*2013/12/16 15:27:00.74 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 2002/12/14 10:25:03.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 460 DATA DESCRIPTION : CTD FILE TYPE : ASCII NUMBER OF CHANNELS : 8 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 0.944 459.67 2 Temperature:Secondary 'deg C (ITS90)' 8.172 8.236 3 Transmissivity %/metre 46.3 51 4 Fluorescence:URU:Seapoint mg/m^3 0.174 0.233 5 PAR uE/m^2/sec 0.536 1.724 6 Oxygen:Dissolved:SBE mL/L 4.877397 5.158695 7 Salinity:T1:C1 PSS-78 30.6783 31.6252 8 Number_of_bin_records n/a 1 94 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 7 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 1 6 -99 ' ' 8 F ' ' 3 7 -99 ' ' 9 F ' ' 4 8 ' ' ' ' 5 F ' ' 0 $END $REMARKS This file converted from Sea-Bird file: Q:\CTD\2002-36\derive\2002-36-0022.cn $END *ADMINISTRATION MISSION : 2002-36 AGENCY : IOS, Ocean Science and Productivity, Sidney, BC COUNTRY : Canada PROJECT : ACRDP: Broughton Oceanography & Circulation SCIENTIST : Stucchi D. PLATFORM : Vector *LOCATION GEOGRAPHIC AREA : Broughton Archipelago STATION : JS01 EVENT NUMBER : 22 LATITUDE : 50 32.99000 N ! (deg min) LONGITUDE : 126 46.02000 W ! (deg min) *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0550 $TABLE: SENSORS ! Name Abs Depth Serial No ! ------------------------- -------------- ---------- temperature:primary ' ' 2968 conductivity:primary ' ' 2173 pressure ' ' 75636 temperature:secondary ' ' 2038 conductivity:secondary ' ' 1729 irradiance ' ' 4615 Oxygen:SBE ' ' 0047 transmissometer:primary ' ' 498DR Fluorometer ' ' Seapoint $END $REMARKS SOFTWARE VERSION SEASAVE WIN32 V 5.26D $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- SBE_IOS 2.4 2003/03/27 18:07:00 61144 61144 CLEAN 4.2 2003/03/27 18:21:39 ? ? SHIFTDAT 3.3 2003/04/03 11:25:14 ? ? SHIFTDAT 3.3 2003/04/03 11:40:58 ? ? SHIFTDAT 3.3 2003/04/03 11:57:05 ? ? SHIFTDAT 3.3 2003/04/03 12:12:25 ? ? CLEAN 4.2 2003/04/03 12:27:56 61144 61144 DELETE 6.2 2003/04/04 09:48:06 61144 15905 CTDEDIT 4.43 2003/04/04 15:42:09 15905 15842 BOXCAR 4.2 2003/04/04 16:39:13 15842 15842 BINAVE 4.0.1 2003/04/04 16:42:35 15842 460 CALIB 10.4 2003/04/04 16:43:53 460 460 CALIB 10.4 2003/04/04 16:44:08 460 460 REMOVECH 6.0 2003/04/04 17:28:53 460 460 HDREDIT2 1.51 2003/04/04 17:40:04 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 15:27:00 460 460 $END $REMARKS CLEAN functions: - Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.20 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Conductivity:Secondary # of Records to Advance (-ve for Delay): At REC# 0 Shift= -0.20 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Oxygen:Dissolved:SBE # of Records to Advance (-ve for Delay): At REC# 0 Shift=220.00 Salinity was recalculated after shift -The following SHIFT parameters were used. Shift Channel: Fluorescence:URU:Seapoint # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 Salinity was recalculated after shift CLEAN functions: - Interpolation by Record Number. -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 10.00 Surface Swell Pressure Tolerance: 1.00 Pressure filtered over width: 15 Swells deleted. Warning message if pressure difference of 2.00 Drop rates < 0.30m/s (calculated over 11 points) will be deleted. Drop rate applies in the range 10.00 to 449.94 dbars Sample interval (from FILE section of header) = 0.042 seconds. -The following FILTER parameters were used. Median filter was used. Filter width = 11 The following channel(s) were filtered. Fluorescence:URU:Seapoint -The following BINAVE parameters were used: Bin channel = Pressure Averaging interval = 1.00 Minimum bin value = 0.000 Average value was used Interpolated values were NOT used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-36\2236rcal1.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 10 Oxygen:Dissolved:SBE mL/L 10 -0.7040000E-01 0.1109000E+01 -The following CALIB parameters were used: Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = Q:\CTD\2002-36\2236rcal2.ccf Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 10 Oxygen:Dissolved:SBE mL/L 11 -0.7540000E-01 0.1000000E-03 Pressure -The following CHANNEL(S) were removed from file. Scan_Number Temperature:Primary Conductivity:Primary Conductivity:Secondary Bottle_Number Status:Pump Salinity:T0:C0 Flag $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = D:\data\2002-36\2002-36-0022.dat Software Version Seasave Win32 V 5.26d Temperature SN = 2968 Conductivity SN = 2173 Number of Bytes Per Scan = 30 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Dec 14 2002 10:25:03 NMEA Latitude = 50 32.99 N NMEA Longitude = 126 46.02 W NMEA UTC (Time) = Dec 14 2002 10:25:03 Store Lat/Lon Data = Add to Header Only Ship: VECTOR Cruise: 2002-36 Station: JS01 Depth: 467m # nquan = 15 # nvalues = 61144 # units = specified # name 0 = scan: Scan Count # name 1 = prDM: Pressure, Digiquartz [db] # name 2 = t090C: Temperature [ITS-90, deg C] # name 3 = t190C: Temperature, 2 [ITS-90, deg C] # name 4 = c0S/m: Conductivity [S/m] # name 5 = c1S/m: Conductivity, 2 [S/m] # name 6 = xmiss: Beam Transmission, Chelsea/Seatech/Wetlab CStar [%] # name 7 = flSP: Fluorescence, Seapoint # name 8 = par: PAR/Irradiance, Biospherical/Licor # name 9 = sbeox0ML/L: Oxygen, SBE 43 [ml/l] # name 10 = nbf: Bottles Fired # name 11 = pumps: Pump Status # name 12 = sal00: Salinity [PSU] # name 13 = sal11: Salinity, 2 [PSU] # name 14 = flag: flag # span 0 = 1, 61144 # span 1 = -1.326, 459.936 # span 2 = 7.2889, 8.2379 # span 3 = 7.5543, 8.2369 # span 4 = 0.064284, 3.341055 # span 5 = 1.349304, 3.340795 # span 6 = 50.1874, 85.2699 # span 7 = 1.4652e-01, 1.4103e+00 # span 8 = 5.3441e-01, 6.2730e+00 # span 9 = 2.97984, 7.55995 # span 10 = 0, 0 # span 11 = 0, 1 # span 12 = 0.4792, 31.6289 # span 13 = 11.8601, 31.6266 # span 14 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Dec 14 2002 10:25:03 # bad_flag = -9.990e-29 # sensor 0 = Frequency 0 temperature, primary, 2968, 09-Jul-02s # sensor 1 = Frequency 1 conductivity, primary, 2173, 09-Jul-02, cpcor = -9.57 00e-08 # sensor 2 = Frequency 2 pressure, 75636, 06-Apr-1999 # sensor 3 = Frequency 3 temperature, secondary, 2038, 09-Jul-02 # sensor 4 = Frequency 4 conductivity, secondary, 1729, 09-Aug-02, cpcor = -9. 5700e-08 # sensor 5 = Extrnl Volt 0 irradiance (PAR), 4615, 15-Dec-00 # sensor 6 = Extrnl Volt 2 Oxygen, SBE, primary, 0047, 21-Aug-02 # sensor 7 = Extrnl Volt 4 transmissometer, primary, 498DR, 05-Dec-02 # sensor 8 = Extrnl Volt 6 Fluorometer, Seapoint # datcnv_date = Mar 27 2003 15:08:33, 5.25b # datcnv_in = Q:\CTD\2002-36\CTD Data\2002-36-0022.dat Q:\CTD\2002-36\CTD Data\2 002-36-ctd.con # datcnv_skipover = 0 # wildedit_date = Mar 27 2003 15:15:25, 5.25b # wildedit_in = Q:\CTD\2002-36\convert\2002-36-0022.cnv # wildedit_pass1_nstd = 2.0 # wildedit_pass2_nstd = 5.0 # wildedit_pass2_mindelta = 0.000e+000 # wildedit_npoint = 50 # wildedit_vars = prDM t090C t190C c0S/m c1S/m xmiss flSP par sbeox0ML/L # wildedit_excl_bad_scans = yes # celltm_date = Mar 27 2003 17:26:04, 5.25b # celltm_in = Q:\CTD\2002-36\wildedit\2002-36-0022.cnv # celltm_alpha = 0.0300, 0.0300 # celltm_tau = 9.0000, 9.0000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Mar 27 2003 17:30:03, 5.25b # Derive_in = Q:\CTD\2002-36\celltm\2002-36-0022.cnv Q:\CTD\2002-38\2002-38-0001 .CON # file_type = ascii END* CTDEDIT was used to remove records from the top 0.6db and to clean salinity lightly. ******************************************************************************** Transmissivity: The data are unedited. Fluorescence:URU:Seapoint - The data are nominal and unedited. Oxygen:Dissolved:SBE - This channel was processed by shifting +220 records with respect to pressure before removal of any records. Recalibration was done in two steps, using files 2223rcal1.ccf and 2223rcal2.ccf as described in the REMARKS section of the header. The anticipated errors in oxygen are: · ±0.4 ml/l from 0 to 125m · ±0.2 ml/l from 125 to 200m · ±0.1 ml/l below 200m ******************************************************************************** *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------------- ------ ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (-0.704E-01 1.109) Oxygen:Dissolved:SBE mL/L 11 -99 (Pressure) (-0.754E-01 0.1E-03) $END !--1--- ---2---- --3--- ---4--- --5--- ---6--- ---7---- -8-- !Pressu Temperat Transm Fluores PAR Oxygen: Salinity Numb !re ure: issivi cence: Dissolv :T1:C1 er_o ! Secondar ty URU: ed:SBE ~bin ! y Seapoin _rec ! t ords !------ -------- ------ ------- ------ ------- -------- ---- *END OF HEADER 0.9 8.1800 47.3 0.227 1.7 5.159 30.6783 79. 2.0 8.1854 46.4 0.229 1.3 5.141 30.6810 48. 3.0 8.1871 46.9 0.225 1.0 5.132 30.6822 29. 4.0 8.1934 46.5 0.221 0.9 5.128 30.6911 35. 5.0 8.2027 46.8 0.222 0.7 5.122 30.7034 26. 6.0 8.2042 47.1 0.226 0.7 5.118 30.7055 35. 7.0 8.2044 47.0 0.225 0.6 5.112 30.7052 33. 8.0 8.2044 47.2 0.223 0.6 5.107 30.7055 29. 9.0 8.2047 47.0 0.221 0.6 5.102 30.7065 24. 10.0 8.2067 47.1 0.233 0.6 5.097 30.7150 19. 11.0 8.2103 47.1 0.226 0.6 5.092 30.7289 33. 12.0 8.2107 47.2 0.223 0.6 5.091 30.7290 33. 13.0 8.2127 47.3 0.225 0.6 5.087 30.7365 33. 14.0 8.2156 47.5 0.217 0.5 5.081 30.7455 33. 15.0 8.2157 47.5 0.218 0.5 5.075 30.7456 21. 16.0 8.2158 47.6 0.215 0.5 5.066 30.7448 31. 17.0 8.2164 47.7 0.221 0.5 5.056 30.7475 33. 18.0 8.2163 47.7 0.216 0.5 5.049 30.7472 33. 19.0 8.2171 47.8 0.219 0.5 5.046 30.7509 21. 20.0 8.2262 47.9 0.228 0.5 5.045 30.8060 33. 21.0 8.2316 48.1 0.219 0.5 5.046 30.8365 32. 22.0 8.2360 48.4 0.208 0.5 5.050 30.8622 26. 23.0 8.2358 48.7 0.216 0.5 5.051 30.8722 23. 24.0 8.2328 49.0 0.210 0.5 5.053 30.8796 5. 25.0 8.2284 49.2 0.222 0.5 5.058 30.8825 11. 26.0 8.2236 49.4 0.206 0.5 5.061 30.8856 33. 27.0 8.2224 49.4 0.218 0.5 5.062 30.8865 30. 28.0 8.2216 49.4 0.222 0.5 5.063 30.8872 33. 29.0 8.2172 49.5 0.209 0.5 5.067 30.8903 32. 30.0 8.2157 49.6 0.216 0.5 5.069 30.8911 32. 31.0 8.2146 49.7 0.205 0.5 5.069 30.8914 32. 32.0 8.2122 49.8 0.206 0.5 5.070 30.8921 21. 33.0 8.2118 49.7 0.214 0.5 5.069 30.8910 32. 34.0 8.2110 49.7 0.227 0.5 5.068 30.8913 33. 35.0 8.2111 49.7 0.204 0.5 5.068 30.8917 35. 36.0 8.2109 49.7 0.214 0.5 5.067 30.8919 32. 37.0 8.2117 49.8 0.216 0.5 5.060 30.8907 33. 38.0 8.2116 49.7 0.209 0.5 5.055 30.8922 32. 39.0 8.2120 49.7 0.208 0.5 5.048 30.9010 30. 40.0 8.2108 49.7 0.207 0.5 5.033 30.9087 32. 41.0 8.2101 49.8 0.214 0.5 5.022 30.9319 31. 42.0 8.2124 49.9 0.200 0.5 5.015 30.9489 31. 43.0 8.2130 49.9 0.205 0.5 5.013 30.9522 33. 44.0 8.2220 50.0 0.228 0.5 5.011 30.9984 31. 45.0 8.2245 50.1 0.210 0.5 5.005 31.0361 29. 46.0 8.2222 50.1 0.204 0.5 5.004 31.0429 32. 47.0 8.2218 50.3 0.209 0.5 5.003 31.0447 26. 48.0 8.2214 50.3 0.201 0.5 5.002 31.0458 30. 49.0 8.2211 50.2 0.219 0.5 5.002 31.0471 30. 50.0 8.2194 50.1 0.205 0.5 5.000 31.0531 31. 51.0 8.2186 50.2 0.210 0.5 4.999 31.0561 32. 52.0 8.2178 50.1 0.199 0.5 4.996 31.0596 31. 53.0 8.2181 50.0 0.199 0.5 4.996 31.0589 27. 54.0 8.2174 49.9 0.212 0.5 4.998 31.0626 14. 55.0 8.2174 50.0 0.204 0.5 4.995 31.0670 31. 56.0 8.2173 49.9 0.202 0.5 4.994 31.0700 31. 57.0 8.2174 50.0 0.206 0.5 4.993 31.0698 33. 58.0 8.2173 49.9 0.199 0.5 4.992 31.0735 25. 59.0 8.2173 49.9 0.209 0.5 4.992 31.0767 32. 60.0 8.2174 50.0 0.207 0.5 4.990 31.0776 29. 61.0 8.2174 50.0 0.203 0.5 4.988 31.0790 29. 62.0 8.2172 50.0 0.198 0.5 4.988 31.0829 19. 63.0 8.2173 49.8 0.207 0.5 4.985 31.0831 30. 64.0 8.2174 50.0 0.212 0.5 4.984 31.0896 32. 65.0 8.2175 49.9 0.204 0.5 4.986 31.0905 32. 66.0 8.2177 49.9 0.200 0.5 4.986 31.0905 29. 67.0 8.2180 50.0 0.199 0.5 4.984 31.0890 31. 68.0 8.2179 50.1 0.195 0.5 4.984 31.0904 25. 69.0 8.2179 50.0 0.202 0.5 4.985 31.0879 29. 70.0 8.2178 50.0 0.198 0.5 4.986 31.0896 28. 71.0 8.2182 50.0 0.210 0.5 4.985 31.0898 31. 72.0 8.2187 49.9 0.200 0.5 4.984 31.0897 31. 73.0 8.2189 50.1 0.203 0.5 4.981 31.0899 32. 74.0 8.2190 49.9 0.205 0.5 4.977 31.0900 30. 75.0 8.2190 49.8 0.199 0.5 4.977 31.0915 33. 76.0 8.2193 49.9 0.202 0.5 4.975 31.0915 32. 77.0 8.2195 50.1 0.197 0.5 4.973 31.0921 31. 78.0 8.2195 49.9 0.200 0.5 4.970 31.0929 31. 79.0 8.2223 50.0 0.197 0.5 4.970 31.0965 34. 80.0 8.2212 50.0 0.210 0.5 4.968 31.0955 29. 81.0 8.2240 50.1 0.212 0.5 4.967 31.0979 32. 82.0 8.2244 50.1 0.202 0.5 4.966 31.0983 32. 83.0 8.2246 50.1 0.214 0.5 4.967 31.1000 32. 84.0 8.2247 50.2 0.199 0.5 4.968 31.1004 27. 85.0 8.2240 50.3 0.198 0.5 4.971 31.1044 21. 86.0 8.2240 50.2 0.195 0.5 4.968 31.1061 26. 87.0 8.2241 50.3 0.196 0.5 4.968 31.1063 32. 88.0 8.2229 50.3 0.200 0.5 4.970 31.1071 31. 89.0 8.2198 50.1 0.205 0.5 4.971 31.1127 31. 90.0 8.2210 50.2 0.201 0.5 4.971 31.1132 33. 91.0 8.2222 50.2 0.202 0.5 4.971 31.1129 31. 92.0 8.2211 50.3 0.211 0.5 4.971 31.1156 32. 93.0 8.2199 50.1 0.203 0.5 4.971 31.1163 32. 94.0 8.2182 50.1 0.201 0.5 4.973 31.1161 18. 95.0 8.2188 50.0 0.196 0.5 4.974 31.1162 28. 96.0 8.2196 50.0 0.207 0.5 4.975 31.1161 32. 97.0 8.2191 50.0 0.207 0.5 4.974 31.1162 21. 98.0 8.2179 50.0 0.199 0.5 4.974 31.1164 32. 99.0 8.2174 50.1 0.201 0.5 4.976 31.1163 31. 100.0 8.2177 49.9 0.202 0.5 4.976 31.1161 34. 101.0 8.2176 49.9 0.195 0.5 4.976 31.1161 30. 102.0 8.2180 49.9 0.194 0.5 4.976 31.1163 31. 103.0 8.2181 49.9 0.205 0.5 4.976 31.1161 22. 104.0 8.2189 50.0 0.208 0.5 4.977 31.1159 31. 105.0 8.2195 49.7 0.197 0.5 4.976 31.1159 33. 106.0 8.2193 50.0 0.204 0.5 4.974 31.1157 31. 107.0 8.2187 49.9 0.204 0.5 4.975 31.1164 31. 108.0 8.2183 50.0 0.201 0.5 4.977 31.1164 33. 109.0 8.2172 49.7 0.207 0.5 4.979 31.1162 27. 110.0 8.2175 49.7 0.212 0.5 4.981 31.1161 32. 111.0 8.2177 49.7 0.206 0.5 4.980 31.1161 27. 112.0 8.2175 49.9 0.201 0.5 4.980 31.1161 30. 113.0 8.2175 49.8 0.203 0.5 4.980 31.1162 32. 114.0 8.2175 49.9 0.208 0.5 4.981 31.1161 28. 115.0 8.2175 49.8 0.207 0.5 4.980 31.1161 33. 116.0 8.2177 49.8 0.203 0.5 4.983 31.1159 30. 117.0 8.2176 49.7 0.204 0.5 4.983 31.1161 31. 118.0 8.2177 49.8 0.206 0.5 4.983 31.1161 30. 119.0 8.2173 49.9 0.204 0.5 4.984 31.1166 31. 120.0 8.2168 49.7 0.210 0.5 4.985 31.1167 31. 121.0 8.2168 49.8 0.199 0.5 4.985 31.1169 31. 122.0 8.2161 49.6 0.197 0.5 4.987 31.1182 32. 123.0 8.2148 49.8 0.200 0.5 4.988 31.1217 29. 124.0 8.2139 49.7 0.200 0.5 4.988 31.1231 31. 125.0 8.2161 49.2 0.206 0.5 4.990 31.1197 27. 126.0 8.2149 49.5 0.211 0.5 4.988 31.1218 16. 127.0 8.2133 49.6 0.201 0.5 4.988 31.1245 31. 128.0 8.2114 49.7 0.206 0.5 4.989 31.1286 32. 129.0 8.2099 49.5 0.201 0.5 4.992 31.1321 25. 130.0 8.2071 49.5 0.197 0.5 4.995 31.1410 31. 131.0 8.2065 49.3 0.199 0.5 4.996 31.1433 30. 132.0 8.2067 49.4 0.213 0.5 4.996 31.1424 30. 133.0 8.2067 49.2 0.207 0.5 4.997 31.1426 6. 134.0 8.2042 49.3 0.200 0.5 4.997 31.1517 6. 135.0 8.2048 49.3 0.205 0.5 4.996 31.1493 32. 136.0 8.2031 49.2 0.204 0.5 4.995 31.1562 28. 137.0 8.2016 49.2 0.201 0.5 4.993 31.1637 19. 138.0 8.1991 49.2 0.198 0.5 4.993 31.1777 31. 139.0 8.1988 49.1 0.205 0.5 4.992 31.1800 32. 140.0 8.1982 49.2 0.207 0.5 4.991 31.1851 31. 141.0 8.1968 49.2 0.203 0.5 4.989 31.1967 32. 142.0 8.1944 49.3 0.203 0.5 4.987 31.2124 22. 143.0 8.1932 49.3 0.214 -99.0 4.986 31.2221 32. 144.0 8.1931 49.4 0.201 -99.0 4.984 31.2262 32. 145.0 8.1920 49.3 0.204 -99.0 4.982 31.2321 31. 146.0 8.1893 49.4 0.198 -99.0 4.980 31.2652 33. 147.0 8.1880 49.4 0.197 0.5 4.980 31.2853 18. 148.0 8.1877 49.6 0.197 0.5 4.979 31.2904 28. 149.0 8.1875 49.7 0.197 0.5 4.980 31.2928 20. 150.0 8.1871 49.7 0.198 0.5 4.980 31.3012 28. 151.0 8.1867 49.7 0.197 0.5 4.981 31.3067 7. 152.0 8.1870 49.8 0.193 0.5 4.980 31.3043 5. 153.0 8.1870 49.7 0.194 0.5 4.979 31.3092 10. 154.0 8.1868 49.7 0.195 0.5 4.979 31.3133 32. 155.0 8.1861 49.9 0.197 0.5 4.981 31.3188 29. 156.0 8.1859 49.7 0.197 0.5 4.982 31.3208 29. 157.0 8.1861 49.5 0.197 0.5 4.982 31.3197 30. 158.0 8.1863 49.7 0.197 0.5 4.980 31.3192 29. 159.0 8.1860 49.9 0.201 0.5 4.980 31.3216 24. 160.0 8.1856 49.7 0.195 0.5 4.981 31.3256 28. 161.0 8.1872 49.8 0.202 0.5 4.983 31.3135 15. 162.0 8.1874 49.6 0.209 -99.0 4.983 31.3134 22. 163.0 8.1870 49.6 0.200 -99.0 4.984 31.3163 31. 164.0 8.1870 49.8 0.203 0.5 4.985 31.3171 14. 165.0 8.1864 49.7 0.198 0.5 4.988 31.3217 31. 166.0 8.1858 49.8 0.204 0.5 4.985 31.3268 31. 167.0 8.1847 49.8 0.202 0.5 4.985 31.3351 32. 168.0 8.1842 49.7 0.202 0.5 4.985 31.3391 31. 169.0 8.1841 49.6 0.227 0.5 4.986 31.3403 11. 170.0 8.1840 49.6 0.201 0.5 4.989 31.3417 1. 171.0 8.1839 49.4 0.200 0.5 4.990 31.3430 30. 172.0 8.1829 49.6 0.201 0.5 4.989 31.3508 32. 173.0 8.1830 49.6 0.207 0.5 4.991 31.3510 29. 174.0 8.1831 49.5 0.203 0.5 4.991 31.3511 5. 175.0 8.1831 49.5 0.204 0.5 4.991 31.3516 8. 176.0 8.1822 49.6 0.200 0.5 4.990 31.3590 28. 177.0 8.1825 49.5 0.208 0.5 4.990 31.3565 30. 178.0 8.1825 49.5 0.194 0.5 4.990 31.3573 27. 179.0 8.1824 49.6 0.205 -99.0 4.991 31.3600 27. 180.0 8.1819 49.4 0.195 0.5 4.992 31.3646 15. 181.0 8.1823 49.5 0.207 0.5 4.990 31.3619 32. 182.0 8.1826 49.6 0.204 0.5 4.988 31.3601 3. 183.0 8.1826 49.7 0.199 0.5 4.990 31.3608 11. 184.0 8.1827 49.5 0.214 0.5 4.988 31.3616 21. 185.0 8.1827 49.5 0.204 0.5 4.986 31.3636 33. 186.0 8.1823 49.5 0.205 0.5 4.984 31.3682 25. 187.0 8.1812 49.6 0.199 -99.0 4.985 31.3784 18. 188.0 8.1810 49.7 0.207 -99.0 4.987 31.3794 34. 189.0 8.1813 49.6 0.199 0.5 4.988 31.3794 1. 190.0 8.1807 49.5 0.196 0.5 4.989 31.3849 33. 191.0 8.1808 49.7 0.201 0.5 4.991 31.3843 33. 192.0 8.1788 49.5 0.200 0.5 4.991 31.4003 30. 193.0 8.1779 49.6 0.202 0.5 4.991 31.4079 3. 194.0 8.1773 49.6 0.194 -99.0 4.991 31.4141 34. 195.0 8.1770 49.7 0.199 -99.0 4.988 31.4183 26. 196.0 8.1770 49.7 0.208 -99.0 4.987 31.4184 25. 197.0 8.1770 49.8 0.195 -99.0 4.987 31.4193 33. 198.0 8.1769 49.7 0.193 -99.0 4.986 31.4206 29. 199.0 8.1766 49.7 0.194 -99.0 4.985 31.4234 30. 200.0 8.1769 49.7 0.211 0.5 4.987 31.4224 10. 201.0 8.1769 49.8 0.200 0.5 4.988 31.4230 30. 202.0 8.1769 49.7 0.210 0.5 4.987 31.4239 6. 203.0 8.1767 49.6 0.200 -99.0 4.988 31.4255 36. 204.0 8.1772 49.7 0.207 -99.0 4.988 31.4238 30. 205.0 8.1772 49.8 0.206 0.5 4.988 31.4234 24. 206.0 8.1767 49.7 0.196 0.5 4.989 31.4283 33. 207.0 8.1773 49.9 0.201 0.5 4.988 31.4252 33. 208.0 8.1772 49.8 0.201 0.5 4.988 31.4263 24. 209.0 8.1773 49.5 0.215 0.5 4.990 31.4262 31. 210.0 8.1775 49.8 0.206 0.5 4.990 31.4262 32. 211.0 8.1770 49.8 0.202 0.5 4.989 31.4277 36. 212.0 8.1768 49.7 0.204 0.5 4.990 31.4294 33. 213.0 8.1765 49.9 0.197 0.5 4.989 31.4315 29. 214.0 8.1766 49.9 0.200 0.5 4.990 31.4311 1. 215.0 8.1762 49.8 0.205 -99.0 4.988 31.4332 21. 216.0 8.1760 49.8 0.198 0.5 4.988 31.4333 3. 217.0 8.1762 49.9 0.195 0.5 4.990 31.4326 30. 218.0 8.1763 49.8 0.207 0.5 4.989 31.4325 23. 219.0 8.1766 50.0 0.208 0.5 4.989 31.4319 22. 220.0 8.1766 50.0 0.195 0.5 4.991 31.4328 27. 221.0 8.1765 50.0 0.194 0.5 4.988 31.4330 14. 222.0 8.1764 49.9 0.208 0.5 4.989 31.4343 3. 223.0 8.1763 49.9 0.201 0.5 4.989 31.4353 32. 224.0 8.1762 49.9 0.200 0.5 4.987 31.4363 34. 225.0 8.1764 50.0 0.200 0.5 4.987 31.4364 30. 226.0 8.1759 49.9 0.200 -99.0 4.985 31.4387 35. 227.0 8.1761 49.9 0.197 0.5 4.982 31.4383 16. 228.0 8.1754 50.1 0.189 0.5 4.980 31.4414 32. 229.0 8.1747 50.0 0.193 0.5 4.977 31.4449 21. 230.0 8.1728 50.1 0.198 0.5 4.973 31.4547 34. 231.0 8.1727 50.2 0.197 0.5 4.972 31.4575 30. 232.0 8.1723 50.3 0.199 0.5 4.971 31.4636 6. 233.0 8.1721 50.4 0.194 0.5 4.972 31.4738 10. 234.0 8.1720 50.4 0.192 0.5 4.970 31.4820 30. 235.0 8.1721 50.4 0.188 0.5 4.970 31.4835 21. 236.0 8.1722 50.2 0.199 0.5 4.968 31.4837 27. 237.0 8.1722 50.4 0.205 -99.0 4.967 31.4898 27. 238.0 8.1722 50.4 0.198 0.5 4.966 31.4941 18. 239.0 8.1723 50.4 0.194 0.5 4.964 31.4927 32. 240.0 8.1723 50.4 0.192 -99.0 4.964 31.4964 32. 241.0 8.1724 50.3 0.192 0.5 4.963 31.5004 14. 242.0 8.1725 50.5 0.194 0.5 4.959 31.5010 31. 243.0 8.1725 50.3 0.196 0.5 4.958 31.5031 29. 244.0 8.1724 50.4 0.186 0.5 4.957 31.5072 23. 245.0 8.1726 50.3 0.191 -99.0 4.958 31.5076 26. 246.0 8.1722 50.4 0.193 0.5 4.958 31.5175 24. 247.0 8.1722 50.4 0.186 0.5 4.959 31.5199 26. 248.0 8.1724 50.4 0.187 0.5 4.956 31.5175 31. 249.0 8.1724 50.2 0.189 0.5 4.953 31.5183 14. 250.0 8.1726 50.3 0.193 -99.0 4.953 31.5181 18. 251.0 8.1727 50.4 0.189 0.5 4.951 31.5186 29. 252.0 8.1728 50.3 0.188 0.5 4.952 31.5178 18. 253.0 8.1729 50.3 0.188 -99.0 4.953 31.5178 28. 254.0 8.1729 50.2 0.188 -99.0 4.953 31.5189 28. 255.0 8.1730 50.4 0.187 -99.0 4.953 31.5184 30. 256.0 8.1732 50.4 0.194 -99.0 4.954 31.5184 29. 257.0 8.1733 50.4 0.188 -99.0 4.954 31.5187 30. 258.0 8.1733 50.2 0.199 -99.0 4.955 31.5188 29. 259.0 8.1733 50.4 0.197 -99.0 4.955 31.5203 30. 260.0 8.1735 50.4 0.203 0.5 4.955 31.5194 26. 261.0 8.1735 50.4 0.189 0.5 4.956 31.5196 24. 262.0 8.1737 50.3 0.188 -99.0 4.955 31.5189 32. 263.0 8.1738 50.2 0.186 0.5 4.955 31.5192 21. 264.0 8.1738 50.3 0.193 0.5 4.954 31.5190 24. 265.0 8.1739 50.5 0.190 -99.0 4.954 31.5196 30. 266.0 8.1740 50.5 0.189 -99.0 4.954 31.5198 30. 267.0 8.1741 50.2 0.193 -99.0 4.953 31.5188 34. 268.0 8.1742 50.2 0.194 -99.0 4.953 31.5197 32. 269.0 8.1743 50.4 0.192 -99.0 4.953 31.5193 36. 270.0 8.1743 50.4 0.190 -99.0 4.954 31.5195 27. 271.0 8.1744 50.3 0.187 -99.0 4.954 31.5200 34. 272.0 8.1745 50.2 0.195 0.5 4.953 31.5205 31. 273.0 8.1746 50.0 0.204 0.5 4.952 31.5199 28. 274.0 8.1747 50.3 0.190 0.5 4.953 31.5200 30. 275.0 8.1749 50.4 0.195 0.5 4.953 31.5186 2. 276.0 8.1750 50.4 0.196 -99.0 4.955 31.5182 22. 277.0 8.1752 50.5 0.195 -99.0 4.955 31.5175 27. 278.0 8.1753 50.3 0.199 -99.0 4.955 31.5171 14. 279.0 8.1754 50.4 0.193 -99.0 4.956 31.5173 26. 280.0 8.1755 50.3 0.188 -99.0 4.956 31.5170 33. 281.0 8.1755 50.2 0.192 -99.0 4.955 31.5181 31. 282.0 8.1755 50.4 0.196 0.5 4.954 31.5202 14. 283.0 8.1756 50.4 0.191 0.5 4.954 31.5200 34. 284.0 8.1757 50.3 0.194 -99.0 4.954 31.5199 32. 285.0 8.1760 50.4 0.192 0.5 4.953 31.5183 16. 286.0 8.1761 50.3 0.190 0.5 4.954 31.5177 33. 287.0 8.1761 50.5 0.190 -99.0 4.954 31.5212 29. 288.0 8.1761 50.5 0.189 -99.0 4.954 31.5207 32. 289.0 8.1762 50.4 0.200 -99.0 4.952 31.5209 32. 290.0 8.1762 50.1 0.186 -99.0 4.950 31.5236 33. 291.0 8.1762 50.4 0.191 -99.0 4.947 31.5243 36. 292.0 8.1763 50.4 0.194 -99.0 4.944 31.5233 34. 293.0 8.1761 50.4 0.199 -99.0 4.942 31.5303 35. 294.0 8.1761 50.4 0.194 -99.0 4.942 31.5329 34. 295.0 8.1757 50.5 0.186 0.5 4.941 31.5421 13. 296.0 8.1756 50.4 0.196 0.5 4.938 31.5482 28. 297.0 8.1756 50.5 0.190 0.5 4.937 31.5485 4. 298.0 8.1758 50.7 0.188 -99.0 4.938 31.5461 36. 299.0 8.1760 50.5 0.185 0.5 4.937 31.5456 3. 300.0 8.1759 50.6 0.185 0.5 4.938 31.5501 35. 301.0 8.1760 50.4 0.184 0.5 4.938 31.5500 36. 302.0 8.1763 50.4 0.190 0.5 4.938 31.5457 26. 303.0 8.1764 50.4 0.187 -99.0 4.939 31.5458 32. 304.0 8.1765 50.6 0.191 -99.0 4.941 31.5472 36. 305.0 8.1766 50.5 0.195 -99.0 4.939 31.5470 31. 306.0 8.1768 50.5 0.192 -99.0 4.938 31.5456 33. 307.0 8.1768 50.4 0.187 -99.0 4.937 31.5477 26. 308.0 8.1770 50.4 0.192 -99.0 4.936 31.5441 34. 309.0 8.1770 50.4 0.197 -99.0 4.934 31.5465 32. 310.0 8.1771 50.3 0.197 -99.0 4.932 31.5473 35. 311.0 8.1771 50.4 0.190 -99.0 4.932 31.5494 31. 312.0 8.1768 50.4 0.192 -99.0 4.929 31.5582 33. 313.0 8.1769 50.4 0.191 -99.0 4.930 31.5589 34. 314.0 8.1770 50.4 0.186 -99.0 4.932 31.5592 23. 315.0 8.1770 50.5 0.189 -99.0 4.933 31.5582 33. 316.0 8.1770 50.8 0.196 -99.0 4.933 31.5607 30. 317.0 8.1771 50.6 0.183 -99.0 4.933 31.5602 31. 318.0 8.1774 50.7 0.187 -99.0 4.934 31.5587 33. 319.0 8.1776 50.6 0.196 -99.0 4.933 31.5565 31. 320.0 8.1776 50.5 0.191 -99.0 4.934 31.5569 34. 321.0 8.1777 50.3 0.198 -99.0 4.934 31.5571 22. 322.0 8.1779 50.5 0.193 -99.0 4.933 31.5565 28. 323.0 8.1781 50.6 0.193 -99.0 4.931 31.5544 33. 324.0 8.1784 50.6 0.190 -99.0 4.926 31.5518 32. 325.0 8.1785 50.6 0.204 -99.0 4.920 31.5507 32. 326.0 8.1787 50.4 0.190 -99.0 4.917 31.5489 33. 327.0 8.1786 50.4 0.195 -99.0 4.914 31.5512 31. 328.0 8.1781 50.4 0.195 -99.0 4.914 31.5602 25. 329.0 8.1776 50.4 0.190 -99.0 4.911 31.5818 33. 330.0 8.1779 50.5 0.178 0.5 4.911 31.5883 24. 331.0 8.1779 50.8 0.181 0.5 4.909 31.5896 26. 332.0 8.1781 50.9 0.184 -99.0 4.909 31.5910 31. 333.0 8.1780 51.0 0.190 0.5 4.909 31.5918 22. 334.0 8.1779 51.0 0.190 0.5 4.907 31.5926 28. 335.0 8.1780 50.9 0.185 -99.0 4.906 31.5930 31. 336.0 8.1780 50.9 0.179 0.5 4.905 31.5930 19. 337.0 8.1781 51.0 0.187 0.5 4.905 31.5934 28. 338.0 8.1782 50.8 0.187 -99.0 4.905 31.5939 29. 339.0 8.1782 50.8 0.180 -99.0 4.904 31.5937 33. 340.0 8.1783 50.9 0.181 -99.0 4.907 31.5946 32. 341.0 8.1782 50.8 0.184 -99.0 4.905 31.5959 30. 342.0 8.1782 50.9 0.181 -99.0 4.903 31.5961 34. 343.0 8.1784 50.7 0.185 -99.0 4.903 31.5964 31. 344.0 8.1784 50.8 0.187 0.5 4.903 31.5967 24. 345.0 8.1784 50.7 0.180 0.5 4.903 31.5968 31. 346.0 8.1786 50.6 0.188 0.5 4.903 31.5967 30. 347.0 8.1787 50.7 0.185 0.5 4.903 31.5967 12. 348.0 8.1788 50.7 0.181 0.5 4.903 31.5968 4. 349.0 8.1788 50.9 0.182 0.5 4.902 31.5969 21. 350.0 8.1789 50.7 0.196 0.5 4.904 31.5970 14. 351.0 8.1791 50.6 0.187 -99.0 4.902 31.5968 20. 352.0 8.1791 50.7 0.179 -99.0 4.901 31.5971 31. 353.0 8.1791 50.7 0.182 -99.0 4.902 31.5978 37. 354.0 8.1794 50.8 0.187 -99.0 4.903 31.5985 30. 355.0 8.1793 50.5 0.190 -99.0 4.902 31.5982 36. 356.0 8.1795 50.7 0.186 -99.0 4.901 31.5980 34. 357.0 8.1796 50.7 0.183 -99.0 4.900 31.5981 32. 358.0 8.1796 50.8 0.184 -99.0 4.900 31.5982 31. 359.0 8.1798 50.8 0.184 -99.0 4.901 31.5987 30. 360.0 8.1798 50.7 0.174 -99.0 4.902 31.5990 35. 361.0 8.1799 50.6 0.190 -99.0 4.901 31.5994 35. 362.0 8.1802 50.6 0.185 0.5 4.901 31.6012 28. 363.0 8.1805 50.5 0.196 0.5 4.901 31.6021 22. 364.0 8.1808 50.8 0.185 -99.0 4.901 31.6023 34. 365.0 8.1808 50.7 0.183 -99.0 4.901 31.6023 37. 366.0 8.1811 50.8 0.182 0.5 4.901 31.6024 19. 367.0 8.1811 50.9 0.192 0.5 4.900 31.6025 35. 368.0 8.1811 50.8 0.181 0.5 4.901 31.6023 37. 369.0 8.1812 50.7 0.183 0.5 4.901 31.6024 35. 370.0 8.1811 50.8 0.190 0.5 4.902 31.6023 24. 371.0 8.1814 50.7 0.190 -99.0 4.903 31.6024 33. 372.0 8.1817 50.8 0.191 -99.0 4.903 31.6021 32. 373.0 8.1819 50.8 0.180 -99.0 4.904 31.6017 34. 374.0 8.1820 50.7 0.180 -99.0 4.904 31.6018 21. 375.0 8.1822 50.8 0.179 -99.0 4.904 31.6016 33. 376.0 8.1820 50.9 0.184 -99.0 4.903 31.6021 38. 377.0 8.1821 50.8 0.180 0.5 4.902 31.6025 19. 378.0 8.1822 50.6 0.181 0.5 4.902 31.6027 38. 379.0 8.1825 50.7 0.186 0.5 4.903 31.6026 37. 380.0 8.1826 50.7 0.185 0.5 4.903 31.6029 38. 381.0 8.1828 50.8 0.188 0.5 4.901 31.6028 18. 382.0 8.1829 50.9 0.178 -99.0 4.901 31.6027 39. 383.0 8.1829 50.8 0.188 -99.0 4.903 31.6029 36. 384.0 8.1830 50.7 0.195 0.5 4.903 31.6028 35. 385.0 8.1831 50.7 0.188 0.5 4.903 31.6026 34. 386.0 8.1833 50.6 0.183 0.5 4.903 31.6029 27. 387.0 8.1833 50.8 0.186 -99.0 4.902 31.6028 32. 388.0 8.1834 50.8 0.187 -99.0 4.903 31.6025 37. 389.0 8.1835 50.8 0.191 -99.0 4.902 31.6021 38. 390.0 8.1837 50.7 0.190 -99.0 4.901 31.6021 39. 391.0 8.1838 50.8 0.185 -99.0 4.899 31.6026 34. 392.0 8.1839 50.8 0.181 -99.0 4.899 31.6025 38. 393.0 8.1837 50.8 0.184 0.5 4.896 31.6055 35. 394.0 8.1837 50.8 0.189 0.5 4.895 31.6075 39. 395.0 8.1838 50.8 0.189 0.5 4.892 31.6073 26. 396.0 8.1839 50.7 0.181 0.5 4.893 31.6070 2. 397.0 8.1838 50.5 0.181 0.5 4.893 31.6091 38. 398.0 8.1838 50.6 0.185 0.5 4.894 31.6115 7. 399.0 8.1835 50.6 0.183 -99.0 4.893 31.6133 36. 400.0 8.1837 50.6 0.186 -99.0 4.893 31.6137 36. 401.0 8.1837 50.5 0.195 -99.0 4.893 31.6138 36. 402.0 8.1839 50.4 0.189 -99.0 4.894 31.6133 35. 403.0 8.1840 50.5 0.184 -99.0 4.894 31.6130 40. 404.0 8.1840 50.3 0.185 -99.0 4.894 31.6130 35. 405.0 8.1841 50.6 0.190 -99.0 4.893 31.6130 41. 406.0 8.1843 50.4 0.186 -99.0 4.893 31.6133 35. 407.0 8.1843 50.4 0.183 -99.0 4.893 31.6135 41. 408.0 8.1845 50.4 0.184 -99.0 4.892 31.6135 39. 409.0 8.1845 50.5 0.187 -99.0 4.891 31.6139 27. 410.0 8.1846 50.5 0.184 -99.0 4.891 31.6140 41. 411.0 8.1847 50.6 0.187 -99.0 4.889 31.6142 37. 412.0 8.1847 50.4 0.186 -99.0 4.891 31.6146 39. 413.0 8.1848 50.3 0.182 -99.0 4.891 31.6145 27. 414.0 8.1849 50.4 0.188 -99.0 4.889 31.6145 41. 415.0 8.1850 50.4 0.185 -99.0 4.889 31.6145 41. 416.0 8.1852 50.3 0.183 -99.0 4.888 31.6145 34. 417.0 8.1852 50.5 0.184 -99.0 4.888 31.6146 31. 418.0 8.1852 50.4 0.184 0.5 4.889 31.6150 33. 419.0 8.1853 50.4 0.186 0.5 4.888 31.6153 14. 420.0 8.1854 50.3 0.183 -99.0 4.888 31.6159 41. 421.0 8.1854 50.3 0.192 -99.0 4.888 31.6160 42. 422.0 8.1856 50.3 0.186 -99.0 4.888 31.6164 36. 423.0 8.1857 50.4 0.185 -99.0 4.887 31.6169 32. 424.0 8.1858 50.3 0.181 -99.0 4.886 31.6175 34. 425.0 8.1858 50.0 0.181 -99.0 4.887 31.6174 32. 426.0 8.1860 50.3 0.187 -99.0 4.886 31.6178 36. 427.0 8.1860 50.3 0.189 -99.0 4.885 31.6182 39. 428.0 8.1862 50.3 0.198 -99.0 4.885 31.6182 28. 429.0 8.1862 50.5 0.194 -99.0 4.886 31.6182 43. 430.0 8.1863 50.4 0.182 -99.0 4.885 31.6184 36. 431.0 8.1866 50.3 0.186 -99.0 4.884 31.6203 34. 432.0 8.1867 50.1 0.184 -99.0 4.884 31.6224 34. 433.0 8.1869 50.0 0.180 -99.0 4.883 31.6223 42. 434.0 8.1870 49.6 0.193 0.5 4.881 31.6227 8. 435.0 8.1872 49.4 0.189 0.5 4.883 31.6228 37. 436.0 8.1873 49.6 0.185 -99.0 4.883 31.6232 39. 437.0 8.1873 49.6 0.185 -99.0 4.883 31.6233 35. 438.0 8.1875 49.4 0.181 -99.0 4.883 31.6230 44. 439.0 8.1875 49.4 0.182 0.5 4.879 31.6231 30. 440.0 8.1876 49.4 0.186 0.5 4.881 31.6231 43. 441.0 8.1878 49.4 0.186 0.5 4.881 31.6229 26. 442.0 8.1879 49.5 0.191 -99.0 4.880 31.6226 38. 443.0 8.1879 49.5 0.181 -99.0 4.880 31.6224 41. 444.0 8.1881 49.5 0.181 -99.0 4.879 31.6229 39. 445.0 8.1886 49.5 0.186 -99.0 4.880 31.6237 42. 446.0 8.1891 49.4 0.182 -99.0 4.881 31.6247 45. 447.0 8.1894 49.4 0.185 -99.0 4.881 31.6249 43. 448.0 8.1893 49.6 0.178 -99.0 4.881 31.6249 48. 449.0 8.1895 49.5 0.186 0.5 4.881 31.6246 14. 450.0 8.1895 49.5 0.187 0.5 4.881 31.6249 36. 451.0 8.1899 49.5 0.177 -99.0 4.880 31.6247 40. 452.0 8.1901 49.4 0.184 -99.0 4.879 31.6245 36. 453.0 8.1902 49.4 0.186 -99.0 4.879 31.6246 34. 454.0 8.1903 49.5 0.180 -99.0 4.880 31.6248 36. 455.0 8.1902 49.5 0.180 -99.0 4.880 31.6252 40. 456.0 8.1902 49.0 0.186 -99.0 4.880 31.6251 94. 457.0 8.1904 48.8 0.186 -99.0 4.879 31.6252 58. 458.0 8.1903 48.3 0.185 -99.0 4.877 31.6250 39. 459.0 8.1903 47.0 0.193 -99.0 4.880 31.6248 44. 459.7 8.1903 46.3 0.183 -99.0 4.880 31.6247 19.