*2013/12/16 14:15:05.83 *IOS HEADER VERSION 1.10 2011/10/26 2011/10/26 *FILE START TIME : GMT 1976/08/31 21:23:00.000 NUMBER OF RECORDS : 79 DATA DESCRIPTION : CTD FILE TYPE : ASCII DATA TYPE : REAL*4 NUMBER OF CHANNELS : 3 $TABLE: CHANNELS ! No Name Units Minimum Maximum !--- ------------- ---------------- -------------- -------------- 1 Pressure decibar 0.2 78.2 2 Salinity ppt 28.326 30.259 3 Temperature 'deg C (IPTS68)' 9.453 12.255 $END $TABLE: CHANNEL DETAIL ! No Pad Start Width Format Type Decimal_Places !--- ---- ----- ----- ------ ---- -------------- 1 -99 ' ' 7 F ' ' 1 2 -99 ' ' 7 F ' ' 3 3 -99 ' ' 7 F ' ' 3 $END $REMARKS This file converted from 12 line header format. $END *ADMINISTRATION MISSION : 1976-27 AGENCY : IOS, Coastal Zone Oceanography, Sidney, B.C. COUNTRY : Canada PROJECT : Saanich Inlet SCIENTIST : Stucchi D. PLATFORM : Squamish $REMARKS This is Coastal Zone Oceanography cruise 76-04. $END *LOCATION GEOGRAPHIC AREA : Saanich Inlet STATION : 8 EVENT NUMBER : 15 LATITUDE : 48 43.40000 N ! (deg min) LONGITUDE : 123 25.07000 W ! (deg min) *INSTRUMENT TYPE : Guildline CTD MODEL : 8700 MK II $TABLE: SENSORS ! Name Abs Depth Serial No ! -------------- -------------- ---------- Pressure n/a ? Temperature n/a ? Conductivity n/a ? $END $REMARKS The instrumentation used to collect the data consisted of 1) a Guildline model 8700 MK II CTD probe and control console, 2) a programmable data acquisition system - PRODAS - built by McDonald-Detwiller Ltd., 3) a HP X,Y1Y2 plotter and, 4) a winch with seven-conductor cable and slip ring assembly. $END *HISTORY $TABLE: PROGRAMS ! Name Vers Date Time Recs In Recs Out ! ------------------------ ------ ---------- -------- --------- --------- CZO_IOS 1.0 1993/09/07 12:14:02 79 79 HDREDIT2 1.6 2003/05/30 16:36:18 ? ? CLEAN 4.2 2003/05/30 16:36:25 79 79 CHANGE_CTD_CHANNEL_NAMES 1.0 2013/12/16 14:15:05 79 79 $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 *COMMENTS DESCENT RATE FILTER OF 0.4 M/S. 1M AVERAGE. SAL INVERSE CHK. AYP LEE In situ checks of the temperature and conductivity sensor were obtained by putting a Niskin water sampling bottle with reversing thermometers on the probe cable, one metre above the probe. Temperature calibration checks were acceptable given the +-0.02 degree C accuracy of the reversing thermometers. A stable salinity offset of 0.04 ppt (sample standard deviation of 0.01 ppt based on over 50 calibrations samples) was noted in these calibrations over the 32 month duration of the survey program. In the subsequent processing of the data, salinity is corrected by subtracting this offset. See reference Pacific Marine Science Report 80-5(1) and 80-5(2). !--1--- --2--- --3--- !Pressu Salini Temper !re ty ature !------ ------ ------ *END OF HEADER 0.2 28.326 12.255 1.0 28.379 11.706 2.1 28.413 11.405 3.1 28.456 11.221 4.1 28.482 11.076 5.1 28.524 10.950 6.0 28.620 10.866 6.9 28.788 10.676 8.0 28.818 10.638 9.1 28.821 10.623 10.0 28.830 10.606 10.9 28.868 10.556 11.9 28.926 10.545 12.9 28.961 10.571 14.0 28.988 10.571 15.1 29.027 10.523 16.1 29.043 10.470 17.1 29.055 10.430 18.1 29.034 10.404 19.0 29.046 10.343 20.0 29.049 10.286 21.1 29.083 10.218 22.2 29.112 10.184 23.1 29.143 10.155 23.9 29.185 10.131 25.0 29.217 10.124 26.2 29.285 10.147 27.2 29.285 10.165 28.0 29.287 10.165 29.0 29.296 10.169 30.0 29.301 10.177 31.1 29.312 10.186 32.2 29.326 10.191 33.2 29.354 10.157 34.1 29.443 10.065 35.0 29.566 9.958 36.0 29.652 9.883 37.0 29.745 9.804 38.1 29.810 9.755 39.1 29.830 9.736 40.1 29.839 9.729 41.2 29.845 9.722 42.3 29.848 9.720 43.2 29.853 9.715 44.2 29.861 9.711 45.1 29.872 9.703 46.2 29.914 9.670 47.2 29.954 9.636 48.1 29.957 9.633 49.1 29.957 9.633 50.2 29.957 9.633 51.3 29.958 9.632 52.2 29.958 9.632 53.1 29.963 9.632 54.2 29.964 9.631 55.3 29.969 9.631 56.2 29.982 9.625 57.1 29.991 9.619 58.2 29.998 9.616 59.2 30.009 9.609 60.2 30.023 9.598 61.3 30.062 9.573 62.2 30.081 9.561 63.2 30.123 9.536 64.2 30.148 9.520 65.2 30.162 9.514 66.2 30.173 9.504 67.2 30.176 9.501 68.2 30.180 9.496 69.2 30.179 9.497 70.2 30.180 9.494 71.2 30.184 9.488 72.3 30.190 9.481 73.2 30.219 9.467 74.2 30.232 9.464 75.3 30.236 9.463 76.3 30.245 9.459 77.3 30.258 9.454 78.2 30.259 9.453