# Aishihik Basin, Yukon 12,000 Year Multiproxy Lake Sediment Data #----------------------------------------------------------------------- # World Data Center for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. # If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. # # # Online_Resource: http://ncdc.noaa.gov/paleo/study/18435 # # Original_Source_URL: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/paleolimnology/northamerica/canada/yukon/aishihik2013charcoal.txt # # Description/Documentation lines begin with # # Data lines have no # # # Archive: Paleolimnology #-------------------- # Contribution_Date # Date: 2015-03-20 #-------------------- # Title # Study_Name: Aishihik Basin, Yukon 12,000 Year Multiproxy Lake Sediment Data #-------------------- # Investigators # Investigators: Rainville, R.A.; Gajewski, K. #-------------------- # Description_and_Notes # Description: Multiproxy sediment data from Lake WA01, Aishihik Basin, southwest Yukon, Canada. Data include pollen counts, # sediment physical properties, and charcoal concentration. #-------------------- # Publication # Authors: Rebecca A. Rainville and Konrad Gajewski # Published_Date_or_Year: 2013-04-01 # Published_Title: Holocene environmental history of the Aishihik Region, Yukon, Canada # Journal_Name: Canadian Journal of Earth Sciences # Volume: 50 # Edition: # Issue: 4 # Pages: 397-405 # DOI: 10.1139/cjes-2012-0103 # Online_Resource: http://cjes.geoscienceworld.org/content/50/4/397.abstract # Full_Citation: # Abstract: A 2.7 m sediment core from WA01, a small pond in Southwest Yukon, Canada (unofficial name, 61 14'41"N, 136 55'35"W, 1000 m above sea level), documents the postglacial vegetation and climate history of the Aishihik Basin. Open birch-shrub tundra established at the site ca. 10 900 cal years BP, immediately after deglaciation. Picea glauca established ca. 10 200 cal years BP, and an open spruce forest ecosystem has since remained dominant on the landscape. A gradual increase in Alnus crispa, starting ca. 6600 cal years BP, has also been noted in other studies from Central Yukon, suggesting a significant climate transition in Yukon at this time. An alternating pattern in sediment loss-on-ignition, also beginning ca. 6600 cal years BP, may be broadly related to trends in ∂18O values from the Mount Logan and Jellybean Lake oxygen isotope records, and is most likely reflective of periodic changes in available moisture in the region resulting from alterations in the strength and position of the Aleutian Low pressure system. However, millennial-scale climate variability identified in ice core and sediment records had little impact on the forests of the region. #------------------ # Funding_Agency # Funding_Agency_Name: Natural Sciences and Engineering Research Council of Canada # Grant: #------------------ # Site_Information # Site_Name: Lake WA01 # Location: North America>Canada>Yukon Territory # Country: Canada # Northernmost_Latitude: 61.2447 # Southernmost_Latitude: 61.2447 # Easternmost_Longitude: -136.9264 # Westernmost_Longitude: -136.9264 # Elevation: 1000 m #------------------ # Data_Collection # Collection_Name: WA01charcoal # Earliest_Year: 12906 # Most_Recent_Year: -57 # Time_Unit: Cal. Year BP # Core_Length: m # Notes: #------------------ # Chronology: # # WA01 Chronology Information # Mean cm age plus errors cal years BP # Mean cm low upp age lower upper # 1 210Pb 0.25 0 0.5 -58.1 -58.1 -58.1 # 2 210Pb 0.75 0.5 1 -57.7 -57.7 -57.7 # 3 210Pb 1.25 1 1.5 -57.3 -57.3 -57.3 # 4 210Pb 1.75 1.5 2 -56.5 -56.5 -56.5 # 5 210Pb 2.25 2 2.5 -55.9 -55.9 -55.9 # 6 210Pb 2.75 2.5 3 -55.3 -55.3 -55.3 # 7 210Pb 3.25 3 3.5 -54.3 -54.3 -54.3 # 8 210Pb 3.75 3.5 4 -53.0 -53.0 -53.0 # 9 210Pb 4.25 4 4.5 -51.7 -51.7 -51.7 # 10 210Pb 4.75 4.5 5 -50.0 -50.0 -50.0 # 11 210Pb 5.25 5 5.5 -47.8 -47.8 -47.8 # 12 210Pb 5.75 5.5 6 -46.1 -46.1 -46.1 # 13 210Pb 6.25 6 6.5 -44.7 -44.7 -44.7 # 14 210Pb 6.75 6.5 7 -42.2 -42.2 -42.2 # 15 210Pb 7.25 7 7.5 -39.5 -39.5 -39.5 # 16 210Pb 7.75 7.5 8 -37.5 -37.5 -37.5 # 17 210Pb 8.25 8 8.5 -35.2 -35.2 -35.2 # 18 210Pb 8.75 8.5 9 -33.0 -33.0 -33.0 # 19 210Pb 9.25 9 9.5 -30.8 -30.8 -30.8 # 20 210Pb 9.75 9.5 10 -28.2 -28.2 -28.2 # 21 210Pb 10.25 10 10.5 -25.3 -25.3 -25.3 # 22 210Pb 10.75 10.5 11 -22.5 -22.5 -22.5 # 23 210Pb 11.25 11 11.5 -19.4 -19.4 -19.4 # 24 210Pb 11.75 11.5 12 -16.7 -16.7 -16.7 # 25 210Pb 12.25 12 12.5 -14.4 -14.4 -14.4 # 26 210Pb 12.75 12.5 13 -11.7 -11.7 -11.7 # 27 210Pb 13.25 13 13.5 -8.8 -8.8 -8.8 # 28 210Pb 13.75 13.5 14 -5.8 -5.8 -5.8 # 29 210Pb 14.25 14 14.5 -3.0 -3.0 -3.0 # 30 210Pb 14.75 14.5 15 0.0 0.0 0.0 # 31 14C 15 13 17 145 0 290 # 32 WRA 55.5 52 59 1147 1014 1256 # 33 14C 92.5 92 93 3580 3470 3690 # 34 14C 128.5 128 129 4800 4730 4870 # 35 14C 189 188 190 7375 7310 7440 # 36 14C 208.5 208 209 8100 8010 8190 # 37 14C 253.5 253 254 10630 10520 10740 # # #---------------- # Variables # # Data variables follow that are preceded by "##" in columns one and two. # Data line variables format: Variables list, one per line, shortname-tab-longname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) # ##depth_cm depth, , , cm, , , , ,N ##age_calBP age, , , calendar years before present, , , , ,N ##sed_cmyr Sedimentation rate, , , cm/yr, , paleolimnology, , ,N ##samp_vol Sample Volume, , , cc, , paleolimnology, , ,N ##char>125um Macrocharcoal particles >125um, , , count, , paleolimnology, , ,N ##char>125cc Macrocharcoal particles >125um, , , particles/cc, , paleolimnology, , ,N ##char>125flux Macrocharcoal particles >125um, , , particles/cm2/year, , paleolimnology, , ,N # #---------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Values: # # depth_cm age_calBP sed_cmyr samp_vol char>125um char>125cc char>125flux 1.5 -56.90345762 0.78 5.00 12 2.4 1.86068498 2.5 -55.61361005 0.51 4.00 23 5.75 2.921256408 3.5 -53.64527889 0.36 5.00 26 5.2 1.865275398 4.5 -50.8574868 0.26 4.00 30 7.5 1.922559222 5.5 -46.95643662 0.28 5.00 75 15 4.237676296 6.5 -43.41676088 0.20 5.00 20 4 0.816795476 7.5 -38.51957411 0.23 5.00 10 2 0.454577397 8.5 -34.11988329 0.22 5.00 24 4.8 1.033885545 9.5 -29.47720304 0.18 5.00 32 6.4 1.145988962 10.5 -23.89250701 0.17 5.00 24 4.8 0.826807296 11.5 -18.087043 0.20 5.00 22 4.4 0.876542607 12.5 -13.06732124 0.17 5.00 21 4.2 0.729348614 13.5 -7.308758157 0.05 5.00 12 2.4 0.113762276 14.5 13.78786624 0.07 5.00 17 3.4 0.242550119 15.5 27.80558769 0.07 5.00 14 2.8 0.183281734 16.5 43.08261469 0.06 5.00 23 4.6 0.278609675 17.5 59.59316836 0.06 5.00 20 4 0.22575239 18.5 77.31169614 0.05 5.00 20 4 0.211627048 19.5 96.21287179 0.05 5.00 28 5.6 0.279180276 20.5 116.2715954 0.05 5.00 27 5.4 0.254820376 21.5 137.4629933 0.04 5.00 36 7.2 0.32287828 22.5 159.7624184 0.04 5.00 24 4.8 0.205277065 23.5 183.1454495 0.04 5.00 59 11.8 0.482766808 24.5 207.5878921 0.04 5.00 34 6.8 0.28320614 24.5 207.5878921 0.04 5.00 30 6 0.235498348 25.5 233.0657778 0.04 5.00 24 4.8 0.181203279 26.5 259.5553647 0.04 5.00 65 13 0.473109677 27.5 287.0331371 0.04 5.00 44 8.8 0.309394317 28.5 315.4758056 0.03 5.00 42 8.4 0.285864982 29.5 344.8603071 0.03 5.00 80 16 0.527991853 30.5 375.163805 0.03 5.00 35 7 0.22435981 31.5 406.3636889 0.03 5.00 69 13.8 0.430256568 32.5 438.4375746 0.03 5.00 79 15.8 0.479867875 33.5 471.3633044 0.03 5.00 54 10.8 0.31994651 34.5 505.1189469 0.03 5.00 37 7.4 0.21409652 35.5 539.682797 0.03 5.00 78 15.6 0.441294047 36.5 575.0333758 0.03 5.00 56 11.2 0.310111389 37.5 611.1494309 0.03 5.00 53 10.6 0.287570665 38.5 648.009936 0.03 5.00 45 9 0.239462611 39.5 685.5940915 0.03 5.00 91 18.2 0.475354288 40.5 723.8813237 0.03 5.00 55 11 0.282268689 41.5 762.8512854 0.03 5.00 44 8.8 0.222039598 42.5 802.4838559 0.02 5.00 34 6.8 0.168838038 43.5 842.7591404 0.02 5.00 100 20 0.489017517 44.5 883.6574708 0.02 5.00 87 17.4 0.419257566 45.5 925.1594051 0.02 5.00 72 14.4 0.342153913 46.5 967.2457278 0.02 5.00 93 18.6 0.43609025 47.5 1009.89745 0.02 5.00 42 8.4 0.194451836 48.5 1053.095807 0.02 5.00 83 16.6 0.379632859 49.5 1096.822265 0.02 5.00 74 14.8 0.334567265 50.5 1141.058511 0.02 5.00 75 15 0.335360763 51.5 1185.786463 0.02 5.00 93 18.6 0.411488046 52.5 1230.988262 0.02 5.00 58 11.6 0.25406273 53.5 1276.646277 0.02 5.00 66 13.2 0.28635377 54.5 1322.743104 0.02 5.00 54 10.8 0.232165904 55.5 1369.261562 0.02 5.00 19 3.8 0.0809835 56.5 1416.184701 0.02 5.00 64 12.8 0.27054966 57.5 1463.495793 0.02 5.00 92 18.4 0.38588543 58.5 1511.17834 0.02 5.00 21 4.2 0.08743128 59.5 1559.216067 0.02 5.00 69 13.8 0.285260345 60.5 1607.592928 0.02 5.00 49 9.8 0.201231316 61.5 1656.293102 0.02 5.00 46 9.2 0.187724868 62.5 1705.300993 0.02 5.00 20 4 0.081135504 63.5 1754.601235 0.02 5.00 25 5 0.100852302 64.5 1804.178685 0.02 5.00 93 18.6 0.373196146 65.5 1854.018428 0.02 5.00 41 8.2 0.163714003 66.5 1904.105775 0.02 5.00 41 8.2 0.162955497 67.5 1954.426262 0.02 5.00 37 7.4 0.146420442 68.5 2004.965653 0.02 5.00 64 12.8 0.252245154 69.5 2055.709939 0.02 5.00 60 12 0.235592558 70.5 2106.645334 0.02 5.00 79 15.8 0.309119329 71.5 2157.758281 0.02 5.00 32 6.4 0.124811884 72.5 2209.03545 0.02 5.00 37 7.4 0.143889691 73.5 2260.463734 0.02 5.00 28 5.6 0.10859759 74.5 2312.030256 0.02 5.00 30 6 0.117572435 74.5 2312.030256 0.02 5.00 34 6.8 0.131548129 75.5 2363.722364 0.02 5.00 47 9.4 0.181448734 76.5 2415.52763 0.02 5.00 59 11.8 0.227333038 77.5 2467.433856 0.02 5.00 22 4.4 0.084623176 78.5 2519.429068 0.02 5.00 84 16.8 0.32262741 79.5 2571.501519 0.02 5.00 37 7.4 0.141930568 80.5 2623.639688 0.02 5.00 49 9.8 0.187766106 81.5 2675.832282 0.02 5.00 45 9 0.172295136 82.5 2728.068231 0.02 5.00 24 4.8 0.091833578 83.5 2780.336694 0.02 5.00 136 27.2 0.520172341 84.5 2832.627056 0.02 5.00 67 13.4 0.256204981 85.5 2884.928928 0.02 5.00 51 10.2 0.19501668 86.5 2937.232146 0.02 5.00 45 9 0.172101806 87.5 2989.526775 0.02 5.00 50 10 0.191291169 88.5 3041.803103 0.02 5.00 68 13.6 0.26029433 89.5 3094.051648 0.02 5.00 60 12 0.229834407 90.5 3146.263152 0.02 5.00 84 16.8 0.322052355 91.5 3198.428583 0.02 5.00 63 12.6 0.24179363 92.5 3250.539137 0.02 5.00 29 5.8 0.111437529 93.5 3302.586235 0.02 5.00 51 10.2 0.196247102 94.5 3354.561525 0.02 5.00 45 9 0.173425923 95.5 3406.456881 0.02 5.00 18 3.6 0.069487979 96.5 3458.264403 0.02 5.00 46 9.2 0.177908363 97.5 3509.976418 0.02 5.00 76 15.2 0.294521923 98.5 3561.58548 0.02 5.00 48 9.6 0.186411796 99.5 3613.084367 0.02 5.00 27 5.4 0.105095746 100.5 3664.466085 0.02 5.00 32 6.4 0.124859092 101.5 3715.723866 0.02 5.00 29 5.8 0.113442323 102.5 3766.851168 0.02 5.00 54 10.8 0.211804123 103.5 3817.841677 0.02 5.00 91 18.2 0.35793215 104.5 3868.689303 0.02 5.00 92 18.4 0.362927148 105.5 3919.388183 0.02 5.00 61 12.2 0.241371474 106.5 3969.932681 0.02 5.00 50 10 0.198472926 107.5 4020.317387 0.02 5.00 38 7.6 0.151334943 108.5 4070.537117 0.02 5.00 44 8.8 0.17582489 109.5 4120.586914 0.02 5.00 46 9.2 0.184460664 110.5 4170.462046 0.02 5.00 58 11.6 0.233419362 111.5 4220.158009 0.02 5.00 67 13.4 0.270638644 112.5 4269.670525 0.02 5.00 85 17 0.344652705 113.5 4318.99554 0.02 5.00 132 26.4 0.537309536 114.5 4368.12923 0.02 5.00 117 23.4 0.478148565 115.5 4417.067994 0.02 5.00 128 25.6 0.525230924 116.5 4465.80846 0.02 5.00 164 32.8 0.675744989 117.5 4514.347481 0.02 5.00 191 38.2 0.79032322 118.5 4562.682136 0.02 5.00 99 19.8 0.411406391 119.5 4610.80973 0.02 5.00 58 11.6 0.242079884 120.5 4658.727797 0.02 5.00 112 22.4 0.469539692 121.5 4706.434094 0.02 5.00 155 31 0.652734477 122.5 4753.926606 0.02 5.00 120 24 0.507647089 123.5 4801.203544 0.02 5.00 110 22 0.467490284 124.5 4848.263346 0.02 5.00 72 14.4 0.325177821 124.5 4848.263346 0.02 5.00 39 7.8 0.166519614 125.5 4895.104674 0.02 5.00 30 6 0.128695309 126.5 4941.72642 0.02 5.00 49 9.8 0.211201073 127.5 4988.1277 0.02 5.00 51 10.2 0.220874094 128.5 5034.307855 0.02 5.00 49 9.8 0.213235388 129.5 5080.266456 0.02 5.00 33 6.6 0.144303801 130.5 5126.003297 0.02 5.00 75 15 0.329560938 131.5 5171.518399 0.02 5.00 95 19 0.419485196 132.5 5216.812012 0.02 5.00 122 24.4 0.541348884 133.5 5261.884609 0.02 5.00 67 13.4 0.298758492 134.5 5306.73689 0.02 5.00 39 7.8 0.174759005 135.5 5351.369783 0.02 5.00 87 17.4 0.391762559 136.5 5395.784441 0.02 5.00 61 12.2 0.276031826 137.5 5439.982243 0.02 5.00 54 10.8 0.245551917 138.5 5483.964796 0.02 5.00 66 13.2 0.301582386 139.5 5527.73393 0.02 5.00 83 16.6 0.381103028 140.5 5571.291705 0.02 5.00 70 14 0.32296239 141.5 5614.640406 0.02 5.00 65 13 0.30132953 142.5 5657.782543 0.02 5.00 37 7.4 0.172340265 143.5 5700.720855 0.02 5.00 85 17 0.397777599 144.5 5743.458304 0.02 5.00 45 9 0.211566693 145.5 5785.998082 0.02 5.00 67 13.4 0.316444324 146.5 5828.343603 0.02 5.00 61 12.2 0.289408763 147.5 5870.498512 0.02 5.00 85 17 0.405068939 148.5 5912.466677 0.02 5.00 37 7.4 0.177094856 149.5 5954.252193 0.02 5.00 48 9.6 0.230729355 150.5 5995.859383 0.02 5.00 22 4.4 0.106194492 151.5 6037.292793 0.02 5.00 144 28.8 0.697938071 152.5 6078.5572 0.02 5.00 83 16.6 0.403888991 153.5 6119.657602 0.02 5.00 131 26.2 0.639935513 154.5 6160.599227 0.02 5.00 117 23.4 0.573693904 155.5 6201.387529 0.02 5.00 102 20.4 0.501960382 156.5 6242.028186 0.02 5.00 81 16.2 0.400010672 157.5 6282.527106 0.02 5.00 52 10.4 0.257659718 158.5 6322.890419 0.02 5.00 48 9.6 0.238603773 159.5 6363.124486 0.02 5.00 43 8.6 0.214402868 160.5 6403.235889 0.03 5.00 69 13.8 0.345038364 161.5 6443.231442 0.03 5.00 61 12.2 0.305866069 162.5 6483.118181 0.03 5.00 108 21.6 0.542915607 163.5 6522.90337 0.03 5.00 122 24.4 0.614746934 164.5 6562.594499 0.03 5.00 100 20 0.504989473 165.5 6602.199285 0.03 5.00 195 39 0.986682681 166.5 6641.72567 0.03 5.00 53 10.6 0.26865264 167.5 6681.181825 0.03 5.00 23 4.6 0.116768108 168.5 6720.576143 0.03 5.00 154 30.8 0.782896176 169.5 6759.917247 0.03 5.00 48 9.6 0.244295086 170.5 6799.213985 0.03 5.00 38 7.6 0.193574121 171.5 6838.475432 0.03 5.00 62 12.4 0.316040679 172.5 6877.710887 0.03 5.00 40 8 0.203982807 173.5 6916.929879 0.03 5.00 136 27.2 0.693660232 174.5 6956.14216 0.02 5.00 237 47.4 1.079609616 174.5 6956.14216 0.03 5.00 213 42.6 1.086303768 175.5 6995.35771 0.03 5.00 65 13 0.331387279 176.5 7034.586735 0.03 5.00 26 5.2 0.132474178 177.5 7073.839668 0.03 5.00 28 5.6 0.142538979 178.5 7113.127167 0.03 5.00 121 24.2 0.615260233 179.5 7152.460117 0.03 5.00 84 16.8 0.426509469 180.5 7191.84963 0.03 5.00 141 28.2 0.714694612 181.5 7231.307042 0.03 5.00 176 35.2 0.890308071 182.5 7270.843918 0.03 5.00 43 8.6 0.217017556 183.5 7310.472049 0.03 5.00 45 9 0.226521083 184.5 7350.20345 0.03 5.00 69 13.8 0.346325435 185.5 7390.050364 0.03 5.00 83 16.6 0.415260604 186.5 7430.025262 0.02 5.00 188 37.6 0.937291799 187.5 7470.140837 0.02 5.00 78 15.6 0.38739308 188.5 7510.410013 0.02 5.00 97 19.4 0.479771404 189.5 7550.845937 0.02 5.00 24 4.8 0.118179892 190.5 7591.461983 0.02 5.00 37 7.4 0.181329127 191.5 7632.271754 0.02 5.00 54 10.8 0.263303399 192.5 7673.289075 0.02 5.00 47 9.4 0.227939986 193.5 7714.528 0.02 5.00 137 27.4 0.660641983 194.5 7756.002809 0.02 5.00 318 63.6 1.524258763 195.5 7797.728007 0.02 5.00 22 4.4 0.104786052 196.5 7839.718329 0.02 5.00 67 13.4 0.317006683 197.5 7881.988731 0.02 5.00 40 8 0.187944893 198.5 7924.554399 0.02 5.00 76 15.2 0.354507822 199.5 7967.430745 0.02 5.00 58 11.6 0.26850198 200.5 8010.633406 0.02 5.00 73 14.6 0.335286568 201.5 8054.178246 0.02 5.00 222 44.4 1.011317886 202.5 8098.081356 0.02 5.00 117 23.4 0.528482786 203.5 8142.359052 0.02 5.00 67 13.4 0.299985506 204.5 8187.027876 0.02 5.00 58 11.6 0.257339025 205.5 8232.1046 0.02 5.00 126 25.2 0.55382647 206.5 8277.606217 0.02 5.00 182 36.4 0.792273454 207.5 8323.54995 0.02 5.00 181 36.2 0.78011698 208.5 8369.953247 0.02 5.00 82 16.4 0.349825354 209.5 8416.833782 0.02 5.00 49 9.8 0.20685721 210.5 8464.209458 0.02 5.00 55 11 0.229698121 211.5 8512.0984 0.02 5.00 19 3.8 0.078479056 212.5 8560.518962 0.02 5.00 28 5.6 0.114353948 213.5 8609.489725 0.02 5.00 20 4 0.080743211 214.5 8659.029493 0.02 5.00 69 13.8 0.275296302 215.5 8709.157301 0.02 5.00 53 10.6 0.208928315 216.5 8759.892406 0.02 5.00 33 6.6 0.12849995 217.5 8811.254293 0.02 5.00 48 9.6 0.184585632 218.5 8863.262675 0.02 5.00 60 12 0.227812861 219.5 8915.937489 0.02 5.00 351 70.2 1.315557451 220.5 8969.298898 0.02 5.00 35 7 0.12946565 221.5 9023.367294 0.02 5.00 82 16.4 0.299291924 222.5 9078.163293 0.02 5.00 177 35.4 0.637327458 223.5 9133.707738 0.02 5.00 73 14.6 0.259260756 224.5 9190.021699 0.02 5.00 102 20.4 0.429787311 224.5 9190.021699 0.02 5.00 104 20.8 0.364242766 225.5 9247.126471 0.02 5.00 132 26.4 0.455823889 226.5 9305.043576 0.02 5.00 107 21.4 0.364247964 227.5 9363.794762 0.02 5.00 62 12.4 0.208028412 228.5 9423.402005 0.02 5.00 186 37.2 0.61502344 229.5 9483.887504 0.02 5.00 257 51.4 0.837321963 230.5 9545.273688 0.02 5.00 67 13.4 0.215055414 231.5 9607.58321 0.02 5.00 131 26.2 0.414191663 232.5 9670.83895 0.02 5.00 129 25.8 0.401712329 233.5 9735.064013 0.02 5.00 65 13 0.199332327 234.5 9800.281734 0.02 5.00 140 28 0.422744014 235.5 9866.51567 0.01 5.00 97 19.4 0.288373194 236.5 9933.789607 0.01 5.00 253 50.6 0.74043779 237.5 10002.12756 0.01 5.00 105 21 0.302479471 238.5 10071.55376 0.01 5.00 144 28.8 0.40828528 239.5 10142.09267 0.01 5.00 264 52.8 0.73664498 240.5 10213.76899 0.01 5.00 294 58.8 0.80726384 241.5 10286.60763 0.01 5.00 102 20.4 0.275578462 242.5 10360.63373 0.01 5.00 106 21.2 0.281768994 243.5 10435.87267 0.01 5.00 130 26 0.339969857 244.5 10512.35004 0.01 5.00 109 21.8 0.280416074 245.5 10590.09166 0.01 5.00 112 22.4 0.283429781 246.5 10669.12358 0.01 5.00 80 16 0.199132539 247.5 10749.47207 0.01 5.00 146 29.2 0.357442014 248.5 10831.16365 0.01 5.00 165 33 0.397296576 249.5 10914.22502 0.01 5.00 46 9.2 0.108929711