Cues #1 Logger – Now the Radiometer/PropVane Winds/WS600 Datalogger.
Radiomters: First we removed the Incoming Solar PSP radiometer and the
ShadowBand PSP radiometer. We are now depending on the SPN1 radiometer for both of these measurements, SPN1 Total incoming Radiation measurement and the
SPN1 Diffuse measurement. The SPN1 Radiometer was moved to the Radiometer stand where the Incoming PSP used to sit. All Eppley Radiometers were replaced with newly calibrated Radiometers.
Table Name: Radiometers . All except for “sun” measurement is a 1 minute average based upon 1 second readings
Sun: Boolean, 0 if Sun is down, 1 or -1 if Sun is up (Based upon SPIN1 Total radiometer measurement).
down_clr: Reflected Short Wave, W/m^2 – From Down looking Eppley PSP.
up_red: Incoming Short Wave – RED Filter, W/m^2 – From Red Lens up looking
PSP.
Down_red: Reflected Short Wave – RED Filter, W/m^2 – From Red Lens down looking PSP.
SPN_Total: Incoming Short Wave, W/m^2 – From SPN1 Instrument.
SPN_diff: Diffuse Short Wave, W/m^2 – Diffuse incoming radiation SPN1 instrument, acting like a Shadow Band Radiometer.
LongWave_in: Incoming Long Wave, W/m^2 – From Up Looking Eppley PIR.
LongWaveIN_mv: Incoming Long Wave readings in milliVolts – This is the raw instrument output before it is converted into W/m^2.
LW_Temp_K: Temperature in Long Wave Instrument (PIR) used in converting the raw Long Wave Measurement into W/m^2.
Table Name: Winds. Measurements are one minute “averages” based upon 1 second readings.
PV_WindSpeed : Mean horizontal wind speed, m/sec.
PV_WiondDir : Unit vector mean wind direction, degrees.
PV_SD_WndDir : Standard deviation of wind direction. Standard deviation is calculated using the Yamartino algorithm. This option complies with EPA guidelines for use with straight-line Gaussian dispersion models to model plume transport.
Table Name: WS600Weather . The instrument samples every minute, except for wind speed.
AirTemp: Air Temperature, degrees C
RelativeHumidity: Rh in %
AirPressure: Air Pressure (at Station, NOT corrected to sea level) in mb.

WndSpd_avg: Average wind speed over one minute, sampled every 10 seconds?, m/sec.
WndDir_vct: Wind direction, degrees, sampled every 10 seconds?, one minute average.
Wind_Quality: The quality of wind measurements (0 – 100 %), the closer to 100% the better the measurements.
Table Name: WS600Rain . Rain data from the WS600 instrument
PrecipTypeNum: Precip type reported by number, 60 = liquid, 70 = Solid, and zero = no precip.
PrecipType: Precip type reported by word. Solid, Liquid, None, Error. Error indicated that a valid precip number was not reported.
PrecipIntensity: The intensity of precip during the last minute in mm/hr.
Precip_1_min: The precip that fell in the last minute (measure of Liquid equivalent) in mm.
Precip_15: The precip that has fallen since the since the last even 15 minute interval in mm. Reset to zero on the even 15 minute interval.
Precip_24: The precip that has fallen since MidNight in mm. Reset to zero every midnight.
Table Name: Daily
Ignore this table for now.
Cues #2 Logger – The Soil, Snow, Weather Data datalogger.
Not many changes on the instruments hooked up to this datalogger were changed.
We removed the Snow Pillow from the site and from the data stream. We removed the BIG Lycimeter from the site, but it is still included in the datalogger program, it will just read zero. And we added a temperature probe to the inside of the Lidar
Case to measure its temperature. We also traded out the Soil Moisture probes with newer ones that are now in tubes. We also updated the Snow Depth pinger offsets by adding 23 to the Remote Boom Snow Pingger offset (now 617) and 21 to the
Platform Boom pingger offset (now 619) – the Windmast pingger offset did not need to be changed (offset = 578).
Table Name: Melt – has Lycimeters and Soil Moisture probes. Outputs Lycimeter counts and Average Soil Moisture data every 15 minutes.

T_Bucket1: Melt Water (in Liters) that has passed through Lycimter #1 during the past 15 minutes. (Note: the number of liters equals the number of counts * 0.08)
T_Bucket2: Melt Water (in Liters) that has passed through Lycimter #2 during the past 15 minutes. (Note: the number of liters equals the number of counts * 0.08)
T_Bucket3: Melt Water (in Liters) that has passed through Lycimter #3 during the past 15 minutes. (Note: the number of liters equals the number of counts * 0.08)
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T_Bucket8: Melt Water (in Liters) that has passed through Lycimter #8 during the past 15 minutes. (Note: the number of liters equals the number of counts * 0.08)
T_Bucket9: Ignore this number, Lycimeter is no longer available.
S_Soil_M10cm: South Soil Moisture measurement at 10 cm in mVolts. See manual for conversion to Soil Moisture Content (or contact kerry).
S_Soil_M20cm: South Soil Moisture measurement at 10 cm in mVolts. See manual for conversion to Soil Moisture Content (or contact kerry).
S_Soil_M30cm: …
S_Soil_M40cm: …
S_Soil_M60cm: …
S_Soil_M100cm: South Soil Moisture measurement at 10 cm in mVolts. See manual for conversion to Soil Moisture Content (or contact kerry).
Table Name: RH_Temperatures – All items are One Minute sampled measurements.
PlatRh: Relative Humidity reading on Platform in %.
PlatTemperature: Air Temperature (degrees C) measured on top of the platform
SnowTemp1: Temperature of the 107 probe marked #1 for placing in the snow pack.
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SnowTemp2: Temperature of the 107 probe marked #2 for placing in the snow pack.
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SnowTemp8: Temperature of the 107 probe marked #8 for placing in the snow pack.

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Soil_Temp_0cm: Soil Temperature at soil surface in degrees C.
Soil-Temp_10cm: Soil Temperature at 10 cm deep in degrees C.
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Soil-Temp_90cm: Soil Temperature at 90 cm deep in degrees C.
CO2: CO2 lever in bunker in ppm
BunkerTemp: Temperature in Bunker (degrees C).
LidarTemp: Temperature in the Lidar mounting case in degrees C.
Station_Pressure: Station Pressure (NOT corrected to sea level) in mb.
Table Name: Snow_Depth – All numbers are sampled readings taken every 5 minutes.
RemoteBoom_depth: Snow Depth under Remote Boom sensor in cm.
Plat_sno_Depth: Snow Depth under Platform Boom sensor in cm.
Distance_Snow_to_Palt_Boom: Distance from Gound/Snow surface to the
Platform Boom Snow Sensor in cm.
WindMast_depth: Depth of Snow under wind mast sensor (in cm)
WindMast_distance_to_SonicCenter: Distance from Gound/Snow surface to the center of the sonic anemometer in cm.
WindMast_Snow_Quality_Number: Quality of wind mast snow measurement.
Numbers between 162 and 210 are Best, but higher numbers can go up to 300 and still be of good quality. Snow measurements with Quality numbers above 300 are
BAD.
CUES #3 Logger: Sonic Anemometer Readings – No changes were made to the Sonic Anemometer or Sonic Logger hookup or data output.
Table Name: Winds – One minute averages based upon 5 Hz Sonic Anemometer data, using the same averaging techniques as the PropVane anemometer, making them easily comparable.
Sonic_WindSpeed : Mean horizontal wind speed, m/sec.
Sonic_WiondDir : Unit vector mean wind direction, degrees.
Sonic_SD_WndDir : Standard deviation of wind direction. Standard deviation is calculated using the Yamartino algorithm. This option complies with EPA guidelines for use with straight-line Gaussian dispersion models to model plume transport.
Table Name: Sonic – 5Hz output of U, V, W, T Sonic data. PLEASE NOTE: The datalogger is not always successful in outputting the data at 5 Hz, there may be some missing lines from time to time.

Sonic_U : Wind Speed along U axis in m/sec.
Sonic_V : Wind Speed along V axis in m/sec.
Sonic_W : Wind Speed along W axis in m/sec.
Sonic_T : Air Temperature measured by Sonic Anemometer.
That’s all Folks!!!!!