# Burial Lake, Alaska 37,000 Year Geochemical Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #----------------------------------------------------------------------- # # 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/19240 # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/paleolimnology/northamerica/usa/alaska/burial2015scat.txt # # Original_Source_URL: # # Description/Documentation lines begin with # # Data lines have no # # # Archive: Paleolimnology # # Parameter_Keywords: Geochemistry #-------------------- # Contribution_Date # Date: 2015-09-25 #-------------------- # Title # Study_Name: Burial Lake, Alaska 37,000 Year Geochemical Data #-------------------- # Investigators # Investigators: Finkenbinder, M.S.; Abbott, M.B.; Finney, B.P.; Stoner, J.S.; Dorfman, J.M. #-------------------- # Description_and_Notes # Description: Geochemical data from Burial Lake, Alaska for the last 37,000 cal yr BP. Data include dry bulk density, # percent organic matter, percent biogenic silica, magnetic susceptibility, carbon to nitrogen (C/N) mass ratios, # bulk sediment organic matter carbon (d13C) and nitrogen (d15N) isotopes, and elemental abundances from scanning XRF analysis. # #-------------------- # Publication # Authors: M.S. Finkenbinder, M.B. Abbott, B.P. Finney, J.S. Stoner, J.M. Dorfman # Published_Date_or_Year: 2015-10-15 # Published_Title: A multi-proxy reconstruction of environmental change spanning the last 37,000 years from Burial Lake, Arctic Alaska # Journal_Name: Quaternary Science Reviews # Volume: 126 # Edition: # Issue: # Pages: 227-241 # Report_Number: # DOI: 10.1016/j.quascirev.2015.08.031 # Online_Resource: http://www.sciencedirect.com/science/article/pii/S0277379115300974 # Full_Citation: # Abstract: Sediment cores from Burial Lake located in the western Brooks Range in Arctic Alaska record paleoenvironmental changes that span the last 37,000 calendar years before present (cal yr BP). We identified four distinct lithologic subunits based on physical properties (dry bulk density, magnetic susceptibility), sediment composition, and geochemical proxies (organic matter, biogenic silica, C/N, organic matter d13C and d15N, and elemental data from scanning X-ray fluorescence). The multi-proxy approach and relatively high temporal resolution (at multi-decadal to centennial time scales) of our proxy analysis, compared with previous studies of intermediate water depth cores from Burial Lake, provide new insights into the paleoenvironmental history of the region spanning the period prior to the Last Glacial Maximum. Relatively high lake-levels and gradually decreasing in-lake and terrestrial productivity occur during the mid-Wisconsin interstadial from 37,200 to 29,600 cal yr BP. The subsequent period is defined by falling and lower lake-levels with decreasing effective-moisture, windier conditions, and sustained low aquatic productivity throughout the LGM between 29,600 and 19,600 cal yr BP. The last deglaciation that commenced by 19,600 cal yr BP is characterized by gradual changes in several sediment physical and geochemical proxies, including increasing C/N ratios and terrestrial productivity, decreasing magnetic susceptibility and clastic sediment flux, along with rising and relatively higher lake-levels. A decrease in aeolian activity after 16,500 cal yr BP is inferred from the appearance of fine (very fine sandy silt) sediment, compared to coarse sediments through the LGM and last deglaciation. The highest levels of terrestrial inputs along with increasing and variable aquatic productivity occur during the Lateglacial to early Holocene interval between 16,500 and 8800 cal yr BP. The absence of multi-proxy evidence for a strong climatic reversal during the Younger Dryas from Burial Lake sediments contrasts with some paleorecords showing cooler temperatures and/or dry conditions in northern Alaska at this time. Peak levels of sediment organic content and terrestrial productivity at Burial Lake between 10,500 and 9900 cal yr BP coincide with the early Holocene summer insolation maxima, which likely represents summertime warming and an enhanced flux of watershed derived organic matter from permafrost degradation. The remainder of the Holocene (since 8800 cal yr BP) at Burial Lake is characterized by relatively high and stable lake levels, landscape stabilization, and relatively high and variable levels of aquatic productivity. #------------------ # Funding_Agency # Funding_Agency_Name: National Science Foundation # Grant: NSF-ARC 0909545 #------------------ # Site_Information # Site_Name: Burial Lake # Location: North America>United States Of America>Alaska # Country: United States Of America # Northernmost_Latitude: 68.43 # Southernmost_Latitude: 68.43 # Easternmost_Longitude: -159.17 # Westernmost_Longitude: -159.17 # Elevation: 460 m #------------------ # Data_Collection # Collection_Name: Burial2015scat # Earliest_Year: 37163 # Most_Recent_Year: -30 # Time_Unit: Cal. Year BP # Core_Length: m # Notes: #------------------ # Chronology_Information # Chronology: # # Accelerator Mass Spectrometry Radiocarbon ages for Burial Lake, Alaska # # Sample ID Core-Drive Drive Depth Total Depth Material 14C Age Error Calib 6.0 Age (2Sigma) notes # (UCIAMS #) (cm) (cm) (yr BP) (yr) (yr BP) # # 89197 A10-D1 45.0 45.0 plant material 2535 30 2493 - 2745 # 109361 A10-D1 66.5 66.5 wood 3635 25 3872 4074 # 116878 A10-D1 87.5 87.5 plant material 4910 90 5470 - 5896 # 89198 A10-D1 111.0 111.0 plant material 6345 25 7174 - 7410 # 109362 A10-D1 141.5 141.5 wood 8850 110 9564 - 10205 # 89199 A10-D2 84.0 166.0 plant material 9760 40 11134 - 11244 # 89200 A10-D3 54.0 173.5 seed 10085 45 11398 - 11959 # 109363 A10-D5 35.5 359.5 plant material 14590 550 16570 - 18903 * rejected from age model. # 89201 A10-D7 29.0 553.0 seed 25300 510 29173 31074 # 89121 A10-D8 35.5 636.5 wood 32150 240 35699 - 37342 # 89122 C10-D3 45.0 219.0 wood 13670 30 16657 - 16978 # 89123 C10-D7 64.0 598.0 plant material 31290 300 35085 - 36475 * rejected from age model. # # #---------------- # Variables # # Data variables follow 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, segment A10-D1 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D2 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D3 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D4 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D5 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D6 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D7 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment A10-D8 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D1 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D2 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D3 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D4 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D5 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D6 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N ## depth_cm depth, segment C10-D7 , , cm, , , , ,N ## Inc/CohXRF Incoherent/Coherent scattering ratio (XRF), , , , , paleolimnology, , scanning XRF,N # #---------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Values: # Incoherent/Coherent scattering ratio (XRF) for Burial Lake A-10 and C-10 cores, used to develop the composite core sequence # depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF depth_cm Inc/CohXRF 0.5 4.954733 82 4.782455 123 4.316792 221 4.152844 324 4.21197 424 3.368464 524 3.140656 589 3.392091 38 4.500224 84 4.118502 177 4.177047 272 3.418261 367 3.243828 430 3.421856 534 3.110745 1 4.898309 82.5 4.692106 123.5 4.372627 221.5 4.187961 324.5 4.404225 424.5 3.334912 524.5 3.18104 589.5 3.467847 38.5 4.390056 84.5 4.250733 177.5 4.262955 272.5 3.506119 367.5 3.188133 430.5 3.342363 534.5 3.032993 1.5 4.783823 83 4.639531 124 4.475766 222 4.02544 325 4.357731 425 3.299407 525 3.130422 590 3.341554 39 4.398396 85 4.187417 178 4.172625 273 3.528498 368 3.128704 431 3.154651 535 3.118511 2 4.732444 83.5 4.695643 124.5 4.517002 222.5 4.029231 325.5 4.297238 425.5 3.395419 525.5 3.212378 590.5 3.337326 39.5 4.497041 85.5 4.310782 178.5 4.098325 273.5 3.476601 368.5 3.169455 431.5 3.122138 535.5 3.16628 2.5 4.661174 84 4.854999 125 4.590609 223 4.236335 326 3.954139 426 3.388113 526 3.144157 591 3.371775 40 4.410492 86 4.173144 179 4.163182 274 3.382095 369 3.246396 432 3.141059 536 3.11628 3 4.798094 84.5 4.650498 125.5 4.569438 223.5 4.317757 326.5 3.786727 426.5 3.350218 526.5 3.252629 591.5 3.400944 40.5 4.419405 86.5 4.198492 179.5 4.220529 274.5 3.468433 369.5 3.357382 432.5 3.198152 536.5 3.200079 3.5 4.718965 85 4.749256 126 4.55347 224 4.107044 327 3.542131 427 3.381926 527 3.166789 592 3.449942 41 4.320449 87 4.129201 180 4.069947 275 3.567026 370 3.352086 433 3.178208 537 3.144764 4 4.806975 85.5 4.724419 126.5 4.619519 224.5 3.890826 327.5 3.71745 427.5 3.323049 527.5 3.112908 592.5 3.392185 41.5 4.256341 87.5 4.120626 180.5 4.014443 275.5 3.536775 370.5 3.457574 433.5 3.19818 537.5 3.143113 4.5 4.70382 86 4.666077 127 4.628844 225 3.921252 328 3.587919 428 3.474496 528 3.055232 593 3.460315 42 4.417404 88 4.292721 181 4.001469 276 3.58148 371 3.42339 434 3.092486 538 3.170611 5 4.701103 86.5 4.571165 127.5 4.60119 225.5 3.754743 328.5 3.527089 428.5 3.60711 528.5 3.107477 593.5 3.552606 42.5 4.32918 88.5 4.32763 181.5 3.940833 276.5 3.555523 371.5 3.387033 434.5 3.149877 538.5 3.128651 5.5 4.704772 87 4.515454 128 4.613489 226 3.868975 329 3.735345 429 3.642386 529 3.223394 594 3.593335 43 4.349609 89 4.222731 182 3.977853 277 3.534652 372 3.522779 435 3.200771 539 3.171849 6 4.726375 87.5 4.452226 128.5 4.543586 226.5 3.895534 329.5 3.497853 429.5 3.624438 529.5 3.187337 594.5 3.62996 43.5 4.30041 89.5 4.246605 182.5 3.990476 277.5 3.508862 372.5 3.539121 435.5 3.187901 539.5 3.15592 6.5 4.652413 88 4.591979 129 4.517574 227 3.808134 330 3.459138 430 3.566421 530 3.1716 595 3.650324 44 4.40917 90 4.297519 183 3.948691 278 3.519411 373 3.50455 436 3.280666 540 3.221771 7 4.709468 88.5 4.557198 129.5 4.470902 227.5 3.80615 330.5 3.366431 430.5 3.541885 530.5 3.177789 595.5 3.635878 44.5 4.289909 90.5 4.269353 183.5 3.996861 278.5 3.513695 373.5 3.484745 436.5 3.34386 540.5 3.190316 7.5 4.627181 89 4.457426 130 4.496623 228 3.918863 331 3.614004 431 3.550813 531 3.1758 596 3.546568 45 4.370227 91 4.342571 184 4.12559 279 3.545375 374 3.452146 437 3.357392 541 3.145924 8 4.689665 89.5 4.339933 130.5 4.525846 228.5 3.831656 331.5 3.564091 431.5 3.607318 531.5 3.210164 596.5 3.52952 45.5 4.259873 91.5 4.289831 184.5 4.027282 279.5 3.49702 374.5 3.517663 437.5 3.235032 541.5 3.174207 8.5 4.621242 90 4.334151 131 4.538686 229 3.79398 332 3.598649 432 3.559518 532 3.295796 597 3.668342 46 4.284869 92 4.295804 185 4.143948 280 3.521535 375 3.570755 438 3.178224 542 3.184258 9 4.730079 90.5 4.431034 131.5 4.558034 229.5 3.892419 332.5 3.600243 432.5 3.640609 532.5 3.269596 597.5 3.566776 46.5 4.324661 92.5 4.287804 185.5 4.16882 280.5 3.5604 375.5 3.473595 438.5 3.213792 542.5 3.167607 9.5 4.696643 91 4.283634 132 4.535511 230 3.989882 333 3.660112 433 3.593964 533 3.227168 598 3.621295 47 4.377664 93 4.416969 186 4.22568 281 3.55465 376 3.469172 439 3.135045 543 3.220705 10 4.773253 91.5 4.433537 132.5 4.606555 230.5 3.969663 333.5 3.731423 433.5 3.435612 533.5 3.312664 598.5 3.642942 47.5 4.465315 93.5 4.411598 186.5 4.211471 281.5 3.520251 376.5 3.509209 439.5 3.155704 543.5 3.148625 10.5 4.595115 92 4.570464 133 4.635105 231 3.89555 334 3.647448 434 3.491155 534 3.241886 599 3.591019 48 4.564875 94 4.355545 187 4.27115 282 3.488115 377 3.476512 440 3.200618 544 3.135026 11 4.853536 92.5 4.605558 133.5 4.539074 231.5 3.983968 334.5 3.742135 434.5 3.536844 534.5 3.247292 599.5 3.616472 48.5 4.478242 94.5 4.353458 187.5 4.355233 282.5 3.4853 377.5 3.422701 440.5 3.248924 544.5 3.15521 11.5 4.640127 93 4.516516 134 4.664889 232 3.923907 335 3.743033 435 3.390553 535 3.235514 600 3.645892 49 4.485214 95 4.389221 188 4.299375 283 3.443545 378 3.445067 441 3.283409 545 3.154717 12 4.638028 93.5 4.51121 134.5 4.698028 232.5 3.95105 335.5 3.711212 435.5 3.530291 535.5 3.310438 600.5 3.442173 49.5 4.511464 95.5 4.32994 188.5 4.31472 283.5 3.485776 378.5 3.423027 441.5 3.264247 545.5 3.184652 12.5 4.571314 94 4.508405 135 4.688815 233 3.92618 336 3.638942 436 3.388271 536 3.234368 601 3.460683 50 4.507833 96 4.400837 189 4.14128 284 3.565953 379 3.386372 442 3.215303 546 3.210762 13 4.706573 94.5 4.648029 135.5 4.715042 233.5 4.063847 336.5 3.633761 436.5 3.438319 536.5 3.272101 601.5 3.507185 50.5 4.533941 96.5 4.397015 189.5 4.274205 284.5 3.630257 379.5 3.51008 442.5 3.396812 546.5 3.218751 13.5 4.609396 95 4.615338 136 4.595497 234 3.944017 337 3.661401 437 3.459753 537 3.422254 602 3.598701 51 4.567716 97 4.397007 190 4.30194 285 3.648461 380 3.444809 443 3.268913 547 3.251268 14 4.788401 95.5 4.600643 136.5 4.824119 234.5 4.042928 337.5 3.611819 437.5 3.473746 537.5 3.349888 602.5 3.519511 51.5 4.491432 97.5 4.312002 190.5 4.095543 285.5 3.603432 380.5 3.484299 443.5 3.307747 547.5 3.18965 14.5 4.837863 96 4.571186 137 4.694029 235 3.919653 338 3.638478 438 3.582564 538 3.41255 603 3.57721 52 4.571709 98 4.325952 191 4.240811 286 3.589174 381 3.414184 444 3.22476 548 3.43193 15 4.769144 96.5 4.672343 137.5 4.729213 235.5 3.963876 338.5 3.576267 438.5 3.394718 538.5 3.44049 603.5 3.474495 52.5 4.46114 98.5 4.264147 191.5 4.287903 286.5 3.481608 381.5 3.464216 444.5 3.157199 548.5 3.385812 15.5 4.877354 97 4.693856 138 4.731525 236 3.88786 339 3.654679 439 3.424413 539 3.764692 604 3.5895 53 4.559918 99 4.141092 192 4.228968 287 3.461807 382 3.488096 445 3.322159 549 3.393674 16 4.869744 97.5 4.754469 138.5 4.750714 236.5 3.903987 339.5 3.55898 439.5 3.303725 539.5 3.732082 604.5 3.496565 53.5 4.5554 99.5 4.16238 192.5 4.223295 287.5 3.501017 382.5 3.431716 445.5 3.291548 549.5 3.422039 16.5 4.816266 98 4.608565 139 4.690109 237 3.879278 340 3.742661 440 3.398136 540 3.45549 605 3.524298 54 4.517378 100 4.087769 193 4.156501 288 3.469444 383 3.448286 446 3.329796 550 3.439926 17 5.042546 98.5 4.711411 139.5 4.79125 237.5 3.920966 340.5 3.643948 440.5 3.375019 540.5 3.273577 605.5 3.417836 54.5 4.571254 100.5 4.241921 193.5 4.16711 288.5 3.425213 383.5 3.511024 446.5 3.262291 550.5 3.429762 17.5 4.980053 99 4.730216 140 4.946366 238 3.955748 341 3.646142 441 3.296036 541 3.447889 606 3.449906 55 4.610031 101 4.256529 194 4.171174 289 3.45824 384 3.448813 447 3.318709 551 3.415964 18 5.049259 99.5 4.667926 140.5 4.868786 238.5 3.916996 341.5 3.599334 441.5 3.186607 541.5 3.390848 606.5 3.450381 55.5 4.502772 101.5 4.223831 194.5 4.156849 289.5 3.462647 384.5 3.469109 447.5 3.287548 551.5 3.281807 18.5 5.031157 100 4.716363 141 4.876246 239 3.90935 342 3.588322 442 3.206681 542 3.546232 607 3.496197 56 4.510842 102 4.208243 195 4.075336 290 3.530123 385 3.495454 448 3.307088 552 3.399943 19 4.935897 100.5 4.71773 141.5 4.770121 239.5 3.784901 342.5 3.56151 442.5 3.460731 542.5 3.585095 607.5 3.486609 56.5 4.546849 102.5 4.174463 195.5 4.129039 290.5 3.458807 385.5 3.442676 448.5 3.312507 552.5 3.404153 19.5 5.036539 101 4.584097 142 4.839172 240 3.874722 343 3.507569 443 3.449841 543 3.46804 608 3.438563 57 4.628851 103 4.153766 196 4.010357 291 3.431559 386 3.297815 449 3.303006 553 3.454218 20 4.926519 101.5 4.618308 142.5 4.841512 240.5 3.784211 343.5 3.543099 443.5 3.47585 543.5 3.340234 608.5 3.339179 57.5 4.661906 103.5 4.151625 196.5 4.018997 291.5 3.378918 386.5 3.394263 449.5 3.310292 553.5 3.496525 20.5 4.928236 102 4.640794 143 4.764821 241 3.793954 344 3.442109 444 3.34929 544 3.510466 609 3.313758 58 4.659789 104 4.236013 197 3.888197 292 3.444004 387 3.442423 450 3.263127 554 3.475339 21 5.119286 102.5 4.660937 143.5 4.727969 241.5 3.844222 344.5 3.491759 444.5 3.42394 544.5 3.515426 609.5 3.448188 58.5 4.658632 104.5 4.309063 197.5 3.997286 292.5 3.42298 387.5 3.408298 450.5 3.250619 554.5 3.492542 21.5 4.891786 103 4.293586 144 4.813073 242 3.755662 345 3.455681 445 3.491075 545 3.512935 610 3.419913 59 4.598649 105 4.331694 198 3.950706 293 3.374623 388 3.402931 451 3.282018 555 3.582722 22 5.077529 103.5 4.412282 144.5 4.789219 242.5 3.711789 345.5 3.459282 445.5 3.544949 545.5 3.561699 610.5 3.416556 59.5 4.607793 105.5 4.207224 198.5 3.900825 293.5 3.392408 388.5 3.404972 451.5 3.288475 555.5 3.464541 22.5 5.001576 104 4.43367 145 4.83239 243 3.850712 346 3.521242 446 3.483825 546 3.610433 611 3.451237 60 4.620697 106 4.394951 199 3.800957 294 3.427115 389 3.400078 452 3.317649 556 3.318642 23 5.040307 104.5 4.580388 145.5 4.902741 243.5 3.860049 346.5 3.49027 446.5 3.463115 546.5 3.737594 611.5 3.297992 60.5 4.515744 106.5 4.407374 199.5 3.882425 294.5 3.308971 389.5 3.38224 452.5 3.332639 556.5 3.274222 23.5 4.951545 105 4.581961 146 4.865607 244 3.857986 347 3.495691 447 3.498279 547 3.699821 612 3.299929 61 4.497493 107 4.475391 200 3.899222 295 3.309964 390 3.361336 453 3.318018 557 3.269756 24 4.938841 105.5 4.515187 146.5 4.846289 244.5 3.874155 347.5 3.55852 447.5 3.452632 547.5 3.593559 612.5 3.296543 61.5 4.470687 107.5 4.379115 200.5 3.882564 295.5 3.32929 390.5 3.370571 453.5 3.289685 557.5 3.172211 24.5 4.809083 106 4.424346 147 4.772726 245 3.776971 348 3.576017 448 3.412862 548 3.455209 613 3.307358 62 4.254908 108 4.456557 201 3.856113 296 3.376654 391 3.402849 454 3.282394 558 3.311966 25 4.721319 106.5 4.485133 147.5 4.812502 245.5 3.770768 348.5 3.538997 448.5 3.394228 548.5 3.433774 613.5 3.410052 62.5 4.347904 108.5 4.450245 201.5 3.859879 296.5 3.328893 391.5 3.297549 454.5 3.3233 558.5 3.314352 25.5 4.648344 107 4.512851 148 4.816248 246 3.816539 349 3.633438 449 3.508055 549 3.335078 614 3.490824 63 4.251784 109 4.257501 202 3.932424 297 3.282139 392 3.354057 455 3.302089 559 3.332267 26 4.509974 107.5 4.444296 148.5 4.708181 246.5 3.880476 349.5 3.468545 449.5 3.343143 549.5 3.533143 614.5 3.400017 63.5 4.155247 109.5 4.346085 202.5 3.992912 297.5 3.335514 392.5 3.321341 455.5 3.298972 559.5 3.262497 26.5 4.573496 108 4.532476 149 4.748978 247 3.940586 350 3.537187 450 3.469365 550 3.559506 615 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