Forest Ecosystem Monitoring Cooperative(802) 656-0683femc@uvm.eduwww.uvm.edu/femc705 Spear StreetSouth BurlingtonVermont05403United States of AmericaForest Ecosystem Monitoring Cooperative (FEMC) leadProctor Maple Research Center Meteorological Monitoring (399 m)Continuous monitoring of meterological variables to use in conjunction with other biological or physical variables at the site. Continuous monitoring of meterological variables representative of similar elevations on the western slope of Mount Mansfield.Proctor Maple Research Center Meteorological Monitoring (399 m)IsselhardtMarkScherbatskoyTimWaiteCarlRosovskyJudyCummingsJoanneFurbushDickLivingstonGerryPendletonMiriamDuncanJamesPorterBenmeteorologyatmospheric processeslong term monitoringRaw Proctor Maple Research Center NOAH IV Rain Gauge data2013-06-19Rain gauge data. NOTE: These data are reported in real-time and have not been reviewed. Occasional sensor failures might not be noticed right away.To determine spatial and temporal trends within Vermont, and specifically at the VMC Air Quality site on Mount Mansfield at the Proctor Maple Research Center.Z0004_NOAARainGaugeProctorVMC.4.310mySQLDuncan J., G. Livingston, T. Scherbatskoy, and C. Waite. 2017. NOAH IV Rain Gauge data. University of Vermont. FEMC. Can be found at: https://www.uvm.edu/femc/data/archive/project/proctor-maple-research-center-meteorological-monitoring/dataset/noaa-rain-gauge-datahttps://vmc.w3.uvm.edu/vmcdevel/CI4/data/archive/project/proctor-maple-research-center-meteorological-monitoring/dataset/noaa-rain-gauge-dataTIMESTAMPDate and TimeDate and time data were recordeddatetimeYYYY-MM-DD hh:mm:ssRECORDRecord NumberUnique Record IdentifyerintGageMinVRaingauge Minimum VoltageMinimum voltage of raingauge batterydecimalvolt0.01realActTempActual TemperatureTemperature recorded at raingauge data loggerdecimalcelsius0.01realActDepthActual DepthActual raingauge bucket depthdecimalinch0.000001realReportPCPReport PrecipitationPrecipitation sensed and measureddecimalinch0.01realcollMinVolt_1Collector 1 Minimum VoltageMinimum voltage of precipitation collector 1decimalvolt0.01realCycles_1Lid cyclesCollector 1 lid cyclesintdimensionless1integer0900WetTime_1Seconds of Wet ExposureNumber of seconds collector 1 Is open during precipitationintsecond1integer0900DryTime_1Seconds of Dry ExposureNumber of seconds collector 1 Is open when there is no precipitation intsecond1integer0900MissedTime_1Seconds of Missed ExposureNumber of seconds collector 1 should have opened but did notintsecond1integer0900collMinVolt_2Collector 2 Minimum VoltageMinimum voltage of precipitation collector 2decimalvolt0.01real0900Cycles_2Lid cyclesCollector 2 lid cyclesintdimensionless1integer0900WetTime_2Seconds of Wet ExposureNumber of seconds collector 2 Is open during precipitationintsecond1integer0900DryTime_2Seconds of Dry ExposureNumber of seconds collector 2 Is open when there is no precipitation intsecond1integer0900MissedTime_2Seconds of Missed ExposureNumber of seconds collector 2 should have opened but did notintsecond1integer0900collMinVolt_3Collector 3 Minimum VoltageMinimum voltage of precipitation collector 2decimalvolt0.01realCycles_3Lid cyclesCollector 3 lid cyclesintdimensionless1integer0900WetTime_3Seconds of Wet ExposureNumber of seconds collector 3 Is open during precipitationintsecond1integer0900DryTime_3Seconds of Dry ExposureNumber of seconds collector 3 Is open when there is no precipitation intsecond1integer0900MissedTime_3Seconds of Missed ExposureNumber of seconds collector 3 should have opened but did notintsecond1integer0900blockedSecBlocked SensorsNumber of seconds optical sensors are blockedintsecond1integer0900ActDepthRAActual Depth Running AverageRunning average of actual raingauge bucket depthintinch0.000001real