BOYM_RADN [1]
Description:
BOYM - Solar Radiation
File:

Methods:
The Lake Bonney meteorology station was initially built on
the lake's ice cover in November, 1993. Shortly thereafter the station was
listed to the point where it was decided to move it to shore. Some attempt was
made to right the station during this period. The move of the station was done
using the ATV with the station still running. The move began at 14:50 and ended
at 15:06 on December 17, 1993. Data collected after 15:06 was done so with the
station in it's final position. The clock synchronized with John Priscu's logger
measuring light on Nov 26 in afternoon. The station was set up to sample sensors
every 30 seconds and send summary statistics (for example, averages and
maximums) to solid-state storage modules every:
10 minutes from November 24, 1993 to January 12, 1994,
three hours from January 12, 1994 to November 12, 1994,
20 minutes from November 12, 1994 to November 22, 1995
15 minutes thereafter.
This has resulted in approximately 28 values being recorded for final storage in every output interval.
Instrumentation:
PAR: LI-COR model 190SB quantum sensor.
Quality Assurance:
PAR: LI-COR model 190SB quantum sensor.
Variables (click to expand):
DATASET CODE
- Label:
- Definition: Code for given set of information for Lake Bonney meteorology station
- Type: Nominal
- Missing values: None specified
METLOCID
- Label:
- Definition: Location code for Lake Bonney meteorology station
- Type: Nominal
- Missing values: None specified
DATE_TIME
- Label:
- Definition: Date/time of sample (New Zealand DST, +13 UTC)
- Type: Date/time
- Date format: MM/DD/YYYY HH24:MI
- Missing values: None specified
PAR
- Label:
- Definition: Photosynthetically active radiation
- Type: Physical quantity
- Unit: micromols/second/meter2
- Maximum: Not specified
- Minimum: Not specified
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
LWRADIN
- Label:
- Definition: Incoming longwave radiation based on applying instrument-specific multiplier
- Type: Physical quantity
- Unit: W/m2
- Maximum: 400
- Minimum: -5
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
LWRADIN2
- Label:
- Definition: Incoming longwave radiation calculated from thermopile, case thermistor and the dome or hemisphere thermistor measurements
- Type: Physical quantity
- Unit: W/m2
- Maximum: 400
- Minimum: -5
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
LWRADOUT
- Label:
- Definition: Outgoing longwave radiation based on applying instrument-specific multiplier
- Type: Physical quantity
- Unit: W/m2
- Maximum: 400
- Minimum: -5
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
LWRADOUT2
- Label:
- Definition: Outgoing longwave radiation calculated from thermopile, case thermistor and the dome or hemisphere thermistor measurements
- Type: Physical quantity
- Unit: W/m2
- Maximum: 400
- Minimum: -5
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
SWRADIN
- Label:
- Definition: Incoming shortwave radiation/solar flux
- Type: Physical quantity
- Unit: W/m2
- Maximum: Not specified
- Minimum: Not specified
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
SWRADOUT
- Label:
- Definition: Outgoing shortwave radiation/solar flux
- Type: Physical quantity
- Unit: W/m2
- Maximum: Not specified
- Minimum: Not specified
- Precision: 0.1
- Missing values:
- Null = See Radn_Comments for missing value explanation
RADN_COMMENTS
- Label: radiation comments
- Definition: Noted comments by the investigator about the particular measure of radiation
- Type: Nominal
- Missing values: None specified
Date Range:
Wednesday, November 24, 1993 to Saturday, November 17, 2018