# Blue Lake, South Australia 6,000 Year Ostracod Geochemical Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #----------------------------------------------------------------------- # Template Version 3.0 # Encoding: UTF-8 # 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: https://www.ncdc.noaa.gov/paleo/study/22411 # Description: # Online_Resource: https://www1.ncdc.noaa.gov/pub/data/paleo/paleolimnology/australia/blue2010ostracod.txt # Description: # # Original_Source_URL: # Description: # # Description/Documentation lines begin with # # Data lines have no # # # Archive: Paleolimnology # # Dataset DOI: # # Parameter_Keywords: geochemistry, carbon isotopes, oxygen isotopes #-------------------- # Contribution_Date # Date: 2017-07-10 #-------------------- # File_Last_Modified_Date # Date: 2017-07-10 #-------------------- # Title # Study_Name: Blue Lake, South Australia 6,000 Year Ostracod Geochemical Data #-------------------- # Investigators # Investigators: Gouramanis, C.; Wilkins, D.; De Deckker, P. #-------------------- # Description_Notes_and_Keywords # Description: Ostracod geochemical (Mg/Ca, Sr/Ca, Na/Ca) and stable isotope (d18O, d13C) data and reconstructed salinity # for the past 6,000 years from sediments collected in Blue Lake, South Australia. # Provided Keywords: Aquifers, AMS 14C dating, reservoir effect, stable isotopes of biogenic carbonate, trace elements, Mg/Ca, Sr/Ca, Na/Ca, Holocene, holocene climate variability, oxygen isotopic ratios, sea-level change, trace-element, late pleistocene lacustrine ostracods, vegetation, history, western-victoria, stable-isotopes, otway basin #-------------------- # Publication # Authors: Chris Gouramanis, Daniel Wilkins, Patrick De Deckker # Published_Date_or_Year: 2010-11-01 # Published_Title: 6000 years of environmental changes recorded in Blue Lake, South Australia, based on ostracod ecology and valve chemistry # Journal_Name: Palaeogeography, Palaeoclimatology, Palaeoecology # Volume: 297 # Edition: # Issue: 1 # Pages: 223-237 # Report_Number: # DOI: 10.1016/j.palaeo.2010.08.005 # Online_Resource: http://www.sciencedirect.com/science/article/pii/S0031018210004955 # Full_Citation: # Abstract: A 4 m long core taken from the freshwater Blue Lake crater near the township of Mount Gambier in southeastern South Australia provided a high-resolution palaeoclimatic record for the last six millennia. Accelerator Mass Spectrometry (AMS) radiocarbon (14C) dates were obtained from organic plant fibres and biogenic carbonates from the laminated sequence of the core and from a modern water sample. Large discrepancies between the radiocarbon ages determined from plant fibres and biogenic carbonates indicate the presence of a time-variable lacustrine reservoir, which is consistent with what is known of the lake's hydrology. Ostracod assemblages, associated with stable isotope (d13C, d18O) analyses and, in combination with Mg/Ca, Sr/Ca and Na/Ca analyses done on ostracod valves, infer salinity, temperature and water level changes in Blue Lake over the last 6 millenia. The influence of local aquifers through time has also been determined from the Na/Ca of ostracod valves. Approximately 900 year cycles are evident in the d13C record from 5.4 ka to 1.8 ka. The history of Blue Lake records an initial period of high hydrological variability around 6 ka, becoming increasingly deeper as groundwater flowed into the basin. By 4 ka, the lake had reached steady state with the lake level fluctuating by as much as 9 m, although significant geochemical variations represent temperature fluctuations until European settlement near the lake in 1839. #------------------ # Funding_Agency # Funding_Agency_Name: # Grant: #------------------ # Site_Information # Site_Name: Blue Lake # Location: Australia/New Zealand>Australia # Country: Australia # Northernmost_Latitude: -37.014087 # Southernmost_Latitude: -37.014087 # Easternmost_Longitude: 140.012913 # Westernmost_Longitude: 140.012913 # Elevation: 24 m #------------------ # Data_Collection # Collection_Name: Blue2010BL01ostracod # Earliest_Year: 5690 # Most_Recent_Year: 5 # Time_Unit: Cal. Year BP # Core_Length: 4 m # Notes: #------------------ # Chronology_Information # Chronology: # # Lab ID ANUAA2309 Pinus pollen ANUA36707 OZJ950 ANUA36714 ANUA36708 ANUA36028 ANUA36709 ANUA36029 OZJ951 OZJ952 ANUA36710 OZJ953 ANUA36711 OZJ954 OZJ955 ANUA36030 # Dated material Water mixed carbonate plant fibres charcoal ostracod calcite mixed carbonate mixed carbonate ostracod calcite plant fibres plant fibres charophyte oogonia plant fibres mixed carbonate plant fibres plant fibres ostracod calcite # depth_bot (mm) 0 100 130 160 250 250 530 660 690 810 1020 1300 1410 1470 1850 2030 2080 # depth_top (mm) # age (bp) 70 # age14C (bp) 2395 3070 800 1230 2070 4260 5350 4780 3010 3390 6390 4360 7170 4650 4770 6890 # age_error (years) 30 180 60 200 180 180 170 185 60 60 185 70 210 50 70 190 # calibrated age (cal BP) 700 1100 3120 3560 4900 5260 5450 # 2-sigma error of cal age (years) 35 185 105 80 80 185 130 # notes Excluded from final age model First apparance of pinus pollen, circa 1880 CE Excluded from final age model Excluded from final age model Excluded from final age model Excluded from final age model Excluded from final age model Excluded from final age model Excluded from final age model Excluded from final age model # #---------------- # Variables # # Data variables follow are preceded by "##" in columns one and two. # Data line variables format: one per line, shortname-tab-variable components (what, material, error, units, seasonality, data type,detail, method, C or N for Character or Numeric data, free text) # ## depth_cm depth, , , cm, , , , ,N, ## age_calBP age, , , calendar years before present, , , , ,N, ## Mg/CaG.aus Magnesium/Calcium ratio, ostracod G. australica, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Mg/CaC.nov Magnesium/Calcium ratio, ostracod C. novaezelandiae, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Mg/CaI.sma Magnesium/Calcium ratio, ostracod I. smaragdinus, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Mg/CaL.mow Magnesium/Calcium ratio, ostracod L. mowbrayensis, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Mg/CaL.dor Magnesium/Calcium ratio, ostracod L. dorsosicula, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Sr/CaG.aus Strontium/Calcium ratio, ostracod G. australica, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Sr/CaC.nov Strontium/Calcium ratio, ostracod C. novaezelandiae, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Sr/CaI.sma Strontium/Calcium ratio, ostracod I. smaragdinus, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Sr/CaL.mow Strontium/Calcium ratio, ostracod L. mowbrayensis, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Sr/CaL.dor Strontium/Calcium ratio, ostracod L. dorsosicula, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Na/CaG.aus Sodium/Calcium ratio, ostracod G. australica, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Na/CaC.nov Sodium/Calcium ratio, ostracod C. novaezelandiae, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Na/CaI.sma Sodium/Calcium ratio, ostracod I. smaragdinus, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Na/CaL.mow Sodium/Calcium ratio, ostracod L. mowbrayensis, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## Na/CaL.dor Sodium/Calcium ratio, ostracod L. dorsosicula, Relative Standard Deviation; <5%, , ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Inductively Coupled Plasma Mass Spectrometry,N, ## d18OG.aus delta 18O biogenic calcite, ostracod G. australica, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## d18OC.nov delta 18O biogenic calcite, ostracod C. novaezelandiae, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## d18OI.sma delta 18O biogenic calcite, ostracod I. smaragdinus, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## d13CG.aus delta 13C biogenic calcite, ostracod G. australica, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## d13CC.nov delta 13C biogenic calcite, ostracod C. novaezelandiae, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## d13CI.sma delta 13C biogenic calcite, ostracod I. smaragdinus, 0.08 per mil, per mil VPDB, ,paleolimnology,values for each species at each depth cannot be averaged due to lack of normalisation of geochemistry across species,Mass ratio mass spectrometry,N, ## WMAT_X log10 (total dissolved solids), , Root Mean Square Error: 0.23 bootstrapped R2: 0.84, mg/L, ,paleolimnology, ,Weighted average of 10 modern analogues technique,N, training set based on 537 modern samples ## salinity salinity, , Root Mean Square Error: 0.23 bootstrapped R2: 0.84, mg/L, ,paleolimnology, ,Weighted average of 10 modern analogues technique,N, training set based on 537 modern samples # #---------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Values: # depth_cm age_calBP Mg/CaG.aus Mg/CaC.nov Mg/CaI.sma Mg/CaL.mow Mg/CaL.dor Sr/CaG.aus Sr/CaC.nov Sr/CaI.sma Sr/CaL.mow Sr/CaL.dor Na/CaG.aus Na/CaC.nov Na/CaI.sma Na/CaL.mow Na/CaL.dor d18OG.aus d18OC.nov d18OI.sma d13CG.aus d13CC.nov d13CI.sma WMAT_X salinity 0 0 3.97847 9516.341093 0.45 5.625 0.008617547 0.001029133 0.004004496 1.85 -6.66 2.60057 398.6300187 0.45 5.625 0.010254769 0.001829547 2.60057 398.6300187 1.4 17.5 0.010235391 0.000937164 0.00093389 2.38981 245.3635237 1.4 17.5 0.007430603 0.002212547 0.001514137 2.38981 245.3635237 1.4 17.5 0.01119092 0.000806312 0.001182261 2.38981 245.3635237 2.2 27.5 0.00990321 0.001196598 0.00103415 2.49499 312.6007387 2.2 27.5 0.006466013 0.002096158 0.001023921 2.49499 312.6007387 2.9 36.25 0.007746846 0.00090986 0.001457665 2.57071 372.1431248 3.35 41.875 0.007941915 0.00090762 0.001673245 2.3118 205.0217801 4.3 53.75 0.010131218 0.001065923 0.001723804 2.57109 372.468886 4.3 53.75 0.006832035 0.002099408 0.001150144 2.57109 372.468886 4.9 61.25 0.007000098 0.002025533 0.001683148 2.49678 313.8918213 5.6 70 0.005260926 0.001058634 0.001189808 2.14 -6.92 2.49354 311.5587839 6.6 82.5 0.006499219 0.000856439 0.001745907 2.38 -7.09 2.52042 331.4515086 7.65 95.625 0.006715273 0.000833499 0.001721306 2.52 -6.62 2.47168 296.2647626 7.65 95.625 0.005879013 0.002320844 0.001172235 2.47168 296.2647626 8.65 108.125 0.006669544 0.000996746 0.000867366 1.95 -7.18 2.49429 312.0972917 9.65 120.625 0.00854306 0.000870044 0.001281973 2.74 -6.49 2.60154 399.5213569 10.55 183.115 0.007636495 0.00086932 0.001764142 2.26 -5.91 2.60157 399.5489558 11.35 267.355 0.009072002 0.00087644 0.001779136 2.54 -7.26 2.49858 315.1954938 11.35 267.355 0.007461033 0.002260043 0.00089254 2.49858 315.1954938 12.1 346.33 0.007501381 0.000965765 0.001098376 2.32059 209.2136421 12.95 435.835 0.007759286 0.001085067 0.001613038 2.89 -6.65 2.32068 209.2570025 12.95 435.835 2.84 -6.62 2.32068 209.2570025 13.85 530.605 0.008584697 0.000839816 0.001571254 2.84 -6.82 2.31423 206.1721501 13.85 530.605 2.82 -6.79 2.31423 206.1721501 14.8 630.64 0.006171118 0.000905645 0.000246037 2.76 -6.62 2.31452 206.3098674 14.8 630.64 2.79 -6.75 2.31452 206.3098674 15.85 741.205 0.005928522 0.000888988 0.000190224 2.48 -6.85 2.4962 313.4728988 17.05 792.82 0.010028507 0.000922571 0.00008336 2.66 -6.79 2.41897 262.4037275 18.2 839.28 0.006376534 0.000862195 1.05296E-05 2.64 -6.74 2.56739 369.3090923 19.15 877.66 0.007788146 0.000797541 0.000434678 2.41903 262.4399824 21.1 956.44 0.008444781 0.000864384 0.00040239 2.29 -7.21 2.39629 249.0519807 23.4 1049.36 0.008888287 0.001084688 0.000319611 2.7 -6.50 2.41914 262.5064628 25.25 1124.1 0.005944083 0.000858813 0.000480637 2.51 -6.52 2.48653 306.5702443 27 1190.7 0.008080863 0.000910393 0.000319601 2.03 -7.22 2.32213 209.9568266 29.15 1269.39 0.006904084 0.000859315 0.000208971 2.19 -7.06 2.31486 206.4714463 31.05 1338.93 0.007774441 0.00079652 0.000318498 2.16 -7.07 2.8662 734.8522022 32.65 1397.49 0.007380295 0.001124451 0.000311744 1.99 -7.17 2.31489 206.4857094 32.65 1397.49 1.79 -7.46 2.31489 206.4857094 33.55 1430.43 0.006923402 0.000825421 0.000235781 2.08 -6.94 2.3149 206.4904639 37.5 1575 0.006668577 0.000905478 0.000278181 2.12 -7.07 2.32222 210.000341 38.4 1607.94 0.008886739 0.000952688 0.000351369 2.29 -6.72 2.32223 210.0051765 40.05 1668.33 0.007135363 0.000901679 0.000227925 2.31493 206.5047283 40.6 1688.46 0.008995793 0.001494029 0.000263418 2.69 2.32224 210.0100121 42.8 1768.98 0.005153469 0.000878496 0.000257766 1.66 -7.48 2.31494 206.5094833 43.7 1801.92 0.005129373 0.000890012 0.000492484 2.32226 210.0196837 44.5 1831.2 0.005067651 0.000769517 0.000700494 2.32226 210.0196837 45.1 1853.16 0.008957022 0.000887404 0.000349713 1.74 -7.32 2.31674 207.3671696 45.5 1867.8 0.010737763 0.001129799 7.6415E-06 1.44 -6.88 2.31675 207.3719445 45.95 1884.27 0.005260808 0.000982467 0.000596133 2.4599 288.3367507 46.75 1913.55 0.008065404 0.000944333 0.000312549 1.99 -6.92 2.31496 206.5189936 47.7 1948.32 0.006399595 0.000973978 3.58014E-05 1.89 -7.40 2.4194 262.6636651 50.2 2039.82 0.004653725 0.000855752 2.87228E-05 1.94 -6.70 2.45486 285.0099356 52.8 2134.98 0.006234304 0.000923328 7.20283E-05 2.05 -7.13 2.41942 262.6757615 54.5 2197.2 0.007632358 0.000953257 0.000130839 2.3946 248.0847108 56.3 2263.08 0.005599505 0.000867588 0.000317809 2.31679 207.391045 58.3 2336.28 0.006272003 0.000905087 0.000240219 1.9 -7.17 2.75755 572.2028281 58.3 2336.28 1.66 -7.19 2.75755 572.2028281 60.3 2409.48 0.006110815 0.000945377 6.60347E-05 2.04 -7.15 2.75755 572.2028281 62.3 2482.68 0.006441912 0.000901118 0.000100509 1.95 -7.24 3.06457 1160.299219 63 2508.3 0.004111944 0.000804138 7.06227E-05 1.61 -7.25 2.75776 572.4795796 63.65 2532.09 0.009040593 0.000852082 7.25712E-05 1.75 -7.33 2.41947 262.7060049 64.65 2568.69 0.00471007 0.000827521 0.00046489 2.32233 210.0535376 65.95 2616.27 0.003805356 0.000955684 0.000276885 1.13 -7.55 2.31681 207.400596 65.95 2616.27 1.69 -6.63 2.31681 207.400596 68.65 2715.09 0.008105158 0.000964401 6.82181E-05 1.92 -6.95 2.30566 202.1436019 69.35 2740.71 1.81 -7.24 2.31682 207.4053716 70.8 2793.78 0.007561706 0.001011697 0.000125525 1.66 -6.83 2.86594 734.4123983 71.8 2830.38 0.006068468 0.000885984 0.000155184 1.5 -7.22 2.31682 207.4053716 72.7 2863.32 0.007387493 0.000889752 4.90709E-05 1.42 -7.03 2.32234 210.0583743 74.6 2932.86 0.007269883 0.000933627 5.65645E-05 1.92 -6.64 2.32235 210.0632111 76.6 3006.06 0.008563306 0.000947617 0.000102691 1.95 -7.02 2.32235 210.0632111 78.6 3079.26 0.006195915 0.000863266 8.24755E-05 1.89 -6.72 2.31683 207.4101473 79.5 3112.2 0.007895479 0.000962329 9.26232E-05 1.8 -6.66 2.41951 262.7302022 80.05 3132.33 0.00618077 0.000826383 0.000135421 1.85 -6.84 2.31503 206.5522832 80.5 3148.8 0.00547582 0.000876076 0.000150797 1.47 -7.18 2.32236 210.0680481 80.9 3163.44 0.00253275 0.000831985 0.000060831 2.32236 210.0680481 81.65 3187.55 0.006910082 0.00086469 0.000046399 1.35 -6.95 2.31503 206.5522832 82.7 3209.6 0.005529079 0.000778351 6.80695E-05 1.62 -6.90 2.31503 206.5522832 85.1 3260 0.010565296 0.000899972 0.000124789 2.32236 210.0680481 88.5 3331.4 0.007686784 0.000912509 7.30933E-05 2.31684 207.4149232 89.25 3347.15 0.00977309 0.000906583 0.00015654 2.31684 207.4149232 90.15 3366.05 0.005586762 0.000834974 7.94673E-05 1.47 -7.00 2.31684 207.4149232 92.25 3410.15 0.008850819 0.000902486 1.95815E-05 1.43 -7.30 2.32237 210.0728851 93.1 3428 0.007415332 0.000872104 3.16057E-06 1.46 -7.47 2.32237 210.0728851 94.2 3451.1 0.006777706 0.000891945 0.000121288 1.57 -6.99 2.41953 262.7423016 96.2 3493.1 0.00671367 0.000911228 0.000160604 1.52 -7.54 2.41953 262.7423016 96.7 3503.6 0.005267161 0.00080393 5.55966E-05 1.37 -7.47 2.32237 210.0728851 98.5 3541.4 0.006710251 0.0009441 1.60172E-05 1.84 -6.63 2.41883 262.3191522 101.9 3612.8 0.005390736 0.000959325 0.00011377 1.54 -7.29 2.32238 210.0777223 104 3683 0.007307073 0.000942017 0.000196215 1.8 -7.04 2.3057 202.1622209 105.7 3741.48 0.006270293 0.000979439 8.39721E-05 1.51 -6.89 2.32238 210.0777223 106.45 3767.28 2.86622 734.8860442 107.8 3813.72 0.006313632 0.000987475 4.27308E-05 1.34 -6.75 2.32238 210.0777223 111.35 3935.84 0.009948219 0.000945552 0.000061195 1.7 -7.12 2.60206 400.000008 113.25 4001.2 0.005801206 0.001073925 0.000091129 1.44 -7.17 2.41955 262.7544016 114.6 4047.64 0.006392583 0.00080045 0.004211067 1.62 -7.08 2.3967 249.2872117 118.3 4174.92 0.00703741 0.00081719 0.002857511 0.95 -7.48 2.41956 262.7604518 118.95 4197.28 0.00590792 0.000715633 0.005594173 1.18 -7.62 2.31506 206.5665518 119.55 4217.92 0.004385052 0.000516067 0.002831619 1.06 -7.94 2.31506 206.5665518 120.15 4238.56 0.007045439 0.000610216 0.003379956 1.03 -7.64 2.3224 210.0873969 120.7 4257.48 0.004222725 0.000518071 0.00357546 0.98 -7.12 2.41957 262.7665022 122.55 4321.12 0.005301197 0.000761513 0.001563075 1.25 -7.58 2.3224 210.0873969 123.35 4348.64 0.005378794 0.000429181 0.005203945 0.88 -7.29 2.41957 262.7665022 124.8 4398.52 0.00415804 0.000539542 0.003373623 1.21 -7.39 2.3224 210.0873969 127.55 4493.12 2.31507 206.5713083 128.4 4522.36 0.004357159 0.000683485 0.002012413 0.96 -6.72 2.39671 249.2929518 129.4 4556.76 0.005577725 0.000788751 0.002537406 1.09 -7.16 2.39671 249.2929518 130.45 4592.88 0.008466672 0.00077671 0.00188023 1.15 -6.86 2.31507 206.5713083 131.55 4630.72 0.005253848 0.000265191 0.00725511 2.31507 206.5713083 133.85 4709.84 0.004625767 0.000532251 0.001836487 2.41958 262.7725527 135.6 4770.04 0.018862477 0.00050455 0.002148506 0.92 -7.29 2.3224 210.0873969 136.4 4797.56 0.00258933 0.000291362 0.005334326 2.3224 210.0873969 138.3 4862.92 0.001116841 2.32801E-05 0.008330777 2.86622 734.8860442 138.3 4862.92 0.006309607 0.00588436 0.031650324 2.86622 734.8860442 140.2 4928.28 2.45993 288.356669 141.25 4954.65 0.006661507 0.000372154 0.005128466 0.58 -7.67 2.32241 210.0922344 141.25 4954.65 0.002426191 0.005601158 0.011287557 2.32241 210.0922344 142.1 4961.62 0.62 -7.39 2.71914 523.7692526 145 4985.4 0.006867878 0.000462234 0.003329775 2.58073 380.8289892 146.4 4996.88 0.009483083 0.000747545 0.001894659 0.43 -7.11 2.46376 290.9109041 148.65 5015.33 0.006632561 0.000733337 0.002563325 0.65 -7.21 2.60207 400.0092184 148.65 5015.33 0.005950912 0.000563496 0.00421449 0.56 -7.74 2.60207 400.0092184 148.65 5015.33 0.005386477 0.005313478 0.018013733 2.60207 400.0092184 149.85 5025.17 0.008412838 0.000614537 0.003432407 0.53 -7.22 2.41888 262.3493545 150.9 5033.78 0.00929962 0.000739389 0.002425329 0.54 -7.41 2.41958 262.7725527 152.15 5044.03 0.001143047 0.000381504 0.005668224 0.36 -7.59 2.32241 210.0922344 152.15 5044.03 0.004358887 0.005796686 0.038020407 2.32241 210.0922344 153.1 5051.82 0.011778833 0.000636842 0.002220962 0.64 -7.39 2.32241 210.0922344 155.5 5071.5 2.60207 400.0092184 157.55 5088.31 0.00061165 0.000697478 0.014237729 0.26 -7.80 2.31507 206.5713083 159.65 5105.53 0.005988505 0.000817249 0.002088985 0.53 -7.38 2.32241 210.0922344 159.65 5105.53 0.004074233 0.004631555 0.012421531 2.32241 210.0922344 161.35 5119.47 0.010778569 0.00062238 0.003008829 0.24 -8.06 2.31507 206.5713083 163.8 5139.56 2.31507 206.5713083 165.9 5156.78 0.005532425 0.000532789 0.002088303 0.2 -7.67 2.63669 433.2015481 167 5165.8 3.22289 1670.667407 168.05 5174.41 NA NA 169.15 5183.43 0.010375211 0.000395062 0.35 -7.51 2.76947 588.1254865 171.2 5200.24 0.004725056 1.32551E-05 0.028663009 0.15 -8.04 2.31508 206.5760648 173.2 5216.64 0.00589435 0.000615811 0.007902569 3.07181 1179.804369 176.75 5245.75 0.007996534 0.000726462 0.009438128 3.22289 1670.667407 176.75 5245.75 0.006319854 0.000772027 0.007039604 3.22289 1670.667407 178.7 5261.74 0.006258348 0.000638904 0.008274216 2.31508 206.5760648 180.25 5274.45 0.005056312 0.00045027 0.013040308 0.7 -7.05 2.81551 653.8979864 182.55 5293.31 0.005967569 0.000564585 0.007525354 0.21 -7.70 2.51171 324.8702929 182.55 5293.31 0.008059244 0.000572039 0.007651097 0.22 -8.08 2.51171 324.8702929 182.55 5293.31 0.002829212 0.005851655 0.00739841 2.51171 324.8702929 184.6 5313.96 0.009387438 0.000394718 0.019818878 3.22289 1670.667407 184.6 5313.96 0.008323283 0.000741508 0.011647988 3.22289 1670.667407 184.6 5313.96 0.006071472 0.006460967 0.022293589 3.22289 1670.667407 187.75 5347.35 0.005400888 0.000657275 0.006325947 0.17 -8.16 3.22289 1670.667407 187.75 5347.35 0.006657422 0.000512945 0.011027255 0.15 -7.78 3.22289 1670.667407 187.75 5347.35 0.009588744 0.004831783 0.03258093 3.22289 1670.667407 189.65 5367.49 2.81551 653.8979864 191.5 5387.1 0.009605908 0.000817682 0.00972675 0.33 -8.07 2.51171 324.8702929 191.5 5387.1 0.006183698 0.005518575 0.022928243 2.51171 324.8702929 193.1 5404.06 3.10951 1286.796882 195.05 5424.73 0.006746321 0.00069886 0.011013302 NA NA 196.95 5444.87 3.97847 9516.341093 198.7 5463.42 -0.59 -6.35 3.42936 2687.571333 200.5 5482.5 0.010444341 0.000757462 0.007708349 -0.32 -6.1 3.06475 1160.780223 203 5509 0.010019318 0.001166491 0.004858673 -0.18 -5.68 3.07394 1185.604939 204.5 5524.9 0.007449977 0.00126855 0.003791094 -0.43 -4.84 2.99494 988.4165304 205.8 5538.68 0.006526325 0.001159534 0.002645195 -0.25 -4.59 3.22617 1683.332855 206.6 5547.16 0.006134431 0.001059705 0.004739597 -0.52 -4.41 3.22617 1683.332855 207.25 5554.05 0.011473319 0.000899696 0.010155212 -0.44 -4.04 3.21685 1647.593235 211.55 5599.63 3.14298 1389.888623 213.5 5620.3 0.008972819 0.000909062 0.022502103 -1.71 -2.98 3.00675 1015.663861 215.85 5645.21 2.89973 793.8345559 217.1 5658.46 0.010402109 0.001148753 0.004559774 -1.63 -1.98 3.14298 1389.888623 217.1 5658.46 0.006583906 0.006217027 0.04174563 3.14298 1389.888623 219.1 5679.66 0.007848345 0.001129964 0.010174835 -2.47 -2.06 3.14298 1389.888623 219.1 5679.66 0.005980567 0.005730098 0.063089237 3.14298 1389.888623 220.1 5690.26 0.01124853 0.001177484 0.006867938 -2.33 -1.84 3.14298 1389.888623