merged flux, radiation and soil moisture data file README column assignments: column variable description 1 jd decimal day of year at start of 10 min interval 2 U_m_s NS wind speed vector, m/s (positive from S) 3 V_m_s EW wind speed vector, m/s (positive from E) 4 W_m_s Vertical wind speed vector, m/s (positive upward) 5 T_sonic_C sonic air temperature, C 6 wspd_m_s wind speed, m/s 7 wspd_m_s_std std dev wind speed, m/s 8 wdir wind direction, deg 9 wdir_std std dev wind direction, deg 10 Ta_C air temp, C 11 rh relative humidity, % 12 Ta_C_std std dev air temp, C 13 rh_std std dev rh, % 14 Ta_C_min minimum air temp, C 15 rh_min minimum rh, % 16 Ta_C_max maximum air temp, C 17 rh_max maximum rh, % 18 co2_mmol_m3 licor co2 conc, mmol/m3 19 h2o_mmol_m3 licor h2o conc, mmol/m3 20 P_mb licor pressure, mb 21 T_licor_C licor box temperature, C 22 agc licor AGC QA parameter 23 co2_ppm licor co2 conc, ppm or umol/mol 24 co2_mmol_m3_std std dev licor co2 conc, mmol/m3 25 h2o_mmol_m3_std std dev licor h2o conc, mmol/m3 26 P_mb_std std dev pressure, mb 27 T_licor_C_std std dev licor box temperature, C 28 agc_std std dev AGC 29 co2_ppm_std std dev licor co2 conc, ppm or umol/mol 30 co2_mmol_m3_min minimum licor co2 conc, mmol/m3 31 h2o_mmol_m3_min minimum licor h2o conc, mmol/m3 32 P_mb_min minimum licor pressure, mb 33 T_licor_C_min minimum licor box temperature, C 34 agc_min minimum licor AGC QA parameter 35 co2_ppm_min minimum licor co2 conc, ppm or umol/mol 36 co2_mmol_m3_max maximum licor co2 conc, mmol/m3 37 h2o_mmol_m3_max maximum licor h2o conc, mmol/m3 38 P_mb_max maximum pressure, mb 39 T_licor_C_max maximum licor box temperature, C 40 agc_max maximum AGC 41 co2_ppm_max maximum licor co2 conc, ppm or umol/mol 42 q_g_kg specific humidity, g/kg 43 q_lic_g_kg licor specific humidity, g/kg 44 q_lic_g_kg_std std dev licor specific humidity, g/kg 45 rho_air moist air density, kg/m3 46 wu streamwise WU covariance, m2/s2 47 wv cross-stream WV covariance, m2/s2 48 wt Tsonic:W covariance, degC m/s 49 wq q:W covariance, g m/kg s 50 hs sensible heat flux, moisture corrected, W/m2 51 hl latent heat flux, W/m2, NOT WEBB CORRECTED 52 lag lag points in W:q correlation 53 tilt tilt angle from double rotation 54 tauc wind stress by covariance, N/m2 55 usr u_star by covariance, m/s 56 U10_m_s NS wind speed vector, m/s (positive from S), 10m 57 V10_m_s EW wind speed vector, m/s (positive from E), 10m 58 W10_m_s Vertical wind speed vector, m/s (positive upward), 10m 59 T_sonic10_C sonic air temperature, C, 10m 60 wspd10_m_s wind speed, m/s, 10m 61 wspd10_m_s_std std dev wind speed, m/s, 10m 62 wdir10 wind direction, deg, 10m 63 wdir10_std std dev wind direction, deg, 10m 64 wu10 streamwise WU covariance, m2/s2, 10m 65 wv10 cross-stream WV covariance, m2/s2, 10m 66 wt10 Tsonic:W covariance, degC m/s, 10m 67 hs10 sensible heat flux, moisture corrected, W/m2, 10m 68 tilt10 tilt angle from double rotation, 10m 69 tauc10 wind stress by covariance, N/m2, 10m 70 usr10 u_star by covariance, m/s, 10m 71 Ta10_C air temp, C, 10m 72 rh10 relative humidity, %, 10m 73 Ta10_C_std std dev air temp, C, 10m 74 rh10_std std dev rh, %, 10m 75 Ta10_C_min minimum air temp, C, 10m 76 rh10_min minimum rh, %, 10m 77 Ta10_C_max maximum air temp, C, 10m 78 rh10_max maximum rh, %, 10m 79 rl_dn Downward Longwave Radiation (W/m^2) 80 rs_dn Downward Short Wave Radiation (W/m^2) 81 rl_up Upward Longwave Radiation (W/m^2) 82 rs_up Upward Short Wave Radiation (W/m^2) 83 rnet Net Radiation (W/m^2) 84 Ts5 Soil Temperature (C) 5cm 85 Ts10 Soil Temperature (C) 10cm 86 Ts20 Soil Temperature (C) 20cm 87 Ts50 Soil Temperature (C) 50cm 88 Ts100 Soil Temperature (C) 100cm 89 Sm5 Soil Moisture (% vol) 5cm 90 Sm10 Soil Moisture (% vol) 10cm 91 Sm20 Soil Moisture (% vol) 20cm 92 Sm50 Soil Moisture (% vol) 50cm 93 Sm100 Soil Moisture (% vol) 100cm 94 rl_dn_std ... std deviations for above 15 variables 95 rs_dn_std 96 rl_up_std 97 rs_up_std 98 rnet_std 99 Ts5_std 100 Ts10_std 101 Ts20_std 102 Ts50_std 103 Ts100_std 104 Sm5_std 105 Sm10_std 106 Sm20_std 107 Sm50_std 108 Sm100_std header: jd U_m_s V_m_s W_m_s T_sonic_C wspd_m_s wspd_m_s_std wdir wdir_std Ta_C rh Ta_C_std rh_std Ta_C_min rh_min Ta_C_max rh_max co2_mmol_m3 h2o_mmol_m3 P_mb T_licor_C agc co2_ppm co2_mmol_m3_std h2o_mmol_m3_std P_mb_std T_licor_C_std agc_std co2_ppm_std co2_mmol_m3_min h2o_mmol_m3_min P_mb_min T_licor_C_min agc_min co2_ppm_min co2_mmol_m3_max h2o_mmol_m3_max P_mb_max T_licor_C_max agc_max co2_ppm_max q_g_kg q_lic_g_kg q_lic_g_kg_std rho_air wu wv wt wq hs hl lag tilt tauc usr U10_m_s V10_m_s W10_m_s T_sonic10_C wspd10_m_s wspd10_m_s_std wdir10 wdir10_std wu10 wv10 wt10 hs10 tilt10 tauc10 usr10 Ta10_C rh10 Ta10_C_std rh10_std Ta10_C_min rh10_min Ta10_C_max rh10_max rl_dn rs_dn rl_up rs_up rnet Ts5 Ts10 Ts20 Ts50 Ts100 Sm5 Sm10 Sm20 Sm50 Sm100 rl_dn_std rs_dn_std rl_up_std rs_up_std rnet_std Ts5_std Ts10_std Ts20_std Ts50_std Ts100_std Sm5_std Sm10_std Sm20_std Sm50_std Sm100_std