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Attributes {
Facility {
String PrincipleInvestigator "Mark Abbott", "Ph.D";
String DataCenter "COAS Environmental Computer Facility";
String DrifterType "MetOcean WOCE/OCM";
}
Drifters {
battery {
String Description "Battery Voltage (VBAT)";
String units "volts";
}
checksum {
String Description "Low 8 bits of the sum of the specified bytes in ARGOS transmission. (Checksum)";
String units "unknown";
}
data_age {
String Description "Optical Sensor Data Age: Elapsed time between sample time and time of delivery to ARGOS system. (DA)";
String units "minutes";
}
ed490 {
String Description "Downwelling Irradiance Sensor at 490nm";
Float32 Wavelength 490;
String units "microwatts per square cm per nanometer per steradian";
}
ed490_stdev {
String Description "Standard deviation of Downwelling Irradiance Sensor at 490nm";
Float32 Wavelength 490;
String units "counts";
}
instrument_id {
String Description "String value used to uniquely identify each drifter instrument.";
}
flag_argos {
}
flag_gps {
}
flag_optical {
}
flag_sampling {
}
flag_tracking {
}
gpshour {
String Description "GPS Acquisition Time: Hour of day of GPS fix. (GPSHour)";
String units "hour";
}
gpslat {
String Description "GPS Latitiude (Lat)";
String units "degrees_north";
}
gpslon {
String Description "GPS Longitude (Lon)";
String units "degrees_east";
}
latitude {
String Description "Latitude as recorded by ARGOS system";
String units "degrees_north";
}
location {
String Description "String describing general location (southern ocean,oregon coast, etc.) of drifter deployment.";
}
longitude {
String Description "Longitude as recorded by ARGOS system";
String units "degrees_east";
}
lu412 {
String Description "Upwelling Radiance Sensor at 412nm";
Float32 Wavelength 412;
String units "microwatts per square cm per nanometer per steradian";
}
lu412_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 412nm";
Float32 Wavelength 412;
String units "counts";
}
lu443 {
String Description "Upwelling Radiance Sensor at 443nm";
Float32 Wavelength 443;
String units "microwatts per square cm per nanometer per steradian";
}
lu443_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 443nm";
Float32 Wavelength 443;
String units "counts";
}
lu490 {
String Description "Upwelling Radiance Sensorat at 490nm";
Float32 Wavelength 490;
String units "microwatts per square cm per nanometer per steradian";
}
lu490_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 490nm";
Float32 Wavelength 490;
String units "counts";
}
lu510 {
String Description "Upwelling Radiance Sensor at 510nm";
Float32 Wavelength 510;
String units "microwatts per square cm per nanometer per steradian";
}
lu510_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 510nm";
Float32 Wavelength 510;
String units "counts";
}
lu555 {
String Description "Upwelling Radiance Sensor at 555nm";
Float32 Wavelength 555;
String units "microwatts per square cm per nanometer per steradian";
}
lu555_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 555nm";
Float32 Wavelength 555;
String units "counts";
}
lu670 {
String Description "Upwelling Radiance Sensor at 670nm";
Float32 Wavelength 670;
String units "microwatts per square cm per nanometer per steradian";
}
lu670_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 670nm";
Float32 Wavelength 670;
String units "counts";
}
lu683 {
String Description "Upwelling Radiance Sensor at 683nm";
Float32 Wavelength 683;
String units "microwatts per square cm per nanometer per steradian";
}
lu683_stdev {
String Description "Standard deviation of Upwelling Radiance Sensor at 683nm";
Float32 Wavelength 683;
String units "counts";
}
max_depth {
String Description "Maximum Depth Voltage reading from the previous 10.5 minute period. (MDV)";
String units "volts";
}
night_len {
String Description "Length of the previous night (LNL)";
String units "minutes";
}
nsamp {
String Description "Message ID: Always set to 3 for GPS data Message";
String units "unknown";
}
numaves {
String Description "Number of samples in OCM data (NAve)";
String units "unknown";
}
press_volts {
String Description "Pressure sensor voltage at surface as determined by the surface check function. (SV)";
String units "volts";
}
rellat1hr {
String Description "Relative Latitude: Change in latitude in the last hour as determined by the GPS subsystem (Rlat1)";
String units "degrees_north";
}
rellat2hr {
String Description "Relative Latitude: Change in latitude in the last 2 hours as determined by the GPS subsystem (Rlat2)";
String units "degrees_north";
}
rellon1hr {
String Description "Relative Longitude: Change in longitude in the last hour as determined by the GPS subsystem (Rlon1)";
String units "degrees_east";
}
rellon2hr {
String Description "Relative Longitude: Change in longitude in the last 2 hours as determined by the GPS subsystem (Rlon2)";
String units "degrees_east";
}
sst {
String Description "Sea Surface Temperature (SST)";
String units "Degrees C";
}
sub_wait {
String Description "Average time that buoy software waited for buoy to come to surface before measuring irradiance. (ASW)";
String units "minutes";
}
surf_volts {
String Description "Averaged amplified pressure sensor voltage as measured during the surface check function. (AV)";
String units "volts";
}
surface_average {
String Description "Average duration of time that the buoy remained on the surface during the surface check function. (AST)";
String units "minutes";
}
surface_percent {
String Description "Percentage of time that the buoy was on the surface during the surface check function. (PTOS)";
String units "percentage";
}
time {
String Description "Time data sample was received by ARGOS system";
String units "Decimal days since Jan 1, 1993 (01/01/1993)";
}
ttff {
String Description "Time between GPS power on and first fix: Time To First Fix (TTFF)";
String units "Decimal days since Jan 1, 1993 (01/01/1993)";
}
maxgps {
String Description "Strongest GPS Signal Level (dB0)";
String units "dB";
}
rellat3hr {
String Description "Relative Latitude: Change in latitude in the last 3 hours as determined by the GPS subsystem (Rlat3)";
String units "degrees_north";
}
rellon3hr {
String Description "Relative Longitude: Change in longitude in the last 3 hours as determined by the GPS subsystem (Rlon3)";
String units "degrees_east";
}
}
}
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