FLOAT.F5905133.WMO                    = '5905133';
FLOAT.F5905133.OperatorFLID           = '12729';
FLOAT.F5905133.Operators              = 'UW';
FLOAT.F5905133.OperatorMetaln         = '7074_12729.meta';
FLOAT.F5905133.status                 = {'D','0'}; % D 2023-02-06
FLOAT.F5905133.launchDATE             = '20170916';
FLOAT.F5905133.launchTIME             = '0800';
FLOAT.F5905133.launchLAT              = '-39.1133';
FLOAT.F5905133.launchLON              = '-10.9133';
FLOAT.F5905133.Ftype                  = 'CApex';
FLOAT.F5905133.sensors                = 'ONpF';
FLOAT.F5905133.sensor_pressure        = {'DRUCK','2900_PSIA','10466487'};
FLOAT.F5905133.sensor_temperature     = {'SBE','SBE41CP','9269'};
FLOAT.F5905133.sensor_conductivity    = {'SBE','SBE41CP','9269'};
FLOAT.F5905133.sensor_oxygen          = {'Aanderaa','4330','2727'};
FLOAT.F5905133.sensor_nitrate         = {'MBARI','ISUS','0781'};
FLOAT.F5905133.sensor_pH              = {'MBARI','DURA','0781'};
FLOAT.F5905133.sensor_fluorometer     = {'WetL','FLBB','4433'};
FLOAT.F5905133.sensor_fluoroCHLA      = {'-999','-999','-999'};
FLOAT.F5905133.sensor_fluoroBBP700    = {'-999','-999','-999'};
FLOAT.F5905133.sensor_cdom            = {'-999','-999','-999'};
FLOAT.F5905133.ship                   = 'Agulhas_II';
FLOAT.F5905133.CRID                   = 'Gough';
FLOAT.F5905133.comment                = '-999';
FLOAT.F5905133.EXPOCODE               = '91AH20170907';
FLOAT.F5905133.ctdFNAME               = '91AH20170907_00002_00001_ct1.csv';
FLOAT.F5905133.botFNAME               = '-999';
FLOAT.F5905133.STNNBR                 = '2';
FLOAT.F5905133.CASTNO                 = '1';
FLOAT.F5905133.ctdDATE                = '20170916';
FLOAT.F5905133.ctdTIME                = '0407';
FLOAT.F5905133.ctdLAT                 = '-39.0533';
FLOAT.F5905133.ctdLON                 = '-11.0000';
FLOAT.F5905133.NOTES                  = {'2017-09-19:pH: pH failure upon deployment. As I''ve noted before, we see 3 different failure mechanisms based on diagnostic data that comes back.  The fixes we''ve implemented might cure the first two, which are most common.  The pH on float 12729 failed with the 3rd, more rare mechanism.  Turns out there was some engineering data in the dock tests that indicated this might occur, but no one noticed.  We''re reviewing all the dock test data for other floats to verify they don''t have this issue.  When we were producing this batch of pH sensors, we had to scrap half a dozen or so with similar problems.  It was due to a production short cut that the technicians put in place to speed things up.',...
                                         '2017-09-26:pH: bad pH sensor on first profile, most likely an assembly defect, Railed Ib, railed Vk electrical short?',...
                                         '2021-10-25:bladder: Bladder or Buoyance issues',...
                                         '2021-11-21:RecOn: Set to recovery mode, when it comes up again'};
FLOAT.F5905133.Adopt                  = {'Stanford Online High School','Palo Alto','CA','Pixel','http://www.go-bgc.org/wp-content/uploads/2023/06/Pixel.html'}; %% ok
FLOAT.F5905133.CCHDOln                = 'https://cchdo.ucsd.edu/cruise/91AH20170907';
FLOAT.F5905133.EuroArgoln             = 'http://fleetmonitoring.euro-argo.eu/float/5905133';