Gregory River water quality monitoring data - Historical

Brief description

Annual water quality data from the Gregory River monitoring station

This is raw and unvalidated data and should be used with caution. For more information regarding water quality in Queensland and or specifically for reviewed data from this site please email: [email protected] .

Full description

Gregory River - Buoy 3 - Environmental - 2024 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data.\r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.
Gregory River - Buoy 3 - Quality - 2024 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data.\r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.
Gregory River - Buoy 3 - Environmental - 2023 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data.\r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.
Gregory River - Buoy 3 - Quality - 2023 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data.\r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.
Gregory River - Buoy 3 - Environmental - 2022 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data. \r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.\r\n\r\nWater Quality is measured by a YSI EXO2 mulitparameter sonde at 0.4m below the surface, which collects : Timestamp, Record, EXO_TempC, EXO_SpCondmScm, EXO_Salpsu, EXO_pHmV, EXO_pH, EXO_Depthm, EXO_BatV, EXO_ChlugL, EXO_ChlRFU, EXO_DOPerSat, EXO_DOmgL, EXO_BGAPERFU, EXO_BGAPEugL, EXO_TurbFNU, EXO_fDOMRFU, EXO_fDOMQSU and EXO_TurbNTU data. \r\nWater flow direction and velocity are also collected at a depth of 1.0 meter below the surface via an Aanderra Doppler Current Sensors (DCS) Model 420 which operates on the backscatter acoustic doppler principle. \r\nThe sensor has built-in compass and tilt sensor. \r\n\r\nDoppler Parameters measured/collected are: Timestamp, Record, DCS_Model, DCS_ Serial, DCS_ABSSpeed_Avg (UNIT cm/S), DCS_Direction_Avg, DCS_NorthCur_Avg, DCS_Heading_AVG, DCS_TiltX_Avg, DCS_TiltY_Avg, DCS_SPstd_Avg, DCS_SigStrenght_Avg, DCS_PingCnt_Avg, DCS_AbsTilt_Avg, DCS_MaxTilt_Avg, DCS_StdTilt_Avg. \r\n\r\nA Trios ""Opus"" spectrophotometer with 10 mm optical path, submerged at 1 meter below the surface, measures Nitrogen and Carbon compounds, such as: Nitrate NO3-N, Nitrite NO2-N, CODeq, BODeq, DOCeq, TOCeq, TSSeq, KHP, SAC254, COD-SACeq, BOD-SACeq. Mounted on the vertical spar on the outside of the buoy, the Gill Maximet Compact Weather Station GMX240 measures Ambient Air conditions such as; Gill_Ws_Mean, Gill_Wd_MeanUnitVector, Gill_Wd_StdDev, Gill_WindSpd_Max, Gill_Temperature_Avg, Gill_RH, Gill_Pressure, Gill_Rain_mm_Tot, Gill_TotalRain_mm, Gill_DewPoint_Avg, Gill_SRad_Avg, Gill_SunHours_Avg, Gill_Latitude, Gill_Longitude, Gill_Time, Gill_Status, Gill_Status1, Gill_Status2, Gill_Status3, Gill_Status4, Gill_Status5, Gill_Status6. \r\n\r\nSee YSI website for instrument accuracy, method of operation etc. For more information visit:\r\n\r\n* YSI EXO2 Water Quality\r\n* Aanderra Doppler\r\n* Trios Opus Nitrate Analyser\r\n* Gill MaxiMet GMX240 Weather Station\r\n\r\n__Quality Codes__ \r\n[990] Uncertain – Subnormal \r\n[1000] WQ – Good – Verified \r\n[1010] WQ – Good – Checked \r\n[1030] WQ – Good – Historical \r\n[2000] WQ – Uncertain – Unchecked \r\n[3010] WQ – Bad – Pump failure \r\n[3020] WQ – Bad – Probe failure \r\n[3030] WQ – Bad – Flow Cell Failure \r\n[3040] WQ – Bad – Unknown Failure \r\n[3050] WQ – Bad – No Data \r\n[3060] WQ – Bad – Equipment out of water \r\n\r\n__Legacy Quality Codes__ \r\n[1] [LEGACY] WQ – Good – Checked \r\n[2] [LEGACY] WQ – Good - Verified \r\n[4] [LEGACY] WQ – Good – Historical \r\n[101] [LEGACY] WQ – Uncertain – Unchecked \r\n[105] [LEGACY] WQ – Uncertain - Historical \r\n[201] [LEGACY] WQ – Bad – Pump failure \r\n[202] [LEGACY] WQ – Bad – Probe failure \r\n[203] [LEGACY] WQ – Bad – Flow Cell Failure \r\n[205] [LEGACY] WQ – Bad – No Data \r\n[206] [LEGACY] WQ – Bad – Probe Outside Limits \r\n
Gregory River - Buoy 3 - Quality - 2022 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data. \r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.\r\n\r\nWater Quality is measured by a YSI EXO2 mulitparameter sonde at 0.4m below the surface, which collects : Timestamp, Record, EXO_TempC, EXO_SpCondmScm, EXO_Salpsu, EXO_pHmV, EXO_pH, EXO_Depthm, EXO_BatV, EXO_ChlugL, EXO_ChlRFU, EXO_DOPerSat, EXO_DOmgL, EXO_BGAPERFU, EXO_BGAPEugL, EXO_TurbFNU, EXO_fDOMRFU, EXO_fDOMQSU and EXO_TurbNTU data. \r\nWater flow direction and velocity are also collected at a depth of 1.0 meter below the surface via an Aanderra Doppler Current Sensors (DCS) Model 420 which operates on the backscatter acoustic doppler principle. \r\nThe sensor has built-in compass and tilt sensor. \r\n\r\nDoppler Parameters measured/collected are: Timestamp, Record, DCS_Model, DCS_ Serial, DCS_ABSSpeed_Avg (UNIT cm/S), DCS_Direction_Avg, DCS_NorthCur_Avg, DCS_Heading_AVG, DCS_TiltX_Avg, DCS_TiltY_Avg, DCS_SPstd_Avg, DCS_SigStrenght_Avg, DCS_PingCnt_Avg, DCS_AbsTilt_Avg, DCS_MaxTilt_Avg, DCS_StdTilt_Avg. \r\n\r\nA Trios ""Opus"" spectrophotometer with 10 mm optical path, submerged at 1 meter below the surface, measures Nitrogen and Carbon compounds, such as: Nitrate NO3-N, Nitrite NO2-N, CODeq, BODeq, DOCeq, TOCeq, TSSeq, KHP, SAC254, COD-SACeq, BOD-SACeq. Mounted on the vertical spar on the outside of the buoy, the Gill Maximet Compact Weather Station GMX240 measures Ambient Air conditions such as; Gill_Ws_Mean, Gill_Wd_MeanUnitVector, Gill_Wd_StdDev, Gill_WindSpd_Max, Gill_Temperature_Avg, Gill_RH, Gill_Pressure, Gill_Rain_mm_Tot, Gill_TotalRain_mm, Gill_DewPoint_Avg, Gill_SRad_Avg, Gill_SunHours_Avg, Gill_Latitude, Gill_Longitude, Gill_Time, Gill_Status, Gill_Status1, Gill_Status2, Gill_Status3, Gill_Status4, Gill_Status5, Gill_Status6. \r\n\r\nSee YSI website for instrument accuracy, method of operation etc. For more information visit:\r\n\r\n* YSI EXO2 Water Quality\r\n* Aanderra Doppler\r\n* Trios Opus Nitrate Analyser\r\n* Gill MaxiMet GMX240 Weather Station\r\n\r\n__Quality Codes__ \r\n[990] Uncertain – Subnormal \r\n[1000] WQ – Good – Verified \r\n[1010] WQ – Good – Checked \r\n[1030] WQ – Good – Historical \r\n[2000] WQ – Uncertain – Unchecked \r\n[3010] WQ – Bad – Pump failure \r\n[3020] WQ – Bad – Probe failure \r\n[3030] WQ – Bad – Flow Cell Failure \r\n[3040] WQ – Bad – Unknown Failure \r\n[3050] WQ – Bad – No Data \r\n[3060] WQ – Bad – Equipment out of water \r\n\r\n__Legacy Quality Codes__ \r\n[1] [LEGACY] WQ – Good – Checked \r\n[2] [LEGACY] WQ – Good - Verified \r\n[4] [LEGACY] WQ – Good – Historical \r\n[101] [LEGACY] WQ – Uncertain – Unchecked \r\n[105] [LEGACY] WQ – Uncertain - Historical \r\n[201] [LEGACY] WQ – Bad – Pump failure \r\n[202] [LEGACY] WQ – Bad – Probe failure \r\n[203] [LEGACY] WQ – Bad – Flow Cell Failure \r\n[205] [LEGACY] WQ – Bad – No Data \r\n[206] [LEGACY] WQ – Bad – Probe Outside Limits \r\n
Gregory River - Buoy 3 - Quality - 2021 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data. \r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.\r\n\r\nWater Quality is measured by a YSI EXO2 mulitparameter sonde at 0.4m below the surface, which collects : Timestamp, Record, EXO_TempC, EXO_SpCondmScm, EXO_Salpsu, EXO_pHmV, EXO_pH, EXO_Depthm, EXO_BatV, EXO_ChlugL, EXO_ChlRFU, EXO_DOPerSat, EXO_DOmgL, EXO_BGAPERFU, EXO_BGAPEugL, EXO_TurbFNU, EXO_fDOMRFU, EXO_fDOMQSU and EXO_TurbNTU data. \r\nWater flow direction and velocity are also collected at a depth of 1.0 meter below the surface via an Aanderra Doppler Current Sensors (DCS) Model 420 which operates on the backscatter acoustic doppler principle. \r\nThe sensor has built-in compass and tilt sensor. \r\n\r\nDoppler Parameters measured/collected are: Timestamp, Record, DCS_Model, DCS_ Serial, DCS_ABSSpeed_Avg (UNIT cm/S), DCS_Direction_Avg, DCS_NorthCur_Avg, DCS_Heading_AVG, DCS_TiltX_Avg, DCS_TiltY_Avg, DCS_SPstd_Avg, DCS_SigStrenght_Avg, DCS_PingCnt_Avg, DCS_AbsTilt_Avg, DCS_MaxTilt_Avg, DCS_StdTilt_Avg. \r\n\r\nA Trios ""Opus"" spectrophotometer with 10 mm optical path, submerged at 1 meter below the surface, measures Nitrogen and Carbon compounds, such as: Nitrate NO3-N, Nitrite NO2-N, CODeq, BODeq, DOCeq, TOCeq, TSSeq, KHP, SAC254, COD-SACeq, BOD-SACeq. Mounted on the vertical spar on the outside of the buoy, the Gill Maximet Compact Weather Station GMX240 measures Ambient Air conditions such as; Gill_Ws_Mean, Gill_Wd_MeanUnitVector, Gill_Wd_StdDev, Gill_WindSpd_Max, Gill_Temperature_Avg, Gill_RH, Gill_Pressure, Gill_Rain_mm_Tot, Gill_TotalRain_mm, Gill_DewPoint_Avg, Gill_SRad_Avg, Gill_SunHours_Avg, Gill_Latitude, Gill_Longitude, Gill_Time, Gill_Status, Gill_Status1, Gill_Status2, Gill_Status3, Gill_Status4, Gill_Status5, Gill_Status6. \r\n\r\nSee YSI website for instrument accuracy, method of operation etc. For more information visit:\r\n\r\n* YSI EXO2 Water Quality\r\n* Aanderra Doppler\r\n* Trios Opus Nitrate Analyser\r\n* Gill MaxiMet GMX240 Weather Station\r\n\r\n__Quality Codes__ \r\n[990] Uncertain – Subnormal \r\n[1000] WQ – Good – Verified \r\n[1010] WQ – Good – Checked \r\n[1030] WQ – Good – Historical \r\n[2000] WQ – Uncertain – Unchecked \r\n[3010] WQ – Bad – Pump failure \r\n[3020] WQ – Bad – Probe failure \r\n[3030] WQ – Bad – Flow Cell Failure \r\n[3040] WQ – Bad – Unknown Failure \r\n[3050] WQ – Bad – No Data \r\n[3060] WQ – Bad – Equipment out of water \r\n\r\n__Legacy Quality Codes__ \r\n[1] [LEGACY] WQ – Good – Checked \r\n[2] [LEGACY] WQ – Good - Verified \r\n[4] [LEGACY] WQ – Good – Historical \r\n[101] [LEGACY] WQ – Uncertain – Unchecked \r\n[105] [LEGACY] WQ – Uncertain - Historical \r\n[201] [LEGACY] WQ – Bad – Pump failure \r\n[202] [LEGACY] WQ – Bad – Probe failure \r\n[203] [LEGACY] WQ – Bad – Flow Cell Failure \r\n[205] [LEGACY] WQ – Bad – No Data \r\n[206] [LEGACY] WQ – Bad – Probe Outside Limits \r\n
Gregory River - Buoy 3 - Environmental - 2021 - This resource collects time series water physicochemical In-situ parameter readings, water (current) flow velocity and direction, Nitrogen and Carbon compounds and weather conditions every ten minutes. Quality control codes have been introduced to the data to assist with interpretation of the data. \r\n\r\nEquipment is housed in a large yellow floating Buoy, anchored in position within the tidal zone upstream of the intake pumps for Tassal Auaculture property approximately 6.0km from the mouth of the Gregory River, Proserpine at Lat-20.1688 Long 148.464 Datum GDA.\r\n\r\nWater column depth at this position is approximately 5.0 meters.\r\n\r\nWater Quality is measured by a YSI EXO2 mulitparameter sonde at 0.4m below the surface, which collects : Timestamp, Record, EXO_TempC, EXO_SpCondmScm, EXO_Salpsu, EXO_pHmV, EXO_pH, EXO_Depthm, EXO_BatV, EXO_ChlugL, EXO_ChlRFU, EXO_DOPerSat, EXO_DOmgL, EXO_BGAPERFU, EXO_BGAPEugL, EXO_TurbFNU, EXO_fDOMRFU, EXO_fDOMQSU and EXO_TurbNTU data. \r\nWater flow direction and velocity are also collected at a depth of 1.0 meter below the surface via an Aanderra Doppler Current Sensors (DCS) Model 420 which operates on the backscatter acoustic doppler principle. \r\nThe sensor has built-in compass and tilt sensor. \r\n\r\nDoppler Parameters measured/collected are: Timestamp, Record, DCS_Model, DCS_ Serial, DCS_ABSSpeed_Avg (UNIT cm/S), DCS_Direction_Avg, DCS_NorthCur_Avg, DCS_Heading_AVG, DCS_TiltX_Avg, DCS_TiltY_Avg, DCS_SPstd_Avg, DCS_SigStrenght_Avg, DCS_PingCnt_Avg, DCS_AbsTilt_Avg, DCS_MaxTilt_Avg, DCS_StdTilt_Avg. \r\n\r\nA Trios ""Opus"" spectrophotometer with 10 mm optical path, submerged at 1 meter below the surface, measures Nitrogen and Carbon compounds, such as: Nitrate NO3-N, Nitrite NO2-N, CODeq, BODeq, DOCeq, TOCeq, TSSeq, KHP, SAC254, COD-SACeq, BOD-SACeq. Mounted on the vertical spar on the outside of the buoy, the Gill Maximet Compact Weather Station GMX240 measures Ambient Air conditions such as; Gill_Ws_Mean, Gill_Wd_MeanUnitVector, Gill_Wd_StdDev, Gill_WindSpd_Max, Gill_Temperature_Avg, Gill_RH, Gill_Pressure, Gill_Rain_mm_Tot, Gill_TotalRain_mm, Gill_DewPoint_Avg, Gill_SRad_Avg, Gill_SunHours_Avg, Gill_Latitude, Gill_Longitude, Gill_Time, Gill_Status, Gill_Status1, Gill_Status2, Gill_Status3, Gill_Status4, Gill_Status5, Gill_Status6. \r\n\r\nSee YSI website for instrument accuracy, method of operation etc. For more information visit:\r\n\r\n* YSI EXO2 Water Quality\r\n* Aanderra Doppler\r\n* Trios Opus Nitrate Analyser\r\n* Gill MaxiMet GMX240 Weather Station\r\n\r\n__Quality Codes__ \r\n[990] Uncertain – Subnormal \r\n[1000] WQ – Good – Verified \r\n[1010] WQ – Good – Checked \r\n[1030] WQ – Good – Historical \r\n[2000] WQ – Uncertain – Unchecked \r\n[3010] WQ – Bad – Pump failure \r\n[3020] WQ – Bad – Probe failure \r\n[3030] WQ – Bad – Flow Cell Failure \r\n[3040] WQ – Bad – Unknown Failure \r\n[3050] WQ – Bad – No Data \r\n[3060] WQ – Bad – Equipment out of water \r\n\r\n__Legacy Quality Codes__ \r\n[1] [LEGACY] WQ – Good – Checked \r\n[2] [LEGACY] WQ – Good - Verified \r\n[4] [LEGACY] WQ – Good – Historical \r\n[101] [LEGACY] WQ – Uncertain – Unchecked \r\n[105] [LEGACY] WQ – Uncertain - Historical \r\n[201] [LEGACY] WQ – Bad – Pump failure \r\n[202] [LEGACY] WQ – Bad – Probe failure \r\n[203] [LEGACY] WQ – Bad – Flow Cell Failure \r\n[205] [LEGACY] WQ – Bad – No Data \r\n[206] [LEGACY] WQ – Bad – Probe Outside Limits \r\n
Gregory River - Buoy 2 - Quality - 2020 - Collects time series physicochemical In-situ parameter readings every 10 minutes. \r\n\r\nParameters measured are; Timestamp, Record, Temperature _Degrees C, Specific Conductivity_ mS/cm, Salinity_ ppt, pH , Dissolved Oxygen _%Sat, Dissolved Oxygen _mg/l, Turbidity_ NTU, Chlorophyll a _ug/l, Battery Volts_V. \r\n\r\nYellow in colour, this is a floating 0.7 m diameter Buoy anchored within the tidal zone at approximately 5.2 Klm from the mouth of the Gregory River, Lat-20.16931 Long 148.464 Datum GDA. \r\n\r\nWater column depth at this position is approximately 5.0 meters. \r\n\r\nReadings are taken from a submerged YSI 6 series water quality measuring instrument Model 6600 at 0.2m below water surface. See YSI website for instrument accuracy, method of operation etc.
Gregory River - Buoy 2 - Current (velocity and direction) - 2020 - Collects time series physicochemical In-situ parameter readings every 10 minutes. \r\n\r\nWater flow direction and velocity is collected at a depth of 1.0 meter below the surface via an Aanderra Doppler Current Sensors (DCS) Model 420 which operates on the backscatter acoustic doppler principle. \r\n\r\nThe sensor has built-in compass and tilt sensor. \r\n\r\nDoppler Parameters measured/collected are: Timestamp, Record, DCS_Model, DCS_ Serial, DCS_ABSSpeed_Avg (UNIT cm/S), DCS_Direction_Avg, DCS_NorthCur_Avg, DCS_Heading_AVG, DCS_TiltX_Avg, DCS_TiltY_Avg, DCS_SPstd_Avg, DCS_SigStrenght_Avg, DCS_PingCnt_Avg, DCS_AbsTilt_Avg, DCS_MaxTilt_Avg, DCS_StdTilt_Avg. \r\n\r\nFor more information visit:\r\nhttps://www.aanderaa.com\r\n