# North Alaska Continental Margin Late Pleistocene Physical Properties Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #----------------------------------------------------------------------- # # NOTE: Please cite Publication, and Online_Resource and date accessed when using these data. # If there is no publication information, please cite Investigators, Title, and Online_Resource and date accessed. # # Online_Resource: https://www.ncdc.noaa.gov/paleo/study/19500 # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/contributions_by_author/nam2015/nam2015-4b19.txt # # Original_Source_URL: # # Description/Documentation lines begin with # # Data lines have no # # # Archive: Paleoceanography # # Parameter_Keywords: physical properties, sea ice, ice extent, sea surface temperature, reconstruction #-------------------- # Contribution_Date # Date: 2015-11-02 #-------------------- # Title # Study_Name: North Alaska Continental Margin Late Pleistocene Physical Properties Data #-------------------- # Investigators # Investigators: Nam, S.-I. #-------------------- # Description_and_Notes # Description: Sediment physical properties data for 7 cores collected in 2013 by RV Araon on the North Alaskan Continental Margin, # US EEZ waters. Parameters measured include velocity, density, impedance, magnetic susceptibility, porosity, and resistivity. # Provided_keywords: North Alaskan Continental Margin, recent sedimentary history #-------------------- # Publication # Authors: Niessen, F., Stein, R., Matthiessen, J.,  Jensen, L., Nam, S.-I., Schrek, M. # Published_Date_or_Year: 2015 # Published_Title: Pleistocene glaciations in the western Arctic Ocean: tentative age model of marine glacial landforms # Journal_Name: EGU Geophysical Research Abstracts # Volume: 17 # Edition: # Issue: # Pages: # Report_Number: EGU2015-10670 # DOI: # Online_Resource: # Full_Citation: # Abstract: Recently glacial landforms were presented and interpreted as complex pattern of Pleistocene glaciations in the western Arctic Ocean along the continental margin of the East Siberian and Chukchi seas, (Niessen et al. 2013, Dove et al. 2014). These landforms include moraines, drumlins, glacigenic debris flows, till wedges and mega-scale glacial lineations. Orientations of some of the landforms suggest the presence of former ice sheets on the Chukchi Borderland and the East Siberian shelf. Here we present a tentative age model for some of the younger glacial events by correlation of sediment cores with glacial landforms as seen in subbottom profiles. The database was obtained during RV "Polarstern" cruise ARK-XIII/3 (2008) and RV "Araon" cruise ARA03B (2012), which investigated an area between the Chukchi Borderland and the East Siberian Sea between 165W and 170E. The stratigraphic correlation of sediment cores is based on physical properties (wet-bulk density and magnetic susceptibility), lithology and color. The chronology of the area has been proposed by Stein et al. (2010) for a core from the Chukchi Abyssal Plain (PS72/340-5) and includes brown layers B1 to B9 (marine isotope stages MIS 1 to MIS 7), which are used as marker horizons for lateral core correlation. Our tentative age model suggests that the youngest and shallowest (480 m below present water level; mbpwl) grounding event of an ice sheet on the Chukchi Borderland is younger than B2 (interpreted as Last Glacial Maximum; LGM). There is no clear evidence for a LGM glaciation along the East Siberian margin because intensive post LGM iceberg scouring occurred above 350 m present water level. On the slopes of the East Siberian Sea two northerly directed ice advances occurred, both of which are older and younger than B2 and B3, respectively. The younger advance grounded to about 700 m present water depth along the continental slope and the older to 900 m and 1100 m on the Arlis Plateau and the East Siberian continental margin, respectively. We interpret these advances as Middle Weichselian glaciations on the Beringian shelf (MIS 4 to 3). Two older glaciations can be dated as Early Weichselian (MIS 5b to 5d), of which the younger event is older and younger than B3 and B4, respectively. This glaciation can be traced by glacial wedges, streamlined lineations in up to 1200 mbpsl and subglacial diamicton along the East Siberian margin, the Arlis Plateau, and the Mendeleev Ridge. There are at least three older glaciation visible in acoustic images from the East Siberian continental margin, which probably predate the Weichselian. The available cores did not penetrate these events and the ages remain speculative. #------------------ # Funding_Agency # Funding_Agency_Name: Korea Polar Research Institute # Grant: K-POLAR program #------------------ # Site_Information # Site_Name: ARA04B-19GC # Location: Ocean>Arctic Ocean # Country: # Northernmost_Latitude: 73.367 # Southernmost_Latitude: 73.367 # Easternmost_Longitude: -152.4005 # Westernmost_Longitude: -152.4005 # Elevation: m #------------------ # Data_Collection # Collection_Name: Nam2015-4B19 # Earliest_Year: 30000 # Most_Recent_Year: 0 # Time_Unit: Cal. Year BP # Core_Length: 0.17 m # Notes: #------------------ # Chronology_Information # Chronology: Age dating has not been conducted yet # #---------------- # Variables # # Data variables follow are preceded by "##" in columns one and two. # Data line variables format: Variables list, one per line, shortname-tab-longname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) # ## depth_m depth, , , m, , , MBSF, ,N ## sectnum section number, , , , , , , ,N ## depth_sec depth in section, , , cm, , , , ,N ## pwave velocity - compressional wave, , , m/s, , paleoceanography, , ,N ## wbd Wet Bulk Density, , , g/cm3, , paleoceanography, , ,N ## susc_si_vs Magnetic susceptibility Volume specific, , , SI x10-6, , paleoceanography, , ,N ## impedance impedance, , , , ,paleoceanography, , ,N ## porosity porosity, , , fraction, ,paleoceanography, , ,N ## ncr noncontact resistivity, , , ohm.m, ,paleoceanography, , ,N # #---------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Values: # depth_m sectnum depth_sec pwave wbd susc_si_vs impedance porosity ncr 0.004 1 0.4 0.014 1 1.4 0.024 1 2.4 0.034 1 3.4 0.044 1 4.4 1.3425 0.81287 0.054 1 5.4 1.3469 161.18 0.81024 0.064 1 6.4 1490.1 1.3513 177.94 2013.6 0.8076 0.074 1 7.4 1489.9 1.3626 189.11 2030.1 0.80084 0.084 1 8.4 1489.9 1.3715 196.29 2043.5 0.79551 0.094 1 9.4 1490.1 1.3357 201.08 1990.3 0.81695 0.15269 0.104 1 10.4 1492 1.3298 202.68 1984 0.82048 0.14821 0.114 1 11.4 1490.9 1.3518 203.47 2015.3 0.80731 0.14591 0.124 1 12.4 1491.3 1.3532 204.27 2018 0.80647 0.14388 0.134 1 13.4 1490.2 1.3613 204.27 2028.5 0.80162 0.14179 0.144 1 14.4 1490.2 1.3488 203.47 2010 0.8091 0.13975 0.154 1 15.4 1492 1.3401 203.47 1999.4 0.81431 0.13875 0.164 1 16.4 1492.1 1.3243 204.27 1976 0.82377 0.13891 0.174 1 17.4 1491.7 1.3216 206.67 1971.5 0.82539 0.13763 0.184 1 18.4 1492 1.3349 208.26 1991.7 0.81743 0.1373 0.194 1 19.4 1491.5 1.3621 210.65 2031.6 0.80114 0.13735 0.204 1 20.4 1491.4 1.4118 211.45 2105.6 0.77138 0.13829 0.214 1 21.4 1494.3 1.4089 213.05 2105.3 0.77311 0.13992 0.224 1 22.4 1494 1.4174 215.44 2117.6 0.76802 0.1417 0.234 1 23.4 1493.7 1.453 215.44 2170.4 0.74671 0.14281 0.244 1 24.4 1492.6 1.4772 214.64 2204.8 0.73222 0.1445 0.254 1 25.4 1492.8 1.4932 215.44 2229 0.72263 0.14586 0.264 1 26.4 1493.8 1.4592 209.06 2179.7 0.74299 0.14711 0.274 1 27.4 1495.6 1.4253 206.67 2131.7 0.76329 0.1507 0.284 1 28.4 1489.4 1.4349 205.87 2137.1 0.75754 0.15459 0.294 1 29.4 1486.8 1.4324 206.67 2129.7 0.75904 0.16167 0.304 1 30.4 1488.2 1.4602 209.06 2173.1 0.7424 0.16643 0.314 1 31.4 1492.6 1.4611 213.85 2180.9 0.74186 0.16947 0.324 1 32.4 1493.2 1.4156 219.43 2113.7 0.7691 0.17247 0.334 1 33.4 1492.2 1.4061 227.41 2098.1 0.77479 0.17466 0.344 1 34.4 1493.5 1.5207 234.59 2271.2 0.70617 0.17507 0.354 1 35.4 1498.1 1.5708 240.18 2353.2 0.67617 0.17736 0.364 1 36.4 1500.5 1.5793 242.57 2369.7 0.67108 0.18449 0.374 1 37.4 1501.1 1.5725 240.98 2360.4 0.67515 0.19393 0.384 1 38.4 1497.5 1.5601 236.99 2336.3 0.68257 0.19981 0.394 1 39.4 1495.8 1.5611 231.4 2335.1 0.68198 0.20105 0.404 1 40.4 1498.6 1.573 226.61 2357.4 0.67485 0.19993 0.414 1 41.4 1499.8 1.5995 223.42 2398.9 0.65898 0.20122 0.424 1 42.4 1500 1.6041 220.23 2406.2 0.65623 0.20342 0.434 1 43.4 1502.3 1.6287 214.64 2446.7 0.6415 0.20519 0.444 1 44.4 1504.3 1.6241 213.05 2443.1 0.64425 0.2058 0.454 1 45.4 1506.8 1.6445 211.45 2477.9 0.63204 0.20524 0.464 1 46.4 1509.7 1.6494 205.87 2490.1 0.6291 0.20454 0.474 1 47.4 1512.1 1.6506 198.69 2495.8 0.62838 0.20519 0.484 1 48.4 1512.5 1.5773 191.5 2385.6 0.67228 0.20446 0.494 1 49.4 1506.1 1.5107 186.72 2275.2 0.71216 0.20572 0.504 1 50.4 1503.7 1.5854 183.53 2384 0.66743 0.20359 0.514 1 51.4 1506 1.6206 181.13 2440.7 0.64635 0.20407 0.524 1 52.4 1505.9 1.62 178.74 2439.6 0.64671 0.20278 0.534 1 53.4 1502.1 1.5841 176.34 2379.4 0.6682 0.20402 0.544 1 54.4 1502.5 1.5821 173.95 2377.1 0.6694 0.20519 0.554 1 55.4 1498.6 1.5786 171.56 2365.7 0.6715 0.20266 0.564 1 56.4 1502.4 1.5974 168.36 2400 0.66024 0.20085 0.574 1 57.4 1507.4 1.6041 166.77 2418 0.65623 0.19964 0.584 1 58.4 1508.9 1.6045 165.17 2421 0.65599 0.19931 0.594 1 59.4 1507.6 1.6201 164.37 2442.5 0.64665 0.20118 0.604 1 60.4 1507.4 1.6261 165.97 2451.1 0.64305 0.20244 0.614 1 61.4 1505 1.6126 168.36 2426.9 0.65114 0.20437 0.624 1 62.4 1504.3 1.6055 2415.2 0.65539 0.20489 0.634 1 63.4 1503.5 1.624 173.15 2441.7 0.64431 0.20411 0.644 1 64.4 1500.2 1.5959 177.14 2394.1 0.66114 0.20283 0.654 1 65.4 1498.8 1.6088 183.53 2411.2 0.65341 0.20261 0.664 1 66.4 1500.7 1.6234 186.72 2436.2 0.64467 0.20089 0.674 1 67.4 1499.2 1.628 188.31 2440.6 0.64192 0.20035 0.684 1 68.4 1496.3 1.594 188.31 2385 0.66228 0.19956 0.694 1 69.4 1489.9 1.5772 2349.8 0.67234 0.19927 0.704 1 70.4 1488.7 1.5718 189.91 2339.9 0.67557 0.19743 0.714 1 71.4 1487.6 1.5688 190.71 2333.8 0.67737 0.19378 0.724 1 72.4 1486.1 1.5681 191.5 2330.3 0.67778 0.19074 0.734 1 73.4 1488.2 1.5647 196.29 2328.6 0.67982 0.19093 0.744 1 74.4 1.6425 195.49 0.63323 0.19188 0.754 1 75.4 1488.3 1.5732 197.89 2341.4 0.67473 0.19429 0.764 1 76.4 1490.3 1.5783 199.48 2352.2 0.67168 0.19476 0.774 1 77.4 1493.4 1.5943 202.68 2380.9 0.6621 0.1937 0.784 1 78.4 1495 1.5954 204.27 2385.1 0.66144 0.19308 0.794 1 79.4 1494.6 1.609 205.07 2404.8 0.65329 0.19339 0.804 1 80.4 1495.4 1.5999 205.07 2392.5 0.65874 0.19492 0.814 1 81.4 1497.9 1.6159 205.07 2420.5 0.64916 0.19631 0.824 1 82.4 1499.7 1.6219 202.68 2432.3 0.64557 0.19735 0.834 1 83.4 1496.6 1.6286 2437.4 0.64156 0.19919 0.844 1 84.4 1500.2 1.626 194.7 2439.3 0.64311 0.20122 0.854 1 85.4 1503.4 1.6453 191.5 2473.5 0.63156 0.20342 0.864 1 86.4 1499.8 1.6344 189.11 2451.2 0.63808 0.20407 0.874 1 87.4 1.7522 188.31 0.56754 0.2003 0.884 1 88.4 1.7037 186.72 0.59659 0.19993 0.894 1 89.4 1.6188 187.51 0.64743 0.19571 0.904 1 90.4 1499.7 1.6273 184.32 2440.5 0.64234 0.19409 0.914 1 91.4 1497.8 1.5546 182.73 2328.5 0.68587 0.1976 0.924 1 92.4 1496.2 1.5483 181.13 2316.6 0.68964 0.20047 0.934 1 93.4 1493.2 1.5686 181.13 2342.2 0.67748 0.20748 0.944 1 94.4 1492.3 1.5475 182.73 2309.3 0.69012 0.21294 0.954 1 95.4 1493.3 1.5769 185.12 2354.8 0.67251 0.21892 0.964 1 96.4 1497.6 1.5765 186.72 2361 0.67275 0.22231 0.974 1 97.4 1500.2 1.5743 188.31 2361.7 0.67407 0.22569 0.984 1 98.4 1502.6 1.5996 188.31 2403.5 0.65892 0.2302 0.994 1 99.4 1511 1.6464 188.31 2487.8 0.6309 0.23415 1.004 1 100.4 1528.1 1.7351 188.31 2651.4 0.57778 0.23578 1.014 1 101.4 1541.3 1.7388 185.12 2680 0.57557 0.23748 1.024 1 102.4 1527.1 1.6979 178.74 2592.9 0.60006 0.23628 1.034 1 103.4 1524.7 1.6788 168.36 2559.6 0.6115 0.23276 1.044 1 104.4 1514.3 1.6398 165.17 2483.1 0.63485 0.22955 1.054 1 105.4 1499.5 1.5875 158.79 2380.5 0.66617 0.22806 1.064 1 106.4 1495.1 1.5913 153.2 2379.1 0.66389 0.22843 1.074 1 107.4 1492.9 1.5962 151.61 2383 0.66096 0.22684 1.084 1 108.4 1490 1.5812 146.02 2356 0.66994 0.2243 1.094 1 109.4 1492.7 1.5945 148.42 2380 0.66198 0.22185 1.104 1 110.4 1493.7 1.5956 148.42 2383.3 0.66132 0.21921 1.114 1 111.4 1500.8 1.599 146.82 2399.8 0.65928 0.21741 1.124 1 112.4 1504.9 1.6349 146.82 2460.4 0.63778 0.21692 1.134 1 113.4 1508.6 1.6444 145.22 2480.7 0.6321 0.22165 1.144 1 114.4 1510.5 1.6485 144.43 2490 0.62964 0.22606 1.154 1 115.4 1507.8 1.6478 144.43 2484.6 0.63006 0.22806 1.164 1 116.4 1504.8 1.6445 143.63 2474.6 0.63204 0.22611 1.174 1 117.4 1496.8 1.6369 142.83 2450.1 0.63659 0.22404 1.184 1 118.4 1492.6 1.5869 142.83 2368.6 0.66653 0.22266 1.194 1 119.4 1496 1.608 142.83 2405.6 0.65389 0.2218 1.204 1 120.4 1498.2 1.6178 142.03 2423.8 0.64802 0.21981 1.214 1 121.4 1501 1.6162 142.03 2425.9 0.64898 0.21867 1.224 1 122.4 1498 1.617 142.03 2422.3 0.6485 0.21794 1.234 1 123.4 1501.6 1.6095 140.44 2416.8 0.65299 0.21687 1.244 1 124.4 1501.6 1.6293 139.64 2446.6 0.64114 0.21378 1.254 1 125.4 1498.6 1.6259 138.84 2436.6 0.64317 0.21118 1.264 1 126.4 1494.9 1.5891 138.04 2375.5 0.66521 0.21164 1.274 1 127.4 1491.4 1.5906 137.24 2372.3 0.66431 0.2135 1.284 1 128.4 1490.3 1.5738 135.65 2345.5 0.67437 0.21639 1.294 1 129.4 1487.8 1.5597 134.85 2320.6 0.68281 0.21721 1.304 1 130.4 1486.8 1.5579 134.85 2316.3 0.68389 0.21591 1.314 1 131.4 1485.7 1.5495 134.05 2302.1 0.68892 0.21275 1.324 1 132.4 1485.7 1.5508 134.05 2303.9 0.68814 0.209 1.334 1 133.4 1489.3 1.5864 134.85 2362.6 0.66683 0.20681 1.344 1 134.4 1490.9 1.5755 134.85 2348.9 0.67335 0.20752 1.354 1 135.4 1490.6 1.5706 135.65 2341.1 0.67629 0.2094 1.364 1 136.4 1493.8 1.5924 135.65 2378.8 0.66323 0.20981 1.374 1 137.4 1496.4 1.6059 136.45 2403 0.65515 0.2109 1.384 1 138.4 1495.4 1.5961 137.24 2386.7 0.66102 0.21425 1.394 1 139.4 1495 1.5887 137.24 2375.2 0.66545 0.21912 1.404 1 140.4 1493.5 1.5963 137.24 2384.1 0.6609 1.414 1 141.4 1490.7 1.5709 137.24 2341.8 0.67611 1.424 1 142.4 1488.1 1.5581 136.45 2318.7 0.68377 1.434 1 143.4 1488.2 1.562 135.65 2324.6 0.68144 1.444 1 144.4 1.5407 134.85 0.69419 1.454 1 145.4 1.5384 133.26 0.69557 1.464 1 146.4 1.5681 130.86 0.67778 1.474 1 147.4 126.07 1.484 1 148.4 124.48 1.494 2 0.6 124.48 1.504 2 1.6 1.5617 126.07 0.68162 1.514 2 2.6 128.47 1.524 2 3.6 129.27 1.534 2 4.6 1488.9 1.5468 130.86 2303.1 0.69054 1.544 2 5.6 1488.7 1.5514 131.66 2309.5 0.68778 1.554 2 6.6 1484.1 1.5408 132.46 2286.6 0.69413 1.564 2 7.6 1484.5 1.5593 134.05 2314.8 0.68305 0.22236 1.574 2 8.6 1486 1.5617 134.85 2320.7 0.68162 0.21907 1.584 2 9.6 1485 1.5531 136.45 2306.4 0.68677 0.21976 1.594 2 10.6 1483.3 1.5543 136.45 2305.4 0.68605 0.22115 1.604 2 11.6 1482.9 1.5354 137.24 2276.9 0.69737 0.2218 1.614 2 12.6 1484 1.5422 137.24 2288.7 0.69329 0.21986 1.624 2 13.6 1486.2 1.5617 137.24 2321.1 0.68162 0.2178 1.634 2 14.6 1483 1.5588 137.24 2311.7 0.68335 0.21721 1.644 2 15.6 1482.1 1.5488 138.04 2295.5 0.68934 0.21818 1.654 2 16.6 1481.3 1.5427 138.04 2285.2 0.69299 0.21941 1.664 2 17.6 1483.8 1.5355 138.04 2278.4 0.69731 0.21986 1.674 2 18.6 1483.2 1.5517 138.84 2301.4 0.6876 0.21917 1.684 2 19.6 1484.1 1.5597 138.84 2314.8 0.68281 0.21872 1.694 2 20.6 1483.5 1.5578 139.64 2311 0.68395 0.21794 1.704 2 21.6 1483.5 1.5438 147.62 2290.3 0.69234 0.21843 1.714 2 22.6 1483.7 1.5576 138.84 2311 0.68407 0.21887 1.724 2 23.6 1482.9 1.5453 139.64 2291.5 0.69144 0.22005 1.734 2 24.6 1484.2 1.5449 139.64 2292.9 0.69168 0.21887 1.744 2 25.6 1484.9 1.5602 139.64 2316.8 0.68251 0.21731 1.754 2 26.6 1483.5 1.5531 140.44 2304.1 0.68677 0.21668 1.764 2 27.6 1485.8 1.5802 139.64 2347.8 0.67054 0.21425 1.774 2 28.6 1486 1.5673 140.44 2329.1 0.67826 0.21308 1.784 2 29.6 1484.2 1.56 140.44 2315.4 0.68263 0.2143 1.794 2 30.6 1484.7 1.551 2302.8 0.68802 0.21539 1.804 2 31.6 1485.6 1.5729 140.44 2336.7 0.67491 0.2162 1.814 2 32.6 1487 1.5708 139.64 2335.7 0.67617 0.21707 1.824 2 33.6 1486.8 1.5716 138.84 2336.7 0.67569 0.21799 1.834 2 34.6 1486.6 1.5691 138.84 2332.6 0.67719 0.21892 1.844 2 35.6 1488.5 1.5725 138.84 2340.6 0.67515 0.2204 1.854 2 36.6 1489 1.5748 139.64 2344.8 0.67377 0.2215 1.864 2 37.6 1488.4 1.586 138.84 2360.6 0.66707 0.22348 1.874 2 38.6 1487.7 1.5688 139.64 2333.9 0.67737 0.22559 1.884 2 39.6 1488.1 1.5802 139.64 2351.5 0.67054 0.22711 1.894 2 40.6 1488.5 1.5774 140.44 2347.9 0.67222 0.22695 1.904 2 41.6 1490.3 1.5813 140.44 2356.7 0.66988 0.22658 1.914 2 42.6 1491.4 1.5953 140.44 2379.3 0.6615 0.22595 1.924 2 43.6 1488 1.5624 140.44 2324.9 0.6812 0.22726 1.934 2 44.6 1486.2 1.5658 139.64 2327.1 0.67916 0.22966 1.944 2 45.6 1487.4 1.5619 139.64 2323.1 0.6815 0.23161 1.954 2 46.6 1487.3 1.5548 139.64 2312.5 0.68575 0.23063 1.964 2 47.6 1488.2 1.5613 138.84 2323.6 0.68186 0.22987 1.974 2 48.6 1488.9 1.5767 139.64 2347.6 0.67263 0.22923 1.984 2 49.6 1490.9 1.5782 139.64 2352.9 0.67174 0.22923 1.994 2 50.6 1490.1 1.5792 140.44 2353.1 0.67114 0.23041 2.004 2 51.6 1488 1.5674 139.64 2332.3 0.6782 0.23337 2.014 2 52.6 1489 1.5705 140.44 2338.5 0.67635 0.23589 2.024 2 53.6 1490.1 1.5884 141.23 2366.9 0.66563 0.23646 2.034 2 54.6 1490.6 1.5828 141.23 2359.4 0.66898 0.23521 2.044 2 55.6 1487.9 1.5717 139.64 2338.5 0.67563 0.23298 2.054 2 56.6 1487.2 1.5662 139.64 2329.2 0.67892 0.23025 2.064 2 57.6 1487 1.561 138.84 2321.2 0.68204 0.22843 2.074 2 58.6 1485.7 1.5433 138.04 2292.8 0.69263 0.2288 2.084 2 59.6 1484.3 1.5403 137.24 2286.2 0.69443 0.23041 2.094 2 60.6 1489.2 1.576 136.45 2347 0.67305 0.23106 2.104 2 61.6 1488.1 1.5652 135.65 2329.1 0.67952 0.23106 2.114 2 62.6 1487.2 1.5646 136.45 2326.9 0.67988 0.23205 2.124 2 63.6 1486.4 1.5598 135.65 2318.5 0.68275 0.23343 2.134 2 64.6 1485.8 1.5387 134.85 2286.2 0.69539 0.23663 2.144 2 65.6 1486.1 1.551 134.05 2304.9 0.68802 0.24003 2.154 2 66.6 1483.3 1.5312 134.85 2271.3 0.69988 0.24173 2.164 2 67.6 1483 1.5319 135.65 2271.8 0.69946 0.24185 2.174 2 68.6 1484.7 1.5535 135.65 2306.5 0.68653 0.23991 2.184 2 69.6 1496.6 1.5843 135.65 2371.1 0.66808 0.23561 2.194 2 70.6 1499.3 1.6102 133.26 2414.2 0.65257 0.23161 2.204 2 71.6 1495.7 1.5799 139.64 2363.1 0.67072 0.23036 2.214 2 72.6 1497.8 1.5823 138.04 2370 0.66928 0.23437 2.224 2 73.6 1498.2 1.5916 139.64 2384.5 0.66371 0.24185 2.234 2 74.6 1495.9 1.5606 142.03 2334.5 0.68228 0.25093 2.244 2 75.6 1501.4 1.5837 144.43 2377.8 0.66844 0.25844 2.254 2 76.6 1517.3 1.6475 147.62 2499.8 0.63024 0.2617 2.264 2 77.6 1530.6 1.7113 150.01 2619.3 0.59204 0.26433 2.274 2 78.6 1546.2 1.7238 153.2 2665.3 0.58455 0.26976 2.284 2 79.6 1582.5 1.7934 154.8 2838 0.54287 0.2773 2.294 2 80.6 1603.8 1.8376 156.4 2947.2 0.51641 0.28663 2.304 2 81.6 1607.4 1.8611 156.4 2991.5 0.50234 0.29815 2.314 2 82.6 1604.6 1.8518 157.19 2971.3 0.5079 0.30914 2.324 2 83.6 1599.3 1.8461 157.19 2952.5 0.51132 0.32053 2.334 2 84.6 1601.3 1.8565 156.4 2972.9 0.50509 0.32931 2.344 2 85.6 1604.9 1.84 154.8 2953 0.51497 0.33611 2.354 2 86.6 1588.7 1.8429 154 2927.9 0.51323 0.34091 2.364 2 87.6 1629.8 1.8468 151.61 3009.9 0.5109 0.34583 2.374 2 88.6 1626.2 1.8486 150.81 3006.2 0.50982 0.34583 2.384 2 89.6 1624.2 1.8639 150.81 3027.3 0.50066 0.34491 2.394 2 90.6 1604.6 1.8482 150.81 2965.7 0.51006 0.34057 2.404 2 91.6 1592.1 1.8267 151.61 2908.2 0.52293 0.33589 2.414 2 92.6 1594.4 1.8323 154 2921.4 0.51958 0.33112 2.424 2 93.6 1560.9 1.7857 157.19 2787.3 0.54749 0.32502 2.434 2 94.6 1568.4 1.8 161.18 2823.1 0.53892 0.31763 2.444 2 95.6 1561.7 1.7664 165.97 2758.6 0.55904 0.30914 2.454 2 96.6 1557.3 1.7709 169.96 2757.8 0.55635 0.30746 2.464 2 97.6 1533.6 1.6766 180.33 2571.3 0.61281 0.30653 2.474 2 98.6 1515.7 1.6225 191.5 2459.3 0.64521 0.307 2.484 2 99.6 1526.1 1.686 204.27 2573.1 0.60719 0.30598 2.494 2 100.6 1528.8 1.6988 219.43 2597.1 0.59952 0.30839 2.504 2 101.6 1526.5 1.697 234.59 2590.5 0.6006 0.3143 2.514 2 102.6 1531.7 1.6974 248.96 2599.9 0.60036 0.31724 2.524 2 103.6 1550.7 1.7592 266.51 2728.1 0.56335 0.31922 2.534 2 104.6 1563.1 1.7912 284.86 2799.9 0.54419 0.32255 2.544 2 105.6 1577.8 1.8345 303.22 2894.4 0.51826 0.32899 2.554 2 106.6 1590.4 1.8564 315.18 2952.4 0.50515 0.33967 2.564 2 107.6 1589.3 1.8556 327.15 2949.1 0.50563 0.3509 2.574 2 108.6 1587.4 1.8401 338.32 2921.1 0.51491 0.36683 2.584 2 109.6 1595.7 1.864 350.29 2974.4 0.5006 0.3815 2.594 2 110.6 1602 1.8662 360.67 2989.6 0.49928 0.39567 2.604 2 111.6 1603.7 1.884 375.03 3021.3 0.48862 0.40768 2.614 2 112.6 1600.7 1.872 389.39 2996.4 0.49581 0.41755 2.624 2 113.6 1600.5 1.8732 402.96 2998.1 0.49509 0.42806 2.634 2 114.6 1602 1.8705 410.14 2996.6 0.49671 0.43511 2.644 2 115.6 1612 1.8688 415.72 3012.6 0.49772 0.43963 2.654 2 116.6 1613 1.8843 417.32 3039.4 0.48844 0.44257 2.664 2 117.6 1613.8 1.8936 416.52 3055.8 0.48287 0.44723 2.674 2 118.6 1616.3 1.896 414.13 3064.4 0.48144 0.45606 2.684 2 119.6 1617.1 1.8947 411.73 3063.9 0.48222 0.46788 2.694 2 120.6 1617.2 1.891 408.54 3058.2 0.48443 0.47813 2.704 2 121.6 1613.9 1.8936 406.15 3056.2 0.48287 0.4855 2.714 2 122.6 1616.6 1.8887 405.35 3053.4 0.48581 0.48794 2.724 2 123.6 1618 1.8895 403.76 3057.3 0.48533 0.49241 2.734 2 124.6 1616.7 1.885 401.36 3047.5 0.48802 0.49951 2.744 2 125.6 1618 1.8967 397.37 3068.8 0.48102 0.50752 2.754 2 126.6 1620.6 1.8928 393.38 3067.4 0.48335 0.51602 2.764 2 127.6 1623.7 1.8902 388.59 3069 0.48491 0.53227 2.774 2 128.6 1626.7 1.895 386.2 3082.6 0.48204 0.55371 2.784 2 129.6 1629.2 1.9051 383.81 3103.8 0.47599 0.57051 2.794 2 130.6 1617.9 1.8983 382.21 3071.3 0.48006 0.58267 2.804 2 131.6 1635.2 1.9026 379.02 3111.1 0.47749 0.59339 2.814 2 132.6 1627.7 1.9039 376.63 3099 0.47671 0.60449 2.824 2 133.6 1617.7 1.9003 368.65 3074.1 0.47886 0.62049 2.834 2 134.6 1629.8 1.9006 363.86 3097.7 0.47868 0.62506 2.844 2 135.6 1633 1.9031 359.07 3107.9 0.47719 0.62898 2.854 2 136.6 1627 1.9223 356.68 3127.5 0.46569 0.63952 2.864 2 137.6 1635 1.9037 354.28 3112.6 0.47683 0.65232 2.874 2 138.6 1633.3 1.9059 351.09 3112.9 0.47551 0.67163 2.884 2 139.6 1636.9 1.908 347.9 3123.3 0.47425 0.68107 2.894 2 140.6 1623.6 1.9103 340.72 3101.5 0.47287 0.68525 2.904 2 141.6 1625 1.9082 333.54 3100.8 0.47413 0.69462 2.914 2 142.6 1620.1 1.8963 322.37 3072.2 0.48126 0.71411 2.924 2 143.6 1604 2.934 2 144.6 2.944 2 145.6 2.954 2 146.6 2.964 2 147.6 2.974 2 148.6 2.984 2 149.6