I1_flux

I1_climate

I2_flux

I2_climate

I3_flux

I3_climate

I4_flux

I4_climate These files are saved in two formats *.xls being an Excel4 worksheet and *.txt being a comma delineated text file. The files contain one or more of the following parameters and the parameter names are given at the top of each column. The following table gives the parameter definitions. Note that in each flux file there is a VALD column which is a flag to indicate good quality data. Data with a 1 is identified as good data. Parameter Definitions: ARRAY -9999 8.3 YEAR -9999 8.3 DAY -9999 8.3 DATE -9999 DATE1 NEWTIME -9999 TIME1 TIMEONLY -9999 TIME4 TIME -9999 10.3 TCODE -9999 10.3 SITEM -9999 8.3 MAT=1, SHRUB=2, MNT=3, MOSS=4. R_STP1S -9999 8.3 Soil temperature probe resistance number 1 (ohms) R_STP2S -9999 8.3 Soil temperature probe resistance number 2 (ohms) R_STP3S -9999 8.3 Soil temperature probe resistance number 3 (ohms) R_STP4S -9999 8.3 Soil temperature probe resistance number 4 (ohms) STP1S 99999 8.3 Soil temperature average top 10cm number 1 (oC) STP2S 99999 8.3 Soil temperature average top 10cm number 2 (oC) STP3S 99999 8.3 Soil temperature average top 10cm number 3 (oC) STP4S 99999 8.3 Soil temperature average top 10cm number 4 (oC) TS1_RUS 99999 8.3 Filtered Soil temperature average top 10cm number 1 (oC) TS2_RUS 99999 8.3 Filtered Soil temperature average top 10cm number 2 (oC) TS3_RUS 99999 8.3 Filtered Soil temperature average top 10cm number 3 (oC) TS4_RUS 99999 8.3 Filtered Soil temperature average top 10cm number 4 (oC) DTS1S 99999 8.3 Change is soil temperature top 10cm since previous 30min number 1 (oC) DTS2S 99999 8.3 Change is soil temperature top 10cm since previous 30min number 2 (oC) DTS3S 99999 8.3 Change is soil temperature top 10cm since previous 30min number 3 (oC) DTS4S 99999 8.3 Change is soil temperature top 10cm since previous 30min number 4 (oC) SHF1S -9999 8.3 Soil heat flux plate buried at depth number 1 (Wm-2) SHF2S -9999 8.3 Soil heat flux plate buried at depth number 2 (Wm-2) SHF3S -9999 8.3 Soil heat flux plate buried at depth number 3 (Wm-2) SHF4S -9999 8.3 Soil heat flux plate buried at depth number 4 (Wm-2) SHF5S -9999 8.3 Soil heat flux plate buried at depth number 5 (Wm-2) STORE1S -9999 8.3 Energy storage above soil heat flux plate number 1 (Wm-2) STORE2S -9999 8.3 Energy storage above soil heat flux plate number 2 (Wm-2) STORE3S -9999 8.3 Energy storage above soil heat flux plate number 3 (Wm-2) STORE4S -9999 8.3 Energy storage above soil heat flux plate number 4 (Wm-2) STORE5S -9999 8.3 Energy storage above soil heat flux plate number 5 (Wm-2) G1S -9999 8.3 Surface soil heat flux number 1 (Wm-2) G2S -9999 8.3 Surface soil heat flux number 2 (Wm-2) G3S -9999 8.3 Surface soil heat flux number 3 (Wm-2) G4S -9999 8.3 Surface soil heat flux number 4 (Wm-2) G5S -9999 8.3 Surface soil heat flux number 1 (Wm-2) HYDID1S -9999 4.0 Soil site #2 7.5 inches Below moss level SOILT1S -9999 4.0 Soil type specified for Hydra program H1V1S -9999 8.3 Hydra voltage 1 H1V2S -9999 8.3 Hydra voltage 2 H1V3S -9999 8.3 Hydra voltage 3 H1V4S -9999 8.3 Hydra voltage 4 HYDID2S -9999 7.0 Soil site #1 3.0 inches Below moss level SOILT2S -9999 7.0 Soil type specified for Hydra program H2V1S -9999 8.3 Hydra voltage 1 H2V2S -9999 8.3 Hydra voltage 2 H2V3S -9999 8.3 Hydra voltage 3 H2V4S -9999 8.3 Hydra voltage 4 HYDID3S -9999 8.0 Soil site #2 4.5 inches Below moss level SOILT3S -9999 7.0 Soil type specified for Hydra program H3V1S -9999 8.3 Hydra voltage 1 H3V2S -9999 8.3 Hydra voltage 2 H3V3S -9999 8.3 Hydra voltage 3 H3V4S -9999 8.3 Hydra voltage 4 HYDID4S -9999 4.0 Soil site #1 6.5 inches Below moss level SOILT4 -9999 4.0 Soil type specified for Hydra program H4V1S -9999 8.3 Hydra voltage 1 H4V2S -9999 8.3 Hydra voltage 2 H4V3S -9999 8.3 Hydra voltage 3 H4V4S -9999 8.3 Hydra voltage 4 T1S -9999 8.3 Air temperature - oC RH1S -9999 8.3 Relative humidity % ES1S -9999 8.3 Saturation vapour pressure - mb E1S -9999 8.3 Actual vapour pressure - mb RHA1S -9999 8.3 Absoloute humidity - g/m3 RHS1S -9999 8.3 Specific humidity - g/kg MR1S -9999 8.3 Mixing ratio - g/kg DPT1S -9999 8.3 Dew point temperture - oC T2S -9999 8.3 Air temperature - oC RH2S -9999 8.3 Relative humidity % ES2S -9999 8.3 Saturation vapour pressure - mb E2S -9999 8.3 Actual vapour pressure - mb RHA2S -9999 8.3 Absoloute humidity - g/m3 RHS2S -9999 8.3 Specific humidity - g/kg MR2S -9999 8.3 Mixing ratio - g/kg DPT2S -9999 8.3 Dew point temperture - oC P_HPAS -9999 8.3 Pressure (hpa) P_KPAS -9999 8.3 Pressure (kPa) PYS -9999 8.3 Licor silicon pyranometer (Wm-2) RN1S -9999 8.3 REBS Net radiometer number 1 (Wm-2) RN2S -9999 8.3 REBS Net radiometer number 2 (Wm-2) KDOWNS -9999 8.3 Epply shortwave radiation IN (Wm-2) KUPS -9999 8.3 Epply shortwave radiation OUT (Wm-2) ALBS -9999 8.3 Albedo LDOWNS -9999 8.3 Epply Longwave IN (Wm-2) LUPS -9999 8.3 Epply Longwave OUT (Wm-2) LALBS -9999 8.3 Longwave albedo RN3S -9999 8.3 REBS Net radiometer number 3 (Wm-2) WS1S -9999 8.3 Windspeed 1 (ms-1) WS2S -9999 8.3 Windspeed 2 (ms-1) PARS -9999 8.3 Licor PAR sensor (umol.m-2.s-1) PNLTS -9999 8.3 CR10X panel temperature (oC) BATTS -9999 8.3 Campbell Battery voltage (V) PROGS -9999 8.3 CR10X program signature H1S -9999 8.3 Hydra ID H1TYPES -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H1_ERS -9999 8.3 real dielectric constant H1_EIS -9999 8.3 imaginary dielecric constant H1_TMPS -9999 8.3 temperature H1_ERCRS -9999 8.3 corrected real dielectric constant H1_EICRS -9999 8.3 corrected imaginary dielectric constant H1_WATRS -9999 8.3 soil moisture H1_SALNS -9999 8.3 soil salinity H1_SCNDS -9999 8.3 soil conductivity H1_SCDCS -9999 8.3 corrected soil conductivity H1_WATCS -9999 8.3 temp corrected conductivity of the water in the soil H2S -9999 8.3 Hydra ID H2TYPES -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H2_ERS -9999 8.3 real dielectric constant H2_EIS -9999 8.3 imaginary dielecric constant H2_TMPS -9999 8.3 temperature H2_ERCRS -9999 8.3 corrected real dielectric constant H2_EICRS -9999 8.3 corrected imaginary dielectric constant H2_WATRS -9999 8.3 soil moisture H2_SALNS -9999 8.3 soil salinity H2_SCNDS -9999 8.3 soil conductivity H2_SCDCS -9999 8.3 corrected soil conductivity H2_WATCS -9999 8.3 temp corrected conductivity of the water in the soil H3S -9999 8.3 Hydra ID H3TYPES -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H3_ERS -9999 8.3 real dielectric constant H3_EIS -9999 8.3 imaginary dielecric constant H3_TMPS -9999 8.3 temperature H3_ERCRS -9999 8.3 corrected real dielectric constant H3_EICRS -9999 8.3 corrected imaginary dielectric constant H3_WATRS -9999 8.3 soil moisture H3_SALNS -9999 8.3 soil salinity H3_SCNDS -9999 8.3 soil conductivity H3_SCDCS -9999 8.3 corrected soil conductivity H3_WATCS -9999 8.3 temp corrected conductivity of the water in the soil H4S -9999 8.3 Hydra ID H4TYPES -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H4_ERS -9999 8.3 real dielectric constant H4_EIS -9999 8.3 imaginary dielecric constant H4_TMPS -9999 8.3 temperature H4_ERCRS -9999 8.3 corrected real dielectric constant H4_EICRS -9999 8.3 corrected imaginary dielectric constant H4_WATRS -9999 8.3 soil moisture H4_SALNS -9999 8.3 soil salinity H4_SCNDS -9999 8.3 soil conductivity H4_SCDCS -9999 8.3 corrected soil conductivity H4_WATCS -9999 8.3 temp corrected conductivity of the water in the soil H1_QVS -9999 8.3 Organic water content using hinzmans polynomial calibration H2_QVS -9999 8.3 Organic water content using hinzmans polynomial calibration H3_QVS -9999 8.3 Organic water content using hinzmans polynomial calibration H4_QVS -9999 8.3 Organic water content using hinzmans polynomial calibration NCOVCO2S -9999 8.3 Number time steps of max co2 covar NCOVH20S -9999 8.3 Number time steps of max h2o covar ELEM_S -9999 8.3 Number of elements in 10 minute block MNH2O_S -9999 8.3 Mean H2O conc from licor SDH2O_S -9999 8.3 SD of Licor H2O conc MNCO2_S -9999 8.3 Mean CO2 conc from Licor SDCO2_S -9999 8.3 SD of Licor CO2 MNP_S -9999 8.3 Mean Licor Pressure SDP_S -9999 8.3 SD Licor pressure MNT_S -9999 8.3 Mean Licor Temperature SDT_S -9999 8.3 SD of Licor Temperature MDIR_S -9999 8.3 Mean Sonic wind Direction SDDIR_S -9999 8.3 SD of Sonic wind direction MWS_S -9999 8.3 Mean sonic wind speed SDWS_S -9999 8.3 SD of soinic wind speed MNUS -9999 8.3 Mean horizontal wind speed from Sonic (ms-1) VRUS -9999 8.3 Variation in horizontal wind speed from sonic (ms-1) MNTS -9999 8.3 Mean virtual temperature from sonic (oC) VRTS -9999 8.3 Variation virtual temperature from sonic (oC) MNPS -9999 8.3 Mean Licor pressure (kPa) VRPS -9999 8.3 variation in Licor pressure (kPa) MNH2OS -9999 8.3 Mean Licor water vapour (mg.g-1) VRH2OS -9999 8.3 Variation in Licor water vapour (mg.g-1) MNCO2S -9999 8.3 Mean Licor CO2 concentration (ug.g-1) VRCO2S -9999 8.3 Variation in Licor CO2 concentration (ug.g-1) USTARS -9999 8.3 Friction velocity (m/s) TSTARS -9999 8.3 Temperature scale (oC) QSTARS -9999 8.3 Water vapour scale (g.kg-1) CSTARS -9999 8.3 CO2 scale (umol.mol-1) CDS -9999 8.3 Drag coefficent(u*^2/m^2) VTIS -9999 8.3 Vertical turbulence Intensity L_S -9999 8.3 Monin-Obukov length (m) Z_L_S -9999 8.3 z/L COVUWS -9999 8.3 U and W Covariance COVVWS -9999 8.3 V and W Covariance COVTWS -9999 8.3 T and W Covariance COVQWS -9999 8.3 H2O and W Covariance COVCWS -9999 8.3 CO2 and W Covariance RN_S -9999 8.3 Net radiation (Wm-2) H_S -9999 8.3 Sensible heat flux (Wm-2) LERAW_S -9999 8.3 Uncorrected latent heat flux (Wm-2) LE_S -9999 8.3 Corrected latent heat flux (Wm-2) using Werners correction XI_H2O_S -9999 8.3 CORH2O_S -9999 8.3 Correction co-efficient for latent heat flux using Werner G_S -9999 8.3 Surface ground heat flux (Wm-2) FCRAW_S -9999 8.3 Uncorrected CO2 flux (ug.g-1.m-2) FC_S -9999 8.3 Corrected CO2 flux (ug.g-1.m-2) using Werners correction XI_CO2_S -9999 8.3 CORCO2_S -9999 8.3 Correction factor for CO2 using Werners correction RN_G_S -9999 8.3 Available energy (Rn-G) (Wm-2) CLOS_S -9999 8.3 Energy balance closure (rn-G-H-LE) (Wm-2) CLOS%S -9999 8.3 Closure as a function of Rn (%) BR_S -9999 8.3 Bowen ratio HF_S -9999 8.3 Sensible heat flux fraction EF_S -9999 8.3 Evaporative fraction RS_STP1M -9999 8.3 Soil temperature probe resistance number 1 (ohms) RS_STP2M -9999 8.3 Soil temperature probe resistance number 2 (ohms) RS_STP3M -9999 8.3 Soil temperature probe resistance number 3 (ohms) RS_STP4M -9999 8.3 Soil temperature probe resistance number 4 (ohms) STP1M 99999 8.3 Soil temperature average top 10cm number 1 (oC) STP2M 99999 8.3 Soil temperature average top 10cm number 2 (oC) STP3M 99999 8.3 Soil temperature average top 10cm number 3 (oC) STP4M 99999 8.3 Soil temperature average top 10cm number 4 (oC) DTS1M 99999 8.3 Change is soil temperature top 10cm since previous 30min number 1 (oC) DTS2M 99999 8.3 Change is soil temperature top 10cm since previous 30min number 2 (oC) DTS3M 99999 8.3 Change is soil temperature top 10cm since previous 30min number 3 (oC) DTS4M 99999 8.3 Change is soil temperature top 10cm since previous 30min number 4 (oC) TS1_RUNM 99999 8.3 Filtered Soil temperature average top 10cm number 1 (oC) TS2_RUNM 99999 8.3 Filtered Soil temperature average top 10cm number 2 (oC) TS3_RUNM 99999 8.3 Filtered Soil temperature average top 10cm number 3 (oC) TS4_RUNM 99999 8.3 Filtered Soil temperature average top 10cm number 4 (oC) SHF1M -9999 8.3 Soil heat flux plate buried at depth number 1 (Wm-2) SHF2M -9999 8.3 Soil heat flux plate buried at depth number 2 (Wm-2) SHF3M -9999 8.3 Soil heat flux plate buried at depth number 3 (Wm-2) SHF4M -9999 8.3 Soil heat flux plate buried at depth number 4 (Wm-2) SHF5M -9999 8.3 Soil heat flux plate buried at depth number 5 (Wm-2) STORE1M -9999 8.3 Energy storage above soil heat flux plate number 1 (Wm-2) STORE2M -9999 8.3 Energy storage above soil heat flux plate number 2 (Wm-2) STORE3M -9999 8.3 Energy storage above soil heat flux plate number 3 (Wm-2) STORE4M -9999 8.3 Energy storage above soil heat flux plate number 4 (Wm-2) STORE5M -9999 8.3 Energy storage above soil heat flux plate number 5 (Wm-2) G1M -9999 8.3 Surface soil heat flux number 1 (Wm-2) G2M -9999 8.3 Surface soil heat flux number 2 (Wm-2) G3M -9999 8.3 Surface soil heat flux number 3 (Wm-2) G4M -9999 8.3 Surface soil heat flux number 4 (Wm-2) G5M -9999 8.3 Surface soil heat flux number 1 (Wm-2) HYDID1M -9999 4.0 Soil site #2 7.5 inches Below moss level SOILT1M -9999 4.0 Soil type specified for Hydra program H1V1M -9999 8.3 Hydra voltage 1 H1V2M -9999 8.3 Hydra voltage 2 H1V3M -9999 8.3 Hydra voltage 3 H1V4M -9999 8.3 Hydra voltage 4 HYDID2M -9999 7.0 Soil site #1 3.0 inches Below moss level SOILT2M -9999 7.0 Soil type specified for Hydra program H2V1M -9999 8.3 Hydra voltage 1 H2V2M -9999 8.3 Hydra voltage 2 H2V3M -9999 8.3 Hydra voltage 3 H2V4M -9999 8.3 Hydra voltage 4 HYDID3M -9999 8.0 Soil site #2 4.5 inches Below moss level SOILT3M -9999 7.0 Soil type specified for Hydra program H3V1M -9999 8.3 Hydra voltage 1 H3V2M -9999 8.3 Hydra voltage 2 H3V3M -9999 8.3 Hydra voltage 3 H3V4M -9999 8.3 Hydra voltage 4 HYDID4M -9999 4.0 Soil site #1 6.5 inches Below moss level SOILT4M -9999 4.0 Soil type specified for Hydra program H4V1M -9999 8.3 Hydra voltage 1 H4V2M -9999 8.3 Hydra voltage 2 H4V3M -9999 8.3 Hydra voltage 3 H4V4M -9999 8.3 Hydra voltage 4 T1M -9999 8.3 Air temperature - oC RH1MORIG -9999 8.3 Original Relative humidity % RH1M -9999 8.3 Adjusted for over high Relative humidity % ES1M -9999 8.3 Saturation vapour pressure - mb E1M -9999 8.3 Actual vapour pressure - mb RHA1M -9999 8.3 Absoloute humidity - g/m3 RHS1M -9999 8.3 Specific humidity - g/kg MR1M -9999 8.3 Mixing ratio - g/kg DPT1M -9999 8.3 Dew point temperture - oC T2M -9999 8.3 Air temperature - oC RH2M -9999 8.3 Relative humidity % ES2M -9999 8.3 Saturation vapour pressure - mb E2M -9999 8.3 Actual vapour pressure - mb RHA2M -9999 8.3 Absoloute humidity - g/m3 RHS2M -9999 8.3 Specific humidity - g/kg MR2M -9999 8.3 Mixing ratio - g/kg DPT2M -9999 8.3 Dew point temperture - oC P_HPAM -9999 8.3 Pressure (hPa) PYM -9999 8.3 Licor silicon pyranometer (Wm-2) RN1M -9999 8.3 REBS Net radiometer number 1 (Wm-2) RN2M -9999 8.3 REBS Net radiometer number 2 (Wm-2) KDOWNM -9999 8.3 Epply shortwave radiation IN (Wm-2) KUPM -9999 8.3 Epply shortwave radiation OUT (Wm-2) ALBEDOM -9999 8.3 Albedo LDOWNM -9999 8.3 Epply Longwave IN (Wm-2) LUPM -9999 8.3 Epply Longwave OUT (Wm-2) LALBEDOM -9999 8.3 Longwave albedo RN3M -9999 8.3 REBS Net radiometer number 3 (Wm-2) WS1M -9999 8.3 Windspeed 1 (ms-1) WS2M -9999 8.3 Windspeed 2 (ms-1) PARM -9999 8.3 Licor PAR sensor (umol.m-2.s-1) PANELTM -9999 8.3 CR10X panel temperature (oC) BATTM -9999 8.3 Campbell Battery voltage (V) PROGM -9999 8.3 CR10X program signature H1M -9999 8.3 Hydra ID H1TYPEM -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H1ERM -9999 8.3 real dielectric constant H1EIM -9999 8.3 imaginary dielecric constant H1TEMPM -9999 8.3 temperature H1ERCORM -9999 8.3 corrected real dielectric constant H1EICORM -9999 8.3 corrected imaginary dielectric constant H1WATERM -9999 8.3 soil moisture H1SALINM -9999 8.3 soil salinity H1SCONDM -9999 8.3 soil conductivity H1SCNDCM -9999 8.3 corrected soil conductivity H1WATCCM -9999 8.3 temp corrected conductivity of the water in the soil H2M -9999 8.3 Hydra ID H2TYPEM -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H2ERM -9999 8.3 real dielectric constant H2EIM -9999 8.3 imaginary dielecric constant H2TEMPM -9999 8.3 temperature H2ERCORM -9999 8.3 corrected real dielectric constant H2EICORM -9999 8.3 corrected imaginary dielectric constant H2WATERM -9999 8.3 soil moisture H2SALINM -9999 8.3 soil salinity H2SCONDM -9999 8.3 soil conductivity H2SCNDCM -9999 8.3 corrected soil conductivity H2WATCCM -9999 8.3 temp corrected conductivity of the water in the soil H3M -9999 8.3 Hydra ID H3TYPEM -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H3ERM -9999 8.3 real dielectric constant H3EIM -9999 8.3 imaginary dielecric constant H3TEMPM -9999 8.3 temperature H3ERCORM -9999 8.3 corrected real dielectric constant H3EICORM -9999 8.3 corrected imaginary dielectric constant H3WATERM -9999 8.3 soil moisture H3SALINM -9999 8.3 soil salinity H3SCONDM -9999 8.3 soil conductivity H3SCNDCM -9999 8.3 corrected soil conductivity H3WATCCM -9999 8.3 temp corrected conductivity of the water in the soil H4M -9999 8.3 Hydra ID H4TYPEM -9999 8.3 Hydra soil type used in processing 1=sand 2=silt 3=clay H4ERM -9999 8.3 real dielectric constant H4EIM -9999 8.3 imaginary dielecric constant H4TEMPM -9999 8.3 temperature H4ERCORM -9999 8.3 corrected real dielectric constant H4EICORM -9999 8.3 corrected imaginary dielectric constant H4WATERM -9999 8.3 soil moisture H4SALINM -9999 8.3 soil salinity H4SCONDM -9999 8.3 soil conductivity H4SCNDCM -9999 8.3 corrected soil conductivity H4WATCCM -9999 8.3 temp corrected conductivity of the water in the soil H1_QVM -9999 8.3 Organic water content using hinzmans polynomial calibration H2_QVM -9999 8.3 Organic water content using hinzmans polynomial calibration H3_QVM -9999 8.3 Organic water content using hinzmans polynomial calibration H4_QVM -9999 8.3 Organic water content using hinzmans polynomial calibration VALID1OL -9999 8.3 VALIDS -9999 8.3 Static site valid fluxes flag (1=good, 2=bad) VALIDM -9999 8.3 Mobile site valid fluxes flag (1=good, 2=bad) NCOVCO2M -9999 8.3 Number time steps of max co2 covar NCOVH20M -9999 8.3 Number time steps of max h2o covar NEWVA295 -9999 8.3 NEWVA296 -9999 8.3 ELEM_M -9999 8.3 Number of elements in 10 minute block MNH2O_M -9999 8.3 Mean H2O conc from licor SDH2O_M -9999 8.3 SD of Licor H2O conc MNCO2_M -9999 8.3 Mean CO2 conc from Licor SDCO2_M -9999 8.3 SD of Licor CO2 MNP_M -9999 8.3 Mean Licor Pressure SDP_M -9999 8.3 SD Licor pressure MNT_M -9999 8.3 Mean Licor Temperature SDT_M -9999 8.3 SD of Licor Temperature MDIR_M -9999 8.3 Mean Sonic wind Direction SDDIR_M -9999 8.3 SD of Sonic wind direction MWS_M -9999 8.3 Mean sonic wind speed SDWS_M -9999 8.3 SD of soinic wind speed MNUM -9999 8.3 Mean horizontal wind speed from Sonic (ms-1) VRUM -9999 8.3 Variation in horizontal wind speed from sonic (ms-1) MNTM -9999 8.3 Mean virtual temperature from sonic (oC) VRTM -9999 8.3 Variation virtual temperature from sonic (oC) MNPM -9999 8.3 Mean Licor pressure (kPa) VRPM -9999 8.3 variation in Licor pressure (kPa) MNH2OM -9999 8.3 Mean Licor water vapour (mg.g-1) VRH2OM -9999 8.3 Variation in Licor water vapour (mg.g-1) MNCO2M -9999 8.3 Mean Licor CO2 concentration (ug.g-1) VRCO2M -9999 8.3 Variation in Licor CO2 concentration (ug.g-1) USTARM -9999 8.3 Friction velocity (m/s) TSTARM -9999 8.3 Temperature scale (oC) QSTARM -9999 8.3 Water vapour scale (g.kg-1) CSTARM -9999 8.3 CO2 scale (umol.mol-1) CDM -9999 8.3 Drag coefficent(u*^2/m^2) VTIM -9999 8.3 Vertical turbulence Intensity L_M -9999 8.3 Monin-Obukov length (m) Z_L_M -9999 8.3 z/L COVUWM -9999 8.3 U and W Covariance COVVWM -9999 8.3 V and W Covariance COVTWM -9999 8.3 T and W Covariance COVQWM -9999 8.3 H2O and W Covariance COVCWM -9999 8.3 CO2 and W Covariance RN_M -9999 8.3 Net radiation (Wm-2) H_M -9999 8.3 Sensible heat flux (Wm-2) XI_H2O_M -9999 8.3 CORH2O_M -9999 8.3 Correction co-efficient for latent heat flux using Werner LERAW_M -9999 8.3 Uncorrected latent heat flux (Wm-2) LE_M -9999 8.3 Corrected latent heat flux (Wm-2) using Werners correction G_M -9999 8.3 Surface ground heat flux (Wm-2) FCRAW_M -9999 8.3 Uncorrected CO2 flux (ug.g-1.m-2) XI_CO2_M -9999 8.3 CORCO2_M -9999 8.3 Correction factor for CO2 using Werners correction FC_M -9999 8.3 Corrected CO2 flux (ug.g-1.m-2) using Werners correction RN_G_M -9999 8.3 Available energy (Rn-G) (Wm-2) CLOS_M -9999 8.3 Energy balance closure (rn-G-H-LE) (Wm-2) CLOS%M -9999 8.3 Closure as a function of Rn (%) BR_M -9999 8.3 Bowen ratio HF_M -9999 8.3 Sensible heat flux fraction EF_M -9999 8.3 Evaporative fraction