LL2 1899 2007 109 5 0 .553 .62 2.12 .426 .735 .359 2.66 .408 -.005 1 10 WS14LR 1908 2007 100 4 0 .765 .65 2.63 .447 .599 .386 2.65 .444 -.034 1 11 WS16LR 1930 2007 78 3 0 .718 .87 2.07 .367 .540 .325 2.64 .456 -.034 1 12 WS17LR3 1903 2007 105 4 0 .647 .59 2.35 .433 .684 .369 2.57 .395 .008 1 13 WS18LR6 1901 2007 107 4 0 .696 .71 3.69 .741 .862 .371 2.65 .409 -.073 1 14 WS19LL6 1916 2007 92 4 0 .845 .82 1.92 .412 .470 .403 2.60 .456 -.024 1 15 WS20LL3 1914 2007 94 4 0 .644 .58 3.41 .622 .843 .468 2.58 .361 -.072 1 16 WS21LRne 1918 2007 90 4 0 .597 .46 1.49 .322 .750 .337 2.72 .519 .015 3 17 WS22LLa 1915 2007 93 4 0 .779 1.02 3.66 .596 .676 .315 2.49 .344 .008 3 18 WS24LR 1866 2007 142 6 0 .641 .71 3.05 .591 .769 .408 2.55 .426 -.079 1 19 WS26LR9 1881 2007 127 5 0 .627 .48 1.70 .250 .519 .373 2.84 .431 .041 1 20 WS29LR9 1880 2007 128 5 0 .720 .62 3.09 .484 .832 .302 2.69 .506 -.053 1 21 WS30LR3 1915 2007 93 4 0 .718 .81 2.01 .453 .764 .314 2.54 .363 -.060 1 22 WS31LL 1911 2007 97 4 0 .620 .46 2.00 .305 .701 .318 2.85 .488 .006 1 23 WS32LR12 1899 2007 109 5 0 .738 .50 2.02 .308 .795 .358 2.52 .386 -.058 1 24 WS33LL 1902 2007 106 4 0 .499 .73 3.91 .669 .898 .297 2.73 .518 -.006 1 25 WS35LR 1909 2007 99 4 0 .705 .69 2.58 .477 .713 .359 2.66 .441 .032 1 26 WS36LL3 1913 2007 95 4 1 .509 .58 4.17 .654 .743 .426 3.09 .529 -.039 1 27 WS37LR 1921 2007 87 4 0 .708 1.18 3.01 .538 .711 .258 2.87 .503 -.005 1 28 WS39LL 1927 2007 81 3 0 .630 1.15 4.59 .983 .837 .350 2.62 .387 .012 3 29 WS40LR 1884 2007 124 5 0 .652 .70 2.70 .429 .693 .346 2.70 .425 -.034 1 30 WS41LL1 1876 2007 132 5 0 .681 .51 1.55 .303 .697 .399 2.64 .427 -.022 1 31 WS42LLne 1913 2007 95 4 0 .672 .62 1.55 .336 .689 .330 2.66 .452 -.008 1 32 WS44LR7 1891 2007 117 5 0 .539 .52 1.72 .297 .702 .343 2.79 .477 -.065 2 33 WS45LL9 1877 2007 131 5 1 .527 .45 1.20 .282 .720 .382 2.66 .478 -.028 1 34 WS46LR 1928 2007 80 3 0 .675 1.06 2.26 .442 .468 .363 2.62 .475 .010 1 35 WS47LL 1912 2007 96 4 0 .585 .80 2.30 .394 .486 .375 2.76 .438 .094 2 36 WS48LL4 1898 2007 110 5 0 .600 .90 3.74 .733 .874 .337 2.54 .324 -.118 1 37 WS49LL 1902 2007 106 4 0 .723 .99 2.36 .395 .481 .324 2.55 .386 -.065 1 38 WS50LL 1898 2007 110 5 1 .505 .90 2.49 .575 .847 .297 2.59 .395 -.020 1 39 WS51LL4 1911 2007 97 4 0 .727 .66 3.86 .645 .831 .353 2.75 .477 .043 1 40 WS52LR 1916 2007 92 4 0 .752 .80 1.83 .366 .545 .374 2.90 .520 .043 1 41 WS53LL4 1874 2007 134 6 0 .683 .74 2.33 .445 .722 .363 2.67 .385 -.023 1 42 WS54LL 1910 2007 98 4 0 .708 .83 3.07 .489 .660 .323 2.73 .492 -.010 1 43 WS56LR 1898 2007 110 5 0 .544 .85 3.17 .620 .886 .289 2.70 .420 .016 2 44 WS57LR 1898 2007 110 5 0 .461 1.32 4.10 .796 .906 .198 2.58 .471 -.042 1 45 WS58LR 1901 2007 107 4 0 .596 .92 6.01 1.170 .930 .332 2.58 .350 -.027 1 46 WS59LR 1909 2007 99 4 0 .728 .91 3.27 .638 .811 .267 2.53 .451 -.054 1 47 WS60LR 1906 2007 102 4 0 .697 .75 1.96 .391 .726 .294 2.43 .339 -.039 1 48 WS61LR 1921 2007 87 4 0 .821 1.07 3.32 .548 .638 .319 2.61 .530 -.016 1 --- -------- --------- ----- ----- ----- ------ ----- ----- ----- ----- ----- ----- ----- ----- -- Total or mean: 4895 203 4 .645 .75 6.01 .507 .719 .345 3.40 .440 -.023