*2013/12/16 14:17:53.10 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : PST 1980/03/26 23:27:00.000 NUMBER OF RECORDS : 218 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 4 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------------ ---------------- -------------- -------------- 1 Pressure decibar 1.5 216.8 2 Salinity PSS-78 25.058 32.74 3 Temperature 'deg C (IPTS68)' 8.524 9.419 4 Oxygen:Dissolved mL/L 1.8 5.17 $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 ' ' 7 F ' ' 2 $END $REMARKS This file converted from 12 line header format. $END *ADMINISTRATION MISSION : 1980-35 AGENCY : IOS, Coastal Zone Oceanography, Sidney, B.C. COUNTRY : Canada PROJECT : Alberni Inlet Study SCIENTIST : Stucchi D. PLATFORM : Pandora II *LOCATION GEOGRAPHIC AREA : Alberni Inlet STATION : A7 EVENT NUMBER : 50 LATITUDE : 48 57.02000 N ! (deg min) LONGITUDE : 125 1.30000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : SERIAL NUMBER : $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity n/a ? $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- C12L_IOS 2.3 1998/10/23 11:44:40 218 218 MERGE 2.2 1998/10/23 12:13:09 218 218 REMOVECH 6.0 2003/06/24 10:03:02 218 218 HDREDIT2 1.6 2003/06/24 10:03:15 ? ? CLEAN 4.2 2003/06/24 10:03:21 218 218 HDREDIT2 2.1 2004/05/27 09:35:50 ? ? CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:17:53 218 218 $END $REMARKS -The following MERGE parameters were used: Merge Channel: Depth Merge Scheme Used: Add Secondary to Primary Overlap Scheme Used: Keep Primary Primary Channels to Include: Pressure,Salinity,Temperature,Sigma-T,Conductivity_Ratio Secondary Channels to Include: Oxygen Primary file : D:\alberni\80100050.ios Secondary file: D:\alberni\80100050.cln Comments from secondary file: D:\alberni\80100050.cln ----------------------------------------------------- CLEAN functions: - Reset #RECS, MIN & MAX values in header. -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 *CALIBRATION $TABLE: RAW CHANNELS ! Name Units Fmla Pad Coefficients ! -------------------- ----- ---- ------ ------------ Pressure n/a 10 ' ' (-5.74 249.64) Temperature n/a 10 ' ' (0.51E-01 10.01) Conductivity_Ratio n/a 10 ' ' (1 0.25) $END *COMMENTS NCRNO: 10 CRUISE: ALBERNI PROGRAM MAGTAPE: U01166 STN: A7 DRF = 0.00000 TRC = 0.00000 DSTEP = 0.0 NDO2 = 6 Lee, A.Y.P. And D.J. Stucchi, 1983. Alberni Inlet CTD Data Report: 1979 to 1981. Can. Data Rep. Hydrogr. Ocean Sci: 15:326p. !--1--- ---2--- ---3--- --4--- !Pressu Salinit Tempera Oxygen !re y ture : ! Dissol ! ved !------ ------- ------- ------ *END OF HEADER 1.5 25.058 8.524 -99.00 1.8 25.476 8.534 -99.00 2.0 25.743 8.562 -99.00 3.1 28.978 8.709 -99.00 4.0 29.944 8.745 -99.00 5.1 30.253 8.763 -99.00 5.9 30.291 8.762 -99.00 7.0 30.549 8.782 -99.00 7.9 30.742 8.841 -99.00 9.0 30.900 8.920 -99.00 10.1 30.981 8.967 -99.00 10.9 31.030 9.037 -99.00 11.9 31.095 9.097 -99.00 12.9 31.121 9.115 -99.00 14.0 31.251 9.135 -99.00 14.8 31.331 9.068 -99.00 15.8 31.362 9.035 -99.00 17.2 31.416 9.049 -99.00 18.1 31.479 9.094 -99.00 19.1 31.531 9.146 -99.00 20.8 31.594 9.179 -99.00 20.9 31.602 9.194 -99.00 22.0 31.664 9.247 -99.00 22.9 31.694 9.282 -99.00 24.6 31.720 9.286 -99.00 24.9 31.729 9.288 -99.00 26.7 31.744 9.296 -99.00 27.0 31.745 9.298 -99.00 27.9 31.740 9.309 -99.00 28.7 31.756 9.300 -99.00 30.1 31.777 9.319 -99.00 31.6 31.798 9.352 -99.00 31.9 31.817 9.347 -99.00 33.1 31.828 9.339 -99.00 34.7 31.822 9.328 -99.00 35.1 31.845 9.313 -99.00 36.8 31.850 9.307 -99.00 37.1 31.851 9.308 -99.00 38.2 31.882 9.313 -99.00 39.1 31.906 9.329 -99.00 40.1 31.904 9.343 -99.00 40.9 31.918 9.337 -99.00 41.9 31.933 9.355 -99.00 43.0 31.959 9.359 -99.00 44.0 31.961 9.292 -99.00 45.2 31.961 9.307 -99.00 46.0 31.987 9.322 -99.00 46.9 31.989 9.329 -99.00 47.9 31.994 9.326 -99.00 48.9 31.990 9.325 -99.00 49.9 31.991 9.323 4.88 51.0 31.999 9.305 -99.00 52.2 31.996 9.294 -99.00 53.2 32.006 9.283 -99.00 54.0 32.014 9.260 -99.00 54.8 32.023 9.253 -99.00 56.0 32.043 9.250 -99.00 56.8 32.046 9.259 -99.00 58.0 32.060 9.258 -99.00 59.0 32.060 9.259 -99.00 60.9 32.060 9.265 -99.00 61.1 32.062 9.259 -99.00 62.0 32.064 9.258 -99.00 62.9 32.074 9.256 -99.00 63.9 32.070 9.262 -99.00 65.0 32.091 9.264 -99.00 66.2 32.091 9.271 -99.00 67.0 32.101 9.268 -99.00 68.0 32.107 9.271 -99.00 68.8 32.105 9.265 -99.00 70.0 32.109 9.267 -99.00 71.2 32.111 9.269 -99.00 72.1 32.108 9.272 -99.00 73.1 32.099 9.275 -99.00 74.0 32.110 9.271 -99.00 75.0 32.110 9.278 5.13 76.1 32.129 9.264 -99.00 77.1 32.118 9.274 -99.00 78.1 32.129 9.270 -99.00 79.2 32.139 9.277 -99.00 80.6 32.136 9.291 -99.00 81.5 32.147 9.277 -99.00 81.8 32.149 9.281 -99.00 82.8 32.183 9.275 -99.00 84.0 32.162 9.283 -99.00 85.2 32.176 9.276 -99.00 86.1 32.182 9.276 -99.00 87.0 32.189 9.284 -99.00 88.0 32.195 9.280 -99.00 89.2 32.208 9.293 -99.00 89.9 32.217 9.283 -99.00 91.1 32.236 9.274 -99.00 92.2 32.234 9.275 -99.00 93.1 32.239 9.275 -99.00 94.0 32.236 9.274 -99.00 95.0 32.244 9.277 -99.00 96.6 32.260 9.288 -99.00 96.9 32.251 9.290 -99.00 98.0 32.276 9.285 -99.00 99.0 32.276 9.290 -99.00 99.9 32.271 9.303 5.17 101.2 32.266 9.312 -99.00 102.0 32.290 9.301 -99.00 102.9 32.286 9.320 -99.00 103.9 32.304 9.322 -99.00 105.0 32.307 9.327 -99.00 105.8 32.320 9.326 -99.00 106.9 32.318 9.329 -99.00 107.9 32.333 9.335 -99.00 109.1 32.375 9.333 -99.00 109.9 32.383 9.336 -99.00 111.1 32.418 9.335 -99.00 112.2 32.404 9.344 -99.00 113.1 32.412 9.337 -99.00 114.0 32.433 9.368 -99.00 115.1 32.430 9.383 -99.00 116.2 32.443 9.374 -99.00 117.0 32.455 9.385 -99.00 118.0 32.448 9.393 -99.00 118.8 32.451 9.397 -99.00 120.1 32.456 9.396 -99.00 121.2 32.482 9.416 -99.00 122.1 32.469 9.419 -99.00 123.1 32.514 9.419 -99.00 124.1 32.542 9.394 -99.00 125.0 32.553 9.354 4.91 126.6 32.588 9.298 -99.00 126.9 32.580 9.304 -99.00 128.1 32.572 9.272 -99.00 129.0 32.574 9.268 -99.00 130.1 32.579 9.253 -99.00 131.2 32.588 9.234 -99.00 132.0 32.600 9.167 -99.00 133.1 32.583 9.149 -99.00 134.2 32.599 9.134 -99.00 135.0 32.595 9.130 -99.00 136.0 32.597 9.121 -99.00 136.9 32.603 9.098 -99.00 137.9 32.609 9.072 -99.00 139.1 32.611 9.036 -99.00 140.2 32.609 9.020 -99.00 141.1 32.630 8.978 -99.00 141.9 32.647 8.968 -99.00 142.8 32.664 8.947 -99.00 144.0 32.656 8.946 -99.00 145.0 32.660 8.943 -99.00 145.9 32.661 8.937 -99.00 147.0 32.677 8.928 -99.00 148.2 32.681 8.916 -99.00 149.0 32.672 8.915 -99.00 150.1 32.679 8.904 -99.00 151.1 32.685 8.897 1.96 152.5 32.674 8.898 -99.00 152.9 32.688 8.891 -99.00 153.9 32.687 8.889 -99.00 154.9 32.687 8.887 -99.00 155.8 32.688 8.890 -99.00 156.9 32.693 8.878 -99.00 158.0 32.690 8.870 -99.00 158.9 32.693 8.866 -99.00 159.8 32.701 8.852 -99.00 161.0 32.707 8.839 -99.00 162.5 32.712 8.823 -99.00 163.0 32.713 8.813 -99.00 164.6 32.714 8.807 -99.00 164.9 32.712 8.809 -99.00 166.1 32.712 8.813 -99.00 167.2 32.717 8.804 -99.00 168.1 32.719 8.804 -99.00 168.9 32.718 8.805 -99.00 170.0 32.710 8.806 -99.00 171.6 32.705 8.804 -99.00 171.9 32.710 8.808 -99.00 173.0 32.725 8.801 -99.00 173.9 32.722 8.798 -99.00 174.9 32.724 8.796 -99.00 176.1 32.720 8.794 -99.00 176.8 32.719 8.799 -99.00 177.9 32.724 8.790 -99.00 179.0 32.726 8.792 -99.00 180.2 32.735 8.783 -99.00 181.0 32.723 8.790 -99.00 182.0 32.733 8.783 -99.00 182.9 32.727 8.789 -99.00 184.1 32.731 8.785 -99.00 184.9 32.728 8.786 -99.00 186.0 32.727 8.776 -99.00 187.0 32.736 8.773 -99.00 187.8 32.734 8.775 -99.00 189.0 32.735 8.776 -99.00 190.1 32.734 8.772 -99.00 191.1 32.735 8.771 -99.00 192.0 32.731 8.772 -99.00 192.9 32.730 8.771 -99.00 193.7 32.724 8.777 -99.00 194.9 32.735 8.769 -99.00 195.9 32.739 8.766 -99.00 197.1 32.728 8.770 -99.00 198.1 32.731 8.771 -99.00 199.1 32.736 8.771 -99.00 200.1 32.729 8.763 -99.00 201.2 32.740 8.767 1.80 202.3 32.736 8.765 -99.00 202.9 32.735 8.768 -99.00 203.9 32.728 8.774 -99.00 205.1 32.730 8.770 -99.00 206.0 32.735 8.759 -99.00 206.9 32.733 8.767 -99.00 208.0 32.732 8.765 -99.00 209.1 32.736 8.764 -99.00 210.2 32.737 8.763 -99.00 211.1 32.728 8.769 -99.00 212.0 32.734 8.763 -99.00 213.1 32.735 8.761 -99.00 214.1 32.737 8.761 -99.00 214.9 32.736 8.761 -99.00 216.0 32.736 8.761 -99.00 216.8 32.736 8.760 -99.00