# Guliya Ice Cap, China d18O, d-excess, ammonium, Dust Data covering the last 41ka #----------------------------------------------------------------------- # 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/38782 # 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-38782.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: # # Science_Keywords: #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/icecore/trop/guliya/guliya2023_100yavgs_d18O_dex_NH4_dust.txt # Data_Download_Description: NOAA Template File; d18O d-excess NH4+ dust 100Yr Average Data #-------------------- # Contribution_Date # Date: 2023-12-11 #-------------------- # File_Last_Modified_Date # Date: 2023-12-11 #-------------------- # Title # Study_Name: Guliya Ice Cap, China d18O, d-excess, ammonium, Dust Data covering the last 41ka #-------------------- # Investigators # Investigators: Thompson, L.G. (https://orcid.org/0000-0001-5371-2579); Yao, T.-D. (https://orcid.org/0000-0002-8485-9140); Davis, M.E. (https://orcid.org/0000-0003-1049-5935); Mosley-Thompson, E. (https://orcid.org/0000-0002-9665-3705); Synal, H.-A. (https://orcid.org/0000-0001-5621-3089); Wu, G. ; Bolzan, J.F.; Kutuzov, S. (https://orcid.org/0000-0003-2007-0922); Beaudon, E. (https://orcid.org/0000-0002-8186-6433); Sierra-Hernández, M.R. (https://orcid.org/0000-0001-8566-8170); Beer, J. (0000-0001-8765-2041) #-------------------- # Description_Notes_and_Keywords # Description: Provided Keywords: Northwest Tibetan Plateau, orbital forcing, glacial stage, Holocene, Indian summer monsoon, westerlies #-------------------- # Publication # Authors: Thompson, Lonnie G., Tandong Yao, Mary E. Davis, Ellen Mosley-Thompson, Hans-Arno Synal, Guangjian Wu, John F. Bolzan, Stanislav Kutuzov, Emilie Beaudon, M. Roxana Sierra-Hernández, Juerg Beer # Published_Date_or_Year: 2024-01-15 # Published_Title: Ice core evidence for an orbital-scale climate transition on the Northwest Tibetan Plateau # Journal_Name: Quaternary Science Reviews # Volume: 324 # Edition: # Issue: # Pages: # Report_Number: # DOI: 10.1016/j.quascirev.2023.108443 # Online_Resource: # Full_Citation: # Abstract: The influences on climate in the Northwest Tibetan Plateau (NwTP) have changed on millennial to precessional timescales and have been dependent on the size of the Northern Hemisphere ice sheets, Northern Hemisphere summer insolation, and the migration of the Intertropical Convergence Zone (ITCZ). All these influences control the position and intensity of the westerlies over Central Asia and the Tibetan Plateau and of the Asian Monsoon over South Asia. The top 187.4 meters of a 309.7-meter ice core (2015GP) drilled on the plateau of the Guliya ice cap contains a 41-kyr climate history of the NwTP, a region where information on past climate and environment is limited. The oxygen isotope ratio (d18O), and ammonium (NH4+) and dust concentration records from 2015GP show that during the glacial (41 to 17.5 ka BP) temperature and precipitation in the NwTP were primarily influenced on the precessional timescale by summer insolation, while at millennial resolution the climate was linked to the North Atlantic temperature via the westerlies. During the deglaciation (17.5 to 12 ka BP) summer insolation remained an important temperature forcing, but the influence of the North Atlantic climate on the NwTP climate weakened as the westerlies shifted northward. The Guliya Holocene d18O record shows that NwTP climate was no longer in phase with decreasing summer insolation or with North Atlantic climate, perhaps as the moisture source and pathways were more determinative factors in isotopic fractionation than temperature, and/or incoming solar radiation (insolation) forcing was replaced by rising greenhouse gas concentrations as the primary driver of warming in NwTP. #-------------------- # Funding_Agency # Funding_Agency_Name: US National Science Foundation # Grant: P2C2 Award 1502929 #-------------------- # Site_Information # Site_Name: Guliya ice cap # Location: Xinjiang # Northernmost_Latitude: 35.25 # Southernmost_Latitude: 35.25 # Easternmost_Longitude: 81.48 # Westernmost_Longitude: 81.48 # Elevation_m: 6200 #-------------------- # Data_Collection # Collection_Name: GuliyaIceCores_2015 100yr Avg Thompson2023 # Earliest_Year: 41000 # Most_Recent_Year: -64 # Time_Unit: calendar year before 1950 CE # Core_Length_m: # Parameter_Keywords: age control, oxygen isotopes # Notes: #-------------------- # 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) # ## 2015GP_depth_m depth,,,meter,,ice cores,,,N,Core 2015GP ## 2015GP_agekaBP ice age,,,calendar kiloyear before present,,ice cores,,,N, ## 2015GP_d18O delta 18O,bulk ice,,per mil VSMOW,,ice cores,averaged,isotope ratio mass spectrometry,N, ## 2015GP_d-excess deuterium excess,bulk ice,,per mil VSMOW,,ice cores,averaged,isotope ratio mass spectrometry,N, ## 2015GP_NH4+ ammonium,bulk ice,,microequivalent per liter,,ice cores,averaged,ion chromatography,N, ## 2015GP_dust dust,bulk ice,,count per milliliter,,ice cores,averaged,,N,x10^5 per milliliter; mineral dust; electronic counter #-------------------- # Data: # Data line format - tab-delimited text, variable short name as header # Missing_Values: NA 2015GP_depth_m 2015GP_agekaBP 2015GP_d18O 2015GP_d-excess 2015GP_NH4+ 2015GP_dust 0 -0.064 -12.21 18.24 7.45 9.06 14.72 0 -14.7 16.75 4.01 10.41 32.71 0.1 -14.55 17.11 4.06 10.81 56.37 0.2 -16.14 18.75 3.94 7.35 63.58 0.3 -17.85 19.21 7.48 3.73 68.28 0.4 -15.27 16.57 3.8 17.84 71.83 0.5 -13.47 17.11 2 21.46 73.19 0.6 -15.12 17.44 3.33 13.02 77.02 0.7 -14.83 17.91 3.59 13.03 80.17 0.8 -15.53 17.58 3.24 14.6 82.72 0.9 -12.85 18.95 5.69 10.14 84.61 1 -14.45 17.12 1.09 2.6 86.12 1.1 -15.58 19.64 7.81 9.3 87.86 1.2 -16.85 19.71 11.74 14 89.48 1.3 -14.54 20.67 8.02 8.62 90.94 1.4 -14.47 18.74 3.56 9.03 92.22 1.5 -14.91 18.08 3.45 9.25 93.21 1.6 -15.72 18.58 5.18 7.56 94.08 1.7 -17.25 17.33 3.16 16.79 94.99 1.8 -15.42 16.36 1.72 17.94 95.94 1.9 -15.74 16.48 4.67 16.25 97.05 2 -16.95 16.82 3.45 8.85 98.23 2.1 -16.76 18.34 3.11 8.21 99.24 2.2 -14.19 18.85 2.47 14.22 100.41 2.3 -15.02 19.11 3.02 7.72 101.58 2.4 -15.45 18.9 4.21 9.35 102.61 2.5 -16.73 17.9 4.19 13.3 103.53 2.6 -13.88 18.18 3.84 14.99 104.33 2.7 -14.37 19.46 2.84 15.21 104.82 2.8 -15.06 19.47 5.62 9.25 105.28 2.9 -18.23 20.21 2.56 9.85 105.73 3 -17.09 20.98 7.61 7.17 106.22 3.1 -16.91 18.1 3.47 16.72 106.64 3.2 -14.69 18.38 2.12 28.39 107.07 3.3 -15.79 18.17 1.56 4.41 107.47 3.4 -15.66 18 1.84 10.84 107.87 3.5 -16.12 19.11 1.75 10.1 108.28 3.6 -19.31 19.47 1.06 11.76 108.62 3.7 -17.6 19.05 3.1 6.05 108.96 3.8 -14.35 19.08 2.15 9.87 109.32 3.9 -15.75 19.49 4.31 5.54 109.64 4 -16.26 18.96 2.38 9.1 109.92 4.1 -16.9 18.54 5.05 17.38 110.26 4.2 -14.7 17.67 3.7 9.06 110.59 4.3 -14.96 19.33 5.21 10.13 110.92 4.4 -15.69 19.28 5.47 7.52 111.27 4.5 -17.12 19.14 5.73 6.66 111.77 4.6 -15.66 18.97 5.03 12.82 112.81 4.7 -15.37 18.93 5.13 9.13 113.92 4.8 -14.3 19.23 4.77 11.05 114.51 4.9 -16.37 18.13 2.95 8.63 115.08 5 -16.01 18.38 4.79 8.9 115.47 5.1 -14.88 19.27 4.87 8.23 115.94 5.2 -15.63 17.72 3.99 6.97 116.35 5.3 -16.54 18.04 4.65 13.28 116.86 5.4 -16.89 17.06 2.58 12.5 117.24 5.5 -17.82 17.7 4.69 8.39 117.83 5.6 -16.52 17.73 3.42 12.42 118.41 5.7 -15.56 18.36 2.49 13.33 119.14 5.8 -16.82 17.53 5.22 16.68 119.99 5.9 -17.01 17.68 3.78 7.98 120.59 6 -15.16 18.8 4.07 6.55 121.09 6.1 -16.58 19.03 3.26 8.35 121.46 6.2 -15.15 20.45 5.25 8.18 121.66 6.3 -17.24 18.13 4.95 6.74 121.95 6.4 -18.11 17.56 3.85 5.79 122.12 6.5 -17.59 18.23 3.89 8.21 122.41 6.6 -18.27 16.89 4.59 6.82 122.58 6.7 -15.95 17.56 4.48 9.81 122.89 6.8 -19.16 16.27 2.42 7.82 123.05 6.9 -15.82 17.76 1.94 11.27 123.23 7 -13.8 18.32 3.2 5.74 123.38 7.1 -16.77 19.1 2.77 10.42 123.9 7.2 -16.73 16.55 1 9.46 124.02 7.3 -20.67 17.71 2.05 11.36 124.18 7.4 -14.98 19.01 3.1 6.24 124.27 7.5 -16.32 19.84 5.51 10.31 124.42 7.6 -14.42 21.38 6.14 8.78 124.54 7.7 -17.67 20.17 6.02 11.52 124.66 7.8 -15.38 22.36 5.41 9.08 124.75 7.9 -17.65 17.11 1.72 10.62 124.88 8 -21.09 17.74 3.21 7.97 125 8.1 -18.71 18.79 3.75 6.51 125.18 8.2 -20.18 16.69 3.51 6.31 125.3 8.3 -17.49 18.81 3.25 5.43 125.43 8.4 -14.2 21.64 4.82 9.02 125.56 8.5 -17.12 16.26 3.43 24.48 125.69 8.6 -15.31 19.83 4.01 4.44 125.83 8.7 -15.27 16.63 3.74 6.97 125.99 8.8 -15.84 17.3 4.33 8.12 126.09 8.9 -15.09 17.83 5.13 8.66 126.17 9 -16.91 18.59 4.34 7.9 126.34 9.1 -20.32 16.71 2.92 18.05 126.55 9.2 -17.99 17.4 1.41 11.05 126.78 9.3 -17.13 18.97 1.22 20.42 127 9.4 -17.41 16.99 3.37 7.16 127.22 9.5 -17.26 16.45 3.59 8.61 127.55 9.6 -18.03 16.21 3.7 7.98 127.76 9.7 -17.59 15.94 4.45 7.03 128.03 9.8 -17.66 16.18 3.97 11.43 128.27 9.9 -19.8 16.87 4.89 5.5 128.55 10 -17.57 19.2 3.99 13.24 128.68 10.1 -18.98 17.51 2.61 8.19 128.93 10.2 -16.66 20.3 3.76 11.12 129.09 10.3 -18.75 17.22 2.23 13.91 129.22 10.4 -18.56 16.37 1.23 14.53 129.35 10.5 -19.31 17.84 2.02 10.34 129.45 10.6 -14.95 18.66 1.71 18.07 129.54 10.7 -18.03 18.44 1.34 15.68 129.92 10.8 -18.37 17.88 1.9 9.73 130.43 10.9 -16.19 18.63 2.3 8.79 130.65 11 -16.21 19.18 2.52 10.58 130.86 11.1 -15.97 18.69 3.5 12.81 131.15 11.2 -15.91 16.17 3.67 7.43 131.36 11.3 -13.21 16.43 2.92 8.08 131.5 11.4 -15.97 16.76 1.13 34.9 131.61 11.5 -11.67 16.28 2.86 18.32 131.71 11.6 -14.1 16.76 2.75 17.28 131.84 11.7 -17.35 17.46 3.6 27.63 131.96 11.8 -12.29 19.27 3.96 10.21 132.2 11.9 -11.99 20.33 4.76 8.53 133.01 12 -15.38 18.53 5.22 7.73 133.58 12.1 -14.36 19.23 4.59 5.75 134.32 12.2 -12.99 17.98 6.76 13.9 135.16 12.3 -11.73 21.89 7.89 10.23 135.46 12.4 -13.31 22.4 5.76 6.11 135.83 12.5 -12.45 22.85 5.76 8.4 136.19 12.6 -13.89 20.04 5.61 6.24 136.53 12.7 -14.09 20.9 5.07 5.67 136.82 12.8 -12.84 20.53 4.95 12.42 137.06 12.9 -12.24 20.11 5 9.88 137.53 13 -11.69 20.72 5.5 16.26 137.99 13.1 -13 20.93 5.72 15.2 138.56 13.2 -14.25 19.77 5.12 10.24 139.07 13.3 -16.36 18.75 5.56 7.07 139.36 13.4 -15.87 19.25 5.03 8.75 139.52 13.5 -13.31 21.33 4.95 10.42 139.65 13.6 -15.69 19.96 4.37 6.08 139.92 13.7 -15.66 20.28 5.6 11.11 140.05 13.8 -14.79 20.94 4.17 6.36 140.15 13.9 -15.81 19.65 6.16 6.68 140.27 14 -13.97 19.37 8.7 8.62 140.51 14.1 -14.82 18.41 6.9 10.06 140.75 14.2 -12.36 20.89 6.15 5.73 141.03 14.3 -16.82 17.04 4.25 8.76 141.35 14.4 -14.88 20.04 2.03 7.99 141.79 14.5 -13.57 20.51 1.11 16.38 142.24 14.6 -13.47 21.91 3.11 6.97 142.92 14.7 -13.6 20.17 3.19 8.34 143.45 14.8 -14.95 19.25 6.43 13.56 143.85 14.9 -13.05 17.78 4.92 11.71 144.22 15 -12.94 18.45 3.95 28.54 144.49 15.1 -13.55 19.34 4.36 3.79 144.68 15.2 -13.05 20.53 6.64 8.1 144.91 15.3 -17.31 18.84 3.04 13.24 145.32 15.4 -13.02 19.51 5.83 24.92 145.68 15.5 -13.45 17.34 4.61 10.14 146.02 15.6 -14.28 16.83 4.92 7.67 146.44 15.7 -12.41 19.44 4.27 6.79 146.82 15.8 -12.22 19.78 4.88 12.79 147.17 15.9 -12.75 19.14 6.27 8.35 147.54 16 -14.91 17.55 3.26 11.5 147.89 16.1 -12.73 18.71 3.24 21.44 148.22 16.2 -13.41 18.74 4.6 9.82 148.54 16.3 -14.02 18.02 4.67 10.52 148.89 16.4 -14.17 17.08 2.74 4.81 149.22 16.5 -13.38 16.53 3.58 6.51 149.54 16.6 -13.22 17.45 5.58 6.13 149.88 16.7 -13.29 18.97 2.55 8.77 150.2 16.8 -11.69 19.93 3.74 9.45 150.49 16.9 -13.21 16.73 3.26 12.14 150.82 17 -15.55 17.89 7.07 5.04 151.11 17.1 -13.7 19.67 5.46 6.78 151.41 17.2 -12.5 19.25 5.07 7.63 151.71 17.3 -11.61 19.55 3.98 3.87 152.03 17.4 -13.94 16.35 2.77 5.4 152.31 17.5 -13.99 17.23 4.23 7.6 152.63 17.6 -14.21 17.71 5.16 13.52 152.9 17.7 -14.35 18.27 5.05 5.06 153.18 17.8 -16.7 18.45 5.09 5.25 153.53 17.9 -17.42 21.2 5.62 16.2 153.8 18 -17.48 18.28 3.37 13.56 154.05 18.1 -15.17 19.06 3.61 10.03 154.37 18.2 -15.21 19.53 3.75 5.28 154.65 18.3 -16.56 20.1 4.36 4.35 154.93 18.4 -18.72 17.76 3.89 9.51 155.2 18.5 -15.8 20.26 4.44 4.8 155.47 18.6 -18.6 18.43 3.33 3.82 155.74 18.7 -14.12 19.98 4.62 8.4 156.01 18.8 -19.32 16.44 2.48 5.74 156.25 18.9 -17.08 22.47 3.25 4.51 156.52 19 -14.89 19.5 2.82 7.56 156.81 19.1 -16.82 19.46 5.27 14.75 157.03 19.2 -12.5 24.06 2.98 7.31 157.22 19.3 -17.23 24.36 5.87 5.49 157.42 19.4 -18.75 23.58 4.56 6.66 157.63 19.5 -16.67 17.34 2.43 11.2 157.83 19.6 -17.46 18.32 2.14 9.04 158.03 19.7 -17.18 19.91 3.67 13.64 158.24 19.8 -17.08 19.87 3.32 13.41 158.45 19.9 -18.51 19.09 2.93 7.85 158.63 20 -21.75 19.58 2.15 10.82 158.78 20.1 -22.71 19.97 0.87 13.12 158.97 20.2 -18.8 20.35 2.1 7.58 159.13 20.3 -17.71 18.39 4.3 11.32 159.28 20.4 -20.34 15.9 3.13 15.07 159.5 20.5 -16.36 19.31 4.2 13.47 159.7 20.6 -20.3 17.05 3.79 10.57 159.88 20.7 -17.1 18.05 4.95 9.67 160.09 20.8 -20.25 16.41 4.07 13.53 160.26 20.9 -19.94 17.55 2.96 15.14 160.4 21 -20.91 17.56 2.23 26.16 160.62 21.1 -17.07 17.72 3.61 11.63 160.83 21.2 -15.56 18.87 4.59 5.97 161 21.3 -19.73 19.23 2.33 9.33 161.16 21.4 -24.22 16.93 0.57 8.58 161.54 21.6 -21.69 16.88 3.44 13.63 161.7 21.7 -19.68 18.86 1.38 25.84 161.83 21.8 -14.22 22.5 3.86 15.51 162.01 21.9 -17.91 21.38 2.3 11.19 162.17 22 -15.33 18.96 2.27 16.74 162.31 22.1 -20.49 21.49 1.91 28.65 162.46 22.2 -14.8 19.8 3.55 12.17 162.63 22.3 -20.12 17.63 1.35 8.33 162.8 22.4 -16.76 21.64 3.12 6.52 162.95 22.5 -17.73 18.55 2.49 8.53 163.12 22.6 -20.04 19.18 2.61 14.05 163.51 22.7 -24.58 21.51 1.28 15.3 163.57 22.8 -21.36 18.46 0.92 26.23 163.76 22.9 -14.22 19.96 4.53 9.15 163.94 23 -14.93 19.84 5.68 6.35 164.17 23.1 -19.01 15.74 2.87 5.79 164.44 23.2 -20.96 16.66 2.26 14.73 164.7 23.3 -21.53 18.2 2.41 13.7 164.92 23.4 -20.82 17.28 1.69 15.95 165.26 23.5 -20.07 21.32 1.57 8.98 165.53 23.6 -24.27 17.32 1.73 17.81 165.79 23.7 -17 20.58 1.61 13.32 166.04 23.8 -23.38 19.14 2.04 9.74 166.25 23.9 -19.19 19.42 2.99 8.61 166.4 24 -25.69 19.11 0.96 12.04 166.45 24.1 -20.32 18.68 2.55 14.84 166.73 24.2 -26.95 22.16 17.84 5.2 166.76 24.3 -25.35 21.76 5.61 4.27 166.89 24.4 -18.02 23.41 1.88 15.89 167.01 24.5 -16.58 21.14 7.71 5.58 167.1 24.6 -25.58 18.22 3 11.62 167.2 24.7 -20.79 23.43 2.56 6.83 167.33 24.8 -19.53 17.81 2.26 9.9 167.45 24.9 -17.14 22.42 1.44 8.63 167.57 25 -14.87 20.55 2.87 7.48 167.67 25.1 -21.68 19.16 2.94 7.92 167.8 25.2 -18.3 24.2 2.64 11.3 167.94 25.3 -14.31 22.63 4.16 15.49 168.12 25.4 -16.75 20.38 4.52 12.09 168.24 25.5 -22.95 16.84 1.27 11.6 168.39 25.6 -19.56 18.13 1.71 20.73 168.5 25.7 -23.45 22.34 1.01 29.66 168.6 25.8 -21.23 21.47 0.78 25.81 168.65 25.9 -14.73 22.53 4.85 3.34 168.71 26 -18.26 17.97 0.94 26.9 168.75 26.1 -17.04 19.27 1.27 23.29 168.79 26.2 -19.65 17.62 1.04 14.35 168.9 26.3 -13.43 17.65 4.19 38.9 168.94 26.4 -21.81 15.4 1.27 16.89 169.01 26.5 -25.74 19.83 0.6 21.69 169.04 26.6 -21.78 22.97 0.82 19.33 169.1 26.7 -16.9 18.84 0.97 17.26 169.16 26.8 -21.85 20.4 0.79 14.77 169.21 26.9 -20.69 19.2 3.85 9.39 169.25 27 -13.76 21.23 3.38 12.23 169.32 27.1 -14.2 16.88 2.55 18.21 169.35 27.2 -20.56 17.48 1.99 20.27 169.42 27.3 -19.96 21.02 3.1 9.05 169.48 27.4 -18.56 19.15 5.53 3.6 169.51 27.5 -19.61 15.55 4.29 9.33 169.56 27.6 -18.39 18.87 3.74 19.74 169.69 27.7 -17.7 19.35 2.84 16.83 169.99 27.8 -18.63 19.63 3.5 10.55 170.27 27.9 -21.51 19.01 2.16 12.95 170.57 28 -19.85 18.08 1.33 17.69 170.89 28.1 -20.04 18.66 1.07 15.69 171.19 28.2 -24.11 19.39 0.78 16.59 171.45 28.3 -19.33 18.74 1.02 15.21 171.7 28.4 -19.7 21.12 1.14 15.01 171.93 28.5 -24.73 19.45 0.97 10.11 172.14 28.6 -17.59 21.27 2.91 12.09 172.4 28.7 -15.26 21.84 5.97 6.92 172.61 28.8 -16.51 22.55 4.41 20.16 172.81 28.9 -22.05 18.04 2.47 20.54 172.95 29 -14.91 22.09 5 9.97 173.15 29.1 -20.8 16.75 1.94 16.07 173.3 29.2 -16.62 17.39 4.23 10.15 173.59 29.4 -17.21 18.67 2.36 17.66 173.61 29.4 -16.79 17.36 1.49 20.86 173.81 29.5 -21.35 17.86 2.28 10.3 173.97 29.6 -18.16 17.15 3.29 47.06 174.15 29.7 -16.59 21.89 1.63 7.4 174.28 29.8 -17.78 20.38 4.1 15.46 174.47 29.9 -18.66 19.24 3.92 16.83 174.63 30 -19.43 20.83 2.2 11.74 174.8 30.1 -16.71 20.98 3.66 11.44 174.95 30.2 -20.77 23.29 1.18 13.67 175.11 30.3 -14.45 22.45 3.67 13.53 175.27 30.4 -18.45 20.9 2.91 26.85 175.44 30.5 -16.66 19.29 2.95 16.47 175.69 30.6 -16.5 20.73 4.34 42.59 175.87 30.7 -19.17 20.93 3.9 5.19 176.11 30.8 -15.22 20.95 5.18 6.6 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