DQR ID | Subject | Data Streams Affected |
---|
D060106.15 | NIM/ECOR/M1 - Missing data | nim30ecorM1.b1 |
D060112.4 | NIM/SKYRAD/M1 - IRTs do not agree with AERI | nimskyrad60sM1.b1 |
D060222.1 | NIM/SKYRAD/M1 - Instrument ventilator problem | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00 |
D060307.1 | NIM/MWRP/M1 - Software problem | nimmwrpM1.00, nimmwrpM1.b1, nimmwrprawM1.00 |
D060321.3 | NIM/SONDE/M1 - RH data incorrect. | nimsondewnpnM1.b1 |
D060407.1 | NIM/MET/M1 - Software problem | nimmetM1.b1 |
D060419.3 | NIM/MWRP/M1 - Instrument noise problem | nimmwrpM1.00, nimmwrpM1.b1, nimmwrprawM1.00 |
D060419.4 | NIM/MWR/M1 - Instrument noise problem/RF interference | nimmwrM1.00, nimmwrlosM1.b1, nimmwrtipM1.a1 |
D060420.5 | NIM/MWRP/M1 - IRT Sensor Calibration | nimmwrpM1.00, nimmwrpM1.b1, nimmwrprawM1.00 |
D060524.2 | NIM/MET/M1 - ORG failure | nimmetM1.b1 |
D060530.1 | NIM/ECOR/M1 - Flux Data Suspect for Some Wind Directions | nim30ecorM1.b1 |
D060602.2 | NIM/MWRP/M1 - Reprocessed: IRT configuration setting error | nimmwrpM1.b1 |
D060619.1 | NIM/MWRP/M1 - Reprocessed - New retrieval coefficients | nimmwrpM1.b1 |
D060630.41 | NIM/SKYRAD/M1 - Reprocess: Longwave Calibration error | nimskyrad60sM1.b1 |
D060630.42 | NIM/GNDRAD/M1 - Reprocessed: Longwave calibration error | nimgndrad60sM1.b1 |
D060713.1 | NIM/MWRP/M1 - 51.25 GHz channel calibration drifted | nimmwrpM1.b1 |
D060718.1 | NIM/MWR/M1 - Reprocessed: Recalibration to correct for occasional overheating. | nimmwrlosM1.b1, nimmwrtipM1.a1 |
D060915.1 | NIM/SKYRAD/M1 - Unknown problem with PIR1 | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00 |
D060927.1 | NIM/MWR/M1 - Sun in field of view of radiometer | nimmwrlosM1.b1 |
D060929.1 | NIM/MWRP/M1 - Sun in radiometer's field of view | nimmwrpM1.b1 |
D061003.3 | NIM/MWRP/M1 - IRTs do not agree with AERI | nimmwrpM1.b1 |
D061006.1 | NIM/SKYRAD/M1 - Tracker inoperative | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00 |
D061117.1 | NIM/MWRP/M1 - Reprocessed: K-band calibration drift corrected | nimmwrpM1.b1 |
D070203.1 | NIM/GNDRAD/M1 - Station setup and troubleshooting | nimgndrad20sM1.a0, nimgndrad60sM1.b1, nimgndradM1.00 |
D070203.2 | NIM/SKYRAD/M1 - station setup and troubleshooting | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00 |
D070215.5 | NIM/ECOR/M1 - Effects on ECOR CO2 Flux and Concentration By Aircraft | nim30ecorM1.b1 |
D080304.3 | NIM/MET/M1 - ORG underestimated precipitation | nimmetM1.b1 |
D081022.11 | NIM/MET/M1 - Wind Speed data contain offset due to induced voltage | nimmetM1.b1 |
D091217.1 | NIM/MET/M1 - PWD cumulative precipitation incorrect | nimmetM1.b1 |
D091217.2 | NIM/MET/M1 - PWD 1 minute rainfall data suspect | nimmetM1.b1 |
D111006.8 | NIM/MET/M1 - Deployment period | nimmetM1.b1 |
Subject: | NIM/SKYRAD/M1 - Instrument ventilator problem |
DataStreams: | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00
|
Description: | Data quality office first reported that PIR1 and PIR2 appear to be deviating more than
typical during the daylight hours. It was found that the Skyrad PIR ventilator fans were
building up debris on the intake air filter. Obstructed air flow results in solar heating
of the PIR ventilator housing in the later part of the day and biasing the incomming IR
irradiance values. The slow buildup was insidious and wasn't discovered and corrected
(i.e. ventilator fans cleaned on a regular and frequent basis) until Feb 23rd. On or around
December 23rd was when this problem may have first started. We are unable to quantify the
extent of the problem in W/m2. Normal deviation between PIRs is typically 3-5 W/m2. |
Measurements: | nimskyrad20sM1.a0: - Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- inst_down_long_shaded2_case_resist
- inst_down_long_shaded2_dome_resist
- inst_down_long_shaded1_case_resist
- inst_down_long_shaded1_dome_resist
nimskyrad60sM1.b1: - inst_down_long_shaded2_dome_temp
- down_long_hemisp_shaded1_std
- down_long_hemisp_shaded1_min
- down_long_hemisp_shaded1_max
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer1(down_long_hemisp_shaded1)
- down_long_hemisp_shaded2_min
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer2(down_long_hemisp_shaded2)
- down_long_hemisp_shaded2_max
- inst_down_long_shaded1_dome_temp
- down_long_hemisp_shaded2_std
- inst_down_long_shaded2_case_temp
- inst_down_long_shaded1_case_temp
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
nimskyradM1.00: - Raw data stream - documentation not supported
|
Subject: | NIM/MWRP/M1 - Software problem |
DataStreams: | nimmwrpM1.00, nimmwrpM1.b1, nimmwrprawM1.00
|
Description: | The MWRP computer failed and it was cloned with a new Gx620. Soon after, the MWRP program
started to crash and was intermittent. Data were lost on March 3, 4, 5.
On March 7 the program was forcefully ended and restarted. This appears to have cleared
the problem. The instrument has been running since. |
Measurements: | nimmwrpM1.00: - AVHRR satellite images for Darwin from BOM (RAW)(raw)
nimmwrpM1.b1: - Pressure, lifting condensation level(liftingCondensationLevelPres)
- time_offset
- liquidWaterPath2RmsError
- frequency
- Pressure, barometric. at instrument height (1 or 2 m)(surfacePressure)
- elevation
- Liquid water path, from Tbright at 23.835 and 30.0 GHz only, using stat. retrvl.(liquidWaterPath2)
- wetWindowFlag
- liquidWaterContentRmsError
- Barometric pressure(pressure)
- Pressure, level of free convection(levelFreeConvectionPres)
- Retrieved dewpoint temperature(dewpointTemperature)
- totalPrecipitableWaterRmsError
- Pressure, equilibrium level(equilibriumLevelPres)
- infraredTemperature
- Height, lifting condensation level(liftingCondensationLevel)
- Energy, potential, convective, available, from RUC model(cape)
- Liquid water path, from brightness temperatures using statistical retrieval(liquidWaterPath)
- Temperature, virtual, vert. prof. sfc-10km, fr. wtr. vap. dens. and temp. prof.(virtualTemperature)
- Height, cloud base, height where IR temp. matches retrieved temp. profile(cloudBaseHeight)
- Density, water vapor, at instrument height (1 or 2 m)(surfaceWaterVaporDensity)
- dataQualityFlags
- Retrieved water vapor mixing ratio(waterVaporMixingRatio)
- Height, level of free convection(levelFreeConvection)
- Water vapor, total precipitable, derived from Tbright using stat. retrvl.(totalPrecipitableWater)
- base_time
- Pressure, associated geometric height, at altitude, NGM model output(height)
- liquidWaterPathRmsError
- waterVaporDensityRmsError
- Temperature, air, at instrument height (1 or 2 m)(surfaceTemperature)
- totalPrecipitableWater2RmsError
- temperatureRmsError
- Humidity, relative, at instrument height (1 or 2 m)(surfaceRelativeHumidity)
- alt
- Density, water vapor, prof. from sfc.-10 km, der. from Tbright stat. retrvl.(waterVaporDensity)
- Microwave brightness temperature(brightnessTemperature)
- azimuth
- Humidity, relative, prof. from sfc.-10km, from water vap. dens. and temp. prof.(relativeHumidity)
- time
- lon
- Liquid water content, cloud, vert. prof. sfc.-10km, from Tbright stat. retrvl.(liquidWaterContent)
- Height, equilibrium level(equilibriumLevel)
- lat
- blackbodyTemperature
- Water vapor, tot. precipitable, from Tbright, 23.835 & 30.0 GHz, stat. retrvl.(totalPrecipitableWater2)
- Air temperature(temperature)
nimmwrprawM1.00: - AVHRR satellite images for Darwin from BOM (RAW)(raw)
|
Subject: | NIM/MWRP/M1 - Instrument noise problem |
DataStreams: | nimmwrpM1.00, nimmwrpM1.b1, nimmwrprawM1.00
|
Description: | There are spikes and elevated noise in MWRP data. The origine of the spikes is RF
interference from various sources. All brightness temperatures are affected, but in particular
the 5 K-band channels. LWP retrievals are noisy and affected by spikes as a result. |
Measurements: | nimmwrpM1.00: - AVHRR satellite images for Darwin from BOM (RAW)(raw)
nimmwrpM1.b1: - Water vapor, total precipitable, derived from Tbright using stat. retrvl.(totalPrecipitableWater)
- Density, water vapor, prof. from sfc.-10 km, der. from Tbright stat. retrvl.(waterVaporDensity)
- Liquid water path, from Tbright at 23.835 and 30.0 GHz only, using stat. retrvl.(liquidWaterPath2)
- Microwave brightness temperature(brightnessTemperature)
- Retrieved dewpoint temperature(dewpointTemperature)
- Humidity, relative, prof. from sfc.-10km, from water vap. dens. and temp. prof.(relativeHumidity)
- Liquid water path, from brightness temperatures using statistical retrieval(liquidWaterPath)
- Liquid water content, cloud, vert. prof. sfc.-10km, from Tbright stat. retrvl.(liquidWaterContent)
- Temperature, virtual, vert. prof. sfc-10km, fr. wtr. vap. dens. and temp. prof.(virtualTemperature)
- Water vapor, tot. precipitable, from Tbright, 23.835 & 30.0 GHz, stat. retrvl.(totalPrecipitableWater2)
- Air temperature(temperature)
- Retrieved water vapor mixing ratio(waterVaporMixingRatio)
nimmwrprawM1.00: - AVHRR satellite images for Darwin from BOM (RAW)(raw)
|
Subject: | NIM/MWRP/M1 - Reprocessed - New retrieval coefficients |
DataStreams: | nimmwrpM1.b1
|
Description: | Occasionally, the retrieved relative humidity was exceeding 120%. Upon reviewing the data
it was noticed that the high values were appearing in the highest layers (above 8 km) and
especially during spring season. Since retrievals at the highest levels are mainly
affected by the climatology used to constrain the retrievals, we reviewed the statistical
coefficients that were used to retrieve temperature and humidity. It was discovered that, in
the training dataset (radiosonde), there were a few outliers (invalid radiosonde
soundings) that had escaped the screening process and were affecting the computations of the
retrieval coefficients.
We recomputed the retrieval coefficients with the newly screened set of radiosonde data
and reprocessed all the previous data at Niamey. The reprocessed data were archived in
August 2006.
The new coefficients improve temperature and humidity profiles in two ways. The relative
humidity will not exceed 120% in the upper layers and the temperature profiles will be in
better agreement with the sonde in the first 4 km. |
Measurements: | nimmwrpM1.b1: - Water vapor, total precipitable, derived from Tbright using stat. retrvl.(totalPrecipitableWater)
- liquidWaterPathRmsError
- liquidWaterPath2RmsError
- waterVaporDensityRmsError
- totalPrecipitableWater2RmsError
- temperatureRmsError
- Density, water vapor, prof. from sfc.-10 km, der. from Tbright stat. retrvl.(waterVaporDensity)
- Liquid water path, from Tbright at 23.835 and 30.0 GHz only, using stat. retrvl.(liquidWaterPath2)
- liquidWaterContentRmsError
- Retrieved dewpoint temperature(dewpointTemperature)
- totalPrecipitableWaterRmsError
- Humidity, relative, prof. from sfc.-10km, from water vap. dens. and temp. prof.(relativeHumidity)
- Liquid water path, from brightness temperatures using statistical retrieval(liquidWaterPath)
- Temperature, virtual, vert. prof. sfc-10km, fr. wtr. vap. dens. and temp. prof.(virtualTemperature)
- Liquid water content, cloud, vert. prof. sfc.-10km, from Tbright stat. retrvl.(liquidWaterContent)
- Height, cloud base, height where IR temp. matches retrieved temp. profile(cloudBaseHeight)
- Water vapor, tot. precipitable, from Tbright, 23.835 & 30.0 GHz, stat. retrvl.(totalPrecipitableWater2)
- Air temperature(temperature)
- Retrieved water vapor mixing ratio(waterVaporMixingRatio)
|
Subject: | NIM/SKYRAD/M1 - Reprocess: Longwave Calibration error |
DataStreams: | nimskyrad60sM1.b1
|
Description: | Modified pyrgeometer calibration procedures were implemented beginning in December 2003.
These modified procedures introduced a calibration bias in the longwave data. The
previous procedures were re-implemented at all sites between December 2005 and February 2006 to
restore proper calibrations.
The data collected while the incorrect procedures were in place are
being reprocessing to remove the calibration bias. Note, this also affected standard
deviation, maximum and minimum data fields. |
Measurements: | nimskyrad60sM1.b1: - Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer1(down_long_hemisp_shaded1)
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer2(down_long_hemisp_shaded2)
|
Subject: | NIM/SKYRAD/M1 - Unknown problem with PIR1 |
DataStreams: | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00
|
Description: | Spikes in Shaded 1 occur frequently during this time period, resulting in differences b/t
shaded1 and shaded2 exceeding 20W/m2. Instrument connections were checked and a spare
PIR instrument was tried in the place of PIR1 (shaded1). After returning the original PIR1
to its original location data again looked good and very close to PIR2. Problem appears
resolved but exact cure is unknown. |
Measurements: | nimskyrad20sM1.a0: - Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- inst_down_long_shaded2_case_resist
- inst_down_long_shaded2_dome_resist
- inst_down_long_shaded1_case_resist
- inst_down_long_shaded1_dome_resist
nimskyrad60sM1.b1: - inst_down_long_shaded2_dome_temp
- down_long_hemisp_shaded1_std
- down_long_hemisp_shaded1_min
- down_long_hemisp_shaded1_max
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer1(down_long_hemisp_shaded1)
- down_long_hemisp_shaded2_min
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer2(down_long_hemisp_shaded2)
- down_long_hemisp_shaded2_max
- inst_down_long_shaded1_dome_temp
- down_long_hemisp_shaded2_std
- inst_down_long_shaded2_case_temp
- inst_down_long_shaded1_case_temp
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
nimskyradM1.00: - Raw data stream - documentation not supported
|
Subject: | NIM/MWRP/M1 - Sun in radiometer's field of view |
DataStreams: | nimmwrpM1.b1
|
Description: | Around noon local time every day there is a spike in the brightness temperature data. This
is due to the sun being in the field of view of the radiometer. PWV and LWP are affected
as a consequence |
Measurements: | nimmwrpM1.b1: - Microwave brightness temperature(brightnessTemperature)
- Water vapor, total precipitable, derived from Tbright using stat. retrvl.(totalPrecipitableWater)
- totalPrecipitableWaterRmsError
- liquidWaterPathRmsError
- infraredTemperature
- liquidWaterPath2RmsError
- Liquid water path, from brightness temperatures using statistical retrieval(liquidWaterPath)
- totalPrecipitableWater2RmsError
- Liquid water content, cloud, vert. prof. sfc.-10km, from Tbright stat. retrvl.(liquidWaterContent)
- Water vapor, tot. precipitable, from Tbright, 23.835 & 30.0 GHz, stat. retrvl.(totalPrecipitableWater2)
- Liquid water path, from Tbright at 23.835 and 30.0 GHz only, using stat. retrvl.(liquidWaterPath2)
- liquidWaterContentRmsError
|
Subject: | NIM/SKYRAD/M1 - Tracker inoperative |
DataStreams: | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00
|
Description: | Starting on 9/12 the NIM radiometer tracker drifted enough due to sinking supports and a
drifting clock that the direct normal measurments (NIP) and the downwelling hemispheric
diffuse shortwave measurments (8-48) were adversely affected in the afternoon hours. The
shortwave hemispheric global instrument (PSP) and downelling hemispheric longwave shaded1
and shaded2 (PIR) are unaffected by this problem.
The tracker problem greatly affected direct measurements and affected the diffuse
measurement to a lesser extent. There are no redundant measurements for these instruments.
However, during this time range the data collected before local noon (aprox 1140GMT) for all
shortwave Skyrad instruments appear to be good. |
Measurements: | nimskyrad20sM1.a0: - inst_diffuse
- inst_direct_normal
nimskyrad60sM1.b1: - Shortwave Direct Normal Irradiance, Pyrheliometer, Minima(short_direct_normal_min)
- down_short_diffuse_hemisp_std
- Radiation, shortwave, downwelling diffuse hemispheric irradiance, 1-min avg(down_short_diffuse_hemisp)
- short_direct_normal_std
- Radiation, shortwave, direct normal irradiance, 1-min avg(short_direct_normal)
- Shortwave Direct Normal Irradiance, Pyrheliometer, Maxima(short_direct_normal_max)
- Downwelling Shortwave Diffuse Hemisp. Irrad., Ventilated Pyranometer, Minima(down_short_diffuse_hemisp_min)
- Downwelling Shortwave Diffuse Hemisp. Irrad., Ventilated Pyranometer, Maxima(down_short_diffuse_hemisp_max)
nimskyradM1.00: - Raw data stream - documentation not supported
|
Subject: | NIM/MWRP/M1 - Reprocessed: K-band calibration drift corrected |
DataStreams: | nimmwrpM1.b1
|
Description: | During October and November there was a drift in the K-Band calibration of the MWRP. This
resulted in brightness temperatures that were too high.
New calibration coefficients were derived from the median value of the noise diode
temperature for the months of October and November and the data were reprocessed to apply the
corrected calibrations. The reprocessed data were archived in January 2007. |
Measurements: | nimmwrpM1.b1: - Microwave brightness temperature(brightnessTemperature)
- Water vapor, total precipitable, derived from Tbright using stat. retrvl.(totalPrecipitableWater)
- Liquid water path, from brightness temperatures using statistical retrieval(liquidWaterPath)
- Liquid water content, cloud, vert. prof. sfc.-10km, from Tbright stat. retrvl.(liquidWaterContent)
- Water vapor, tot. precipitable, from Tbright, 23.835 & 30.0 GHz, stat. retrvl.(totalPrecipitableWater2)
- Liquid water path, from Tbright at 23.835 and 30.0 GHz only, using stat. retrvl.(liquidWaterPath2)
|
Subject: | NIM/GNDRAD/M1 - Station setup and troubleshooting |
DataStreams: | nimgndrad20sM1.a0, nimgndrad60sM1.b1, nimgndradM1.00
|
Description: | This station was collecting data for the first time at this location - There were multiple
instrument setup problems (PIR cabling, IRT setup)that were being corrected during this
time. Radiometer data is unreliable during this period. |
Measurements: | nimgndrad20sM1.a0: - inst_up_long_dome_resist
- inst_up_long_case_resist
- inst_up_short_hemisp
- inst_up_long_hemisp_tp
- inst_sfc_ir_signal
nimgndradM1.00: - Raw data stream - documentation not supported
nimgndrad60sM1.b1: - up_long_hemisp_std
- Upwelling Longwave Hemispheric Irradiance, Unventilated Pyrgeometer, Minima(up_long_hemisp_min)
- Upwelling Longwave Hemispheric Irradiance, Unventilated Pyrgeometer, Maxima(up_long_hemisp_max)
- up_short_hemisp_std
- Surface Infra-Red Temperature Maxima(sfc_ir_temp_max)
- sfc_ir_temp_std
- Upwelling Shortwave Hemispheric Irradiance, Unventilated Pyranometer, Minima(up_short_hemisp_min)
- Upwelling Shortwave Hemispheric Irradiance, Unventilated Pyranometer, Maxima(up_short_hemisp_max)
- Surface Infra-Red Temperature Minima(sfc_ir_temp_min)
- inst_up_long_hemisp_tp
- Effective Surface (Skin) Temperature(sfc_ir_temp)
- inst_up_long_case_temp
- Radiation, longwave, at 10-m height, upwelling hemispheric irrad., 1-min avg(up_long_hemisp)
- Radiation, shortwave, at 10-m height, upwelling hemispheric irrad., 1-min avg(up_short_hemisp)
- inst_up_long_dome_temp
|
Subject: | NIM/SKYRAD/M1 - station setup and troubleshooting |
DataStreams: | nimskyrad20sM1.a0, nimskyrad60sM1.b1, nimskyradM1.00
|
Description: | This station was collecting data for the first time at this location - There were multiple
instrument setup problems (PIR cabling, IRT setup, tracker operation)that were being
corrected during this time. Radiometer data is unreliable during this period. |
Measurements: | nimskyrad20sM1.a0: - inst_down_long_shaded2_case_resist
- inst_down_long_shaded2_dome_resist
- inst_global
- inst_sky_ir_signal
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
- inst_diffuse
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- inst_down_long_shaded1_case_resist
- inst_down_long_shaded1_dome_resist
- inst_direct_normal
nimskyrad60sM1.b1: - inst_down_long_shaded2_dome_temp
- down_long_hemisp_shaded1_std
- Radiation, shortwave, downwelling total hemispheric irradiance, 1-min avg(down_short_hemisp)
- down_long_hemisp_shaded1_min
- down_long_hemisp_shaded1_max
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer1(down_long_hemisp_shaded1)
- Irradiance, longwave, downwelling, hemispheric, shaded pyrgeometer2(down_long_hemisp_shaded2)
- down_short_hemisp_std
- inst_down_long_shaded1_dome_temp
- down_long_hemisp_shaded2_std
- Radiation, shortwave, downwelling diffuse hemispheric irradiance, 1-min avg(down_short_diffuse_hemisp)
- Downwelling Shortwave Hemispheric Irradiance, Ventilated Pyranometer, Minima(down_short_hemisp_min)
- inst_down_long_shaded2_case_temp
- short_direct_normal_std
- inst_down_long_shaded1_case_temp
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer1)(inst_down_long_hemisp_shaded1_tp)
- Radiation, shortwave, direct normal irradiance, 1-min avg(short_direct_normal)
- sky_ir_temp_max
- Shortwave Direct Normal Irradiance, Pyrheliometer, Maxima(short_direct_normal_max)
- IR Brightness Temperature(sky_ir_temp)
- Irradiance, longwave, downwelling, hemispheric, thermopile (Shaded Pyrgeometer2)(inst_down_long_hemisp_shaded2_tp)
- Downwelling Shortwave Diffuse Hemisp. Irrad., Ventilated Pyranometer, Minima(down_short_diffuse_hemisp_min)
- down_long_hemisp_shaded2_min
- down_long_hemisp_shaded2_max
- Downwelling Shortwave Diffuse Hemisp. Irrad., Ventilated Pyranometer, Maxima(down_short_diffuse_hemisp_max)
- sky_ir_temp_min
- Shortwave Direct Normal Irradiance, Pyrheliometer, Minima(short_direct_normal_min)
- down_short_diffuse_hemisp_std
- sky_ir_temp_std
- Downwelling Shortwave Hemispheric Irradiance, Ventilated Pyranometer, Maxima(down_short_hemisp_max)
nimskyradM1.00: - Raw data stream - documentation not supported
|