# Andaman Sea U1448 Vegetation Proxies Leaf Wax Carbon Isotopes and Alkane Chain Length during the Last 640 kyr #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # 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 '#' followed by a space # Data lines have no '#' # # NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/38339 # 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-ocean-38339.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Paleoceanography # # Dataset_DOI: 10.25921/mxm5-sm28 # # Science_Keywords: Vegetation Reconstruction #--------------------------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/paleocean/indian_ocean/mcgrath2023/mcgrath2023-u1448-alkane.txt # Data_Download_Description: NOAA Template File; U1448 Alkane Chain Length Data # #--------------------------------------- # Contribution_Date # Date: 2023-07-24 #--------------------------------------- # File_Last_Modified_Date # Date: 2023-11-24 #--------------------------------------- # Title # Study_Name: Andaman Sea U1448 Vegetation Proxies Leaf Wax Carbon Isotopes and Alkane Chain Length during the Last 640 kyr #--------------------------------------- # Investigators # Investigators: McGrath, Sarah (https://orcid.org/0000-0003-3372-1894); Clemens, Steven (https://orcid.org/0000-0002-1136-7815); Huang, Yongsong (https://orcid.org/0000-0002-9287-4543) #--------------------------------------- # Description_Notes_and_Keywords # Description: Provided Keywords: Paleoclimatology, leaf wax, carbon isotopes, vegetation proxies, Southeast Asia, #--------------------------------------- # Publication # Authors: McGrath, Sarah M., Steven C. Clemens, and Yongsong Huang # Published_Date_or_Year: 2023-11-01 # Published_Title: Pleistocene Sunda Shelf submersion-exposure cycles initiate vegetation Walker Circulation feedback # Journal_Name: Geology # Volume: 51 # Edition: # Issue: 11 # Pages: 1053–1056 # Report_Number: # DOI: 10.1130/G51412.1 # Online_Resource: # Full_Citation: # Abstract: Recent research has found that the subsiding Sunda Shelf (Southeast Asia) was permanently exposed prior to ca. 400 ka with initial submersion-exposure cyclicity, associated with interglacial-glacial sea-level cycles, beginning between 400 and 240 ka. We analyzed the impact submersion-exposure cycles on regional environment and climate through a 640 k.y. leaf-wax carbon isotope (δ13Cwax) reconstruction at Andaman Sea Site U1448, representing relative changes in C3/C4 plant abundances. Prior to ca. 250 ka, the Sunda region was inhabited by a stable C3 (forest) biome, after which submersion-exposure cycles initiated with the deglacial sea-level rise at ca. 250 ka. During subsequent glacial-age sea-level drops, the newly exposed shelf was rapidly colonized by C4 grasses, followed by slow transitions back to C3 forests, representing a tenfold increase in the variability of C3/C4 vegetation in the Sunda region. The C3/C4 regime shift since 250 ka is coherent across the Southeast (SE) Asia peninsula and Sunda Shelf and is coincident with a shift in the east-west sea-surface temperature gradient in the equatorial Pacific Ocean. We hypothesize that the expansion of C4 grasslands promoted and sustained drier glacial-age climates over SE Asia via a feedback mechanism that contributed to weakening the ascending branch of the east-west atmospheric circulation in the equatorial Pacific region known as the Walker Circulation. Our results indicate that the Sunda Shelf region has a larger influence on Walker Circulation than is seen in current paleoclimate simulations. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: Schlanger Ocean Drilling Fellowship # Grant: #--------------------------------------- # Funding_Agency # Funding_Agency_Name: US National Science Foundation # Grant: 2126815 #--------------------------------------- # Site_Information # Site_Name: IODP U1448 # Location: Bay of Bengal # Northernmost_Latitude: 10.633333 # Southernmost_Latitude: 10.633333 # Easternmost_Longitude: 93 # Westernmost_Longitude: 93 # Elevation_m: -1091 #--------------------------------------- # Data_Collection # Collection_Name: U1448 alkane chain McGrath2023 # First_Year: 638240 # Last_Year: 1880 # Time_Unit: calendar year before present # Core_Length_m: # Parameter_Keywords: biomarkers # 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) # ## Site sample identification,,,,,Paleoceanography,,,C,Site Name ## Hole sample identification,,,,,Paleoceanography,,,C,Hole ## Core sample identification,,,,,Paleoceanography,,,N,Core Number ## CT sample identification,,,,,Paleoceanography,,,C,Core type ## Section sample identification,,,,,Paleoceanography,,,N,Section number ## Depth_cm depth,,,centimeter,,Paleoceanography,,,N,Mid-depth of sample within section ## CSF-A_m depth,,,meter,,Paleoceanography,,,N,Core depth below sea floor; processed depth ## CCSF-D_m depth,,,meter,,Paleoceanography,composited,,N,Core composite depth below sea floor ## Age_kyr Age,,,calendar kiloyear before present,,Paleoceanography,,,N, ## ACL average chain length,n-alkane,,,,Paleoceanography,,gas chromatography - flame ionization detection,N,average alkane chain length #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: NA Site Hole Core CT Section Depth_cm CSF-A_m CCSF-D_m Age_kyr ACL U1448 C 1 H 1 7.5 0.075 0.075 1.88 29.40 U1448 C 1 H 1 21.5 0.215 0.215 3.28 29.87 U1448 C 1 H 1 35.5 0.355 0.355 4.67 29.65 U1448 C 1 H 1 63.5 0.635 0.635 7.46 29.57 U1448 C 1 H 1 77.5 0.775 0.775 8.86 29.36 U1448 C 1 H 1 92 0.920 0.920 10.30 29.20 U1448 C 1 H 1 105.5 1.055 1.055 11.65 29.53 U1448 C 1 H 1 147.5 1.475 1.475 15.83 30.08 U1448 C 1 H 2 13.5 1.635 1.635 17.43 29.64 U1448 C 1 H 2 27.5 1.775 1.775 18.80 29.85 U1448 C 1 H 2 41.5 1.915 1.915 20.11 30.34 U1448 C 1 H 2 55.5 2.055 2.055 21.41 29.52 U1448 C 1 H 2 69.5 2.195 2.195 22.72 30.14 U1448 C 1 H 2 83.5 2.335 2.335 24.03 30.07 U1448 C 1 H 2 111.5 2.615 2.615 26.64 30.19 U1448 C 1 H 2 125.5 2.755 2.755 28.43 30.18 U1448 C 1 H 2 139.5 2.895 2.895 30.78 30.26 U1448 C 1 H 3 5.5 3.055 3.055 33.46 30.20 U1448 C 1 H 3 19.5 3.195 3.195 35.81 29.88 U1448 C 1 H 3 33.5 3.335 3.335 38.15 30.16 U1448 C 1 H 3 47.5 3.475 3.475 40.50 29.86 U1448 C 1 H 3 61.5 3.615 3.615 42.85 30.21 U1448 C 1 H 3 75.5 3.755 3.755 45.20 30.05 U1448 C 1 H 3 89.5 3.895 3.895 47.54 30.39 U1448 C 1 H 3 103.5 4.035 4.035 49.89 30.12 U1448 C 1 H 3 117.5 4.175 4.175 52.24 30.19 U1448 C 1 H 3 131.5 4.315 4.315 54.59 30.22 U1448 C 1 H 3 145.5 4.455 4.455 56.93 30.31 U1448 C 1 H 4 12 4.620 4.620 59.70 30.22 U1448 C 1 H 4 26 4.760 4.760 62.05 30.27 U1448 C 1 H 4 40 4.900 4.900 64.40 30.12 U1448 A 2 H 2 94.5 4.845 5.035 66.66 30.12 U1448 A 2 H 2 108.5 4.985 5.175 69.01 30.16 U1448 A 2 H 2 122.5 5.125 5.315 70.59 30.31 U1448 A 2 H 2 136.5 5.265 5.455 71.38 29.83 U1448 A 2 H 2 149.5 5.395 5.585 72.12 30.09 U1448 A 2 H 3 44.5 5.845 6.035 73.34 29.82 U1448 A 2 H 3 58.5 5.985 6.175 74.35 30.13 U1448 A 2 H 3 72.5 6.125 6.315 76.32 30.03 U1448 A 2 H 3 86.5 6.265 6.455 78.30 30.18 U1448 A 2 H 3 101.5 6.415 6.605 80.41 30.28 U1448 A 2 H 3 114.5 6.545 6.735 82.25 30.11 U1448 A 2 H 3 128.5 6.685 6.875 84.22 29.61 U1448 A 2 H 3 142.5 6.825 7.015 86.20 30.12 U1448 A 2 H 4 5.5 6.955 7.145 88.16 29.98 U1448 A 2 H 4 19.5 7.095 7.285 90.45 30.11 U1448 A 2 H 4 33.5 7.235 7.425 92.75 29.76 U1448 A 2 H 4 47.5 7.375 7.565 95.04 30.18 U1448 A 2 H 4 75.5 7.655 7.845 99.62 30.18 U1448 A 2 H 4 89.5 7.795 7.985 101.91 30.29 U1448 A 2 H 4 103.5 7.935 8.125 104.20 30.18 U1448 A 2 H 4 117.5 8.075 8.265 106.50 30.31 U1448 A 2 H 4 145 8.350 8.540 111.00 30.25 U1448 A 2 H 5 11 8.510 8.700 113.76 30.08 U1448 A 2 H 5 25 8.650 8.840 116.28 30.10 U1448 A 2 H 5 39 8.790 8.980 118.80 29.93 U1448 A 2 H 5 53 8.930 9.120 121.32 29.96 U1448 A 2 H 5 67 9.070 9.260 123.83 30.17 U1448 A 2 H 5 80.5 9.205 9.395 126.26 30.10 U1448 A 2 H 5 95 9.350 9.540 128.87 29.95 U1448 A 2 H 5 109 9.490 9.680 132.22 30.40 U1448 A 2 H 5 123 9.630 9.820 135.34 30.45 U1448 A 2 H 5 137 9.770 9.960 137.16 30.47 U1448 B 2 H 1 48 9.080 10.250 140.93 30.40 U1448 B 2 H 1 62 9.220 10.390 142.75 30.41 U1448 B 2 H 1 76 9.360 10.530 144.57 30.55 U1448 B 2 H 1 90 9.500 10.670 146.39 30.50 U1448 B 2 H 1 104 9.640 10.810 148.21 30.68 U1448 B 2 H 1 118 9.780 10.950 150.03 30.45 U1448 B 2 H 1 132 9.920 11.090 151.85 30.45 U1448 B 2 H 2 7 10.070 11.240 153.79 30.50 U1448 B 2 H 2 49 10.490 11.660 159.25 30.30 U1448 B 2 H 2 64 10.640 11.810 160.87 30.42 U1448 B 2 H 2 77 10.770 11.940 162.02 30.29 U1448 B 2 H 2 147 11.470 12.640 168.22 30.18 U1448 B 2 H 3 24 11.740 12.910 170.61 30.22 U1448 B 2 H 3 38 11.880 13.050 171.85 30.30 U1448 B 2 H 3 58 12.080 13.250 173.62 30.53 U1448 B 2 H 3 66 12.160 13.330 174.33 30.33 U1448 B 2 H 3 80 12.300 13.470 175.57 30.00 U1448 B 2 H 3 94 12.440 13.610 176.81 30.13 U1448 B 2 H 3 108 12.580 13.750 178.05 30.23 U1448 B 2 H 3 122 12.720 13.890 179.29 30.31 U1448 B 2 H 3 136 12.860 14.030 180.53 30.34 U1448 B 2 H 3 149 12.990 14.160 182.01 30.15 U1448 B 2 H 4 16 13.160 14.330 184.47 30.42 U1448 B 2 H 4 30 13.300 14.470 186.49 30.20 U1448 B 2 H 4 44 13.440 14.610 188.51 30.18 U1448 B 2 H 4 58 13.580 14.750 190.53 30.16 U1448 B 2 H 4 72 13.720 14.890 192.76 30.38 U1448 B 2 H 4 86 13.860 15.030 195.03 30.21 U1448 B 2 H 4 100 14.000 15.170 197.31 30.05 U1448 B 2 H 4 114 14.140 15.310 199.59 30.04 U1448 B 2 H 4 128 14.280 15.450 201.87 29.72 U1448 B 2 H 4 142 14.420 15.590 204.25 29.85 U1448 B 2 H 5 8 14.580 15.750 207.12 29.91 U1448 B 2 H 5 22 14.720 15.890 209.62 30.00 U1448 B 2 H 5 36 14.860 16.030 212.13 29.94 U1448 B 2 H 5 50 15.000 16.170 214.64 30.25 U1448 B 2 H 5 64 15.140 16.310 216.53 29.86 U1448 B 2 H 5 78 15.280 16.450 217.81 30.21 U1448 B 2 H 5 92 15.420 16.590 219.08 30.28 U1448 B 2 H 5 106 15.560 16.730 221.21 30.19 U1448 B 2 H 5 120 15.700 16.870 223.51 29.91 U1448 B 2 H 5 134 15.840 17.010 225.81 29.92 U1448 B 2 H 5 148 15.980 17.150 228.10 29.98 U1448 B 2 H 6 14 16.140 17.310 230.73 30.14 U1448 B 2 H 6 28 16.280 17.450 233.03 29.89 U1448 B 2 H 6 42 16.420 17.590 235.32 29.91 U1448 B 2 H 6 56 16.560 17.730 237.62 30.03 U1448 C 3 H 1 52 15.820 18.010 242.21 30.17 U1448 C 3 H 1 66 15.960 18.150 244.34 30.17 U1448 C 3 H 1 80 16.100 18.290 246.02 30.41 U1448 C 3 H 1 94 16.240 18.430 247.70 30.37 U1448 C 3 H 1 122 16.520 18.710 251.07 30.38 U1448 C 3 H 1 136 16.660 18.850 252.75 30.55 U1448 C 3 H 1 149 16.790 18.980 254.31 30.45 U1448 C 3 H 2 27 17.070 19.260 257.67 30.57 U1448 C 3 H 2 41 17.210 19.400 259.35 30.62 U1448 C 3 H 2 55 17.350 19.540 261.03 30.38 U1448 C 3 H 2 69 17.490 19.680 262.71 30.60 U1448 C 3 H 2 83 17.630 19.820 264.40 30.25 U1448 C 3 H 2 97 17.770 19.960 266.08 30.54 U1448 C 3 H 2 111 17.910 20.100 268.59 30.35 U1448 C 3 H 2 125 18.050 20.240 271.12 30.28 U1448 C 3 H 2 139 18.190 20.380 273.64 30.50 U1448 C 3 H 3 16 18.460 20.650 278.51 30.64 U1448 C 3 H 3 30 18.600 20.790 281.04 30.50 U1448 C 3 H 3 44 18.740 20.930 283.57 30.50 U1448 C 3 H 3 58 18.880 21.070 286.01 30.36 U1448 C 3 H 3 72 19.020 21.210 288.33 30.53 U1448 C 3 H 3 86 19.160 21.350 290.65 30.34 U1448 C 3 H 3 100 19.300 21.490 292.96 30.51 U1448 C 3 H 3 114 19.440 21.630 296.22 30.47 U1448 C 3 H 3 128 19.580 21.770 300.67 30.55 U1448 C 3 H 3 142 19.720 21.910 305.11 30.35 U1448 C 3 H 4 8 19.880 22.070 310.19 30.41 U1448 C 3 H 4 36 20.160 22.350 318.20 30.32 U1448 C 3 H 4 50 20.300 22.490 320.85 30.56 U1448 C 3 H 4 78 20.580 22.770 326.14 30.40 U1448 C 3 H 4 92 20.720 22.910 328.78 30.51 U1448 C 3 H 4 106 20.860 23.050 331.43 30.39 U1448 C 3 H 4 120 21.000 23.190 334.07 30.64 U1448 C 3 H 4 134 21.140 23.330 336.72 30.56 U1448 B 3 H 3 10 21.200 23.450 338.98 30.51 U1448 B 3 H 3 27 21.370 23.620 341.02 30.54 U1448 B 3 H 3 41 21.510 23.760 342.58 30.42 U1448 B 3 H 3 69 21.790 24.040 345.71 30.70 U1448 B 3 H 3 82 21.920 24.170 347.16 30.67 U1448 B 3 H 4 97 22.070 24.320 348.83 30.54 U1448 B 3 H 3 112 22.220 24.470 350.51 30.48 U1448 B 3 H 3 125 22.350 24.600 351.96 30.55 U1448 B 3 H 3 139 22.490 24.740 353.52 30.54 U1448 B 3 H 4 7 22.630 24.880 355.88 30.62 U1448 B 3 H 4 21 22.770 25.020 359.47 30.64 U1448 B 3 H 4 38 22.940 25.190 363.82 30.62 U1448 B 3 H 4 49 23.050 25.300 366.64 30.53 U1448 B 3 H 4 63 23.190 25.440 370.23 30.73 U1448 B 3 H 4 77 23.330 25.580 373.82 30.75 U1448 B 3 H 4 91 23.470 25.720 377.41 30.78 U1448 B 3 H 4 104 23.600 25.850 380.74 30.72 U1448 B 3 H 4 119 23.750 26.000 384.59 30.62 U1448 B 3 H 4 134 23.900 26.150 388.43 30.69 U1448 B 3 H 5 4 24.050 26.300 392.28 30.74 U1448 B 3 H 5 18 24.190 26.440 395.61 30.64 U1448 B 3 H 5 31 24.320 26.570 398.24 30.66 U1448 B 3 H 5 46 24.470 26.720 401.28 30.68 U1448 B 3 H 5 61 24.620 26.870 404.32 30.44 U1448 B 3 H 5 88 24.890 27.140 409.78 30.55 U1448 B 3 H 5 102 25.030 27.280 412.62 30.55 U1448 B 3 H 5 116 25.170 27.420 415.45 30.53 U1448 B 3 H 5 127 25.280 27.530 417.68 30.64 U1448 B 3 H 5 144 25.450 27.700 421.12 30.61 U1448 B 3 H 6 12 25.590 27.840 423.95 30.65 U1448 B 3 H 6 26 25.730 27.980 426.78 30.64 U1448 B 3 H 6 40 25.870 28.120 429.62 30.63 U1448 B 3 H 6 53 26.000 28.250 431.86 30.69 U1448 B 3 H 6 68 26.150 28.400 433.24 30.63 U1448 B 3 H 6 83 26.300 28.550 434.61 30.66 U1448 C 4 H 1 149 26.290 28.680 435.81 30.40 U1448 C 4 Hr 2 14 26.440 28.830 437.19 30.66 U1448 C 4 H 2 42 26.720 29.110 439.76 30.60 U1448 C 4 H 2 56 26.860 29.250 441.04 30.64 U1448 C 4 H 2 70 27.000 29.390 442.33 30.69 U1448 C 4 H 2 84 27.140 29.530 443.62 30.74 U1448 C 4 H 2 98 27.280 29.670 444.90 30.56 U1448 C 4 H 2 112 27.420 29.810 446.19 30.54 U1448 C 4 H 2 126 27.560 29.950 449.31 30.48 U1448 C 4 H 2 140 27.700 30.090 454.08 30.50 U1448 C 4 H 3 6 27.860 30.250 459.53 30.37 U1448 C 4 H 3 20 28.000 30.390 464.30 30.55 U1448 C 4 H 3 34 28.140 30.530 469.07 30.61 U1448 C 4 H 3 48 28.280 30.670 472.73 30.51 U1448 C 4 H 3 62 28.420 30.810 474.90 30.57 U1448 C 4 H 3 76 28.560 30.950 477.06 30.55 U1448 C 4 H 3 90 28.700 31.090 479.23 30.36 U1448 C 4 H 3 104 28.840 31.230 481.40 30.43 U1448 C 4 H 3 118 28.980 31.370 483.57 30.35 U1448 C 4 H 3 132 29.120 31.510 485.73 30.30 U1448 C 4 H 3 146 29.260 31.650 487.90 30.09 U1448 C 4 H 4 9 29.390 31.780 489.92 30.53 U1448 C 4 H 4 23 29.530 31.920 492.08 30.57 U1448 C 4 H 4 37 29.670 32.060 494.25 30.58 U1448 C 4 H 4 51 29.810 32.200 497.35 30.37 U1448 C 4 H 4 65 29.950 32.340 501.37 30.55 U1448 C 4 H 4 79 30.090 32.480 505.39 30.70 U1448 C 4 H 4 93 30.230 32.620 509.41 30.70 U1448 C 4 H 4 107 30.370 32.760 512.70 30.64 U1448 C 4 H 4 121 30.510 32.900 514.98 30.61 U1448 C 4 H 4 135 30.650 33.040 517.26 30.57 U1448 C 4 H 4 149 30.790 33.180 519.54 30.37 U1448 C 4 H 5 12 30.920 33.310 521.66 30.36 U1448 C 4 H 5 26 31.060 33.450 523.94 30.57 U1448 C 4 H 5 40 31.200 33.590 526.21 30.63 U1448 C 4 H 5 54 31.340 33.730 528.49 30.61 U1448 C 4 H 5 68 31.480 33.870 530.77 30.71 U1448 C 4 H 5 82 31.620 34.010 533.31 30.53 U1448 C 4 H 5 96 31.760 34.150 536.63 30.65 U1448 C 4 H 5 110 31.900 34.290 539.96 30.67 U1448 C 4 H 5 124 32.040 34.430 543.29 30.54 U1448 C 4 H 5 138 32.180 34.570 546.61 30.61 U1448 C 4 H 6 1 32.310 34.700 549.70 30.60 U1448 C 4 H 6 17 32.470 34.860 553.27 30.42 U1448 C 4 H 6 31 32.610 35.000 556.19 30.60 U1448 C 4 H 6 45 32.750 35.140 559.12 30.19 U1448 C 4 H 6 59 32.890 35.280 562.04 30.40 U1448 C 4 H 6 73 33.030 35.420 564.96 30.47 U1448 C 4 H 6 101 33.310 35.700 570.80 30.34 U1448 C 4 H 6 115 33.450 35.840 573.72 30.19 U1448 A 5 H 2 5 32.450 36.000 577.06 30.45 U1448 A 5 H 2 19 32.590 36.140 579.59 30.41 U1448 A 5 H 2 33 32.730 36.280 581.82 30.61 U1448 A 5 H 2 47 32.870 36.420 584.05 30.86 U1448 A 5 H 2 61 33.010 36.560 586.45 30.80 U1448 A 5 H 2 75 33.150 36.700 588.95 30.76 U1448 A 5 H 2 89 33.290 36.840 591.45 30.83 U1448 A 5 H 2 103 33.430 36.980 594.25 30.77 U1448 A 5 H 2 117 33.570 37.120 597.28 30.47 U1448 A 5 H 2 131 33.710 37.260 600.30 30.43 U1448 A 5 H 2 145 33.850 37.400 603.33 30.45 U1448 A 5 H 3 11 34.010 37.560 606.79 30.28 U1448 A 5 H 3 25 34.150 37.700 609.82 30.30 U1448 A 5 H 3 39 34.290 37.840 612.85 30.32 U1448 A 5 H 3 53 34.430 37.980 615.87 30.47 U1448 A 5 H 3 67 34.570 38.120 618.90 30.50 U1448 A 5 H 3 95 34.850 38.400 623.38 30.79 U1448 A 5 H 3 109 34.990 38.540 624.97 30.67 U1448 A 5 H 3 137 35.270 38.820 629.69 30.48 U1448 A 5 H 4 5 35.410 38.960 632.54 30.46 U1448 A 5 H 4 19 35.550 39.100 635.39 30.52 U1448 A 5 H 4 33 35.690 39.240 638.24 30.58