# Hoa Huong Cave d13C, d18O and Mg/Ca Data over the last 45,000 Years #----------------------------------------------------------------------- # 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/38139 # 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-cave-38139.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Speleothems # # Dataset_DOI: 10.25921/axna-4s49 # # Science_Keywords: sea level, abrupt climate change, Heinrich Events, Last Glacial Maximum, Monsoon, Precipitation Reconstruction, Younger Dryas, Tropics #--------------------------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/speleothem/asia/vietnam/patterson2023/patterson2023-hh-1_mgca.txt # Data_Download_Description: NOAA Template File; Mg/Ca Data # #--------------------------------------- # Contribution_Date # Date: 2023-05-31 #--------------------------------------- # File_Last_Modified_Date # Date: 2023-08-14 #--------------------------------------- # Title # Study_Name: Hoa Huong Cave d13C, d18O and Mg/Ca Data over the last 45,000 Years #--------------------------------------- # Investigators # Investigators: Patterson, Elizabeth (https://orcid.org/0000-0002-3575-3374); Johnson, Kathleen (https://orcid.org/0000-0003-1291-198X); Griffiths, Michael (https://orcid.org/0000-0003-4051-7568); Kinsley, Christopher (https://orcid.org/0000-0002-3185-520X); McGee, David (https://orcid.org/0000-0002-7329-3428); Du, Xiaojing (https://orcid.org/0000-0001-9709-0732); Pico, Tamara; Wolf, Annabel; Ersek, Vasile (https://orcid.org/0000-0001-9730-0007); Mortlock, Richard (https://orcid.org/0000-0002-6019-5941); Yamoah, Kweku (https://orcid.org/0000-0001-7488-0459); Bui, Thanh; Tran, Mui; Do-Trong, Quoc; Vo, Tri; Dinh, Tri #--------------------------------------- # Description_Notes_and_Keywords # Description: #--------------------------------------- # Publication # Authors: Elizabeth W. Patterson, Kathleen R. Johnson, Michael L. Griffiths, Christopher W. Kinsley, David McGee, Xiaojing Du, Tamara Pico, Annabel Wolf, Vasile Ersek, Richard A. Mortlock, Kweku A. Yamoah, Thanh N. Bui, Mui X. Tran, Quoc Do-Trong, Tri V. Vo, and Tri H. Dinh # Published_Date_or_Year: 2023-06-23 # Published_Title: Glacial changes in sea level modulated millennial-scale variability of Southeast Asian autumn monsoon rainfall # Journal_Name: Proceedings of the National Academy of Sciences # Volume: 120 # Edition: # Issue: 27 # Pages: # Report_Number: e2219489120 # DOI: 10.1073/pnas.2219489120 # Online_Resource: # Full_Citation: # Abstract: Most paleoclimate studies of Mainland Southeast Asia hydroclimate focus on the summer monsoon, with few studies investigating rainfall in other seasons. Here we present a multiproxy stalagmite record (45,000 – 4,000 years) from central Vietnam, a region that receives most of its annual rainfall in autumn (September-November). We find evidence of a prolonged dry period spanning the last glacial maximum that is punctuated by an abrupt shift to wetter conditions during the deglaciation at ~14ka. Paired with climate model simulations, we show that sea level change drives autumn monsoon rainfall variability on glacial-orbital timescales. Consistent with the dry signal in the stalagmite record, climate model simulations reveal that lower glacial sea level exposes land in the Gulf of Tonkin and along the South China Shelf, reducing convection and moisture delivery to central Vietnam. When sea level rises and these landmasses flood at ~14ka, moisture delivery to central Vietnam increases causing an abrupt shift from dry to wet conditions. On millennial timescales, we find signatures of well-known Heinrich Stadials (dry conditions) and Dansgaard-Oeschger Events (wet conditions). Model simulations show that during the dry Heinrich Stadials, changes in sea surface temperature related to meltwater forcing cause the formation of an anomalous anticyclone in the Western Pacific, which advects dry air across central Vietnam decreasing autumn rainfall. Notably, sea level modulates the magnitude of millennial-scale dry and wet phases by muting dry events and enhancing wet events during periods of low sea level, highlighting the importance of this mechanism to autumn monsoon variability. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: # Grant: #--------------------------------------- # Site_Information # Site_Name: Hoa Huong Cave # Location: Vietnam # Northernmost_Latitude: 17.5 # Southernmost_Latitude: 17.5 # Easternmost_Longitude: 106.2 # Westernmost_Longitude: 106.2 # Elevation_m: 411 #--------------------------------------- # Data_Collection # Collection_Name: HH-1_MgCa # First_Year: 27111 # Last_Year: 4067 # Time_Unit: calendar year before present # Core_Length_m: 3.7 # Parameter_Keywords: trace metals, age control # Notes: #--------------------------------------- # Chronology_Information # Chronology: Uranium-Thorium # Chronology_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/templates/noaa-wds-paleo-uth-terms.csv # Chronology_Download_Description: Uranium-Thorium terms and definitions. # Chronology_Notes: Uranium-Thorium data for Stalagmite HH1. Reported errors for 238U and 232Th concentrations are estimated to be +/-1% due to uncertainties in spike concentration; analytical uncertainties are smaller. # 238U_Decay_Constant: 1.55125 x 10-10 yr-1 (Jaffey et al., 1971) # 234U_Decay_Constant: Cheng et al. (2013) # 230Th_Decay_Constant: Cheng et al. (2013) # Initial_230Th/232Th: assume the atomic ratio of 25 +/- 12.5 ppm # Initial_230Th/232Th_Method: # Missing_Values: na # Chronology_Table: # samp_id depth_top_cm 238U_ppb 238U_2s_ppb 232Th_ppt 232Th_2s_ppt d234U_meas_permil d234U_meas_2s_permil 230Th_238U_act 230Th_238U_act_2s 230Th_232Th_atom_ppm 230Th_232Th_atom_2s_ppm d234U_init_permil d234U_init_2s_permil age_uncorr_BP1950 age_uncorr_2s_yr age_corr_BP1950 age_corr_2s_yr date_used # UU-H2 18.2 139.584078 2.791798 789.9898 15.857833 2727.610404 1.695418 0.14444 0.000615 405.208781 1.67991 2759 2 4290 19 3961 131 yes # UU-H3 44.4 82.134006 1.642684 388.486464 7.824296 2844.934436 1.356008 0.177575 0.000818 596.084149 2.877296 2885 2 5128 24 4848 107 yes # UU-H4 68.7 78.740803 1.574823 168.069403 3.448847 2873.25347 1.558647 0.214989 0.001104 1599.211978 10.588006 2923 2 6186 33 6022 57 yes # UU-H5 95.7 87.240457 1.744811 180.292554 3.705984 2947.083151 1.387908 0.269585 0.00125 2071.162617 13.17572 3011 1 7651 37 7492 57 yes # HH-U33 105.6 98.4 2 166 3 2896.7 2 0.2828 0.0012 2670 12 2963 2 8144 36 8001 51 yes # UU-H6 115.6 77.724744 1.554497 293.13223 5.940552 2658.863354 1.497196 0.277293 0.001232 1167.378854 6.051269 2722 2 8517 39 8272 96 yes # HH-U34 132.2 93.7 1.9 571 11 2806.1 2 0.3089 0.0014 805 4 2877 2 9140 43 8800 142 yes # UU-H7 151.8 102.403091 2.048077 203.405687 4.135713 3130.024144 1.49382 0.391276 0.001514 3127.59759 15.548751 3225 2 10725 43 10574 59 yes # UU-H8 180.4 100.717376 2.014374 457.2045 9.197425 2919.19291 1.668497 0.404525 0.001407 1414.872525 5.093962 3016 2 11728 43 11463 106 yes # UU-H9 206.7 127.946639 2.55898 180.297341 3.73068 3146.118181 1.488982 0.460313 0.001581 5186.451823 31.195687 3260 2 12652 46 12525 54 yes # UU-H10 235.9 128.64541 2.572913 218.287949 4.48804 3016.795747 1.102359 0.48835 0.001632 4569.55314 25.168357 3137 1 13918 49 13777 60 yes # HH1-U25 238 139.582578 2.791707 349.309099 7.019898 3149.523696 1.601262 0.511866 0.001764 3247.546273 11.242209 3277 2 14130 52 13958 72 yes # HH1-U37 238.3 172.785523 3.455791 5549.190458 111.149839 3666.244204 1.949389 0.623799 0.002569 308.389815 1.213479 3816 7 15370 67 14148 582 yes # HH-U16 238.5 114.871932 2.297449 1300.612134 26.100113 3784.466721 1.367737 0.614061 0.002486 861.103441 3.386145 3941 3 14722 63 14257 207 yes # HH1-U26 239 127.763674 2.555291 1293.048976 25.905441 3610.548456 1.462722 0.640281 0.002562 1004.479869 3.724316 3773 3 16002 68 15566 195 yes # HH1-U27 240.5 119.833137 2.396676 359.315008 7.211445 3760.206946 1.444493 0.678878 0.002757 3594.771712 14.228383 3938 2 16456 71 16280 88 yes # HH-U17 242 112.364132 2.24731 468.362745 9.432155 4161.476388 1.817563 0.837556 0.003285 3190.342411 13.182777 4387 2 18870 79 18666 104 yes # HH1-U28 242.8 112.175052 2.243518 572.264851 11.48324 3952.021293 1.725267 0.884986 0.003326 2754.312919 9.968422 4190 2 20931 85 20691 120 yes # HH1-U29 243.6 114.907393 2.298177 360.703248 7.23774 4229.298524 2.344766 1.036135 0.003471 5240.73482 16.605856 4517 3 23391 86 23222 99 yes # HH-U18 243.9 137.456857 2.749385 876.720636 17.640255 3856.652835 2.932317 1.018034 0.003742 2534.22652 9.194199 4135 4 24882 101 24597 147 yes # HH-U19 244.9 130.454187 2.609118 280.501796 5.643406 3223.607845 1.558763 0.921362 0.003574 6803.472002 27.251469 3468 2 26021 111 25868 119 yes # HH-U20 254.7 130.691732 2.613917 508.10675 10.193468 3165.524008 1.982486 0.91815 0.003093 3749.59912 11.637513 3408 2 26322 98 26100 124 yes # HH-U21 260.9 136.063297 2.721292 463.129598 9.295578 2835.204386 1.425544 0.874973 0.00309 4081.4183 13.905973 3062 2 27362 107 27147 129 yes # UU-H11 262.4 122.314372 2.446311 602.41149 12.118812 3057.52825 1.412758 0.94791 0.00299 3055.830475 10.110013 3308 2 28071 98 27804 139 yes # HH1-U30 263.8 120.715433 2.414328 632.289492 12.69062 3202.647202 1.495645 1.003676 0.003768 3042.413583 11.083217 3471 2 28753 120 28481 157 yes # HH-U35 264.7 99.1 2 827 17 3946 2 1.28 0.004 2436 8 4308 3 31389 110 31039 175 yes # HH1-U31 265.2 86.362792 1.727276 385.751419 7.738073 3697.383514 2.297471 1.244198 0.004398 4422.691745 14.623688 4048 3 32231 129 32008 150 yes # HH-U22 266.8 101.213004 2.024302 780.551606 15.653667 3289.696652 1.524774 1.174644 0.003928 2418.348845 7.484169 3613 3 33492 127 33134 192 yes # HH-U23 272 95.908605 1.918196 487.34525 9.782502 3487.629476 2.03034 1.282614 0.004389 4007.69439 13.062782 3849 3 35133 137 34882 164 yes # HH-U24 280.2 121.499293 2.430053 99.255332 2.02979 3008.279569 2.159118 1.202009 0.004542 23361.765054 124.312535 3341 3 37161 162 37058 163 yes # HH-U36 288 125 2 187 4 3014 2 1.221 0.005 12930 50 3352 3 37771 178 37642 181 yes # UU-H12* 289.8 128.294552 2.565983 1295.109038 25.976382 2996.683984 1.813478 1.19884 0.003705 1885.562003 5.267147 3324 3 37173 133 36701 241 NO # HH1-U32 302.8 132.70652 2.654146 620.823093 12.450877 2869.528123 1.819798 1.213557 0.004075 4118.721506 12.938439 3203 3 39140 153 38877 180 yes # UU-H13 315.9 139.174246 2.783593 679.698322 13.665844 2856.096414 1.792541 1.267359 0.004346 4120.21662 14.277793 3208 3 41321 166 41050 194 yes # UU-H14 348.8 135.158122 2.703173 671.652174 13.517842 2670.093418 2.015982 1.281774 0.00391 4095.313969 13.447529 3025 3 44396 162 44113 194 yes # UU-H15 367.8 131.624725 2.632501 223.203909 4.565063 2659.860341 1.257256 1.299055 0.003877 12163.007261 59.141006 3022 2 45252 160 45109 164 yes # #--------------------------------------- # 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) # ## age age,,,calendar year before present,,speleothems,,,N,present defined as 1950 common era ## depth depth,,,centimeter,,speleothems,,,N, ## Mg/Ca magnesium/calcium,calcite,,millimole per mole,,speleothems,,inductively-coupled plasma mass spectrometry,N, #------------------------ # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: NA age depth Mg/Ca 4067 22 2.24 4081 22.5 2.43 4096 23 2.29 4111 23.5 2.00 4126 24 2.39 4139 24.4 3.00 4154 24.9 2.46 4169 25.4 2.31 4185 25.9 2.67 4201 26.4 2.74 4217 26.9 2.82 4233 27.4 2.71 4249 27.9 2.54 4266 28.4 2.61 4282 28.9 2.11 4299 29.4 2.31 4316 29.9 2.28 4333 30.4 2.48 4350 30.9 2.28 4367 31.4 1.85 4384 31.9 1.88 4402 32.4 2.21 4419 32.9 2.89 4437 33.4 2.29 4455 33.9 2.11 4472 34.4 2.18 4490 34.9 2.33 4508 35.4 2.07 4527 35.9 2.11 4549 36.5 2.33 4567 37 2.15 4586 37.5 2.25 4604 38 2.69 4623 38.5 2.26 4642 39 2.05 4660 39.5 2.31 4679 40 2.20 4698 40.5 1.88 4718 41 2.12 4737 41.5 2.29 4756 42 1.90 4775 42.5 2.11 4795 43 1.97 4814 43.5 2.14 4834 44 1.91 4853 44.5 2.21 4873 45 2.03 4893 45.5 1.82 4914 46 2.15 4935 46.5 1.87 4956 47 1.69 4977 47.5 2.26 4998 48 2.55 5020 48.5 2.50 5042 49 2.13 5065 49.5 1.94 5087 50 1.98 5110 50.5 1.96 5133 51 1.94 5156 51.5 2.03 5180 52 1.85 5203 52.5 2.50 5227 53 1.83 5251 53.5 2.01 5275 54 2.15 5290 54.3 2.16 5314 54.8 2.35 5339 55.3 2.34 5364 55.8 1.61 5388 56.3 1.69 5413 56.8 1.66 5438 57.3 1.99 5464 57.8 2.23 5489 58.3 2.32 5514 58.8 2.45 5540 59.3 2.57 5565 59.8 2.32 5591 60.3 2.61 5611 60.7 1.98 5637 61.2 2.31 5663 61.7 1.85 5689 62.2 2.21 5714 62.7 1.78 5740 63.2 2.18 5766 63.7 2.33 5792 64.2 2.64 5818 64.7 2.09 5843 65.2 2.00 5869 65.7 2.54 5885 66 2.09 5910 66.5 2.60 5936 67 1.82 5962 67.5 1.91 5987 68 1.69 6013 68.5 1.71 6038 69 2.36 6064 69.5 2.07 6090 70 2.32 6116 70.5 2.69 6142 71 2.27 6168 71.5 2.39 6195 72 2.40 6221 72.5 1.91 6248 73 2.47 6275 73.5 2.76 6301 74 2.29 6328 74.5 1.70 6356 75 2.16 6383 75.5 2.65 6410 76 2.14 6437 76.5 2.10 6465 77 2.08 6492 77.5 2.05 6520 78 1.72 6548 78.5 2.81 6575 79 2.09 6603 79.5 1.85 6631 80 1.56 6659 80.5 2.08 6687 81 2.07 6715 81.5 2.19 6743 82 1.83 6771 82.5 1.93 6799 83 2.05 6826 83.5 2.04 6854 84 2.35 6882 84.5 2.13 6910 85 2.06 6938 85.5 2.06 6966 86 1.96 6994 86.5 2.21 7022 87 2.36 7049 87.5 2.46 7077 88 2.06 7105 88.5 1.89 7132 89 2.34 7160 89.5 2.62 7187 90 1.87 7215 90.5 1.59 7242 91 1.77 7269 91.5 1.69 7296 92 1.70 7323 92.5 2.39 7350 93 2.45 7376 93.5 1.66 7403 94 1.81 7429 94.5 1.99 7456 95 2.30 7482 95.5 2.22 7508 96 2.13 7535 96.5 2.28 7562 97 1.38 7590 97.5 2.01 7618 98 2.61 7647 98.5 2.23 7675 99 2.27 7704 99.5 2.44 7732 100 2.57 7760 100.5 2.21 7787 101 2.43 7804 101.3 2.94 7830 101.8 2.84 7856 102.3 2.32 7881 102.8 3.09 7905 103.3 2.40 7928 103.8 2.18 7950 104.3 2.55 7970 104.8 2.57 7989 105.3 2.28 8006 105.8 2.12 8023 106.3 1.91 8039 106.8 2.79 8054 107.3 2.15 8069 107.8 2.46 8083 108.3 1.64 8098 108.8 2.29 8111 109.3 1.75 8125 109.8 2.14 8138 110.3 1.68 8151 110.8 2.01 8164 111.3 2.08 8177 111.8 2.10 8190 112.3 1.98 8202 112.8 1.75 8215 113.3 1.97 8228 113.8 1.82 8240 114.3 1.93 8251 114.7 2.29 8264 115.2 1.69 8277 115.7 1.77 8290 116.2 1.87 8303 116.7 2.27 8317 117.2 1.92 8330 117.7 1.93 8343 118.2 1.85 8356 118.7 1.93 8369 119.2 2.11 8383 119.7 1.74 8396 120.2 2.21 8410 120.7 1.98 8423 121.2 2.19 8437 121.7 1.78 8451 122.2 2.36 8465 122.7 1.97 8480 123.2 2.51 8494 123.7 2.36 8509 124.2 2.25 8525 124.7 2.00 8534 125 1.78 8550 125.5 2.22 8566 126 2.23 8582 126.5 2.04 8599 127 1.89 8617 127.5 2.26 8634 128 2.48 8652 128.5 2.34 8671 129 2.25 8690 129.5 2.54 8710 130 2.39 8730 130.5 2.09 8751 131 2.22 8773 131.5 1.94 8795 132 2.47 8818 132.5 1.87 8844 133 2.21 8873 133.5 2.39 8906 134 2.48 8941 134.5 2.42 8979 135 2.01 9019 135.5 2.33 9061 136 2.03 9106 136.5 2.14 9152 137 2.09 9200 137.5 2.18 9250 138 2.21 9301 138.5 1.88 9353 139 1.97 9406 139.5 2.08 9461 140 2.16 9516 140.5 2.07 9571 141 2.10 9627 141.5 1.79 9683 142 1.75 9739 142.5 2.83 9795 143 1.84 9851 143.5 2.01 9906 144 2.60 9961 144.5 2.27 10014 145 2.21 10067 145.5 2.30 10119 146 2.55 10169 146.5 2.76 10218 147 2.01 10265 147.5 2.10 10310 148 1.94 10353 148.5 2.10 10394 149 2.32 10432 149.5 2.11 10468 150 2.05 10502 150.5 2.43 10532 151 2.37 10559 151.5 1.85 10584 152 2.44 10607 152.5 2.01 10629 153 2.96 10652 153.5 2.37 10673 154 2.54 10694 154.5 2.07 10714 155 2.26 10734 155.5 1.97 10753 156 1.96 10772 156.5 1.88 10791 157 2.12 10809 157.5 2.10 10826 158 2.49 10843 158.5 1.70 10860 159 2.07 10877 159.5 2.13 10893 160 2.31 10908 160.5 2.70 10924 161 2.49 10939 161.5 2.14 10953 162 2.38 10968 162.5 2.24 10982 163 1.57 10996 163.5 2.60 11010 164 2.44 11024 164.5 2.39 11037 165 2.23 11051 165.5 2.03 11064 166 2.26 11077 166.5 2.39 11090 167 2.85 11103 167.5 2.59 11116 168 2.20 11129 168.5 2.27 11141 169 1.90 11154 169.5 1.76 11167 170 2.07 11180 170.5 1.99 11193 171 1.82 11206 171.5 2.09 11219 172 2.03 11232 172.5 2.36 11245 173 2.36 11259 173.5 2.12 11272 174 2.19 11286 174.5 2.18 11300 175 1.97 11314 175.5 1.62 11328 176 1.70 11343 176.5 1.81 11358 177 2.21 11373 177.5 2.08 11388 178 2.06 11404 178.5 1.78 11411 178.7 2.12 11427 179.2 2.22 11443 179.7 2.03 11460 180.2 1.95 11478 180.7 1.70 11495 181.2 1.77 11513 181.7 1.76 11531 182.2 1.86 11549 182.7 2.50 11567 183.2 2.10 11586 183.7 1.52 11604 184.2 2.55 11623 184.7 1.73 11642 185.2 1.88 11661 185.7 1.74 11680 186.2 2.10 11700 186.7 2.19 11719 187.2 2.44 11739 187.7 2.14 11758 188.2 2.14 11778 188.7 1.78 11798 189.2 2.21 11818 189.7 2.07 11838 190.2 2.09 11858 190.7 2.01 11879 191.2 2.17 11899 191.7 1.64 11919 192.2 1.89 11940 192.7 1.75 11960 193.2 1.97 11981 193.7 1.70 12002 194.2 1.98 12023 194.7 2.17 12043 195.2 2.62 12064 195.7 2.51 12085 196.2 2.33 12106 196.7 1.80 12127 197.2 2.27 12148 197.7 1.81 12169 198.2 2.01 12190 198.7 1.92 12211 199.2 1.83 12232 199.7 1.78 12253 200.2 1.77 12274 200.7 1.81 12291 201.1 2.06 12312 201.6 1.84 12333 202.1 1.78 12354 202.6 2.00 12375 203.1 1.64 12396 203.6 1.68 12417 204.1 1.70 12438 204.6 1.78 12459 205.1 1.81 12479 205.6 1.64 12500 206.1 2.07 12521 206.6 1.97 12541 207.1 1.72 12562 207.6 2.05 12582 208.1 1.80 12602 208.6 1.71 12622 209.1 1.70 12641 209.6 1.86 12661 210.1 1.92 12680 210.6 2.00 12700 211.1 2.01 12711 211.4 1.90 12730 211.9 1.73 12749 212.4 1.65 12768 212.9 1.68 12787 213.4 1.83 12806 213.9 2.26 12825 214.4 2.57 12844 214.9 2.21 12863 215.4 1.86 12882 215.9 2.14 12901 216.4 2.12 12920 216.9 1.79 12938 217.4 1.75 12957 217.9 1.84 12977 218.4 2.01 12996 218.9 1.73 13015 219.4 2.02 13034 219.9 2.48 13054 220.4 1.98 13073 220.9 1.90 13093 221.4 2.10 13112 221.9 2.53 13132 222.4 2.26 13153 222.9 2.67 13173 223.4 2.06 13193 223.9 2.22 13214 224.4 2.14 13235 224.9 2.90 13256 225.4 2.04 13277 225.9 2.14 13299 226.4 1.90 13321 226.9 2.47 13343 227.4 1.97 13365 227.9 1.87 13388 228.4 2.04 13411 228.9 2.12 13435 229.4 1.73 13458 229.9 2.19 13482 230.4 1.90 13507 230.9 1.97 13531 231.4 1.99 13557 231.9 1.88 13582 232.4 2.83 13608 232.9 3.04 13634 233.4 1.85 13661 233.9 1.91 13667 234 2.75 13694 234.5 3.02 13722 235 2.84 13750 235.5 2.91 13778 236 2.58 13806 236.5 2.17 13839 237 2.68 13883 237.5 2.44 13948 238 2.73 13965 238.05 2.98 13979 238.075 3.19 13996 238.1 2.92 14015 238.125 3.35 14036 238.15 3.06 14058 238.175 3.82 14081 238.2 5.32 14102 238.225 5.47 14123 238.25 5.18 14142 238.275 5.49 14176 238.325 5.44 14198 238.35 5.04 14225 238.375 5.32 14255 238.4 5.60 14287 238.425 6.29 14320 238.45 5.40 14353 238.475 5.47 14386 238.5 5.43 14422 238.525 5.62 14467 238.55 5.29 14519 238.575 5.58 14577 238.6 5.41 14641 238.625 5.43 14709 238.65 5.29 14780 238.675 5.31 14854 238.7 4.97 14930 238.725 5.18 15006 238.75 5.16 15081 238.775 5.25 15155 238.8 5.06 15226 238.825 5.20 15294 238.85 4.80 15357 238.875 5.01 15415 238.9 4.84 15467 238.925 5.08 15511 238.95 4.71 15546 238.975 4.49 15573 239 4.45 15593 239.025 4.94 15613 239.05 4.73 15633 239.075 4.75 15651 239.1 4.60 15669 239.125 4.43 15686 239.15 4.19 15702 239.175 4.65 15718 239.2 4.15 15733 239.225 3.57 15748 239.25 2.90 15762 239.275 2.81 15775 239.3 2.49 15788 239.325 2.69 15800 239.35 2.33 15812 239.375 2.56 15824 239.4 2.31 15835 239.425 2.26 15845 239.45 1.95 15855 239.475 2.29 15865 239.5 2.21 15875 239.525 2.36 15884 239.55 2.18 15893 239.575 2.62 15902 239.6 2.28 15911 239.625 2.26 15919 239.65 2.01 15927 239.675 2.21 15936 239.7 2.10 15944 239.725 2.13 15951 239.75 1.83 15959 239.775 1.96 15967 239.8 1.78 15983 239.85 1.85 15991 239.875 2.15 15999 239.9 2.09 16007 239.925 2.21 16015 239.95 2.04 16023 239.975 2.35 16032 240 2.65 16041 240.025 2.19 16050 240.05 2.14 16059 240.075 2.12 16068 240.1 1.98 16078 240.125 2.03 16088 240.15 2.03 16099 240.175 2.12 16110 240.2 1.93 16121 240.225 2.08 16133 240.25 2.18 16145 240.275 2.24 16157 240.3 2.34 16171 240.325 3.89 16184 240.35 4.54 16199 240.375 4.81 16213 240.4 4.71 16229 240.425 4.81 16245 240.45 4.84 16262 240.475 4.37 16279 240.5 3.57 16298 240.525 3.12 16317 240.55 3.42 16338 240.575 4.31 16360 240.6 4.71 16382 240.625 5.03 16406 240.65 5.20 16431 240.675 5.42 16457 240.7 5.17 16483 240.725 5.38 16511 240.75 5.19 16540 240.775 5.21 16569 240.8 5.12 16599 240.825 5.18 16631 240.85 5.11 16663 240.875 5.25 16696 240.9 5.22 16729 240.925 5.41 16764 240.95 5.18 16799 240.975 4.93 16835 241 4.67 16872 241.025 4.88 16910 241.05 4.77 16948 241.075 4.97 16987 241.1 4.80 17026 241.125 4.85 17066 241.15 4.48 17107 241.175 4.62 17149 241.2 4.58 17191 241.225 4.64 17233 241.25 4.83 17276 241.275 4.86 17320 241.3 4.58 17364 241.325 4.58 17408 241.35 4.26 17453 241.375 4.50 17498 241.4 4.47 17544 241.425 4.52 17590 241.45 4.69 17637 241.475 4.89 17684 241.5 4.80 17731 241.525 4.85 17779 241.55 5.03 17827 241.575 5.10 17875 241.6 4.75 17923 241.625 3.92 17972 241.65 2.88 18021 241.675 2.98 18070 241.7 3.31 18119 241.725 4.21 18168 241.75 4.94 18218 241.775 5.17 18267 241.8 4.95 18317 241.825 5.09 18367 241.85 4.84 18417 241.875 4.70 18467 241.9 4.58 18516 241.925 4.73 18566 241.95 4.50 18616 241.975 4.36 18666 242 3.93 18717 242.025 3.92 18768 242.05 4.63 18821 242.075 5.20 18875 242.1 6.14 18930 242.125 6.20 18986 242.15 6.21 19043 242.175 6.00 19101 242.2 5.28 19160 242.225 4.39 19220 242.25 5.07 19281 242.275 5.80 19343 242.3 6.13 19405 242.325 5.56 19469 242.35 5.72 19532 242.375 5.52 19597 242.4 5.71 19662 242.425 5.31 19728 242.45 5.41 19794 242.475 5.30 19861 242.5 5.69 19928 242.525 5.33 19996 242.55 5.35 20064 242.575 5.13 20133 242.6 5.05 20202 242.625 4.87 20271 242.65 5.15 20340 242.675 4.87 20410 242.7 4.82 20480 242.725 4.94 20549 242.75 5.00 20619 242.775 5.20 20689 242.8 5.22 20759 242.825 5.20 20830 242.85 5.03 20900 242.875 4.88 20971 242.9 4.84 21041 242.925 5.06 21113 242.95 5.24 21184 242.975 5.23 21256 243 5.33 21329 243.025 5.49 21402 243.05 5.42 21475 243.075 5.30 21549 243.1 5.28 21624 243.125 5.11 21699 243.15 5.36 21775 243.175 5.21 21852 243.2 5.27 21929 243.225 4.98 22008 243.25 4.50 22087 243.275 4.31 22168 243.3 4.92 22249 243.325 4.65 22331 243.35 4.61 22415 243.375 4.34 22499 243.4 4.29 22585 243.425 4.04 22672 243.45 3.66 22760 243.475 4.22 22849 243.5 3.88 22940 243.525 4.44 23032 243.55 4.19 23126 243.575 4.68 23221 243.6 4.19 23324 243.625 4.75 23441 243.65 4.77 23568 243.675 4.78 23701 243.7 4.10 23837 243.725 4.83 23974 243.75 4.98 24107 243.775 4.92 24233 243.8 4.99 24348 243.825 4.74 24451 243.85 4.82 24536 243.875 4.62 24602 243.9 4.48 24655 243.925 4.42 24708 243.95 4.28 24760 243.975 4.29 24811 244 4.38 24861 244.025 4.42 24911 244.05 4.35 24959 244.075 4.21 25006 244.1 3.88 25053 244.125 3.92 25098 244.15 4.05 25142 244.175 3.81 25185 244.2 3.83 25228 244.225 3.77 25268 244.25 3.85 25308 244.275 4.01 25347 244.3 4.15 25384 244.325 4.10 25420 244.35 4.05 25455 244.375 3.95 25489 244.4 4.18 25521 244.425 4.39 25552 244.45 4.85 25582 244.475 3.94 25610 244.5 3.43 25637 244.525 3.92 25662 244.55 3.41 25709 244.6 3.39 25749 244.65 3.54 25783 244.7 3.70 25811 244.75 2.44 25832 244.8 2.08 25846 244.85 2.26 25853 244.9 1.73 25857 244.95 1.95 25860 245 2.47 25876 245.25 2.37 25891 245.5 2.49 25905 245.75 2.26 25917 246 2.19 25928 246.25 2.30 25939 246.5 2.38 25948 246.75 2.15 25957 247 2.33 25965 247.25 2.26 25972 247.5 2.34 25978 247.75 2.11 25984 248 2.29 25989 248.25 2.41 25994 248.5 2.11 25998 248.75 2.26 26002 249 2.41 26005 249.25 2.26 26008 249.5 2.50 26011 249.75 2.24 26014 250 2.38 26016 250.25 1.90 26019 250.5 1.95 26021 250.75 1.98 26024 251 1.88 26027 251.25 2.14 26030 251.5 2.02 26033 251.75 1.94 26037 252 1.88 26041 252.25 1.94 26045 252.5 1.97 26050 252.75 1.93 26056 253 1.92 26062 253.25 1.87 26068 253.5 1.81 26076 253.75 1.91 26084 254 2.29 26093 254.25 1.89 26104 254.5 2.02 26115 254.75 2.27 26128 255 1.92 26145 255.25 3.26 26164 255.5 2.04 26187 255.75 1.92 26212 256 1.87 26240 256.25 2.04 26271 256.5 1.99 26304 256.75 1.91 26339 257 2.04 26377 257.25 2.09 26418 257.5 2.54 26460 257.75 2.33 26505 258 1.98 26551 258.25 1.96 26600 258.5 1.98 26650 258.75 1.93 26702 259 2.06 26756 259.25 2.01 26812 259.5 2.28 26869 259.75 1.90 26927 260 2.19 26987 260.25 1.89 27049 260.5 1.97 27111 260.75 1.94