*2016/12/23 08:53:21.93 *IOS HEADER VERSION 2.0 2016/04/28 2016/06/13 IVF16 *FILE START TIME : UTC 2016/09/08 16:54:22.000 TIME INCREMENT : 0 0 0 0.416667E-01 0 ! (day hr min sec ms) NUMBER OF RECORDS : 1983 DATA DESCRIPTION : CTD FILE TYPE : ASCII CRC : 745744BE NUMBER OF CHANNELS : 9 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- --------------------------- --------------- -------------- -------------- 1 Pressure decibar 3.338 2007.046 2 Temperature:Secondary 'deg C (ITS90)' 1.9649 14.1683 3 Transmissivity %/metre 38.2 58.4 4 Fluorescence:URU:Seapoint mg/m^3 0.61E-01 2.922 5 PAR uE/m^2/sec 0 597.195 6 Salinity:T1:C1 PSS-78 31.9406 34.5756 7 Oxygen:Dissolved:SBE mL/L 0.243 6.025 8 Oxygen:Dissolved:SBE umol/kg 10.55966 262.7212 9 Number_of_bin_records n/a 1 49 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 9 F ' ' 4 3 -99 ' ' 6 F ' ' 1 4 -99 ' ' 8 F ' ' 3 5 -99 ' ' 7 F ' ' 1 6 -99 ' ' 9 F ' ' 4 7 -99 ' ' 7 F ' ' 2 8 -99 ' ' 6 F ' ' 1 9 -99 ' ' 5 I I 0 $END $REMARKS This file converted from Sea-Bird file: P:\Cruise_Data_Processing\2016-62\Pro $END *ADMINISTRATION MISSION : 2016-62 AGENCY : IOS, Ocean Sciences Division, Sidney, B.C. COUNTRY : Canada PROJECT : La Perouse Zooplankton Monitoring SCIENTIST : Yelland D. PLATFORM : John P. Tully *LOCATION GEOGRAPHIC AREA : WCVI STATION : SS0 EVENT NUMBER : 154 LATITUDE : 50 59.99000 N ! (deg min) LONGITUDE : 130 50.03000 W ! (deg min) WATER DEPTH : 2400 *INSTRUMENT TYPE : Sea-Bird CTD MODEL : SBE-911plus SERIAL NUMBER : 0443 LOCATION : Mid-ship ! custom item $TABLE: SENSORS ! Name Abs Depth Serial No ! ----------------------------------- -------------- ---------- Temperature ' ' 4752 Conductivity ' ' 2280 'Pressure:Digiquartz with TC' ' ' 0443 Temperature:2 ' ' 2710 Conductivity:2 ' ' 2754 'Oxygen:SBE 43' ' ' 0997 Fluorometer:Seapoint ' ' 3640 'Transmissometer:WET Labs C-Star' ' ' 1185DR Altimeter ' ' 62354 PAR/Irradiance:Biospherical/Licor ' ' 70613 $END $REMARKS SOFTWARE VERSION SEASAVE V 7.26.1.8 $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! -------- ------ ---------- -------- --------- --------- SBE_IOS 3.5 2016/12/12 15:47:48 99568 99568 CLEAN 5.2.1 2016/12/15 09:04:57 99568 99568 SHIFTDAT 3.4 2016/12/15 09:15:26 99568 99568 SHIFTDAT 3.4 2016/12/15 09:25:45 99568 99568 SHIFTDAT 3.4 2016/12/15 09:36:19 99568 99568 DELETE 6.3 2016/12/15 09:44:28 99568 44587 CTDEDIT 5.2.3 2016/12/21 11:35:23 44587 40605 CALIB 11.9 2016/12/22 15:52:07 40605 40605 FILTERS 4.3 2016/12/22 16:28:09 40605 40605 BINAVE 4.2 2016/12/22 16:31:56 40605 1983 REMOVECH 8.2 2016/12/23 08:36:45 1983 1983 CHGUNITS 3.1.1 2016/12/23 08:37:11 1983 1983 REORDER 1.3.1 2016/12/23 08:37:35 ? ? HDREDIT2 3.0.2 2016/12/23 08:53:21 ? ? $END $REMARKS -CLEAN functions: 2016/12/15 08:55:24 20 Reset #RECS, MIN & MAX values in header. Interpolation by Record Number, in Pressure Set event to last 4 characters of file name -The following SHIFT parameters were used. Shift Channel: Fluorescence:URU:Seapoint # of Records to Advance (-ve for Delay): At REC# 0 Shift= 24.00 -The following SHIFT parameters were used. Shift Channel: Conductivity:Primary # of Records to Advance (-ve for Delay): At REC# 0 Shift= 0.30 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= -0.60 Salinity was recalculated after shift -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 1997.50 dbars Sample interval (from FILE section of header) = 0.042 seconds. -CTDEDIT v5.2.3 2016/12/21 11:35:23 3982 records were deleted in this editing session. 178 changes in channel Salinity:T1:C1 -CALIB parameters: 2016/12/22 15:52:07 Calibration type = Correct Mode: ONLY - calibration specs from Cal File only. Calibration file = P:\Cruise_Data_Processing\2016-62\Processing\doc\2016-62-recal1.CCF Calibrations applied: Ch Name Units Fmla Coefficents -- ----------------------------- --------- --- ----------------------------- 16 Oxygen:Dissolved:SBE mL/L 10 0.2330000E-01 0.1024800E+01 -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. -REMOVECH 2016/12/23 08:36:45 The following CHANNEL(S) were removed: Scan_Number Temperature:Primary [deg C (ITS90)] Conductivity:Primary [S/m] Conductivity:Secondary [S/m] Oxygen:Voltage:SBE [volts] Altimeter [metres] Descent_Rate [m/s] Status:Pump Salinity:T0:C0 [PSS-78] Flag -CHANGE units: Temperature reference channel: Temperature* Salinity reference channel: Salinity* 'Oxygen:Dissolved:SBE [mL/L]' changed from mL/L to umol/kg -HEADER EDITS: 2016/12/23 08:53:21 Applied edit header: P:\Cruise_Data_Processing\2016-62\Processing\doc\2016-62-HDR.TXT Channel 1: Pressure [decibar] Format: F11.2 ==> F7.1 Channel 5: PAR [uE/m^2/sec] Format: F11.3 ==> F7.1 Channel 7: Oxygen:Dissolved:SBE [mL/L] Format: F8.3 ==> F7.2 Channel 9: Number_of_bin_records [n/a] Pad: ' ' ==> -99 $END *COMMENTS SBE HEADER Sea-Bird SBE 9 Data File: FileName = C:\CTD Data\2016-62\2016-62-0154.hex Software Version Seasave V 7.26.1.8 Temperature SN = 4752 Conductivity SN = 2280 Number of Bytes Per Scan = 37 Number of Voltage Words = 4 Number of Scans Averaged by the Deck Unit = 1 System UpLoad Time = Sep 08 2016 16:58:46 NMEA Latitude = 50 59.99 N NMEA Longitude = 130 50.03 W NMEA UTC (Time) = Sep 08 2016 16:54:22 Store Lat/Lon Data = Append to Every Scan SBE 11plus V 5.1e number of scans to average = 1 pressure baud rate = 9600 NMEA baud rate = 4800 GPIB address = 1 advance primary conductivity 0.073 seconds advance secondary conductivity 0.073 seconds S> Mission: 2016-62 Ship: J.P. Tully Station: SS0 Depth: 2400 System UTC = Sep 08 2016 16:58:46 # nquan = 17 # nvalues = 99568 # 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 = CStarTr0: Beam Transmission, WET Labs C-Star [%] # name 7 = flSP: Fluorescence, Seapoint # name 8 = par: PAR/Irradiance, Biospherical/Licor # name 9 = sbeox0V: Oxygen raw, SBE 43 [V] # name 10 = altM: Altimeter [m] # name 11 = dz/dtM: Descent Rate [m/s] # name 12 = pumps: Pump Status # name 13 = sal00: Salinity, Practical [PSU] # name 14 = sal11: Salinity, Practical, 2 [PSU] # name 15 = sbeox0ML/L: Oxygen, SBE 43 [ml/l], WS = 2 # name 16 = flag: flag # span 0 = 1, 99568 # span 1 = 1.979, 2007.503 # span 2 = 1.9639, 14.2155 # span 3 = 1.9649, 14.2121 # span 4 = 3.122812, 3.882723 # span 5 = 3.122953, 3.883390 # span 6 = 68.4693, 87.4392 # span 7 = 6.1050e-02, 3.1013e+00 # span 8 = 1.0000e-12, 1.5716e+03 # span 9 = 0.7574, 3.1990 # span 10 = 5.05, 100.00 # span 11 = -2.118, 2.177 # span 12 = 0, 1 # span 13 = 31.8373, 34.5754 # span 14 = 31.8608, 34.5761 # span 15 = 0.1953, 5.8609 # span 16 = 0.0000e+00, 0.0000e+00 # interval = seconds: 0.0416667 # start_time = Sep 08 2016 16:54:22 [NMEA time, header] # bad_flag = -9.990e-29 # # # # # 4752 # 16-Dec-15 # 1 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.000 # 4.35917908e-003 # 6.36752535e-004 # 2.08584233e-005 # 1.76255754e-006 # 1000.000 # 1.00000000 # 0.0000 # # # # # # 2280 # 19-Dec-14 # 1 # # 0.0000 # 2000.0000 # 0 # # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.0 # -9.57000000e-008 # # # -1.00904009e+001 # 1.35149315e+000 # -1.84720682e-003 # 1.90856808e-004 # -9.57000000e-008 # 3.2500e-006 # # 0.00000000e+000 # # 1.00000000 # 0.00000 # # # # # # 0443 # 17-Dec-14 # -4.435292e+004 # -1.635794e-001 # 1.192740e-002 # 3.979900e-002 # 0.000000e+000 # 2.993627e+001 # -3.271008e-004 # 3.759160e-006 # 1.565300e-009 # 0.99991613 # -1.00000 # 0.000000e+000 # 1.282462e-002 # -8.599824e+000 # # # # # # 2710 # 16-Dec-15 # 1 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.000 # 4.36717385e-003 # 6.46681437e-004 # 2.34978657e-005 # 2.22502310e-006 # 1000.000 # 1.00000000 # 0.0000 # # # # # # 2754 # 19-Dec-14 # 1 # # 0.0000 # 2000.0000 # 0 # # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.00000000e+000 # 0.0 # -9.57000000e-008 # # # -1.05920237e+001 # 1.61356129e+000 # -1.94911294e-003 # 2.41671700e-004 # -9.57000000e-008 # 3.2500e-006 # # 0.00000000e+000 # # 1.00000000 # 0.00000 # # # # # # 0997 # 17-Jan-15 # 1 # # # 0.0000 # 0.0000e+000 # 0.0000 # 0.00e+000 # 0.0000 # 0.0 # # # # 4.0785e-001 # -0.6967 # -3.5082e-003 # 1.2934e-004 # -1.8411e-006 # 2.5826e+000 # 1.92634e-004 # -4.64803e-002 # 3.6000e-002 # 1.6200 #

-3.3000e-002

#

5.0000e+003

#

1.4500e+003

# # # # # # # 3640 # # # 2 # 0.000 # # # # # # 1185DR # APR 27. 2016 # 19.3479 # -1.1028 # 0.250 # # # # # # # # # 62354 # # 15.000 # 0.000 # # # # # # # # # 70613 # 03/21/16 # 1.00000000 # 0.00000000 # 11876484560.57000000 # 1.00000000 # -0.08460813 # # # # # # # datcnv_date = Nov 16 2016 14:44:11, 7.23.2 [datcnv_vars = 13] # datcnv_in = P:\Cruise_Data_Processing\2016-62\RAW\CTD\2016-62-0154.hex P:\Crui se_Data_Processing\2016-62\Processing\doc\2016-62-ctd.xmlcon # datcnv_skipover = 0 # datcnv_ox_hysteresis_correction = yes # wildedit_date = Nov 16 2016 14:53:33, 7.23.2 # wildedit_in = P:\Cruise_Data_Processing\2016-62\Processing\convert\2016-62-015 4.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 # wildedit_excl_bad_scans = yes # alignctd_date = Dec 12 2016 14:46:44, 7.23.2 # alignctd_in = P:\Cruise_Data_Processing\2016-62\Processing\wildedit\2016-62-01 54.cnv # alignctd_adv = sbeox0V 2.500 # celltm_date = Dec 12 2016 14:55:57, 7.23.2 # celltm_in = P:\Cruise_Data_Processing\2016-62\Processing\align\2016-62-0154.cn v # celltm_alpha = 0.0245, 0.0245 # celltm_tau = 9.5000, 9.5000 # celltm_temp_sensor_use_for_cond = primary, secondary # Derive_date = Dec 12 2016 15:04:02, 7.23.2 [derive_vars = 3] # Derive_in = P:\Cruise_Data_Processing\2016-62\Processing\celltm\2016-62-0154.c nv P:\Cruise_Data_Processing\2016-62\Processing\doc\2016-62-ctd.xmlcon # derive_time_window_docdt = seconds: 2 # derive_ox_tau_correction = yes # file_type = ascii END* Remarks from CTDEDIT: The descent rate of the CTD was very noisy with some complete reversals of direction. CTDEDIT was used to remove some surface records and records corrupted by shed wakes; salinity was cleaned. --------------------------------------------------------------------------------- Data Processing Notes: ---------------------- Transmissivity, Fluorescence and PAR data are nominal and unedited except that some records were removed in editing temperature and salinity. For details on how the transmissivity calibration parameters were calculated see the document in folder "\cruise_data\documents\transmissivity". NOTE: While the CTD fluorescence data are expressed in concentration units, they do not always compare well to extracted chlorophyll samples, particularly for casts far from shore. It is recommended that users check extracted chlorophyll values where available. Dissolved oxygen was calibrated using the method described in SeaBird Application Note #64-2, June 2012 revision, except that a small offset in the fit was allowed. The SBE DO sensor has a fairly long response time so data accuracy is not as high when it is in motion as it is during stops for bottles. This will be especially true when vertical DO gradients are large. To get an estimate of the accuracy of the SBE DO data during downcasts (after recalibration) a rough comparison was made between downcast SBE DO and upcast titrated samples. Some of the difference will be due to problems with flushing of Niskin bottles and/or analysis errors, so the following statement likely underestimates SBE DO accuracy. Downcast (CTD files) Oxygen:Dissolved:SBE data are considered, very roughly, to be: ±0.5 mL/L from 0 to 200db ±0.25 mL/L from 200db to 400db ±0.08 mL/L from 400db to 800db ±0.02 mL/L below 800db For details on the processing see document: 2016-62_Processing_Report.doc. --------------------------------------------------------------------------------- *CALIBRATION $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------------------- ------ ---- ------ ------------ Oxygen:Dissolved:SBE mL/L 10 -99 () (0.233E-01 1.0248) $END !--1--- ---2---- --3-- ---4--- --5--- ---6---- --7--- --8-- -9-- !Pressu Temperat Trans Fluores PAR Salinity Oxygen Oxyge Numb !re ure: missi cence: :T1:C1 : n: er_o ! Secondar vity URU: Dissol Disso ~bin ! y Seapoin ved: lved: _rec ! t SBE SBE ords !------ -------- ----- ------- ------ -------- ------ ----- ---- *END OF HEADER 3.3 14.1615 38.5 2.048 597.2 31.9407 6.01 262.1 8 4.0 14.1621 38.4 2.054 569.1 31.9406 6.02 262.3 22 5.0 14.1683 38.4 1.995 380.4 31.9407 6.02 262.4 28 6.2 14.1650 38.4 1.734 306.7 31.9408 6.02 262.3 6 7.0 14.1507 38.3 1.704 277.1 31.9408 6.02 262.5 22 8.0 14.1489 38.2 1.914 216.8 31.9409 6.02 262.4 18 9.0 14.1491 38.2 2.254 161.1 31.9411 6.01 262.1 16 10.0 14.1459 38.3 2.428 120.0 31.9409 6.01 262.3 20 11.0 14.1422 38.4 2.580 92.3 31.9409 6.01 262.3 22 12.0 14.1391 38.5 2.695 77.4 31.9408 6.02 262.6 30 13.0 14.1350 38.6 2.814 66.4 31.9410 6.03 262.7 29 14.0 14.1345 38.8 2.831 56.8 31.9411 6.01 262.2 22 15.0 14.1323 38.8 2.815 45.4 31.9412 6.01 262.0 17 16.0 14.1313 38.9 2.822 34.7 31.9412 6.01 262.2 17 17.0 14.1303 39.0 2.853 26.8 31.9413 6.02 262.4 17 18.0 14.1282 39.1 2.841 21.1 31.9413 6.01 262.0 20 19.0 14.1203 39.2 2.880 16.8 31.9416 5.99 261.3 30 20.0 14.1148 39.3 2.896 14.8 31.9419 5.98 260.8 30 21.0 14.1084 39.3 2.922 13.2 31.9425 5.97 260.3 23 22.0 14.0549 39.6 2.905 11.1 31.9463 5.96 259.9 21 23.0 13.9825 40.0 2.848 9.2 31.9516 5.95 259.6 25 24.0 13.9662 40.4 2.826 7.5 31.9530 5.94 258.9 28 25.0 13.9400 40.7 2.776 6.1 31.9543 5.91 257.7 20 26.0 13.8985 41.0 2.761 5.0 31.9570 5.89 257.0 16 27.0 13.8849 41.1 2.740 4.1 31.9575 5.89 256.6 15 28.0 13.8630 41.1 2.753 3.4 31.9575 5.88 256.3 16 29.0 13.8318 41.4 2.688 2.9 31.9584 5.86 255.4 19 30.0 13.7700 41.7 2.674 2.5 31.9621 5.83 254.0 30 31.0 13.6168 42.5 2.531 2.4 31.9743 5.78 251.9 38 32.0 13.4343 43.5 2.376 2.1 31.9865 5.64 246.1 25 33.0 13.2309 44.6 2.236 1.8 32.0062 5.47 238.6 19 34.0 12.8911 45.8 2.052 1.4 32.0406 5.36 233.6 16 35.0 12.2173 47.9 1.745 1.2 32.1105 5.30 230.9 17 36.0 11.4254 49.8 1.399 1.0 32.2036 5.24 228.4 17 37.0 11.1111 50.4 1.162 0.9 32.2470 5.15 224.3 20 38.0 10.8478 50.8 0.975 0.8 32.2866 5.02 218.6 25 39.0 10.6546 51.4 0.825 0.7 32.3316 4.85 211.2 37 40.0 10.2817 52.0 0.654 0.7 32.3909 4.60 200.5 34 41.0 9.8723 53.1 0.507 0.6 32.4703 4.45 193.8 18 42.0 9.5264 53.7 0.460 0.5 32.5657 4.35 189.4 15 43.0 9.3258 53.9 0.403 0.4 32.6283 4.27 185.8 12 44.0 9.0977 54.1 0.365 0.4 32.6961 4.20 182.8 13 45.0 8.8779 54.3 0.327 0.3 32.7676 4.14 180.2 13 46.0 8.8059 54.4 0.291 0.3 32.7888 4.08 177.8 18 47.0 8.7801 54.8 0.278 0.3 32.7957 4.03 175.3 21 49.0 8.6859 55.2 0.231 0.3 32.8386 3.84 167.1 18 50.0 8.6062 55.2 0.215 0.2 32.8747 3.80 165.4 14 51.0 8.5316 55.2 0.197 0.2 32.9050 3.78 164.5 14 52.0 8.4971 55.2 0.188 0.2 32.9190 3.76 163.8 13 53.0 8.4701 55.2 0.180 0.1 32.9294 3.75 163.1 16 54.0 8.4370 55.2 0.177 0.1 32.9428 3.73 162.1 19 55.0 8.3659 55.2 0.159 0.1 32.9755 3.71 161.4 24 56.0 8.3039 55.4 0.159 0.1 33.0026 3.69 160.8 28 57.0 8.1972 55.5 0.157 0.1 33.0471 3.69 160.5 40 58.0 8.1380 55.6 0.150 0.1 33.0719 3.66 159.3 35 59.0 8.0677 55.7 0.147 0.1 33.1008 3.63 158.1 23 60.0 8.0176 55.8 0.134 0.1 33.1262 3.62 157.5 16 61.0 7.9735 55.9 0.134 0.1 33.1488 3.62 157.5 14 62.0 7.9661 55.9 0.134 0.0 33.1527 3.62 157.6 13 63.0 7.9295 56.0 0.129 0.0 33.1719 3.63 158.2 13 64.0 7.9103 56.0 0.131 0.0 33.1834 3.64 158.6 13 65.0 7.8873 56.0 0.122 0.0 33.1966 3.65 158.8 16 66.1 7.8592 56.1 0.127 0.0 33.2100 3.63 158.2 25 66.6 7.8607 56.2 0.122 0.0 33.2097 3.61 157.3 8 68.1 7.8192 56.2 0.130 0.0 33.2385 3.58 155.7 17 69.0 7.7768 56.2 0.122 0.0 33.2686 3.60 156.6 18 70.0 7.7312 56.2 0.119 0.0 33.3024 3.62 157.5 16 71.0 7.7078 56.2 0.116 0.0 33.3271 3.64 158.6 16 72.0 7.6867 56.3 0.122 0.0 33.3515 3.67 159.7 18 73.0 7.6470 56.3 0.111 0.0 33.3848 3.69 160.7 17 74.0 7.6302 56.3 0.110 0.0 33.3996 3.70 161.1 18 75.0 7.6255 56.5 0.110 0.0 33.4029 3.71 161.4 18 76.0 7.6178 56.5 0.110 0.0 33.4102 3.72 162.0 19 77.0 7.6080 56.6 0.124 0.0 33.4228 3.74 162.7 23 78.0 7.5906 56.6 0.111 0.0 33.4418 3.74 162.8 40 79.0 7.5668 56.6 0.108 0.0 33.4623 3.73 162.1 34 80.0 7.5617 56.6 0.110 0.0 33.4674 3.72 161.9 23 81.0 7.5626 56.6 0.110 0.0 33.4684 3.73 162.1 20 82.0 7.5647 56.6 0.104 0.0 33.4685 3.74 162.6 19 83.0 7.5640 56.6 0.104 0.0 33.4708 3.75 163.1 19 84.0 7.5508 56.6 0.107 0.0 33.4882 3.76 163.5 16 85.0 7.5490 56.7 0.101 0.0 33.4906 3.77 163.9 13 86.0 7.5451 56.6 0.110 0.0 33.4940 3.78 164.3 13 87.0 7.5471 56.7 0.110 0.0 33.4975 3.79 164.7 13 88.0 7.5442 56.7 0.110 0.0 33.5041 3.79 165.1 16 88.7 7.5382 56.7 0.110 0.0 33.5112 3.79 165.0 12 91.1 7.5279 56.8 0.110 0.0 33.5261 3.80 165.4 13 92.0 7.5232 56.7 0.110 0.0 33.5364 3.82 166.3 14 93.0 7.5179 56.8 0.110 0.0 33.5490 3.86 167.9 12 94.0 7.5039 56.8 0.110 0.0 33.5805 3.90 169.8 7 95.0 7.4934 56.8 0.102 0.0 33.6032 3.94 171.5 11 96.0 7.4928 56.8 0.101 0.0 33.6108 3.98 173.0 12 97.0 7.4931 56.9 0.110 0.0 33.6123 4.00 174.2 15 98.1 7.4933 56.9 0.105 0.0 33.6129 4.01 174.5 24 100.4 7.4924 57.0 0.110 0.0 33.6211 4.04 175.8 7 101.0 7.4928 57.0 0.107 0.0 33.6250 4.06 176.4 22 102.0 7.4926 57.0 0.104 0.0 33.6320 4.08 177.5 16 103.0 7.4808 57.0 0.106 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1814.0 2.0297 58.3 0.071 0.0 34.5615 1.11 48.4 33 1814.9 2.0296 58.2 0.073 0.0 34.5616 1.11 48.4 28 1816.0 2.0296 58.3 0.073 0.0 34.5617 1.11 48.2 19 1817.0 2.0296 58.2 0.071 0.0 34.5617 1.11 48.4 16 1818.0 2.0291 58.2 0.065 0.0 34.5617 1.12 48.5 15 1819.0 2.0285 58.2 0.073 0.0 34.5619 1.11 48.3 18 1820.1 2.0283 58.2 0.073 0.0 34.5618 1.11 48.4 27 1821.0 2.0278 58.2 0.075 0.0 34.5620 1.11 48.4 35 1822.0 2.0274 58.2 0.072 0.0 34.5620 1.11 48.4 28 1823.0 2.0271 58.3 0.073 0.0 34.5622 1.11 48.4 27 1824.0 2.0263 58.2 0.068 0.0 34.5623 1.12 48.5 22 1825.0 2.0246 58.2 0.073 0.0 34.5626 1.12 48.5 17 1826.0 2.0237 58.2 0.074 0.0 34.5629 1.12 48.6 17 1827.0 2.0231 58.3 0.065 0.0 34.5629 1.13 49.0 18 1828.0 2.0222 58.2 0.073 0.0 34.5632 1.13 48.9 27 1829.3 2.0219 58.2 0.081 0.0 34.5630 1.12 48.7 11 1830.0 2.0220 58.2 0.069 0.0 34.5631 1.13 49.1 23 1831.0 2.0217 58.2 0.077 0.0 34.5633 1.13 49.0 20 1832.0 2.0213 58.2 0.068 0.0 34.5633 1.13 49.0 25 1833.0 2.0211 58.2 0.073 0.0 34.5633 1.13 49.0 30 1834.0 2.0204 58.2 0.071 0.0 34.5635 1.13 48.9 23 1835.0 2.0199 58.2 0.075 0.0 34.5638 1.12 48.8 17 1836.0 2.0195 58.2 0.071 0.0 34.5637 1.13 49.1 15 1837.0 2.0186 58.2 0.073 0.0 34.5641 1.13 49.2 16 1838.0 2.0179 58.2 0.065 0.0 34.5640 1.14 49.3 17 1838.9 2.0177 58.2 0.073 0.0 34.5639 1.14 49.3 18 1840.3 2.0178 58.2 0.075 0.0 34.5642 1.13 49.2 8 1841.0 2.0172 58.2 0.071 0.0 34.5642 1.13 49.2 19 1842.0 2.0157 58.2 0.077 0.0 34.5645 1.14 49.4 12 1843.0 2.0154 58.2 0.073 0.0 34.5645 1.15 49.8 17 1844.0 2.0150 58.2 0.078 0.0 34.5647 1.14 49.7 16 1845.0 2.0148 58.2 0.081 0.0 34.5647 1.14 49.4 17 1846.0 2.0148 58.2 0.073 0.0 34.5646 1.14 49.4 19 1847.1 2.0144 58.2 0.067 0.0 34.5646 1.14 49.5 30 1848.3 2.0142 58.2 0.066 0.0 34.5646 1.15 49.7 13 1849.0 2.0140 58.2 0.062 0.0 34.5647 1.14 49.7 27 1850.0 2.0141 58.2 0.075 0.0 34.5647 1.14 49.7 22 1851.0 2.0141 58.2 0.073 0.0 34.5649 1.15 49.7 20 1852.0 2.0141 58.2 0.076 0.0 34.5648 1.14 49.7 19 1853.0 2.0139 58.2 0.077 0.0 34.5649 1.14 49.7 20 1854.0 2.0136 58.2 0.077 0.0 34.5651 1.14 49.6 19 1855.0 2.0134 58.2 0.080 0.0 34.5650 1.15 49.8 20 1856.0 2.0131 58.2 0.073 0.0 34.5651 1.15 49.9 21 1857.0 2.0130 58.2 0.073 0.0 34.5652 1.15 50.1 26 1857.9 2.0129 58.2 0.071 0.0 34.5651 1.15 49.8 32 1859.0 2.0129 58.2 0.069 0.0 34.5652 1.15 49.9 29 1860.0 2.0126 58.2 0.072 0.0 34.5654 1.15 49.9 20 1861.0 2.0126 58.2 0.069 0.0 34.5653 1.15 50.0 16 1862.0 2.0126 58.2 0.075 0.0 34.5656 1.15 49.9 15 1863.0 2.0122 58.2 0.070 0.0 34.5655 1.15 50.0 13 1864.0 2.0119 58.2 0.073 0.0 34.5655 1.15 50.0 15 1865.0 2.0116 58.2 0.073 0.0 34.5656 1.15 50.0 19 1866.1 2.0115 58.2 0.077 0.0 34.5655 1.15 50.0 27 1867.1 2.0115 58.2 0.077 0.0 34.5656 1.15 50.0 3 1868.0 2.0116 58.2 0.077 0.0 34.5655 1.16 50.2 29 1869.0 2.0117 58.2 0.076 0.0 34.5655 1.15 50.1 21 1870.0 2.0117 58.2 0.073 0.0 34.5656 1.16 50.3 19 1871.0 2.0118 58.2 0.072 0.0 34.5656 1.16 50.2 20 1872.0 2.0117 58.2 0.077 0.0 34.5656 1.15 50.1 20 1873.0 2.0119 58.2 0.071 0.0 34.5656 1.16 50.2 20 1874.0 2.0118 58.2 0.069 0.0 34.5657 1.15 50.1 20 1875.0 2.0117 58.2 0.077 0.0 34.5657 1.16 50.2 25 1876.0 2.0118 58.2 0.076 0.0 34.5655 1.15 50.0 36 1877.0 2.0119 58.2 0.070 0.0 34.5656 1.16 50.4 26 1878.0 2.0118 58.2 0.069 0.0 34.5657 1.16 50.3 19 1879.0 2.0120 58.2 0.073 0.0 34.5656 1.16 50.2 17 1880.0 2.0119 58.2 0.073 0.0 34.5657 1.15 50.1 20 1881.1 2.0116 58.2 0.075 0.0 34.5657 1.16 50.3 31 1882.0 2.0116 58.2 0.073 0.0 34.5658 1.16 50.3 42 1883.0 2.0116 58.2 0.069 0.0 34.5656 1.16 50.3 29 1884.0 2.0111 58.2 0.067 0.0 34.5658 1.16 50.3 24 1885.0 2.0108 58.2 0.067 0.0 34.5661 1.16 50.4 20 1886.0 2.0107 58.2 0.072 0.0 34.5660 1.15 50.1 18 1887.0 2.0107 58.2 0.073 0.0 34.5660 1.15 50.1 15 1888.0 2.0107 58.2 0.073 0.0 34.5661 1.16 50.3 16 1889.0 2.0102 58.2 0.069 0.0 34.5661 1.16 50.3 16 1890.0 2.0095 58.1 0.071 0.0 34.5663 1.16 50.4 23 1890.6 2.0089 58.2 0.063 0.0 34.5662 1.16 50.4 7 1892.0 2.0090 58.2 0.077 0.0 34.5663 1.16 50.6 23 1893.0 2.0089 58.1 0.072 0.0 34.5664 1.16 50.4 18 1894.0 2.0081 58.2 0.078 0.0 34.5664 1.16 50.3 17 1895.0 2.0084 58.2 0.073 0.0 34.5666 1.16 50.3 19 1896.0 2.0086 58.2 0.075 0.0 34.5664 1.16 50.5 26 1897.0 2.0088 58.2 0.074 0.0 34.5664 1.16 50.4 34 1898.0 2.0086 58.2 0.073 0.0 34.5665 1.16 50.4 25 1899.0 2.0090 58.2 0.070 0.0 34.5664 1.17 50.7 24 1900.0 2.0062 58.1 0.073 0.0 34.5669 1.17 50.7 25 1901.0 2.0051 58.2 0.076 0.0 34.5672 1.17 50.6 26 1902.0 2.0045 58.2 0.074 0.0 34.5673 1.17 50.7 23 1903.0 2.0038 58.2 0.073 0.0 34.5674 1.17 50.7 21 1904.0 2.0033 58.2 0.070 0.0 34.5675 1.17 50.8 22 1905.0 2.0033 58.2 0.068 0.0 34.5675 1.17 50.8 22 1906.0 2.0029 58.2 0.075 0.0 34.5675 1.17 51.0 23 1907.0 2.0029 58.2 0.072 0.0 34.5676 1.18 51.1 28 1908.0 2.0028 58.2 0.065 0.0 34.5676 1.18 51.0 31 1909.0 2.0031 58.2 0.073 0.0 34.5676 1.17 51.0 28 1910.0 2.0032 58.1 0.076 0.0 34.5677 1.18 51.0 22 1911.0 2.0034 58.2 0.074 0.0 34.5676 1.18 51.0 19 1912.0 2.0035 58.2 0.077 0.0 34.5676 1.17 51.0 17 1913.0 2.0033 58.2 0.077 0.0 34.5677 1.17 50.9 19 1914.0 2.0031 58.2 0.083 0.0 34.5676 1.18 51.2 21 1915.0 2.0029 58.2 0.071 0.0 34.5677 1.18 51.3 24 1916.0 2.0028 58.2 0.062 0.0 34.5677 1.18 51.3 32 1917.0 2.0027 58.2 0.070 0.0 34.5678 1.18 51.1 42 1918.0 2.0026 58.2 0.073 0.0 34.5678 1.18 51.1 30 1919.0 2.0025 58.2 0.071 0.0 34.5677 1.18 51.2 21 1920.0 2.0022 58.2 0.076 0.0 34.5679 1.18 51.1 17 1921.0 2.0017 58.2 0.073 0.0 34.5681 1.18 51.3 17 1922.0 2.0007 58.2 0.077 0.0 34.5683 1.18 51.2 16 1923.0 2.0000 58.2 0.071 0.0 34.5683 1.18 51.1 19 1924.0 1.9994 58.1 0.073 0.0 34.5685 1.18 51.3 26 1925.0 1.9987 58.2 0.068 0.0 34.5685 1.18 51.2 43 1925.9 1.9988 58.2 0.073 0.0 34.5685 1.18 51.4 32 1927.0 1.9984 58.2 0.072 0.0 34.5687 1.19 51.7 22 1928.0 1.9982 58.2 0.070 0.0 34.5688 1.19 51.7 18 1929.0 1.9983 58.2 0.071 0.0 34.5687 1.19 51.7 16 1930.0 1.9983 58.2 0.067 0.0 34.5687 1.19 51.5 17 1931.0 1.9983 58.2 0.077 0.0 34.5687 1.19 51.6 18 1932.0 1.9982 58.2 0.072 0.0 34.5688 1.19 51.5 27 1933.0 1.9981 58.2 0.074 0.0 34.5688 1.19 51.5 38 1934.0 1.9981 58.2 0.078 0.0 34.5688 1.19 51.7 25 1935.0 1.9978 58.2 0.073 0.0 34.5689 1.19 51.5 21 1936.0 1.9976 58.2 0.072 0.0 34.5690 1.20 51.9 21 1937.0 1.9974 58.0 0.063 0.0 34.5689 1.19 51.7 25 1938.0 1.9973 58.1 0.073 0.0 34.5690 1.19 51.7 30 1939.0 1.9971 58.2 0.073 0.0 34.5691 1.19 51.7 30 1940.0 1.9973 58.2 0.073 0.0 34.5691 1.19 51.7 26 1941.0 1.9973 58.2 0.076 0.0 34.5691 1.19 51.7 21 1942.0 1.9973 58.1 0.073 0.0 34.5692 1.19 51.7 17 1943.0 1.9973 58.2 0.079 0.0 34.5692 1.19 51.8 16 1944.0 1.9975 58.2 0.077 0.0 34.5691 1.20 52.0 14 1945.0 1.9972 58.2 0.071 0.0 34.5692 1.20 52.0 18 1945.9 1.9960 58.2 0.068 0.0 34.5693 1.19 51.7 19 1947.5 1.9961 58.1 0.061 0.0 34.5695 1.19 51.8 1 1948.0 1.9957 58.1 0.070 0.0 34.5697 1.19 51.8 13 1949.0 1.9956 58.2 0.073 0.0 34.5696 1.19 51.8 12 1950.0 1.9939 58.2 0.069 0.0 34.5700 1.19 51.8 11 1951.0 1.9933 58.2 0.070 0.0 34.5701 1.19 51.8 12 1952.0 1.9931 58.2 0.079 0.0 34.5700 1.20 51.9 12 1953.0 1.9922 58.2 0.078 0.0 34.5703 1.19 51.9 16 1953.8 1.9903 58.2 0.073 0.0 34.5704 1.20 52.0 15 1956.5 1.9881 58.2 0.073 0.0 34.5709 1.21 52.5 1 1957.0 1.9870 58.1 0.070 0.0 34.5711 1.21 52.5 13 1958.0 1.9868 58.2 0.073 0.0 34.5712 1.21 52.4 15 1959.0 1.9862 58.2 0.078 0.0 34.5714 1.20 52.3 15 1960.0 1.9853 58.2 0.079 0.0 34.5714 1.20 52.3 18 1961.0 1.9845 58.2 0.073 0.0 34.5715 1.21 52.7 22 1962.0 1.9837 58.2 0.068 0.0 34.5717 1.22 52.8 29 1963.0 1.9840 58.2 0.076 0.0 34.5716 1.21 52.7 35 1964.0 1.9840 58.2 0.076 0.0 34.5716 1.22 53.0 40 1964.9 1.9814 58.2 0.071 0.0 34.5720 1.22 52.8 31 1966.0 1.9793 58.2 0.075 0.0 34.5726 1.22 53.0 20 1967.0 1.9794 58.2 0.079 0.0 34.5725 1.22 53.2 15 1968.0 1.9791 58.2 0.071 0.0 34.5727 1.22 53.2 15 1969.0 1.9790 58.2 0.073 0.0 34.5727 1.22 53.0 15 1970.0 1.9781 58.1 0.073 0.0 34.5729 1.22 53.0 17 1971.0 1.9759 58.2 0.076 0.0 34.5732 1.22 53.1 21 1972.0 1.9752 58.2 0.075 0.0 34.5733 1.23 53.6 39 1973.0 1.9751 58.0 0.075 0.0 34.5731 1.23 53.3 39 1974.0 1.9741 58.2 0.075 0.0 34.5736 1.23 53.6 18 1975.0 1.9730 58.2 0.074 0.0 34.5738 1.24 53.8 20 1976.0 1.9723 58.1 0.074 0.0 34.5740 1.24 53.7 20 1977.0 1.9719 58.1 0.079 0.0 34.5740 1.24 53.8 21 1978.0 1.9717 58.2 0.071 0.0 34.5741 1.24 53.7 23 1979.0 1.9716 58.2 0.072 0.0 34.5742 1.24 54.0 23 1980.0 1.9717 58.2 0.073 0.0 34.5742 1.24 53.9 20 1981.0 1.9717 58.2 0.073 0.0 34.5740 1.23 53.6 19 1982.0 1.9716 58.2 0.073 0.0 34.5741 1.24 53.8 22 1983.0 1.9714 58.2 0.074 0.0 34.5741 1.25 54.1 30 1984.0 1.9712 58.1 0.071 0.0 34.5741 1.25 54.1 34 1985.0 1.9712 58.2 0.078 0.0 34.5742 1.24 53.9 23 1986.0 1.9701 58.2 0.071 0.0 34.5745 1.24 54.0 19 1987.0 1.9700 58.2 0.083 0.0 34.5745 1.24 53.9 18 1988.0 1.9698 58.2 0.074 0.0 34.5746 1.24 53.9 18 1989.0 1.9691 58.2 0.074 0.0 34.5747 1.24 53.9 18 1990.0 1.9692 58.2 0.070 0.0 34.5748 1.24 54.0 22 1991.0 1.9692 58.2 0.072 0.0 34.5746 1.25 54.2 27 1992.0 1.9689 58.2 0.066 0.0 34.5747 1.25 54.3 25 1993.0 1.9691 58.2 0.075 0.0 34.5747 1.25 54.2 20 1994.0 1.9690 58.1 0.081 0.0 34.5748 1.25 54.5 19 1995.0 1.9669 58.2 0.070 0.0 34.5751 1.25 54.3 25 1995.8 1.9667 58.2 0.073 0.0 34.5751 1.25 54.4 13 1997.0 1.9671 58.2 0.073 0.0 34.5751 1.26 54.6 22 1998.0 1.9668 58.2 0.072 0.0 34.5753 1.25 54.5 15 1999.0 1.9667 58.2 0.072 0.0 34.5754 1.25 54.4 13 2000.0 1.9658 58.2 0.073 0.0 34.5754 1.26 54.6 14 2001.0 1.9657 58.2 0.073 0.0 34.5755 1.26 54.7 14 2002.0 1.9656 58.1 0.073 0.0 34.5754 1.26 54.6 15 2003.0 1.9655 58.1 0.073 0.0 34.5754 1.25 54.4 19 2004.1 1.9652 58.2 0.070 0.0 34.5756 1.25 54.5 28 2004.5 1.9649 58.2 0.085 0.0 34.5756 1.26 54.7 1 2007.0 1.9652 58.2 0.073 0.0 34.5755 1.26 54.6 25