# Taylor Dome - Deuterium Data for last 12,000 Years #---------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #---------------------------------------------------- # Template Version 4.0 # Encoding: UTF-8 # NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data. If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/2415 # Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata. # # Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-icecore-2415.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Ice Cores # # Dataset_DOI: 10.25921/72ga-6k73 # # Science_Keywords: #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/icecore/antarctica/taylor/steig1998-deld_td-noaa.txt # Data_Download_Description: NOAA Template File; Hydrogen Isotope Data # #-------------------- # Contribution_Date # Date: 1998-01-01 #-------------------- # File_Last_Modified_Date # Date: 2023-07-06 #-------------------- # Title # Study_Name: Taylor Dome - Deuterium Data for last 12,000 Years #-------------------- # Investigators # Investigators: Steig, E.J.(https://orcid.org/0000-0002-8191-5549); Hart, C.P.; White, J.W.C.(https://orcid.org/0000-0001-6041-4684); Cunningham, W.L.; Davis, M.D.; Saltzman, E.S.(https://orcid.org/0000-0003-4364-6023) #-------------------- # Description_Notes_and_Keywords # Description: Taylor Dome Deuterium Isotope Data (1/2 meter data set) from Stable Isotope Laboratory, Institute of Arctic and Alpine Research, University of Colorado #-------------------- # Publication # Authors: Steig, E.J., C.P. Hart, J.W.C. White, W.L. Cunningham, M.D. Davis, and E.S. Saltzman # Journal_Name: Annals of Glaciology # Published_Title: Changes in climate, ocean and ice sheet conditions in the Ross Embayment at 6 ka # Published_Date_or_Year: 1998 # Volume: 27 # Pages: 305-310 # Issue: # Report_Number: # DOI: 10.3189/1998AoG27-1-305-310 # Full_Citation: # Abstract: Evidence from the Ross embayment, Antarctica, suggests an abrupt cooling and a concomitant increase in sea-ice cover at about 6000 BP (6 ka). Stable-isotope (δD) concentrations in the Taylor Dome ice core, at the western edge of the Ross embayment, decline rapidly after 6 ka, and continue to decline through the late Holocene. Methanesulfonic acid concentrations at Taylor Dome show opposite trends to δD Sediment cores from the western Ross Sea show a percentage minimum for the sea-ice diatom Fragilariopsis curta between 9 and 6 ka, whenTaylor Dome δD values are highest, followed by an increase through the late Holocene. Radiocarbon dates from raised beach deposits indicate that the retreat of ice shelves in the Ross embayment ceased at about 6 ka, coincident with the environmental changes inferred from the sediment and ice-core records. The similarity in timing suggests an important role for climate in controlling the evolution of ice-shelf margins following the end of the last glaciation. #-------------------- # Authors: Steig, E.J., E.J. Brook, J.W.C. White, C.M. Sucher, M.L. Bender, S.J. Lehman, D.L. Morse, E.D. Waddington, and G.D. Clow # Journal_Name: Science # Published_Title: Synchronous climate changes in Antarctica and the North Atlantic # Published_Date_or_Year: 1998 # Volume: 282 # Pages: 92-95 # Issue: 5386 # Report_Number: # DOI: 10.1126/science.282.5386.92 # Full_Citation: # Abstract: Central Greenland ice cores provide evidence of abrupt changes in climate over the past 100,000 years. Many of these changes have also been identified in sedimentary and geochemical signatures in deep-sea sediment cores from the North Atlantic, confirming the link between millennial-scale climate variability and ocean thermohaline circulation. It is shown here that two of the most prominent North Atlantic events—the rapid warming that marks the end of the last glacial period and the Bølling/Allerød–Younger Dryas oscillation—are also recorded in an ice core from Taylor Dome, in the western Ross Sea sector of Antarctica. This result contrasts with evidence from ice cores in other regions of Antarctica, which show an asynchronous response between the Northern and Southern Hemispheres. #-------------------- # Authors: Steig, E.J., D.L. Morse, E.D. Waddington, M. Stuiver, and P.M. Grootes # Journal_Name: Geografiska Annaler: Physical Geography # Published_Title: Wisconsinan and Holocene climate history from an ice core at Taylor Dome, western Ross Embayment, Antarctica # Published_Date_or_Year: 2000 # Volume: 82 # Pages: 213-235 # Issue: 2-3 # Report_Number: # DOI: 10.1111/j.0435-3676.2000.00122.x # Full_Citation: # Abstract: Geochemical data and geophysical measurements from a 554-m ice-core from Taylor Dome, East Antarctica, provide the basis for climate reconstruction in the western Ross Embayment through the entire Wisconsinan and Holocene. In comparison with ice cores from central East and West Antarctica, Taylor Dome shows greater variance of temperature, snow accumulation, and aerosol concentrations, reflecting significant variability in atmospheric circulation and air mass moisture content. Extreme aridity during the last glacial maximum at Taylor Dome reflects both colder temperatures and a shift in atmospheric circulation patterns associated with the advance of the Ross Sea ice sheet and accounts for regional alpine glacier retreats and high lake levels in the Dry Valleys. Inferred relationships between spatial accumulation gradients and ice sheet configuration indicate that advance of the Ross Sea ice sheet began in late marine isotope stage 5 or early stage 4. Precise dating of the Taylor Dome core achieved by trace-gas correlation with central Greenland ice cores shows that abrupt deglacial warming at Taylor Dome was near-synchronous with the ~14.6 ka warming in central Greenland and lags the general warming trend in other Antarctic ice cores by at least 3000 years. Deglacial warming was following by a warm interval and transient cooling between 14.6 and 11.7 ka, synchronous with the Bølling/Allerød warming and Younger Dryas cooling events in central Greenland, and out of phase with the Antarctic Cold Reversal recorded in the Byrd (West Antarctica) ice core. Rapid climate changes during marine isotope stages 4 and 3 at Taylor Dome are similar in character to, and may be in phase with, the Northern Hemisphere stadial–interstadial (Dansgaard–Oeschger) events. Results from Taylor Dome illustrate the importance of obtaining ice cores from multiple Antarctic sites, to provide wide spatial coverage of past climate and ice dynamics. #-------------------- # Funding_Agency # Funding_Agency_Name: # Grant: #-------------------- # Site_Information # Site_Name: Taylor Dome # Location: Antarctica # Northernmost_Latitude: -77.78 # Southernmost_Latitude: -77.78 # Easternmost_Longitude: 158.72 # Westernmost_Longitude: 158.72 # Elevation_m: 2365 #-------------------- # Data_Collection # Collection_Name: Taylor 0.5m deltaD Steig1998 # First_Year: 11807 # Last_Year: -10 # Time_Unit: cal yr BP # Core_Length_m: # Parameter_Keywords: deuterium (per mille) # Notes: #-------------------- # Chronology_Information # Chronology: #-------------------- # Variables # PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf # PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format. # # Data variables follow that are preceded by '##' in columns one and two. # Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data) # ## depth_top_m depth at sample end,,,meter,,ice cores,,,N, ## depth_bot_m depth at sample start,,,meter,,ice cores,,,N, ## age_top_calkaBP ice age at sample end,,,calendar kiloyear before present,,ice cores,,,N,st9810 ## age_bot_calkaBP ice age at sample start,,,calendar kiloyear before present,,ice cores,,,N,st9810 ## dDsmow delta 2H,bulk ice,,per mil SMOW,,ice cores,,isotope ratio mass spectrometry,N, #-------------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: depth_top_m depth_bot_m age_top_calkaBP age_bot_calkaBP dDsmow 1.16 1.66 -0.01 -0.005 -325.34 1.66 2.17 -0.005 -0.001 -315.05 3.17 3.67 0.007 0.011 -329.28 3.67 4.17 0.011 0.015 -316.39 5.17 5.67 0.023 0.027 -302.66 5.67 6.17 0.027 0.032 -335.31 7.17 7.67 0.04 0.044 -315.26 7.67 8.17 0.044 0.048 -294.54 9.17 9.67 0.056 0.061 -312.1 9.67 10.17 0.061 0.066 -317.85 11.17 11.67 0.075 0.08 -322.26 11.67 12.17 0.08 0.085 -310.09 13.17 13.67 0.094 0.099 -318.09 13.67 14.17 0.099 0.104 -317.28 15.17 15.67 0.114 0.119 -321.42 15.67 16.17 0.119 0.124 -305.5 17.17 17.67 0.135 0.141 -327.04 17.67 18.17 0.141 0.146 -317.22 19.17 19.67 0.157 0.162 -328.39 19.67 20.17 0.162 0.167 -323.96 21.17 21.67 0.179 0.185 -324.61 21.67 22.17 0.185 0.191 -316.1 23.17 23.67 0.203 0.209 -294.08 23.67 24.17 0.209 0.215 -309.24 25.17 25.67 0.227 0.233 -310.69 25.67 26.17 0.233 0.239 -318.22 27.17 27.67 0.252 0.258 -314.66 27.67 28.17 0.258 0.265 -308.68 29.17 29.67 0.278 0.284 -305.14 29.67 30.17 0.284 0.291 -301.39 32.17 32.67 0.317 0.324 -325.35 32.67 33.17 0.324 0.331 -303.97 34.17 34.67 0.345 0.352 -309.13 34.67 35.17 0.352 0.359 -332.94 36.17 36.67 0.373 0.379 -323.93 36.67 37.17 0.379 0.387 -323.19 38.17 38.67 0.401 0.409 -318.96 38.67 39.17 0.409 0.416 -315.49 40.17 40.67 0.431 0.438 -311.73 40.67 41.17 0.438 0.446 -310.55 42.17 42.67 0.461 0.468 -307.27 42.67 43.17 0.468 0.476 -308.2 44.17 44.67 0.491 0.499 -315.35 44.67 45.17 0.499 0.507 -325.51 46.17 46.67 0.522 0.53 -312.2 46.67 47.17 0.53 0.538 -301.63 48.21 48.71 0.554 0.562 -300.7 48.71 49.21 0.562 0.571 -304.71 51.21 51.71 0.603 0.611 -324.68 51.71 52.21 0.611 0.619 -316.64 52.21 52.71 0.619 0.628 -333.27 52.71 53.21 0.628 0.636 -301.9 55.21 55.71 0.669 0.678 -303.17 55.71 56.21 0.678 0.686 -310.78 57.21 57.71 0.703 0.712 -327.98 57.71 58.21 0.712 0.72 -314.34 59.21 59.71 0.737 0.746 -315.19 59.71 60.21 0.746 0.755 -318.43 61.21 61.71 0.772 0.781 -314.04 61.71 62.19 0.781 0.789 -328.01 63.19 63.69 0.807 0.816 -315.12 63.69 64.19 0.816 0.824 -318.92 65.19 65.69 0.843 0.852 -321.36 65.69 66.19 0.852 0.861 -318.43 67.19 67.69 0.879 0.888 -326.45 67.69 68.21 0.888 0.898 -325.61 69.21 69.71 0.916 0.925 -308.52 69.71 70.21 0.925 0.934 -311.59 71.21 71.71 0.953 0.962 -312.45 71.71 72.21 0.962 0.971 -336.86 73.21 73.71 0.99 1 -309.65 73.71 74.21 1 1.009 -295.66 75.21 75.71 1.028 1.037 -318.03 75.71 76.21 1.037 1.047 -303.68 77.2 77.7 1.066 1.075 -324.97 77.7 78.14 1.075 1.084 -306.53 79.14 79.64 1.103 1.113 -320.62 79.64 80.14 1.113 1.122 -315.74 81.14 81.64 1.142 1.152 -314.53 81.64 82.12 1.152 1.161 -311.7 83.12 83.62 1.181 1.191 -319.12 83.62 84.12 1.191 1.2 -301.83 86.12 86.62 1.24 1.25 -300.47 86.62 87.12 1.25 1.26 -310.74 88.12 88.62 1.28 1.29 -319.44 88.62 89.12 1.29 1.301 -307.53 90.12 90.62 1.321 1.331 -309.88 90.62 91.12 1.331 1.341 -307.5 92.12 92.62 1.362 1.372 -312.13 92.62 93.12 1.372 1.382 -310.02 94.12 94.62 1.403 1.413 -319.62 94.62 95.12 1.413 1.424 -321.97 96.12 96.62 1.445 1.455 -311.61 96.62 97.12 1.455 1.465 -301.92 98.12 98.62 1.486 1.497 -305.88 98.62 99.12 1.497 1.508 -310.27 100.12 100.62 1.529 1.539 -322.53 100.62 101.12 1.539 1.55 -308.91 102.12 102.62 1.571 1.582 -306.51 102.62 103.12 1.582 1.593 -316.49 104.12 104.62 1.614 1.625 -326.75 104.62 105.12 1.625 1.636 -312.35 106.12 106.62 1.657 1.668 -308.71 106.62 107.12 1.668 1.679 -313.07 108.12 108.62 1.7 1.711 -329.73 108.62 109.12 1.711 1.722 -320.75 110.12 110.62 1.745 1.756 -306.11 110.62 111.12 1.756 1.767 -314.81 112.12 112.62 1.789 1.8 -319.05 112.62 113.12 1.8 1.811 -314.92 114.12 114.62 1.833 1.845 -311.7 114.62 115.12 1.845 1.856 -314.66 116.12 116.62 1.878 1.89 -325.84 116.62 117.12 1.89 1.901 -309.99 118.12 118.62 1.923 1.935 -319.77 118.62 119.12 1.935 1.946 -318.18 120.12 120.62 1.968 1.98 -312.56 120.62 121.12 1.98 1.991 -308.8 122.12 122.62 2.014 2.026 -301.99 122.62 123.12 2.026 2.037 -317.32 124.12 124.62 2.06 2.072 -304.39 124.62 125.12 2.072 2.083 -328.39 126.12 126.62 2.107 2.118 -313.38 126.62 127.12 2.118 2.13 -313.87 128.12 128.62 2.154 2.166 -310.62 128.62 129.12 2.166 2.178 -320.96 130.12 130.62 2.201 2.213 -313.92 130.62 131.12 2.213 2.225 -317.41 132.12 132.62 2.249 2.261 -323.35 132.62 133.12 2.261 2.273 -319.1 134.12 134.62 2.297 2.309 -315.17 134.62 135.12 2.309 2.321 -314.2 136.12 136.62 2.345 2.357 -320.56 136.62 137.12 2.357 2.369 -321.78 138.12 138.62 2.393 2.406 -312.98 138.62 139.12 2.406 2.418 -310.39 140.12 140.62 2.442 2.454 -310.62 140.62 141.17 2.454 2.468 -308.25 142.22 142.72 2.494 2.506 -324.72 142.72 143.22 2.506 2.519 -316.15 144.22 144.72 2.544 2.556 -316.04 144.72 145.12 2.556 2.566 -314.07 146.23 146.73 2.594 2.606 -302.94 146.73 147.23 2.606 2.619 -308.7 148.23 148.73 2.644 2.657 -319.57 148.73 149.23 2.657 2.669 -320.91 150.23 150.73 2.695 2.707 -328.24 150.73 151.23 2.707 2.72 -320.57 152.23 152.73 2.746 2.758 -306.83 152.73 153.23 2.758 2.771 -298.15 154.23 154.73 2.797 2.81 -304.54 154.73 155.23 2.81 2.823 -297.59 156.23 156.73 2.849 2.862 -319.09 156.73 157.23 2.862 2.875 -305.35 158.23 158.73 2.9 2.914 -310.3 158.73 159.13 2.914 2.924 -307.76 160.13 160.63 2.951 2.964 -309.93 160.63 161.14 2.964 2.977 -306.98 162.14 162.64 3.004 3.017 -319 162.64 163.14 3.017 3.03 -307.31 164.12 164.62 3.056 3.069 -296.09 164.62 165.12 3.069 3.083 -312.16 166.12 166.62 3.11 3.123 -303.48 166.62 167.12 3.123 3.137 -311.86 168.12 168.62 3.163 3.177 -304.3 168.62 169.12 3.177 3.19 -304.23 170.12 170.62 3.218 3.231 -315.98 170.62 171.1 3.231 3.245 -309.4 172.1 172.6 3.272 3.286 -308.88 172.6 173.1 3.286 3.299 -308.66 174.1 174.6 3.327 3.341 -312.53 174.6 175.1 3.341 3.354 -323.36 176.1 176.6 3.382 3.396 -306.7 176.6 177.1 3.396 3.411 -314.75 178.1 178.6 3.439 3.453 -319.39 178.6 179.1 3.453 3.467 -310.22 180.1 180.6 3.495 3.509 -310.8 180.6 181.1 3.509 3.523 -309.28 182.1 182.6 3.551 3.566 -314.7 182.6 183.1 3.566 3.58 -313.39 184.1 184.6 3.609 3.623 -310.61 184.6 185.1 3.623 3.637 -325.62 186.1 186.6 3.666 3.68 -313.15 186.6 187.1 3.68 3.695 -313.66 188.1 188.6 3.724 3.739 -318.28 188.6 189.1 3.739 3.753 -304.24 190.13 190.63 3.784 3.798 -298.92 190.63 191.13 3.798 3.813 -306.31 192.13 192.63 3.842 3.857 -298.85 192.63 193.13 3.857 3.872 -307.37 194.13 194.63 3.902 3.916 -308.42 194.63 195.13 3.916 3.931 -301.43 196.13 196.63 3.961 3.976 -305.39 196.63 197.13 3.976 3.991 -309.58 198.13 198.63 4.022 4.037 -314.86 198.63 199.13 4.037 4.053 -322.96 200.13 200.63 4.084 4.099 -316.09 200.63 201.13 4.099 4.115 -312.99 202.13 202.63 4.146 4.162 -311.09 202.63 203.13 4.162 4.177 -303.43 204.13 204.63 4.208 4.224 -315.92 204.63 205.13 4.224 4.239 -316.29 206.13 206.63 4.27 4.286 -300.43 206.63 207.13 4.286 4.301 -303.61 208.13 208.63 4.332 4.348 -304.08 208.63 209.13 4.348 4.364 -310.21 210.13 210.63 4.396 4.412 -321.99 210.63 211.13 4.412 4.427 -309.36 212.13 212.63 4.459 4.475 -313.72 212.63 213.13 4.475 4.491 -294.44 214.13 214.63 4.523 4.54 -310.42 214.63 215.13 4.54 4.556 -314.23 216.13 216.63 4.589 4.606 -303.64 216.63 217.13 4.606 4.623 -314.91 218.13 218.63 4.656 4.672 -314.8 218.63 219.13 4.672 4.689 -295.69 220.13 220.63 4.722 4.738 -305.97 220.63 221.13 4.738 4.754 -309.48 222.13 222.63 4.787 4.803 -323.27 222.63 223.13 4.803 4.82 -309 224.13 224.63 4.852 4.869 -305.09 224.63 225.13 4.869 4.885 -306.15 226.13 226.63 4.919 4.936 -317.3 226.63 227.13 4.936 4.953 -313.29 228.13 228.63 4.987 5.004 -311.94 228.63 229.13 5.004 5.021 -317.87 230.13 230.63 5.055 5.072 -303.56 230.63 231.13 5.072 5.09 -311.94 232.13 232.63 5.125 5.142 -309.51 232.63 233.13 5.142 5.16 -311.25 234.14 234.64 5.195 5.213 999999 234.64 235.14 5.213 5.23 -311.81 236.14 236.64 5.266 5.284 -311.96 236.64 237.14 5.284 5.301 -313.94 238.14 238.64 5.337 5.355 -306.65 238.64 239.14 5.355 5.373 -305.58 240.14 240.64 5.409 5.427 -302.89 240.64 241.14 5.427 5.445 -295.42 242.14 242.64 5.481 5.5 -307.9 242.64 243.14 5.5 5.518 -299.65 244.14 244.64 5.555 5.573 -297.69 244.64 245.14 5.573 5.591 -298.35 246.14 246.64 5.628 5.647 -300.95 246.64 247.14 5.647 5.665 -295.18 248.14 248.64 5.703 5.722 -312.35 248.64 249.14 5.722 5.741 -293 250.14 250.64 5.779 5.798 -301.18 250.64 251.14 5.798 5.816 -304.29 252.14 252.64 5.854 5.873 -302.37 252.64 253.14 5.873 5.893 -308.54 254.14 254.64 5.932 5.951 -298.52 254.64 255.14 5.951 5.97 -309.01 256.14 256.64 6.009 6.029 999999 256.64 257.14 6.029 6.048 999999 258.15 258.65 6.087 6.107 -300.39 258.65 259.15 6.107 6.127 -314.2 259.15 259.65 6.127 6.147 -297.35 259.65 260.08 6.147 6.165 -308.08 260.08 260.58 6.165 6.185 999999 260.58 261.08 6.185 6.205 999999 261.08 261.58 6.205 6.225 999999 261.58 262.08 6.225 6.245 999999 262.49 262.99 6.261 6.281 -306.6 262.99 263.49 6.281 6.301 -299.51 264.49 264.99 6.343 6.363 -309.73 264.99 265.49 6.363 6.384 -305.05 266.49 266.99 6.425 6.446 -303.04 266.99 267.49 6.446 6.466 -297.88 268.49 268.99 6.508 6.528 -301.14 268.99 269.49 6.528 6.549 -300.21 270.49 270.99 6.592 6.613 -309.37 270.99 271.49 6.613 6.635 -301.54 272.49 272.99 6.677 6.698 -300.36 272.99 273.49 6.698 6.72 -305.04 274.49 274.99 6.762 6.784 -296.72 274.99 275.49 6.784 6.806 -305.13 276.49 276.99 6.85 6.873 -290.67 276.99 277.49 6.873 6.895 -299.19 278.48 278.98 6.938 6.96 -303.89 278.98 279.48 6.96 6.983 -294.92 280.48 280.98 7.027 7.05 -305.96 280.98 281.48 7.05 7.073 -301.81 282.5 283 7.119 7.142 -301 283 283.5 7.142 7.165 -303.81 284.5 285 7.211 7.233 -303.83 285 285.5 7.233 7.256 -302.9 286.5 287 7.303 7.327 -295.94 287 287.5 7.327 7.351 -294.94 288.5 289 7.398 7.421 -293.28 289 289.5 7.421 7.445 -301.61 290.5 291 7.492 7.516 -299.72 291 291.5 7.516 7.54 -297.82 292.5 293 7.59 7.614 -296.34 293 293.5 7.614 7.639 -302.21 294.5 295 7.688 7.713 -305.64 295 295.5 7.713 7.737 -300.96 296.5 297 7.787 7.812 -310.61 297 297.5 7.812 7.837 -301.75 297.5 298 7.837 7.863 -296.62 298 298.5 7.863 7.888 -302.99 300.5 301 7.991 8.016 -304.15 301 301.5 8.016 8.042 -299.11 302.5 303 8.093 8.12 -302.63 303 303.5 8.12 8.147 -303.41 304.5 305 8.2 8.227 -302.73 305 305.5 8.227 8.253 -294.17 306.5 307 8.307 8.333 -313.3 307 307.5 8.333 8.36 -299.88 308.5 309 8.415 8.443 -307.09 309 309.5 8.443 8.471 -307.88 310.5 311 8.526 8.554 -301.6 311 311.5 8.554 8.582 -310.65 312.5 313 8.638 8.666 -304.94 313 313.5 8.666 8.694 -304.82 314.5 315 8.752 8.781 -303.23 315 315.5 8.781 8.81 -300.91 316.5 317 8.868 8.897 -303.51 317 317.5 8.897 8.926 -301.65 318.5 319 8.984 9.014 -307.75 319 319.5 9.014 9.044 -304.22 320.5 321 9.105 9.136 -298.85 321 321.5 9.136 9.167 -307.33 322.5 323 9.228 9.258 -303.49 323 323.5 9.258 9.289 -307.85 324.5 325 9.35 9.382 -302.02 325 325.5 9.382 9.414 -301.77 326.5 327 9.478 9.51 -309.6 327 327.5 9.51 9.542 -307.5 328.5 329 9.606 9.638 -302.89 329 329.5 9.638 9.67 -307.06 330.5 331 9.736 9.769 -294.53 331 331.5 9.769 9.803 -298.26 332.5 333 9.87 9.903 -290.57 333 333.5 9.903 9.937 -300.4 334.5 335 10.004 10.037 -297.4 335 335.5 10.037 10.071 -290.4 336.5 337 10.142 10.177 -298.57 337 337.5 10.177 10.213 -300.88 338.5 339 10.284 10.319 -297.53 339 339.5 10.319 10.355 -306.43 339.5 340 10.355 10.39 -291.59 340 340.5 10.39 10.426 -301.2 341.5 342 10.498 10.536 999999 342 342.45 10.536 10.569 999999 342.45 343 10.569 10.61 -298.49 343 343.5 10.61 10.647 -299.15 344.45 345 10.718 10.759 -301.1 345 345.5 10.759 10.797 -303.75 346.45 347 10.868 10.911 -301.08 347 347.5 10.911 10.95 -293.74 348.45 349 11.025 11.069 -290.76 349 349.5 11.069 11.108 -296.78 350.45 351 11.184 11.227 -294 351 351.5 11.227 11.267 -293.38 352.45 353 11.35 11.405 -294.63 353 353.5 11.405 11.455 -293.75 354.45 355 11.551 11.606 -302.25 355 355.5 11.606 11.656 -304.37 356.45 357 11.751 11.807 -295.34 357 357.5 11.807 11.857 -302.59