*2013/12/16 14:31:18.20 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : UTC 1991/10/24 16:39:00.000 NUMBER OF RECORDS : 231 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 5 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------ ---------------- -------------- -------------- 1 Pressure decibar 0 230 2 Temperature 'deg C (IPTS68)' 7.812 10.655 3 Salinity PSS-78 27.127 32.97 4 Transmissivity %/metre 24.5 55.2 5 Fluorescence:URU mg/m^3 0.36 14.04 $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 : PA32 EVENT NUMBER : 3 LATITUDE : 48 58.85000 N ! (deg min) LONGITUDE : 124 54.60000 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 15:46:53 231 231 HDREDIT2 1.6 2003/07/29 14:28:11 ? ? CLEAN 4.3.1 2003/07/29 14:28:17 231 231 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:31:18 231 231 $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 for pa32 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 10.269 27.127 31.2 11.301 1.0 10.323 27.372 27.6 11.631 2.0 10.655 28.572 24.5 14.040 3.0 10.521 29.846 28.2 11.718 4.0 10.394 31.051 36.2 6.609 5.0 10.358 31.366 46.6 3.363 6.0 10.289 31.538 50.2 2.208 7.0 10.263 31.595 51.4 1.479 8.0 10.204 31.689 52.0 1.137 9.0 10.172 31.748 52.7 0.909 10.0 10.144 31.791 53.1 0.789 11.0 10.135 31.808 53.2 0.696 12.0 10.126 31.826 53.3 0.636 13.0 10.101 31.852 53.5 0.621 14.0 10.025 31.875 53.9 0.573 15.0 9.993 31.882 54.3 0.543 16.0 9.963 31.889 54.9 0.528 17.0 9.886 31.907 55.2 0.516 18.0 9.797 31.924 55.2 0.510 19.0 9.704 31.953 55.1 0.480 20.0 9.637 31.982 55.1 0.480 21.0 9.632 31.982 54.9 0.510 22.0 9.630 31.981 54.8 0.510 23.0 9.628 31.981 54.6 0.510 24.0 9.621 31.984 54.6 0.519 25.0 9.599 31.994 54.5 0.534 26.0 9.574 32.008 54.4 0.516 27.0 9.544 32.026 54.4 0.492 28.0 9.528 32.029 54.6 0.480 29.0 9.524 32.035 54.4 0.480 30.0 9.484 32.050 54.4 0.477 31.0 9.416 32.081 54.4 0.480 32.0 9.397 32.091 54.1 0.507 33.0 9.394 32.093 53.9 0.525 34.0 9.393 32.093 53.7 0.510 35.0 9.392 32.094 53.6 0.537 36.0 9.392 32.095 53.6 0.534 37.0 9.381 32.112 53.6 0.555 38.0 9.364 32.126 53.4 0.519 39.0 9.350 32.134 53.3 0.522 40.0 9.341 32.138 53.2 0.510 41.0 9.322 32.153 53.1 0.489 42.0 9.302 32.170 52.9 0.477 43.0 9.276 32.189 53.0 0.480 44.0 9.269 32.192 53.0 0.480 45.0 9.241 32.215 52.8 0.477 46.0 9.203 32.244 52.8 0.468 47.0 9.169 32.270 52.6 0.450 48.0 9.128 32.305 52.5 0.450 49.0 9.087 32.338 52.5 0.450 50.0 9.037 32.370 52.6 0.450 51.0 9.002 32.388 52.5 0.444 52.0 8.988 32.394 52.3 0.438 53.0 8.963 32.414 52.2 0.420 54.0 8.935 32.426 52.0 0.423 55.0 8.877 32.456 51.8 0.420 56.0 8.814 32.477 51.4 0.420 57.0 8.779 32.488 51.2 0.426 58.0 8.732 32.520 51.0 0.441 59.0 8.699 32.548 50.8 0.438 60.0 8.676 32.569 50.6 0.447 61.0 8.639 32.590 50.4 0.441 62.0 8.618 32.599 50.2 0.441 63.0 8.590 32.614 50.1 0.426 64.0 8.576 32.625 50.0 0.420 65.0 8.520 32.659 49.8 0.420 66.0 8.472 32.686 49.7 0.420 67.0 8.455 32.694 49.4 0.420 68.0 8.434 32.706 49.2 0.420 69.0 8.411 32.719 49.1 0.420 70.0 8.405 32.730 48.9 0.420 71.0 8.373 32.762 48.6 0.420 72.0 8.343 32.777 47.9 0.420 73.0 8.329 32.791 47.6 0.420 74.0 8.320 32.794 47.1 0.420 75.0 8.308 32.804 47.1 0.420 76.0 8.301 32.812 46.9 0.420 77.0 8.296 32.815 46.4 0.420 78.0 8.296 32.816 46.3 0.420 79.0 8.294 32.818 46.1 0.420 80.0 8.283 32.827 46.0 0.420 81.0 8.260 32.841 45.8 0.420 82.0 8.255 32.843 45.6 0.420 83.0 8.249 32.846 45.4 0.420 84.0 8.244 32.849 45.3 0.420 85.0 8.240 32.848 45.3 0.420 86.0 8.240 32.847 45.4 0.420 87.0 8.239 32.848 45.5 0.420 88.0 8.231 32.852 45.6 0.420 89.0 8.221 32.858 45.6 0.420 90.0 8.208 32.860 45.5 0.420 91.0 8.207 32.860 45.8 0.420 92.0 8.207 32.863 45.8 0.396 93.0 8.208 32.865 45.5 0.423 94.0 8.202 32.865 45.3 0.405 95.0 8.202 32.864 45.4 0.405 96.0 8.203 32.864 45.4 0.420 97.0 8.202 32.864 45.5 0.420 98.0 8.202 32.864 45.4 0.420 99.0 8.197 32.865 45.4 0.402 100.0 8.193 32.867 45.5 0.390 101.0 8.190 32.869 45.6 0.390 102.0 8.180 32.874 45.6 0.414 103.0 8.178 32.876 45.5 0.420 104.0 8.178 32.876 45.3 0.420 105.0 8.178 32.876 45.4 0.420 106.0 8.178 32.876 45.3 0.426 107.0 8.179 32.876 45.1 0.420 108.0 8.179 32.877 45.1 0.420 109.0 8.177 32.877 45.1 0.420 110.0 8.176 32.878 45.2 0.420 111.0 8.163 32.881 45.1 0.420 112.0 8.158 32.883 45.2 0.420 113.0 8.145 32.888 45.2 0.426 114.0 8.143 32.889 45.1 0.420 115.0 8.141 32.890 45.2 0.420 116.0 8.139 32.891 45.2 0.420 117.0 8.138 32.891 45.2 0.420 118.0 8.130 32.892 45.1 0.393 119.0 8.122 32.895 45.3 0.414 120.0 8.112 32.897 45.3 0.396 121.0 8.098 32.899 45.4 0.390 122.0 8.085 32.901 45.6 0.390 123.0 8.080 32.903 45.9 0.390 124.0 8.075 32.904 46.2 0.390 125.0 8.067 32.907 46.3 0.393 126.0 8.048 32.912 46.3 0.390 127.0 8.017 32.920 46.2 0.390 128.0 8.011 32.921 46.2 0.390 129.0 8.010 32.920 46.5 0.390 130.0 8.006 32.922 46.5 0.390 131.0 8.001 32.922 46.5 0.390 132.0 8.000 32.921 46.5 0.390 133.0 7.996 32.922 46.6 0.381 134.0 7.991 32.923 46.6 0.390 135.0 7.986 32.927 46.7 0.390 136.0 7.983 32.929 46.6 0.390 137.0 7.982 32.929 46.2 0.390 138.0 7.982 32.929 46.1 0.387 139.0 7.981 32.929 45.8 0.390 140.0 7.978 32.930 45.8 0.390 141.0 7.973 32.931 45.7 0.390 142.0 7.972 32.931 45.6 0.390 143.0 7.969 32.932 45.4 0.390 144.0 7.967 32.932 45.5 0.363 145.0 7.961 32.934 45.3 0.387 146.0 7.957 32.935 45.3 0.381 147.0 7.954 32.936 45.0 0.363 148.0 7.949 32.937 45.0 0.360 149.0 7.942 32.939 44.9 0.360 150.0 7.934 32.941 44.8 0.360 151.0 7.932 32.942 44.8 0.372 152.0 7.931 32.942 44.6 0.360 153.0 7.933 32.943 44.5 0.360 154.0 7.932 32.943 44.4 0.390 155.0 7.927 32.944 44.3 0.387 156.0 7.923 32.945 44.2 0.375 157.0 7.912 32.948 44.4 0.360 158.0 7.905 32.949 44.3 0.369 159.0 7.904 32.949 44.2 0.369 160.0 7.896 32.951 44.2 0.360 161.0 7.895 32.951 44.2 0.360 162.0 7.894 32.952 44.2 0.378 163.0 7.892 32.952 44.1 0.363 164.0 7.889 32.953 44.1 0.360 165.0 7.886 32.953 44.0 0.360 166.0 7.883 32.954 43.8 0.360 167.0 7.875 32.956 43.8 0.360 168.0 7.872 32.956 43.7 0.360 169.0 7.868 32.957 43.5 0.360 170.0 7.865 32.957 43.4 0.360 171.0 7.861 32.958 43.3 0.360 172.0 7.860 32.958 43.4 0.360 173.0 7.859 32.958 43.2 0.360 174.0 7.859 32.958 43.0 0.360 175.0 7.859 32.958 43.0 0.360 176.0 7.858 32.958 43.0 0.369 177.0 7.857 32.958 43.0 0.390 178.0 7.858 32.958 43.1 0.384 179.0 7.858 32.958 43.1 0.360 180.0 7.858 32.958 43.2 0.360 181.0 7.858 32.958 43.2 0.360 182.0 7.858 32.958 43.2 0.360 183.0 7.858 32.958 43.3 0.360 184.0 7.856 32.959 43.2 0.360 185.0 7.856 32.958 43.2 0.360 186.0 7.855 32.959 43.2 0.360 187.0 7.847 32.961 43.2 0.360 188.0 7.838 32.963 42.8 0.360 189.0 7.837 32.963 42.5 0.360 190.0 7.837 32.963 42.3 0.360 191.0 7.837 32.963 42.2 0.360 192.0 7.836 32.963 42.2 0.360 193.0 7.835 32.963 42.2 0.360 194.0 7.833 32.964 42.2 0.360 195.0 7.833 32.964 42.2 0.360 196.0 7.831 32.964 42.0 0.360 197.0 7.830 32.965 42.0 0.360 198.0 7.829 32.965 41.8 0.360 199.0 7.829 32.965 41.7 0.360 200.0 7.829 32.965 41.5 0.360 201.0 7.829 32.965 41.4 0.378 202.0 7.829 32.965 41.4 0.366 203.0 7.828 32.966 41.3 0.360 204.0 7.828 32.966 41.2 0.360 205.0 7.828 32.966 41.3 0.360 206.0 7.827 32.966 41.3 0.372 207.0 7.828 32.966 41.2 0.405 208.0 7.828 32.966 41.2 0.390 209.0 7.828 32.965 41.3 0.390 210.0 7.828 32.966 41.3 0.387 211.0 7.822 32.967 41.3 0.360 212.0 7.820 32.968 41.1 0.360 213.0 7.820 32.968 40.8 0.369 214.0 7.818 32.969 40.5 0.360 215.0 7.817 32.969 40.3 0.360 216.0 7.817 32.969 40.0 0.360 217.0 7.817 32.969 39.6 0.360 218.0 7.815 32.969 39.6 0.372 219.0 7.815 32.969 39.1 0.390 220.0 7.814 32.969 38.7 0.390 221.0 7.814 32.969 38.4 0.390 222.0 7.815 32.969 38.3 0.390 223.0 7.814 32.969 38.3 0.390 224.0 7.814 32.969 38.2 0.375 225.0 7.813 32.969 38.3 0.360 226.0 7.813 32.970 38.4 0.363 227.0 7.813 32.970 38.5 0.372 228.0 7.813 32.970 38.4 0.378 229.0 7.813 32.970 38.2 0.390 230.0 7.812 32.970 38.1 0.390