*2013/12/16 14:31:18.84 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1991/10/28 22:29:00.000 NUMBER OF RECORDS : 251 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------ ---------------- -------------- -------------- 1 Pressure decibar 0 250 2 Temperature 'deg C (IPTS68)' 7.798 10.127 3 Salinity PSS-78 30.089 32.963 4 Transmissivity %/metre 26.8 54.3 5 Fluorescence:URU mg/m^3 0.9E-01 5.706 $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 : 69 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 15:47:17 251 251 HDREDIT2 1.6 2003/07/29 14:28:14 ? ? CLEAN 4.3.1 2003/07/29 14:28:19 251 251 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:31:18 251 251 $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, 3 killer whales sighted, snow stopped 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 9.832 30.089 26.8 4.719 1.0 9.848 30.176 30.9 4.791 2.0 9.846 30.196 39.4 5.373 3.0 9.841 30.177 40.0 5.706 4.0 9.861 30.231 39.2 4.962 5.0 9.939 30.426 39.8 4.770 6.0 10.127 31.327 40.9 3.549 7.0 10.050 31.616 48.0 2.229 8.0 10.006 31.682 51.7 1.470 9.0 10.007 31.716 52.5 1.023 10.0 9.983 31.766 52.6 0.723 11.0 9.984 31.830 52.5 0.555 12.0 9.983 31.861 52.7 0.477 13.0 9.952 31.883 53.5 0.399 14.0 9.900 31.901 53.9 0.321 15.0 9.879 31.908 54.3 0.276 16.0 9.853 31.924 53.9 0.243 17.0 9.834 31.933 53.6 0.216 18.0 9.814 31.938 53.2 0.210 19.0 9.797 31.942 52.8 0.210 20.0 9.770 31.951 52.8 0.267 21.0 9.753 31.957 52.9 0.297 22.0 9.700 31.966 53.2 0.267 23.0 9.667 31.979 53.2 0.240 24.0 9.644 31.988 53.4 0.240 25.0 9.603 31.990 53.4 0.240 26.0 9.577 31.999 53.5 0.237 27.0 9.573 32.001 53.8 0.210 28.0 9.571 32.004 53.8 0.210 29.0 9.565 32.016 53.8 0.210 30.0 9.553 32.024 53.8 0.210 31.0 9.528 32.029 53.6 0.237 32.0 9.532 32.038 53.6 0.219 33.0 9.532 32.045 53.6 0.210 34.0 9.547 32.049 53.4 0.207 35.0 9.535 32.060 53.1 0.180 36.0 9.525 32.073 52.8 0.180 37.0 9.489 32.094 52.5 0.180 38.0 9.456 32.110 52.3 0.180 39.0 9.413 32.126 52.1 0.207 40.0 9.390 32.139 52.1 0.201 41.0 9.368 32.148 51.9 0.210 42.0 9.346 32.155 51.7 0.210 43.0 9.317 32.167 51.4 0.255 44.0 9.306 32.177 51.2 0.240 45.0 9.291 32.185 50.9 0.216 46.0 9.247 32.198 50.8 0.210 47.0 9.232 32.208 50.5 0.210 48.0 9.195 32.244 50.3 0.210 49.0 9.185 32.261 50.2 0.204 50.0 9.160 32.286 50.1 0.180 51.0 9.122 32.308 50.1 0.180 52.0 9.088 32.333 50.0 0.195 53.0 9.053 32.356 50.1 0.183 54.0 9.003 32.381 50.4 0.180 55.0 8.936 32.412 50.5 0.180 56.0 8.875 32.435 50.3 0.180 57.0 8.812 32.448 50.1 0.180 58.0 8.773 32.460 49.9 0.180 59.0 8.740 32.480 49.5 0.180 60.0 8.643 32.527 49.4 0.180 61.0 8.575 32.569 49.3 0.180 62.0 8.528 32.601 49.1 0.180 63.0 8.492 32.620 49.2 0.180 64.0 8.444 32.651 49.1 0.180 65.0 8.412 32.669 49.2 0.180 66.0 8.395 32.676 49.2 0.180 67.0 8.360 32.697 49.1 0.180 68.0 8.324 32.718 49.1 0.174 69.0 8.283 32.739 49.2 0.150 70.0 8.254 32.748 49.4 0.168 71.0 8.226 32.753 49.4 0.177 72.0 8.202 32.758 49.4 0.165 73.0 8.167 32.766 49.3 0.150 74.0 8.162 32.780 49.3 0.150 75.0 8.174 32.788 49.3 0.162 76.0 8.148 32.798 49.5 0.165 77.0 8.120 32.802 49.4 0.150 78.0 8.113 32.802 49.4 0.150 79.0 8.104 32.804 49.3 0.150 80.0 8.101 32.808 49.3 0.150 81.0 8.104 32.810 49.4 0.150 82.0 8.106 32.812 49.5 0.150 83.0 8.110 32.814 49.4 0.150 84.0 8.101 32.817 49.5 0.150 85.0 8.093 32.821 49.3 0.150 86.0 8.086 32.822 49.3 0.150 87.0 8.077 32.823 49.3 0.150 88.0 8.071 32.825 49.3 0.150 89.0 8.062 32.828 49.5 0.150 90.0 8.049 32.830 49.7 0.150 91.0 8.040 32.830 49.7 0.150 92.0 8.028 32.833 49.7 0.150 93.0 8.021 32.836 49.8 0.150 94.0 8.017 32.839 50.0 0.144 95.0 8.011 32.843 50.0 0.120 96.0 8.005 32.846 50.0 0.120 97.0 8.001 32.848 50.0 0.120 98.0 7.996 32.850 50.0 0.120 99.0 7.990 32.851 50.2 0.135 100.0 7.986 32.853 50.1 0.120 101.0 7.984 32.854 50.1 0.138 102.0 7.982 32.856 50.1 0.150 103.0 7.980 32.859 50.2 0.150 104.0 7.980 32.861 50.1 0.150 105.0 7.978 32.861 50.0 0.150 106.0 7.969 32.862 49.9 0.150 107.0 7.969 32.864 49.4 0.150 108.0 7.965 32.864 49.2 0.150 109.0 7.958 32.865 49.1 0.150 110.0 7.958 32.866 49.0 0.150 111.0 7.962 32.867 48.9 0.150 112.0 7.963 32.869 49.1 0.150 113.0 7.956 32.871 49.5 0.150 114.0 7.950 32.872 49.9 0.150 115.0 7.941 32.874 49.8 0.135 116.0 7.936 32.876 49.5 0.141 117.0 7.931 32.878 49.7 0.120 118.0 7.925 32.880 49.7 0.120 119.0 7.921 32.881 49.5 0.129 120.0 7.919 32.882 49.5 0.132 121.0 7.918 32.882 49.4 0.120 122.0 7.915 32.884 49.4 0.120 123.0 7.913 32.885 49.5 0.120 124.0 7.911 32.886 49.6 0.120 125.0 7.910 32.887 49.8 0.120 126.0 7.909 32.887 49.8 0.120 127.0 7.908 32.888 49.7 0.120 128.0 7.907 32.889 49.9 0.120 129.0 7.902 32.892 49.8 0.120 130.0 7.900 32.894 50.5 0.120 131.0 7.898 32.895 50.7 0.120 132.0 7.897 32.896 50.8 0.120 133.0 7.896 32.896 50.9 0.120 134.0 7.894 32.897 51.0 0.120 135.0 7.893 32.899 51.0 0.120 136.0 7.891 32.900 51.1 0.120 137.0 7.890 32.900 51.0 0.120 138.0 7.890 32.901 51.1 0.120 139.0 7.889 32.901 51.1 0.120 140.0 7.886 32.903 51.2 0.120 141.0 7.882 32.905 51.1 0.120 142.0 7.879 32.905 51.0 0.120 143.0 7.879 32.906 50.6 0.120 144.0 7.877 32.907 50.1 0.120 145.0 7.877 32.907 50.0 0.120 146.0 7.877 32.907 50.0 0.129 147.0 7.877 32.907 50.0 0.120 148.0 7.874 32.909 50.1 0.120 149.0 7.873 32.910 50.2 0.120 150.0 7.872 32.910 50.2 0.120 151.0 7.871 32.911 50.3 0.120 152.0 7.869 32.913 50.5 0.120 153.0 7.867 32.914 51.2 0.120 154.0 7.864 32.916 51.7 0.120 155.0 7.861 32.918 52.1 0.120 156.0 7.859 32.918 52.3 0.120 157.0 7.858 32.919 52.4 0.120 158.0 7.856 32.920 52.5 0.120 159.0 7.855 32.920 52.6 0.120 160.0 7.852 32.922 52.7 0.120 161.0 7.852 32.922 52.9 0.120 162.0 7.852 32.923 53.1 0.120 163.0 7.849 32.924 53.0 0.120 164.0 7.848 32.925 53.0 0.120 165.0 7.847 32.925 53.0 0.120 166.0 7.846 32.926 53.2 0.120 167.0 7.846 32.926 53.1 0.108 168.0 7.845 32.926 53.3 0.114 169.0 7.844 32.927 53.3 0.120 170.0 7.842 32.928 53.2 0.120 171.0 7.840 32.929 53.3 0.120 172.0 7.839 32.929 53.2 0.120 173.0 7.838 32.930 53.1 0.120 174.0 7.838 32.930 52.9 0.117 175.0 7.838 32.931 52.9 0.111 176.0 7.839 32.931 52.9 0.099 177.0 7.838 32.933 53.0 0.120 178.0 7.836 32.933 53.2 0.114 179.0 7.834 32.935 53.1 0.120 180.0 7.830 32.938 53.1 0.120 181.0 7.829 32.938 52.9 0.120 182.0 7.828 32.939 52.9 0.120 183.0 7.827 32.939 52.4 0.120 184.0 7.824 32.940 51.6 0.120 185.0 7.823 32.941 50.8 0.120 186.0 7.822 32.941 51.0 0.120 187.0 7.822 32.942 51.9 0.111 188.0 7.823 32.943 52.5 0.102 189.0 7.821 32.944 52.6 0.096 190.0 7.820 32.945 52.5 0.096 191.0 7.819 32.945 52.3 0.111 192.0 7.818 32.946 52.1 0.117 193.0 7.818 32.946 52.0 0.108 194.0 7.816 32.947 52.0 0.102 195.0 7.815 32.948 51.8 0.120 196.0 7.814 32.948 51.4 0.120 197.0 7.814 32.949 51.3 0.102 198.0 7.814 32.949 51.4 0.093 199.0 7.813 32.949 51.2 0.120 200.0 7.813 32.950 51.4 0.120 201.0 7.814 32.951 51.4 0.120 202.0 7.813 32.952 51.0 0.117 203.0 7.813 32.952 50.6 0.120 204.0 7.812 32.951 50.3 0.120 205.0 7.812 32.952 50.0 0.120 206.0 7.812 32.953 49.7 0.120 207.0 7.811 32.954 50.2 0.120 208.0 7.811 32.954 50.6 0.120 209.0 7.810 32.955 50.7 0.120 210.0 7.811 32.955 50.9 0.120 211.0 7.811 32.956 50.8 0.120 212.0 7.810 32.957 50.7 0.120 213.0 7.810 32.957 50.5 0.120 214.0 7.810 32.957 50.2 0.120 215.0 7.809 32.957 50.2 0.120 216.0 7.807 32.957 50.4 0.120 217.0 7.806 32.957 50.8 0.120 218.0 7.806 32.958 50.9 0.120 219.0 7.806 32.957 51.1 0.120 220.0 7.805 32.958 51.1 0.120 221.0 7.805 32.958 51.1 0.120 222.0 7.804 32.958 51.1 0.120 223.0 7.804 32.958 51.0 0.120 224.0 7.804 32.958 51.0 0.111 225.0 7.804 32.959 50.9 0.090 226.0 7.804 32.959 51.0 0.108 227.0 7.804 32.959 50.9 0.120 228.0 7.804 32.959 50.7 0.120 229.0 7.803 32.960 50.7 0.120 230.0 7.803 32.960 50.7 0.120 231.0 7.803 32.960 50.6 0.120 232.0 7.803 32.961 50.5 0.120 233.0 7.803 32.961 50.5 0.120 234.0 7.803 32.961 50.4 0.120 235.0 7.803 32.961 50.4 0.120 236.0 7.803 32.961 50.4 0.120 237.0 7.802 32.961 50.4 0.120 238.0 7.802 32.961 50.2 0.120 239.0 7.802 32.962 50.2 0.120 240.0 7.801 32.962 50.2 0.120 241.0 7.801 32.962 50.4 0.120 242.0 7.801 32.962 50.4 0.120 243.0 7.801 32.962 50.5 0.120 244.0 7.801 32.962 50.5 0.120 245.0 7.801 32.962 50.6 0.120 246.0 7.800 32.962 50.8 0.120 247.0 7.799 32.962 51.1 0.120 248.0 7.798 32.963 51.3 0.120 249.0 7.798 32.963 51.6 0.120 250.0 7.798 32.963 51.9 0.120