netcdf classic (CDF-1) {
dimensions:
	gc_time = 17 ;
	log_gps_time = 3 ;
	time = 284 ;
// global attributes:
		:Conventions = "CF-1.0" ;
		:instrumentid = "SG146" ;
		:title = "SG146 Univ of Hawaii" ;
		:institution = "University of Washington Applied Physics Lab" ;
		:history = "Written Fri Aug 13 20:30:12 2010" ;
		:dive_number = 5 ;
		:file_version = 2.1 ;
		:base_station_version = 2.4 ;
		:seaglider_software_version = 66.06 ;
		:file_data_type = "timeseries" ;
variables:
	double sg_cal_optode_C42Coef ;
	double sg_cal_optode_C00Coef ;
	double sg_cal_optode_C10Coef ;
	double sg_cal_sbe_temp_freq_max ;
	double sg_cal_Tau20 ;
	double sg_cal_vbd_max_cnts ;
	double sg_cal_rho0 ;
	double sg_cal_pump_rate_intercept ;
	double sg_cal_wlbbfl2_chl_scale ;
	double sg_cal_o_e ;
	double sg_cal_optode_C32Coef ;
	double sg_cal_o_a ;
	double sg_cal_optode_C13Coef ;
	double sg_cal_o_c ;
	double sg_cal_o_b ;
	char sg_cal_calibcomm ;
		sg_cal_calibcomm:value = "SN 0141 cal 15-Nov-09" ;
	double sg_cal_optode_C23Coef ;
	double sg_cal_optode_C22Coef ;
	double sg_cal_t_j ;
	double sg_cal_Foffset ;
	double sg_cal_t_h ;
	double sg_cal_t_i ;
	double sg_cal_wlbbfl2_660_scale ;
	double sg_cal_c_g ;
	double sg_cal_optode_C33Coef ;
	double sg_cal_pump_power_slope ;
	double sg_cal_optode_C20Coef ;
	double sg_cal_optode_C11Coef ;
	char sg_cal_comm_oxy_type ;
		sg_cal_comm_oxy_type:value = "SBE 43f" ;
	double sg_cal_wlbbfl2_chl_dark ;
	double sg_cal_t_g ;
	double sg_cal_ctcor ;
	double sg_cal_wlbb2f_470_dark ;
	double sg_cal_roll_max_cnts ;
	double sg_cal_optode_C40Coef ;
	double sg_cal_cpcor ;
	double sg_cal_wlbb2f_chl_scale ;
	char sg_cal_id_str ;
		sg_cal_id_str:value = "146" ;
	double sg_cal_sbe_temp_freq_min ;
	double sg_cal_pump_rate_slope ;
	double sg_cal_abs_compress ;
	char sg_cal_calibcomm_oxygen ;
		sg_cal_calibcomm_oxygen:value = "SN 171, 31-Mar-09" ;
	double sg_cal_optode_C43Coef ;
	double sg_cal_pitchbias ;
	double sg_cal_wlbb2f_470_scale ;
	double sg_cal_hd_a ;
	double sg_cal_hd_c ;
	double sg_cal_hd_b ;
	double sg_cal_c_i ;
	double sg_cal_c_h ;
	double sg_cal_c_j ;
	double sg_cal_optode_C12Coef ;
	double sg_cal_pump_power_intercept ;
	double sg_cal_wlbb2f_700_scale ;
	double sg_cal_pitch_max_cnts ;
	double sg_cal_optode_C21Coef ;
	double sg_cal_PCor ;
	double sg_cal_sbe_cond_freq_min ;
	double sg_cal_optode_C30Coef ;
	double sg_cal_optode_C03Coef ;
	double sg_cal_optode_C31Coef ;
	double sg_cal_wlbbfl2_660_dark ;
	double sg_cal_optode_C41Coef ;
	double sg_cal_Soc ;
	double sg_cal_temp_ref ;
	double sg_cal_sbe_cond_freq_max ;
	double sg_cal_roll_min_cnts ;
	double sg_cal_pitch_min_cnts ;
	double sg_cal_vbd_cnts_per_cc ;
	double sg_cal_optode_C02Coef ;
	double sg_cal_vbd_min_cnts ;
	double sg_cal_volmax ;
	double sg_cal_optode_C01Coef ;
	double sg_cal_mass ;
	double sg_cal_therm_expan ;
	double sg_cal_wlbb2f_700_dark ;
	double sg_cal_wlbb2f_chl_dark ;
	double sg_cal_wlbbfl2_cdom_dark ;
	char sg_cal_mission_title ;
		sg_cal_mission_title:value = "Univ of Hawaii" ;
	double sg_cal_wlbbfl2_cdom_scale ;
	double log_CAPUPLOAD ;
	char log_KALMAN_Y ;
		log_KALMAN_Y:value = "272.9,187.4,139.2,-179.9,137.6" ;
	char log_MHEAD_RNG_PITCHd_Wd ;
		log_MHEAD_RNG_PITCHd_Wd:value = "245.6,3429,-17.5,-10.000" ;
	double log_PHONE_DEVICE ;
	double log_VBD_DBAND ;
	double log_T_NO_W ;
	double log_SURFACE_URGENCY ;
	double log_XPDR_VALID ;
	char log_SENSORS ;
		log_SENSORS:value = "SBE_CT,SBE_O2,AA3830,WL_BB2F,WL_BBFL2VMT,nil,nil,nil" ;
	double log_VBD_PUMP_AD_RATE_APOGEE ;
	double log_T_MISSION ;
	double log_FIX_MISSING_TIMEOUT ;
	double log_RAFOS_CORR_THRESH ;
	double log_D_SAFE ;
	char log_SPEED_LIMITS ;
		log_SPEED_LIMITS:value = "0.143,0.260" ;
	double log_FG_AHR_10Vo ;
	double log_VBD_TIMEOUT ;
	double log_P_OVSHOOT ;
	double log_TGT_DEFAULT_LAT ;
	double log_COMPASS2_DEVICE ;
	double log_PITCH_TIMEOUT ;
	double log__XMS_NAKs ;
	double log_D_NO_BLEED ;
	double log_VBD_MAXERRORS ;
	double log_FG_AHR_24Vo ;
	double log_SURFACE_URGENCY_TRY ;
	double log_C_ROLL_DIVE ;
	double log_TCM_TEMP ;
	char log_DEVICES ;
		log_DEVICES:value = "Pitch_motor,Roll_motor,VBD_pump_during_apogee,VBD_pump_during_surface,VBD_valve,Iridium_during_init,Iridium_during_connect,Iridium_during_xfer,Transponder_ping,GUMSTIX_24V,GPS,TT8,LPSleep,TT8_Active,TT8_Sampling,TT8_CF8,TT8_Kalman,Analog_circuits,GPS_charging,Compass,RAFOS,Transponder,Compass2" ;
	char log_DATA_FILE_SIZE ;
		log_DATA_FILE_SIZE:value = "22560,284" ;
	double log_VBD_MAX ;
	double log_T_TURN ;
	double log_RAFOS_DEVICE ;
	double log_C_ROLL_CLIMB ;
	double log_R_PORT_OVSHOOT ;
	double log_LOGGERDEVICE1 ;
	double log_ALTIM_TOP_MIN_OBSTACLE ;
	double log_PRESSURE_YINT ;
	double log_ROLL_DEG ;
	double log_CALL_WAIT ;
	double log_ROLL_TIMEOUT ;
	double log_CALL_TRIES ;
	double log_ALTIM_BOTTOM_PING_RANGE ;
	double log_SEABIRD_C_J ;
	double log_HEAD_ERRBAND ;
	double log_SEABIRD_C_H ;
	double log_C_VBD ;
	char log_10V_AH ;
		log_10V_AH:value = "10.5,3.695" ;
	char log_IRIDIUM_FIX ;
		log_IRIDIUM_FIX:value = "2134.17,-15810.62,071199,181803" ;
	double log_PITCH_CNV ;
	double log_KERMIT ;
	double log_PITCH_ADJ_DBAND ;
	double log_VBD_MIN ;
	double log_RAFOS_PEAK_OFFSET ;
	double log_PITCH_MIN ;
	double log_HD_B ;
	double log_HD_C ;
	double log_PHONE_SUPPLY ;
	double log_MINV_24V ;
	double log_PITCH_AD_RATE ;
	double log_SEABIRD_C_G ;
	double log_INT_PRESSURE_SLOPE ;
	double log_ALTIM_SENSITIVITY ;
	double log_HEADING ;
	double log__SM_DEPTHo ;
	double log_COMM_SEQ ;
	double log_KALMAN_USE ;
	char log_TGT_NAME ;
		log_TGT_NAME:value = "FIR" ;
	double log_ALTIM_PING_DEPTH ;
	char log_CFSIZE ;
		log_CFSIZE:value = "260165632,183214080" ;
	double log_UPLOAD_DIVES_MAX ;
	double log_D_BOOST ;
	double log_RHO ;
	double log_ALTIM_PING_DELTA ;
	double log_ROLL_MAX ;
	double log_D_CALL ;
	double log_HD_A ;
	double log_FERRY_MAX ;
	char log_SM_CCo ;
		log_SM_CCo:value = "2971,79.38,0.436,1,0,1288,420.20" ;
	double log_D_FLARE ;
	double log_T_GPS ;
	double log_D_SURF ;
	double log_PITCH_VBD_SHIFT ;
	double log_PITCH_MAX ;
	double log_TCM_PITCH_OFFSET ;
	double log_XPDR_INHIBIT ;
	double log_APOGEE_PITCH ;
	double log_C_PITCH ;
	char log_CAP_FILE_SIZE ;
		log_CAP_FILE_SIZE:value = "48267,0" ;
	double log_MASS ;
	double log_T_ABORT ;
	char log_SENSOR_MAMPS ;
		log_SENSOR_MAMPS:value = "24.000,19.000,33.000,105.000,105.000,0.000,0.000,0.000" ;
	double log_SPEED_FACTOR ;
	double log_VBD_CNV ;
	double log_STROBE ;
	double log_COMPASS_DEVICE ;
	double log_PRESSURE_SLOPE ;
	double log_ALTIM_TOP_PING_RANGE ;
	double log_T_GPS_CHARGE ;
	double log_ID ;
	double log_DEVICE4 ;
	double log_PITCH_GAIN ;
	double log_DEVICE2 ;
	double log_DEVICE3 ;
	double log_DEVICE1 ;
	char log_KALMAN_CONTROL ;
		log_KALMAN_CONTROL:value = "-0.251,-0.065" ;
	double log__SM_ANGLEo ;
	double log_T_TURN_SAMPINT ;
	char log_SENSOR_SECS ;
		log_SENSOR_SECS:value = "187.725,234.387,290.600,664.704,1005.346,0.000,0.000,0.000" ;
	double log__XMS_TOUTs ;
	double log_CAPMAXSIZE ;
	char log_SM_GC ;
		log_SM_GC:value = "0.86,0.00,0.00,79.38,0.000,0.000,0.436,482,2028,1288,-11.40,-0.65,420.20" ;
	char log_ERRORS ;
		log_ERRORS:value = "0,0,0,0,0,0,0,0,0,0,0,0,0,1,0" ;
	char log_KALMAN_X ;
		log_KALMAN_X:value = "168.0,109.0,57.5,-1436.5,82.9" ;
	double log_N_FILEKB ;
	double log_ESCAPE_HEADING ;
	double log_ROLL_CNV ;
	double log_DEEPGLIDER ;
	double log_USE_ICE ;
	double log_LOGGERDEVICE2 ;
	double log_TGT_RADIUS ;
	double log_R_STBD_OVSHOOT ;
	char log_DEVICE_MAMPS ;
		log_DEVICE_MAMPS:value = "151.099,67.496,595.959,436.423,0.000,103.000,160.000,223.000,420.000,0.000,50.000,19.800,2.190,19.800,39.800,45.800,81.800,12.000,0.000,8.000,0.000,5.000,0.000" ;
	double log_ICE_FREEZE_MARGIN ;
	double log_TGT_AUTO_DEFAULT ;
	double log_D_ABORT ;
	double log_INT_PRESSURE_YINT ;
	double log_COURSE_BIAS ;
	double log_TCM_ROLL_OFFSET ;
	double log_N_GPS ;
	double log_LOGGERS ;
	double log_INTERNAL_PRESSURE ;
	double log_T_DIVE ;
	double log_MAX_BUOY ;
	double log_FILEMGR ;
	double log_D_TGT ;
	double log_AH0_10V ;
	double log_SEABIRD_T_H ;
	double log_SEABIRD_T_I ;
	double log_SEABIRD_T_J ;
	double log_T_GPS_ALMANAC ;
	double log_N_NOSURFACE ;
	double log_CF8_MAXERRORS ;
	char log_TGT_LATLONG ;
		log_TGT_LATLONG:value = "2140.650,-15813.229" ;
	double log_ROLL_MIN ;
	double log_SEABIRD_T_G ;
	double log_FG_AHR_10V ;
	double log_TGT_DEFAULT_LON ;
	double log_DIVE ;
	double log_RELAUNCH ;
	double log_SIM_PITCH ;
	double log_HEAPDBG ;
	double log_USE_BATHY ;
	char log_24V_AH ;
		log_24V_AH:value = "23.9,4.033" ;
	double log_ROLL_ADJ_DBAND ;
	double log_DEVICE6 ;
	double log_ESCAPE_HEADING_DELTA ;
	double log_ROLL_AD_RATE ;
	double log_AD7714Ch0Gain ;
	double log_MEM ;
	double log_SIM_W ;
	double log_AH0_24V ;
	double log_DEVICE5 ;
	double log_MINV_10V ;
	double log_VBD_BLEED_AD_RATE ;
	double log_SM_CC ;
	double log_D_PITCH ;
	double log_FG_AHR_24V ;
	double log_T_LOITER ;
	double log_CALL_NDIVES ;
	double log_COMPASS_USE ;
	double log_D_FINISH ;
	double log_ROLL_MAXERRORS ;
	double log_UNCOM_BLEED ;
	double log_ALTIM_TOP_TURN_MARGIN ;
	double log_TT8_MAMPS ;
	double log_PITCH_DBAND ;
	double log_SEABIRD_C_I ;
	double log_N_NOCOMM ;
	double log_D_OFFGRID ;
	double log_VBD_PUMP_AD_RATE_SURFACE ;
	double log_RAFOS_HIT_WINDOW ;
	double log_ALTIM_PULSE ;
	double log_NAV_MODE ;
	double log_XPDR_PINGS ;
	double log_D_GRID ;
	double log_T_WATCHDOG ;
	double log__CALLS ;
	double log_DEEPGLIDERMB ;
	double log_T_RSLEEP ;
	char log_DEVICE_SECS ;
		log_DEVICE_SECS:value = "25.375,35.275,373.325,79.375,0.000,32.887,44.436,247.934,4.500,0.000,57.654,487.494,889.215,402.076,1302.883,497.093,32.328,864.133,0.000,1272.841,0.000,0.537,0.000" ;
	double log_XPDR_DEVICE ;
	double log_ALTIM_FREQUENCY ;
	double log_SURFACE_URGENCY_FORCE ;
	double log_PITCH_MAXERRORS ;
	double log_ROLL_ADJ_GAIN ;
	double log_GLIDE_SLOPE ;
	double log_GPS_DEVICE ;
	double log_MOTHERBOARD ;
	double log_PITCH_ADJ_GAIN ;
	double log_MISSION ;
	double log_ALTIM_BOTTOM_TURN_MARGIN ;
	double log_HUMID ;
	double gc_st_secs(gc_time) ;
		gc_st_secs:missing_value = nan ;
		gc_st_secs:units = "seconds" ;
		gc_st_secs:standard_name = "time" ;
		gc_st_secs:description = "Start of GC time in GMT epoch format" ;
	double gc_pitch_ctl(gc_time) ;
		gc_pitch_ctl:missing_value = nan ;
	double gc_vbd_ctl(gc_time) ;
		gc_vbd_ctl:missing_value = nan ;
	double gc_depth(gc_time) ;
		gc_depth:missing_value = nan ;
	double gc_ob_vertv(gc_time) ;
		gc_ob_vertv:missing_value = nan ;
	int gc_data_pts(gc_time) ;
		gc_data_pts:missing_value = -1 ;
	double gc_end_secs(gc_time) ;
		gc_end_secs:missing_value = nan ;
		gc_end_secs:units = "seconds" ;
		gc_end_secs:standard_name = "time" ;
		gc_end_secs:description = "End of GC time in GMT epoch format" ;
	double gc_pitch_secs(gc_time) ;
		gc_pitch_secs:missing_value = nan ;
	double gc_roll_secs(gc_time) ;
		gc_roll_secs:missing_value = nan ;
	double gc_vbd_secs(gc_time) ;
		gc_vbd_secs:missing_value = nan ;
	double gc_vbd_i(gc_time) ;
		gc_vbd_i:missing_value = nan ;
	int gc_gcphase(gc_time) ;
		gc_gcphase:missing_value = -1 ;
	double gc_pitch_i(gc_time) ;
		gc_pitch_i:missing_value = nan ;
	double gc_roll_i(gc_time) ;
		gc_roll_i:missing_value = nan ;
	int gc_pitch_ad(gc_time) ;
		gc_pitch_ad:missing_value = -1 ;
	int gc_roll_ad(gc_time) ;
		gc_roll_ad:missing_value = -1 ;
	int gc_vbd_ad(gc_time) ;
		gc_vbd_ad:missing_value = -1 ;
	int gc_pitch_retries(gc_time) ;
		gc_pitch_retries:missing_value = -1 ;
	int gc_pitch_errors(gc_time) ;
		gc_pitch_errors:missing_value = -1 ;
	int gc_roll_retries(gc_time) ;
		gc_roll_retries:missing_value = -1 ;
	int gc_roll_errors(gc_time) ;
		gc_roll_errors:missing_value = -1 ;
	int gc_vbd_retries(gc_time) ;
		gc_vbd_retries:missing_value = -1 ;
	int gc_vbd_errors(gc_time) ;
		gc_vbd_errors:missing_value = -1 ;
	char log_GPS1 ;
		log_GPS1:value = "$GPS1,191852,2140.747,-15811.322,13,2.8,32,9.9" ;
		log_GPS1:description = "String reported in logfile for GPS1 fix (first surface position before dive)" ;
	char log_GPS2 ;
		log_GPS2:value = "$GPS2,192722,2140.809,-15811.243,36,3.1,55,9.9" ;
		log_GPS2:description = "String reported in logfile for GPS2 fix (last surface position before dive)" ;
	char log_GPS ;
		log_GPS:value = "$GPS,130810,202002,2140.902,-15811.293,11,1.3,11,9.9" ;
		log_GPS:description = "String reported in logfile for GPS fix (first surface position after dive)" ;
	double log_gps_time(log_gps_time) ;
		log_gps_time:missing_value = nan ;
		log_gps_time:units = "seconds" ;
		log_gps_time:standard_name = "time" ;
		log_gps_time:description = "time in GMT epoch format" ;
	double log_gps_lat(log_gps_time) ;
		log_gps_lat:missing_value = nan ;
		log_gps_lat:units = "decimal degrees" ;
		log_gps_lat:standard_name = "lat" ;
		log_gps_lat:description = "gps fix latitude" ;
	double log_gps_lon(log_gps_time) ;
		log_gps_lon:missing_value = nan ;
		log_gps_lon:units = "decimal degrees" ;
		log_gps_lon:standard_name = "lon" ;
		log_gps_lon:description = "gps fix longitude" ;
	double eng_elaps_t_0000(time) ;
		eng_elaps_t_0000:units = "seconds" ;
		eng_elaps_t_0000:standard_name = "time" ;
		eng_elaps_t_0000:description = "seconds since start of mission" ;
	double eng_elaps_t(time) ;
		eng_elaps_t:units = "seconds" ;
		eng_elaps_t:standard_name = "time" ;
		eng_elaps_t:description = "seconds since start of dive" ;
	double eng_depth(time) ;
		eng_depth:units = "cm" ;
		eng_depth:standard_name = "depth" ;
		eng_depth:description = "vertical distance below the surface" ;
	double eng_head(time) ;
	double eng_pitchAng(time) ;
	double eng_rollAng(time) ;
	double eng_pitchCtl(time) ;
	double eng_rollCtl(time) ;
	double eng_vbdCC(time) ;
	double eng_rec(time) ;
	double eng_GC_phase(time) ;
	double eng_sbect_condFreq(time) ;
	double eng_sbect_tempFreq(time) ;
	double eng_sbe43_O2Freq(time) ;
	double eng_aa3830_O2(time) ;
		eng_aa3830_O2:units = "ml/l" ;
		eng_aa3830_O2:standard_name = "dissolved oxygen" ;
		eng_aa3830_O2:description = "dissolved oxygen as reported by the instument, based on on-board calibration data, without depth or salinity correction" ;
	double eng_aa3830_temp(time) ;
		eng_aa3830_temp:units = "C" ;
		eng_aa3830_temp:standard_name = "temperature" ;
		eng_aa3830_temp:description = "As reported by the instrument" ;
	double eng_aa3830_dphase(time) ;
	double eng_wlbb2f_redRef(time) ;
	double eng_wlbb2f_redCount(time) ;
	double eng_wlbb2f_blueRef(time) ;
	double eng_wlbb2f_blueCount(time) ;
	double eng_wlbb2f_fluorCount(time) ;
	double eng_wlbb2f_VFtemp(time) ;
		eng_wlbb2f_VFtemp:units = "C" ;
		eng_wlbb2f_VFtemp:standard_name = "temperature" ;
		eng_wlbb2f_VFtemp:description = "As reported by the instrument" ;
	double eng_wlbbfl2vmt_wl600ref(time) ;
	double eng_wlbbfl2vmt_wl600sig(time) ;
	double eng_wlbbfl2vmt_Chlref(time) ;
	double eng_wlbbfl2vmt_Chlsig(time) ;
	double eng_wlbbfl2vmt_Cdomref(time) ;
	double eng_wlbbfl2vmt_Cdomsig(time) ;
	double eng_wlbbfl2vmt_L2VMTtemp(time) ;
		eng_wlbbfl2vmt_L2VMTtemp:units = "C" ;
		eng_wlbbfl2vmt_L2VMTtemp:standard_name = "temperature" ;
		eng_wlbbfl2vmt_L2VMTtemp:description = "As reported by the instrument" ;
	double time(time) ;
		time:missing_value = nan ;
		time:units = "seconds" ;
		time:standard_name = "time" ;
		time:description = "sample time in GMT epoch format" ;
		time:reference = "00:00Z 1 January 1970" ;
	double depth(time) ;
		depth:missing_value = nan ;
		depth:units = "m" ;
		depth:standard_name = "depth" ;
		depth:description = "distance below the surface, corrected for latitude" ;
	double latitude(time) ;
		latitude:missing_value = nan ;
		latitude:units = "Decimal degrees" ;
		latitude:standard_name = "lat" ;
		latitude:description = "sample latitude" ;
	double longitude(time) ;
		longitude:missing_value = nan ;
		longitude:units = "Decimal degrees" ;
		longitude:standard_name = "lon" ;
		longitude:description = "sample longitude" ;
	double pressure(time) ;
		pressure:missing_value = nan ;
		pressure:units = "dbar" ;
		pressure:standard_name = "sea_water_pressure" ;
	double temp_nolag(time) ;
		temp_nolag:missing_value = nan ;
		temp_nolag:units = "C" ;
		temp_nolag:standard_name = "temperature (in situ)" ;
		temp_nolag:description = "not corrected for first-order lag" ;
	double conductivity_nolag(time) ;
		conductivity_nolag:missing_value = nan ;
		conductivity_nolag:units = "S m^-1" ;
		conductivity_nolag:standard_name = "electrical_conductivity" ;
		conductivity_nolag:description = "not corrected for first-order lag" ;
	double salinity_nolag(time) ;
		salinity_nolag:missing_value = nan ;
		salinity_nolag:units = "none" ;
		salinity_nolag:standard_name = "salinity" ;
		salinity_nolag:description = "not corrected for first-order lag" ;
	double temp(time) ;
		temp:missing_value = nan ;
		temp:units = "C" ;
		temp:standard_name = "temperature (in situ)" ;
		temp:description = "corrected for first-order lag" ;
	double conductivity(time) ;
		conductivity:missing_value = nan ;
		conductivity:units = "S m^-1" ;
		conductivity:standard_name = "electrical_conductivity" ;
		conductivity:description = "corrected for first-order lag" ;
	double salinity(time) ;
		salinity:missing_value = nan ;
		salinity:units = "none" ;
		salinity:standard_name = "salinity" ;
	double sigma_t(time) ;
		sigma_t:missing_value = nan ;
		sigma_t:units = "kg/m^3" ;
		sigma_t:standard_name = "potential density" ;
		sigma_t:ref_pressure = "0" ;
	double theta(time) ;
		theta:missing_value = nan ;
		theta:units = "C" ;
		theta:standard_name = "potential temperature" ;
		theta:description = "corrected for first-order lag" ;
	double density(time) ;
		density:missing_value = nan ;
		density:units = "kg/m^3" ;
		density:standard_name = "density (in situ)" ;
	double sigma_theta(time) ;
		sigma_theta:missing_value = nan ;
		sigma_theta:units = "kg/m^3" ;
		sigma_theta:standard_name = "potential density" ;
		sigma_theta:ref_pressure = "0" ;
	double horiz_speed_pitch_w(time) ;
		horiz_speed_pitch_w:missing_value = nan ;
		horiz_speed_pitch_w:units = "cm/s" ;
		horiz_speed_pitch_w:standard_name = "Horizontal speed, from observed pitch and vertical velocity" ;
	double horz_speed_pitch_buoy_hdm(time) ;
		horz_speed_pitch_buoy_hdm:missing_value = nan ;
		horz_speed_pitch_buoy_hdm:units = "cm/s" ;
		horz_speed_pitch_buoy_hdm:standard_name = "Horizontal speed from model (buoy and pitch)" ;
	double vert_speed_pitch_buoy_hdm(time) ;
		vert_speed_pitch_buoy_hdm:missing_value = nan ;
		vert_speed_pitch_buoy_hdm:units = "cm/s" ;
		vert_speed_pitch_buoy_hdm:standard_name = "Vertical speed from model (buoy and pitch)" ;
	double glide_angle_hdm(time) ;
		glide_angle_hdm:missing_value = nan ;
		glide_angle_hdm:units = "cm/s" ;
		glide_angle_hdm:standard_name = "Glide angle from model (buoy and pitch)" ;
	double north_displacement_hdm(time) ;
		north_displacement_hdm:missing_value = nan ;
		north_displacement_hdm:units = "m" ;
		north_displacement_hdm:standard_name = "Northward displacement from model" ;
	double east_displacement_hdm(time) ;
		east_displacement_hdm:missing_value = nan ;
		east_displacement_hdm:units = "m" ;
		east_displacement_hdm:standard_name = "Eastward displacement from model" ;
	double Buoyancy(time) ;
		Buoyancy:missing_value = nan ;
	double aanderaa3830_dissolved_oxygen(time) ;
		aanderaa3830_dissolved_oxygen:missing_value = nan ;
		aanderaa3830_dissolved_oxygen:units = "ml/l" ;
		aanderaa3830_dissolved_oxygen:standard_name = "oxygen" ;
		aanderaa3830_dissolved_oxygen:description = "oxygen concentration, calculated from optode dphase, corrected for salinity and depth, uising CT temp" ;
	double aanderaa3830_instrument_dissolved_oxygen(time) ;
		aanderaa3830_instrument_dissolved_oxygen:missing_value = nan ;
		aanderaa3830_instrument_dissolved_oxygen:units = "ml/l" ;
		aanderaa3830_instrument_dissolved_oxygen:standard_name = "oxygen" ;
		aanderaa3830_instrument_dissolved_oxygen:description = "oxygen concentration, read directly from optode, corrected for salinity and depth, uising CT temp" ;
	double u_da ;
		u_da:units = "m/s" ;
		u_da:standard_name = "depth average current" ;
		u_da:description = "Eastward component of depth averaged current" ;
	double v_da ;
		v_da:units = "m/s" ;
		v_da:standard_name = "depth average current" ;
		v_da:description = "Northward component of depth averaged current" ;
	double u_mag ;
		u_mag:units = "cm/s" ;
		u_mag:standard_name = "depth average current" ;
		u_mag:description = "Magnitude of the depth averaged current" ;
	double u_dir ;
		u_dir:units = "degrees" ;
		u_dir:standard_name = "depth average current" ;
		u_dir:description = "True direction of the depth averaged current" ;
// log_gps_time: first 1281727132.0, last 1281730802.0, count 3
// time: first 1281727713.522, last 1281730635.78, count 284
}