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Global Attributes:	SciPi: J. Warner PROJECT: USGS Coastal Marine Geology Program EXPERIMENT: Matanzas Inlet Sediment Transport DESCRIPTION: Shallow site Quadpod DATA_SUBTYPE: MOORED DATA_ORIGIN: USGS WHCMSC Sediment Transport Group COORD_SYSTEM: GEOGRAPHIC Conventions: PMEL/EPIC MOORING: 1110 WATER_DEPTH: 8.6 WATER_DEPTH_NOTE: (meters), ship's echosounder latitude: 29.7114 longitude: -81.218633 magnetic_variation: -6.7 Deployment_date: 24-Jan-2018 Recovery_date: 13-Apr-2018 platform_type: Large quadpod Lander DRIFTER: 0.0 POS_CONST: 0.0 DEPTH_CONST: 0.0 institution: United States Geological Survey, Woods Hole Coastal and Marine Science Center institution_url: http://woodshole.er.usgs.gov instnum: 3.0 initial_instrument_height: 1.3, 1.3, 1.3 pressure_sensor_height: 1.62 ClockError: 424.0 auxsampon: y orientation: down frequency: 2500000.0, 4000000.0, 500000.0 BurstDuration: 2.0, 2.0, 2.0 PingRate: 64.0 NumPings: 65536.0 nXducers: 3.0 burst_count: 1896.0 serial_number: 910-131 bin_count: 150.0 bin_size: 0.01, 0.01, 0.01 sampling_rate: 2.0 cdffile: 11103abss-raw.cdf CREATION_DATE: 18-Apr-2019 15:56:09 DESCRIPT: Aquascat ABS processed EPIC stats file DATA_TYPE: ABS COMPOSITE: 0.0 INST_TYPE: Aquatec Aquascat ABS DATA_CMNT: Instrument clock gained(+)/lost(-) 424 sec during deployment when compared to reference time, will need to be corrected in processed output netcdf files; samples_per_average: 2048.0 DELTA_T: 3600 VAR_FILL: 1.0E35 FILL_FLAG: 0.0 VAR_DESC: burst:bindist1:bindist2:bindist3:ABS1:ABS2:ABS3:Sv1_1233:Sv2_1234:Sv3_1235:brange1:brange2:brange3:P_1:Tx_1211:Battery start_time: 24-Jan-2018 15:08:16 stop_time: 13-Apr-2018 14:01:32 history: Linear clock drift correction applied to time variables, Data burst averaged, converted to EPIC variables, and cropped data before deployment and after recovery by aqacdf2statsnc4; Converted to netCDF via Matlab by aqa2cdfNative4.m V 0.0; Raw data from Aquatec Aquascat1000 ABS translated to NetCDF4 by aqamat2cdfNative4 DATA_NOTE: This netCDF file contains burst averaged data from 3 ABS transducers.

Variables:	lat: Array of 32 bit Reals [lat = 0..0] lat: units: Degrees North type: EVEN epic_code: 500.0 name: LAT long_name: LATITUDE datum: NAD83
	lon: Array of 32 bit Reals [lon = 0..0] lon: units: Degrees East type: EVEN epic_code: 502.0 name: LON long_name: LONGITUDE datum: NAD83
	time: Array of 32 bit Integers [time = 0..1895] time: units: True Julian Day name: time type: EVEN epic_code: 624.0 datum: Time (UTC) in True Julian Days: 2440000 = 0000 h on May 23, 1968 note: Linear clock drift correction applied
	time2: Array of 32 bit Integers [time = 0..1895] time: units: msec since 0:00 GMT type: EVEN name: time epic_code: 624.0 datum: Time (UTC) in True Julian Days: 2440000 = 0000 h on May 23, 1968 note: Linear clock drift correction applied
	depth: Array of 32 bit Reals [depth = 0..149] depth: _FillValue: 1.0E35 units: m type: EVEN epic_code: 3.0 long_name: Depth of bin relative to input Mean Water depth (m) bin_size: 0.01, 0.01, 0.01 bin_count: 150.0 WATER_DEPTH: 8.6 WATER_DEPTH_source: (meters), nominal depth transducer_offset_from_bottom: 1.3, 1.3, 1.3 NOTE: downlooking bin depths = water_depth - transducer offset from bottom + bindist
	burst: Array of 32 bit Integers [time = 0..1895] time: minimum: 1 maximum: 1896 _FillValue: -2147483648 units: count name: burst generic_name: record long_name: Burst Number
	bindist1: Array of 32 bit Reals [depth = 0..149] depth: _FillValue: 1.0E35 units: m long_name: distance from transducer head frequency: 2.5 Mhz bin_size: 0.01, 0.01, 0.01 transducer_offset_from_bottom: 1.3 bin_count: 150.0 WATER_DEPTH: 8.6 WATER_DEPTH_source: (meters), nominal depth NOTE: distance is along profile from instrument head to center of bin minimum: 0.01 maximum: 1.5
	bindist2: Array of 32 bit Reals [depth = 0..149] depth: _FillValue: 1.0E35 units: m long_name: distance from transducer head frequency: 4.0 Mhz bin_size: 0.01, 0.01, 0.01 transducer_offset_from_bottom: 1.3 bin_count: 150.0 WATER_DEPTH: 8.6 WATER_DEPTH_source: (meters), nominal depth NOTE: distance is along profile from instrument head to center of bin minimum: 0.01 maximum: 1.5
	bindist3: Array of 32 bit Reals [depth = 0..149] depth: _FillValue: 1.0E35 units: m long_name: distance from transducer head frequency: 0.5 Mhz bin_size: 0.01, 0.01, 0.01 transducer_offset_from_bottom: 1.3 bin_count: 150.0 WATER_DEPTH: 8.6 WATER_DEPTH_source: (meters), nominal depth NOTE: distance is along profile from instrument head to center of bin minimum: 0.01 maximum: 1.5
	ABS1: Grid time: depth: lat: lon: minimum: 4.643202E-5 maximum: 0.23133017 frequency: 2.5 Mhz transducer_offset_from_bottom: 1.3 _FillValue: 1.0E35 units: Normalized counts long_name: Transducer 1 burst mean backscatter amplitude
	ABS2: Grid time: depth: lat: lon: minimum: 8.583069E-5 maximum: 0.10060368 _FillValue: 1.0E35 units: Normalized counts long_name: Transducer 2 burst mean backscatter amplitude frequency: 4.0 Mhz transducer_offset_from_bottom: 1.3
	ABS3: Grid time: depth: lat: lon: minimum: 8.7715685E-5 maximum: 0.85359895 _FillValue: 1.0E35 units: Normalized counts long_name: Transducer 3 burst mean backscatter amplitude frequency: 0.5 Mhz transducer_offset_from_bottom: 1.3
	Sv1_1233: Grid time: depth: lat: lon: _FillValue: 1.0E35 name: Sv1 units: decibels (dB) long_name: Transducer 1 burst mean backscatter strength frequency: 2.5 Mhz transducer_offset_from_bottom: 1.3 epic_code: 1233.0 minimum: 9.50954 maximum: 83.48872
	Sv2_1234: Grid time: depth: lat: lon: _FillValue: 1.0E35 name: Sv2 units: decibels (dB) long_name: Transducer 2 burst mean backscatter strength frequency: 4.0 Mhz transducer_offset_from_bottom: 1.3 epic_code: 1234.0 minimum: 14.924243 maximum: 76.24361
	Sv3_1235: Grid time: depth: lat: lon: _FillValue: 1.0E35 name: Sv3 units: decibels (dB) long_name: Transducer 3 burst mean backscatter strength frequency: 0.5 Mhz transducer_offset_from_bottom: 1.3 epic_code: 1235.0 minimum: 14.894929 maximum: 94.95413
	brange1: Grid time: lat: lon: maximum: 1.34 minimum: 0.98 _FillValue: 1.0E35 units: m long_name: Transducer 1 range to boundary frequency: 2.5 Mhz
	brange2: Grid time: lat: lon: minimum: 0.96 maximum: 1.32 _FillValue: 1.0E35 units: m long_name: Transducer 2 range to boundary frequency: 4.0 Mhz
	brange3: Grid time: lat: lon: minimum: 1.05 maximum: 1.33 _FillValue: 1.0E35 units: m long_name: Transducer 3 range to boundary frequency: 0.5 Mhz
	P_1: Grid time: lat: lon: _FillValue: 1.0E35 name: P units: decibar long_name: Pressure (dbar) sensor_offset_from_bottom: 1.62 epic_code: 1.0 note: Pressure data corrected using offset = -41.226 and scale factor = 2.00; minimum: 6.176884033203123 maximum: 8.678165771484373
	Tx_1211: Grid time: lat: lon: _FillValue: 1.0E35 name: Tx units: C long_name: instrument Transducer Temp. sensor_offset_from_bottom: 1.62 epic_code: 1211.0 note: Temperature data corrected using offset = 23.735 and scale factor = 1.00; minimum: 12.269193170166016 maximum: 18.873677728271485
	Battery: Grid time: lat: lon: note: Battery data corrected using offset = 0.000 and scale factor = 2.00; minimum: 15.545875549316406 maximum: 18.208850860595703 _FillValue: 1.0E35 units: Volts long_name: Battery Voltage
	P_1ac: Grid time: lat: lon: _FillValue: 1.0E35 name: pressure (corrected for atmospheric) long_name: pressure (corrected for atmospheric) standard_name: sea_water_pressure_due_to_sea_water units: dbar initial_instrument_height: 1.3, 1.3, 1.3 minimum: 6.2134295 maximum: 8.693601 note: Corrected for variations in atmospheric pressure using local barometric pressure record _ChunkSizes: 1896, 1, 1

For questions or comments about this dataset, contact the administrator of this server [Robert Wertz] at: rwertz@usgs.gov

For questions or comments about the OPeNDAP service bundled with the TDS, email THREDDS support at: support-thredds@unidata.ucar.edu

DDS:

Dataset {
    Float32 lat[lat = 1];
    Float32 lon[lon = 1];
    Int32 time[time = 1896];
    Int32 time2[time = 1896];
    Float32 depth[depth = 150];
    Int32 burst[time = 1896];
    Float32 bindist1[depth = 150];
    Float32 bindist2[depth = 150];
    Float32 bindist3[depth = 150];
    Grid {
     ARRAY:
        Float32 ABS1[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } ABS1;
    Grid {
     ARRAY:
        Float32 ABS2[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } ABS2;
    Grid {
     ARRAY:
        Float32 ABS3[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } ABS3;
    Grid {
     ARRAY:
        Float32 Sv1_1233[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } Sv1_1233;
    Grid {
     ARRAY:
        Float32 Sv2_1234[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } Sv2_1234;
    Grid {
     ARRAY:
        Float32 Sv3_1235[time = 1896][depth = 150][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 depth[depth = 150];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } Sv3_1235;
    Grid {
     ARRAY:
        Float32 brange1[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } brange1;
    Grid {
     ARRAY:
        Float32 brange2[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } brange2;
    Grid {
     ARRAY:
        Float32 brange3[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } brange3;
    Grid {
     ARRAY:
        Float32 P_1[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } P_1;
    Grid {
     ARRAY:
        Float32 Tx_1211[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } Tx_1211;
    Grid {
     ARRAY:
        Float32 Battery[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } Battery;
    Grid {
     ARRAY:
        Float32 P_1ac[time = 1896][lat = 1][lon = 1];
     MAPS:
        Int32 time[time = 1896];
        Float32 lat[lat = 1];
        Float32 lon[lon = 1];
    } P_1ac;
} ots/Stellwagen/MATANZAS_18/11103absss-a.nc;

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