| Description: | Data is missing due to logger battery voltage dropping below operational range of about 9
VDC, and the logger shutting down automatically in order to preserve battery life.
Starting with 12/31/2014 04:00:00, AMF3 facility lost power due to failure of microturbines.
The system was operating normally until the logger shut down at this time. |
| Measurements: | oliamcM1.b1: - Soil temperature 9, standard deviation(soil_temp_9_std)
- Standard deviation in volumetric water content sensor 8(vwc_8_std)
- -180.0 - +180.0(alt)
- PAR mean voltage, upward facing sensor(par_up_volt)
- time_in_seconds_since_volume_start(time)
- North Latitude(lat)
- PAR voltage, downward facing sensor, standard deviation(par_down_volt_std)
- Standard deviation on half hour averaged soil temperature 12(soil_temp_12_std)
- Standard deviation in volumetric water content sensor 7(vwc_7_std)
- PAR calibration constant, upward facing sensor(par_up_cal)
- base time in epoch(base_time)
- Time offset from base_time(time_offset)
- Standard deviation on half hour averaged soil temperature 11(soil_temp_11_std)
- Average volumetric water content sensor 11(vwc_11)
- Average volumetric water content sensor 10(vwc_10)
- Standard deviation in volumetric water content sensor 5(vwc_5_std)
- Standard Deviation on half hour averaged PAR, upward facing sensor(par_up_std)
- Average volumetric water content sensor 12(vwc_12)
- Standard deviation on half hour averaged soil temperature 10(soil_temp_10_std)
- Standard deviation in volumetric water content sensor 6(vwc_6_std)
- Standard deviation in volumetric water content sensor 3(vwc_3_std)
- Soil temperature 4, standard deviation(soil_temp_4_std)
- Half hour averaged soil temperature 11(soil_temp_11)
- Half hour averaged soil temperature 10(soil_temp_10)
- Soil temperature mean 12(soil_temp_12)
- Standard deviation in volumetric water content sensor 10(vwc_10_std)
- Soil temperature 5, standard deviation(soil_temp_5_std)
- Data logger supply voltage(logger_volt)
- Standard deviation on half hour averaged soil temperature 3(soil_temp_3_std)
- Standard deviation in volumetric water content sensor 4(vwc_4_std)
- Soil temperature mean 9(soil_temp_9)
- PAR mean, downward facing sensor, standard deviation(par_down_std)
- Logger enclosure temperature(logger_enclusure_temp)
- Logger enclusure relative humidity(logger_enclosure_rh)
- Standard deviation in volumetric water content sensor 11(vwc_11_std)
- Standard deviation on half hour averaged soil temperature 6(soil_temp_6_std)
- Soil temperature 2, standard deviation(soil_temp_2_std)
- Average volumetric water content sensor 8(vwc_8)
- lon(lon)
- Average volumetric water content sensor 7(vwc_7)
- Average volumetric water content sensor 9(vwc_9)
- Average volumetric water content sensor 4(vwc_4)
- Average volumetric water content sensor 3(vwc_3)
- Average volumetric water content sensor 6(vwc_6)
- Average volumetric water content sensor 5(vwc_5)
- Standard deviation on half hour averaged soil temperature 1(soil_temp_1_std)
- Soil temperature mean 3(soil_temp_3)
- Half hour averaged soil temperature 4(soil_temp_4)
- Standard deviation on half hour averaged soil temperature 7(soil_temp_7_std)
- Average volumetric water content sensor 2(vwc_2)
- Soil temperature 1(soil_temp_1)
- Soil temperature 2(soil_temp_2)
- Average volumetric water content sensor 1(vwc_1)
- Soil temperature mean 7(soil_temp_7)
- Half hour averaged soil temperature 8(soil_temp_8)
- Half hour averaged soil temperature 5(soil_temp_5)
- Soil temperature mean 6(soil_temp_6)
- Half hour averaged PAR, downward facing sensor(par_down)
- Standard deviation in volumetric water content sensor 9(vwc_9_std)
- Standard deviation in volumetric water content sensor 12(vwc_12_std)
- Standard deviation in volumetric water content sensor 2(vwc_2_std)
- Standard deviation on half hour averaged soil temperature 8(soil_temp_8_std)
- PAR mean, upward facing sensor(par_up)
- Standard deviation in volumetric water content sensor 1(vwc_1_std)
- PAR calibration constant, downward facing sensor(par_down_cal)
- PAR mean voltage, downward facing sensor(par_down_volt)
- PAR voltage, upward facing sensor, standard deviation(par_up_volt_std)
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