Litchfield National Park, northern Australia - AUSL058 Additional Site Information Kathryn Allen, Jonathan Palmer, Patrick Baker Reference: K.J. Allen, M.B. Freund, J.G. Palmer, R. Simkin, L. Williams, M. Brookhouse, E.R. Cook, S. Stewart, P.J. Baker. 2020. Australian drought reconstruction asymmetrically linked with Central Pacific Sea surface temperatures. Global and Planetary Change, 103329, DOI: 10.1016/j.gloplacha.2020.103329 Keywords: Drought, tree rings, standardised precipitation index, monsoonal Australian north, El-Nino Southern Oscillation Notes: Callitris intratropica ring-width data used for drought reconstruction, monsoonal north Australia Funding Sources: Australian Research Council DP087874 COFECHA output: Chronology file name : AUSL058.CRN Measurement file name : AUSL058.RWL Date checked : 28SEP20 Checked by : B. Bauer Beginning year : 1862 Ending year : 2007 Principal investigators: Kathryn Allen Jonathan Palmer Patrick Baker Site name : Litchfield National Park Site location : Australia Species information : CAIN CYPRESS PINE Latitude : -1317 Longitude : 13051 Elevation : 200M Series intercorrelation: 0.474 Avg mean sensitivity : 0.323 Avg standard deviation : 0.672 Avg autocorrelation : 0.616 Number dated series : 57 Segment length tested : 50 Number problem segments: 22 Pct problem segments : 11.40 PART 5: CORRELATION OF SERIES BY SEGMENTS: Litchfield National Park 12:26 Mon 28 Sep 2020 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 FF4S 1943 2004 .40 .36 .32A 2 FF4N 1943 2007 .39 .52 .60 3 FF6N 1933 2007 .31B .44 .46 4 FF6E 1933 2007 .39 .41 .43 5 FF8N 1947 2007 .25B .29A .32A 6 FF.1N 1907 1984 .35 .49 .49 7 FF2N 1932 2007 .50 .53 .60 8 FF3N 1953 2006 .49 .46 9 FF3S 1953 2004 .42 .43 10 FF5N 1943 2007 .40 .47 .36 11 LR5N 1941 2004 .57 .66 .67 12 LR5E 1938 2007 .59 .75 .73 13 LR8E 1882 2005 .62 .58 .56 .49 .52 14 LR8N 1865 2007 .64 .65 .46 .39 .46 .40 15 LR9E 1891 2007 .54 .50 .47 .46 .36 16 LR9N 1891 2007 .42 .51 .60 .54 .48 17 LR10E 1877 2007 .49 .41 .49 .55 .49 18 LR10N 1875 2007 .50 .45 .50 .63 .57 19 LR.6S 1862 2001 .54 .48 .48 .62 .58 .54 20 LR.6N 1880 2007 .57 .56 .63 .48 .43 21 LR.3N 1963 2007 .34 22 LR1N 1951 2007 .48 .39 23 LR1E 1951 2007 .52 .48 24 LR.2N 1934 2007 .68 .65 .49 25 LR.2S 1934 2005 .59 .55 .49 26 LR7N 1928 2004 .37 .29B .28B 27 LR7E 1913 2003 .56 .52 .29B .28A 28 NIT2.8N 1943 2007 .42 .37 .33A 29 NIT2.8E 1942 2007 .44 .40 .31A 30 NIT2.5N 1950 2002 .56 .52 31 NIT2.10N 1947 2007 .54 .52 .50 32 NIT2.10S 1931 2001 .22B .22B .18B 33 SC1E 1908 2007 .41 .59 .50 .58 34 SC1N 1912 2007 .43 .51 .39 .43 35 SC2S 1904 2007 .46 .69 .68 .61 36 SC2N 1893 2007 .42 .36 .48 .43 .57 37 SC4 1925 2007 .70 .74 .70 38 SC5W 1926 2007 .35B .48 .49 39 SC5E 1926 2007 .42 .51 .57 40 SC6N 1922 2007 .54 .53 .41 .61 41 SC6S 1923 2007 .71 .73 .61 .65 42 SC11S 1915 2005 .55 .59 .31A .28A 43 SC11N 1915 1995 .72 .75 .61 44 SC13E 1921 2002 .81 .84 .76 .73 45 SC13S 1926 2002 .71 .61 .56 46 SC14E 1931 2005 .60 .52 .56 47 SC14N 1926 2007 .70 .56 .54 48 SC15E 1924 2001 .60 .59 .59 .61 49 SC16N 1928 2007 .46 .44 .50 50 SC16S 1929 1966 .35 51 SC8 1932 2007 .33 .35 .49 52 SC2.1N 1896 2002 .19B .28A .69 .50 .43 53 SC2.1E 1897 2007 .14B .15B .61 .66 .54 54 SC2.3N 1950 2007 .41 .39 55 SC2.8N 1925 1997 .65 .47 56 WG2E 1942 2007 .46 .43 .50 57 WG2N 1942 2007 .33A .40 .54 Av segment correlation .59 .46 .49 .52 .49 .49 PART 7: DESCRIPTIVE STATISTICS: Litchfield National Park 12:26 Mon 28 Sep 2020 Page 9 ----------------------------------------------------------------------------------------------------------------------------------- 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 FF4S 1943 2004 62 3 1 .331 1.76 5.24 1.199 .818 .329 2.65 .477 -.001 1 2 FF4N 1943 2007 65 3 0 .489 1.26 4.27 .782 .782 .317 2.58 .513 -.048 2 3 FF6N 1933 2007 75 3 1 .389 1.31 3.15 .576 .558 .341 2.50 .364 .028 1 4 FF6E 1933 2007 75 3 0 .421 1.69 3.62 .555 .399 .305 2.47 .326 .026 1 5 FF8N 1947 2007 61 3 3 .316 1.69 7.03 1.337 .428 .563 2.87 .509 .090 1 6 FF.1N 1907 1984 78 3 0 .369 1.03 2.70 .653 .661 .427 2.85 .546 -.055 1 7 FF2N 1932 2007 76 3 0 .515 1.56 3.68 .858 .624 .382 2.79 .475 -.019 2 8 FF3N 1953 2006 54 2 0 .463 1.58 3.53 .702 .680 .306 2.51 .390 -.008 1 9 FF3S 1953 2004 52 2 0 .420 1.48 3.01 .552 .556 .318 2.51 .406 -.037 1 10 FF5N 1943 2007 65 3 0 .354 1.27 2.80 .523 .734 .246 2.51 .409 .031 1 11 LR5N 1941 2004 64 3 0 .633 2.07 4.41 .820 .507 .266 2.69 .550 -.021 1 12 LR5E 1938 2007 70 3 0 .655 1.70 4.37 .743 .615 .266 2.56 .455 -.014 1 13 LR8E 1882 2005 124 5 0 .542 .76 2.65 .482 .776 .408 2.62 .426 -.026 1 14 LR8N 1865 2007 143 6 0 .474 1.19 3.64 .711 .840 .291 2.55 .452 -.058 1 15 LR9E 1891 2007 117 5 0 .487 .92 3.02 .603 .819 .325 2.80 .489 .033 1 16 LR9N 1891 2007 117 5 0 .486 1.00 3.44 .634 .761 .290 2.62 .485 .004 1 17 LR10E 1877 2007 131 5 0 .493 .89 2.96 .513 .822 .234 2.57 .454 -.037 1 18 LR10N 1875 2007 133 5 0 .513 .89 2.29 .432 .794 .254 2.76 .516 -.017 2 19 LR.6S 1862 2001 140 6 0 .503 .84 3.38 .580 .666 .363 2.74 .390 -.007 1 20 LR.6N 1880 2007 128 5 0 .530 .90 2.46 .509 .585 .395 2.68 .382 -.008 1 21 LR.3N 1963 2007 45 1 0 .342 3.51 6.32 1.270 .796 .207 2.58 .595 .129 1 22 LR1N 1951 2007 57 2 0 .438 2.31 5.01 .706 .613 .212 2.67 .506 -.018 2 23 LR1E 1951 2007 57 2 0 .483 2.34 4.15 .606 .566 .197 2.63 .540 -.086 2 24 LR.2N 1934 2007 74 3 0 .613 2.09 5.28 .855 .564 .237 2.56 .421 -.034 1 25 LR.2S 1934 2005 72 3 0 .573 1.85 4.42 .795 .679 .247 2.66 .511 -.029 1 26 LR7N 1928 2004 77 3 2 .338 1.62 5.21 .951 .761 .326 2.68 .523 -.039 2 27 LR7E 1913 2003 91 4 2 .369 1.92 3.82 .880 .726 .314 2.54 .528 -.034 2 28 NIT2.8N 1943 2007 65 3 1 .386 1.55 3.64 .728 .457 .417 2.58 .457 -.015 1 29 NIT2.8E 1942 2007 66 3 1 .452 1.67 4.06 .837 .569 .385 2.58 .406 -.014 1 30 NIT2.5N 1950 2002 53 2 0 .559 1.65 3.53 .744 .586 .332 2.59 .515 -.069 1 31 NIT2.10N 1947 2007 61 3 0 .527 1.51 2.83 .474 .157 .323 2.64 .418 .062 1 32 NIT2.10S 1931 2001 71 3 3 .218 1.64 2.78 .495 .411 .271 2.72 .629 -.002 1 33 SC1E 1908 2007 100 4 0 .485 1.00 3.33 .649 .708 .332 2.65 .476 -.023 1 34 SC1N 1912 2007 96 4 0 .358 1.18 2.72 .517 .569 .331 2.87 .507 .011 1 35 SC2S 1904 2007 104 4 0 .543 .99 2.05 .405 .566 .324 2.63 .490 -.082 1 36 SC2N 1893 2007 115 5 0 .420 .88 1.63 .309 .343 .347 2.52 .443 -.010 1 37 SC4 1925 2007 83 3 0 .653 .93 2.11 .457 .561 .390 2.64 .444 -.015 1 38 SC5W 1926 2007 82 3 1 .332 1.81 3.34 .678 .582 .285 2.41 .373 -.001 1 39 SC5E 1926 2007 82 3 0 .416 .90 2.11 .498 .542 .484 2.76 .452 -.043 1 40 SC6N 1922 2007 86 4 0 .510 1.70 3.27 .710 .427 .408 2.42 .447 -.033 2 41 SC6S 1923 2007 85 4 0 .647 1.51 4.52 .984 .754 .357 2.57 .498 -.105 2 42 SC11S 1915 2005 91 4 2 .399 1.10 3.83 .821 .812 .295 2.80 .576 -.031 1 43 SC11N 1915 1995 81 3 0 .618 1.03 3.20 .736 .780 .331 2.75 .584 -.073 2 44 SC13E 1921 2002 82 4 0 .741 1.75 4.26 .862 .650 .317 2.60 .463 -.056 1 45 SC13S 1926 2002 77 3 0 .633 1.38 3.01 .543 .413 .327 2.52 .446 -.064 1 46 SC14E 1931 2005 75 3 0 .590 1.69 3.57 .625 .663 .234 2.46 .363 .007 1 47 SC14N 1926 2007 82 3 0 .614 1.68 3.18 .664 .610 .255 2.64 .425 -.001 1 48 SC15E 1924 2001 78 4 0 .557 1.62 4.33 .747 .625 .302 2.51 .433 -.008 1 PART 7: DESCRIPTIVE STATISTICS: Litchfield National Park 12:26 Mon 28 Sep 2020 Page 10 ----------------------------------------------------------------------------------------------------------------------------------- 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 () --- -------- --------- ----- ----- ----- ------ ----- ----- ----- ----- ----- ----- ----- ----- -- 49 SC16N 1928 2007 80 3 0 .471 2.32 4.20 .674 .363 .259 2.65 .472 .023 2 50 SC16S 1929 1966 38 1 0 .349 3.07 4.67 .997 .254 .347 2.52 .523 -.061 3 51 SC8 1932 2007 76 3 0 .396 2.40 5.14 .851 .450 .271 2.58 .498 .077 1 52 SC2.1N 1896 2002 107 5 2 .327 1.06 4.66 .734 .675 .376 2.40 .376 .008 1 53 SC2.1E 1897 2007 111 5 2 .330 .96 2.64 .610 .727 .314 2.66 .422 -.076 1 54 SC2.3N 1950 2007 58 2 0 .380 1.90 4.54 .962 .700 .348 2.76 .597 -.093 1 55 SC2.8N 1925 1997 73 2 0 .519 1.24 2.59 .511 .394 .393 2.87 .501 .084 1 56 WG2E 1942 2007 66 3 0 .460 1.81 3.40 .560 .236 .290 2.76 .521 .001 1 57 WG2N 1942 2007 66 3 1 .378 2.07 4.89 .655 .319 .287 2.63 .502 .005 3 --- -------- --------- ----- ----- ----- ------ ----- ----- ----- ----- ----- ----- ----- ----- -- Total or mean: 4693 193 22 .474 1.42 7.03 .672 .616 .323 2.87 .467 -.017