*2013/12/16 14:15:08.75 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : PST 1976/05/03 17:15:00.000 NUMBER OF RECORDS : 245 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 4 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ----------------------- ---------------- -------------- -------------- 1 Pressure decibar 0.2 245.3 2 Salinity ppt 29.931 32.375 3 Temperature 'deg C (IPTS68)' 7.473 8.558 4 Number_of_bin_records n/a 5 96 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 8 F ' ' 3 3 -99 ' ' 8 F ' ' 3 4 -99 ' ' 5 I I 0 $END $REMARKS This file converted from CZO single line format data retreived from V01201. File: CZO786.56 $END *ADMINISTRATION MISSION : 1976-51 AGENCY : IOS, Coastal Zone Oceanography, Sidney, B.C. COUNTRY : Canada PROJECT : HARO STRAIT SCIENTIST : Stucchi D. PLATFORM : SQUAMISH $REMARKS This is Coastal Zone /Haro Strait Project Cruise: 1 Original tape/file ID: CZO786.56 $END *LOCATION GEOGRAPHIC AREA : Haro Strait STATION : 1H EVENT NUMBER : 56 LATITUDE : 48 29.24000 N ! (deg min) LONGITUDE : 123 10.40000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : 8700 MK II $REMARKS The instrumentation used to collect the data consisted of 1) Guildline Model 8700 CTD probe and control console 2) programmable data acquisition system (PRODAS) 3) HP X, Y1 , Y2 plotter 4) winch with seven conductor cable and slip ring assembly $END *COMMENTS Details of the data processing and analysis scheme are presented in: Pacific Marine Science Report 79-21 (Parts 1-4) by the Coastal Zone Oceanography Section (1979). These files were recovered from tape V01201 (VMS BACKUP format). The data files were merged with the meta-data (entered from printed reports) and written out in IOS HEADER format using the program HAROSCAN.BAS RMB April 27/94 Original tape/file ID: CZO786.56 *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- CLEAN 1.1 1995/08/17 11:24:37 1798 1798 DELETE 4.4 1998/04/01 16:07:08 1798 1782 BINAVE2 1.0 1998/04/01 16:12:27 1782 245 HDREDIT2 1.6 2003/05/30 17:00:33 ? ? REMOVECH 6.0 2003/05/30 17:01:07 245 245 CLEAN 4.2 2003/05/30 17:01:14 245 245 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:15:08 245 245 $END $REMARKS -The following CLEAN parameters were used. Reset #RECS, MIN & MAX values in header. -The following DELETE parameters were used: Surface Record Removal: Last Press Min Maximum Surface Pressure (relative): 5.00 Surface Swell Pressure Tolerance: 1.00 Pressure NOT filtered Swells NOT deleted Slow Drop Rate NOT deleted -The following BINAVE2 parameters were used: Bin channel = Depth Averaging interval = 1.0 Minimum bin value = .000 Bin value was used Interpolated values were used for empty bins Channel 'NUMBER_OF_BIN_RECORDS' was added to file. -The following CHANNEL(S) were removed from file. Depth Sigma-t Conductivity_ratio CLEAN functions: - Reset #RECS, MIN & MAX values in header. - Change Pad Value to -99 in All Channels. - Delete Empty Channels: 0 deleted. - Set channel name post-colon letters to upper case. $END !--1--- ---2--- ---3--- -4-- !Pressu Salinit Tempera Numb !re y ture er_o ! ~bin ! _rec ! ords !------ ------- ------- ---- *END OF HEADER 0.2 29.932 8.558 21 1.0 29.931 8.498 16 2.0 29.957 8.401 14 3.0 29.980 8.339 8 4.0 30.155 8.211 10 4.9 30.250 8.140 9 6.1 30.289 8.111 9 7.0 30.297 8.104 9 8.0 30.296 8.103 9 9.0 30.298 8.101 10 10.0 30.304 8.093 7 11.0 30.306 8.092 9 12.0 30.307 8.091 10 13.0 30.309 8.089 6 14.0 30.320 8.085 9 15.1 30.419 8.060 8 16.1 30.488 8.038 7 17.1 30.524 8.019 7 18.0 30.535 8.016 8 19.1 30.533 8.014 6 20.2 30.538 8.019 8 21.1 30.528 8.018 7 22.1 30.538 8.011 6 23.1 30.582 8.006 9 24.1 30.581 8.006 6 25.1 30.570 8.008 6 26.1 30.565 8.008 6 27.0 30.571 8.008 9 28.1 30.599 8.004 6 29.2 30.594 8.004 9 30.1 30.598 8.004 7 31.2 30.595 8.004 6 32.2 30.605 8.004 7 33.2 30.608 8.003 9 34.1 30.611 8.001 7 35.2 30.603 8.004 6 36.2 30.599 8.006 7 37.2 30.601 8.006 8 38.2 30.600 8.007 7 39.2 30.598 8.007 8 40.2 30.603 8.004 7 41.2 30.613 8.003 7 42.2 30.616 8.003 7 43.2 30.619 8.003 6 44.1 30.612 8.005 10 45.1 30.604 8.009 6 46.3 30.606 8.007 6 47.2 30.601 8.008 8 48.2 30.607 8.007 7 49.2 30.624 8.006 7 50.2 30.614 8.006 7 51.2 30.647 8.005 6 52.2 30.729 7.999 7 53.2 30.731 7.999 7 54.3 30.727 7.999 7 55.3 30.702 8.000 7 56.2 30.716 8.001 7 57.3 30.720 8.001 6 58.3 30.776 8.002 6 59.3 30.826 7.990 8 60.3 30.793 7.977 7 61.3 30.742 7.986 6 62.3 30.852 7.972 8 63.4 30.886 7.958 6 64.4 30.912 7.944 6 65.4 30.919 7.938 8 66.4 30.920 7.940 7 67.3 30.923 7.940 6 68.4 30.927 7.937 8 69.5 30.923 7.938 6 70.4 30.921 7.937 7 71.3 30.922 7.937 7 72.3 30.924 7.938 6 73.3 30.928 7.938 7 74.3 30.931 7.938 7 75.3 30.932 7.940 6 76.4 30.932 7.941 6 77.3 30.932 7.939 8 78.4 30.932 7.935 7 79.4 30.943 7.936 6 80.4 30.945 7.939 7 81.4 30.942 7.941 7 82.4 30.974 7.935 7 83.4 30.985 7.930 7 84.4 30.986 7.928 8 85.4 30.985 7.929 5 86.4 30.989 7.929 7 87.4 30.988 7.929 7 88.3 30.993 7.928 7 89.3 30.992 7.927 6 90.4 30.999 7.925 6 91.5 31.000 7.923 8 92.4 31.001 7.923 6 93.4 31.000 7.925 6 94.4 31.017 7.917 8 95.4 31.040 7.907 6 96.4 31.041 7.903 6 97.5 31.046 7.903 7 98.4 31.050 7.899 7 99.5 31.061 7.894 7 100.6 31.056 7.897 7 101.5 31.062 7.895 7 102.5 31.063 7.893 6 103.5 31.064 7.894 7 104.5 31.094 7.887 7 105.5 31.124 7.866 7 106.5 31.142 7.858 6 107.5 31.163 7.845 8 108.5 31.196 7.840 7 109.6 31.217 7.837 6 110.5 31.240 7.835 7 111.5 31.266 7.831 8 112.6 31.287 7.829 6 113.6 31.299 7.825 8 114.6 31.307 7.824 6 115.6 31.312 7.823 7 116.6 31.312 7.823 7 117.6 31.315 7.823 6 118.5 31.316 7.823 6 119.5 31.317 7.822 8 120.6 31.312 7.823 6 121.6 31.315 7.822 7 122.7 31.317 7.822 7 123.6 31.320 7.823 7 124.7 31.323 7.822 6 125.7 31.325 7.822 7 126.6 31.345 7.820 6 127.7 31.371 7.815 7 128.7 31.389 7.808 6 129.7 31.397 7.803 7 130.7 31.399 7.803 6 131.7 31.434 7.797 6 132.7 31.454 7.787 7 133.7 31.462 7.784 5 134.6 31.461 7.783 6 135.7 31.467 7.780 8 136.7 31.478 7.777 5 137.7 31.493 7.770 6 138.7 31.499 7.767 6 139.6 31.511 7.765 6 140.7 31.548 7.755 7 141.8 31.560 7.747 6 142.7 31.557 7.748 6 143.7 31.555 7.749 6 144.8 31.557 7.748 6 145.8 31.562 7.746 6 146.8 31.549 7.751 6 147.8 31.555 7.751 6 148.8 31.556 7.751 6 149.8 31.557 7.748 6 150.8 31.556 7.749 6 151.8 31.556 7.749 7 152.8 31.572 7.745 5 153.8 31.579 7.740 6 154.8 31.576 7.741 6 155.8 31.581 7.740 6 156.9 31.595 7.734 6 157.9 31.597 7.733 7 158.8 31.590 7.734 5 159.9 31.589 7.737 6 160.9 31.591 7.736 6 161.8 31.589 7.736 6 162.8 31.595 7.735 6 163.9 31.592 7.737 6 164.8 31.590 7.735 6 165.8 31.589 7.736 6 166.8 31.598 7.735 5 167.8 31.596 7.733 7 168.9 31.593 7.735 6 169.8 31.587 7.737 5 170.9 31.593 7.735 7 171.9 31.604 7.733 5 172.9 31.613 7.728 6 173.9 31.620 7.725 5 174.9 31.619 7.724 6 175.9 31.624 7.724 5 176.9 31.639 7.719 5 177.9 31.646 7.718 5 179.0 31.653 7.715 5 179.9 31.675 7.710 5 181.0 31.697 7.702 6 182.0 31.698 7.698 5 182.9 31.693 7.700 5 183.9 31.704 7.699 6 185.0 31.714 7.696 7 186.0 31.723 7.691 5 187.0 31.736 7.688 7 188.1 31.736 7.686 8 189.0 31.745 7.685 7 190.0 31.745 7.684 9 191.1 31.783 7.674 9 192.0 31.815 7.663 8 193.0 31.841 7.654 8 194.0 31.857 7.647 8 195.0 31.877 7.641 8 196.1 31.901 7.632 7 197.1 31.899 7.632 7 198.1 31.905 7.631 7 199.1 31.906 7.632 5 200.0 31.906 7.629 7 201.0 31.903 7.630 6 202.1 31.899 7.633 6 203.1 31.901 7.633 5 204.1 31.917 7.630 6 205.2 31.936 7.623 6 206.1 31.952 7.615 5 207.0 31.962 7.612 5 208.1 31.975 7.608 7 209.2 31.986 7.607 7 210.2 32.007 7.602 7 211.2 32.020 7.593 6 212.2 32.022 7.594 7 213.2 32.048 7.584 10 214.2 32.075 7.575 8 215.1 32.095 7.567 8 216.2 32.101 7.563 7 217.2 32.103 7.566 7 218.2 32.122 7.559 5 219.2 32.173 7.546 7 220.2 32.196 7.539 5 221.2 32.165 7.542 6 222.3 32.157 7.551 5 223.2 32.160 7.544 6 224.2 32.170 7.540 6 225.2 32.199 7.532 6 226.3 32.197 7.532 7 227.3 32.207 7.529 7 228.3 32.206 7.531 9 229.3 32.242 7.522 9 230.3 32.290 7.502 8 231.3 32.290 7.502 7 232.3 32.315 7.495 7 233.3 32.355 7.483 7 234.4 32.364 7.478 7 235.3 32.363 7.478 7 236.3 32.369 7.477 7 237.4 32.372 7.476 7 238.4 32.369 7.475 8 239.3 32.368 7.476 6 240.4 32.372 7.475 8 241.5 32.373 7.474 9 242.4 32.374 7.474 10 243.4 32.373 7.474 8 244.4 32.375 7.473 7 245.3 32.347 7.475 96