*2013/12/16 14:31:18.23 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1991/10/24 17:54:00.000 NUMBER OF RECORDS : 277 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------ ---------------- -------------- -------------- 1 Pressure decibar 0 276 2 Temperature 'deg C (IPTS68)' 7.79 11.001 3 Salinity PSS-78 23.876 32.972 4 Transmissivity %/metre 10.9 53.2 5 Fluorescence:URU mg/m^3 0.33 9.681 $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 ' ' 6 F ' ' 1 5 -99 ' ' 8 F ' ' 3 $END $REMARKS This file converted from 12 line header format. $END *ADMINISTRATION MISSION : 1991-16 AGENCY : IOS, Ocean Physics Division, Sidney, B.C. COUNTRY : Canada PROJECT : Alberni Inlet SCIENTIST : Stucchi D. PLATFORM : R.B. Young *LOCATION GEOGRAPHIC AREA : ALBERNI INLET STATION : PA22 EVENT NUMBER : 6 LATITUDE : 49 3.35000 N ! (deg min) LONGITUDE : 124 51.00000 W ! (deg min) *INSTRUMENT TYPE : GUILDLINE MODEL : 8705 SERIAL NUMBER : 58,482 $TABLE: SENSORS ! Name Abs Depth Serial No ! ---------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity n/a ? Transmissivity n/a ? Fluorometer n/a ? $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- C12L_IOS 2.0 1993/09/02 15:46:54 277 277 HDREDIT2 1.6 2003/07/29 14:28:12 ? ? CLEAN 4.3.1 2003/07/29 14:28:17 277 277 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:31:18 277 277 $END $REMARKS 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 *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (-1 3000) Temperature n/a 10 ' ' (-0.154E-01 1.0009) Conductivity_Ratio n/a 10 ' ' (-0.4E-03 1.0046) Transmissivity n/a 10 ' ' (102.191 -2.0449) Fluorescence n/a 10 ' ' (30 -0.6) $END $TABLE: CORRECTED CHANNELS ! Name Units Fmla Pad Coefficients ! ---------- -------- ---- ------ ------------ Salinity PSS-78 11 ' ' (Salinity) (-0.51E-01) $END *COMMENTS deep cast with salinity sample bottle + rt's NOTE: The distance between the upper lense of the transmissometer and the temperature and conductivity sensors are about 0.9m. Salinity correction = -0.051 0/00. !--1--- ---2--- ---3--- --4-- ---5--- !Pressu Tempera Salinit Trans Fluores !re ture y missi cence: ! vity URU !------ ------- ------- ----- ------- *END OF HEADER 0.0 10.145 23.876 18.4 7.980 1.0 10.210 24.114 17.6 6.192 2.0 10.851 27.966 13.7 8.448 3.0 11.001 29.496 10.9 9.390 4.0 10.802 30.325 24.2 9.681 5.0 10.508 30.972 36.1 7.062 6.0 10.302 31.290 41.1 4.140 7.0 10.116 31.577 46.9 2.424 8.0 9.965 31.710 49.8 1.629 9.0 9.924 31.759 51.3 1.155 10.0 9.912 31.779 51.6 0.900 11.0 9.910 31.812 51.6 0.741 12.0 9.847 31.839 51.5 0.651 13.0 9.825 31.855 51.1 0.594 14.0 9.840 31.877 51.0 0.570 15.0 9.822 31.891 50.9 0.570 16.0 9.839 31.910 50.8 0.543 17.0 9.858 31.915 50.6 0.540 18.0 9.877 31.926 50.8 0.534 19.0 9.875 31.948 50.9 0.516 20.0 9.842 31.967 51.2 0.492 21.0 9.808 31.980 51.4 0.480 22.0 9.774 31.991 51.4 0.480 23.0 9.726 32.010 51.2 0.480 24.0 9.702 32.026 51.3 0.480 25.0 9.662 32.027 51.3 0.480 26.0 9.685 32.038 51.3 0.453 27.0 9.645 32.045 51.5 0.450 28.0 9.610 32.048 51.7 0.450 29.0 9.602 32.062 51.3 0.450 30.0 9.570 32.084 51.5 0.450 31.0 9.552 32.091 52.0 0.447 32.0 9.540 32.094 52.2 0.450 33.0 9.532 32.099 52.2 0.450 34.0 9.504 32.108 52.2 0.450 35.0 9.470 32.122 52.3 0.450 36.0 9.420 32.150 52.2 0.450 37.0 9.357 32.193 52.2 0.450 38.0 9.315 32.212 52.1 0.447 39.0 9.291 32.217 52.0 0.423 40.0 9.238 32.242 51.9 0.420 41.0 9.231 32.241 51.9 0.420 42.0 9.225 32.243 51.8 0.420 43.0 9.207 32.257 51.7 0.420 44.0 9.204 32.257 51.9 0.450 45.0 9.196 32.261 52.0 0.450 46.0 9.183 32.273 52.0 0.450 47.0 9.163 32.299 51.9 0.438 48.0 9.115 32.329 51.9 0.420 49.0 9.055 32.353 51.8 0.432 50.0 8.998 32.370 51.5 0.450 51.0 8.977 32.391 51.1 0.450 52.0 8.930 32.407 50.9 0.450 53.0 8.886 32.430 50.8 0.450 54.0 8.832 32.446 50.6 0.450 55.0 8.741 32.473 50.4 0.450 56.0 8.695 32.498 50.0 0.450 57.0 8.643 32.525 49.8 0.447 58.0 8.623 32.537 49.7 0.420 59.0 8.582 32.571 49.7 0.420 60.0 8.542 32.597 49.6 0.420 61.0 8.512 32.611 49.4 0.420 62.0 8.460 32.635 49.4 0.420 63.0 8.448 32.638 49.4 0.420 64.0 8.410 32.671 49.3 0.420 65.0 8.320 32.720 49.4 0.420 66.0 8.312 32.730 49.6 0.420 67.0 8.299 32.735 49.6 0.420 68.0 8.278 32.744 49.7 0.414 69.0 8.254 32.759 49.7 0.408 70.0 8.251 32.772 49.7 0.390 71.0 8.236 32.784 49.6 0.390 72.0 8.231 32.785 49.5 0.390 73.0 8.212 32.785 49.4 0.390 74.0 8.186 32.785 49.4 0.390 75.0 8.159 32.787 49.5 0.390 76.0 8.150 32.789 49.7 0.390 77.0 8.137 32.791 49.9 0.390 78.0 8.119 32.793 49.9 0.390 79.0 8.097 32.798 49.7 0.390 80.0 8.086 32.805 49.5 0.390 81.0 8.092 32.810 49.0 0.390 82.0 8.086 32.815 49.1 0.390 83.0 8.064 32.819 49.2 0.390 84.0 8.059 32.820 49.2 0.390 85.0 8.054 32.823 48.9 0.390 86.0 8.051 32.824 48.9 0.390 87.0 8.053 32.825 48.8 0.390 88.0 8.057 32.827 48.8 0.393 89.0 8.067 32.831 48.9 0.420 90.0 8.079 32.838 49.0 0.393 91.0 8.065 32.843 49.1 0.390 92.0 8.054 32.845 49.3 0.390 93.0 8.048 32.844 49.4 0.390 94.0 8.044 32.844 49.4 0.396 95.0 8.042 32.844 49.3 0.411 96.0 8.039 32.844 49.5 0.390 97.0 8.029 32.847 49.4 0.390 98.0 8.016 32.848 49.5 0.390 99.0 8.003 32.849 49.5 0.390 100.0 7.998 32.850 49.5 0.390 101.0 7.991 32.853 49.7 0.390 102.0 7.992 32.855 49.7 0.390 103.0 7.991 32.859 49.7 0.390 104.0 7.987 32.860 49.7 0.390 105.0 7.983 32.860 49.8 0.393 106.0 7.972 32.864 49.7 0.390 107.0 7.964 32.866 49.6 0.390 108.0 7.961 32.868 49.5 0.390 109.0 7.954 32.870 49.4 0.381 110.0 7.951 32.871 49.5 0.378 111.0 7.949 32.873 49.6 0.387 112.0 7.948 32.875 49.5 0.390 113.0 7.944 32.877 49.6 0.369 114.0 7.937 32.878 49.7 0.363 115.0 7.927 32.880 49.7 0.360 116.0 7.926 32.880 49.8 0.360 117.0 7.923 32.881 49.8 0.360 118.0 7.922 32.881 49.9 0.372 119.0 7.922 32.882 50.0 0.375 120.0 7.919 32.883 50.0 0.390 121.0 7.915 32.884 50.0 0.360 122.0 7.911 32.887 50.1 0.360 123.0 7.909 32.887 50.1 0.360 124.0 7.909 32.888 50.1 0.360 125.0 7.908 32.888 50.2 0.360 126.0 7.907 32.889 50.3 0.360 127.0 7.904 32.891 50.3 0.360 128.0 7.901 32.893 50.4 0.360 129.0 7.899 32.893 50.4 0.360 130.0 7.898 32.895 50.5 0.360 131.0 7.897 32.896 50.6 0.360 132.0 7.896 32.896 51.0 0.360 133.0 7.894 32.897 51.0 0.360 134.0 7.894 32.897 51.1 0.360 135.0 7.892 32.898 51.1 0.360 136.0 7.892 32.899 51.2 0.360 137.0 7.891 32.899 51.2 0.369 138.0 7.889 32.901 51.2 0.360 139.0 7.886 32.902 51.2 0.360 140.0 7.882 32.905 51.4 0.360 141.0 7.879 32.907 51.5 0.360 142.0 7.877 32.907 51.4 0.360 143.0 7.877 32.908 51.4 0.360 144.0 7.876 32.908 51.3 0.360 145.0 7.876 32.909 51.3 0.360 146.0 7.874 32.909 51.3 0.360 147.0 7.871 32.911 51.5 0.360 148.0 7.868 32.913 51.9 0.360 149.0 7.867 32.913 52.0 0.360 150.0 7.866 32.914 52.2 0.360 151.0 7.864 32.915 52.3 0.333 152.0 7.860 32.917 52.1 0.336 153.0 7.858 32.919 52.3 0.348 154.0 7.857 32.919 52.4 0.360 155.0 7.857 32.919 52.5 0.345 156.0 7.853 32.921 52.7 0.363 157.0 7.851 32.923 52.9 0.360 158.0 7.849 32.924 52.7 0.360 159.0 7.847 32.924 52.6 0.348 160.0 7.847 32.925 52.8 0.330 161.0 7.847 32.925 52.9 0.345 162.0 7.847 32.925 52.9 0.339 163.0 7.847 32.925 53.0 0.330 164.0 7.847 32.925 53.0 0.330 165.0 7.846 32.925 53.1 0.336 166.0 7.846 32.926 53.1 0.330 167.0 7.845 32.926 53.0 0.330 168.0 7.844 32.927 53.1 0.330 169.0 7.843 32.928 53.2 0.330 170.0 7.842 32.928 53.2 0.330 171.0 7.841 32.929 53.2 0.330 172.0 7.839 32.930 53.2 0.330 173.0 7.836 32.932 53.1 0.330 174.0 7.835 32.932 53.1 0.330 175.0 7.832 32.934 53.1 0.330 176.0 7.830 32.936 53.0 0.330 177.0 7.835 32.938 53.1 0.330 178.0 7.833 32.939 52.9 0.330 179.0 7.827 32.941 52.5 0.330 180.0 7.828 32.942 52.4 0.330 181.0 7.825 32.943 52.6 0.333 182.0 7.825 32.943 52.4 0.330 183.0 7.823 32.943 52.1 0.348 184.0 7.824 32.945 52.0 0.330 185.0 7.823 32.947 52.0 0.342 186.0 7.821 32.948 51.9 0.333 187.0 7.819 32.948 52.0 0.330 188.0 7.819 32.948 52.1 0.330 189.0 7.818 32.948 52.1 0.345 190.0 7.818 32.948 52.1 0.330 191.0 7.817 32.949 52.1 0.333 192.0 7.816 32.949 52.1 0.330 193.0 7.816 32.949 52.0 0.330 194.0 7.816 32.950 52.0 0.330 195.0 7.815 32.950 52.0 0.333 196.0 7.815 32.950 52.1 0.330 197.0 7.815 32.950 52.0 0.330 198.0 7.815 32.950 52.0 0.330 199.0 7.813 32.951 51.9 0.330 200.0 7.810 32.952 51.9 0.354 201.0 7.809 32.953 51.9 0.342 202.0 7.808 32.953 52.0 0.330 203.0 7.808 32.953 51.9 0.348 204.0 7.807 32.954 51.9 0.330 205.0 7.806 32.954 51.7 0.330 206.0 7.805 32.955 51.3 0.330 207.0 7.805 32.955 50.7 0.330 208.0 7.804 32.956 50.3 0.330 209.0 7.804 32.956 49.9 0.330 210.0 7.803 32.957 49.6 0.330 211.0 7.803 32.959 49.7 0.330 212.0 7.804 32.959 49.7 0.330 213.0 7.804 32.959 49.5 0.330 214.0 7.805 32.960 49.5 0.330 215.0 7.806 32.960 49.5 0.330 216.0 7.805 32.961 49.4 0.330 217.0 7.806 32.962 49.5 0.330 218.0 7.808 32.962 49.5 0.330 219.0 7.805 32.962 49.4 0.330 220.0 7.801 32.963 49.3 0.330 221.0 7.800 32.963 49.3 0.330 222.0 7.801 32.963 49.1 0.330 223.0 7.801 32.963 49.0 0.336 224.0 7.801 32.963 48.8 0.381 225.0 7.800 32.963 48.6 0.360 226.0 7.801 32.963 48.6 0.360 227.0 7.801 32.963 48.6 0.360 228.0 7.800 32.963 48.3 0.357 229.0 7.799 32.964 48.4 0.345 230.0 7.799 32.964 48.7 0.354 231.0 7.798 32.964 48.9 0.330 232.0 7.797 32.964 49.0 0.330 233.0 7.796 32.964 49.3 0.330 234.0 7.795 32.964 49.9 0.330 235.0 7.794 32.964 50.3 0.330 236.0 7.794 32.965 50.6 0.330 237.0 7.793 32.965 50.8 0.330 238.0 7.793 32.965 51.0 0.330 239.0 7.793 32.965 51.2 0.330 240.0 7.793 32.965 51.2 0.330 241.0 7.793 32.966 51.3 0.330 242.0 7.793 32.966 51.1 0.330 243.0 7.794 32.967 50.7 0.330 244.0 7.794 32.967 50.2 0.330 245.0 7.795 32.967 49.4 0.330 246.0 7.795 32.968 48.5 0.330 247.0 7.795 32.967 47.8 0.330 248.0 7.795 32.968 47.6 0.342 249.0 7.795 32.968 47.2 0.360 250.0 7.795 32.968 47.1 0.360 251.0 7.796 32.968 46.9 0.351 252.0 7.795 32.968 46.9 0.360 253.0 7.795 32.968 46.9 0.345 254.0 7.794 32.969 47.0 0.354 255.0 7.794 32.969 47.1 0.360 256.0 7.793 32.969 47.1 0.360 257.0 7.794 32.969 47.0 0.360 258.0 7.793 32.970 47.1 0.357 259.0 7.794 32.969 46.6 0.360 260.0 7.793 32.970 46.1 0.360 261.0 7.792 32.970 45.5 0.360 262.0 7.792 32.970 45.1 0.360 263.0 7.792 32.970 44.8 0.360 264.0 7.792 32.970 44.4 0.360 265.0 7.791 32.970 44.4 0.360 266.0 7.791 32.971 44.1 0.360 267.0 7.791 32.971 42.9 0.360 268.0 7.790 32.971 41.8 0.360 269.0 7.791 32.971 41.5 0.360 270.0 7.791 32.971 40.5 0.360 271.0 7.791 32.971 39.8 0.360 272.0 7.791 32.971 38.6 0.360 273.0 7.791 32.971 37.6 0.360 274.0 7.791 32.972 36.8 0.381 275.0 7.791 32.972 35.8 0.390 276.0 7.790 32.972 35.3 0.366