Hakai > Data > Sensor Network > WS708.1hourSamples (2020-06-15 00:00:00 PST - 2020-06-15 12:00:00 PST) | Hakai, a Tula Foundation program |
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Watershed 708 Disclaimer: With the goal of supporting users, sensor data is published in near real-time and has not yet been quality controlled. Before using this data for analysis, please contact data@hakai.org to request any information that might be relevant to your objectives. |
Station name | Measurement name | Measurement unit | Logger function | Measurements found | Measurements missing | Sensor information/measurement calculation |
SSN708 | WtrLvlSSN708_Med (PLS_Lvl_Med) | m | Med | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =median(fillGaps(SSN708.5minuteSamples.PLS_Lvl_Avg,maxGapsFilled=6)) |
SSN708 | WtrLvlSSN708_Avg (PLS_Lvl_Avg) | m | Avg | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =avg(fillGaps(SSN708.5minuteSamples.PLS_Lvl_Avg,maxGapsFilled=6)) |
SSN708 | WtrLvlSSN708_Min (PLS_Lvl_Min) | m | Min | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =min(fillGaps(SSN708.5minuteSamples.PLS_Lvl_Avg,maxGapsFilled=6)) |
SSN708 | WtrLvlSSN708_Max (PLS_Lvl_Max) | m | Max | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =max(fillGaps(SSN708.5minuteSamples.PLS_Lvl_Avg,maxGapsFilled=6)) |
SSN708 | TWtrSSN708_Med (PLS_Temp_Med) | deg C | Med | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =median(fillGaps(SSN708.5minuteSamples.PLS_Temp_Avg,maxGapsFilled=36)) |
SSN708 | TWtrSSN708_Avg (PLS_Temp_Avg) | deg C | Avg | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =avg(fillGaps(SSN708.5minuteSamples.PLS_Temp_Avg,maxGapsFilled=36)) |
SSN708 | TWtrSSN708_Min (PLS_Temp_Min) | deg C | Min | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =min(fillGaps(SSN708.5minuteSamples.PLS_Temp_Avg,maxGapsFilled=36)) |
SSN708 | TWtrSSN708_Max (PLS_Temp_Max) | deg C | Max | 12 | 1 | PLS: OTT PLS Pressure Transducer SN=323070 =max(fillGaps(SSN708.5minuteSamples.PLS_Temp_Avg,maxGapsFilled=36)) |
SSN708 | RHSSN708_Med (RH_Med) | % | Med | 12 | 1 | =median(SSN708.5minuteSamples.RH_Avg) |
SSN708 | RHSSN708_Avg (RH_Avg) | % | Avg | 12 | 1 | =avg(SSN708.5minuteSamples.RH_Avg) |
SSN708 | RHSSN708_Min (RH_Min) | % | Min | 12 | 1 | =min(SSN708.5minuteSamples.RH_Avg) |
SSN708 | RHSSN708_Max (RH_Max) | % | Max | 12 | 1 | =max(SSN708.5minuteSamples.RH_Avg) |
SSN708 | TAirSSN708_Med (AirTemp_Med) | deg C | Med | 12 | 1 | =median(SSN708.5minuteSamples.AirTemp_Avg) |
SSN708 | TAirSSN708_Avg (AirTemp_Avg) | deg C | Avg | 12 | 1 | =avg(SSN708.5minuteSamples.AirTemp_Avg) |
SSN708 | TAirSSN708_Min (AirTemp_Min) | deg C | Min | 12 | 1 | =min(SSN708.5minuteSamples.AirTemp_Avg) |
SSN708 | TAirSSN708_Max (AirTemp_Max) | deg C | Max | 12 | 1 | =max(SSN708.5minuteSamples.AirTemp_Avg) |
SSN708 | fDOM708-raw_Med (fDOM_Med) | rfu | Med | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 |
SSN708 | fDOM708-raw_Avg (fDOM_Avg) | rfu | Avg | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 |
SSN708 | fDOM708-raw_Min (fDOM_Min) | rfu | Min | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 |
SSN708 | fDOM708-raw_Max (fDOM_Max) | rfu | Max | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 |
SSN708 | fDOM708-raw_Std (fDOM_Std) | rfu | Std | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 |
SSN708 | fDOM20-708_Med (fDOM20_Med) | rfu | Med | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 =median(fDOM20(fillGaps(SSN708.5minuteSamples.fDOM_Avg,maxGapsFilled=10),waterTemp=SSN708.5minuteSamples.PLS_Temp_Avg,tempCoefficient=-0.01050)) |
SSN708 | fDOM20-708_Avg (fDOM20_Avg) | rfu | Avg | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 =avg(fDOM20(fillGaps(SSN708.5minuteSamples.fDOM_Avg,maxGapsFilled=10),waterTemp=SSN708.5minuteSamples.PLS_Temp_Avg,tempCoefficient=-0.01050)) |
SSN708 | fDOM20-708_Min (fDOM20_Min) | rfu | Min | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 =min(fDOM20(fillGaps(SSN708.5minuteSamples.fDOM_Avg,maxGapsFilled=10),waterTemp=SSN708.5minuteSamples.PLS_Temp_Avg,tempCoefficient=-0.01050)) |
SSN708 | fDOM20-708_Max (fDOM20_Max) | rfu | Max | 0 | 13 | Cyclops-7 fDOM: fDOM Flourometer SN=2103567 =max(fDOM20(fillGaps(SSN708.5minuteSamples.fDOM_Avg,maxGapsFilled=10),waterTemp=SSN708.5minuteSamples.PLS_Temp_Avg,tempCoefficient=-0.01050)) |
SSN708 | pCO2-708_Med (pCO2_Med) | ppm | Med | 0 | 13 | GMM222: pCO2 Sensor - 0..5000ppm SN=1930058 |
SSN708 | pCO2-708_Avg (pCO2_Avg) | ppm | Avg | 0 | 13 | GMM222: pCO2 Sensor - 0..5000ppm SN=1930058 |
SSN708 | pCO2-708_Min (pCO2_Min) | ppm | Min | 0 | 13 | GMM222: pCO2 Sensor - 0..5000ppm SN=1930058 |
SSN708 | pCO2-708_Max (pCO2_Max) | ppm | Max | 0 | 13 | GMM222: pCO2 Sensor - 0..5000ppm SN=1930058 |
SSN708 | pCO2-708_Std (pCO2_Std) | ppm | Std | 0 | 13 | GMM222: pCO2 Sensor - 0..5000ppm SN=1930058 |
SSN708 | Rain24HrSSN708 (24hourRain) | mm | 24 hour total | 13 | 0 | TB4: Tipping-bucket Rain Gauge SN=13-515 =total(total(SSN708.5minuteSamples.Rain,12),24) |
SSN708 | EnclosureTemp_Avg | deg C | Avg | 13 | 0 | |
SSN708 | EnclosureTemp_Min | deg C | Min | 13 | 0 | |
SSN708 | EnclosureTemp_Max | deg C | Max | 13 | 0 | |
SSN708 | PanelTemp_Avg | deg C | Avg | 13 | 0 | CR1000: Data Logger |
SSN708 | PanelTemp_Min | deg C | Min | 13 | 0 | CR1000: Data Logger |
SSN708 | PanelTemp_Max | deg C | Max | 13 | 0 | CR1000: Data Logger |
SSN708 | BattVolt_Avg | Volts | Avg | 13 | 0 | CR1000: Data Logger |
SSN708 | BattVolt_Min | Volts | Min | 13 | 0 | CR1000: Data Logger |
SSN708 | BattVolt_Max | Volts | Max | 13 | 0 | CR1000: Data Logger |
SSN708DS | 708 river right (#1) WQ EC_Avg (ECProbe_EC_Avg) | μS/cm | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ EC_Min (ECProbe_EC_Min) | μS/cm | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ EC_Max (ECProbe_EC_Max) | μS/cm | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ EC_Std (ECProbe_EC_Std) | μS/cm | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ temp (ECProbe_Temp) | deg C | Smp | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 =rangeClip(minimumValue=-10,maximumValue=25) |
SSN708DS | 708 river right (#1) WQ temp_Avg (ECProbe_Temp_Avg) | deg C | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ temp_Min (ECProbe_Temp_Min) | deg C | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ temp_Max (ECProbe_Temp_Max) | deg C | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#1) WQ temp_Std (ECProbe_Temp_Std) | deg C | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004607 |
SSN708DS | 708 river right (#2) WQ EC_Avg (ECProbe2_EC_Avg) | μS/cm | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ EC_Min (ECProbe2_EC_Min) | μS/cm | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ EC_Max (ECProbe2_EC_Max) | μS/cm | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ EC_Std (ECProbe2_EC_Std) | μS/cm | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ temp (ECProbe2_Temp) | deg C | Smp | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 =rangeClip(minimumValue=-10,maximumValue=25) |
SSN708DS | 708 river right (#2) WQ temp_Avg (ECProbe2_Temp_Avg) | deg C | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ temp_Min (ECProbe2_Temp_Min) | deg C | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ temp_Max (ECProbe2_Temp_Max) | deg C | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river right (#2) WQ temp_Std (ECProbe2_Temp_Std) | deg C | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1433004608 |
SSN708DS | 708 river left (#3) WQ EC_Avg (ECProbe3_EC_Avg) | μS/cm | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ EC_Min (ECProbe3_EC_Min) | μS/cm | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ EC_Max (ECProbe3_EC_Max) | μS/cm | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ EC_Std (ECProbe3_EC_Std) | μS/cm | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ temp (ECProbe3_Temp) | deg C | Smp | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 =rangeClip(minimumValue=-10,maximumValue=25) |
SSN708DS | 708 river left (#3) WQ temp_Avg (ECProbe3_Temp_Avg) | deg C | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ temp_Min (ECProbe3_Temp_Min) | deg C | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ temp_Max (ECProbe3_Temp_Max) | deg C | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#3) WQ temp_Std (ECProbe3_Temp_Std) | deg C | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002608 |
SSN708DS | 708 river left (#4) WQ EC_Avg (ECProbe4_EC_Avg) | μS/cm | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ EC_Min (ECProbe4_EC_Min) | μS/cm | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ EC_Max (ECProbe4_EC_Max) | μS/cm | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ EC_Std (ECProbe4_EC_Std) | μS/cm | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ temp (ECProbe4_Temp) | deg C | Smp | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 =rangeClip(minimumValue=-10,maximumValue=25) |
SSN708DS | 708 river left (#4) WQ temp_Avg (ECProbe4_Temp_Avg) | deg C | Avg | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ temp_Min (ECProbe4_Temp_Min) | deg C | Min | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ temp_Max (ECProbe4_Temp_Max) | deg C | Max | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | 708 river left (#4) WQ temp_Std (ECProbe4_Temp_Std) | deg C | Std | 0 | 13 | WQ: Global Water Conductivity Sensor SN=1521002609 |
SSN708DS | EnclosureTemp_Avg | deg C | Avg | 13 | 0 | |
SSN708DS | EnclosureTemp_Min | deg C | Min | 13 | 0 | |
SSN708DS | EnclosureTemp_Max | deg C | Max | 13 | 0 | |
SSN708DS | PanelTemp_Avg | deg C | Avg | 13 | 0 | CR1000: Data Logger |
SSN708DS | PanelTemp_Min | deg C | Min | 13 | 0 | CR1000: Data Logger |
SSN708DS | PanelTemp_Max | deg C | Max | 13 | 0 | CR1000: Data Logger |
SSN708DS | BattVolt_Avg | Volts | Avg | 13 | 0 | CR1000: Data Logger |
SSN708DS | BattVolt_Min | Volts | Min | 13 | 0 | CR1000: Data Logger |
SSN708DS | BattVolt_Max | Volts | Max | 13 | 0 | CR1000: Data Logger |