Datastream : 30ECOR

ECOR: surface vertical fluxes of momentum, sensible heat, and latent heat, 30-min avg

Active Dates
1997.04.25 - 2012.10.03

Measurement Categories
Atmospheric Carbon, Atmospheric State, Surface Properties

Originating Instrument
Eddy Correlation Flux Measurement System (ECOR)

Measurements

Only measurements considered scientifically relevant are shown below by default.

Show all measurements

Measurement Units Variable
Average atmospheric pressure (IGRA internal sensor) kPa atm_pres ( time )
Base time in Epoch seconds since 1970-1-1 0:00:00 0:00 base_time
Specific heat of moist air J/(kg K) cp ( time )
Covariance qc (mmol/m^3)^2 cvar_qc ( time )
Rotated covariance uc (m/s)(mmol/m^3) cvar_rot_uc ( time )
Rotated covariance uq (m/s)(mmol/m^3) cvar_rot_uq ( time )
Rotated covariance ut K m/s cvar_rot_ut ( time )
Rotated covariance uv (m/s)^2 cvar_rot_uv ( time )
Rotated covariance uw (m/s)^2 cvar_rot_uw ( time )
Rotated covariance vc (m/s)(mmol/m^3) cvar_rot_vc ( time )
Rotated covariance vq (m/s)(mmol/m^3) cvar_rot_vq ( time )
Rotated covariance vt K m/s cvar_rot_vt ( time )
Rotated covariance vw (m/s)^2 cvar_rot_vw ( time )
Rotated covariance wc (m/s)(mmol/m^3) cvar_rot_wc ( time )
Rotated covariance wq (m/s)(mmol/m^3) cvar_rot_wq ( time )
Rotated covariance wt K m/s cvar_rot_wt ( time )
Covariance tc K mmol/m^3 cvar_tc ( time )
Covariance tq K mmol/m^3 cvar_tq ( time )
Covariance uc (m/s)(mmol/m^3) cvar_uc ( time )
Covariance uq (m/s)(mmol/m^3) cvar_uq ( time )
Covariance ut K m/s cvar_ut ( time )
Covariance uv (m/s)^2 cvar_uv ( time )
Covariance uw (m/s)^2 cvar_uw ( time )
Covariance vc (m/s)(mmol/m^3) cvar_vc ( time )
Covariance vq (m/s)(mmol/m^3) cvar_vq ( time )
Covariance vt K m/s cvar_vt ( time )
Covariance vw (m/s)^2 cvar_vw ( time )
Covariance wc (m/s)(mmol/m^3) cvar_wc ( time )
Covariance wq (m/s)(mmol/m^3) cvar_wq ( time )
Covariance wt K m/s cvar_wt ( time )
Vertical (elevation) wind angle deg elev ( time )
CO2 flux umol/(s m^2) fc ( time )
Sensible heat flux W/m^2 h ( time )
Momentum flux (dynamic) kg/(m s^2) k ( time )
Kurtosis of variable c unitless kurt_c ( time )
Kurtosis of variable q unitless kurt_q ( time )
Kurtosis of variable t unitless kurt_t ( time )
Kurtosis of variable u unitless kurt_u ( time )
Kurtosis of variable v unitless kurt_v ( time )
Kurtosis of variable w unitless kurt_w ( time )
Latent heat of vaporization J/kg lv ( time )
Latent heat flux W/m^2 lv_e ( time )
Mean CO2 density mmol/m^3 mean_c ( time )
Average voltage of IRGA cooler V mean_cooler ( time )
Mean water vapor density mmol/m^3 mean_q ( time )
Rotated mean u m/s mean_rot_u ( time )
Rotated mean v m/s mean_rot_v ( time )
Rotated mean w m/s mean_rot_w ( time )
Mean value of "spike" c samples mmol/m^3 mean_spk_c ( time )
Mean value of "spike" q samples mmol/m^3 mean_spk_q ( time )
Mean value of "spike" t samples K mean_spk_t ( time )
Mean value of "spike" u samples m/s mean_spk_u ( time )
Mean value of "spike" v samples m/s mean_spk_v ( time )
Mean value of "spike" w samples m/s mean_spk_w ( time )
Mean t temperature (sonic anemometer) K mean_t ( time )
Mean u wind component m/s mean_u ( time )
Mean v wind component m/s mean_v ( time )
Mean w (vertical) wind component m/s mean_w ( time )
Mixing ratio kg/kg mr ( time )
Number of bad or out of range c samples unitless n_bad_c ( time )
Number of samples with "IRGA hardware problem" flag unitless n_bad_irga ( time )
Number of samples with IRGA optical path blocked flag unitless n_bad_irga_light ( time )
Number of bad or out of range q samples unitless n_bad_q ( time )
Number of samples with bad sonic status flag unitless n_bad_sonic ( time )
Number of bad or out of range t samples unitless n_bad_t ( time )
Number of bad or out of range u samples unitless n_bad_u ( time )
Number of bad or out of range v samples unitless n_bad_v ( time )
Number of bad or out of range w samples unitless n_bad_w ( time )
Number of valid c samples unitless n_good_c ( time )
Number of valid q samples unitless n_good_q ( time )
Number of valid t samples unitless n_good_t ( time )
Number of valid u samples unitless n_good_u ( time )
Number of valid v samples unitless n_good_v ( time )
Number of valid w samples unitless n_good_w ( time )
Number of c samples removed due to spikes unitless n_spk_c ( time )
Number of q samples removed due to spikes unitless n_spk_q ( time )
Number of t samples removed due to spikes unitless n_spk_t ( time )
Number of u samples removed due to spikes unitless n_spk_u ( time )
Number of v samples removed due to spikes unitless n_spk_v ( time )
Number of w samples removed due to spikes unitless n_spk_w ( time )
Rotation to =0 deg phi ( time )
Quality check results on field: Average atmospheric pressure (IGRA internal sensor) unitless qc_atm_pres ( time )
Quality check results on field: Specific heat of moist air unitless qc_cp ( time )
Quality check results on field: Vertical (elevation) wind angle unitless qc_elev ( time )
Quality check results on field: CO2 flux unitless qc_fc ( time )
Quality check results on field: Sensible heat flux unitless qc_h ( time )
Quality check results on field: Momentum flux (dynamic) unitless qc_k ( time )
Quality check results on field: Latent heat of vaporization unitless qc_lv ( time )
Quality check results on field: Latent heat flux unitless qc_lv_e ( time )
Quality check results on field: Mean CO2 density unitless qc_mean_c ( time )
Quality check results on field: Mean water vapor density unitless qc_mean_q ( time )
Quality check results on field: Mean t temperature (sonic anemometer) unitless qc_mean_t ( time )
Quality check results on field: Mean u wind component unitless qc_mean_u ( time )
Quality check results on field: Mean v wind component unitless qc_mean_v ( time )
Quality check results on field: Mean w (vertical) wind component unitless qc_mean_w ( time )
Quality check results on field: Mixing ratio unitless qc_mr ( time )
Quality check results on field: Number of valid c samples unitless qc_n_good_c ( time )
Quality check results on field: Number of valid q samples unitless qc_n_good_q ( time )
Quality check results on field: Number of valid t samples unitless qc_n_good_t ( time )
Quality check results on field: Number of valid u samples unitless qc_n_good_u ( time )
Quality check results on field: Number of valid v samples unitless qc_n_good_v ( time )
Quality check results on field: Number of valid w samples unitless qc_n_good_w ( time )
Quality check results on field: Moist air density unitless qc_rho ( time )
Quality check results on field: Standard deviation of wind elevation angle unitless qc_std_elev ( time )
Quality check results on field: Standard deviation of wind direction unitless qc_std_wind_dir ( time )
Quality check results on field: Average temperature (IGRA internal sensor) unitless qc_temp_irga ( time )
Quality check results on field: Time offset from midnight unitless qc_time ( time )
Quality check results on field: Friction velocity unitless qc_ustar ( time )
Quality check results on field: Variance of variable c unitless qc_var_c ( time )
Quality check results on field: Variance of variable q unitless qc_var_q ( time )
Quality check results on field: Variance of variable t unitless qc_var_t ( time )
Quality check results on field: Variance of variable u unitless qc_var_u ( time )
Quality check results on field: Variance of variable v unitless qc_var_v ( time )
Quality check results on field: Variance of variable w unitless qc_var_w ( time )
Quality check results on field: Vector averaged wind direction unitless qc_wind_dir ( time )
Quality check results on field: Vector averaged wind speed unitless qc_wind_spd ( time )
0=real or 1=dummy value of cp unitless real_cp ( time )
0=real or 1=dummy value of lv unitless real_lv ( time )
0=real or 1=dummy value of mr unitless real_mr ( time )
0=real or 1=dummy value of rho unitless real_rho ( time )
Moist air density kg/m^3 rho ( time )
Skewness of variable c unitless skew_c ( time )
Skewness of variable q unitless skew_q ( time )
Skewness of variable t unitless skew_t ( time )
Skewness of variable u unitless skew_u ( time )
Skewness of variable v unitless skew_v ( time )
Skewness of variable w unitless skew_w ( time )
Standard deviation of wind elevation angle deg std_elev ( time )
Standard deviation of wind direction deg std_wind_dir ( time )
Average temperature (IGRA internal sensor) C temp_irga ( time )
Time offset from midnight time ( time )
Time offset from base_time time_offset ( time )
Friction velocity m/s ustar ( time )
Variance of variable c (mmol/m^3)^2 var_c ( time )
Variance of variable q (mmol/m^3)^2 var_q ( time )
Rotated variance u (m/s)^2 var_rot_u ( time )
Rotated variance v (m/s)^2 var_rot_v ( time )
Rotated variance w (m/s)^2 var_rot_w ( time )
Variance of variable t K^2 var_t ( time )
Variance of variable u (m/s)^2 var_u ( time )
Variance of variable v (m/s)^2 var_v ( time )
Variance of variable w (m/s)^2 var_w ( time )
Vector averaged wind direction deg wind_dir ( time )
Vector averaged wind speed m/s wind_spd ( time )

Locations

  • North Slope Alaska (NSA)
    • Barrow, Alaska (71.325, -156.608, 5) (E10)
    • Point Barrow, Alaska (71.393, -156.422, 0) (E11)
  • Southern Great Plains (SGP)
    • Smileyberg, KS (A4)
    • Brainard, KS (A6)
    • Larned, KS (E1)
    • Tyro, KS (E10)
    • Lamont, OK (Extended, secondary) (E14)
    • Vici, OK (Extended) (E16)
    • Okmulgee, OK (E21)
    • Cyril, OK (E24)
    • LeRoy, KS (E3)
    • Anthony, KS (E31)
    • Newkirk, OK (E33)
    • Waukomis, OK (E37)
    • Omega, OK (E38)
    • Halstead, KS (E5)
    • Towanda, KS (E6)
  • ARM Mobile Facility (FKB)
    • Black Forest, Germany (M1)
  • ARM Mobile Facility (GRW)
    • Graciosa Island, Azores, Portugal (M1)
  • ARM Mobile Facility (HFE)
    • Shouxian, Anhui, China (M1)
  • ARM Mobile Facility (NIM)
    • Niamey, Niger (M1)
  • ARM Mobile Facility (PVC)
    • Highland Center, Cape Cod MA; AMF 1 (M1)
  • ARM Mobile Facility (PYE)
    • Point Reyes, CA (M1)
  • ARM Mobile Facility (SBS)
    • Steamboat Springs CO, Valley Site (M1)

Contact(s)

David Cook
(630) 252-5840
drcook@anl.gov

Edwin Campos
associate
1-630-252-0093
ecampos@anl.gov

Timothy Martin
technical contact
(630) 252-8708
tjmartin@anl.gov