# Comparison of published versus recalibrated age models for Rebecca Lagoon, Tasmania #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # NOTE: Please cite original publication, online resource and date accessed when using this data. # If there is no publication information, please cite Investigator, title, online resource and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # Online_Resource: https://www.ncdc.noaa.gov/paleo/study/21731 # Description: NOAA Landing Page # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/pages2k/dixon2017australasia/dixon2017rebeccalagoon.txt # Description: NOAA location of the template # # # Archive: Lake Sediment reflectance # # Parameter_Keywords: #--------------------------------------- # Contribution_Date # Date: 2017-12-12 #--------------------------------------- # File_Last_Modified_Date # Date: 2017-12-12 #--------------------------------------- # Title # Study_Name: Comparison of published versus recalibrated age models for Rebecca Lagoon, Tasmania #--------------------------------------- # Investigators # Investigators: Dixon, Bronwyn C.; Tyler, Jonathan J.; Lorrey, Andrew M; Goodwin, Ian D; Gergis, Joelle; Drysdale, Russell N #--------------------------------------- # Description_Notes_and_Keywords # Description: # Provided Keywords: age modelling, Bayesian #--------------------------------------- # Publication # Authors: Dixon, Bronwyn C.; Tyler, Jonathan J.; Lorrey, Andrew M; Goodwin, Ian D; Gergis, Joelle; Drysdale, Russell N # Published_Date_or_Year: 2017 # Published_Title: Low-resolution Australasian palaeoclimate records of the last 2000 years # Journal_Name: Climate of the Past # Volume: # Edition: # Issue: # Pages: # Report Number: # DOI: # Online_Resource: # Full_Citation: # Abstract: Non-annually resolved palaeoclimate records in the Australasian region were compiled to facilitate investigations of decadal to centennial climate variability over the past 2000 years. A total of 661 lake/wetland, geomorphic, marine, and speleothem records were identified and then assessed against a set of a priori criteria based on temporal resolution, record length, dating methods, and confidence of the proxy-climate relationship over the Common Era. A high quality subset of 22 records across Australasia met the criteria and they are endorsed for subsequent analyses. New chronologies based on progressive Bayesian techniques were constructed for the high quality records to ensure a consistent approach to age modelling and quantification of age uncertainties. Chronological uncertainty was the primary reason why records did not meet the selection criteria. Despite present limitations, existing proxies and reconstruction techniques that successfully capture climate variability in the region show potential to address spatial gaps and expand the range of climate variables covering the last 2000 years from the Australasian region. #--------------------------------------- # Publication # Authors: Saunders, K.M.; Kamenik, C.; Hodgson, D.A.; Hunziker, S.; Siffert, L.; Fischer, D.; Fujak, M.; Gibson, J.A.E.; Grosjean, M. # Published_Date_or_Year: 2012 # Published_Title: Late Holocene changes in precipitation in northwest Tasmania and their potential links to shifts in the Southern Hemisphere westerly winds # Journal_Name: Global and Planetary Change # Volume: 92-93 # Edition: # Issue: # Pages: 82-91 # Report Number: # DOI: 10.1016/j.gloplacha.2012.04.005 # Online_Resource: # Full_Citation: Saunders, K. M., Kamenik, C., Hodgson, D. A., Hunziker, S., Siffert, L., Fischer, D., Fujak, M., Gibson, J. a. E. & Grosjean, M. 2012. Late Holocene changes in precipitation in northwest Tasmania and their potential links to shifts in the Southern Hemisphere westerly winds. Global and Planetary Change, 92-93, 82-91. # Abstract: Accurate projections of future climate changes in regions susceptible to drought depend on a good understanding of past climate changes and the processes driving them. In the absence of longer term instrumental data, paleoclimate data are needed. In this study we develop a precipitation reconstruction for Rebecca lagoon (41 degrees 11'S, 144 degrees 41'E), northwest Tasmania. First, the relationship between scanning reflectance spectroscopy measurements of sediment cores in the visible spectrum (380-730 nm) and instrumental precipitation record (1912-2009) was used to develop a model to reconstruct precipitation back in time. Results showed that the ratio of reflectance between 660 and 670 nm ( i.e., reflectance at 660 nm/reflectance at 670 nm; a measure of pigment diagenesis) was significantly related to annual precipitation. A calibration model was developed (R = -0.56, P-auto<0.001, RMSEP = 43.0 mm yr(-1), 5 year triangular filtered data, calibration period 1912-2009). Second, this calibration-in-time model was used to reconstruct late Holocene precipitation changes over the last similar to 3000 years. This showed relatively dry conditions from ca. 3100-2800 cal yr BP, wet conditions from ca. 2800-2400 cal yr BP, dry conditions from ca. 2400-2000 calyr BP, and variable conditions after this. Relatively wet conditions occurred from ca. 500 cal yr BP to the late AD 1800 s (ca. 50 cal. yr BP). The precipitation reconstruction indicates that conditions were relatively dry for the 20th century compared to the last similar to 3000 years. In particular, the dry period measured in recent decades is one of the most intense in at least the last 500 years. As precipitation in this region is primarily driven by the Southern Hemisphere westerly winds, these changes are discussed in terms of shifts in westerly wind strength and/or position. (C) 2012 Elsevier B.V. All rights reserved. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: # Grant: #--------------------------------------- # Site Information # Site_Name: Rebecca Lagoon, Tasmania # Location: # Country: # Northernmost_Latitude: -41.18333 # Southernmost_Latitude: -41.18333 # Easternmost_Longitude: 144.68333 # Westernmost_Longitude: 144.68333 # Elevation: 8 #--------------------------------------- # Data_Collection # Collection_Name: RL (1A and 1B) # First_Year: 3654 # Last_Year: -58 # Time_Unit: Cal Yr BP # Core_Length: 65 # Notes: #--------------------------------------- # Chronology_Information # Chronology: # reservoir age of 295±30 years applied to all samples; 210Pb dates determined using constant rate of supply model # Lab ID 210Pb-1 210Pb-2 210Pb-11 210Pb-3 210Pb-12 210Pb-4 210Pb-13 210Pb-5 210Pb-14 210Pb-6 210Pb-15 210Pb-7 210Pb-16 210Pb-8 210Pb-9 210Pb-10 poz-38490 poz-38491 poz-37046 poz-38492 poz-37047 poz-38494 poz-37049 poz-38495 # Dated material Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk Sediment Bulk sediment Bulk sediment Bulk sediment Bulk sediment Bulk sediment Bulk sediment Bulk sediment Bulk sediment # depth_bot (mm) 0.3 0.8 1.8 2.8 3.8 4.8 5.8 6.8 8 8.8 9.8 10.8 12.5 13.8 16.3 18.3 9.5 20 25 30 33 35 41 50 # depth_top (mm) 0 0.5 1.5 2.5 3.5 4.5 5.5 6.5 7.5 8.5 9.5 10.5 12 13.5 16 18 10 20.5 25.5 30.5 33.5 35.5 41.5 50.5 # age (bp) -58.9449999999999 -57.2550000000001 -56.155 -51.5650000000001 -46.395 -42.085 -38.385 -31.385 -21.0650000000001 -11.335 1.60500000000002 10.915 21.875 32.385 53.665 91.885 NaN NaN NaN NaN NaN NaN NaN NaN # age14C (bp) NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN 295 315 1220 1495 1570 2440 1530 2605 # age_error (years) 0.89 1.11 1.2 1.51 1.71 1.79 1.86 1.99 2.11 2.35 2.61 3 2.58 2.84 2.89 2.63 30 30 30 30 30 30 30 30 # calibrated age (cal BP) -58.9449999999999 -57.2550000000001 -56.155 -51.5650000000001 -46.395 -42.085 -38.385 -31.385 -21.0650000000001 -11.335 1.60500000000002 10.915 21.875 32.385 53.665 91.885 295 315 1220 1495 1570 2440 1530 2605 # cal_age_range_old (bp) NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN -5 728 970 1062 1986 1048 2155 # cal_age_range_young (2_s) NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN -2 821 1142 1187 2150 1178 2271 # depth (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 # notes NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN NaN Excluded from final age model Excluded from final age model NaN # #--------------------------------------- # Variables # Data variables follow that are preceded by "##" in columns one and two. # Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) ## Depth_cm ,Depth,NA,,cm,NA,NA,,,N ## PublishedAge _YBP ,Ages from original record publication,NA,,years before present (Present=1950CE),NA,NA,,,N ## BACON0.05CI ,5% confidence interval age as calculated in BACON age modelling software,NA,,years before present (Present=1950CE),NA,NA,,,N ## BACON0.95CI ,95% confidence interval age as calculated in BACON age modelling software,NA,,years before present (Present=1950CE),NA,NA,,,N ## BACONmedian ,median sample age as calculated in BACON age modelling software,NA,,years before present (Present=1950CE),NA,NA,,,N ## BACONwmean ,weighted mean age as calculated in BACON age modelling software,NA,,years before present (Present=1950CE),NA,NA,,,N ## Degree of diagenesis (R660_670) ,Ratio between reflectance at 660 and 670 nm wavelength,sediment core,,NA,NA,NA,degree of diagenesis,Gretag-Spectrolino,N #------------------------ # Data # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Value: NA Depth_cm PublishedAge _YBP BACON0.05CI BACON0.95CI BACONmedian BACONwmean Degree of diagenesis (R660_670) 0 -58.369 -60 -59 -60 -60 0.996795 0.2 -57.962 NA NA NA NA NA 0.4 -57.559 -60 -59 -59 -59 0.946028 0.6 -57.172 -60 -58 -59 -59 0.997985 0.8 -56.807 -60 -58 -59 -59 0.938668 1 -56.448 -60 -58 -59 -59 0.9685 1.2 -56.068 -59 -57 -59 -59 0.964563 1.4 -55.641 -59 -57 -58 -58 0.955434 1.6 -55.14 -59 -57 -58 -58 0.962236 1.8 -54.544 -59 -57 -58 -58 0.960809 2 -53.85 -59 -56 -58 -58 0.959637 2.2 -53.062 -59 -56 -58 -57 0.964021 2.4 -52.187 -58 -56 -57 -57 0.964314 2.6 -51.229 -58 -56 -57 -57 0.959227 2.8 -50.196 -58 -55 -57 -57 0.96368 3 -49.115 -58 -55 -57 -57 0.955518 3.2 -48.022 -58 -55 -56 -56 0.956811 3.4 -46.949 -57 -55 -56 -56 0.96557 3.6 -45.931 -57 -54 -56 -56 0.959774 3.8 -44.997 -57 -54 -56 -56 0.958321 4 -44.137 -57 -54 -55 -55 0.957087 4.2 -43.333 -57 -53 -55 -55 0.959517 4.4 -42.563 -56 -53 -55 -55 0.96281 4.6 -41.808 -56 -53 -55 -55 0.960372 4.8 -41.046 -56 -53 -54 -54 0.958276 5 -40.258 -56 -52 -54 -54 0.961265 5.2 -39.426 -56 -52 -54 -54 0.959854 5.4 -38.529 -55 -52 -54 -54 0.958592 5.6 -37.549 -55 -51 -53 -53 0.965887 5.8 -36.468 -55 -51 -53 -53 0.963748 6 -35.28 -55 -51 -53 -53 0.964947 6.2 -33.984 -54 -50 -53 -52 0.969217 6.4 -32.578 -54 -50 -52 -52 0.967295 6.6 -31.06 -54 -50 -52 -52 0.963721 6.8 -29.43 -54 -49 -52 -52 0.960176 7 -27.693 -53 -49 -51 -51 0.965495 7.2 -25.856 -53 -48 -51 -51 0.960369 7.4 -23.927 -53 -48 -51 -51 0.957666 7.6 -21.915 -52 -48 -50 -50 0.958726 7.8 -19.827 -52 -47 -50 -50 0.960103 8 -17.667 -52 -47 -50 -49 0.961586 8.2 -15.434 -52 -46 -49 -49 0.959222 8.4 -13.125 -51 -46 -49 -49 0.959257 8.6 -10.739 -51 -45 -49 -48 0.967471 8.8 -8.2791 -51 -44 -48 -48 0.962175 9 -5.7791 -50 -44 -48 -47 0.963129 9.2 -3.2855 -50 -43 -47 -47 0.958869 9.4 -0.8446 -50 -42 -47 -46 0.960017 9.6 1.49753 -49 -41 -46 -46 0.961896 9.8 3.70091 -49 -41 -46 -45 0.960192 10 5.76203 -49 -40 -45 -45 0.963505 10.2 7.69049 -48 -39 -45 -44 0.976592 10.4 9.49595 -48 -38 -44 -44 0.967717 10.6 11.1881 -47 -37 -43 -43 0.965963 10.8 12.7773 -47 -36 -43 -42 0.967155 11 14.2796 -47 -34 -42 -42 0.977337 11.2 15.7126 -46 -33 -41 -41 0.961829 11.4 17.0941 -46 -31 -40 -40 0.965825 11.6 18.4416 -45 -29 -40 -39 0.969593 11.8 19.773 -45 -27 -39 -38 0.964319 12 21.106 -44 -25 -38 -37 0.96132 12.2 22.4582 -44 -23 -37 -36 0.971765 12.4 23.8454 -43 -21 -36 -35 0.985485 12.6 25.265 -42 -18 -34 -33 0.978765 12.8 26.7052 -42 -15 -33 -32 0.977291 13 28.1542 -41 -12 -31 -30 0.978562 13.2 29.6001 -40 -9 -30 -28 0.976792 13.4 31.031 -39 -6 -28 -27 0.975074 13.6 32.435 -38 -3 -27 -25 0.960393 13.8 33.8044 -37 1 -24 -22 0.970564 14 35.1554 -36 7 -22 -20 0.970844 14.2 36.513 -34 13 -18 -16 0.952004 14.4 37.9022 -33 20 -15 -12 0.954639 14.6 39.348 -31 26 -11 -8 0.954456 14.8 40.8754 -30 34 -7 -5 0.950097 15 42.5093 -28 40 -4 -1 0.96071 15.2 44.2747 -26 46 0 3 0.954693 15.4 46.1967 -24 52 4 7 0.951988 15.6 48.3001 -23 59 7 10 0.959374 15.8 52.2602 -21 64 11 14 0.961823 16 54.1745 -19 71 15 18 0.967613 16.2 56.1666 -17 77 19 22 0.950404 16.4 58.2775 -15 83 23 27 0.955515 16.6 60.6027 -10 92 31 34 0.965593 16.8 63.2415 -7 105 38 41 0.956769 17 66.2935 -2 114 45 49 0.992933 17.2 69.8581 1 126 53 56 0.9545 17.4 74.0348 6 134 61 64 0.953734 17.6 78.9231 10 145 68 71 0.95778 17.8 84.6225 15 153 76 79 0.957869 18 91.2324 18 163 83 86 0.966555 18.2 98.851 24 172 92 94 0.959697 18.4 107.52 29 183 100 103 0.955991 18.6 117.202 40 194 115 116 0.948217 18.8 127.855 48 210 130 130 0.955836 19 139.435 62 221 145 145 0.958886 19.2 151.9 70 236 160 159 0.958151 19.4 165.206 84 245 175 174 0.953544 19.6 179.312 94 260 191 189 0.963089 19.8 194.173 107 270 206 203 0.968523 20 209.748 117 283 221 218 0.970933 20.2 225.993 126 293 234 233 0.9535 20.4 242.866 135 309 249 248 0.953905 20.6 260.323 158 336 268 268 0.960001 20.8 278.322 177 381 285 287 0.956614 21 296.821 199 402 304 307 0.956859 21.2 315.775 217 437 322 326 0.958814 21.4 335.142 238 456 342 346 0.954982 21.6 354.88 253 485 362 366 0.95856 21.8 374.945 271 503 383 386 0.960251 22 395.295 285 530 402 406 0.960061 22.2 415.887 308 547 422 425 0.960786 22.4 436.678 323 572 443 445 0.96221 22.6 457.624 345 587 462 465 0.96223 22.8 478.684 360 608 483 484 0.961385 23 499.815 380 624 503 504 0.96268 23.2 520.972 395 646 522 523 0.963585 23.4 542.115 418 660 542 542 0.96326 23.6 563.199 434 680 561 562 0.967907 23.8 584.182 456 693 581 581 0.968548 24 605.022 471 711 601 600 0.965049 24.2 625.674 496 724 621 620 0.963016 24.4 646.097 513 742 641 640 0.966056 24.6 666.247 539 753 661 659 0.96704 24.8 686.082 556 771 680 679 0.962588 25 705.559 582 782 699 698 0.960167 25.2 724.635 601 798 720 717 0.956749 25.4 743.266 624 808 738 734 0.958893 25.6 761.411 641 827 754 750 0.96249 25.8 779.027 656 840 765 762 0.963908 26 796.086 672 858 776 774 0.963798 26.2 812.596 687 871 787 786 0.959823 26.4 828.565 699 888 798 798 0.965291 26.6 844.004 713 899 810 810 0.962473 26.8 858.921 722 915 821 822 0.960261 27 873.327 736 926 833 833 0.960024 27.2 887.23 745 941 844 845 0.962028 27.4 900.64 758 952 856 857 0.95995 27.6 913.568 768 967 868 869 0.962845 27.8 926.021 783 979 880 881 0.965767 28 938.011 794 993 892 893 0.96261 28.2 949.546 809 1003 903 905 0.959618 28.4 960.635 822 1016 915 917 0.958504 28.6 971.289 835 1027 927 929 0.959434 28.8 981.517 846 1041 938 941 0.960776 29 991.329 861 1051 950 953 0.964 29.2 1000.73 873 1064 962 965 0.969422 29.4 1009.74 889 1074 973 976 0.977486 29.6 1018.36 900 1087 985 988 0.968234 29.8 1026.6 916 1097 996 1000 0.966778 30 1034.47 927 1108 1007 1012 0.967537 30.2 1041.98 947 1118 1018 1024 0.962237 30.4 1049.15 961 1131 1029 1036 0.965294 30.6 1056 975 1140 1040 1047 0.965712 30.8 1062.57 983 1153 1052 1059 0.972279 31 1068.9 993 1162 1064 1070 0.97206 31.2 1075.04 1001 1176 1076 1081 0.970747 31.4 1081.03 1011 1186 1088 1092 0.966593 31.6 1086.9 1018 1200 1099 1103 0.965295 31.8 1092.7 1028 1209 1110 1114 0.965887 32 1098.47 1037 1221 1121 1124 0.970994 32.2 1104.24 1047 1228 1132 1135 0.967228 32.4 1110.06 1055 1240 1143 1146 0.965278 32.6 1115.98 1066 1248 1154 1157 0.959857 32.8 1122.02 1074 1260 1165 1168 0.965367 33 1128.23 1085 1268 1176 1179 0.96245 33.2 1134.65 1093 1279 1187 1190 0.9656 33.4 1141.32 1104 1286 1197 1201 0.961614 33.6 1148.25 1112 1295 1207 1212 0.963435 33.8 1155.44 1123 1311 1220 1224 0.959355 34 1162.88 1131 1333 1234 1236 0.960556 34.2 1170.57 1141 1348 1247 1248 0.960399 34.4 1178.51 1149 1367 1260 1261 0.958887 34.6 1186.69 1161 1381 1272 1273 0.961096 34.8 1195.12 1170 1400 1285 1286 0.95856 35 1203.78 1181 1412 1297 1298 0.960397 35.2 1212.68 1189 1429 1309 1310 0.957983 35.4 1221.8 1201 1443 1321 1322 0.963781 35.6 1231.16 1211 1459 1333 1335 0.963493 35.8 1240.74 1222 1472 1345 1347 0.961911 36 1250.55 1231 1487 1357 1359 0.962254 36.2 1260.57 1243 1500 1370 1371 0.963671 36.4 1270.81 1252 1514 1382 1383 0.967765 36.6 1281.27 1264 1527 1395 1396 0.961603 36.8 1291.93 1274 1545 1407 1408 0.960937 37 1302.8 1286 1557 1419 1420 0.961295 37.2 1313.88 1295 1572 1431 1433 0.964381 37.4 1325.15 1308 1584 1443 1445 0.964148 37.6 1336.63 1319 1600 1455 1458 0.961105 37.8 1348.3 1330 1613 1468 1470 0.963653 38 1360.16 1340 1628 1480 1482 0.963586 38.2 1372.21 1353 1640 1492 1494 0.963025 38.4 1384.44 1362 1655 1504 1507 0.966134 38.6 1396.86 1375 1668 1517 1519 0.964072 38.8 1409.46 1385 1682 1529 1531 0.963229 39 1422.23 1397 1694 1542 1544 0.960988 39.2 1435.18 1406 1708 1553 1556 0.960915 39.4 1448.29 1418 1720 1565 1568 0.960179 39.6 1461.58 1427 1733 1577 1580 0.959201 39.8 1475.03 1442 1747 1590 1593 0.961739 40 1488.64 1452 1763 1602 1605 0.955248 40.2 1502.4 1465 1774 1614 1617 0.959978 40.4 1516.32 1475 1790 1626 1629 0.959815 40.6 1530.4 1489 1801 1639 1641 0.953611 40.8 1544.62 1498 1813 1651 1654 0.957271 41 1558.99 1511 1825 1664 1666 0.961734 41.2 1573.5 1522 1839 1676 1678 0.95783 41.4 1588.15 1536 1851 1688 1690 0.961111 41.6 1602.93 1546 1864 1701 1702 0.961922 41.8 1617.85 1560 1876 1713 1715 0.966116 42 1632.9 1571 1890 1725 1727 0.964048 42.2 1648.07 1584 1901 1737 1740 0.98673 42.4 1663.37 1594 1915 1749 1752 0.961157 42.6 1678.8 1606 1926 1762 1764 0.95993 42.8 1694.33 1617 1940 1774 1777 0.960182 43 1709.99 1629 1951 1787 1789 0.960799 43.2 1725.75 1640 1964 1799 1801 0.961472 43.4 1741.63 1654 1975 1811 1813 0.961108 43.6 1757.6 1665 1989 1823 1826 0.953488 43.8 1773.69 1679 2001 1836 1838 0.959295 44 1789.87 1690 2014 1848 1851 0.960842 44.2 1806.14 1702 2025 1860 1863 0.963219 44.4 1822.51 1712 2040 1873 1875 0.959102 44.6 1838.97 1726 2050 1885 1887 0.958807 44.8 1855.52 1737 2063 1897 1899 0.963968 45 1872.15 1750 2073 1909 1912 0.963045 45.2 1888.87 1761 2086 1921 1924 0.960205 45.4 1905.66 1774 2097 1934 1936 0.962062 45.6 1922.52 1787 2110 1946 1948 0.967653 45.8 1939.46 1798 2120 1959 1961 0.960321 46 1956.46 1810 2132 1971 1973 0.959168 46.2 1973.53 1823 2144 1983 1985 0.969096 46.4 1990.66 1836 2157 1996 1998 0.967281 46.6 2007.86 1850 2169 2008 2010 0.977866 46.8 2025.1 1862 2181 2020 2022 0.958597 47 2042.41 1875 2191 2032 2034 0.953007 47.2 2059.76 1886 2202 2044 2046 0.970753 47.4 2077.16 1900 2213 2056 2058 0.966417 47.6 2094.6 1912 2226 2068 2071 0.970189 47.8 2112.08 1929 2236 2080 2083 0.983513 48 2129.6 1940 2250 2092 2095 0.973063 48.2 2147.16 1953 2259 2104 2108 0.978287 48.4 2164.74 1964 2271 2116 2120 0.960455 48.6 2182.36 1978 2280 2128 2132 0.961197 48.8 2200 1989 2292 2139 2144 0.962819 49 2217.66 2005 2303 2152 2157 0.966022 49.2 2235.35 2017 2314 2164 2169 0.958906 49.4 2253.04 2033 2323 2175 2181 0.957684 49.6 2270.76 2046 2335 2187 2194 0.965558 49.8 2288.48 2061 2343 2198 2206 0.969552 50 2306.21 2073 2355 2210 2218 0.970241 50.2 2323.94 2087 2362 2221 2230 0.971886 50.4 2341.67 2099 2373 2233 2242 0.970815 50.6 2359.41 2113 2380 2244 2255 0.964575 50.8 2377.14 2126 2390 2255 2267 0.970902 51 2394.87 2138 2401 2267 2279 0.970436 51.2 2412.61 2148 2420 2279 2291 0.968035 51.4 2430.34 2159 2435 2291 2302 0.967348 51.6 2448.07 2168 2455 2302 2314 0.958408 51.8 2465.81 2178 2467 2314 2325 0.965768 52 2483.54 2188 2485 2326 2336 0.964724 52.2 2501.27 2199 2497 2337 2348 0.965567 52.4 2519.01 2207 2513 2349 2358 0.955369 52.6 2536.74 2218 2527 2361 2370 0.959974 52.8 2554.47 2227 2542 2373 2381 0.962439 53 2572.21 2238 2556 2385 2393 0.96148 53.2 2589.94 2247 2572 2396 2404 0.961626 53.4 2607.67 2257 2583 2408 2416 0.957614 53.6 2625.41 2266 2599 2419 2427 0.967574 53.8 2643.14 2275 2612 2431 2439 0.963897 54 2660.88 2284 2627 2443 2450 0.958612 54.2 2678.61 2294 2640 2454 2461 0.959102 54.4 2696.34 2303 2657 2465 2473 0.961217 54.6 2714.08 2314 2668 2476 2484 0.956367 54.8 2731.81 2323 2682 2487 2496 0.955435 55 2749.54 2332 2696 2499 2507 0.961245 55.2 2767.28 2342 2713 2511 2519 0.964736 55.4 2785.01 2353 2726 2523 2530 0.960831 55.6 2802.74 2363 2741 2534 2542 0.959198 55.8 2820.48 2375 2755 2546 2553 0.965344 56 2838.21 2382 2768 2557 2565 0.962503 56.2 2855.94 2394 2779 2569 2576 0.967448 56.4 2873.68 2403 2792 2581 2588 0.968308 56.6 2891.41 2411 2804 2592 2599 0.962242 56.8 2909.14 2420 2819 2604 2611 0.960161 57 2926.88 2430 2831 2615 2622 0.958494 57.2 2944.61 2440 2844 2626 2633 0.964223 57.4 2962.34 2449 2857 2638 2644 0.965222 57.6 2980.08 2458 2872 2649 2656 0.963878 57.8 2997.81 2469 2885 2661 2668 0.962805 58 3015.54 2478 2899 2672 2679 0.962026 58.2 3033.28 2489 2911 2684 2691 0.962861 58.4 3051.01 2499 2927 2695 2703 0.967676 58.6 3068.75 2510 2938 2707 2714 0.967528 58.8 3086.48 2520 2952 2718 2725 0.968799 59 3104.21 2530 2963 2730 2737 0.968085 59.2 3121.95 2538 2979 2741 2748 0.972034 59.4 3139.68 2549 2991 2752 2759 0.96302 59.6 3157.41 2559 3006 2764 2771 0.965398 59.8 3175.15 2570 3018 2775 2782 0.965118 60 3192.88 2577 3032 2787 2794 0.968863 60.2 3210.61 2589 3045 2798 2806 0.969521 60.4 3228.35 2598 3058 2809 2817 0.96727 60.6 3246.08 2609 3069 2821 2829 0.968686 60.8 3263.81 2618 3084 2832 2840 0.963806 61 3281.55 2628 3094 2843 2852 0.973654 61.2 3299.28 2639 3109 2855 2863 0.969887 61.4 3317.01 2649 3122 2866 2874 0.974601 61.6 3334.75 2658 3135 2878 2885 0.971728 61.8 3352.48 2669 3148 2889 2897 0.968527 62 3370.21 2678 3162 2901 2909 0.970995 62.2 3387.95 2689 3174 2912 2920 0.972353 62.4 3405.68 2697 3190 2924 2932 0.973463 62.6 3423.42 2708 3202 2936 2943 0.976474 62.8 3441.15 2718 3217 2948 2955 0.977175 63 3458.88 2729 3227 2959 2966 0.973422 63.2 3476.62 2739 3241 2971 2978 0.984717 63.4 3494.35 2750 3254 2983 2990 0.977909 63.6 3512.08 2760 3267 2994 3001 1.00012 63.8 3529.82 2771 3279 3006 3013 0.973335 64 3547.55 2781 3292 3017 3024 0.976767 64.2 3565.28 2792 3304 3029 3036 0.972223 64.4 3583.02 2802 3318 3040 3047 0.990831 64.6 3600.75 2812 3330 3051 3059 0.982895 64.8 3618.48 2821 3343 3063 3070 0.960651 65 3636.22 2832 3354 3074 3082 0.962155 65.2 3653.95 2842 3366 3087 3093 0.986922