# West Greenland 9,500 Year Multiproxy Lake Sediment Data #---------------------------------------------------- # 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/13116 # 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-lake-13116.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Paleolimnology # # Dataset_DOI: 10.25921/v15d-7q90 # # Science_Keywords: PAGES Arctic 2k, PAGES 2k Network #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/paleolimnology/greenland/westgreenland2012-SS49-cn-noaa.txt # Data_Download_Description: NOAA Template File; Sediment Carbon and Nitrogen Data # #-------------------- # Contribution_Date # Date: 2012-06-30 #-------------------- # File_Last_Modified_Date # Date: 2024-09-09 #-------------------- # Title # Study_Name: West Greenland 9,500 Year Multiproxy Lake Sediment Data #-------------------- # Investigators # Investigators: Perren, B.(https://orcid.org/0000-0001-6089-6468); Anderson, N.J.(https://orcid.org/0000-0002-0037-0306); Douglas, M.S.V.; Fritz, S.C.(https://orcid.org/0000-0002-4423-4189) #-------------------- # Description_Notes_and_Keywords # Description: Multiproxy Holocene sediment data from 3 lakes in west Greenland. Paleoenvironmental proxies measured include diatoms, organic content, and spectrally inferred sediment chlorophyll-a. West Greenland lake locations: # SS32(Nunatak): 66.97°N, 49.80°W, 470m elevation, 21m water depth. # SS16: 66.91°N, 50.46°W, 477m elevation, 12m water depth. # SS49: 66.86°N, 52.64°W, 330m elevation, 10m water depth. #-------------------- # Publication # Authors: Perren, B.B., N.J. Anderson, M.S.V. Douglas, and S.C. Fritz # Journal_Name: Journal of Paleolimnology # Published_Title: The influence of temperature, moisture, and eolian activity on Holocene lake development in West Greenland # Published_Date_or_Year: 2012 # Volume: 48 # Pages: 223-239 # Issue: 1 # Report_Number: # DOI: 10.1007/s10933-012-9613-6 # Full_Citation: # Abstract: Holocene paleolimnological records (diatoms, organic content, spectrally inferred sediment chlorophyll-a) from three West Greenland lakes (~67°N) situated along a transect from the outer coast to a nunatak at the periphery of the Greenland Ice Sheet are used to explore the nature of regional postglacial lake development and its relationship to Holocene climate evolution. The lakes were deglaciated asynchronously by approximately 4 ka (earliest on the coast) and thus their sediment records document different starting points of Holocene ontogeny, both temporally and paleoclimatically. Despite similar time-transgressive characteristics of the diatom stratigraphies, overarching climatic factors, principally effective moisture, and eolian inputs, govern individual lake development. The transition to Neoglaciation between 5.6 and 4 ka BP marks a shift toward a cooler, moister, windier climate from the aridity and higher temperatures of the mid-Holocene (8–6 ka BP). A shift toward increased aridity, windiness, and eolian activity is documented in the interior lakes over the last 500 years. These lake records demonstrate the sensitivity of freshwater lakes in arid regions to changes in effective moisture and highlight the role of wind and eolian activity in Arctic lake environments. #-------------------- # Funding_Agency # Funding_Agency_Name: # Grant: #-------------------- # Site_Information # Site_Name: SS49 # Location: Greenland # Northernmost_Latitude: 66.86 # Southernmost_Latitude: 66.86 # Easternmost_Longitude: -52.64 # Westernmost_Longitude: -52.64 # Elevation_m: 330 #-------------------- # Data_Collection # Collection_Name: SS49-2012 CN # First_Year: 9534 # Last_Year: -47 # Time_Unit: cal yr BP # Core_Length_m: # Parameter_Keywords: geochemistry # Notes: #-------------------- # Chronology_Information # Chronology: Radiocarbon # Chronology_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/templates/noaa-wds-paleo-14c-terms.csv # Chronology_Download_Description: Radiocarbon terms and definitions. # Chronology_Notes: # Rejection_Rationale: # Reservoir_Method: # Calibration_Method: Calib 5.0.1 (Stuiver and Reimer 1993) # Age_Model_Method: monotone Hermite cubic spline interpolation between dates following Fritsch and Carlson (1980) wherein all age reversals were removed # Missing_Values: NaN # Chronology_Table: # lab_code depth_end_cm depth_start_cm material_dated age_14C_BP1950 age_14C_1s_yr res_age_yr age_calib_BP1950 calib_curve # AA50045 25 26 gyttja 1516 37 334 1399 IntCal # AA50046 52.5 53.5 gyttja 3465 41 334 3743 IntCal # AA50053 80.5 81.5 wood 3872 42 0 4306 IntCal # AA50047 81.5 82.5 gyttja 4232 43 334 4753 IntCal # AA50048 112.5 113.5 gyttja 4988 44 334 5717 IntCal # AA50049 134.7 135.7 gyttja 5830 47 334 6641 IntCal # A50050 163.7 164.7 gyttja 7212 55 334 8028 IntCal # AA50051 189.7 190.7 gyttja 7975 72 334 8834 IntCal # A50052 208.7 209.7 gyttja 8739 57 334 9724 IntCal #-------------------- # 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_cm depth at sample end,,,centimeter,,paleolimnology,,,N, ## age_min_calBP age,,unspecified error lower bound,calendar year before present,,paleolimnology,,,N,cal min ## age_max_calBP age,,unspecified error upper bound,calendar year before present,,paleolimnology,,,N,cal max ## age_calBP age,,,calendar year before present,,paleolimnology,,,N, ## TC_perc carbon,sediment,,percent,,paleolimnology,,,N, ## TN_perc nitrogen,sediment,,percent,,paleolimnology,,,N, ## TOC_perc organic carbon,sediment,,percent,,paleolimnology,,,N, ## TIC_perc inorganic carbon,sediment,,percent,,paleolimnology,,,N, ## TOC:TN carbon/nitrogen,sediment,,dimensionless,,paleolimnology,,,N,total organic carbon/total nitrogen #-------------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: depth_top_cm age_min_calBP age_max_calBP age_calBP TC_perc TN_perc TOC_perc TIC_perc TOC:TN 0 -50 -44 -47 14.7495 1.3281 12.9795 1.7700 9.0607 0.5 -27 -21 -24 13.4757 1.2920 13.2516 0.2241 11.3136 1 -7 4 -1 13.5839 1.1179 13.6226 -0.0387 10.3889 1.5 13 29 21 13.8812 1.1463 13.5711 0.3101 10.8792 2 32 54 43 14.3493 1.1248 13.8404 0.5089 11.3473 2.5 51 78 65 14.4958 1.1904 14.0575 0.4383 11.0175 3 69 103 86 13.9055 1.2058 13.8939 0.0116 11.2260 3.5 88 127 107 13.5867 1.1434 13.4161 0.1706 10.9722 4 106 151 128 14.1538 1.1550 13.6322 0.5215 11.7388 4.5 123 175 149 14.3382 1.3200 14.0362 0.3020 11.5689 5 141 199 170 15.3564 1.3502 14.3739 0.9825 10.8689 5.5 158 223 190 13.9512 1.2915 13.8563 0.0949 11.4777 6 175 247 211 13.7778 1.3097 13.8928 -0.1150 10.3120 6.5 192 270 231 14.7595 1.2907 14.4712 0.2883 11.0872 7 209 294 252 14.9370 1.2487 14.6773 0.2597 11.1985 7.5 226 317 272 15.0897 1.2638 14.6794 0.4103 11.1651 8 243 341 292 15.0299 1.3417 14.6994 0.3305 10.9564 8.5 260 364 312 14.8182 1.2809 14.5686 0.2495 11.5702 9 277 388 332 14.5010 1.2555 14.4525 0.0485 11.3276 9.5 294 411 352 14.9912 1.3353 14.8434 0.1477 10.0599 10 311 435 373 14.8654 1.3130 14.9498 -0.0844 11.5612 10.5 328 458 393 15.9211 1.3636 15.7143 0.2068 11.8980 11 345 482 413 16.1081 1.3275 15.7869 0.3213 12.1625 11.5 362 506 434 15.9349 1.4257 15.7784 0.1565 11.5595 12 379 530 455 15.7465 1.2635 15.6433 0.1031 11.4644 12.5 397 554 475 16.1534 1.3191 15.7536 0.3998 11.9520 13 415 578 496 15.9143 1.3249 15.7077 0.2066 11.4457 13.5 433 602 517 16.5347 1.4386 16.0032 0.5315 11.4928 14 452 626 539 19.0262 1.4647 16.1723 2.8539 11.8032 14.5 470 651 561 16.3827 1.3410 16.0015 0.3811 11.8069 15 489 676 582 16.6763 1.3556 16.1950 0.4813 12.8651 15.5 509 701 605 17.7198 1.4011 16.9307 0.7891 12.3244 16 529 726 627 17.7904 1.4134 17.3156 0.4748 12.2819 16.5 549 751 650 17.7271 1.4684 17.3435 0.3835 12.2555 17 570 777 673 18.0188 1.4926 17.4357 0.5831 12.0061 17.5 591 803 697 17.9853 1.4205 17.5423 0.4430 12.0540 18 612 829 721 17.6064 1.4999 17.2222 0.3843 12.6512 18.5 634 856 745 17.5412 1.4677 17.3056 0.2357 12.6027 20 704 937 821 16.7868 1.5393 16.5686 0.2183 11.8597 20.5 729 965 847 16.9060 1.3867 16.9415 -0.0355 11.2329 21 754 993 874 17.2280 1.3715 16.5780 0.6500 12.6178 21.5 780 1021 901 16.7317 1.3907 16.6616 0.0701 12.8497 22 807 1050 929 16.4646 1.3298 16.0653 0.3993 12.1810 22.5 834 1080 957 16.4928 1.3682 16.3844 0.1084 13.0266 23 862 1110 986 16.5363 1.3976 16.1537 0.3826 11.9764 23.5 891 1140 1016 16.9638 1.3834 16.3484 0.6153 12.0313 24 921 1171 1046 15.6645 1.2984 15.7648 -0.1003 11.8600 24.5 951 1202 1077 15.4558 1.2334 16.1149 -0.6591 12.5019 25 983 1234 1108 16.8720 1.3513 16.2014 0.6705 12.9904 25.5 1015 1266 1141 17.0221 1.3890 16.5776 0.4444 12.4131 26 1049 1299 1174 16.6199 1.2850 15.9946 0.6253 12.7771 26.5 1084 1333 1209 16.4299 1.2648 15.8081 0.6218 13.1359 27 1120 1368 1244 16.1923 1.3551 15.8288 0.3635 11.8201 27.5 1157 1404 1281 15.8514 1.3280 15.6894 0.1620 12.3497 28 1195 1440 1318 16.0392 1.2733 15.7918 0.2474 11.9537 28.5 1234 1477 1356 15.9911 1.2596 15.9919 -0.0008 12.0911 29 1274 1515 1395 15.9139 1.2218 15.5004 0.4136 12.9094 29.5 1315 1554 1435 15.8382 1.2827 15.5553 0.2828 12.4604 30 1357 1593 1475 15.5005 1.3107 15.5005 0.0000 12.3458 30.5 1399 1632 1516 15.6809 1.3306 15.3609 0.3200 12.6591 31 1443 1672 1558 15.9229 1.3444 15.5625 0.3604 10.7973 31.5 1487 1712 1600 15.8294 1.2925 15.5004 0.3291 11.9185 32 1532 1752 1643 15.7378 1.2954 15.5802 0.1576 12.6197 32.5 1578 1792 1686 15.5619 1.3106 15.3663 0.1955 12.0482 33 1624 1831 1730 15.4964 1.3107 15.4935 0.0029 12.1837 33.5 1670 1873 1774 15.4919 1.3196 14.9539 0.5380 12.7520 34 1716 1916 1818 15.2627 1.2878 14.9372 0.3255 12.5622 34.5 1762 1958 1863 15.7878 1.2241 14.9207 0.8671 11.9381 35 1809 2002 1908 15.1731 1.2417 14.7647 0.4084 12.9093 35.5 1857 2046 1954 16.1344 1.3220 15.8561 0.2784 12.8615 36 1905 2090 1999 16.1009 1.4882 15.4894 0.6115 12.0505 36.5 1952 2135 2045 16.4757 1.3504 16.1830 0.2927 13.1399 37 2000 2180 2091 16.5396 1.3793 16.0223 0.5173 12.3508 37.5 2048 2225 2137 16.3461 1.3381 15.8141 0.5320 11.9929 38 2095 2271 2183 16.3689 1.3334 15.6886 0.6803 12.0465 38.5 2142 2316 2229 16.2568 1.4335 16.0449 0.2119 11.1658 39 2189 2362 2275 13.9130 1.2065 14.3239 -0.4109 11.2630 39.5 2236 2407 2321 14.6968 1.2974 13.6958 1.0010 11.6535 40 2282 2453 2367 15.9266 1.3240 16.0698 -0.1432 12.1991 40.5 2328 2498 2413 16.5621 1.4731 16.5143 0.0477 12.3965 41 2373 2543 2458 16.6477 1.4698 16.2747 0.3730 12.3137 41.5 2418 2588 2503 16.2871 1.4772 15.6956 0.5915 12.2898 42 2462 2633 2548 16.4031 1.3625 15.9829 0.4203 12.0070 42.5 2506 2677 2593 16.7153 1.3915 16.1726 0.5427 11.9573 43 2549 2721 2637 16.6210 1.4512 15.9691 0.6519 12.8092 43.5 2592 2765 2681 16.3010 1.4247 16.0203 0.2807 11.8015 44 2635 2809 2725 15.9257 1.3699 15.2015 0.7242 12.1808 44.5 2677 2852 2767 16.9769 1.3895 16.5454 0.4316 12.3885 45 2719 2895 2810 16.8287 1.4405 16.8635 -0.0347 12.2456 45.5 2760 2937 2852 16.9783 1.4826 16.7687 0.2097 12.2789 46 2801 2979 2893 17.2329 1.4287 17.0301 0.2028 12.3215 46.5 2841 3021 2933 17.1236 1.3538 16.6868 0.4367 11.6929 47 2881 3062 2973 17.1237 1.4238 16.2460 0.8777 12.6602 47.5 2920 3101 3012 17.3968 1.5365 15.3080 2.0889 12.0919 48 2958 3141 3051 17.7215 1.4138 15.8688 1.8527 12.4321 48.5 2995 3179 3088 17.4231 1.4452 17.4891 -0.0660 12.2880 49 3032 3216 3125 17.5181 1.4416 17.0814 0.4366 12.5212 49.5 3067 3252 3161 18.4699 1.4977 18.1128 0.3571 12.8501 50 3101 3287 3195 18.2309 1.4733 17.6863 0.5446 11.8691 50.5 3135 3322 3229 17.8000 1.4361 17.1619 0.6381 12.4604 51 3167 3355 3262 17.9070 1.4625 17.6830 0.2240 12.1596 51.5 3199 3387 3294 18.8935 1.5083 18.0268 0.8667 12.1164 52 3229 3417 3324 18.7963 1.4912 18.3000 0.4963 12.7049 52.5 3259 3447 3354 18.5756 1.4339 18.0168 0.5589 12.9185 53 3287 3475 3382 18.1520 1.5163 18.1832 -0.0312 12.0965 53.5 3315 3503 3410 18.6288 1.5729 18.3386 0.2902 12.4789 54 3341 3529 3437 18.9950 1.5002 18.5499 0.4452 12.3889 54.5 3367 3555 3463 18.9776 1.5549 18.3851 0.5925 12.6086 55 3393 3580 3488 18.6885 1.6005 18.4590 0.2295 11.9732 55.5 3417 3604 3512 18.5739 1.5665 17.8155 0.7584 12.1387 56 3441 3627 3536 19.8527 1.5629 19.0426 0.8101 12.7456 56.5 3464 3650 3559 18.2220 1.4371 17.8269 0.3952 12.3799 57 3486 3672 3582 18.1711 1.4739 18.2226 -0.0515 12.0106 57.5 3508 3693 3603 18.4187 1.4957 18.1215 0.2972 11.8599 58 3529 3714 3625 19.2220 1.4892 18.4830 0.7390 12.4841 58.5 3549 3734 3645 18.5150 1.5194 17.8842 0.6308 11.8549 59 3569 3753 3665 18.7928 1.5977 17.7134 1.0794 12.4156 59.5 3588 3772 3684 19.0790 1.5789 18.3938 0.6852 12.0839 60 3607 3791 3703 18.7686 1.5556 18.5514 0.2172 12.3260 60.5 3626 3809 3722 19.7067 1.7641 18.5090 1.1977 11.5965 61 3644 3827 3740 18.4450 1.7236 18.0443 0.4007 11.3945 61.5 3661 3845 3757 18.0005 1.6079 17.6560 0.3445 11.9893 62 3678 3862 3774 17.3763 1.5000 16.8666 0.5096 12.1647 62.5 3695 3878 3790 16.3962 1.3752 15.8072 0.5890 11.7833 63 3711 3894 3807 15.5222 1.6064 16.1602 -0.6379 11.6337 63.5 3727 3911 3822 18.6325 1.6432 18.3099 0.3226 12.4318 64 3742 3926 3838 19.0377 1.6286 18.8040 0.2337 12.1847 64.5 3757 3942 3853 19.5670 1.6945 19.0516 0.5154 12.1611 65 3771 3957 3868 18.7766 1.7125 19.0449 -0.2683 11.9117 65.5 3785 3973 3882 18.4865 1.5622 18.2020 0.2846 12.0539 66 3798 3988 3896 17.2312 1.4451 16.2262 1.0050 12.0746 66.5 3811 4002 3910 17.9852 1.6273 17.4345 0.5507 12.6136 67 3824 4017 3924 17.6800 1.4852 17.8703 -0.1903 11.8432 67.5 3837 4032 3938 18.0160 1.5685 17.0774 0.9386 11.9743 68 3849 4046 3951 19.1358 1.6225 18.6947 0.4411 12.3281 68.5 3860 4061 3965 19.3120 1.7758 18.8869 0.4251 12.3124 69 3872 4075 3978 19.3896 1.6324 18.9839 0.4057 13.0641 69.5 3883 4089 3991 19.1124 1.9020 19.3764 -0.2640 11.6952 70 3894 4103 4004 19.7193 1.6417 19.8095 -0.0902 12.0715 70.5 3905 4117 4017 20.1198 1.7286 19.7922 0.3276 11.8739 71 3916 4131 4030 19.5104 1.7248 19.0571 0.4533 11.9679 71.5 3927 4145 4043 19.2379 1.7201 19.0196 0.2183 13.0436 72 3938 4159 4056 19.1181 1.6748 18.8258 0.2923 12.4628 72.5 3949 4173 4069 19.9562 1.6624 18.8635 1.0928 12.1626 73 3960 4188 4082 19.7793 1.6538 19.0440 0.7353 12.3048 73.5 3971 4202 4095 18.9988 1.6677 18.3263 0.6726 11.7174 74 3983 4216 4108 19.5061 1.7880 19.1007 0.4055 11.4531 74.5 3994 4231 4122 21.2784 1.8035 19.8861 1.3924 12.5636 75.5 4018 4260 4149 20.4061 1.8651 19.7977 0.6084 12.2457 76.5 4043 4290 4177 19.3246 1.6582 18.8534 0.4712 12.2222 77 4056 4305 4192 18.9599 1.7435 18.3340 0.6259 12.1315 77.5 4069 4321 4206 19.6225 1.7357 18.9725 0.6499 11.8093 78 4083 4336 4221 19.6832 1.6671 17.9798 1.7034 12.2129 78.5 4098 4352 4237 19.7345 1.6861 19.0065 0.7280 12.1659 79 4113 4369 4252 19.6770 1.5629 19.0374 0.6396 11.7417 79.5 4128 4385 4269 19.8140 1.6235 18.9922 0.8217 10.9416 80 4144 4402 4285 20.8053 1.7587 19.4967 1.3086 11.0159 80.5 4160 4419 4302 19.9994 1.7040 18.5113 1.4881 10.6406 81 4177 4436 4319 20.9843 1.5976 21.4539 -0.4696 12.2373 81.5 4195 4453 4336 21.7492 1.6301 20.9193 0.8299 12.2600 82 4212 4470 4353 20.2569 1.6585 19.8884 0.3684 10.4874 82.5 4229 4487 4370 19.4400 1.6060 18.0388 1.4012 11.3287 83 4247 4503 4387 19.0637 1.5052 18.3387 0.7250 11.0479 83.5 4264 4520 4404 19.4534 1.5452 18.5724 0.8810 11.2389 84 4282 4537 4421 19.1684 1.5773 18.1473 1.0211 11.6819 84.5 4299 4553 4437 19.7973 1.6641 18.6351 1.1622 11.1290 85 4317 4569 4454 18.4914 1.4972 17.6671 0.8243 10.9828 85.5 4334 4586 4471 18.5730 1.5055 17.5099 1.0631 11.3520 86 4352 4602 4488 19.0687 1.5608 17.8134 1.2553 10.8706 86.5 4370 4618 4505 18.9525 1.5741 17.6018 1.3508 11.1500 87 4387 4635 4521 19.1548 1.5557 17.3188 1.8360 10.9956 87.5 4405 4651 4538 18.9566 1.5809 17.9539 1.0027 10.9685 88 4423 4667 4555 19.6021 1.6625 18.7165 0.8856 10.7902 88.5 4441 4683 4572 19.9436 1.6721 18.2753 1.6683 10.9161 89 4458 4700 4588 19.2530 1.5847 18.3215 0.9315 10.8165 89.5 4476 4716 4605 19.3493 1.5676 18.3231 1.0263 11.3161 90 4493 4732 4622 18.3204 1.4789 18.2377 0.0827 11.6372 90.5 4511 4748 4638 18.5799 1.5493 18.5392 0.0407 11.2107 91 4528 4765 4655 19.0134 1.5733 17.7989 1.2145 11.5284 91.5 4545 4781 4672 18.2464 1.5228 17.2140 1.0324 10.3578 92 4562 4797 4689 17.6703 1.4938 16.8356 0.8347 11.0261 92.5 4579 4813 4705 18.5825 1.5039 17.6736 0.9088 10.9072 93 4596 4830 4722 18.2670 1.4535 17.2653 1.0017 11.2127 93.5 4613 4846 4739 18.9655 1.5539 18.0080 0.9574 11.0093 94 4630 4862 4756 19.1414 1.6210 17.9192 1.2222 10.8104 94.5 4648 4879 4772 18.2463 1.4999 17.2631 0.9832 11.2515 95 4665 4896 4789 19.5567 1.6309 18.3157 1.2410 11.1729 95.5 4682 4914 4806 18.4114 1.5324 17.4244 0.9870 11.0229 96 4699 4932 4823 18.2089 1.4897 17.3993 0.8097 10.8436 96.5 4717 4950 4840 17.0500 1.4469 16.5440 0.5060 10.8493 97 4735 4969 4857 17.5658 1.4633 16.9502 0.6156 10.8397 97.5 4753 4988 4874 18.5491 1.5944 17.6462 0.9029 10.7523 98 4771 5007 4891 18.5037 1.6070 18.1030 0.4007 10.6980 98.5 4790 5028 4908 18.5944 1.5260 17.9145 0.6799 10.9359 99 4809 5052 4925 19.4481 1.5660 18.0167 1.4314 11.3527 99.5 4828 5073 4942 18.9151 1.4900 18.1915 0.7237 11.3537 100 4847 5092 4959 18.8173 1.5483 17.9561 0.8612 10.7848 100.5 4866 5111 4976 19.1877 1.6093 18.3733 0.8144 11.0050 101 4884 5130 4993 19.0385 1.5755 17.9010 1.1375 10.7758 101.5 4902 5154 5010 18.9540 1.7016 17.9645 0.9895 10.7049 102 4919 5177 5027 18.8385 1.5628 17.5322 1.3063 10.7257 102.5 4936 5198 5045 19.3224 1.6328 18.3169 1.0056 10.3528 103 4953 5219 5062 20.0109 1.6734 18.1812 1.8297 10.8287 103.5 4970 5239 5080 19.0623 1.5727 17.8221 1.2402 11.4593 104 4988 5259 5097 18.7655 1.5312 17.2216 1.5439 11.3807 104.5 5006 5278 5115 19.6010 1.5622 18.7088 0.8921 10.6945 105 5024 5298 5132 19.4185 1.5748 18.4998 0.9187 11.3990 105.5 5042 5317 5150 19.2919 1.5572 18.7132 0.5787 11.6194 106 5060 5336 5167 18.5288 1.4895 18.0815 0.4473 11.8945 107.5 5115 5392 5221 19.7399 1.6299 19.3599 0.3800 11.3608 108 5133 5411 5239 20.4584 1.7663 18.6333 1.8251 11.4809 108.5 5152 5430 5257 20.7395 1.8275 20.0754 0.6641 10.7734 109 5170 5448 5275 20.2682 1.8207 20.3414 -0.0733 11.1508 109.5 5188 5467 5293 21.0754 1.9422 20.5077 0.5677 10.9213 110 5206 5485 5311 21.1889 1.9375 20.6478 0.5411 10.9382 110.5 5225 5504 5330 22.1948 2.0258 21.3807 0.8140 10.7521 111 5243 5522 5348 21.8551 2.0313 21.4748 0.3804 10.5634 111.5 5262 5541 5367 20.8636 1.8815 20.5065 0.3570 11.2869 112 5281 5559 5385 19.6258 1.7781 20.1386 -0.5128 11.5087 112.5 5299 5577 5404 21.3507 1.9265 20.7747 0.5760 10.9776 113 5318 5595 5423 20.9670 1.8796 20.5136 0.4534 11.2666 113.5 5338 5613 5441 20.4064 1.9302 19.9968 0.4096 10.8008 114 5357 5630 5460 21.7890 1.8053 20.9426 0.8464 11.7632 114.5 5377 5647 5479 22.5676 1.9899 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