Data Quality Reports for Session: 185290 User: dfeldman Completed: 05/01/2017

TABLE OF CONTENTS

DQR IDSubjectData Streams Affected Data Quality Metric
D161031.4AWR/AERI/M1 - Events at the site causing mirror safingawraerich1M1.b1Does not affect quality
D170109.17AWR/AERI/M1 - Temperature oscillationsawraerich1M1.b1Does not affect quality


DQRID : D161031.4
Start DateStart TimeEnd DateEnd Time Data Quality Metric
11/19/2015000012/31/20160000Does not affect quality
Subject:
AWR/AERI/M1 - Events at the site causing mirror safing
DataStreams:awraerich1M1.b1
Description:
Single events at the site, such as blowing snow accidentally falling on the rain sensor, 
are causing mirror safing events that may contaminate data in nearby scenes.  These events 
are momentary, intermittent and infrequent.  The AERI mentor team is developing a data 
quality algorithm that is able to identify all of these events.  This DQ product will be 
released with the AWARE dataset in 2017.
Measurements:awraerich1M1.b1:
  • AERIunitNumber
  • atmosphericRelativeHumidity
  • calibrationAmbientTemp
  • timeHHMMSS
  • sceneMirPosEncoderMaxDrift
  • wnum
  • calibrationHBBtemp
  • calibratedSceneID
  • hatchOpen
  • Longitude
  • standard_dev_mean_rad
  • Time_UTC_hours
  • systemReleaseNumber
  • atmosphericPressure
  • channelNumber
  • wnum2
  • instrumentUnitNumber
  • sceneMirrorAngle
  • Radiation, longwave, downwelling radiance, 0.5 cm-1 resolution, 3.3-5.5 um(mean_rad)
  • BBsupportStructureTemp
  • missingDataFlag
  • sceneViewDuration
  • Latitude
  • Altitude
  • JulianDay
  • outsideAirTemp
  • dateYYMMDD
  • calibrationCBBtemp

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DQRID : D170109.17
Start DateStart TimeEnd DateEnd Time Data Quality Metric
12/05/20151000Open Ended-1Does not affect quality
12/01/2015000012/31/20162359Does not affect quality
Subject:
AWR/AERI/M1 - Temperature oscillations
DataStreams:awraerich1M1.b1
Description:
Temperature oscillations were periodically observed during the campaign in certain 
housekeeping temperature (outsideAirTemp, BBsupportStrucutreTemp).  e.g. 2016-12-05.  The cause 
is unclear, and may have been a thermal effect particular to the site.  The calibration 
and the radiances, however, appear to be unaffected.
Measurements:awraerich1M1.b1:
  • BBsupportStructureTemp
  • calibrationAmbientTemp
  • outsideAirTemp

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