#----------------------------------------------------------------------- # World Data Center for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program #----------------------------------------------------------------------- # 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: hurricane.ncdc.noaa.gov/pls/paleox/f?p=519:1:::::P1_STUDY_ID:14411 # Online_Resource: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/firehistory/charcoal/northamerica/usmpl001-barrett2013.txt # Online_Resource: ftp://ftp.ncdc.noaa.gov/pub/data/paleo/firehistory/charcoal/northamerica/usmpl001.txt # # Original_Source_URL: # # Description/Documentation lines begin with # # Data lines have no # # # Archive: fire history #-------------------- # Contribution_Date # Date: 2013-04-01 #-------------------- # Title # Study_Name: Barrett fire data from Minnesota Plateau Lake - IMPD USMPL001 #-------------------- # Investigators # Investigators: Barrett,C.M.;Kelly,R.F.;Higuera,P.E.;Hu,F.S. #-------------------- # Description_and_Notes # Chronology and macrosopic charcal (number of pieces >180 microns) from sediments of Minnesota Plateau, Crater, Hudson, and Super Cub Lakes; FUNDING SOURCES, NSF grant 0612366 (F.S. Hu), University of Illinois Dissertation Completion Fellowship (C. Barrett);Investigators, Feng Sheng Hu; Sampling date, July 2006; Sampling device, Polycarbonate tube fitted with a piston for uppermost sediments (top 20-55 cm) and a modified Livingstone piston corer for remainder; Diameter(cm), 5 - 7.6 cm; Water depth(cm), 640; Sample Storage, 4°C cold room at the University of Illinois at Urbana-Champaign; Analysis method, Charcoal fragments >180 microns counted in 3 cm3 subsamples taken at 0.25-0.5 cm intervals. Analysis of charcoal time series is described in Barrett et al. 2013;Site size(ha), 5; #-------------------- # Publication # Authors: C. M. Barrett, R. F. Kelly, P.E. Higuera, and F.S. Hu. # Published_Date_or_Year: 2013 # Published_Title: Climatic and land-cover influences on the spatiotemporal dynamics of Holocene boreal fire regimes. # Journal_Name: Ecology # Volume: 94 # Edition: 2 # Issue: # Pages: 389-402 # Report_Number: # DOI: # Publication_Place: # Publisher: # ISBN: # Online_Resource: # Other_Reference_Details: # Full_Citation: # Abstract: Although recent climatic warming has markedly increased fire activity in many biomes, this trend is spatially heterogeneous. Understanding the patterns and controls of this heterogeneity is important for anticipating future fire-regime shifts at regional scales and for developing land-management policies. To assess climatic and land-cover controls on boreal-forest fire regimes, we conducted macroscopic-charcoal analysis of sediment cores and GIS analysis of landscape variation in south-central Alaska. Results reveal that fire occurrence was highly variable both spatially and temporally over the past seven millennia. At two of four sites, the lack of distinct charcoal peaks throughout much of this period suggests the absence of large local fires, attributed to abundant water bodies in the surrounding landscape that have likely functioned as firebreaks to limit fire spread. In contrast, distinct charcoal peaks suggest numerous local fires at the other two sites where water bodies are less abundant. In periods of the records where robust charcoal peaks allow identification of local fire events over the past 7000 years, fire return intervals varied widely with a range of 138-453 years. Furthermore, the temporal trajectories of local-fire frequency differed greatly among sites and were statistically independent. Inferred biomass burning and mean summer temperature in the region were not significantly correlated prior to 3000 years ago, but became positively related subsequently with varying correlation strengths (r = 0.40-0.66; p = 0.001-0.040 for 2000-yr moving windows). Climatic variability associated with the Medieval Climate Anomaly and the Little Ice Age, along with the expansion of flammable Picea mariana forests, probably have heightened the sensitivity of forest burning to summer-temperature variations over the past three millennia. These results elucidate the patterns and controls of boreal fire-regime dynamics over a broad range of spatiotemporal scales, and imply that anthropogenic climatic warming and associated land-cover changes, in particular lake drying, will interact to affect boreal-forest burning over the coming decades. #------------------ # Funding_Agency # Funding_Agency_Name: National Science Foundation(USA) # Grant: 0612366 #------------------ # Funding_Agency # Funding_Agency_Name: University of Illinois Dissertation Completion Fellowship # Grant: #------------------ # Site_Information # Site_Name: Minnesota Plateau Lake # Location: Alaska # Region: # Country: United States of America # Northernmost_Latitude: 62.541794 # Southernmost_Latitude: 62.541794 # Easternmost_Longitude: -146.238431 # Westernmost_Longitude: -146.238431 # Elevation: 827 #------------------ # Data_Collection # Collection_Name: Minnesota Plateau # Earliest_Year: 7013 # Most_Recent_Year: -56 # Time_Unit: calendar years BP # Core_Length: # Notes: Chronology and macrosopic charcoal counts number of pieces >180 microns) from sediments of Minnesota Plateau Lake. #------------------ # Species: #------------------ # Chronology: # Minnesota Plateau 210Pb # Lead-210 modelled ages from Minnesota Plateau Lake # # Minnestoa Plateau 210Pb # # depth_up top depth of interval in cm # depth_down bottom depth of interval in cm # age_down Age in BP # low_CI lower 95% CI in BP # up_CI upper 95% CI in BP # # depth_up depth_down age low_CI up_CI # 0 0.5 -56.0 -55.0 -57.0 # 0.5 1 -55.8 -54.8 -56.9 # 1 1.5 -48.6 -47.4 -49.8 # 1.5 2 -45.9 -44.8 -46.9 # 2 2.5 -43.5 -42.5 -44.6 # 2.5 3 -42.0 -41.0 -43.0 # 3 3.5 -39.1 -38.0 -40.1 # 3.5 4 -35.6 -34.5 -36.7 # 4 4.5 -32.4 -31.4 -33.5 # 4.5 5 -28.8 -27.7 -29.9 # 5 5.5 -24.9 -23.8 -26.0 # 5.5 6 -20.1 -18.9 -21.2 # 6 6.5 -16.3 -15.2 -17.4 # 6.5 7 -11.5 -10.3 -12.7 # 7 7.5 -6.2 -5.0 -7.4 # 7.5 8 0.0 1.4 -1.3 # 8 8.5 8.3 10.0 6.6 # 8.5 9 16.6 18.4 14.8 # 9 9.5 23.5 25.7 21.4 # 9.5 10 30.1 32.3 27.8 # 10 10.5 35.0 37.6 32.5 # # Minnestoa Plateau 14C # Radiocarbon material, 14C ages, and calibrated ages from Minnestoa Plateau Lake # # Minnesota Plateau 14C # # depth_up top depth of interval in cm # depth_down bottom depth of interval in cm # age_14C raw 14C-age estimate in years BP # error_14C 2 sigma error estimate of 14C age # age_calBP mean calibrated 14C-age estimate in cal BP # low_CI_calBP lower 95% CI of calibrated age # up_CI_calBP upper 95% CI of calibrated age # material description of material used for AMS analysis # # depth_up depth_down age_14C error_14C age_calBP low_CI_calBP up_CI_calBP material # 38.5 39.0 955 35 855 788 929 Needles # 40.5 41.0 1095 35 1002 939 1075 Wood # 70.0 70.5 1605 40 1482 1405 1591 Wood # 102.5 103.0 3125 35 3354 3261 3433 Wood # 138.0 138.5 3765 35 4129 4001 4237 Needle # 179.0 179.5 5365 35 6167 6014 6271 Needles # 212.5 213.0 5400 90 6183 5963 6373 Needle # 244.5 245.0 7055 40 7889 7798 7957 Wood # #---------------- # Variables # Short_name What,Material,Error,Units, Seasonality,Archive,Details,Method,Data_type ## depth-cm-top Depth,,,cm,,,top depth,,N ## depth-cm-bottom Depth,,,cm,,,bottom depth,,N ## age-calBP-top Age,,,calendar years BP,,,top of sample,,N ## age-calBP-bottom Age,,,calendar years BP,,,bottom of sample,,N ## vol-wetsed volume,wet sediment,,ml,,fire history,used for charcoal counts, ,N ## char>180µm charcoal,,,count,,fire history,> 180 µm, ,N #---------------- # Data # Missing_Values: -999 depth-cm-top depth-cm-bottom age-calBP-top age-calBP-bottom vol-wetsed char>180µm 0 0.5 -56.0 -55.8 3 1 0.5 1 -55.8 -48.6 3 6 1 1.5 -48.6 -45.9 3 0 1.5 2 -45.9 -43.5 3 1 2 2.5 -43.5 -42.0 3 2 2.5 3 -42.0 -39.1 3 2 3 3.5 -39.1 -35.6 3 6 3.5 4 -35.6 -32.4 3 5 4 4.5 -32.4 -28.8 3 6 4.5 5 -28.8 -24.9 3 5 5 5.5 -24.9 -20.1 3 5 5.5 6 -20.1 -16.3 3 6 6 6.5 -16.3 -11.5 3 4 6.5 7 -11.5 -6.2 3 3 7 7.5 -6.2 0.0 3 3 7.5 8 0.0 8.3 3 12 8 8.5 8.3 16.6 3 7 8.5 9 16.6 23.5 3 8 9 9.5 23.5 30.1 3 4 9.5 10 30.1 35.0 3 5 10 10.5 35.0 49.3 3 5 10.5 11 49.3 63.5 3 5 11 11.5 63.5 77.7 3 8 11.5 12 77.7 91.9 3 6 12 12.5 91.9 106.1 3 5 12.5 13 106.1 120.3 3 6 13 13.5 120.3 134.5 3 13 13.5 14 134.5 148.7 2 9 14 14.5 148.7 162.9 2 6 14.5 15 162.9 177.1 2 7 15 15.5 177.1 191.3 3 2 15.5 16 191.3 205.5 2 5 16 16.5 205.5 219.7 3 1 16.5 17 219.7 233.9 3 6 17 17.5 233.9 248.1 3 10 17.5 18 248.1 262.3 3 6 18 18.5 262.3 276.5 3 6 18.5 19 276.5 290.7 3 4 19 19.5 290.7 304.9 3 10 19.5 20 304.9 319.1 3 8 20 20.5 319.1 333.3 3 7 20.5 21 333.3 347.5 3 9 21 21.5 347.5 361.7 3 14 21.5 22 361.7 375.8 2 10 22 22.5 375.8 390.0 3 9 22.5 23 390.0 404.2 3 10 23 23.5 404.2 418.4 3 13 23.5 24 418.4 432.5 3 10 24 24.5 432.5 446.7 3 4 24.5 25 446.7 460.9 3 4 25 25.5 460.9 475.0 3 4 25.5 26 475.0 489.2 3 10 26 26.5 489.2 503.4 3 11 26.5 27 503.4 517.5 3 10 27 27.5 517.5 531.7 3 12 27.5 28 531.7 545.8 3 8 28 28.5 545.8 560.0 3 7 28.5 29 560.0 574.1 3 15 29 29.5 574.1 588.3 3 10 29.5 30 588.3 602.4 3 11 30 30.5 602.4 616.5 3 6 30.5 31 616.5 630.7 3 4 31 31.5 630.7 644.8 3 11 31.5 32 644.8 658.9 3 5 32 32.5 658.9 673.1 3 11 32.5 33 673.1 687.2 2 7 33 33.5 687.2 701.3 3 8 33.5 34 701.3 715.4 3 8 34 34.5 715.4 729.5 3 16 34.5 35 729.5 743.6 3 18 35 35.5 743.6 757.7 3 12 35.5 36 757.7 771.8 3 14 36 36.5 771.8 785.9 3 10 36.5 37 785.9 800.0 3 18 37 37.5 800.0 814.1 2 9 37.5 38 814.1 828.1 3 17 38 38.5 828.1 842.2 2 20 38.5 39 842.2 856.3 3 13 39 39.5 856.3 870.3 2 14 39.5 40 870.3 884.4 3 12 40 40.5 884.4 898.4 3 11 40.5 41 898.4 912.5 2 8 41 41.5 912.5 926.5 2 15 41.5 42 926.5 940.6 3 14 42 42.5 940.6 954.6 2 12 42.5 43 954.6 968.7 3 5 43 43.5 968.7 982.7 3 16 43.5 44 982.7 996.8 3 12 44 44.5 996.8 1010.9 3 9 44.5 45 1010.9 1024.9 3 9 45 45.5 1024.9 1039.0 3 7 45.5 46 1039.0 1053.2 3 11 46 46.5 1053.2 1067.3 2 7 46.5 47 1067.3 1081.5 3 16 47 47.5 1081.5 1095.6 3 16 47.5 48 1095.6 1109.9 3 9 48 48.5 1109.9 1124.1 3 7 48.5 49 1124.1 1138.4 2 8 49 49.5 1138.4 1152.7 3 10 49.5 50 1152.7 1167.0 3 9 50 50.5 1167.0 1181.4 3 12 50.5 51 1181.4 1195.8 3 7 51 51.5 1195.8 1210.2 3 10 51.5 52 1210.2 1224.7 3 7 52 52.5 1224.7 1239.3 3 8 52.5 53 1239.3 1253.9 3 8 53 53.5 1253.9 1268.5 3 10 53.5 54 1268.5 1283.2 3 9 54 54.5 1283.2 1298.0 3 13 54.5 55 1298.0 1312.8 3 17 55 55.5 1312.8 1327.7 3 15 55.5 56 1327.7 1342.7 3 15 56 56.5 1342.7 1357.7 3 15 56.5 57 1357.7 1372.7 3 16 57 57.5 1372.7 1387.9 3 21 57.5 58 1387.9 1403.1 3 9 58 58.5 1403.1 1418.4 3 12 58.5 59 1418.4 1433.8 3 10 59 59.5 1433.8 1449.2 3 16 59.5 60 1449.2 1464.7 3 13 60 60.5 1464.7 1480.4 3 10 60.5 61 1480.4 1496.1 3 14 61 61.5 1496.1 1511.9 3 6 61.5 62 1511.9 1527.7 3 12 62 62.5 1527.7 1543.7 3 9 62.5 63 1543.7 1559.8 3 13 63 63.5 1559.8 1575.9 3 11 63.5 64 1575.9 1592.2 3 15 64 64.5 1592.2 1608.6 3 11 64.5 65 1608.6 1625.0 3 14 65 65.5 1625.0 1641.6 3 11 65.5 66 1641.6 1658.3 3 17 66 66.5 1658.3 1675.1 3 14 66.5 67 1675.1 1692.0 3 17 67 67.5 1692.0 1709.1 3 14 67.5 68 1709.1 1726.2 3 15 68 68.5 1726.2 1743.5 3 14 68.5 69 1743.5 1760.9 3 14 69 69.5 1760.9 1778.4 3 12 69.5 70 1778.4 1796.0 3 14 70 70.5 1796.0 1813.8 3 13 70.5 71 1813.8 1831.7 3 11 71 71.5 1831.7 1849.7 3 13 71.5 72 1849.7 1867.9 3 10 72 72.5 1867.9 1886.2 3 10 72.5 73 1886.2 1904.5 3 8 73 73.5 1904.5 1923.0 3 9 73.5 74 1923.0 1941.7 3 9 74 74.5 1941.7 1960.4 3 9 74.5 75 1960.4 1979.2 3 9 75 75.5 1979.2 1998.1 3 15 75.5 76 1998.1 2017.1 3 15 76 76.5 2017.1 2036.2 3 17 76.5 77 2036.2 2055.5 3 13 77 77.5 2055.5 2074.7 3 10 77.5 78 2074.7 2094.1 3 7 78 78.5 2094.1 2113.6 3 10 78.5 79 2113.6 2133.1 3 13 79 79.5 2133.1 2152.7 3 11 79.5 80 2152.7 2172.4 3 8 80 80.5 2172.4 2192.2 3 10 80.5 81 2192.2 2212.0 3 15 81 81.5 2212.0 2231.8 3 12 81.5 82 2231.8 2251.8 3 22 82 82.5 2251.8 2271.8 3 15 82.5 83 2271.8 2291.8 3 28 83 83.5 2291.8 2311.9 3 30 83.5 84 2311.9 2332.0 3 24 84 84.5 2332.0 2352.2 3 18 84.5 85 2352.2 2372.4 3 26 85 85.5 2372.4 2392.7 3 31 85.5 86 2392.7 2413.0 3 23 86 86.5 2413.0 2433.3 3 27 86.5 87 2433.3 2453.7 3 22 87 87.5 2453.7 2474.0 3 17 87.5 88 2474.0 2494.4 3 26 88 88.5 2494.4 2514.8 3 12 88.5 89 2514.8 2535.2 3 12 89 89.5 2535.2 2555.7 3 16 89.5 90 2555.7 2576.1 3 10 90 90.5 2576.1 2596.6 3 11 90.5 91 2596.6 2617.0 3 7 91 91.5 2617.0 2637.4 3 24 91.5 92 2637.4 2657.9 3 14 92 92.5 2657.9 2678.3 3 26 92.5 93 2678.3 2698.7 3 25 93 93.5 2698.7 2719.1 3 15 93.5 94 2719.1 2739.5 3 23 94 94.5 2739.5 2759.9 3 25 94.5 95 2759.9 2780.2 3 9 95 95.5 2780.2 2800.5 3 9 95.5 96 2800.5 2820.8 3 14 96 96.5 2820.8 2841.0 3 10 96.5 97 2841.0 2861.2 3 9 97 97.5 2861.2 2881.4 3 22 97.5 98 2881.4 2901.5 3 15 98 98.5 2901.5 2921.6 3 18 98.5 99 2921.6 2941.6 3 11 99 99.5 2941.6 2961.6 3 20 99.5 100 2961.6 2981.5 3 18 100 100.5 2981.5 3001.3 3 11 100.5 101 3001.3 3021.1 3 9 101 101.5 3021.1 3040.8 3 4 101.5 102 3040.8 3060.5 3 9 102 102.5 3060.5 3080.1 3 13 102.5 103 3080.1 3099.6 3 12 103 103.5 3099.6 3119.0 3 12 103.5 104 3119.0 3138.4 3 14 104 104.5 3138.4 3157.6 3 5 104.5 105 3157.6 3176.9 3 7 105 105.5 3176.9 3196.0 3 1 105.5 106 3196.0 3215.1 3 3 106 106.5 3215.1 3234.1 3 12 106.5 107 3234.1 3253.0 3 12 107 107.5 3253.0 3271.9 3 25 107.5 108 3271.9 3290.7 3 23 108 108.5 3290.7 3309.4 3 28 108.5 109 3309.4 3328.1 3 25 109 109.5 3328.1 3346.8 3 18 109.5 110 3346.8 3365.3 3 12 110 110.5 3365.3 3383.9 3 22 110.5 111 3383.9 3402.3 3 9 111 111.5 3402.3 3420.8 3 13 111.5 112 3420.8 3439.1 3 23 112 112.5 3439.1 3457.5 3 12 112.5 113 3457.5 3475.7 3 9 113 113.5 3475.7 3494.0 3 7 113.5 114 3494.0 3512.2 3 7 114 114.5 3512.2 3530.3 3 14 114.5 115 3530.3 3548.5 3 12 115 115.5 3548.5 3566.5 3 17 115.5 116 3566.5 3584.6 3 8 116 116.5 3584.6 3602.6 3 14 116.5 117 3602.6 3620.6 3 10 117 117.5 3620.6 3638.5 3 9 117.5 118 3638.5 3656.5 3 12 118 118.5 3656.5 3674.4 3 16 118.5 119 3674.4 3692.2 3 12 119 119.5 3692.2 3710.1 3 10 119.5 120 3710.1 3727.9 3 13 120 120.5 3727.9 3745.7 3 18 120.5 121 3745.7 3763.5 3 16 121 121.5 3763.5 3781.3 3 14 121.5 122 3781.3 3799.0 3 16 122 122.5 3799.0 3816.8 3 10 122.5 123 3816.8 3834.5 3 9 123 123.5 3834.5 3852.2 3 7 123.5 124 3852.2 3869.9 3 10 124 124.5 3869.9 3887.6 3 12 124.5 125 3887.6 3905.3 3 11 125 125.5 3905.3 3923.0 3 18 125.5 126 3923.0 3940.7 3 9 126 126.5 3940.7 3958.4 3 14 126.5 127 3958.4 3976.1 3 10 127 127.5 3976.1 3993.8 3 17 127.5 128 3993.8 4011.5 3 22 128 128.5 4011.5 4029.2 3 27 128.5 129 4029.2 4046.9 3 21 129 129.5 4046.9 4064.6 3 26 129.5 130 4064.6 4082.3 3 11 130 130.5 4082.3 4100.1 3 24 130.5 131 4100.1 4117.8 3 16 131 131.5 4117.8 4135.6 3 20 131.5 132 4135.6 4153.4 3 19 132 132.5 4153.4 4171.2 3 22 132.5 133 4171.2 4189.1 3 16 133 133.5 4189.1 4206.9 3 13 133.5 134 4206.9 4224.8 3 13 134 134.5 4224.8 4242.7 3 13 134.5 135 4242.7 4260.7 3 14 135 135.5 4260.7 4278.6 3 11 135.5 136 4278.6 4296.6 3 6 136 136.5 4296.6 4314.7 3 13 136.5 137 4314.7 4332.7 3 11 137 137.5 4332.7 4350.8 3 18 137.5 138 4350.8 4369.0 3 11 138 138.5 4369.0 4387.2 3 20 138.5 139 4387.2 4405.4 2 16 139 139.5 4405.4 4423.6 3 14 139.5 140 4423.6 4441.9 3 25 140 140.5 4441.9 4460.3 3 21 140.5 141 4460.3 4478.6 3 24 141 141.5 4478.6 4497.0 3 28 141.5 142 4497.0 4515.4 3 34 142 142.5 4515.4 4533.9 3 33 142.5 143 4533.9 4552.4 3 30 143 143.5 4552.4 4570.9 3 21 143.5 144 4570.9 4589.4 3 37 144 144.5 4589.4 4607.9 3 32 144.5 145 4607.9 4626.5 3 17 145 145.5 4626.5 4645.1 3 26 145.5 146 4645.1 4663.7 3 18 146 146.5 4663.7 4682.3 3 14 146.5 147 4682.3 4700.9 3 7 147 147.5 4700.9 4719.5 2 9 147.5 148 4719.5 4738.2 3 10 148 148.5 4738.2 4756.8 3 10 148.5 149 4756.8 4775.5 3 8 149 149.5 4775.5 4794.1 3 5 149.5 150 4794.1 4812.8 3 12 150 150.5 4812.8 4831.5 3 13 150.5 151 4831.5 4850.1 3 10 151 151.5 4850.1 4868.8 3 9 151.5 152 4868.8 4887.4 3 8 152 152.5 4887.4 4906.1 3 10 152.5 153 4906.1 4924.7 3 24 153 153.5 4924.7 4943.4 3 19 153.5 154 4943.4 4962.0 3 4 154 154.5 4962.0 4980.6 3 15 154.5 155 4980.6 4999.2 3 13 155 155.5 4999.2 5017.8 3 4 155.5 156 5017.8 5036.3 3 5 156 156.5 5036.3 5054.9 3 6 156.5 157 5054.9 5073.4 3 8 157 157.5 5073.4 5091.9 2 9 157.5 158 5091.9 5110.3 3 7 158 158.5 5110.3 5128.8 3 7 158.5 159 5128.8 5147.2 3 10 159 159.5 5147.2 5165.6 3 10 159.5 160 5165.6 5184.0 3 14 160 160.5 5184.0 5202.3 3 9 160.5 161 5202.3 5220.6 3 18 161 161.5 5220.6 5238.8 3 7 161.5 162 5238.8 5257.0 3 6 162 162.5 5257.0 5275.2 3 9 162.5 163 5275.2 5293.3 3 4 163 163.5 5293.3 5311.4 3 11 163.5 164 5311.4 5329.5 3 15 164 164.5 5329.5 5347.5 3 14 164.5 165 5347.5 5365.4 3 10 165 165.5 5365.4 5383.3 3 7 165.5 166 5383.3 5401.2 3 8 166 166.5 5401.2 5419.0 3 18 166.5 167 5419.0 5436.7 3 30 167 167.5 5436.7 5454.4 3 31 167.5 168 5454.4 5472.0 3 10 168 168.5 5472.0 5489.6 3 6 168.5 169 5489.6 5507.1 3 9 169 169.5 5507.1 5524.6 3 9 169.5 170 5524.6 5541.9 3 8 170 170.5 5541.9 5559.3 3 13 170.5 171 5559.3 5576.5 3 12 171 171.5 5576.5 5593.7 3 12 171.5 172 5593.7 5610.8 3 12 172 172.5 5610.8 5627.8 3 20 172.5 173 5627.8 5644.8 3 17 173 173.5 5644.8 5661.6 3 10 173.5 174 5661.6 5678.4 3 12 174 174.5 5678.4 5695.1 3 8 174.5 175 5695.1 5711.8 3 11 175 175.5 5711.8 5728.3 3 12 175.5 176 5728.3 5744.8 3 6 176 176.5 5744.8 5761.2 3 21 176.5 177 5761.2 5777.5 3 23 177 177.5 5777.5 5793.7 3 18 177.5 178 5793.7 5809.8 3 11 178 178.5 5809.8 5825.8 3 23 178.5 179 5825.8 5841.7 3 14 179 179.5 5841.7 5857.6 3 12 179.5 180 5857.6 5873.3 3 14 180 180.5 5873.3 5888.9 3 20 180.5 181 5888.9 5904.5 3 22 181 181.5 5904.5 5919.9 3 23 181.5 182 5919.9 5935.3 3 19 182 182.5 5935.3 5950.5 3 26 182.5 183 5950.5 5965.7 3 15 183 183.5 5965.7 5980.9 3 17 183.5 184 5980.9 5995.9 3 11 184 184.5 5995.9 6010.8 3 31 184.5 185 6010.8 6025.7 3 14 185 185.5 6025.7 6040.5 3 19 185.5 186 6040.5 6055.3 3 16 186 186.5 6055.3 6070.0 3 17 186.5 187 6070.0 6084.6 3 16 187 187.5 6084.6 6099.1 3 15 187.5 188 6099.1 6113.6 3 23 188 188.5 6113.6 6128.0 3 12 188.5 189 6128.0 6142.4 3 11 189 189.5 6142.4 6156.7 3 6 189.5 190 6156.7 6171.0 3 10 190 190.5 6171.0 6185.2 3 9 190.5 191 6185.2 6199.3 3 8 191 191.5 6199.3 6213.5 3 11 191.5 192 6213.5 6227.5 3 4 192 192.5 6227.5 6241.6 3 12 192.5 193 6241.6 6255.6 3 8 193 193.5 6255.6 6269.5 3 16 193.5 194 6269.5 6283.5 3 13 194 194.5 6283.5 6297.4 3 6 194.5 195 6297.4 6311.2 3 5 195 195.5 6311.2 6325.1 3 13 195.5 196 6325.1 6338.9 3 2 196 196.5 6338.9 6352.7 3 4 196.5 197 6352.7 6366.4 2 2 197 197.5 6366.4 6380.2 3 12 197.5 198 6380.2 6393.9 3 10 198 198.5 6393.9 6407.6 3 11 198.5 199 6407.6 6421.3 3 17 199 199.5 6421.3 6435.0 3 3 199.5 200 6435.0 6448.7 3 6 200 200.5 6448.7 6462.4 3 10 200.5 201 6462.4 6476.1 3 8 201 201.5 6476.1 6489.8 3 14 201.5 202 6489.8 6503.4 3 20 202 202.5 6503.4 6517.1 3 4 202.5 203 6517.1 6530.8 3 6 203 203.5 6530.8 6544.5 3 11 203.5 204 6544.5 6558.2 3 8 204 204.5 6558.2 6572.0 3 9 204.5 205 6572.0 6585.7 3 10 205 205.5 6585.7 6599.4 3 5 205.5 206 6599.4 6613.2 3 7 206 206.5 6613.2 6627.0 3 6 206.5 207 6627.0 6640.8 3 9 207 207.5 6640.8 6654.7 3 10 207.5 208 6654.7 6668.6 3 7 208 208.5 6668.6 6682.5 3 10 208.5 209 6682.5 6696.4 3 12 209 209.5 6696.4 6710.4 3 7 209.5 210 6710.4 6724.4 3 7 210 210.5 6724.4 6738.4 3 12 210.5 211 6738.4 6752.5 3 14 211 211.5 6752.5 6766.7 3 3 211.5 212 6766.7 6780.8 3 8 212 212.5 6780.8 6795.1 3 9 212.5 213 6795.1 6809.3 3 18 213 213.5 6809.3 6823.7 3 15 213.5 214 6823.7 6838.0 3 9 214 214.5 6838.0 6852.5 3 12 214.5 215 6852.5 6866.9 3 10 215 215.5 6866.9 6881.4 3 11 215.5 216 6881.4 6896.0 3 8 216 216.5 6896.0 6910.6 3 5 216.5 217 6910.6 6925.2 3 9 217 217.5 6925.2 6939.8 3 12 217.5 218 6939.8 6954.5 3 13 218 218.5 6954.5 6969.2 3 11 218.5 219 6969.2 6983.9 3 9 219 219.5 6983.9 6998.6 3 11 219.5 220 6998.6 7013.0 3 4