# Lake Bourget, France 11,000 Year Terrigenous Input Data #----------------------------------------------------------------------- # 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 these downloaded data. If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed. # # NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/13666 # 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-13666.json # Study_Level_JSON_Description: JSON metadata of this file's parent study, which includes all study metadata. # # Data_Type: Paleolimnology # # Dataset_DOI: 10.25921/hymd-v407 # # Science_Keywords: hydrology #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/paleolimnology/europe/france/bourget2012ldb04.txt # Data_Download_Description: NOAA Template File; Terrigenous Input Data # # Original_Source_URL: # Original_Source_Description: # #-------------------- # Contribution_Date # Date: 2012-12-20 #-------------------- # File_Last_Modified_Date # Date: 2022-10-07 #-------------------- # Title # Study_Name: Lake Bourget, France 11,000 Year Terrigenous Input Data #-------------------- # Investigators # Investigators: Arnaud, F.(https://orcid.org/0000-0002-8706-9902); Révillon, S.; Debret, M.(https://orcid.org/0000-0002-8852-0152); Revel, M.; Chapron, E.; Jacob, J.(https://orcid.org/0000-0002-3921-9566); Giguet-Covex, C.(https://orcid.org/0000-0002-5141-4815); Poulenard, J.(https://orcid.org/0000-0003-0810-0308); Magny, M. #-------------------- # Description_Notes_and_Keywords # Description: This dataset presents the total terrigneous input in cores LDB01-I and LBD04-I taken in Lake Bourget. It mirrors the paleohydrologic evolution of River Rhone over a ca. 4000 km2 watershed. #-------------------- # Publication # Authors: Fabien Arnaud, Sidonie Révillon, Maxime Debret, Marie Revel, Emmanuel Chapron, Jérémy Jacob, Charline Giguet-Covex, Jérôme Poulenard, Michel Magny # Journal_Name: Quaternary Science Reviews # Published_Title: Lake Bourget regional erosion patterns reconstruction reveals Holocene NW European Alps soil evolution and paleohydrology # Published_Date_or_Year: 2012 # Volume: 51 # Pages: 81-92 # Issue: # Report_Number: # DOI: 10.1016/j.quascirev.2012.07.025 # Full_Citation: # Abstract: Two well-dated ca Holocene-long sedimentary sequences from deepest parts of Lake Bourget provide new insights onto the evolution of erosion patterns at a regional scale in NW European Alps. The combination of high resolution geochemistry - XRF core scanning, calibrated by 150 punctual measurements - and isotope geochemistry (ENd) of the terrigenous fraction permitted the reconstruction not only of the intensity, but also the type (physical erosion vs. chemical weathering) and the location (Prealpine massifs vs. High Crystalline massifs) of dominant erosion processes. Those data point the persistency of weak erosion fluxes from 9600 to 5500 cal. BP due both to a dry climate and the growing sheltering effect of soils that rapidly progressed between 9600 and 8000 cal. BP. Soils then reached a steady state before being destabilised around 4400 cal. BP, probably in response to human impact. The human impact then reached a sufficient intensity to change erosion patterns at a regional scale, but did not result in a significant increase of the regional terrigenous flux. The following enhancement of erosion processes occurred around 2700 cal. BP. It was first paced by changing climatic conditions, but probably reinforced by human impact during Late Iron Age - Antiquity period. Over the long-term trend, the Lake Bourget record pinpoints an evolution of paleohydrological conditions in the Alps dominated by dry conditions from 9500 to 4400 cal. BP and a subsequent drift toward wetter conditions that culminated during the so-called Little Ice Age (ca 1350-1900 AD). In such a context the current dry conditions in European Alps appear out-of-trend. At high resolution, 17 periods of enhanced hydrological activity highlight the rapid climatic changes that are typical of the Holocene. #-------------------- # Funding_Agency # Funding_Agency_Name: European Union # Grant_Number: HPRI-2001-00124 #-------------------- # Funding_Agency # Funding_Agency_Name: ANR France # Grant_Number: BLAN07-2_204489 #-------------------- # Funding_Agency # Funding_Agency_Name: French National Institute of Universe Sciences (INSU) # Grant_Number: Eclipse Aphrodyte II #-------------------- # Site_Information # Site_Name: Lake Bourget LDB04-I # Location: France # Northernmost_Latitude: 45.7833 # Southernmost_Latitude: 45.7833 # Easternmost_Longitude: 5.8333 # Westernmost_Longitude: 5.8333 # Elevation: 231 #-------------------- # Data_Collection # Collection_Name: LDB04-I # First_Year: 11104 # Last_Year: -45 # Time_Unit: cal yr BP # Core_Length: # Parameter_Keywords: mineralogy # Notes: water depth 107m #-------------------- # Chronology_Information # Chronology: # Chronology # # Table 1 # Chronostratigraphic information incorporated into CLAM to generate age-depth models. All data were previously published in *Chapron et al., 1999; **Debret et al., 2010; # ***Giguet-Covex et al., 2010; ****Arnaud et al., 2005. Bold Depth values refer to the position of the sample in the core where it has been sampled. Normal depth values refer the # correlated position of the same sample in the other core. # # Stratigraphic mark Sampled Depth in Depth in Age 14C age Thickness Cal. min. Cal. max. # or 14C lab. Code in core LDB01 (cm) LDB04 (cm) (cal. BP) (BP) (cm) (cal. BP) (cal. BP) # # Homogenite* LDB-01 53 - 128 - 7.5 - - # Chernobyl** LDB-04 - 2 -36 - 1 - - # At. Bomb tests* LDB-04 - 5 -15 - 1 - - # Top Eut. Unit*** LDB-04 - 3 7 - 1 - - # Flood (1905)** LDB-04 - 19 45 - 5 - - # Flood (1733)* Both 85.5 64 217 - 1 - - # Poz-710**** LDB-01 271 250.5 - 1200 +/- 30 1 1055 1180 # Poz-718**** LDB-01 407 335 - 1800 +/- 45 1 1610 1830 # Poz-716**** LDB-01 4405 381 - 2250 +/- 30 1 2160 2340 # Poz-717**** LDB-01 619 548 - 3820 +/- 30 1 4090 4300 # Poz-715**** LDB-01 6675 614 - 4280 +/- 40 1 4815 4965 # Poz-721**** LDB-01 791 750 - 5310 +/- 40 1 5990 6205 # Poz-13986** LDB-04 180.5 144 - 435 +/- 30 1 460 530 # Poz-13983** LDB-04 338 310 - 1665 +/ 30 1 1515 1630 # SAcA4834** LDB-04 463 412.8 - 2770 +/- 30 1 2790 2930 # Poz-13984** LDB-04 494 448 - 2815 +/- 30 1 2850 3000 # Poz-13985** LDB-04 562.5 499 - 3300 +/- 30 1 3450 3590 # Poz-10562** LDB-04 649 581 - 4160 +/- 35 1 4580 4830 # Poz-14033** LDB-04 - 696 - 4640 +/- 35 1 5305 5465 # Poz-14032** LDB-04 822 777 - 5870 +/- 40 1 6620 6790 # Poz-10563** LDB-04 - 840 - 6610 +/- 40 1 7435 7565 # Poz-13987** LDB-04 - 944 - 8080 +/- 40 1 8780 9130 # SacA4836** LDB-04 - 1083.5 - 8655 +/- 45 1 9535 9700 # SacA4835** LDB-04 - 9875 - 8720 +/- 50 1 9550 9870 # SacA4837** LDB-04 - 1165.5 - 9320 +/- 35 1 10,420 10,600 # Poz-10565** LDB-04 - 1218 - 9450 +/- 50 1 10,560 11,060 # Poz-10566** LDB-04 - 1294 - 9490 +/- 50 1 10,590 11,072 # # #------------------ # Variables # # PaST_Thesaurus_Download_Resource: https://www.ncdc.noaa.gov/paleo/skos/past-thesaurus.rdf # PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format. # # variables format: shortname what,material,error,units,seasonality,data_type,detail,method, C(har) or N(umeric) data,additional information # ## age_calBP age,,,calendar year before present,,paleolimnology,,,N, ## %terr mineral matter,sediment,,percent,,paleolimnology,,,N,terrigenous percent ## K/Ti potassium/titanium,sediment,,dimensionless,,paleolimnology,,x-ray fluorescence spectroscopy,N, #-------------------- # Data: # Missing_Values: NA age_calBP %terr K/Ti -45 27.6 2 -36 34.2 2.2 -29 34.3 2.52 -22 27.4 2.49 -15 32.2 2.27 -7 30.9 3 0 29.5 2.84 7 32.4 3.19 13 30.5 3.08 18 39 3.48 23 61.1 2.91 27 35.7 3.61 30 53 3.59 33 29.1 3.26 36 45.7 3.75 38 44.8 4.37 41 51.7 3.69 43 43 4.21 45 43.6 4.2 47 86.8 3.44 50 96.3 3.39 52 94 3.22 55 99.9 2.88 58 63 3.61 61 44.2 3.92 64 44.8 4 67 39.2 4.41 70 54.4 3.9 73 44.3 4.15 76 42.5 4.43 80 43.5 5.04 83 47.9 3.8 87 46.1 3.57 91 51.1 3.43 94 50.4 4.08 98 45.2 4.2 102 76.5 3.71 106 56.1 4.1 110 49 4.4 114 55 4.35 118 53.6 4.06 122 56.1 3.61 126 46.9 4.42 131 55 4.01 135 55.1 3.43 139 39.2 4.52 143 49.2 3.59 148 52.3 3.8 152 56.4 3.72 156 43.9 3.77 161 52.5 3.84 165 50.5 3.95 169 47.4 4.34 174 44.3 4.33 178 44.9 3.89 182 49 3.74 187 51.1 3.54 191 47.9 3.84 195 48.1 4.33 199 59.2 3.41 204 58.5 3.38 208 59.9 3.77 212 55.6 3.98 216 63.8 3.87 220 83.3 3.48 224 64.9 3.69 228 63.9 3.69 232 72.3 3.32 236 69.8 3.97 240 90.1 3.49 244 79.2 3.58 247 75.4 3.69 251 65.7 3.91 255 58.9 3.98 259 69.9 3.29 262 52.7 4.61 266 59.8 4.28 269 55.5 4.01 273 60.7 3.82 277 44.7 4.49 280 52.2 3.94 283 61.7 3.51 287 53.6 4.19 290 50 4.12 294 47.9 4.74 297 51.9 4.21 301 50.9 4.59 304 49.8 4.5 307 47.3 4.62 311 49.8 3.9 314 44.8 4.52 317 50.8 3.88 320 42.1 4.46 324 49.9 3.74 327 37.1 4.5 330 51.9 3.89 333 48.7 4.14 337 50 4.62 340 59.8 3.48 343 66.2 3.67 346 55.2 3.9 349 50.9 4.11 353 52.9 3.98 356 56.4 4.01 359 52.5 3.97 362 52.9 4.21 365 79.9 3.48 369 58.2 4.33 372 76 3.93 375 79.4 3.7 378 100.1 3.29 381 64.8 4.23 385 63.8 3.56 388 53.8 3.97 391 75.1 3.8 394 63.1 4.19 398 58.2 4.45 401 51 3.64 404 49.3 4.18 407 63.3 3.52 411 66.8 3.65 414 50.9 3.62 417 51.3 3.72 421 49.4 4.23 424 52.1 4.26 428 53.1 3.54 431 58 4.18 435 74.9 3.53 438 61.7 3.82 441 56.4 4.09 445 73.9 3.54 449 57.8 3.5 452 45.3 3.79 456 51 4.05 459 48.9 4.08 463 66.5 4.15 467 70.5 3.65 471 68.7 3.78 474 75.4 3.68 478 71.1 3.55 482 74.9 3.43 486 76.2 3.86 490 76.1 3.88 494 70.9 3.68 498 71.4 3.94 502 75.5 3.56 506 78.2 3.35 510 66.1 3.36 514 70 3.75 518 83.5 3.6 523 79.6 3.38 527 71.4 3.31 531 67.2 3.87 536 47.5 4.28 540 71.7 3.76 545 76.8 3.55 549 67.7 4.2 554 85.5 3.43 558 86 3.22 563 87.2 3.56 567 89.7 3.32 572 83.6 3.59 577 55 4.38 582 78.4 3.71 586 77.9 3.8 591 81.4 3.75 596 87.3 3.59 601 85.4 3.27 606 68.5 3.94 611 59.2 4.27 616 68.3 3.38 621 80.8 3.39 626 82.1 3.28 631 91.9 3.11 637 100.3 3.01 642 94.9 3.4 647 83.2 3.43 652 74.6 3.69 658 78.1 3.73 663 74.8 4.05 668 74.5 3.76 674 95.4 3.42 679 97.1 3.36 685 82.1 3.6 691 74.6 3.59 696 67.4 3.95 702 82.3 3.84 707 70.2 3.64 713 82.9 3.47 719 60.4 4.4 725 55.1 4.57 730 70.4 3.85 736 59.2 4.13 742 39.9 4.07 748 62.3 3.31 754 66.2 3.84 760 54.4 3.97 766 58.7 3.22 772 49 3.5 778 55.4 3.35 784 48.1 3.68 790 49.4 3.84 797 44.4 3.84 803 46.3 4.14 809 51.3 3.57 815 45 4.27 822 40.1 4.27 828 38.7 3.59 834 36.1 4.06 841 35.2 4.24 847 37.8 4.24 854 40.5 4.18 860 45.2 3.58 867 47.9 3.84 874 62 3.19 880 47.6 4.21 887 47.4 4.42 894 58.9 3.83 900 78.2 3.11 907 39.3 3.12 914 33.7 4.37 921 38.1 3.45 927 39.6 3.62 934 35.4 3.91 941 28.8 4 948 29.4 3.58 955 31.7 3.29 962 32.5 3.04 969 31.6 3.21 976 30.6 3.29 983 31.5 3.2 991 31.1 3.56 998 31.7 3.77 1005 37.8 3.51 1012 40 3.56 1019 35.9 3.68 1027 35.2 3.6 1034 36.6 3.56 1041 32.7 3.99 1049 28.9 3.76 1056 32.4 2.87 1064 30.7 3.22 1071 27.7 3.09 1078 29.3 2.25 1086 25.4 2.56 1094 23.2 3.14 1101 23.1 3.04 1109 22.9 2.99 1116 23.8 3.25 1124 22 3.73 1132 24.4 3.2 1139 27.3 2.73 1147 26.3 2.98 1155 29.4 2.59 1163 28.4 2.68 1171 26.7 3.05 1178 26.1 2.81 1186 27.1 3.35 1194 28.3 3.71 1202 27.9 3.25 1210 27.2 3.21 1218 26.8 3.13 1226 28.2 2.9 1234 28.8 2.99 1242 31.2 2.96 1249 31.5 3.35 1257 28.2 3.52 1265 27.9 3.49 1273 32.3 3.94 1281 33.4 4.15 1289 31.6 3.96 1297 33.4 3.87 1305 40.3 3.98 1313 44.5 3.46 1320 42 3.55 1328 40.9 4.38 1336 40.2 4.56 1344 45.3 4 1351 48.6 4.02 1359 45.1 4.51 1367 45.1 3.85 1375 40.4 3.86 1382 33.3 4.66 1390 34.8 4.1 1397 38 3.52 1405 34.5 3.82 1412 37.5 3.83 1420 28.7 4.58 1427 38 3.28 1435 39.6 3.65 1442 46 3.62 1449 89 3.65 1456 99.5 3.47 1464 82.9 3.59 1471 50.4 3.34 1478 42.4 3.71 1485 41.1 3.6 1492 40.2 3.23 1499 39.9 4.17 1505 26.3 3.87 1512 22.3 3.96 1519 33 3.73 1526 32.5 3.54 1532 35.8 3.07 1539 29.1 3.17 1545 30.1 3.16 1551 28.4 3.03 1558 47.4 3.64 1564 35.2 3.31 1570 33.8 2.33 1576 38.4 3.53 1582 40.6 3.24 1588 28.6 2.84 1593 29.9 3.41 1599 34.9 3.54 1605 56.7 3.65 1611 32 3.79 1617 30.1 3.26 1622 24.4 4.13 1628 42.4 4.43 1634 66.6 3.92 1640 52 3.56 1646 40.4 3.71 1652 39.5 3.49 1659 25.2 3.55 1665 22.6 3.9 1671 27.6 3.26 1678 28 3.06 1685 31 4.36 1692 38.3 3.45 1699 36.1 3.77 1706 35.1 3.43 1714 35.1 3.73 1722 33.8 3.53 1730 35.5 3.47 1738 36.1 2.81 1746 34.6 3.42 1755 29.1 3.83 1764 26.6 4 1773 30.1 3.66 1783 30.4 4.01 1793 26.9 4.48 1802 29.7 4.03 1812 35.8 3.57 1823 39.7 4.13 1833 46.8 3.56 1844 32 5 1854 29 4.5 1865 34.7 4.09 1876 31.3 4.26 1887 38.7 3.2 1899 35.8 4.53 1910 35.5 3.28 1921 33.4 3.9 1933 38.1 3.11 1945 29.7 3.67 1957 33.9 3.94 1968 29 3.85 1980 35.8 3.48 1992 32.8 3.84 2004 31.7 3.29 2017 30.6 3.91 2029 33 3.11 2041 31.3 3.01 2053 34.1 2.75 2065 32.3 2.74 2078 34.6 3.14 2090 35 2.92 2102 25.6 3.25 2114 33.9 2.81 2127 34.1 3.27 2139 36.9 3.13 2151 34.9 3.49 2163 42.2 3.65 2175 44.2 3.04 2187 29.9 4.38 2199 38.8 3.25 2211 43.9 2.94 2223 29.9 3.69 2234 41.7 3.28 2246 26 3.4 2258 22.9 3.9 2269 24.3 3.68 2280 32.2 2.48 2291 26.6 3.13 2302 27.5 2.94 2313 27.7 2.9 2324 24.7 2.89 2335 24 3.23 2346 35.6 2.32 2357 27.8 3.15 2367 31.2 3.51 2378 27.6 3.45 2388 31.6 3.46 2398 29.7 4.19 2409 34.2 3.14 2419 25.1 4.34 2429 27.2 3.19 2439 22.8 2.79 2449 26.5 3 2459 18 3.67 2469 23.7 2.8 2479 26.2 2.89 2489 24.8 3.02 2498 32.2 3.17 2508 29.9 3.13 2518 27.7 3.09 2528 25.4 3.03 2537 23.2 2.97 2547 21 2.89 2556 28.1 2.27 2566 31.7 2.27 2576 28.8 2.21 2585 26.6 2.85 2595 28.3 2.88 2604 33.9 2.28 2613 35.2 2.49 2623 35.6 2.28 2632 39.8 3.03 2642 40.4 2.95 2651 43 2.62 2661 35.7 4.08 2670 35.4 2.64 2680 40.5 2.41 2689 34.2 2.5 2699 34.6 3.12 2708 31.8 3.44 2718 35.4 2.81 2727 35.6 3.54 2737 48 3.55 2746 31 3.37 2756 24 2.04 2766 26.3 1.38 2776 19.6 2.24 2785 19 3.37 2795 21.8 1.53 2805 19.5 3.28 2815 29.2 1.96 2825 19.3 3.36 2835 22 1.99 2845 24.9 2.51 2855 25.1 2.39 2865 27.2 2.03 2875 26.7 2.17 2885 21.7 2.01 2896 26.1 1.7 2906 23.3 1.95 2917 24.6 1.81 2927 27.4 1.56 2938 31.9 1.22 2949 24.8 1.8 2959 23.1 2.6 2970 27.1 2.25 2981 27.7 2.14 2992 25.1 3.01 3003 26.2 2.6 3014 27.2 2.51 3025 27.7 2.18 3037 26.9 2.63 3048 30.6 2.39 3059 31.7 2.78 3071 24.8 2.21 3082 23.3 2.21 3094 27.5 2 3106 28.8 2.82 3117 31.7 2.26 3129 29.5 1.9 3141 28.8 2.07 3153 31.8 1.97 3165 31 2.4 3176 36.7 2.26 3188 45.6 1.95 3200 23.2 2.9 3213 24.8 2.59 3225 29.1 2.37 3237 31.7 2.54 3249 39.1 2.6 3261 35.2 2.62 3274 35.5 3.03 3286 33.4 3.33 3298 34.7 2.23 3311 35.7 3.14 3323 33.4 2.39 3336 38 2.55 3348 42.5 2.87 3361 31.8 3.47 3373 35.8 2.95 3386 29.9 1.81 3398 32.8 1.97 3411 30.8 2.16 3424 30.3 2.02 3437 36.5 2.11 3449 34.8 2.24 3462 27.3 1.88 3475 30 1.99 3488 32.3 2.41 3500 34.6 2.5 3513 26.6 2.67 3526 26.4 2.6 3539 27.1 2.72 3552 33.9 2.63 3565 31.9 2.08 3578 33.2 2.47 3591 32.8 1.41 3604 20.5 2.01 3617 22.2 1.21 3630 28.6 1.65 3643 26 1.2 3656 30.5 2.38 3669 27.9 1.68 3682 27.3 2.01 3695 25.7 1.6 3708 30.2 1.84 3722 24.6 1.98 3735 27.1 2.21 3748 31.3 2.42 3762 34.8 2.19 3775 29.8 3.16 3789 33.8 2.28 3803 37.3 2.67 3816 34.8 2.12 3830 44 2.39 3844 43.6 2.13 3858 33.4 3.06 3872 42.3 3.14 3886 44.8 3.98 3900 34.6 3.72 3914 43.7 3.38 3928 45 3.43 3942 42.7 3.28 3957 42.2 3.38 3971 36.6 3.74 3986 42.8 3.54 4001 43.4 3.16 4015 36.8 3.34 4030 33.4 4.19 4045 36.6 3.78 4060 38 4.05 4075 47.7 4.01 4090 46.5 3.79 4106 40.3 4.3 4121 39.9 3.84 4137 36.7 4.12 4152 31.7 4.07 4168 33.9 3.88 4184 54.2 3.52 4200 42.1 3.33 4216 39.7 3.93 4233 41.7 3.36 4249 44.6 3.06 4265 33.2 4.34 4282 32.6 4.29 4298 35 3.74 4315 38.5 3.37 4331 37.7 3.53 4348 39.4 4.08 4365 44.2 2.92 4381 38.3 3.42 4397 45.8 3.02 4414 37.3 3.64 4430 37.7 4 4446 35.9 3.96 4462 35.5 3.51 4478 33.7 2.83 4493 31.8 2.93 4508 33.7 2.61 4524 29.1 3.45 4538 30.9 2.93 4553 34.6 2.87 4567 29 2.1 4581 32.8 1.93 4595 30.6 2.25 4608 29.6 2.38 4621 32 1.71 4634 29.1 2.45 4646 24.1 2.48 4658 23.9 2.43 4669 30.4 1.59 4680 27 2.36 4688.577065 27.9 1.26 4697.077575 28 2.35 4705.814252 30.8 1.96 4714.343036 22 2.66 4722.220774 23.6 1.99 4731.216815 27.9 1.78 4739.644255 23.4 2.98 4748.123143 31.1 1.44 4756.720117 23.7 2.47 4764.879386 24.8 3.12 4773.921794 24.4 1.8 4783.195651 27.4 1.64 4792.008554 29.9 1.86 4871 27.7 1.66 4871 22.6 1.32 4871 22.8 1.75 4871 29.1 1.52 4871 21.2 1.63 4871 24.3 1.08 4871 21.1 2.14 4871 29.8 1.98 4871 29.4 0.74 4871 24.6 1.28 4871 22.6 1.39 4871 23.5 1.37 4871 29.6 1.08 4871 19.6 1.85 4871 20.4 1.58 4871 22.8 2.08 4871 26.3 2.21 4871 23.8 2.25 4871 20.5 2.01 4871 32.3 1.49 4871 23.4 1.71 4871 20.4 1.8 4871 25.8 1.43 4871 26.8 1.86 4871 29.3 1.51 4871 27.5 2.13 4871 31.1 2.2 4871 34.9 2.2 4871 31.7 3.55 4871 40.5 2.94 4871 33.5 3.25 4871 29.4 2.26 4871 32.8 2.65 4871 38.3 3.28 4871 27.1 3.06 4871 40.8 2.77 4871 33.8 2.78 4871 34.5 2.91 4871 35.9 3.1 4871 25.7 2.8 4871 34.1 2.61 4871 35.7 2.93 4871 29.7 2.94 4871 30.8 2.41 4871 28.8 2.15 4871 30.3 2.75 4871 34.1 2.83 4871 43.4 3.04 4871 32.2 3.63 4871 39.1 3.04 4871 37.2 3.54 4871 46.9 3.11 4871 37.3 4.36 4871 40.4 3.76 4871 41.1 3.75 4871 36.6 2.93 4871 34.4 2.85 4871 28.6 3.43 4871 36.8 2.69 4871 38.9 2.94 4871 33.9 3.08 4871 39.4 2.71 4871 38.9 2.71 4871 38.3 2.71 4871 37.8 2.72 4871 37.3 2.72 4871 36.7 2.72 4871 36.2 2.72 4871 35.6 2.72 4871 35.1 2.73 4871 34.6 2.73 4871 34 2.73 4871 33.5 2.73 4871 33 2.74 4871 32.4 2.74 4871 31.9 2.74 4871 31.3 2.74 4871 30.8 2.75 4871 30.3 2.75 4871 29.7 2.75 4871 29.2 2.76 4871 28.7 2.76 4871 28.1 2.76 4871 27.6 2.77 4871 27 2.77 4871 26.5 2.78 4871 26 2.78 4871 20.9 4.25 5265 25.3 3.53 5274 25.4 2.56 5282 23 2.18 5291 25.8 2.2 5299 24.9 2.11 5308 22.5 2.24 5317 20.8 2.81 5325 22.7 2.8 5334 24.4 2.42 5343 23.2 2.83 5352 24.8 3.25 5361 25.3 3.49 5370 22.1 3.85 5378 23.2 3.56 5387 25.1 3.52 5396 25.1 3.61 5405 28.7 3.55 5414 27.1 3.67 5423 24.7 3.31 5432 24.9 3.4 5441 26.1 3.37 5450 26.1 3.34 5460 24.3 3.59 5469 26.3 3.21 5478 27.9 3.06 5488 24.9 3.69 5497 22 4.31 5507 24.9 3.78 5516 27.2 3.4 5526 28.4 3.44 5536 29.8 3.92 5546 26.3 4.15 5557 25.7 3.26 5567 27.8 3.18 5577 27.2 3.23 5588 24.6 2.9 5599 20.4 2.89 5610 23.3 2.34 5621 21.4 2.43 5632 17.6 3.1 5644 22.4 2.36 5656 21.8 2.4 5668 20.4 2.83 5680 23.6 2.42 5692 20.3 2.82 5705 18.9 3.33 5718 20 3.6 5731 18.6 3.3 5744 21.5 2.38 5758 26.1 1.95 5771 25.7 1.97 5786 21.7 2.22 5800 20 2.63 5815 22 2.89 5829 23 2.72 5845 21.8 2.73 5860 21.9 2.81 5876 23.3 3.11 5892 23.8 2.98 5909 23.2 2.88 5926 24.1 2.81 5943 22.9 2.71 5960 17.7 3.49 5978 18.3 4.3 5996 28.1 2.89 6015 27.3 2.95 6034 25.4 3.16 6053 24.5 2.86 6073 21.3 3.06 6093 23.8 2.51 6113 21.9 2.5 6134 20.6 2.5 6155 24.2 2.69 6177 25.4 3.01 6199 24.5 2.74 6221 21.4 2.92 6243 20.7 3.01 6265 21.9 2.55 6288 19.3 2.69 6311 17.2 2.53 6334 18.7 2.37 6357 19.7 2.62 6380 17.9 2.64 6403 20 2.44 6426 21.7 2.51 6449 20.1 2.64 6472 20.4 3.3 6494 20.3 3.65 6517 20.7 3.24 6540 24.1 2.71 6562 27.4 2.72 6584 29.2 2.99 6606 26.2 3.24 6628 23.7 3.12 6649 25.8 2.97 6670 26.2 3.31 6690 27.8 3.47 6711 29.1 3.68 6730 25.8 3.68 6750 24.2 3.6 6769 24.6 3.81 6788 25.8 3.36 6806 25 3.17 6824 26.7 3.44 6842 33.9 3.44 6859 30.4 3.64 6876 22.6 3.79 6893 23.2 3.06 6909 22.4 3.41 6925 22 3.55 6941 22.8 3.35 6957 27 3.46 6972 27.6 3.21 6987 25.5 3.23 7002 24.2 3.5 7016 19.8 3.61 7030 23.3 2.85 7044 26.3 2.85 7058 22.9 3.09 7071 20.2 3 7084 21.1 3.05 7097 23.3 2.91 7110 22.7 3.14 7123 19.8 3.55 7135 20.7 2.69 7148 22.4 2.14 7160 20 2.71 7171 25.1 2.26 7183 27.4 1.87 7195 22.4 2.25 7206 21.4 2.36 7217 21.1 2.33 7229 20.8 2.3 7240 20.6 2.26 7250 20.3 2.23 7261 20 2.2 7272 19.8 2.16 7282 19.5 2.12 7293 21.8 1.9 7303 17.2 2.54 7314 19.8 1.95 7324 17 2.19 7334 26.1 1.5 7344 19.6 2.56 7354 18.5 2.6 7364 18.6 2.56 7374 20.5 2.5 7384 18 2.05 7394 17.6 3.52 7404 20.8 3.05 7414 26.4 2.55 7424 31.6 3.16 7434 24.6 3.9 7444 18.5 4.82 7454 24.1 3.68 7464 21.7 3.02 7474 28.6 2.94 7484 20.5 3.94 7495 24.9 3.05 7505 24.2 4.25 7515 23.1 4.04 7526 30.2 3.61 7536 32.1 3.45 7547 27.2 3.69 7557 30 3.63 7568 22.9 3.73 7579 24.5 3.59 7590 27.5 3.16 7600 50.1 3.74 7611 53 3.94 7622 43.7 3.18 7634 24.7 3.1 7645 22.7 3.99 7656 24.9 3.07 7667 27.5 3.29 7679 30.9 2.97 7690 23.9 2.38 7702 28.8 3.05 7713 25.3 3.41 7725 24.2 2.38 7737 27.3 2.58 7749 26.7 2.32 7761 22.9 3.55 7773 17.9 4.52 7785 23.4 2.75 7797 27.6 2.8 7809 21.7 4.63 7822 24.8 3.14 7834 18.5 4.41 7847 26.1 3.47 7859 26.2 3.85 7872 30.4 3.34 7884 27.4 3.77 7897 26.9 4.01 7910 28.4 3.77 7923 28.6 4.68 7936 31.5 3.41 7949 26.7 4.29 7962 34.2 3.19 7976 28.5 4.01 7989 30.2 3.68 8002 29.1 4.28 8016 30.8 3.45 8029 29.5 3.3 8043 23.9 4.34 8057 22.9 4.69 8071 25.1 3.91 8085 28 4.24 8099 31.5 3.98 8113 22.6 3.89 8127 20.8 3.94 8141 26.2 4.61 8155 28.6 3.86 8170 30.2 2.91 8184 23.6 4.4 8199 25.4 4.3 8214 25 5.02 8228 27.6 3.54 8243 25.8 3.37 8258 24.4 4.01 8273 28 4.28 8288 31.5 4.47 8303 31.8 4.63 8319 30.5 4.44 8334 29.9 3.95 8350 32.3 4 8365 31.1 4 8381 27.9 3.57 8396 25.8 3.98 8412 26.8 3.93 8428 25.7 3.93 8444 27.6 3.78 8460 28.4 3.49 8476 21.7 4.25 8492 22.9 3.87 8509 23.8 3.84 8525 20.5 4.73 8542 25.2 4.19 8558 34.5 3.32 8575 31.8 3.37 8592 24.2 3.4 8608 25.9 3.44 8625 27 3.32 8642 22.1 2.93 8660 17.6 4.09 8677 20.9 4.21 8694 23.3 3.34 8712 22.4 2.96 8729 21.1 3.14 8747 23.2 2.87 8764 25.2 2.62 8782 24.7 2.39 8800 24.7 2.78 8818 24.2 3.04 8836 27.8 2.54 8854 28.6 2.77 8872 21.9 3.73 8891 19.1 3.69 8909 19.6 2.99 8928 17.2 3.19 8946 17.4 2.88 8965 18 2.75 8984 20.8 2.79 9003 21.7 2.76 9022 19.2 3.16 9041 21.6 3.25 9060 21.4 3.34 9079 22.2 3.16 9098 24.8 2.69 9118 23.7 2.91 9137 22.6 3.3 9156 19.8 3.54 9175 19.2 3.65 9195 22.8 3.12 9214 24.5 3.58 9233 24.8 4.28 9252 27.9 3.22 9271 32.8 2.98 9289 31.4 3.81 9308 27.4 4.58 9326 30.2 4.63 9344 30.7 4.49 9362 33.1 4.21 9380 38.4 3.95 9398 37.4 3.68 9415 35.2 3.67 9432 40.2 3.86 9449 37.1 3.84 9465 27.9 3.8 9482 29.9 3.57 9497 31.9 3.64 9513 35.6 3.46 9528 36.4 3.43 9543 30.9 3.92 9557 25.1 4.2 9571 20.4 4.23 9584 20 3.66 9597 24.7 2.63 9610 27.4 2.91 9622 27.6 3.95 9634 29.1 4.09 9645 28.3 4.22 9655 30.5 3.59 9665 33.8 3.23 9675 33.1 3.85 9683 33.1 4.27 9692 32.4 4.92 9701 32.6 5.07 9701 29.2 5.05 9701 27.2 4.59 9701 29.5 3.83 9701 30.7 3.5 9701 30.2 3.71 9701 27.8 4.55 9701 26.8 4.65 9701 26.5 4.54 9701 28.5 3.99 9701 29.9 3.95 9701 28.6 4.21 9701 27.8 3.53 9701 27.3 3.46 9701 26 3.8 9701 30.7 3.54 9701 34.8 3.18 9701 37.5 3.1 9701 39.1 3.6 9701 35.8 4.13 9701 35.8 3.46 9701 32.5 3.4 9701 30.2 3.9 9701 30.8 3.67 9701 29.4 3.76 9701 28.5 3.64 9701 29.2 3.49 9701 29 3.79 9701 29.7 3.93 9701 32.8 4.02 9701 30.9 3.86 9701 26.9 3.22 9701 27 3.03 9701 29.1 3.35 9701 28.6 3.66 9701 27.8 3.86 9701 29.4 3.76 9701 31.6 3.12 9701 33.7 2.56 9701 28.1 3.13 9701 26.9 2.66 9701 30.3 3.32 9701 29.1 3.3 9701 31.5 3.29 9701 29.1 4.04 9701 35.3 3.88 9701 36 4.12 9701 36.7 3.84 9701 37.1 4 9701 37.6 4.09 9701 34.9 4.36 9701 39.9 4.28 9701 31.7 5.12 9701 46.7 3.14 9701 32.4 4.75 9701 41.8 3.86 9701 39.4 3.96 9701 40.6 4.36 9701 47.8 3.61 9701 41.2 3.8 9701 42.9 4.89 9701 58.9 4.03 9701 71.1 3.36 9701 62.1 3.82 9701 51.9 4.44 9701 46.5 4.71 9701 57.2 3.59 9701 53.7 4.25 9701 54.6 3.89 9701 52.1 4.48 9701 49.9 4.3 9701 56.3 3.9 9701 64.6 3.55 9701 57.9 3.74 9701 58.2 4.1 9701 55.6 4.11 9701 55 4.44 9701 57.2 4.38 9701 61.9 3.78 9701 52.3 4.13 9701 55.3 4.16 9701 51.1 4.47 9701 57.9 4.17 9701 79.7 3.53 9701 67.1 4.12 9701 66.8 3.87 9701 64.2 4.16 9701 71.1 3.66 9701 60.7 4.11 9701 64.4 3.91 9701 75.8 3.7 9701 70.7 3.73 9701 63.8 4.05 9701 65.7 3.68 9701 69.1 3.63 9701 65.7 3.82 9701 70.3 3.66 9701 64 4.21 10350 69.5 3.88 10353 69.5 3.71 10355 66.7 3.87 10358 59 4.43 10361 59 4.66 10363 77.3 3.77 10366 63.6 4.19 10369 66.9 3.97 10371 68 3.68 10374 63.6 4.16 10376 64.7 4.2 10379 65.1 3.37 10382 101.7 3.1 10384 107.7 3.18 10387 97.2 3.46 10390 101.8 3.52 10392 124.2 3.21 10395 85 3.75 10398 68.1 4.25 10400 64.5 3.96 10403 77.1 3.99 10406 82.1 3.64 10408 76.2 3.93 10411 79.7 3.71 10413 67.9 4.47 10416 66.4 3.88 10419 62.3 3.69 10421 60.8 4.68 10424 56.7 4.13 10427 60.3 4.03 10429 68.8 3.93 10432 72.6 3.87 10435 76.4 3.75 10437 58.4 4.66 10440 63.8 3.95 10443 66.7 4.13 10445 72.2 3.95 10448 74.7 4.11 10450 71.9 3.99 10453 58.8 4.59 10456 65.8 3.86 10458 66.9 4.15 10461 70.4 3.89 10464 70.3 4.07 10466 74.8 3.89 10469 82.5 4.01 10472 69.5 4.1 10474 72.2 3.8 10477 87.7 3.63 10480 72.9 3.57 10482 57.9 4.5 10485 75.6 4.14 10488 72.6 4.46 10490 82.7 3.78 10493 78.4 4.33 10495 85.1 3.75 10498 107 3.46 10501 104.6 3.52 10503 98.8 3.64 10506 94.3 3.84 10509 99.7 3.49 10511 102.3 3.43 10514 110.1 3.12 10517 101.7 3.46 10519 97.4 3.6 10522 117.3 3.19 10525 112 3.4 10527 94.1 3.52 10530 99.7 3.34 10532 75.8 4.1 10535 69.9 4.25 10538 85.2 3.55 10540 93.2 3.31 10543 76.5 4.02 10546 75.6 3.84 10548 72.7 3.91 10551 73.3 4.14 10554 77.6 3.87 10556 76.5 3.59 10559 72.4 4.03 10562 82.5 3.52 10564 80.7 3.51 10567 99.2 3.39 10569 95.4 3.38 10572 48.9 4.87 10575 51.8 4.13 10577 46 3.99 10580 39.1 4.38 10583 34.8 5.25 10585 45.7 4.35 10588 45.4 4.45 10591 54.1 4.02 10593 49.5 4.07 10596 55.1 4.25 10599 59.6 3.94 10601 58.5 3.74 10604 54.9 4.05 10606 46.1 4.88 10609 51.2 4.38 10612 55.3 3.6 10614 56.7 3.92 10617 55.7 4.76 10620 52 4.57 10622 55.8 4.11 10625 68.8 3.51 10628 62.2 4.22 10630 56.6 4.57 10633 59.8 4.61 10636 67.1 4.2 10638 82.4 4.04 10641 79.5 4.06 10644 82.7 3.95 10646 97.2 3.54 10649 92.1 3.5 10651 90.4 3.73 10654 85.7 3.83 10657 90.6 3.7 10659 109.3 3.43 10662 123.1 3.19 10665 116.7 3.45 10667 113.7 3.44 10670 101.1 3.5 10673 89.8 3.89 10675 75.3 4.13 10678 74.5 3.92 10681 77.1 4.05 10683 70.2 4 10686 75.7 3.96 10688 69 4.42 10691 71.8 3.96 10694 70 3.93 10696 72.5 4.22 10699 78.5 3.78 10702 72.9 3.88 10704 76.1 4.19 10707 75.1 3.98 10710 74.2 3.64 10712 69.8 4.17 10715 70.3 4.54 10718 74.4 4.15 10720 71.7 4.2 10723 69.1 4.22 10725 68.7 4.45 10728 73.7 4.36 10731 69.5 4.6 10733 74.8 3.78 10736 77.9 3.9 10739 86.1 3.55 10741 85.8 3.82 10744 85.6 4.01 10747 78.6 4.18 10749 84.4 4.21 10752 90.9 3.62 10755 87.8 3.74 10757 78.6 4.57 10760 84.5 3.97 10763 89 3.84 10765 78 4.02 10768 72.6 4.37 10770 70.9 3.91 10773 70.9 3.93 10776 70.9 3.94 10778 70.9 3.96 10781 71 3.97 10784 85.4 3.71 10786 69.8 4.75 10789 73.6 4.12 10792 72.1 4.38 10794 61.9 4.69 10797 72.3 4.04 10800 81.1 3.96 10802 77.3 3.98 10805 74.2 4.22 10807 68.5 4.43 10810 72.9 4.31 10813 64.7 4.49 10815 75.5 3.97 10818 76.2 3.87 10821 73.9 4.31 10823 70.4 4.19 10826 69.9 4.41 10829 70 4.17 10831 65 3.96 10834 67.9 3.7 10837 65.6 4.58 10839 69.4 3.94 10842 60.1 4.92 10844 62.9 4.27 10847 67.9 4.38 10850 69 4.31 10852 72.9 3.89 10855 74.6 4.21 10858 67.3 4.36 10860 68.9 4.23 10863 66.6 4.57 10866 69.2 4.39 10868 72.6 4.03 10871 69.7 4.21 10874 73.6 3.79 10876 67.9 4.1 10879 65.1 4.41 10881 75.6 3.82 10884 76.4 3.64 10887 68.4 4.37 10889 82.3 3.83 10892 69 4.34 10895 69.3 4.27 10897 63.6 3.41 10900 69.2 3.81 10903 63.2 4.5 10905 73.4 4.1 10908 69.8 4.05 10911 68.4 4.47 10913 68.6 4.33 10916 70.9 4.35 10919 58.8 4.65 10921 64.8 4.61 10924 69.8 4.27 10926 65.2 4.39 10929 67.3 3.99 10932 64.4 4.54 10934 75.6 4.19 10937 68.2 4.66 10940 71.6 4.06 10942 61.2 4.5 10945 64 3.91 10948 63.9 4.51 10950 77.4 3.95 10953 79.2 3.61 10956 65.8 4.46 10958 58.2 4.89 10961 63.2 4.49 10963 54.8 5 10966 50.4 4.79 10969 52.6 4.55 10971 54.8 4.09 10974 56.2 4.07 10977 54.9 4.67 10979 52.3 4.68 10982 57.3 4.75 10985 55.7 4.46 10987 55.6 4.54 10990 53.5 4.68 10993 51.9 4.2 10995 52 4.85 10998 63.3 4.32 11000 66.7 3.73 11003 48.1 4.11 11006 58.5 3.77 11008 50.4 3.99 11011 33.2 5.68 11014 46.6 4.14 11016 53.9 4.19 11019 56 4.3 11022 62 3.31 11024 34.4 5.28 11027 45.7 4.99 11030 55.8 5.11 11032 58.6 4.78 11035 67.6 4.07 11038 68.2 4.02 11040 74.8 4.14 11043 77.9 3.74 11045 77.3 4.34 11048 77.3 4.16 11051 72.3 3.82 11053 81.2 4.1 11056 69.7 4.37 11059 83.7 3.86 11061 72.3 4.06 11064 82.1 3.4 11067 68.8 4.17 11069 52.3 4.45 11072 71.2 4.37 11075 76.6 3.86 11077 76.9 3.82 11080 86.2 3.5 11082 80 3.7 11085 82.3 4.05 11088 93.3 3.44 11090 78.7 3.64 11093 61.7 5.03 11096 66.4 4.08 11098 58.2 4.14 11101 54.8 4.24 11104 55.7 4.27