addListGroup("stations", "database");

addList("database","weissfluhjoch", "weissfluhjoch", "weissfluhjoch");
addList("weissfluhjoch", "Weissfluhjoch Automatic SOG ", "AutoSOG", "AutoSOG_weissfluhjoch");
addOption("AutoSOG_weissfluhjoch", "Lysimeter Impulse pro 10 min (0.8 L/10min/5m^2)", "lysimeter");
addOption("AutoSOG_weissfluhjoch", "Snow Pillow Mean raw signal (mV)", "Pillow_Mean");
addOption("AutoSOG_weissfluhjoch", "Snow Pillow Max raw signal (mV)", "Pillow_Max");
addOption("AutoSOG_weissfluhjoch", "Snow Pillow Min raw signal (mV)", "Pillow_Min");
addOption("AutoSOG_weissfluhjoch", "Snow Pillow Mean Water Pressure (mm water column)", "Pillow_Mean_Pressure");
addOption("AutoSOG_weissfluhjoch", "Snow Pillow Standard deviation water pressure ( )", "Pillow_std_dev");
addOption("AutoSOG_weissfluhjoch", "Snow Scale Raw signal (mA)", "Scale_Raw");
addOption("AutoSOG_weissfluhjoch", "Snow Scale Water pressure (mm water column)", "Scale_Pressure");
addOption("AutoSOG_weissfluhjoch", "SR50 Snow height (cm)", "SR50_Height");
addOption("AutoSOG_weissfluhjoch", "Jenoptik Snow height (m)", "Jenoptik_Height");
addOption("AutoSOG_weissfluhjoch", "Jenoptik Backscatter", "Jenoptik_Scatter");
addOption("AutoSOG_weissfluhjoch", "Jenoptik Device temperature (C)", "Jenoptik_Temp");
addOption("AutoSOG_weissfluhjoch", "Jenoptik Error Code ( )", "Jenoptik_Code");
addOption("AutoSOG_weissfluhjoch", "GPS Snow height (m)", "GPS_Height");
addList("weissfluhjoch", "Weissfluhjoch Belfort Double Alter ", "BelfortDA", "BelfortDA_weissfluhjoch");
addOption("BelfortDA_weissfluhjoch", "Ambiant temperature (C)", "Ambient_Temp");
addOption("BelfortDA_weissfluhjoch", "Orifice temperature (C)", "Orifice_Temp");
addOption("BelfortDA_weissfluhjoch", "Sensor 1 temperature (C)", "Temp1");
addOption("BelfortDA_weissfluhjoch", "Sensor 2 temperature (C)", "Temp2");
addOption("BelfortDA_weissfluhjoch", "Sensor 3 temperature (C)", "Temp3");
addOption("BelfortDA_weissfluhjoch", "Sensor 1 frequency (Hz)", "Freq1");
addOption("BelfortDA_weissfluhjoch", "Sensor 2 frequency (Hz)", "Freq2");
addOption("BelfortDA_weissfluhjoch", "Sensor 3 frequency (Hz)", "Freq3");
addOption("BelfortDA_weissfluhjoch", "Sensor 1 weight (kg)", "Weight1");
addOption("BelfortDA_weissfluhjoch", "Sensor 2 weight (kg)", "Weight2");
addOption("BelfortDA_weissfluhjoch", "Sensor 3 weight (kg)", "Weight3");
addOption("BelfortDA_weissfluhjoch", "Total weight (kg)", "Weight_Tot");
addOption("BelfortDA_weissfluhjoch", "Rain amount (mm)", "Rain_Amount");
addOption("BelfortDA_weissfluhjoch", "Heater status", "Heater");
addOption("BelfortDA_weissfluhjoch", "Transducer 1,2,3 status", "Trans_Status");
addOption("BelfortDA_weissfluhjoch", "Rain amount qc (mm)", "Rain_Amount_qc");
addOption("BelfortDA_weissfluhjoch", "Rain amount qc flags", "Rain_Amount__FLAG");
addList("weissfluhjoch", "Weissfluhjoch Geonor Single Alter ", "GeonorSA", "GeonorSA_weissfluhjoch");
addOption("GeonorSA_weissfluhjoch", "Instantaneous mean precipitation sensor 1-3 (mm)", "precip_mean");
addOption("GeonorSA_weissfluhjoch", "Input frequency sensor 1 (Hz)", "freq1");
addOption("GeonorSA_weissfluhjoch", "Input frequency sensor 2 (Hz)", "freq2");
addOption("GeonorSA_weissfluhjoch", "Input frequency sensor 3 (Hz)", "freq3");
addOption("GeonorSA_weissfluhjoch", "Instantaneous amount precipitation sensor 1 1min (mm)", "precip1");
addOption("GeonorSA_weissfluhjoch", "Instantaneous amount precipitation sensor 2 1min (mm)", "precip2");
addOption("GeonorSA_weissfluhjoch", "Instantaneous amount precipitation sensor 3 1min (mm)", "precip3");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 1 QCd 1 minute (mm)", "precip1_qc");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 2 QCd 1 minute (mm)", "precip2_qc");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 3 QCd 1 minute (mm)", "precip3_qc");
addOption("GeonorSA_weissfluhjoch", "Accumulation - QCd wire average 1 minute (mm)", "accum_avg_qc");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 1 QC flags 1 minute", "precip1__FLAG");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 2 QC flags 1 minute", "precip2__FLAG");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire 3 QC flags 1 minute", "precip3__FLAG");
addOption("GeonorSA_weissfluhjoch", "Accumulation - wire average QC flags 1 minute", "accum_avg__FLAG");
addList("weissfluhjoch", "Weissfluhjoch MET Data ", "MET", "MET_weissfluhjoch");
addOption("MET_weissfluhjoch", "Thies DFIR 1M SYNOP Tab.4677", "Thies_Tab4677");
addOption("MET_weissfluhjoch", "Thies DFIR 1M SYNOP Tab.4680", "Thies_Tab4680");
addOption("MET_weissfluhjoch", "Thies DFIR 1M METAR Tab.4678 (%char=4)", "Thies_Tab4678");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity total precipitation (mm/h)", "Thies_Tot_Precip");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity liquid precipitation (mm/h)", "Thies_Liq_Precip");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity solid precipitation (mm/h)", "Thies_Sol_Precip");
addOption("MET_weissfluhjoch", "Thies DFIR Precipitation amount (mm)", "Thies_Precip");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Visibility in precipitation (m)", "Thies_Vis");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Measuring quality (%)", "Thies_Quality");
addOption("MET_weissfluhjoch", "Thies DFIR Status Laser", "Thies_laser");
addOption("MET_weissfluhjoch", "Thies DFIR Status signal", "Thies_signal");
addOption("MET_weissfluhjoch", "Thies DFIR Status laser temperature (digital)", "Thies_lasertemp");
addOption("MET_weissfluhjoch", "Thies DFIR Status laser current (digital)", "Thies_lasercurrent");
addOption("MET_weissfluhjoch", "Thies DFIR Status sensor supply", "Thies_sensorsuppy");
addOption("MET_weissfluhjoch", "Thies DFIR Status current pane heating laser head", "Thies_laserhead");
addOption("MET_weissfluhjoch", "Thies DFIR Status current pane heating receiver head", "Thies_reciever");
addOption("MET_weissfluhjoch", "Thies DFIR Status temperature sensor,", "Thies_tempsensor");
addOption("MET_weissfluhjoch", "Thies DFIR Status heating supply", "Thies_heatsuppy");
addOption("MET_weissfluhjoch", "Thies DFIR Status current heating housing", "Thies_heathouse");
addOption("MET_weissfluhjoch", "Thies DFIR Status current heating heads", "Thies_heathead");
addOption("MET_weissfluhjoch", "Thies DFIR Status current heating carriers", "Thies_heatcarry");
addOption("MET_weissfluhjoch", "Thies DFIR Status control output laser power", "Thies_laserpower");
addOption("MET_weissfluhjoch", "Thies DFIR Interior temperature (C)", "Thies_Int_Temp");
addOption("MET_weissfluhjoch", "Thies DFIR Temperature of laser driver, (C)", "Thies_Laser_Temp");
addOption("MET_weissfluhjoch", "Thies DFIR Mean value laser current (1/100 mA)", "Thies_Laser_Current");
addOption("MET_weissfluhjoch", "Thies DFIR Control voltage (mV)", "Thies_Control_Volt");
addOption("MET_weissfluhjoch", "Thies DFIR Voltage sensor supply (1/10 V)", "Thies_Volt_Supply");
addOption("MET_weissfluhjoch", "Thies DFIR Current pane heating laser head (mA)", "Thies_Laser_Head");
addOption("MET_weissfluhjoch", "Thies DFIR Current pane heating receiver head (mA)", "Thies_Head_Recieve");
addOption("MET_weissfluhjoch", "Thies DFIR Ambient temperature (C)", "Thies_Amb_Temp");
addOption("MET_weissfluhjoch", "Thies DFIR Voltage Heating supply (1/10 V)", "Thies_Voltage_Heat");
addOption("MET_weissfluhjoch", "Thies DFIR Current heating housing (mA)", "Thies_Heat_House");
addOption("MET_weissfluhjoch", "Thies DFIR Current heating heads (mA)", "Thies_Heat_Heads");
addOption("MET_weissfluhjoch", "Thies DFIR Current heating carriers (mA)", "Thies_Heat_Carry");
addOption("MET_weissfluhjoch", "Thies DFIR Number of all measured paricles", "Thies_Particles");
addOption("MET_weissfluhjoch", "Young DFIR Wind speed (m/s)", "Young_WindSpd");
addOption("MET_weissfluhjoch", "Young DFIR Wind direction (grad)", "Young_WindDir");
addOption("MET_weissfluhjoch", "Lufft DFIR Temperature (C)", "Lufft_Temp");
addOption("MET_weissfluhjoch", "Lufft DFIR Dew point temperature (C)", "Lufft_Dew_Temp");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind chill temperature (C)", "Lufft_WChill_Temp");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative humidity (%)", "Lufft_Humidity");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative air pressure (hPa)", "Lufft_Pressure");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind speed (m/s)", "Lufft_WindSpd");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind direction (grad)", "Lufft_WindDir");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation quantity (mm)", "Lufft_Precip_q");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation type", "Lufft_Precip_Type");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation intensity (mm/h)", "Lufft_Precip_Int");
addOption("MET_weissfluhjoch", "Parsivel Precipitation intensity (mm/h)", "Parsiv_Precip_Int");
addOption("MET_weissfluhjoch", "Parsivel Precipitation since start (mm)", "Parsiv_Precip_Tot");
addOption("MET_weissfluhjoch", "Parsivel Weather code", "Parsiv_WCode");
addOption("MET_weissfluhjoch", "Parsivel Radar reflectivity (dBz)", "Radar_refl");
addOption("MET_weissfluhjoch", "Parsivel Mor visibility (m)", "Mor_vis");
addOption("MET_weissfluhjoch", "Parsivel Laser signal amplitude", "Laser_amp");
addOption("MET_weissfluhjoch", "Parsivel Detected particles", "Nb_part");
addOption("MET_weissfluhjoch", "Thygan Air Temperature (C)", "TempLuft");
addOption("MET_weissfluhjoch", "Thygan Relative humidity (%)", "RelFeucht");
addOption("MET_weissfluhjoch", "Thygan Status", "Statusmeldung");
addOption("MET_weissfluhjoch", "CM21 Short wave in (W/m^2)", "SWin");
addOption("MET_weissfluhjoch", "CM21 Short wave out (W/m^2)", "SWout");
addOption("MET_weissfluhjoch", "PIR Long wave in (W/m^2)", "LWin");
addOption("MET_weissfluhjoch", "PIR Long wave out (W/m^2)", "LWout");
addOption("MET_weissfluhjoch", "Young Wind speed (m/s)", "Young_Wind_Speed");
addOption("MET_weissfluhjoch", "Young Wind direction (grad)", "Young_Wind_Dir");
addOption("MET_weissfluhjoch", "Vaisala Air pressure (hPa)", "LuDruck");
addOption("MET_weissfluhjoch", "Thies DFIR Ambient temperature QC (C)", "Thies_Amb_Temp_qc");
addOption("MET_weissfluhjoch", "Thies DFIR Ambient temperature QC flag", "Thies_Amb_Temp__FLAG");
addOption("MET_weissfluhjoch", "Young DFIR Wind speed QC (m/s)", "Young_WindSpd_qc");
addOption("MET_weissfluhjoch", "Young DFIR Wind speed QC flag", "Young_WindSpd__FLAG");
addOption("MET_weissfluhjoch", "Young DFIR Wind direction QC (deg)", "Young_WindDir_qc");
addOption("MET_weissfluhjoch", "Young DFIR Wind direction QC flag", "Young_WindDir__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Temperature QC (C)", "Lufft_Temp_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Temperature QC flag", "Lufft_Temp__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative humidity QC (%)", "Lufft_Humidity_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative humidity", "Lufft_Humidity__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative air pressure QC (hPa)", "Lufft_Pressure_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Relative air pressure QC flag", "Lufft_Pressure__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind speed QC (m/s)", "Lufft_WindSpd_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind speed QC flag", "Lufft_WindSpd__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind direction QC (grad)", "Lufft_WindDir_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Wind direction QC flag", "Lufft_WindDir__FLAG");
addOption("MET_weissfluhjoch", "Thygan Air Temperature QC (C)", "TempLuft_qc");
addOption("MET_weissfluhjoch", "Thygan Air Temperature QC flag", "TempLuft__FLAG");
addOption("MET_weissfluhjoch", "Thygan Relative humidity QC (%)", "RelFeucht_qc");
addOption("MET_weissfluhjoch", "Thygan Relative humidity QC flag", "RelFeucht__FLAG");
addOption("MET_weissfluhjoch", "Young Wind speed QC (m/s)", "Young_Wind_Speed_qc");
addOption("MET_weissfluhjoch", "Young Wind speed QC flag", "Young_Wind_Speed__FLAG");
addOption("MET_weissfluhjoch", "Young Wind direction QC (grad)", "Young_Wind_Dir_qc");
addOption("MET_weissfluhjoch", "Young Wind direction QC flag", "Young_Wind_Dir__FLAG");
addOption("MET_weissfluhjoch", "Vaisala Air pressure QC (hPa)", "LuDruck_qc");
addOption("MET_weissfluhjoch", "Vaisala Air pressure QC flag", "LuDruck__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation quantity 1min QC (mm)", "Lufft_Precip_q_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation quantity 1min QC flag", "Lufft_Precip_q__FLAG");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation intensity 1min QC (mm/h)", "Lufft_Precip_Int_qc");
addOption("MET_weissfluhjoch", "Lufft DFIR Precipitation intensity 1min QC flag", "Lufft_Precip_Int__FLAG");
addOption("MET_weissfluhjoch", "Parsivel Precipitation intensity 1min QC (mm/h)", "Parsiv_Precip_Int_qc");
addOption("MET_weissfluhjoch", "Parsivel Precipitation intensity 1min QC flag", "Parsiv_Precip_Int__FLAG");
addOption("MET_weissfluhjoch", "Parsivel Precipitation since start 1min QC (mm)", "Parsiv_Precip_Tot_qc");
addOption("MET_weissfluhjoch", "Parsivel Precipitation since start 1min QC flag", "Parsiv_Precip_Tot__FLAG");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity total precipitation QC (mm/h)", "Thies_Tot_Precip_qc");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity liquid precipitation QC (mm/h)", "Thies_Liq_Precip_qc");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity solid precipitation QC (mm/h)", "Thies_Sol_Precip_qc");
addOption("MET_weissfluhjoch", "Thies DFIR Precipitation amount QC (mm)", "Thies_Precip_qc");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity total precipitation QC flag", "Thies_Tot_Precip__FLAG");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity liquid precipitation QC flag", "Thies_Liq_Precip__FLAG");
addOption("MET_weissfluhjoch", "Thies DFIR 1M Intensity solid precipitation QC flag", "Thies_Sol_Precip__FLAG");
addOption("MET_weissfluhjoch", "Thies DFIR Precipitation amount QC flag", "Thies_Precip__FLAG");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind speed (m/s)", "Young_Wspd_R3");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind direction (grad)", "Young_Wdir_R3");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind speed QC 1min (m/s)", "Young_Wspd_R3_qc");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind direction QC 1min (grad)", "Young_Wdir_R3_qc");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind speed QC 1min flag", "Young_Wspd_R3__FLAG");
addOption("MET_weissfluhjoch", "Young Near R3 reference Wind direction QC 1min flag", "Young_Wdir_R3__FLAG");
addList("weissfluhjoch", "Weissfluhjoch Manual Snow Data ", "ManualSOG", "ManualSOG_weissfluhjoch");
addOption("ManualSOG_weissfluhjoch", "Snow Board New snow height (cm)", "Board_Height");
addOption("ManualSOG_weissfluhjoch", "Snow Board New snow water equivalent (mm)", "Board_SWE");
addOption("ManualSOG_weissfluhjoch", "Graduate Stake Snow height (cm)", "Stake_Height");
addOption("ManualSOG_weissfluhjoch", "Manual Measurements Snow height (cm)", "Manual_Height");
addOption("ManualSOG_weissfluhjoch", "Manual Measurements Snow water equivalent (mm)", "Manual_SWE");
addList("weissfluhjoch", "Weissfluhjoch Meteoservis MR3H-FC gauge unshielded ", "MR3HFC", "MR3HFC_weissfluhjoch");
addOption("MR3HFC_weissfluhjoch", "Raw output pulses (mm)", "Raw_Pulse");
addOption("MR3HFC_weissfluhjoch", "Modified 5V output pulses (mm)", "Mod_Pulse");
addOption("MR3HFC_weissfluhjoch", "Meteoservis Heating status", "Heating_Status");
addOption("MR3HFC_weissfluhjoch", "Raw output pulses 1min QC (mm)", "Raw_Pulse_qc");
addOption("MR3HFC_weissfluhjoch", "Raw output pulses 1min QC flag", "Raw_Pulse__FLAG");
addOption("MR3HFC_weissfluhjoch", "Modified 5V output pulses 1min QC (mm)", "Mod_Pulse_qc");
addOption("MR3HFC_weissfluhjoch", "Modified 5V output pulses 1min QC flag", "Mod_Pulse__FLAG");
addList("weissfluhjoch", "Weissfluhjoch OTT Pluvio2 1500mm Unshielded as reference R3 Bulletin ", "R3Pluvio2UN", "R3Pluvio2UN_weissfluhjoch");
addOption("R3Pluvio2UN_weissfluhjoch", "Intensity RT (mm/h)", "Intensity");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulated RT/NRT (mm)", "Acc_Rt_Nrt");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulated NRT (mm)", "Acc_Nrt");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulated total NRT (mm)", "Acc_Nrt_Tot");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket RT (mm)", "Bucket_Rt");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket NRT (mm)", "Bucket_Nrt");
addOption("R3Pluvio2UN_weissfluhjoch", "Temperature load cell (C)", "Temp_Cell");
addOption("R3Pluvio2UN_weissfluhjoch", "Heating status", "Heater_Status");
addOption("R3Pluvio2UN_weissfluhjoch", "Status", "Status");
addOption("R3Pluvio2UN_weissfluhjoch", "Temperature electronics unit (C)", "Temp_Electronics");
addOption("R3Pluvio2UN_weissfluhjoch", "Supply voltage (V)", "Voltage");
addOption("R3Pluvio2UN_weissfluhjoch", "Temperature orifice ring rim (C)", "Temp_Orifice");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulated NRT QC (mm)", "Acc_Nrt_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulation RT QC (mm)", "Acc_Rt_Nrt_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Intensity RT QC (mm/h)", "Intensity_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulation NRT QC Flag", "Acc_Nrt__FLAG");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulation RT QC Flag", "Acc_Rt_Nrt__FLAG");
addOption("R3Pluvio2UN_weissfluhjoch", "Intensity RT QC Flag", "Intensity__FLAG");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulation total NRT QC (mm)", "Acc_Nrt_Tot_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Accumulation total NRT QC Flag", "Acc_Nrt_Tot__FLAG");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket RT QC (mm)", "Bucket_Rt_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket RT QC Flag", "Bucket_Rt__FLAG");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket NRT QC (mm)", "Bucket_Nrt_qc");
addOption("R3Pluvio2UN_weissfluhjoch", "Bucket NRT QC Flag", "Bucket_Nrt__FLAG");
addList("weissfluhjoch", "Weissfluhjoch OTT Pluvio2 1500mm in DFIR as reference R2 Bulletin ", "R2Pluvio2DFIR", "R2Pluvio2DFIR_weissfluhjoch");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Intensity RT (mm/h)", "Intensity");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulated RT/NRT (mm)", "Acc_Rt_Nrt");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulated NRT (mm)", "Acc_Nrt");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulated total NRT (mm)", "Acc_Nrt_Tot");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket RT (mm)", "Bucket_Rt");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket NRT (mm)", "Bucket_Nrt");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Temperature load cell (C)", "Temp_Cell");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Heating status", "Heater_Status");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Status", "Status");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Temperature electronics unit (C)", "Temp_Electronics");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Supply voltage (V)", "Voltage");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Temperature orifice ring rim (C)", "Temp_Orifice");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulated NRT QC (mm)", "Acc_Nrt_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulation RT QC (mm)", "Acc_Rt_Nrt_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Intensity RT QC (mm/h)", "Intensity_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulation NRT QC Flag", "Acc_Nrt__FLAG");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulation RT QC Flag", "Acc_Rt_Nrt__FLAG");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Intensity RT QC Flag", "Intensity__FLAG");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulation total NRT QC (mm)", "Acc_Nrt_Tot_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Accumulation total NRT QC Flag", "Acc_Nrt_Tot__FLAG");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket RT QC (mm)", "Bucket_Rt_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket RT QC Flag", "Bucket_Rt__FLAG");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket NRT QC (mm)", "Bucket_Nrt_qc");
addOption("R2Pluvio2DFIR_weissfluhjoch", "Bucket NRT QC Flag", "Bucket_Nrt__FLAG");
addList("weissfluhjoch", "Weissfluhjoch OTT Pluvio2 1500mm in Single Alter as reference R3 Bulletin ", "R3Pluvio2SA", "R3Pluvio2SA_weissfluhjoch");
addOption("R3Pluvio2SA_weissfluhjoch", "Intensity RT (mm/h)", "Intensity");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulated RT/NRT (mm)", "Acc_Rt_Nrt");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulated NRT (mm)", "Acc_Nrt");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulated total NRT (mm)", "Acc_Nrt_Tot");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket RT (mm)", "Bucket_Rt");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket NRT (mm)", "Bucket_Nrt");
addOption("R3Pluvio2SA_weissfluhjoch", "Temperature load cell (C)", "Temp_Cell");
addOption("R3Pluvio2SA_weissfluhjoch", "Heating status", "Heater_Status");
addOption("R3Pluvio2SA_weissfluhjoch", "Status", "Status");
addOption("R3Pluvio2SA_weissfluhjoch", "Temperature electronics unit (C)", "Temp_Electronics");
addOption("R3Pluvio2SA_weissfluhjoch", "Supply voltage (V)", "Voltage");
addOption("R3Pluvio2SA_weissfluhjoch", "Temperature orifice ring rim (C)", "Temp_Orifice");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulated NRT QC (mm)", "Acc_Nrt_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulation RT QC (mm)", "Acc_Rt_Nrt_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Intensity RT QC (mm/h)", "Intensity_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulation NRT QC Flag", "Acc_Nrt__FLAG");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulation RT QC Flag", "Acc_Rt_Nrt__FLAG");
addOption("R3Pluvio2SA_weissfluhjoch", "Intensity RT QC Flag", "Intensity__FLAG");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulation total NRT QC (mm)", "Acc_Nrt_Tot_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Accumulation total NRT QC Flag", "Acc_Nrt_Tot__FLAG");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket RT QC (mm)", "Bucket_Rt_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket RT QC Flag", "Bucket_Rt__FLAG");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket NRT QC (mm)", "Bucket_Nrt_qc");
addOption("R3Pluvio2SA_weissfluhjoch", "Bucket NRT QC Flag", "Bucket_Nrt__FLAG");
addList("weissfluhjoch", "Weissfluhjoch Thies Laser Precipitation Monitor shielded ", "ThiesLPM_Shield", "ThiesLPM_Shield_weissfluhjoch");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M SYNOP Tab.4677 ( )", "Tab_4677");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M SYNOP Tab.4680 ( )", "Tab_4680");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M METAR Tab.4678 (%char=4 )", "Tab_4678");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity total precipitation (mm/h)", "Int_Tot");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity liquid precipitation (mm/h)", "Int_Liquid");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity solid precipitation (mm/h)", "Int_Solid");
addOption("ThiesLPM_Shield_weissfluhjoch", "Precipitation amount (mm)", "Precip");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Visibility in precipitation (m)", "Visibility");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Measuring quality (%)", "Quality");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status Laser ( )", "Stat_Laser");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status signal", "Stat_Signal");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status laser temperature (digital)", "Stat_Las_Temp");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status laser current (digital)", "Stat_Las_Cur");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status sensor supply", "Stat_Sensor");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status current pane heating laser head", "Stat_Las_Head");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status current pane heating receiver head", "Stat_Recieve");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status temperature sensor", "Stat_Temp_Sens");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status heating supply", "Stat_Heat_Supply");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status current heating housing", "Stat_Heat_House");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status current heating heads", "Stat_Heat_Head");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status current heating carriers", "Stat_Heat_Carry");
addOption("ThiesLPM_Shield_weissfluhjoch", "Status control output laser power", "Stat_Output");
addOption("ThiesLPM_Shield_weissfluhjoch", "Interior temperature (C)", "Temp_Int");
addOption("ThiesLPM_Shield_weissfluhjoch", "Temperature of laser driver (C)", "Temp_Laser");
addOption("ThiesLPM_Shield_weissfluhjoch", "Mean value laser current (1/100 mA)", "Laser_Current");
addOption("ThiesLPM_Shield_weissfluhjoch", "Control voltage (mV)", "Control_Volt");
addOption("ThiesLPM_Shield_weissfluhjoch", "Voltage sensor supply (1/10 V)", "Volt_Sens_Supply");
addOption("ThiesLPM_Shield_weissfluhjoch", "Current pane heating laser head (mA)", "Las_Head_Heat");
addOption("ThiesLPM_Shield_weissfluhjoch", "Current pane heating receiver head (mA)", "Rec_Head_Heat");
addOption("ThiesLPM_Shield_weissfluhjoch", "Ambient temperature (C)", "Temp");
addOption("ThiesLPM_Shield_weissfluhjoch", "Voltage Heating supply (1/10 V)", "Heat_Supp_Volt");
addOption("ThiesLPM_Shield_weissfluhjoch", "Current heating housing (mA)", "Heat_Housing");
addOption("ThiesLPM_Shield_weissfluhjoch", "Current heating heads (mA)", "Heat_Heads");
addOption("ThiesLPM_Shield_weissfluhjoch", "Current heating carriers (mA)", "Heat_Carries");
addOption("ThiesLPM_Shield_weissfluhjoch", "Number of all measured paricles", "Particles");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity total precipitation QC (mm/h)", "Int_Tot_qc");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity liquid precipitation QC (mm/h)", "Int_Liquid_qc");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity solid precipitation QC (mm/h)", "Int_Solid_qc");
addOption("ThiesLPM_Shield_weissfluhjoch", "Precipitation amount 1min QC (mm)", "Precip_qc");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity total precipitation QC flag", "Int_Tot__FLAG");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity liquid precipitation QC flag", "Int_Liquid__FLAG");
addOption("ThiesLPM_Shield_weissfluhjoch", "1M Intensity solid precipitation QC flag", "Int_Solid__FLAG");
addOption("ThiesLPM_Shield_weissfluhjoch", "Precipitation amount 1min QC flag", "Precip__FLAG");