DQRs for Session: 118228 User:akumar1Completed: 03-16-2009

Data Quality Reports for Session: 118228 User: akumar1 Completed: 03/16/2009

TABLE OF CONTENTS

DQR ID	Subject	Data Streams Affected
D020702.2	SGP/SMOS/E21 - Reprocess: Errors in Global Metadata	sgp1440smosE21.a1, sgp1smosE21.a1, sgp1smosE21.b1, sgp30smosE21.a1, sgp30smosE21.b1
D020716.24	SGP/EBBR/E4 - AEM Hung	sgp15ebbrE4.a1, sgp15ebbrE4.b1, sgp30ebbrE4.a1, sgp30ebbrE4.b1, sgp5ebbrE4.a1
D020716.25	SGP/EBBR/E4 - Data Incorrect or Zero	sgp15ebbrE4.a1, sgp15ebbrE4.b1, sgp30ebbrE4.a1, sgp30ebbrE4.b1, sgp5ebbrE4.00, sgp5ebbrE4.a1
D020716.27	SGP/EBBR/E7 - AEM Hung	sgp15ebbrE7.a1, sgp15ebbrE7.b1, sgp30ebbrE7.a1, sgp30ebbrE7.b1, sgp5ebbrE7.a1
D020717.11	SGP/EBBR/E12 - Measurements Incorrect	sgp15ebbrE12.a1, sgp15ebbrE12.b1, sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.00, sgp5ebbrE12.a1
D020717.12	SGP/EBBR/E12 - Resistance Measurements Incorrect	sgp15ebbrE12.a1, sgp15ebbrE12.b1, sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.a1
D020717.16	SGP/EBBR/E13 - Wind Direction Incorrect	sgp30ebbrE13.a1, sgp30ebbrE13.b1, sgp5ebbrE13.a1
D020717.2	SGP/EBBR/E9 - Reprocess: Soil Temperature #5 Incorrect	sgp30ebbrE9.a1, sgp30ebbrE9.b1
D020717.27	SGP/EBBR/E19 - Reprocess: Soil Temperature #3 Incorrect	sgp30ebbrE19.a1, sgp30ebbrE19.b1
D020717.3	SGP/EBBR/E9 - Measurements All Zeros	sgp15ebbrE9.a1, sgp15ebbrE9.b1, sgp30ebbrE9.a1, sgp30ebbrE9.b1, sgp5ebbrE9.00, sgp5ebbrE9.a1
D020717.30	SGP/EBBR/E19 - All Measurements Zero	sgp15ebbrE19.a1, sgp15ebbrE19.b1, sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.00, sgp5ebbrE19.a1
D020717.31	SGP/EBBR/E19 - Pressure Incorrect	sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.a1
D020717.33	SGP/EBBR/E19 - Low Battery Voltage	sgp15ebbrE19.a1, sgp15ebbrE19.b1, sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.00, sgp5ebbrE19.a1
D020717.39	SGP/EBBR/E26 - Multiplexer 2 Failure From High Temperature	sgp15ebbrE26.a1, sgp15ebbrE26.b1, sgp30ebbrE26.a1, sgp30ebbrE26.b1, sgp5ebbrE26.a1
D020717.5	SGP/EBBR/E9 - Right Humidity Suspect	sgp30ebbrE9.a1, sgp30ebbrE9.b1, sgp5ebbrE9.a1
D020717.6	SGP/EBBR/E12 - Reprocess: Soil Temperature #3 Incorrect	sgp30ebbrE12.a1, sgp30ebbrE12.b1
D020717.7	SGP/EBBR/E12 - Wind Direction Incorrect	sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.a1
D020910.15	SGP/SMOS/E6 - RH Values Incorrect	sgp1440smosE6.a1, sgp1smosE6.a1, sgp1smosE6.b1, sgp30smosE6.a1, sgp30smosE6.b1
D020910.17	SGP/SMOS/E6 - 30 minute Data Values Suspect	sgp30smosE6.a1, sgp30smosE6.b1
D020910.20	SGP/SMOS/E7 - 30 minute Data Values Suspect	sgp30smosE7.a1, sgp30smosE7.b1
D020910.22	SGP/SMOS/E24 - RH Values Incorrect	sgp1440smosE24.a1, sgp1smosE24.a1, sgp1smosE24.b1, sgp30smosE24.a1, sgp30smosE24.b1
D020910.24	SGP/SMOS/E24 - 30 minute Data Values Suspect	sgp30smosE24.a1, sgp30smosE24.b1
D020910.26	SGP/SMOS/E24 - Precip Data Suspect	sgp1smosE24.a1, sgp1smosE24.b1, sgp30smosE24.a1, sgp30smosE24.b1
D020910.28	SGP/SMOS/E15 - 30 minute Data Values Suspect	sgp30smosE15.a1, sgp30smosE15.b1
D020910.32	SGP/SMOS/E11 - 30 minute Data Values Suspect	sgp30smosE11.a1, sgp30smosE11.b1
D020911.11	SGP/SMOS/E11 - 30 minute Data Values Incorrect	sgp30smosE11.a1, sgp30smosE11.b1
D020911.5	SGP/SMOS/E7 - Barometric Pressure Incorrect	sgp30smosE7.a1, sgp30smosE7.b1
D021113.1	SGP/EBBR - Incorrect Units for Soil Heat Capacity (cs1, cs2, cs3, cs4, cs5) in 30EBBR Header	sgp30ebbrE12.b1, sgp30ebbrE13.b1, sgp30ebbrE15.b1, sgp30ebbrE18.b1, sgp30ebbrE19.b1, sgp30ebbrE2.b1, sgp30ebbrE20.b1, sgp30ebbrE22.b1, sgp30ebbrE26.b1, sgp30ebbrE4.b1, sgp30ebbrE7.b1, sgp30ebbrE8.b1, sgp30ebbrE9.b1
D030115.7	SGP/EBBR/E15 - REPROCESS: Soil Moisture #1 Offset	sgp30ebbrE15.a1, sgp30ebbrE15.b1
D030724.2	SGP/EBBR/E15 - Wind Direction 10 Degrees Low	sgp15ebbrE15.a1, sgp15ebbrE15.b1, sgp30ebbrE15.a1, sgp30ebbrE15.b1, sgp5ebbrE15.a1
D040525.4	SGP/EBBR/E19 - Metadata errors	sgp15ebbrE19.b1, sgp30ebbrE19.b1, sgp5ebbrE19.a1
D041004.4	SGP/EBBR/E15 - Soil Moisture Coefficients Incorrect	sgp30ebbrE15.b1
D050421.10	SGP/SMOS/E4 - Reprocess: Wind direction offset	sgp1smosE4.b1, sgp30smosE4.b1
D050421.7	SGP/SMOS/E3 - Reprocess: Wind direction offset	sgp1smosE3.b1, sgp30smosE3.b1
D050422.2	SGP/SMOS/E6 - Reprocess: Wind direction offset	sgp1smosE6.b1, sgp30smosE6.b1
D050422.5	SGP/SMOS/E7 - Reprocess: Wind direction offset	sgp1smosE7.b1, sgp30smosE7.b1
D050624.7	SGP/EBBR/E13 - Improved EBBR CR10 Program	sgp30ebbrE13.b1
D050719.10	SGP/EBBR/E15 - Improved EBBR CR10 Program	sgp30ebbrE15.b1
D050719.11	SGP/EBBR/E18 - Improved EBBR CR10 Program	sgp30ebbrE18.b1
D050719.12	SGP/EBBR/E19 - Improved EBBR CR10 Program	sgp30ebbrE19.b1
D050719.13	SGP/EBBR/E20 - Improved EBBR CR10 Program	sgp30ebbrE20.b1
D050719.14	SGP/EBBR/E22 - Improved EBBR CR10 Program	sgp30ebbrE22.b1
D050719.15	SGP/EBBR/E26 - Improved EBBR CR10 Program	sgp30ebbrE26.b1
D050719.4	SGP/EBBR/E2 - Improved EBBR CR10 Program	sgp30ebbrE2.b1
D050719.5	SGP/EBBR/E4 - Improved EBBR CR10 Program	sgp30ebbrE4.b1
D050719.6	SGP/EBBR/E7 - Improved EBBR CR10 Program	sgp30ebbrE7.b1
D050719.7	SGP/EBBR/E8 - Improved EBBR CR10 Program	sgp30ebbrE8.b1
D050719.8	SGP/EBBR/E9 - Improved EBBR CR10 Program	sgp30ebbrE9.b1
D050719.9	SGP/EBBR/E12 - Improved EBBR CR10 Program	sgp30ebbrE12.b1
D080617.4	SGP/SMOS/E1 - Missing data	sgp1440smosE1.a1, sgp1smosE1.b1, sgp30smosE1.b1
D080617.6	SGP/SMOS/E3 - Missing data	sgp1440smosE3.a1, sgp1smosE3.b1, sgp30smosE3.b1
D080819.2	SGP/SMOS/E8 - Missing Data	sgp1440smosE8.a1, sgp1smosE8.b1, sgp30smosE8.b1
D080820.6	SGP/SMOS/E11 - Missing Data	sgp1440smosE11.a1, sgp1smosE11.b1, sgp30smosE11.b1
D080828.2	SGP/SMOS/E15 - Missing Data	sgp1440smosE15.a1, sgp1smosE15.b1, sgp30smosE15.b1
D080828.5	SGP/SMOS/E24 - Missing Data	sgp1440smosE24.a1, sgp1smosE24.b1, sgp30smosE24.b1

DQRID : D020702.2

Start Date	Start Time	End Date	End Time
04/01/2001	0000	08/29/2002	2359

Subject:	SGP/SMOS/E21 - Reprocess: Errors in Global Metadata
DataStreams:	sgp1440smosE21.a1, sgp1smosE21.a1, sgp1smosE21.b1, sgp30smosE21.a1, sgp30smosE21.b1
Description:	The netcdf files for SMOS.E21 incorrectly list sensor heights at E21, Okmulgee as being 10m for winds, 2m for temp, RH and vapor pressure, and 1m for barometric pressure. The Okmulgee site is a forested site and these sensors are mounted on a tower above the canopy. The actual sensor heights are 18m for winds, 17m for temp, RH and vapor pressure, and 19m for barometric pressure which corresponds to 3.7m, 2.7m, and 4.7m above the average canopy height respectively.
Measurements:	sgp1smosE21.b1: barometric pressure(bar_pres) Mean Wind Speed(wspd) Standard Deviation of wind direction(sd_deg) Beam 0 Temperature(temp) Vapor Pressure (kiloPascals)(vap_pres) Wind Speed (vector averaged)(wspd_va) Relative humidity inside the instrument enclosure(rh) Unit Vector Wind Direction(wdir) sgp1440smosE21.a1: Time of Minimum Wind Speed(time_min_wspd) Minimum of Wind speed(min_wspd) Time of Maximum Vapor Pressure(time_max_vap_pres) Minimum Temperature(min_temp) Minimum Relative Humidity(min_rh) Time of Minimum Temperature(time_min_temp) Time of Minimum Barometric Pressure(time_min_bar_pres) Time of Minimum Vapor Pressure(time_min_vap_pres) Minimum Vapor Pressure(min_vap_pres) Time of Maximum Temperature(time_max_temp) Maximum Temperature(max_temp) Time of Maximum Wind Speed(time_max_wspd) Time of Minimum Relative Humidity(time_min_rh) Minimum Barometric Pressure(min_bar_pres) Time of Maximum Relative Humidity(time_max_rh) Maximum Barometric Pressure(max_bar_pres) Maximum Vapor Pressure(max_vap_pres) maximum wind speed (gusts)(max_wspd) Time of Maximum Barometric Pressure(time_max_bar_pres) Maximum Relative Humidity(max_rh) sgp30smosE21.b1: barometric pressure(bar_pres) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Relative humidity inside the instrument enclosure(rh) Mean Wind Speed(wspd) Unit Vector Wind Direction(wdir) Standard Deviation of wind direction(sd_deg) Wind Speed (vector averaged)(wspd_va) Vapor Pressure (kiloPascals)(vap_pres) Beam 0 Temperature(temp) Standard Deviation of Barometric Pressure(sd_bar_pres) Standard Deviation of Wind Speed(sd_wspd) Standard Deviation of Air Temperature(sd_temp) sgp1smosE21.a1: Relative humidity inside the instrument enclosure(rh) barometric pressure(bar_pres) Wind Speed (vector averaged)(wspd_va) Mean Wind Speed(wspd) Beam 0 Temperature(temp) Unit Vector Wind Direction(wdir) Standard Deviation of wind direction(sd_deg) Vapor Pressure (kiloPascals)(vap_pres) sgp30smosE21.a1: Beam 0 Temperature(temp) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Standard Deviation of Wind Speed(sd_wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Barometric Pressure(sd_bar_pres) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Relative Humidity(sd_rh) Unit Vector Wind Direction(wdir) Mean Wind Speed(wspd) Wind Speed (vector averaged)(wspd_va)

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DQRID : D020716.24

Start Date	Start Time	End Date	End Time
02/07/2002	1400	02/13/2002	1531
03/26/2002	0130	06/05/2002	1501

Subject:	SGP/EBBR/E4 - AEM Hung
DataStreams:	sgp15ebbrE4.a1, sgp15ebbrE4.b1, sgp30ebbrE4.a1, sgp30ebbrE4.b1, sgp5ebbrE4.a1
Description:
Measurements:	sgp15ebbrE4.a1: Left air temperature(tair_l) Right air temperature(tair_r) sgp30ebbrE4.b1: ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) Bottom humidity(hum_bot) bottom air temperature(tair_bot) latent heat flux(e) bottom vapor pressure(vp_bot) Top humidity(hum_top) Temperature of bottom humidity sensor chamber(thum_bot) Temperature of the top humidity chamber(thum_top) top vapor pressure(vp_top) h(h) top air temperature(tair_top) sgp15ebbrE4.b1: Left air temperature(tair_l) Right air temperature(tair_r) sgp30ebbrE4.a1: Temperature of bottom humidity sensor chamber(thum_bot) top vapor pressure(vp_top) bottom air temperature(tair_bot) Temperature of the top humidity chamber(thum_top) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) h(h) top air temperature(tair_top) Bottom humidity(hum_bot) bottom vapor pressure(vp_bot) Top humidity(hum_top) latent heat flux(e) sgp5ebbrE4.a1: top air temperature(tair_top) bottom vapor pressure(vp_bot) Top humidity(hum_top) bottom air temperature(tair_bot) Temperature of the top humidity chamber(thum_top) Bottom humidity(hum_bot) top vapor pressure(vp_top) Temperature of bottom humidity sensor chamber(thum_bot)

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DQRID : D020716.25

Start Date	Start Time	End Date	End Time
06/19/2002	1500	06/19/2002	1631

Subject:	SGP/EBBR/E4 - Data Incorrect or Zero
DataStreams:	sgp15ebbrE4.a1, sgp15ebbrE4.b1, sgp30ebbrE4.a1, sgp30ebbrE4.b1, sgp5ebbrE4.00, sgp5ebbrE4.a1
Description:	After the barometer was changed out, the measurements were zero or otherwise incorrect.
Measurements:	sgp15ebbrE4.a1: Reference temperature(rr_tref) Atmospheric pressure(mv_pres) Soil moisture 3(rr_sm3) Left air temperature(tair_l) Soil temperature 4(rr_ts4) Soil moisture 4(r_sm4) Soil temperature 3(rr_ts3) Left relative humidity(mv_hum_l) Soil moisture 5(r_sm5) Soil temperature 2(rr_ts2) Right relative humidity(mv_hum_r) Time offset of tweaks from base_time(time_offset) lat(lat) Soil moisture 2(r_sm2) Temperature of left humidity sensor chamber(rr_thum_l) Signature(signature) Wind direction (relative to true north)(mv_wind_d) Soil moisture 3(r_sm3) Right air temperature(tair_r) Temperature of right humidity sensor chamber(rr_thum_r) Battery(bat) base time(base_time) Dummy altitude for Zeb(alt) Soil heat flow 5(mv_hft5) Soil temperature 1(rr_ts1) lon(lon) Soil moisture 1(rr_sm1) scalar wind speed(wind_s) Soil heat flow 4(mv_hft4) Net radiation(mv_q) Soil heat flow 3(mv_hft3) Soil moisture 2(rr_sm2) Soil temperature 5(rr_ts5) Soil heat flow 1(mv_hft1) Home signal(mv_home) Soil heat flow 2(mv_hft2) Soil moisture 5(rr_sm5) Soil moisture 1(r_sm1) Soil moisture 4(rr_sm4) sgp30ebbrE4.b1: 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) Bottom humidity(hum_bot) Soil heat capacity 5(cs5) 0-5 cm change in soil heat storage with time, site 2(ces2) Retrieved pressure profile(pres) net radiation(q) Exchange mechanism position indicator (0 to 15 min)(home_15) volumetric soil moisture, site 1(sm1) volumetric soil moisture, site 4(sm4) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) volumetric soil moisture, site 3(sm3) volumetric soil moisture, site 2(sm2) Temperature of bottom humidity sensor chamber(thum_bot) 0-5 cm integrated soil temperature, site 4(ts4) volumetric soil moisture, site 5(sm5) Exchange mechanism position indicator (15 to 30 min)(home_30) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) soil heat flow, site 5(g5) 0-5 cm integrated soil temperature, site 5(ts5) scalar wind speed(wind_s) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) bottom air temperature(tair_bot) soil heat flow, site 4(g4) Top humidity(hum_top) Reference Thermistor Temperature(tref) 0-5 cm change in soil heat storage with time, site 5(ces5) 0-5 cm change in soil heat storage with time, site 4(ces4) 0-5 cm change in soil heat storage with time, site 3(ces3) h(h) top air temperature(tair_top) 0-5 cm change in soil heat storage with time, site 2(ces1) Soil heat capacity 3(cs3) Soil heat capacity 2(cs2) latent heat flux(e) standard deviation of wind direction (sigma theta)(sigma_wd) Soil heat capacity 4(cs4) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) bottom vapor pressure(vp_bot) vector wind speed(res_ws) 0-5 cm integrated soil temperature, site 2(ts1) Soil heat capacity 1(cs1) soil heat flow, site 1(g1) lat(lat) 0-5 cm integrated soil temperature, site 2(ts2) wind direction (relative to true north)(wind_d) Temperature of the top humidity chamber(thum_top) Dummy altitude for Zeb(alt) 5 cm soil heat flow, site 2(shf2) Time offset of tweaks from base_time(time_offset) top vapor pressure(vp_top) average surface soil heat flow(ave_shf) base time(base_time) 0-5 cm integrated soil temperature, site 3(ts3) 5 cm soil heat flow, site 1(shf1) lon(lon) 5 cm soil heat flow, site 5(shf5) 5 cm soil heat flow, site 3(shf3) 5 cm soil heat flow, site 4(shf4) soil heat flow, site 3(g3) soil heat flow, site 2(g2) sgp5ebbrE4.00: null(Raw data stream - documentation not supported) sgp30ebbrE4.a1: lat(lat) h(h) vector wind speed(res_ws) Soil heat capacity 4(cs4) standard deviation of wind direction (sigma theta)(sigma_wd) Temperature of the top humidity chamber(thum_top) top air temperature(tair_top) soil heat flow, site 1(g1) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) soil heat flow, site 2(g2) 0-5 cm change in soil heat storage with time, site 5(ces5) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) 0-5 cm change in soil heat storage with time, site 3(ces3) scalar wind speed(wind_s) Soil heat capacity 2(cs2) net radiation(q) Soil heat capacity 1(cs1) volumetric soil moisture, site 1(sm1) 0-5 cm integrated soil temperature, site 2(ts1) volumetric soil moisture, site 2(sm2) 0-5 cm integrated soil temperature, site 5(ts5) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) Reference Thermistor Temperature(tref) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) top vapor pressure(vp_top) Exchange mechanism position indicator (15 to 30 min)(home_30) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) Retrieved pressure profile(pres) volumetric soil moisture, site 3(sm3) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) volumetric soil moisture, site 4(sm4) Soil heat capacity 3(cs3) Time offset of tweaks from base_time(time_offset) 0-5 cm change in soil heat storage with time, site 2(ces2) Bottom humidity(hum_bot) soil heat flow, site 4(g4) Top humidity(hum_top) 0-5 cm change in soil heat storage with time, site 4(ces4) 0-5 cm integrated soil temperature, site 2(ts2) soil heat flow, site 3(g3) average surface soil heat flow(ave_shf) 5 cm soil heat flow, site 1(shf1) 0-5 cm change in soil heat storage with time, site 2(ces1) 5 cm soil heat flow, site 4(shf4) volumetric soil moisture, site 5(sm5) latent heat flux(e) 5 cm soil heat flow, site 2(shf2) wind direction (relative to true north)(wind_d) Temperature of bottom humidity sensor chamber(thum_bot) bottom air temperature(tair_bot) 0-5 cm integrated soil temperature, site 3(ts3) Soil heat capacity 5(cs5) Exchange mechanism position indicator (0 to 15 min)(home_15) 5 cm soil heat flow, site 3(shf3) bottom vapor pressure(vp_bot) 0-5 cm integrated soil temperature, site 4(ts4) soil heat flow, site 5(g5) lon(lon) 5 cm soil heat flow, site 5(shf5) Dummy altitude for Zeb(alt) base time(base_time) sgp15ebbrE4.b1: lon(lon) Home signal(mv_home) Wind direction (relative to true north)(mv_wind_d) Right air temperature(tair_r) Left air temperature(tair_l) lat(lat) base time(base_time) Soil temperature 2(rr_ts2) Signature(signature) Reference temperature(rr_tref) Temperature of left humidity sensor chamber(rr_thum_l) Soil temperature 3(rr_ts3) Soil temperature 1(rr_ts1) Soil moisture 4(r_sm4) Soil temperature 4(rr_ts4) Soil moisture 3(r_sm3) Soil heat flow 1(mv_hft1) Soil heat flow 5(mv_hft5) Left relative humidity(mv_hum_l) Battery(bat) Soil moisture 5(r_sm5) Soil heat flow 4(mv_hft4) Soil heat flow 3(mv_hft3) Soil heat flow 2(mv_hft2) Time offset of tweaks from base_time(time_offset) scalar wind speed(wind_s) Right relative humidity(mv_hum_r) Soil temperature 5(rr_ts5) Net radiation(mv_q) Temperature of right humidity sensor chamber(rr_thum_r) Soil moisture 1(r_sm1) Soil moisture 2(r_sm2) Atmospheric pressure(mv_pres) Dummy altitude for Zeb(alt) sgp5ebbrE4.a1: scalar wind speed(wind_s) top air temperature(tair_top) top vapor pressure(vp_top) lon(lon) bottom air temperature(tair_bot) bottom vapor pressure(vp_bot) Top humidity(hum_top) wind direction (relative to true north)(wind_d) base time(base_time) Dummy altitude for Zeb(alt) Reference Thermistor Temperature(tref) Retrieved pressure profile(pres) net radiation(q) Time offset of tweaks from base_time(time_offset) Temperature of the top humidity chamber(thum_top) vector wind speed(res_ws) standard deviation of wind direction (sigma theta)(sigma_wd) Home signal(home) lat(lat) Bottom humidity(hum_bot) Temperature of bottom humidity sensor chamber(thum_bot)

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DQRID : D020716.27

Start Date	Start Time	End Date	End Time
04/14/2002	2200	04/23/2002	1531
05/20/2002	1200	06/06/2002	1501

Subject:	SGP/EBBR/E7 - AEM Hung
DataStreams:	sgp15ebbrE7.a1, sgp15ebbrE7.b1, sgp30ebbrE7.a1, sgp30ebbrE7.b1, sgp5ebbrE7.a1
Description:	The indicated measurements were incorrect because the automatic exchange mechanism hung in one position.
Measurements:	sgp5ebbrE7.a1: top air temperature(tair_top) bottom vapor pressure(vp_bot) Temperature of the top humidity chamber(thum_top) Temperature of bottom humidity sensor chamber(thum_bot) top vapor pressure(vp_top) Top humidity(hum_top) bottom air temperature(tair_bot) Bottom humidity(hum_bot) sgp15ebbrE7.a1: Left air temperature(tair_l) Right air temperature(tair_r) sgp30ebbrE7.a1: ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) top air temperature(tair_top) Top humidity(hum_top) top vapor pressure(vp_top) bottom air temperature(tair_bot) Temperature of bottom humidity sensor chamber(thum_bot) bottom vapor pressure(vp_bot) latent heat flux(e) h(h) Bottom humidity(hum_bot) Temperature of the top humidity chamber(thum_top) sgp15ebbrE7.b1: Right air temperature(tair_r) Left air temperature(tair_l) sgp30ebbrE7.b1: ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) bottom vapor pressure(vp_bot) Top humidity(hum_top) top air temperature(tair_top) bottom air temperature(tair_bot) Bottom humidity(hum_bot) Temperature of bottom humidity sensor chamber(thum_bot) h(h) top vapor pressure(vp_top) latent heat flux(e) Temperature of the top humidity chamber(thum_top)

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DQRID : D020717.11

Start Date	Start Time	End Date	End Time
06/12/2002	1430	06/12/2002	1501

Subject:	SGP/EBBR/E12 - Measurements Incorrect
DataStreams:	sgp15ebbrE12.a1, sgp15ebbrE12.b1, sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.00, sgp5ebbrE12.a1
Description:	All measurements were incorrect or offscale for an unknown reason.
Measurements:	sgp15ebbrE12.b1: Left relative humidity(mv_hum_l) Soil moisture 2(r_sm2) Soil temperature 5(rr_ts5) Temperature of left humidity sensor chamber(rr_thum_l) Reference temperature(rr_tref) scalar wind speed(wind_s) Soil temperature 4(rr_ts4) Right air temperature(tair_r) Soil heat flow 5(mv_hft5) Soil heat flow 4(mv_hft4) Soil moisture 1(r_sm1) Soil moisture 4(r_sm4) Home signal(mv_home) Soil heat flow 2(mv_hft2) Soil moisture 5(r_sm5) Battery(bat) Soil heat flow 3(mv_hft3) Left air temperature(tair_l) Soil temperature 1(rr_ts1) Soil temperature 3(rr_ts3) Temperature of right humidity sensor chamber(rr_thum_r) Wind direction (relative to true north)(mv_wind_d) Soil moisture 3(r_sm3) Atmospheric pressure(mv_pres) Soil heat flow 1(mv_hft1) Right relative humidity(mv_hum_r) Soil temperature 2(rr_ts2) Net radiation(mv_q) sgp5ebbrE12.00: null(Raw data stream - documentation not supported) sgp30ebbrE12.a1: 5 cm soil heat flow, site 1(shf1) net radiation(q) Soil heat capacity 4(cs4) 5 cm soil heat flow, site 3(shf3) Soil heat capacity 1(cs1) Exchange mechanism position indicator (15 to 30 min)(home_30) Soil heat capacity 2(cs2) top vapor pressure(vp_top) Temperature of the top humidity chamber(thum_top) latent heat flux(e) 0-5 cm integrated soil temperature, site 2(ts1) 0-5 cm change in soil heat storage with time, site 2(ces1) wind direction (relative to true north)(wind_d) bottom vapor pressure(vp_bot) Temperature of bottom humidity sensor chamber(thum_bot) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) average surface soil heat flow(ave_shf) standard deviation of wind direction (sigma theta)(sigma_wd) 5 cm soil heat flow, site 2(shf2) Bottom humidity(hum_bot) Top humidity(hum_top) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) Soil heat capacity 3(cs3) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm change in soil heat storage with time, site 2(ces2) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) Soil heat capacity 5(cs5) volumetric soil moisture, site 3(sm3) volumetric soil moisture, site 4(sm4) 5 cm soil heat flow, site 4(shf4) 0-5 cm integrated soil temperature, site 4(ts4) soil heat flow, site 2(g2) 5 cm soil heat flow, site 5(shf5) volumetric soil moisture, site 1(sm1) Reference Thermistor Temperature(tref) bottom air temperature(tair_bot) h(h) soil heat flow, site 4(g4) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) top air temperature(tair_top) volumetric soil moisture, site 2(sm2) scalar wind speed(wind_s) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) soil heat flow, site 1(g1) 0-5 cm integrated soil temperature, site 5(ts5) Retrieved pressure profile(pres) 0-5 cm change in soil heat storage with time, site 5(ces5) 0-5 cm change in soil heat storage with time, site 4(ces4) soil heat flow, site 5(g5) vector wind speed(res_ws) soil heat flow, site 3(g3) 0-5 cm integrated soil temperature, site 3(ts3) volumetric soil moisture, site 5(sm5) Exchange mechanism position indicator (0 to 15 min)(home_15) 0-5 cm integrated soil temperature, site 2(ts2) sgp5ebbrE12.a1: bottom air temperature(tair_bot) top vapor pressure(vp_top) Home signal(home) Reference Thermistor Temperature(tref) vector wind speed(res_ws) top air temperature(tair_top) standard deviation of wind direction (sigma theta)(sigma_wd) wind direction (relative to true north)(wind_d) Top humidity(hum_top) Retrieved pressure profile(pres) net radiation(q) Bottom humidity(hum_bot) Temperature of bottom humidity sensor chamber(thum_bot) Temperature of the top humidity chamber(thum_top) bottom vapor pressure(vp_bot) scalar wind speed(wind_s) sgp30ebbrE12.b1: 0-5 cm integrated soil temperature, site 5(ts5) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) Temperature of bottom humidity sensor chamber(thum_bot) bottom vapor pressure(vp_bot) 0-5 cm integrated soil temperature, site 3(ts3) standard deviation of wind direction (sigma theta)(sigma_wd) soil heat flow, site 1(g1) soil heat flow, site 3(g3) Soil heat capacity 2(cs2) volumetric soil moisture, site 3(sm3) Soil heat capacity 5(cs5) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) 0-5 cm integrated soil temperature, site 2(ts2) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) Reference Thermistor Temperature(tref) soil heat flow, site 4(g4) 0-5 cm integrated soil temperature, site 4(ts4) Retrieved pressure profile(pres) bottom air temperature(tair_bot) Soil heat capacity 3(cs3) wind direction (relative to true north)(wind_d) 0-5 cm change in soil heat storage with time, site 4(ces4) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) 0-5 cm change in soil heat storage with time, site 3(ces3) Temperature of the top humidity chamber(thum_top) 0-5 cm change in soil heat storage with time, site 5(ces5) Exchange mechanism position indicator (0 to 15 min)(home_15) volumetric soil moisture, site 1(sm1) soil heat flow, site 5(g5) vector wind speed(res_ws) top vapor pressure(vp_top) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) 5 cm soil heat flow, site 2(shf2) top air temperature(tair_top) Top humidity(hum_top) volumetric soil moisture, site 4(sm4) volumetric soil moisture, site 2(sm2) Exchange mechanism position indicator (15 to 30 min)(home_30) latent heat flux(e) Bottom humidity(hum_bot) 5 cm soil heat flow, site 4(shf4) 0-5 cm integrated soil temperature, site 2(ts1) 5 cm soil heat flow, site 3(shf3) volumetric soil moisture, site 5(sm5) net radiation(q) 5 cm soil heat flow, site 1(shf1) 5 cm soil heat flow, site 5(shf5) scalar wind speed(wind_s) soil heat flow, site 2(g2) average surface soil heat flow(ave_shf) h(h) 0-5 cm change in soil heat storage with time, site 2(ces2) 0-5 cm change in soil heat storage with time, site 2(ces1) sgp15ebbrE12.a1: Home signal(mv_home) Soil moisture 5(r_sm5) Temperature of left humidity sensor chamber(rr_thum_l) Soil heat flow 3(mv_hft3) Soil moisture 3(r_sm3) Soil heat flow 2(mv_hft2) Net radiation(mv_q) Left air temperature(tair_l) Soil heat flow 4(mv_hft4) Soil temperature 1(rr_ts1) Soil moisture 5(rr_sm5) Soil temperature 2(rr_ts2) Battery(bat) Soil temperature 3(rr_ts3) Soil moisture 2(rr_sm2) Left relative humidity(mv_hum_l) Right relative humidity(mv_hum_r) Soil moisture 4(r_sm4) Right air temperature(tair_r) Soil heat flow 5(mv_hft5) Soil moisture 1(r_sm1) Wind direction (relative to true north)(mv_wind_d) Soil moisture 1(rr_sm1) Soil moisture 2(r_sm2) Temperature of right humidity sensor chamber(rr_thum_r) Soil temperature 5(rr_ts5) Soil heat flow 1(mv_hft1) Soil moisture 3(rr_sm3) Soil moisture 4(rr_sm4) Soil temperature 4(rr_ts4) scalar wind speed(wind_s) Atmospheric pressure(mv_pres) Reference temperature(rr_tref)

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DQRID : D020717.12

Start Date	Start Time	End Date	End Time
06/28/2002	1800	07/07/2002	2356

Subject:	SGP/EBBR/E12 - Resistance Measurements Incorrect
DataStreams:	sgp15ebbrE12.a1, sgp15ebbrE12.b1, sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.a1
Description:	All sensors that depend on resistance measurements are incorrect. Average soil heat flow, sensible heat flux, and latent heat flux are incorrect as a result. This condition normally occurs when the reference temperature sensor is disconnected or bad.
Measurements:	sgp15ebbrE12.b1: Left air temperature(tair_l) Right air temperature(tair_r) sgp30ebbrE12.a1: volumetric soil moisture, site 3(sm3) volumetric soil moisture, site 4(sm4) soil heat flow, site 2(g2) 0-5 cm integrated soil temperature, site 4(ts4) volumetric soil moisture, site 1(sm1) Reference Thermistor Temperature(tref) bottom air temperature(tair_bot) Soil heat capacity 4(cs4) h(h) soil heat flow, site 4(g4) Soil heat capacity 1(cs1) Soil heat capacity 2(cs2) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) top vapor pressure(vp_top) Temperature of the top humidity chamber(thum_top) latent heat flux(e) top air temperature(tair_top) volumetric soil moisture, site 2(sm2) 0-5 cm integrated soil temperature, site 2(ts1) 0-5 cm change in soil heat storage with time, site 2(ces1) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) soil heat flow, site 1(g1) bottom vapor pressure(vp_bot) 0-5 cm integrated soil temperature, site 5(ts5) Temperature of bottom humidity sensor chamber(thum_bot) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) 0-5 cm change in soil heat storage with time, site 5(ces5) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) average surface soil heat flow(ave_shf) 0-5 cm change in soil heat storage with time, site 4(ces4) soil heat flow, site 5(g5) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) Soil heat capacity 3(cs3) soil heat flow, site 3(g3) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm integrated soil temperature, site 3(ts3) 0-5 cm change in soil heat storage with time, site 2(ces2) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) volumetric soil moisture, site 5(sm5) Soil heat capacity 5(cs5) 0-5 cm integrated soil temperature, site 2(ts2) sgp5ebbrE12.a1: bottom air temperature(tair_bot) top vapor pressure(vp_top) Temperature of bottom humidity sensor chamber(thum_bot) top air temperature(tair_top) Temperature of the top humidity chamber(thum_top) bottom vapor pressure(vp_bot) sgp30ebbrE12.b1: 0-5 cm integrated soil temperature, site 5(ts5) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) Temperature of bottom humidity sensor chamber(thum_bot) bottom vapor pressure(vp_bot) 0-5 cm integrated soil temperature, site 3(ts3) top air temperature(tair_top) volumetric soil moisture, site 4(sm4) soil heat flow, site 1(g1) soil heat flow, site 3(g3) volumetric soil moisture, site 2(sm2) Soil heat capacity 2(cs2) volumetric soil moisture, site 3(sm3) latent heat flux(e) 0-5 cm integrated soil temperature, site 2(ts1) Soil heat capacity 5(cs5) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) 0-5 cm integrated soil temperature, site 2(ts2) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) Reference Thermistor Temperature(tref) volumetric soil moisture, site 5(sm5) soil heat flow, site 4(g4) 0-5 cm integrated soil temperature, site 4(ts4) bottom air temperature(tair_bot) Soil heat capacity 3(cs3) 0-5 cm change in soil heat storage with time, site 4(ces4) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) 0-5 cm change in soil heat storage with time, site 3(ces3) soil heat flow, site 2(g2) Temperature of the top humidity chamber(thum_top) average surface soil heat flow(ave_shf) 0-5 cm change in soil heat storage with time, site 5(ces5) volumetric soil moisture, site 1(sm1) h(h) soil heat flow, site 5(g5) 0-5 cm change in soil heat storage with time, site 2(ces2) top vapor pressure(vp_top) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) 0-5 cm change in soil heat storage with time, site 2(ces1) sgp15ebbrE12.a1: Right air temperature(tair_r) Left air temperature(tair_l)

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DQRID : D020717.16

Start Date	Start Time	End Date	End Time
05/24/2002	0600	06/14/2002	1431

Subject:	SGP/EBBR/E13 - Wind Direction Incorrect
DataStreams:	sgp30ebbrE13.a1, sgp30ebbrE13.b1, sgp5ebbrE13.a1
Description:	The wind direction and sigma_wd was near zero for the indicated times.
Measurements:	sgp5ebbrE13.a1: standard deviation of wind direction (sigma theta)(sigma_wd) wind direction (relative to true north)(wind_d) vector wind speed(res_ws) sgp30ebbrE13.b1: standard deviation of wind direction (sigma theta)(sigma_wd) wind direction (relative to true north)(wind_d) vector wind speed(res_ws) sgp30ebbrE13.a1: wind direction (relative to true north)(wind_d) vector wind speed(res_ws) standard deviation of wind direction (sigma theta)(sigma_wd)

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DQRID : D020717.2

Start Date	Start Time	End Date	End Time
12/15/2001	0000	06/30/2002	2356

Subject:	SGP/EBBR/E9 - Reprocess: Soil Temperature #5 Incorrect
DataStreams:	sgp30ebbrE9.a1, sgp30ebbrE9.b1
Description:	Soil temperature # 5 was incorrect most of the time, leading to incorrect surface heat flow, latent heat flux and sensible heat flux. The heat fluxes can be recalculated by using soil sets 1-4 as follows: ave_shf = (g1 + g2 + g3 + g4)/4 e = -(q + ave_shf)/(1 + bowen) h = -(q + e + ave_shf)
Measurements:	sgp30ebbrE9.b1: latent heat flux(e) soil heat flow, site 5(g5) average surface soil heat flow(ave_shf) 0-5 cm change in soil heat storage with time, site 5(ces5) h(h) 0-5 cm integrated soil temperature, site 5(ts5) sgp30ebbrE9.a1: 0-5 cm integrated soil temperature, site 5(ts5) h(h) 0-5 cm change in soil heat storage with time, site 5(ces5) soil heat flow, site 5(g5) average surface soil heat flow(ave_shf) latent heat flux(e)

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DQRID : D020717.27

Start Date	Start Time	End Date	End Time
11/01/2001	0000	06/30/2002	2356

Subject:	SGP/EBBR/E19 - Reprocess: Soil Temperature #3 Incorrect
DataStreams:	sgp30ebbrE19.a1, sgp30ebbrE19.b1
Description:	Soil Temperature 3 was incorrect for the period indicated, causing average soil flow, latent heat flux, and sensible heat flux to be incorrect also. Average soil heat flow, sensible heat flux, and latent heat flux can be recalculated using the remaining good sets of soil sensors as follows: ave_shf = (g1 + g2 + g4 + g5)/4 e = -(q + ave_shf)/(1 + bowen) h = -(q + e + ave_shf)
Measurements:	sgp30ebbrE19.a1: latent heat flux(e) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm integrated soil temperature, site 3(ts3) average surface soil heat flow(ave_shf) soil heat flow, site 3(g3) h(h) sgp30ebbrE19.b1: soil heat flow, site 3(g3) average surface soil heat flow(ave_shf) h(h) latent heat flux(e) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm integrated soil temperature, site 3(ts3)

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DQRID : D020717.3

Start Date	Start Time	End Date	End Time
03/28/2002	1600	03/28/2002	1601
06/04/2002	1500	06/04/2002	1501

Subject:	SGP/EBBR/E9 - Measurements All Zeros
DataStreams:	sgp15ebbrE9.a1, sgp15ebbrE9.b1, sgp30ebbrE9.a1, sgp30ebbrE9.b1, sgp5ebbrE9.00, sgp5ebbrE9.a1
Description:	The measurements were all zeros at the indicated times. This occurs after a CR10 program restart, which sometimes happens after some servicing of the EBBR is performed.
Measurements:	sgp15ebbrE9.b1: Soil moisture 2(r_sm2) Soil moisture 3(r_sm3) Soil moisture 1(r_sm1) Soil temperature 4(rr_ts4) Right relative humidity(mv_hum_r) Soil heat flow 1(mv_hft1) Soil temperature 5(rr_ts5) Right air temperature(tair_r) Temperature of left humidity sensor chamber(rr_thum_l) Soil temperature 1(rr_ts1) Soil temperature 3(rr_ts3) Soil temperature 2(rr_ts2) Soil heat flow 3(mv_hft3) Soil heat flow 4(mv_hft4) Atmospheric pressure(mv_pres) Home signal(mv_home) Soil moisture 4(r_sm4) Net radiation(mv_q) Wind direction (relative to true north)(mv_wind_d) Reference temperature(rr_tref) Left relative humidity(mv_hum_l) Battery(bat) Soil heat flow 5(mv_hft5) Temperature of right humidity sensor chamber(rr_thum_r) Soil heat flow 2(mv_hft2) scalar wind speed(wind_s) Left air temperature(tair_l) Soil moisture 5(r_sm5) sgp30ebbrE9.b1: bottom vapor pressure(vp_bot) h(h) top vapor pressure(vp_top) bottom air temperature(tair_bot) Bottom humidity(hum_bot) volumetric soil moisture, site 2(sm2) Soil heat capacity 3(cs3) 5 cm soil heat flow, site 2(shf2) standard deviation of wind direction (sigma theta)(sigma_wd) volumetric soil moisture, site 3(sm3) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) vector wind speed(res_ws) Soil heat capacity 5(cs5) Exchange mechanism position indicator (0 to 15 min)(home_15) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) Soil heat capacity 4(cs4) scalar wind speed(wind_s) volumetric soil moisture, site 1(sm1) Temperature of the top humidity chamber(thum_top) Soil heat capacity 1(cs1) wind direction (relative to true north)(wind_d) soil heat flow, site 1(g1) 0-5 cm change in soil heat storage with time, site 2(ces2) 0-5 cm integrated soil temperature, site 4(ts4) volumetric soil moisture, site 4(sm4) 5 cm soil heat flow, site 5(shf5) soil heat flow, site 4(g4) Retrieved pressure profile(pres) 0-5 cm integrated soil temperature, site 3(ts3) soil heat flow, site 2(g2) 5 cm soil heat flow, site 1(shf1) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) volumetric soil moisture, site 5(sm5) Exchange mechanism position indicator (15 to 30 min)(home_30) net radiation(q) 5 cm soil heat flow, site 3(shf3) Top humidity(hum_top) 0-5 cm integrated soil temperature, site 5(ts5) Soil heat capacity 2(cs2) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) 0-5 cm integrated soil temperature, site 2(ts2) 0-5 cm change in soil heat storage with time, site 4(ces4) Reference Thermistor Temperature(tref) 5 cm soil heat flow, site 4(shf4) 0-5 cm integrated soil temperature, site 2(ts1) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) soil heat flow, site 3(g3) 0-5 cm change in soil heat storage with time, site 5(ces5) top air temperature(tair_top) 0-5 cm change in soil heat storage with time, site 2(ces1) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) latent heat flux(e) soil heat flow, site 5(g5) 0-5 cm change in soil heat storage with time, site 3(ces3) Temperature of bottom humidity sensor chamber(thum_bot) average surface soil heat flow(ave_shf) sgp5ebbrE9.00: null(Raw data stream - documentation not supported) sgp5ebbrE9.a1: vector wind speed(res_ws) Home signal(home) Top humidity(hum_top) Temperature of bottom humidity sensor chamber(thum_bot) standard deviation of wind direction (sigma theta)(sigma_wd) bottom air temperature(tair_bot) wind direction (relative to true north)(wind_d) top vapor pressure(vp_top) top air temperature(tair_top) bottom vapor pressure(vp_bot) Retrieved pressure profile(pres) Reference Thermistor Temperature(tref) Bottom humidity(hum_bot) scalar wind speed(wind_s) net radiation(q) Temperature of the top humidity chamber(thum_top) sgp15ebbrE9.a1: Left air temperature(tair_l) Soil moisture 3(r_sm3) Temperature of right humidity sensor chamber(rr_thum_r) Soil moisture 1(rr_sm1) Soil moisture 2(r_sm2) Soil moisture 4(rr_sm4) Soil moisture 2(rr_sm2) Soil moisture 3(rr_sm3) Soil moisture 5(rr_sm5) Reference temperature(rr_tref) Soil temperature 5(rr_ts5) Soil moisture 4(r_sm4) Wind direction (relative to true north)(mv_wind_d) Left relative humidity(mv_hum_l) Soil temperature 4(rr_ts4) Soil heat flow 4(mv_hft4) Soil moisture 5(r_sm5) Battery(bat) Soil temperature 2(rr_ts2) Home signal(mv_home) Temperature of left humidity sensor chamber(rr_thum_l) Right air temperature(tair_r) Soil temperature 3(rr_ts3) Right relative humidity(mv_hum_r) Soil temperature 1(rr_ts1) Soil heat flow 1(mv_hft1) scalar wind speed(wind_s) Soil heat flow 5(mv_hft5) Atmospheric pressure(mv_pres) Soil heat flow 3(mv_hft3) Net radiation(mv_q) Soil moisture 1(r_sm1) Soil heat flow 2(mv_hft2) sgp30ebbrE9.a1: soil heat flow, site 4(g4) 0-5 cm change in soil heat storage with time, site 2(ces2) soil heat flow, site 1(g1) 0-5 cm change in soil heat storage with time, site 2(ces1) Temperature of bottom humidity sensor chamber(thum_bot) h(h) 5 cm soil heat flow, site 1(shf1) soil heat flow, site 5(g5) 0-5 cm integrated soil temperature, site 2(ts1) soil heat flow, site 2(g2) latent heat flux(e) 0-5 cm change in soil heat storage with time, site 4(ces4) 0-5 cm integrated soil temperature, site 5(ts5) 0-5 cm change in soil heat storage with time, site 5(ces5) wind direction (relative to true north)(wind_d) Exchange mechanism position indicator (0 to 15 min)(home_15) Soil heat capacity 3(cs3) 5 cm soil heat flow, site 4(shf4) 0-5 cm integrated soil temperature, site 3(ts3) Soil heat capacity 2(cs2) top vapor pressure(vp_top) Soil heat capacity 1(cs1) 0-5 cm change in soil heat storage with time, site 3(ces3) soil heat flow, site 3(g3) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) net radiation(q) Reference Thermistor Temperature(tref) standard deviation of wind direction (sigma theta)(sigma_wd) Soil heat capacity 4(cs4) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) volumetric soil moisture, site 3(sm3) average surface soil heat flow(ave_shf) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) volumetric soil moisture, site 4(sm4) 5 cm soil heat flow, site 5(shf5) Bottom humidity(hum_bot) 0-5 cm integrated soil temperature, site 2(ts2) Soil heat capacity 5(cs5) scalar wind speed(wind_s) 5 cm soil heat flow, site 2(shf2) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) 5 cm soil heat flow, site 3(shf3) bottom air temperature(tair_bot) 0-5 cm integrated soil temperature, site 4(ts4) bottom vapor pressure(vp_bot) Retrieved pressure profile(pres) Exchange mechanism position indicator (15 to 30 min)(home_30) volumetric soil moisture, site 5(sm5) vector wind speed(res_ws) top air temperature(tair_top) Temperature of the top humidity chamber(thum_top) Top humidity(hum_top) volumetric soil moisture, site 1(sm1) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) volumetric soil moisture, site 2(sm2)

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DQRID : D020717.30

Start Date	Start Time	End Date	End Time
04/18/2002	1730	04/18/2002	1731
05/05/2002	1400	05/05/2002	1401
06/27/2002	1500	06/27/2002	1501

Subject:	SGP/EBBR/E19 - All Measurements Zero
DataStreams:	sgp15ebbrE19.a1, sgp15ebbrE19.b1, sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.00, sgp5ebbrE19.a1
Description:	Measurements are often zero the first period after a CR10 restart.
Measurements:	sgp5ebbrE19.00: null(Raw data stream - documentation not supported) sgp15ebbrE19.a1: Right air temperature(tair_r) Reference temperature(rr_tref) Soil temperature 5(rr_ts5) scalar wind speed(wind_s) Soil temperature 4(rr_ts4) Wind direction (relative to true north)(mv_wind_d) Soil moisture 1(r_sm1) Home signal(mv_home) Soil moisture 3(r_sm3) Soil moisture 2(r_sm2) Soil heat flow 1(mv_hft1) Soil heat flow 2(mv_hft2) Left air temperature(tair_l) Left relative humidity(mv_hum_l) Battery(bat) Soil heat flow 4(mv_hft4) Right relative humidity(mv_hum_r) Soil heat flow 5(mv_hft5) Temperature of right humidity sensor chamber(rr_thum_r) Soil heat flow 3(mv_hft3) Soil moisture 4(r_sm4) Soil temperature 1(rr_ts1) Soil temperature 2(rr_ts2) Soil moisture 5(r_sm5) Soil temperature 3(rr_ts3) Temperature of left humidity sensor chamber(rr_thum_l) Atmospheric pressure(mv_pres) Net radiation(mv_q) sgp15ebbrE19.b1: Right relative humidity(mv_hum_r) Soil heat flow 1(mv_hft1) Temperature of right humidity sensor chamber(rr_thum_r) Soil temperature 1(rr_ts1) Soil heat flow 3(mv_hft3) Atmospheric pressure(mv_pres) Soil temperature 2(rr_ts2) Soil heat flow 2(mv_hft2) Left air temperature(tair_l) Temperature of left humidity sensor chamber(rr_thum_l) Soil moisture 5(r_sm5) Soil temperature 4(rr_ts4) Net radiation(mv_q) scalar wind speed(wind_s) Reference temperature(rr_tref) Soil moisture 2(r_sm2) Soil temperature 5(rr_ts5) Battery(bat) Left relative humidity(mv_hum_l) Soil temperature 3(rr_ts3) Home signal(mv_home) Wind direction (relative to true north)(mv_wind_d) Soil moisture 4(r_sm4) Right air temperature(tair_r) Soil moisture 3(r_sm3) Soil heat flow 4(mv_hft4) Soil heat flow 5(mv_hft5) Soil moisture 1(r_sm1) sgp5ebbrE19.a1: bottom vapor pressure(vp_bot) Temperature of the top humidity chamber(thum_top) Bottom humidity(hum_bot) Top humidity(hum_top) vector wind speed(res_ws) wind direction (relative to true north)(wind_d) bottom air temperature(tair_bot) Reference Thermistor Temperature(tref) top air temperature(tair_top) scalar wind speed(wind_s) Retrieved pressure profile(pres) standard deviation of wind direction (sigma theta)(sigma_wd) Temperature of bottom humidity sensor chamber(thum_bot) Home signal(home) top vapor pressure(vp_top) net radiation(q) sgp30ebbrE19.a1: 0-5 cm integrated soil temperature, site 3(ts3) vector wind speed(res_ws) 5 cm soil heat flow, site 1(shf1) soil heat flow, site 2(g2) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) soil heat flow, site 1(g1) 5 cm soil heat flow, site 4(shf4) net radiation(q) Exchange mechanism position indicator (15 to 30 min)(home_30) Exchange mechanism position indicator (0 to 15 min)(home_15) Reference Thermistor Temperature(tref) volumetric soil moisture, site 3(sm3) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) 5 cm soil heat flow, site 5(shf5) average surface soil heat flow(ave_shf) top vapor pressure(vp_top) volumetric soil moisture, site 4(sm4) Soil heat capacity 3(cs3) 0-5 cm change in soil heat storage with time, site 2(ces2) Soil heat capacity 5(cs5) Retrieved pressure profile(pres) Temperature of the top humidity chamber(thum_top) 0-5 cm change in soil heat storage with time, site 3(ces3) 5 cm soil heat flow, site 2(shf2) 0-5 cm integrated soil temperature, site 4(ts4) Soil heat capacity 2(cs2) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) 0-5 cm integrated soil temperature, site 2(ts2) soil heat flow, site 4(g4) 0-5 cm integrated soil temperature, site 2(ts1) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) volumetric soil moisture, site 2(sm2) Soil heat capacity 1(cs1) 0-5 cm change in soil heat storage with time, site 4(ces4) 0-5 cm integrated soil temperature, site 5(ts5) latent heat flux(e) 0-5 cm change in soil heat storage with time, site 2(ces1) Soil heat capacity 4(cs4) h(h) bottom vapor pressure(vp_bot) wind direction (relative to true north)(wind_d) soil heat flow, site 3(g3) Temperature of bottom humidity sensor chamber(thum_bot) Top humidity(hum_top) volumetric soil moisture, site 5(sm5) Bottom humidity(hum_bot) soil heat flow, site 5(g5) standard deviation of wind direction (sigma theta)(sigma_wd) 5 cm soil heat flow, site 3(shf3) scalar wind speed(wind_s) top air temperature(tair_top) bottom air temperature(tair_bot) volumetric soil moisture, site 1(sm1) 0-5 cm change in soil heat storage with time, site 5(ces5) sgp30ebbrE19.b1: 0-5 cm integrated soil temperature, site 5(ts5) 0-5 cm integrated soil temperature, site 3(ts3) Reference Thermistor Temperature(tref) 5 cm soil heat flow, site 2(shf2) volumetric soil moisture, site 1(sm1) volumetric soil moisture, site 2(sm2) 0-5 cm integrated soil temperature, site 4(ts4) Exchange mechanism position indicator (15 to 30 min)(home_30) 0-5 cm change in soil heat storage with time, site 5(ces5) Soil heat capacity 5(cs5) Exchange mechanism position indicator (0 to 15 min)(home_15) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) volumetric soil moisture, site 4(sm4) Soil heat capacity 3(cs3) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) h(h) Temperature of the top humidity chamber(thum_top) scalar wind speed(wind_s) top air temperature(tair_top) Soil heat capacity 4(cs4) Bottom humidity(hum_bot) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) soil heat flow, site 4(g4) standard deviation of wind direction (sigma theta)(sigma_wd) 0-5 cm integrated soil temperature, site 2(ts1) top vapor pressure(vp_top) vector wind speed(res_ws) average surface soil heat flow(ave_shf) volumetric soil moisture, site 5(sm5) latent heat flux(e) wind direction (relative to true north)(wind_d) soil heat flow, site 2(g2) Temperature of bottom humidity sensor chamber(thum_bot) Soil heat capacity 1(cs1) volumetric soil moisture, site 3(sm3) soil heat flow, site 5(g5) soil heat flow, site 1(g1) soil heat flow, site 3(g3) bottom vapor pressure(vp_bot) 5 cm soil heat flow, site 1(shf1) Soil heat capacity 2(cs2) 0-5 cm change in soil heat storage with time, site 2(ces2) 0-5 cm change in soil heat storage with time, site 3(ces3) 5 cm soil heat flow, site 5(shf5) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) Top humidity(hum_top) 0-5 cm change in soil heat storage with time, site 4(ces4) bottom air temperature(tair_bot) net radiation(q) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) 5 cm soil heat flow, site 3(shf3) 5 cm soil heat flow, site 4(shf4) Retrieved pressure profile(pres) 0-5 cm integrated soil temperature, site 2(ts2) 0-5 cm change in soil heat storage with time, site 2(ces1) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4)

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DQRID : D020717.31

Start Date	Start Time	End Date	End Time
04/24/2002	1600	04/24/2002	2201
05/25/2002	2100	05/25/2002	2101
05/25/2002	2200	05/25/2002	2231
05/29/2002	1730	05/29/2002	1731
05/29/2002	1830	05/29/2002	1831
05/29/2002	2000	05/29/2002	2001
05/29/2002	2130	05/29/2002	2131
05/30/2002	1500	05/30/2002	1501
06/15/2002	1900	06/15/2002	1901

Subject:	SGP/EBBR/E19 - Pressure Incorrect
DataStreams:	sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.a1
Description:	The pressure measurement was incorrect. This is used to determine the Bowen ratio, thereby affecting the sensible and latent heat fluxes also.
Measurements:	sgp5ebbrE19.a1: Retrieved pressure profile(pres) sgp30ebbrE19.a1: latent heat flux(e) h(h) Retrieved pressure profile(pres) sgp30ebbrE19.b1: Retrieved pressure profile(pres) h(h) latent heat flux(e)

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DQRID : D020717.33

Start Date	Start Time	End Date	End Time
05/27/2002	0000	06/02/2002	1031

Subject:	SGP/EBBR/E19 - Low Battery Voltage
DataStreams:	sgp15ebbrE19.a1, sgp15ebbrE19.b1, sgp30ebbrE19.a1, sgp30ebbrE19.b1, sgp5ebbrE19.00, sgp5ebbrE19.a1
Description:	A battery voltage of less than 10.5 causes many of the sensors to produce incorrect measurements. The 15 minute data contains the battery voltage and should be used to determine whether the measurements are usable, based on battery voltage.
Measurements:	sgp5ebbrE19.00: null(Raw data stream - documentation not supported) sgp15ebbrE19.a1: Right air temperature(tair_r) Reference temperature(rr_tref) Soil temperature 5(rr_ts5) scalar wind speed(wind_s) Soil temperature 4(rr_ts4) Wind direction (relative to true north)(mv_wind_d) Soil moisture 1(r_sm1) Home signal(mv_home) Soil moisture 3(r_sm3) Soil moisture 2(r_sm2) Soil heat flow 1(mv_hft1) Soil heat flow 2(mv_hft2) Left air temperature(tair_l) Left relative humidity(mv_hum_l) Soil heat flow 4(mv_hft4) Right relative humidity(mv_hum_r) Soil heat flow 5(mv_hft5) Temperature of right humidity sensor chamber(rr_thum_r) Soil heat flow 3(mv_hft3) Soil moisture 4(r_sm4) Soil temperature 1(rr_ts1) Soil temperature 2(rr_ts2) Soil moisture 5(r_sm5) Soil temperature 3(rr_ts3) Temperature of left humidity sensor chamber(rr_thum_l) Atmospheric pressure(mv_pres) Net radiation(mv_q) sgp15ebbrE19.b1: Right relative humidity(mv_hum_r) Soil heat flow 1(mv_hft1) Temperature of right humidity sensor chamber(rr_thum_r) Soil temperature 1(rr_ts1) Soil heat flow 3(mv_hft3) Atmospheric pressure(mv_pres) Soil temperature 2(rr_ts2) Soil heat flow 2(mv_hft2) Left air temperature(tair_l) Temperature of left humidity sensor chamber(rr_thum_l) Soil moisture 5(r_sm5) Soil temperature 4(rr_ts4) Net radiation(mv_q) scalar wind speed(wind_s) Reference temperature(rr_tref) Soil moisture 2(r_sm2) Soil temperature 5(rr_ts5) Left relative humidity(mv_hum_l) Soil temperature 3(rr_ts3) Home signal(mv_home) Wind direction (relative to true north)(mv_wind_d) Soil moisture 4(r_sm4) Right air temperature(tair_r) Soil moisture 3(r_sm3) Soil heat flow 4(mv_hft4) Soil heat flow 5(mv_hft5) Soil moisture 1(r_sm1) sgp5ebbrE19.a1: bottom vapor pressure(vp_bot) Temperature of the top humidity chamber(thum_top) Bottom humidity(hum_bot) Top humidity(hum_top) vector wind speed(res_ws) wind direction (relative to true north)(wind_d) bottom air temperature(tair_bot) Reference Thermistor Temperature(tref) top air temperature(tair_top) scalar wind speed(wind_s) Retrieved pressure profile(pres) standard deviation of wind direction (sigma theta)(sigma_wd) Temperature of bottom humidity sensor chamber(thum_bot) Home signal(home) top vapor pressure(vp_top) net radiation(q) sgp30ebbrE19.a1: 0-5 cm integrated soil temperature, site 3(ts3) vector wind speed(res_ws) 5 cm soil heat flow, site 1(shf1) soil heat flow, site 2(g2) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) soil heat flow, site 1(g1) 5 cm soil heat flow, site 4(shf4) net radiation(q) Exchange mechanism position indicator (15 to 30 min)(home_30) Exchange mechanism position indicator (0 to 15 min)(home_15) Reference Thermistor Temperature(tref) volumetric soil moisture, site 3(sm3) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) 5 cm soil heat flow, site 5(shf5) average surface soil heat flow(ave_shf) top vapor pressure(vp_top) volumetric soil moisture, site 4(sm4) Soil heat capacity 3(cs3) 0-5 cm change in soil heat storage with time, site 2(ces2) Soil heat capacity 5(cs5) Retrieved pressure profile(pres) Temperature of the top humidity chamber(thum_top) 0-5 cm change in soil heat storage with time, site 3(ces3) 5 cm soil heat flow, site 2(shf2) 0-5 cm integrated soil temperature, site 4(ts4) Soil heat capacity 2(cs2) 0-5 cm integrated soil temperature, site 2(ts2) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) soil heat flow, site 4(g4) 0-5 cm integrated soil temperature, site 2(ts1) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) volumetric soil moisture, site 2(sm2) Soil heat capacity 1(cs1) 0-5 cm change in soil heat storage with time, site 4(ces4) 0-5 cm integrated soil temperature, site 5(ts5) latent heat flux(e) 0-5 cm change in soil heat storage with time, site 2(ces1) Soil heat capacity 4(cs4) h(h) bottom vapor pressure(vp_bot) wind direction (relative to true north)(wind_d) soil heat flow, site 3(g3) Temperature of bottom humidity sensor chamber(thum_bot) Top humidity(hum_top) volumetric soil moisture, site 5(sm5) Bottom humidity(hum_bot) soil heat flow, site 5(g5) standard deviation of wind direction (sigma theta)(sigma_wd) 5 cm soil heat flow, site 3(shf3) scalar wind speed(wind_s) top air temperature(tair_top) bottom air temperature(tair_bot) volumetric soil moisture, site 1(sm1) 0-5 cm change in soil heat storage with time, site 5(ces5) sgp30ebbrE19.b1: 0-5 cm integrated soil temperature, site 5(ts5) 0-5 cm integrated soil temperature, site 3(ts3) Reference Thermistor Temperature(tref) 5 cm soil heat flow, site 2(shf2) volumetric soil moisture, site 1(sm1) volumetric soil moisture, site 2(sm2) 0-5 cm integrated soil temperature, site 4(ts4) Exchange mechanism position indicator (15 to 30 min)(home_30) 0-5 cm change in soil heat storage with time, site 5(ces5) Soil heat capacity 5(cs5) Exchange mechanism position indicator (0 to 15 min)(home_15) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) volumetric soil moisture, site 4(sm4) Soil heat capacity 3(cs3) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) h(h) Temperature of the top humidity chamber(thum_top) scalar wind speed(wind_s) top air temperature(tair_top) Soil heat capacity 4(cs4) Bottom humidity(hum_bot) soil heat flow, site 4(g4) 5 cm soil heat flow corrected for soil moisture content, site 2(c_shf2) standard deviation of wind direction (sigma theta)(sigma_wd) 0-5 cm integrated soil temperature, site 2(ts1) top vapor pressure(vp_top) vector wind speed(res_ws) average surface soil heat flow(ave_shf) volumetric soil moisture, site 5(sm5) latent heat flux(e) wind direction (relative to true north)(wind_d) soil heat flow, site 2(g2) Temperature of bottom humidity sensor chamber(thum_bot) Soil heat capacity 1(cs1) volumetric soil moisture, site 3(sm3) soil heat flow, site 5(g5) soil heat flow, site 1(g1) soil heat flow, site 3(g3) bottom vapor pressure(vp_bot) 5 cm soil heat flow, site 1(shf1) Soil heat capacity 2(cs2) 0-5 cm change in soil heat storage with time, site 2(ces2) 0-5 cm change in soil heat storage with time, site 3(ces3) 5 cm soil heat flow, site 5(shf5) 5 cm soil heat flow corrected for soil moisture content, site 1(c_shf1) Top humidity(hum_top) 0-5 cm change in soil heat storage with time, site 4(ces4) bottom air temperature(tair_bot) net radiation(q) 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) 5 cm soil heat flow, site 3(shf3) 5 cm soil heat flow, site 4(shf4) Retrieved pressure profile(pres) 0-5 cm integrated soil temperature, site 2(ts2) 0-5 cm change in soil heat storage with time, site 2(ces1) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4)

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DQRID : D020717.39

Start Date	Start Time	End Date	End Time
06/01/2002	2115	06/30/2002	2356

Subject:	SGP/EBBR/E26 - Multiplexer 2 Failure From High Temperature
DataStreams:	sgp15ebbrE26.a1, sgp15ebbrE26.b1, sgp30ebbrE26.a1, sgp30ebbrE26.b1, sgp5ebbrE26.a1
Description:	Multiplexer 2 is failing during times of control box temperatures above 29 degrees C. The failure begins in the last channel and progresses to lower channels as the temperature increases. It has not yet been determined whether the failure is in the relays or a solid state component of the multiplexer. This condition is probably due to the aging of the device and the millions of cycles that this 10 year old device has made. More failures of this sort may occur in the future. A cure is being sought aside from replacement of the multiplexers to prevent the problem. The indicated measurements need to be inspected to determine which ones are usable.
Measurements:	sgp5ebbrE26.a1: top air temperature(tair_top) top vapor pressure(vp_top) bottom air temperature(tair_bot) bottom vapor pressure(vp_bot) sgp15ebbrE26.b1: Right air temperature(tair_r) Left air temperature(tair_l) sgp15ebbrE26.a1: Left air temperature(tair_l) Right air temperature(tair_r) sgp30ebbrE26.b1: 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) top air temperature(tair_top) h(h) latent heat flux(e) top vapor pressure(vp_top) bottom vapor pressure(vp_bot) soil heat flow, site 5(g5) bottom air temperature(tair_bot) average surface soil heat flow(ave_shf) 5 cm soil heat flow, site 5(shf5) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) soil heat flow, site 3(g3) 5 cm soil heat flow, site 4(shf4) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) 5 cm soil heat flow, site 3(shf3) soil heat flow, site 4(g4) sgp30ebbrE26.a1: 5 cm soil heat flow corrected for soil moisture content, site 5(c_shf5) ratio of sensible/latent heat fluxes (Bowen ratio)(bowen) 5 cm soil heat flow corrected for soil moisture content, site 4(c_shf4) top vapor pressure(vp_top) 5 cm soil heat flow, site 4(shf4) top air temperature(tair_top) soil heat flow, site 4(g4) 5 cm soil heat flow, site 3(shf3) average surface soil heat flow(ave_shf) soil heat flow, site 3(g3) 5 cm soil heat flow, site 5(shf5) bottom vapor pressure(vp_bot) 5 cm soil heat flow corrected for soil moisture content, site 3(c_shf3) soil heat flow, site 5(g5) h(h) bottom air temperature(tair_bot) latent heat flux(e)

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DQRID : D020717.5

Start Date	Start Time	End Date	End Time
01/30/2002	1015	07/16/2002	1630

Subject:	SGP/EBBR/E9 - Right Humidity Suspect
DataStreams:	sgp30ebbrE9.a1, sgp30ebbrE9.b1, sgp5ebbrE9.a1
Description:	The Right Humidity measurement was normally incorrect, although it is often difficult to determine it by looking at the measurement. The measurements float around, sometimes being too large and sometimes being too small, through most of the day, particularly for the hour before sunset through the hour after sunrise. Great care and comparison with surrounding EBBR sites would be needed to be able to use any of the latent and sensible heat flux measurements from E9 for this period. Another DQPR has been issued to fix this problem, which has eluded repair efforts so far.
Measurements:	sgp30ebbrE9.b1: Bottom humidity(hum_bot) latent heat flux(e) bottom vapor pressure(vp_bot) Top humidity(hum_top) h(h) top vapor pressure(vp_top) sgp5ebbrE9.a1: top vapor pressure(vp_top) Bottom humidity(hum_bot) Top humidity(hum_top) bottom vapor pressure(vp_bot) sgp30ebbrE9.a1: bottom vapor pressure(vp_bot) latent heat flux(e) h(h) Bottom humidity(hum_bot) Top humidity(hum_top) top vapor pressure(vp_top)

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DQRID : D020717.6

Start Date	Start Time	End Date	End Time
11/01/2001	0000	06/20/2002	1231

Subject:	SGP/EBBR/E12 - Reprocess: Soil Temperature #3 Incorrect
DataStreams:	sgp30ebbrE12.a1, sgp30ebbrE12.b1
Description:	Soil Temperature #3 was flaky primarily during nighttime hours and sometimes during early daylight hours. Average soil heat flow, sensible heat flux, and latent heat flux are also affected; these can be recalculated using the remaining good sets of soil sensors as follows: The heat fluxes can be recalculated by using soil sets 1, 2, 4, and 5 as follows: ave_shf = (g1 + g2 + g4 + g5)/4 e = -(q + ave_shf)/(1 + bowen) h = -(q + e + ave_shf)
Measurements:	sgp30ebbrE12.a1: soil heat flow, site 3(g3) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm integrated soil temperature, site 3(ts3) latent heat flux(e) h(h) average surface soil heat flow(ave_shf) sgp30ebbrE12.b1: soil heat flow, site 3(g3) 0-5 cm integrated soil temperature, site 3(ts3) 0-5 cm change in soil heat storage with time, site 3(ces3) latent heat flux(e) average surface soil heat flow(ave_shf) h(h)

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DQRID : D020717.7

Start Date	Start Time	End Date	End Time
04/25/2002	2230	06/30/2002	2356

Subject:	SGP/EBBR/E12 - Wind Direction Incorrect
DataStreams:	sgp30ebbrE12.a1, sgp30ebbrE12.b1, sgp5ebbrE12.a1
Description:	The wind direction measurement was zero, in the 50s, or always less than 180 degrees. A DQPR has been issued to resolve the problem.
Measurements:	sgp30ebbrE12.a1: vector wind speed(res_ws) wind direction (relative to true north)(wind_d) standard deviation of wind direction (sigma theta)(sigma_wd) sgp5ebbrE12.a1: standard deviation of wind direction (sigma theta)(sigma_wd) scalar wind speed(wind_s) vector wind speed(res_ws) sgp30ebbrE12.b1: vector wind speed(res_ws) standard deviation of wind direction (sigma theta)(sigma_wd) wind direction (relative to true north)(wind_d)

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DQRID : D020910.15

Start Date	Start Time	End Date	End Time
05/16/2002	0000	06/04/2002	1824

Subject:	SGP/SMOS/E6 - RH Values Incorrect
DataStreams:	sgp1440smosE6.a1, sgp1smosE6.a1, sgp1smosE6.b1, sgp30smosE6.a1, sgp30smosE6.b1
Description:	RH and values calculated from RH suspect due to malfunction of sensor during saturated conditions. RH readings exceeded 104% and at times reached 111%. During non-saturated periods RH readings appear to be ~20% higher than neighboring sites.
Measurements:	sgp1440smosE6.a1: Time of Maximum Vapor Pressure(time_max_vap_pres) Minimum Relative Humidity(min_rh) Maximum Vapor Pressure(max_vap_pres) Time of Minimum Relative Humidity(time_min_rh) Maximum Relative Humidity(max_rh) Minimum Vapor Pressure(min_vap_pres) Time of Maximum Relative Humidity(time_max_rh) Time of Minimum Vapor Pressure(time_min_vap_pres) sgp1smosE6.b1: Vapor Pressure (kiloPascals)(vap_pres) Relative humidity inside the instrument enclosure(rh) sgp30smosE6.b1: Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) sgp1smosE6.a1: Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) sgp30smosE6.a1: Standard Deviation of Vapor Pressure(sd_vap_pres) Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Relative Humidity(sd_rh)

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DQRID : D020910.17

Start Date	Start Time	End Date	End Time
06/04/2002	1830	06/04/2002	1900

Subject:	SGP/SMOS/E6 - 30 minute Data Values Suspect
DataStreams:	sgp30smosE6.a1, sgp30smosE6.b1
Description:	30 minute data values supect due to tower being lowered from 18:25 - 18:42 GMT for T/RH probe replacement.
Measurements:	sgp30smosE6.b1: Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Barometric Pressure(sd_bar_pres) Unit Vector Wind Direction(wdir) barometric pressure(bar_pres) Beam 0 Temperature(temp) Snow Depth(snow) Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Wind Speed(sd_wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) Snow Depth Sensor(snow_sen) Mean Wind Speed(wspd) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Relative Humidity(sd_rh) Hourly precipitation(precip) Standard Deviation of wind direction(sd_deg) sgp30smosE6.a1: Unit Vector Wind Direction(wdir) Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) Hourly precipitation(precip) Standard Deviation of Relative Humidity(sd_rh) Wind Speed (vector averaged)(wspd_va) Snow Depth Sensor(snow_sen) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Barometric Pressure(sd_bar_pres) Mean Wind Speed(wspd) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Beam 0 Temperature(temp) Snow Depth(snow) Standard Deviation of Wind Speed(sd_wspd)

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DQRID : D020910.20

Start Date	Start Time	End Date	End Time
06/06/2002	1430	06/06/2002	1500

Subject:	SGP/SMOS/E7 - 30 minute Data Values Suspect
DataStreams:	sgp30smosE7.a1, sgp30smosE7.b1
Description:	30 minute data values suspect due to tower being lowered from 14:22 - 14:38 GMT for T/RH probe replacement.
Measurements:	sgp30smosE7.b1: Snow Depth Sensor(snow_sen) Hourly precipitation(precip) Unit Vector Wind Direction(wdir) Standard Deviation of Relative Humidity(sd_rh) Beam 0 Temperature(temp) Standard Deviation of Air Temperature(sd_temp) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Wind Speed(sd_wspd) Vapor Pressure (kiloPascals)(vap_pres) Snow Depth(snow) Mean Wind Speed(wspd) barometric pressure(bar_pres) Standard Deviation of Barometric Pressure(sd_bar_pres) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of wind direction(sd_deg) Relative humidity inside the instrument enclosure(rh) sgp30smosE7.a1: Standard Deviation of Vapor Pressure(sd_vap_pres) Snow Depth Sensor(snow_sen) Vapor Pressure (kiloPascals)(vap_pres) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Barometric Pressure(sd_bar_pres) Hourly precipitation(precip) Unit Vector Wind Direction(wdir) barometric pressure(bar_pres) Beam 0 Temperature(temp) Standard Deviation of wind direction(sd_deg) Standard Deviation of Wind Speed(sd_wspd) Wind Speed (vector averaged)(wspd_va) Mean Wind Speed(wspd) Snow Depth(snow) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Relative Humidity(sd_rh)

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DQRID : D020910.22

Start Date	Start Time	End Date	End Time
06/02/2002	0000	06/14/2002	1641

Subject:	SGP/SMOS/E24 - RH Values Incorrect
DataStreams:	sgp1440smosE24.a1, sgp1smosE24.a1, sgp1smosE24.b1, sgp30smosE24.a1, sgp30smosE24.b1
Description:	RH values approximately 10 - 20% low compared to neighboring sites.
Measurements:	sgp30smosE24.a1: Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Vapor Pressure (kiloPascals)(vap_pres) Relative humidity inside the instrument enclosure(rh) sgp1smosE24.b1: Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) sgp30smosE24.b1: Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Relative humidity inside the instrument enclosure(rh) sgp1440smosE24.a1: Maximum Vapor Pressure(max_vap_pres) Time of Maximum Relative Humidity(time_max_rh) Maximum Relative Humidity(max_rh) Time of Minimum Vapor Pressure(time_min_vap_pres) Time of Maximum Vapor Pressure(time_max_vap_pres) Minimum Vapor Pressure(min_vap_pres) Minimum Relative Humidity(min_rh) Time of Minimum Relative Humidity(time_min_rh) sgp1smosE24.a1: Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres)

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DQRID : D020910.24

Start Date	Start Time	End Date	End Time
06/14/2002	1700	06/14/2002	1730

Subject:	SGP/SMOS/E24 - 30 minute Data Values Suspect
DataStreams:	sgp30smosE24.a1, sgp30smosE24.b1
Description:	30 minute data values suspect due to tower being lowered from 16:42 - 17:05 GMT for T/RH probe replacement.
Measurements:	sgp30smosE24.a1: Hourly precipitation(precip) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Barometric Pressure(sd_bar_pres) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Wind Speed(sd_wspd) barometric pressure(bar_pres) Beam 0 Temperature(temp) Unit Vector Wind Direction(wdir) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Vapor Pressure(sd_vap_pres) Mean Wind Speed(wspd) Snow Depth Sensor(snow_sen) Standard Deviation of Relative Humidity(sd_rh) Snow Depth(snow) Relative humidity inside the instrument enclosure(rh) Standard Deviation of wind direction(sd_deg) sgp30smosE24.b1: Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Wind Speed(sd_wspd) barometric pressure(bar_pres) Wind Speed (vector averaged)(wspd_va) Snow Depth Sensor(snow_sen) Standard Deviation of Relative Humidity(sd_rh) Standard Deviation of Barometric Pressure(sd_bar_pres) Snow Depth(snow) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of wind direction(sd_deg) Hourly precipitation(precip) Standard Deviation of Vapor Pressure(sd_vap_pres) Mean Wind Speed(wspd) Unit Vector Wind Direction(wdir) Relative humidity inside the instrument enclosure(rh) Beam 0 Temperature(temp)

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DQRID : D020910.26

Start Date	Start Time	End Date	End Time
05/30/2002	1610	06/14/2002	1641

Subject:	SGP/SMOS/E24 - Precip Data Suspect
DataStreams:	sgp1smosE24.a1, sgp1smosE24.b1, sgp30smosE24.a1, sgp30smosE24.b1
Description:	Precipitation data suspect due to rain gauge being clogged with bird droppings.
Measurements:	sgp1smosE24.b1: Hourly precipitation(precip) sgp30smosE24.a1: Hourly precipitation(precip) sgp30smosE24.b1: Hourly precipitation(precip) sgp1smosE24.a1: Hourly precipitation(precip)

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DQRID : D020910.28

Start Date	Start Time	End Date	End Time
06/11/2002	1730	06/11/2002	1731

Subject:	SGP/SMOS/E15 - 30 minute Data Values Suspect
DataStreams:	sgp30smosE15.a1, sgp30smosE15.b1
Description:	30 minute data values suspect due to tower being lowered from 17:12 - 17:21 GMT for wind monitor replacement.
Measurements:	sgp30smosE15.a1: Standard Deviation of Relative Humidity(sd_rh) Mean Wind Speed(wspd) barometric pressure(bar_pres) Standard Deviation of Air Temperature(sd_temp) Snow Depth Sensor(snow_sen) Beam 0 Temperature(temp) Vapor Pressure (kiloPascals)(vap_pres) Hourly precipitation(precip) Snow Depth(snow) Standard Deviation of wind direction(sd_deg) Standard Deviation of Wind Speed(sd_wspd) Relative humidity inside the instrument enclosure(rh) Unit Vector Wind Direction(wdir) Standard Deviation of Barometric Pressure(sd_bar_pres) Standard Deviation of Vapor Pressure(sd_vap_pres) Wind Speed (vector averaged)(wspd_va) sgp30smosE15.b1: Standard Deviation of Air Temperature(sd_temp) Snow Depth Sensor(snow_sen) Standard Deviation of wind direction(sd_deg) Unit Vector Wind Direction(wdir) barometric pressure(bar_pres) Mean Wind Speed(wspd) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Vapor Pressure(sd_vap_pres) Beam 0 Temperature(temp) Snow Depth(snow) Standard Deviation of Relative Humidity(sd_rh) Hourly precipitation(precip) Standard Deviation of Wind Speed(sd_wspd) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Barometric Pressure(sd_bar_pres) Vapor Pressure (kiloPascals)(vap_pres)

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DQRID : D020910.32

Start Date	Start Time	End Date	End Time
06/11/2002	1900	06/11/2002	1930

Subject:	SGP/SMOS/E11 - 30 minute Data Values Suspect
DataStreams:	sgp30smosE11.a1, sgp30smosE11.b1
Description:	30 minute data values suspect due to all data values being off-scale from 18:57 - 19:07 GMT during barometer re-test.
Measurements:	sgp30smosE11.a1: Standard Deviation of Barometric Pressure(sd_bar_pres) Relative humidity inside the instrument enclosure(rh) Beam 0 Temperature(temp) Standard Deviation of wind direction(sd_deg) Snow Depth(snow) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Wind Speed(sd_wspd) barometric pressure(bar_pres) Standard Deviation of Relative Humidity(sd_rh) Unit Vector Wind Direction(wdir) Standard Deviation of Vapor Pressure(sd_vap_pres) Hourly precipitation(precip) Snow Depth Sensor(snow_sen) Vapor Pressure (kiloPascals)(vap_pres) Mean Wind Speed(wspd) Standard Deviation of Air Temperature(sd_temp) sgp30smosE11.b1: Unit Vector Wind Direction(wdir) Hourly precipitation(precip) Relative humidity inside the instrument enclosure(rh) Snow Depth(snow) Mean Wind Speed(wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Wind Speed(sd_wspd) Snow Depth Sensor(snow_sen) Standard Deviation of wind direction(sd_deg) Vapor Pressure (kiloPascals)(vap_pres) Beam 0 Temperature(temp) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Barometric Pressure(sd_bar_pres) barometric pressure(bar_pres)

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DQRID : D020911.11

Start Date	Start Time	End Date	End Time
06/25/2002	1600	06/25/2002	1700

Subject:	SGP/SMOS/E11 - 30 minute Data Values Incorrect
DataStreams:	sgp30smosE11.a1, sgp30smosE11.b1
Description:	30 minute data values incorrect due to all data values being off-scale from 15:58 - 16:20 GMT. All T/RH/water vapor measurements incorrect from 16:38 - 16:43 during T/RH probe replacement.
Measurements:	sgp30smosE11.a1: Standard Deviation of Barometric Pressure(sd_bar_pres) Relative humidity inside the instrument enclosure(rh) Beam 0 Temperature(temp) Standard Deviation of wind direction(sd_deg) Snow Depth(snow) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Wind Speed(sd_wspd) barometric pressure(bar_pres) Standard Deviation of Relative Humidity(sd_rh) Unit Vector Wind Direction(wdir) Standard Deviation of Vapor Pressure(sd_vap_pres) Hourly precipitation(precip) Snow Depth Sensor(snow_sen) Vapor Pressure (kiloPascals)(vap_pres) Mean Wind Speed(wspd) Standard Deviation of Air Temperature(sd_temp) sgp30smosE11.b1: Unit Vector Wind Direction(wdir) Hourly precipitation(precip) Relative humidity inside the instrument enclosure(rh) Snow Depth(snow) Mean Wind Speed(wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Relative Humidity(sd_rh) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Wind Speed(sd_wspd) Snow Depth Sensor(snow_sen) Standard Deviation of wind direction(sd_deg) Vapor Pressure (kiloPascals)(vap_pres) Beam 0 Temperature(temp) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Barometric Pressure(sd_bar_pres) barometric pressure(bar_pres)

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DQRID : D020911.5

Start Date	Start Time	End Date	End Time
06/13/2002	2030	06/13/2002	2031

Subject:	SGP/SMOS/E7 - Barometric Pressure Incorrect
DataStreams:	sgp30smosE7.a1, sgp30smosE7.b1
Description:	The 30 minute barometric pressure reading is artificially low due to two 0.00 values being used (20:02 & 20:03 GMT) in the averaging period.
Measurements:	sgp30smosE7.b1: barometric pressure(bar_pres) Standard Deviation of Barometric Pressure(sd_bar_pres) sgp30smosE7.a1: barometric pressure(bar_pres) Standard Deviation of Barometric Pressure(sd_bar_pres)

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DQRID : D021113.1

Start Date	Start Time	End Date	End Time
04/01/2001	0000	06/18/2003	2359

Subject:	SGP/EBBR - Incorrect Units for Soil Heat Capacity (cs1, cs2, cs3, cs4, cs5) in 30EBBR Header
DataStreams:	sgp30ebbrE12.b1, sgp30ebbrE13.b1, sgp30ebbrE15.b1, sgp30ebbrE18.b1, sgp30ebbrE19.b1, sgp30ebbrE2.b1, sgp30ebbrE20.b1, sgp30ebbrE22.b1, sgp30ebbrE26.b1, sgp30ebbrE4.b1, sgp30ebbrE7.b1, sgp30ebbrE8.b1, sgp30ebbrE9.b1
Description:	The units for Soil Heat Capacity (cs1, cs2, cs3, cs4, cs5) in the EBBR 30 minute netcdf header have been incorrect from the beginning of processing the data into netcdf files. The correct units are MJ/m^3/C. This does not affect the data quality.
Measurements:	sgp30ebbrE8.b1: Soil heat capacity 4(cs4) Soil heat capacity 5(cs5) Soil heat capacity 3(cs3) Soil heat capacity 2(cs2) Soil heat capacity 1(cs1) sgp30ebbrE4.b1: Soil heat capacity 3(cs3) Soil heat capacity 2(cs2) Soil heat capacity 5(cs5) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) sgp30ebbrE9.b1: Soil heat capacity 3(cs3) Soil heat capacity 2(cs2) Soil heat capacity 5(cs5) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) sgp30ebbrE18.b1: Soil heat capacity 1(cs1) Soil heat capacity 4(cs4) Soil heat capacity 3(cs3) Soil heat capacity 2(cs2) Soil heat capacity 5(cs5) sgp30ebbrE26.b1: Soil heat capacity 1(cs1) Soil heat capacity 4(cs4) Soil heat capacity 5(cs5) Soil heat capacity 2(cs2) Soil heat capacity 3(cs3) sgp30ebbrE13.b1: Soil heat capacity 4(cs4) Soil heat capacity 2(cs2) Soil heat capacity 1(cs1) Soil heat capacity 3(cs3) Soil heat capacity 5(cs5) sgp30ebbrE7.b1: Soil heat capacity 1(cs1) Soil heat capacity 4(cs4) Soil heat capacity 5(cs5) Soil heat capacity 2(cs2) Soil heat capacity 3(cs3) sgp30ebbrE12.b1: Soil heat capacity 2(cs2) Soil heat capacity 5(cs5) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) Soil heat capacity 3(cs3) sgp30ebbrE19.b1: Soil heat capacity 1(cs1) Soil heat capacity 5(cs5) Soil heat capacity 2(cs2) Soil heat capacity 3(cs3) Soil heat capacity 4(cs4) sgp30ebbrE2.b1: Soil heat capacity 2(cs2) Soil heat capacity 3(cs3) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) Soil heat capacity 5(cs5) sgp30ebbrE22.b1: Soil heat capacity 5(cs5) Soil heat capacity 3(cs3) Soil heat capacity 4(cs4) Soil heat capacity 1(cs1) Soil heat capacity 2(cs2) sgp30ebbrE20.b1: Soil heat capacity 3(cs3) Soil heat capacity 1(cs1) Soil heat capacity 4(cs4) Soil heat capacity 5(cs5) Soil heat capacity 2(cs2) sgp30ebbrE15.b1: Soil heat capacity 5(cs5) Soil heat capacity 3(cs3) Soil heat capacity 4(cs4) Soil heat capacity 2(cs2) Soil heat capacity 1(cs1)

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DQRID : D030115.7

Start Date	Start Time	End Date	End Time
10/11/2001	1920	07/09/2002	1522

Subject:	SGP/EBBR/E15 - REPROCESS: Soil Moisture #1 Offset
DataStreams:	sgp30ebbrE15.a1, sgp30ebbrE15.b1
Description:	The wrong offset (9.5264) was used in the calibration coefficients for Soil Moisture Probe #1. The correct offset is 0.95264. Sensible and Latent Heat Flux measurements are not significantly affected.
Measurements:	sgp30ebbrE15.b1: volumetric soil moisture, site 1(sm1) sgp30ebbrE15.a1: volumetric soil moisture, site 1(sm1)

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DQRID : D030724.2

Start Date	Start Time	End Date	End Time
10/11/2001	1930	08/05/2003	1630

Subject:	SGP/EBBR/E15 - Wind Direction 10 Degrees Low
DataStreams:	sgp15ebbrE15.a1, sgp15ebbrE15.b1, sgp30ebbrE15.a1, sgp30ebbrE15.b1, sgp5ebbrE15.a1
Description:	The wind direction at E15 EBBR was 10 degrees low for the period (since installation of the EBBR unit on 10/11/01). The wind direction sensor was apparently aligned to magnetic north instead of true north at installation.
Measurements:	sgp15ebbrE15.b1: Wind direction (relative to true north)(mv_wind_d) sgp30ebbrE15.b1: wind direction (relative to true north)(wind_d) sgp5ebbrE15.a1: wind direction (relative to true north)(wind_d) sgp30ebbrE15.a1: wind direction (relative to true north)(wind_d) sgp15ebbrE15.a1: Wind direction (relative to true north)(mv_wind_d)

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DQRID : D040525.4

Start Date	Start Time	End Date	End Time
04/01/2001	0000	05/06/2003	2359

Subject:	SGP/EBBR/E19 - Metadata errors
DataStreams:	sgp15ebbrE19.b1, sgp30ebbrE19.b1, sgp5ebbrE19.a1
Description:	The latitude, longitude and altitude of the El Reno (E19) site were incorrectly entered into the ARM database. The correct location of the EBBR.E19 instrument is: Lat: 35.557N Lon: 98.017W Alt: 421m
Measurements:	sgp15ebbrE19.b1: lat(lat) Dummy altitude for Zeb(alt) lon(lon) sgp5ebbrE19.a1: Dummy altitude for Zeb(alt) lat(lat) lon(lon) sgp30ebbrE19.b1: Dummy altitude for Zeb(alt) lon(lon) lat(lat)

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DQRID : D041004.4

Start Date	Start Time	End Date	End Time
10/11/2001	1500	09/28/2004	1509

Subject:	SGP/EBBR/E15 - Soil Moisture Coefficients Incorrect
DataStreams:	sgp30ebbrE15.b1
Description:	The soil Moisture coefficients used for E15 were incorrect from the time of installation of the system in program version 8. On 9 July 02 parameter 4 (an offset value) of program step 136 was changed from 9.5264 to the correct value 0.95264 (this error had been made by the vendor). The error masked the real problem (wrong soil type) and after 9 July 02 resulted in very low soil moisture measurements. The coefficients used were for coarse sand. On 28 Sep 04 I visited the E15 site and found the soil type a fine sandy clay or fine sandy loam. I changed the coefficients at 1509 GMT to those for a very fine sandy loam; this produced reasonable soil moistures for the soil type. The old coefficients in parameters 4 through 9 for step 136 of the program were: 0.95264, -6.7859, 36.224, -58.619, 25.073, 4.2278 The new coefficients are: 10.241, -27.943, 49.523, -12.648, -52.643, 38.054
Measurements:	sgp30ebbrE15.b1: volumetric soil moisture, site 3(sm3) soil heat flow, site 3(g3) 0-5 cm change in soil heat storage with time, site 3(ces3) 0-5 cm change in soil heat storage with time, site 4(ces4) volumetric soil moisture, site 2(sm2) soil heat flow, site 2(g2) latent heat flux(e) volumetric soil moisture, site 1(sm1) 0-5 cm change in soil heat storage with time, site 5(ces5) soil heat flow, site 1(g1) 0-5 cm change in soil heat storage with time, site 2(ces1) soil heat flow, site 5(g5) average surface soil heat flow(ave_shf) volumetric soil moisture, site 4(sm4) 0-5 cm change in soil heat storage with time, site 2(ces2) h(h) soil heat flow, site 4(g4) volumetric soil moisture, site 5(sm5)

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DQRID : D050421.10

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/09/2005	1739

Subject:	SGP/SMOS/E4 - Reprocess: Wind direction offset
DataStreams:	sgp1smosE4.b1, sgp30smosE4.b1
Description:	When the SGP.E4 SMOS tower was installed it was not aligned properly resulting in a 7 degree offset. On 3/9/05, the datalogger program was modifed to correct for this offset.
Measurements:	sgp1smosE4.b1: Unit Vector Wind Direction(wdir) sgp30smosE4.b1: Unit Vector Wind Direction(wdir)

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DQRID : D050421.7

Start Date	Start Time	End Date	End Time
04/02/2001	0000	03/09/2005	1705

Subject:	SGP/SMOS/E3 - Reprocess: Wind direction offset
DataStreams:	sgp1smosE3.b1, sgp30smosE3.b1
Description:	When the SGP.E3 SMOS tower was installed it was not aligned properly resulting in a 7 degree offset. On 3/9/05, the datalogger program was modified to correct for this offset.
Measurements:	sgp1smosE3.b1: Unit Vector Wind Direction(wdir) sgp30smosE3.b1: Unit Vector Wind Direction(wdir)

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DQRID : D050422.2

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/10/2005	1610

Subject:	SGP/SMOS/E6 - Reprocess: Wind direction offset
DataStreams:	sgp1smosE6.b1, sgp30smosE6.b1
Description:	When the SGP.E6 SMOS tower was installed it was not aligned properly resulting in a 7 degree offset. On 3/10/05, the datalogger program was modified to correct for this offset.
Measurements:	sgp1smosE6.b1: Unit Vector Wind Direction(wdir) sgp30smosE6.b1: Unit Vector Wind Direction(wdir)

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DQRID : D050422.5

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/08/2005	2015

Subject:	SGP/SMOS/E7 - Reprocess: Wind direction offset
DataStreams:	sgp1smosE7.b1, sgp30smosE7.b1
Description:	When the SGP.E7 SMOS tower was installed it was not aligned properly resulting in a 6 degree offset. On 3/08/05, the datalogger program was modified to correct for this offset.
Measurements:	sgp30smosE7.b1: Unit Vector Wind Direction(wdir) sgp1smosE7.b1: Unit Vector Wind Direction(wdir)

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DQRID : D050624.7

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/31/2005	2100

Subject:	SGP/EBBR/E13 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE13.b1
Description:	Effective 20050331.2100, the EBBR.E13 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050331, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE13.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE13.a1).
Measurements:	sgp30ebbrE13.b1: average surface soil heat flow(ave_shf) latent heat flux(e) h(h)

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DQRID : D050719.10

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/29/2005	1900

Subject:	SGP/EBBR/E15 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE15.b1
Description:	Effective 20050329.1900, the EBBR.E15 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050329, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE15.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE15.a1).
Measurements:	sgp30ebbrE15.b1: latent heat flux(e) average surface soil heat flow(ave_shf) h(h)

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DQRID : D050719.11

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/30/2005	0000

Subject:	SGP/EBBR/E18 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE18.b1
Description:	Effective 20050330.0000, the EBBR.E18 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050330, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE18.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE18.a1).
Measurements:	sgp30ebbrE18.b1: latent heat flux(e) h(h) average surface soil heat flow(ave_shf)

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DQRID : D050719.12

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/31/2005	1600

Subject:	SGP/EBBR/E19 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE19.b1
Description:	Effective 20050331.1600, the EBBR.E19 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050331, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE19.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE19.a1).
Measurements:	sgp30ebbrE19.b1: average surface soil heat flow(ave_shf) h(h) latent heat flux(e)

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DQRID : D050719.13

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/30/2005	1900

Subject:	SGP/EBBR/E20 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE20.b1
Description:	Effective 20050330.1900, the EBBR.E20 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050330, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE20.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE20.a1).
Measurements:	sgp30ebbrE20.b1: average surface soil heat flow(ave_shf) latent heat flux(e) h(h)

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DQRID : D050719.14

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/30/2005	1930

Subject:	SGP/EBBR/E22 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE22.b1
Description:	Effective 20050330.1930, the EBBR.E20 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050330, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE20.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE20.a1).
Measurements:	sgp30ebbrE22.b1: h(h) average surface soil heat flow(ave_shf) latent heat flux(e)

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DQRID : D050719.15

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/31/2005	1700

Subject:	SGP/EBBR/E26 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE26.b1
Description:	Effective 20050331.1700, the EBBR.E26 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050331, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE26.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE26.a1). ~
Measurements:	sgp30ebbrE26.b1: latent heat flux(e) h(h) average surface soil heat flow(ave_shf)

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DQRID : D050719.4

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/24/2005	1700

Subject:	SGP/EBBR/E2 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE2.b1
Description:	Effective 20050324.1700, the EBBR.E2 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050324, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE2.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE2.a1).
Measurements:	sgp30ebbrE2.b1: average surface soil heat flow(ave_shf) h(h) latent heat flux(e)

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DQRID : D050719.5

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/23/2005	1800

Subject:	SGP/EBBR/E4 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE4.b1
Description:	Effective 20050323.1800, the EBBR.E4 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050323, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE4.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE4.a1).
Measurements:	sgp30ebbrE4.b1: h(h) average surface soil heat flow(ave_shf) latent heat flux(e)

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DQRID : D050719.6

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/22/2005	1900

Subject:	SGP/EBBR/E7 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE7.b1
Description:	Effective 20050322.1900, the EBBR.E7 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050322, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE7.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE7.a1).
Measurements:	sgp30ebbrE7.b1: average surface soil heat flow(ave_shf) h(h) latent heat flux(e)

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DQRID : D050719.7

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/22/2005	1730

Subject:	SGP/EBBR/E8 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE8.b1
Description:	Effective 20050322.1730, the EBBR.E8 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050322, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE8.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE8.a1).
Measurements:	sgp30ebbrE8.b1: average surface soil heat flow(ave_shf) latent heat flux(e) h(h)

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DQRID : D050719.8

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/22/2005	1600

Subject:	SGP/EBBR/E9 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE9.b1
Description:	Effective 20050322.1600, the EBBR.E9 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050322, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE9.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE9.a1).
Measurements:	sgp30ebbrE9.b1: latent heat flux(e) average surface soil heat flow(ave_shf) h(h)

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DQRID : D050719.9

Start Date	Start Time	End Date	End Time
04/01/2001	0000	03/29/2005	1830

Subject:	SGP/EBBR/E12 - Improved EBBR CR10 Program
DataStreams:	sgp30ebbrE12.b1
Description:	Effective 20050329.1830, the EBBR.E12 CR10 program was revised to improve the quality of the primary measurements as follows: 1) An RMS procedure is used to determine max and min limits of acceptable soil heat flow. This is applied to the individual soil sets. Measurements outside the limits are rejected and the measurements within the limits are used to calculate the average soil heat flow. 2) Max and min limits are used to determine incorrect values of net radiation, sensible heat flux (h), latent heat flux (e), and automatic exchange mechanism (AEM) signal. If AEM signal is outside the limits, h and e are set to 999s. If net radiation is outside the limits, h and e are set to 999s. If h or e are outside the limits, h and e are set to 999s. Virtually no incorrect soil measurement will affect the primary measurements of h and e. By setting h and e to 999s, it can be easily seen that the primary variables are incorrect; no other interpretation is possible. Prior to 20050329, the improved CR10 program was NOT in effect. DQRs have been submitted for known instances of incorrect soil measurements which affected the quality of the primary measurements of h and e. Note: the DQR begin date is the begin date of the sgp30ebbrE12.b1 data stream. The earlier version of the CR10 program was also used on previous EBBR datastream names (e.g. sgp30ebbrE12.a1).
Measurements:	sgp30ebbrE12.b1: latent heat flux(e) average surface soil heat flow(ave_shf) h(h)

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DQRID : D080617.4

Start Date	Start Time	End Date	End Time
05/11/2001	0800	05/21/2001	1330
11/14/2001	2100	11/19/2001	0130
06/19/2002	1000	06/24/2002	2359
07/11/2002	1200	07/15/2002	1630
08/30/2002	0700	09/06/2002	0600

Subject:	SGP/SMOS/E1 - Missing data
DataStreams:	sgp1440smosE1.a1, sgp1smosE1.b1, sgp30smosE1.b1
Description:	Data are missing and unrecoverable.
Measurements:	sgp1smosE1.b1: Beam 0 Temperature(temp) Time offset of tweaks from base_time(time_offset) Relative humidity inside the instrument enclosure(rh) Dummy altitude for Zeb(alt) base time(base_time) Unit Vector Wind Direction(wdir) Mean Wind Speed(wspd) Hourly precipitation(precip) Vapor Pressure (kiloPascals)(vap_pres) lon(lon) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Wind Speed (vector averaged)(wspd_va) lat(lat) sgp30smosE1.b1: Batter Voltage(vbat) Dummy altitude for Zeb(alt) Standard Deviation of Wind Speed(sd_wspd) lon(lon) Relative humidity inside the instrument enclosure(rh) Time offset of tweaks from base_time(time_offset) Snow Depth Sensor(snow_sen) Hourly precipitation(precip) base time(base_time) Unit Vector Wind Direction(wdir) Standard Deviation of Air Temperature(sd_temp) Snow Depth(snow) barometric pressure(bar_pres) Vapor Pressure (kiloPascals)(vap_pres) Mean Wind Speed(wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) lat(lat) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Relative Humidity(sd_rh) Beam 0 Temperature(temp) Standard Deviation of Barometric Pressure(sd_bar_pres) Standard Deviation of wind direction(sd_deg) sgp1440smosE1.a1: Time of Maximum Barometric Pressure(time_max_bar_pres) Minimum Relative Humidity(min_rh) Time of Maximum Temperature(time_max_temp) Time of Maximum Snow Depth(time_max_snow) lon(lon) Time offset of tweaks from base_time(time_offset) Minimum Vapor Pressure(min_vap_pres) Minimum Snow Depth(min_snow_depth) Time of Minimum Snow Depth(time_min_snow) Dummy altitude for Zeb(alt) Time of Maximum Wind Speed(time_max_wspd) Time of Minimum Relative Humidity(time_min_rh) maximum wind speed (gusts)(max_wspd) base time(base_time) Time of Minimum Vapor Pressure(time_min_vap_pres) Time of Maximum Relative Humidity(time_max_rh) Time of Minimum Temperature(time_min_temp) Minimum Barometric Pressure(min_bar_pres) lat(lat) Time of Maximum Vapor Pressure(time_max_vap_pres) Maximum Snow Depth(max_snow) Maximum Barometric Pressure(max_bar_pres) Time of Minimum Barometric Pressure(time_min_bar_pres) Maximum Relative Humidity(max_rh) Minimum Temperature(min_temp) Minimum of Wind speed(min_wspd) Maximum Vapor Pressure(max_vap_pres) Maximum Temperature(max_temp) Time of Minimum Wind Speed(time_min_wspd)

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DQRID : D080617.6

Start Date	Start Time	End Date	End Time
01/30/2002	2200	02/13/2002	1600
05/30/2002	1300	06/05/2002	0300
09/30/2002	1900	10/23/2002	1600
07/31/2003	0000	08/04/2003	0430

Subject:	SGP/SMOS/E3 - Missing data
DataStreams:	sgp1440smosE3.a1, sgp1smosE3.b1, sgp30smosE3.b1
Description:	Data are missing and unrecoverable
Measurements:	sgp1smosE3.b1: Wind Speed (vector averaged)(wspd_va) lat(lat) lon(lon) barometric pressure(bar_pres) Vapor Pressure (kiloPascals)(vap_pres) base time(base_time) Standard Deviation of wind direction(sd_deg) Hourly precipitation(precip) Relative humidity inside the instrument enclosure(rh) Dummy altitude for Zeb(alt) Time offset of tweaks from base_time(time_offset) Beam 0 Temperature(temp) Unit Vector Wind Direction(wdir) Mean Wind Speed(wspd) sgp1440smosE3.a1: Minimum Vapor Pressure(min_vap_pres) Time of Minimum Relative Humidity(time_min_rh) Time of Maximum Wind Speed(time_max_wspd) Time of Minimum Wind Speed(time_min_wspd) lon(lon) Time of Maximum Vapor Pressure(time_max_vap_pres) base time(base_time) Minimum Snow Depth(min_snow_depth) Minimum Relative Humidity(min_rh) Time offset of tweaks from base_time(time_offset) Time of Minimum Snow Depth(time_min_snow) maximum wind speed (gusts)(max_wspd) lat(lat) Time of Maximum Snow Depth(time_max_snow) Time of Minimum Vapor Pressure(time_min_vap_pres) Maximum Snow Depth(max_snow) Time of Maximum Relative Humidity(time_max_rh) Minimum Barometric Pressure(min_bar_pres) Maximum Barometric Pressure(max_bar_pres) Minimum Temperature(min_temp) Time of Minimum Barometric Pressure(time_min_bar_pres) Time of Maximum Temperature(time_max_temp) Maximum Temperature(max_temp) Time of Minimum Temperature(time_min_temp) Dummy altitude for Zeb(alt) Maximum Relative Humidity(max_rh) Minimum of Wind speed(min_wspd) Maximum Vapor Pressure(max_vap_pres) Time of Maximum Barometric Pressure(time_max_bar_pres) sgp30smosE3.b1: Standard Deviation of Barometric Pressure(sd_bar_pres) Unit Vector Wind Direction(wdir) Wind Speed (vector averaged)(wspd_va) Batter Voltage(vbat) Snow Depth Sensor(snow_sen) lat(lat) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Mean Wind Speed(wspd) base time(base_time) Standard Deviation of Relative Humidity(sd_rh) Standard Deviation of Air Temperature(sd_temp) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Vapor Pressure(sd_vap_pres) Hourly precipitation(precip) Snow Depth(snow) Standard Deviation of Wind Speed(sd_wspd) Beam 0 Temperature(temp) Dummy altitude for Zeb(alt) Relative humidity inside the instrument enclosure(rh) lon(lon) Time offset of tweaks from base_time(time_offset)

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DQRID : D080819.2

Start Date	Start Time	End Date	End Time
11/14/2001	1700	11/18/2001	2130
06/15/2002	2300	06/18/2002	1800
06/20/2002	0000	06/25/2002	1400
08/09/2002	2300	08/12/2002	1800
05/16/2003	1700	05/18/2003	0300

Subject:	SGP/SMOS/E8 - Missing Data
DataStreams:	sgp1440smosE8.a1, sgp1smosE8.b1, sgp30smosE8.b1
Description:	Data are missing and unrecoverable.
Measurements:	sgp30smosE8.b1: base time(base_time) Wind Speed (vector averaged)(wspd_va) Dummy altitude for Zeb(alt) Standard Deviation of Vapor Pressure(sd_vap_pres) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Barometric Pressure(sd_bar_pres) lon(lon) Time offset of tweaks from base_time(time_offset) lat(lat) Snow Depth(snow) Standard Deviation of wind direction(sd_deg) Beam 0 Temperature(temp) Hourly precipitation(precip) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Wind Speed(sd_wspd) Mean Wind Speed(wspd) Snow Depth Sensor(snow_sen) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Relative Humidity(sd_rh) Batter Voltage(vbat) Unit Vector Wind Direction(wdir) barometric pressure(bar_pres) sgp1smosE8.b1: Mean Wind Speed(wspd) lon(lon) Relative humidity inside the instrument enclosure(rh) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of wind direction(sd_deg) Unit Vector Wind Direction(wdir) Hourly precipitation(precip) barometric pressure(bar_pres) Time offset of tweaks from base_time(time_offset) Dummy altitude for Zeb(alt) Wind Speed (vector averaged)(wspd_va) lat(lat) Beam 0 Temperature(temp) base time(base_time) sgp1440smosE8.a1: lat(lat) Minimum Temperature(min_temp) Minimum Vapor Pressure(min_vap_pres) Time of Maximum Barometric Pressure(time_max_bar_pres) Maximum Relative Humidity(max_rh) Minimum Barometric Pressure(min_bar_pres) Dummy altitude for Zeb(alt) Minimum Snow Depth(min_snow_depth) Time of Maximum Relative Humidity(time_max_rh) Time of Minimum Relative Humidity(time_min_rh) Time offset of tweaks from base_time(time_offset) Minimum of Wind speed(min_wspd) Time of Minimum Snow Depth(time_min_snow) Time of Maximum Vapor Pressure(time_max_vap_pres) Time of Minimum Temperature(time_min_temp) Maximum Barometric Pressure(max_bar_pres) Time of Minimum Wind Speed(time_min_wspd) Time of Maximum Wind Speed(time_max_wspd) Time of Maximum Temperature(time_max_temp) lon(lon) Time of Maximum Snow Depth(time_max_snow) Maximum Vapor Pressure(max_vap_pres) base time(base_time) maximum wind speed (gusts)(max_wspd) Time of Minimum Vapor Pressure(time_min_vap_pres) Maximum Temperature(max_temp) Maximum Snow Depth(max_snow) Minimum Relative Humidity(min_rh) Time of Minimum Barometric Pressure(time_min_bar_pres)

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DQRID : D080820.6

Start Date	Start Time	End Date	End Time
09/07/2001	1300	09/10/2001	0800
10/05/2001	0100	10/15/2001	2230
11/07/2001	1500	11/13/2001	2030
01/30/2002	2330	02/05/2002	1400
06/13/2002	0100	06/18/2002	1500

Subject:	SGP/SMOS/E11 - Missing Data
DataStreams:	sgp1440smosE11.a1, sgp1smosE11.b1, sgp30smosE11.b1
Description:	Data are missing and unrecoverable
Measurements:	sgp1smosE11.b1: Wind Speed (vector averaged)(wspd_va) Time offset of tweaks from base_time(time_offset) Hourly precipitation(precip) Relative humidity inside the instrument enclosure(rh) Dummy altitude for Zeb(alt) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Vapor Pressure (kiloPascals)(vap_pres) lon(lon) Unit Vector Wind Direction(wdir) Beam 0 Temperature(temp) base time(base_time) Mean Wind Speed(wspd) lat(lat) sgp1440smosE11.a1: Time offset of tweaks from base_time(time_offset) Minimum Relative Humidity(min_rh) Maximum Snow Depth(max_snow) base time(base_time) Time of Minimum Relative Humidity(time_min_rh) Time of Minimum Vapor Pressure(time_min_vap_pres) Minimum Temperature(min_temp) Minimum Barometric Pressure(min_bar_pres) Time of Maximum Vapor Pressure(time_max_vap_pres) Time of Minimum Wind Speed(time_min_wspd) Minimum Vapor Pressure(min_vap_pres) Time of Minimum Barometric Pressure(time_min_bar_pres) Maximum Barometric Pressure(max_bar_pres) Maximum Relative Humidity(max_rh) Dummy altitude for Zeb(alt) Time of Minimum Snow Depth(time_min_snow) Maximum Temperature(max_temp) Minimum Snow Depth(min_snow_depth) Time of Maximum Wind Speed(time_max_wspd) Time of Maximum Temperature(time_max_temp) lon(lon) Time of Maximum Barometric Pressure(time_max_bar_pres) Time of Minimum Temperature(time_min_temp) maximum wind speed (gusts)(max_wspd) Minimum of Wind speed(min_wspd) Time of Maximum Relative Humidity(time_max_rh) Time of Maximum Snow Depth(time_max_snow) Maximum Vapor Pressure(max_vap_pres) lat(lat) sgp30smosE11.b1: Unit Vector Wind Direction(wdir) base time(base_time) Batter Voltage(vbat) Hourly precipitation(precip) Relative humidity inside the instrument enclosure(rh) Snow Depth(snow) Time offset of tweaks from base_time(time_offset) Standard Deviation of Relative Humidity(sd_rh) Snow Depth Sensor(snow_sen) barometric pressure(bar_pres) Dummy altitude for Zeb(alt) Mean Wind Speed(wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of Wind Speed(sd_wspd) lon(lon) Standard Deviation of wind direction(sd_deg) Beam 0 Temperature(temp) Vapor Pressure (kiloPascals)(vap_pres) lat(lat) Wind Speed (vector averaged)(wspd_va) Standard Deviation of Barometric Pressure(sd_bar_pres)

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DQRID : D080828.2

Start Date	Start Time	End Date	End Time
01/30/2002	1800	02/15/2002	1600
06/13/2002	0100	06/21/2002	0930
10/22/2002	0530	10/24/2002	1830
10/24/2002	2000	10/26/2002	0530
10/26/2002	1800	10/28/2002	0330
10/29/2002	0230	10/31/2002	2200

Subject:	SGP/SMOS/E15 - Missing Data
DataStreams:	sgp1440smosE15.a1, sgp1smosE15.b1, sgp30smosE15.b1
Description:	Data are missing and unrecoverable
Measurements:	sgp1smosE15.b1: Mean Wind Speed(wspd) Dummy altitude for Zeb(alt) Relative humidity inside the instrument enclosure(rh) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Time offset of tweaks from base_time(time_offset) Hourly precipitation(precip) lat(lat) lon(lon) base time(base_time) Beam 0 Temperature(temp) Unit Vector Wind Direction(wdir) Vapor Pressure (kiloPascals)(vap_pres) Wind Speed (vector averaged)(wspd_va) sgp1440smosE15.a1: Time of Minimum Wind Speed(time_min_wspd) maximum wind speed (gusts)(max_wspd) Time of Maximum Wind Speed(time_max_wspd) Maximum Barometric Pressure(max_bar_pres) Time of Maximum Snow Depth(time_max_snow) Maximum Relative Humidity(max_rh) Minimum Barometric Pressure(min_bar_pres) Maximum Snow Depth(max_snow) Minimum Snow Depth(min_snow_depth) base time(base_time) Minimum Temperature(min_temp) Time of Minimum Vapor Pressure(time_min_vap_pres) Time offset of tweaks from base_time(time_offset) Time of Maximum Relative Humidity(time_max_rh) Minimum Vapor Pressure(min_vap_pres) Time of Minimum Snow Depth(time_min_snow) Minimum of Wind speed(min_wspd) Minimum Relative Humidity(min_rh) Maximum Temperature(max_temp) Time of Minimum Temperature(time_min_temp) Time of Maximum Barometric Pressure(time_max_bar_pres) Time of Maximum Temperature(time_max_temp) Dummy altitude for Zeb(alt) Time of Minimum Barometric Pressure(time_min_bar_pres) lat(lat) Time of Maximum Vapor Pressure(time_max_vap_pres) lon(lon) Maximum Vapor Pressure(max_vap_pres) Time of Minimum Relative Humidity(time_min_rh) sgp30smosE15.b1: lon(lon) Batter Voltage(vbat) Dummy altitude for Zeb(alt) Unit Vector Wind Direction(wdir) Standard Deviation of Vapor Pressure(sd_vap_pres) Beam 0 Temperature(temp) Hourly precipitation(precip) base time(base_time) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Barometric Pressure(sd_bar_pres) Vapor Pressure (kiloPascals)(vap_pres) Standard Deviation of Air Temperature(sd_temp) Snow Depth Sensor(snow_sen) Standard Deviation of wind direction(sd_deg) barometric pressure(bar_pres) Mean Wind Speed(wspd) Wind Speed (vector averaged)(wspd_va) lat(lat) Snow Depth(snow) Standard Deviation of Relative Humidity(sd_rh) Time offset of tweaks from base_time(time_offset) Standard Deviation of Wind Speed(sd_wspd)

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DQRID : D080828.5

Start Date	Start Time	End Date	End Time
06/03/2001	1900	06/07/2001	2330
08/12/2001	0800	08/23/2001	1630
11/20/2001	1500	11/29/2001	1830
12/31/2001	1300	01/10/2002	1600
01/31/2002	0100	02/08/2002	1730
04/12/2002	1800	04/18/2002	1500
06/16/2002	0300	06/27/2002	1730
07/11/2002	2100	07/15/2002	1630
08/27/2002	1000	08/30/2002	1730
09/12/2002	1000	09/19/2002	1330
12/05/2002	1800	12/12/2002	1630
04/23/2003	2200	05/01/2003	1700
07/08/2003	1700	07/11/2003	0230
08/01/2003	2100	08/07/2003	1030

Subject:	SGP/SMOS/E24 - Missing Data
DataStreams:	sgp1440smosE24.a1, sgp1smosE24.b1, sgp30smosE24.b1
Description:	Data are missing and unrecoverable
Measurements:	sgp1smosE24.b1: Time offset of tweaks from base_time(time_offset) Vapor Pressure (kiloPascals)(vap_pres) Beam 0 Temperature(temp) barometric pressure(bar_pres) Unit Vector Wind Direction(wdir) Dummy altitude for Zeb(alt) Wind Speed (vector averaged)(wspd_va) Relative humidity inside the instrument enclosure(rh) Hourly precipitation(precip) lon(lon) Standard Deviation of wind direction(sd_deg) lat(lat) Mean Wind Speed(wspd) base time(base_time) sgp30smosE24.b1: Vapor Pressure (kiloPascals)(vap_pres) Snow Depth Sensor(snow_sen) Standard Deviation of Relative Humidity(sd_rh) Time offset of tweaks from base_time(time_offset) Dummy altitude for Zeb(alt) Batter Voltage(vbat) Standard Deviation of Barometric Pressure(sd_bar_pres) Hourly precipitation(precip) Mean Wind Speed(wspd) Standard Deviation of Vapor Pressure(sd_vap_pres) base time(base_time) Relative humidity inside the instrument enclosure(rh) Standard Deviation of Wind Speed(sd_wspd) barometric pressure(bar_pres) Wind Speed (vector averaged)(wspd_va) Snow Depth(snow) lat(lat) Standard Deviation of Air Temperature(sd_temp) Standard Deviation of wind direction(sd_deg) Unit Vector Wind Direction(wdir) lon(lon) Beam 0 Temperature(temp) sgp1440smosE24.a1: Time of Maximum Temperature(time_max_temp) Time of Minimum Wind Speed(time_min_wspd) Minimum Vapor Pressure(min_vap_pres) Minimum Barometric Pressure(min_bar_pres) maximum wind speed (gusts)(max_wspd) Time of Maximum Relative Humidity(time_max_rh) Time of Minimum Vapor Pressure(time_min_vap_pres) lat(lat) Time of Maximum Vapor Pressure(time_max_vap_pres) Minimum Temperature(min_temp) base time(base_time) Minimum Relative Humidity(min_rh) Maximum Snow Depth(max_snow) Time offset of tweaks from base_time(time_offset) Maximum Vapor Pressure(max_vap_pres) Maximum Barometric Pressure(max_bar_pres) Time of Minimum Barometric Pressure(time_min_bar_pres) Time of Minimum Snow Depth(time_min_snow) Time of Minimum Temperature(time_min_temp) Time of Maximum Snow Depth(time_max_snow) Maximum Temperature(max_temp) Maximum Relative Humidity(max_rh) Minimum of Wind speed(min_wspd) Dummy altitude for Zeb(alt) lon(lon) Time of Maximum Barometric Pressure(time_max_bar_pres) Time of Maximum Wind Speed(time_max_wspd) Time of Minimum Relative Humidity(time_min_rh) Minimum Snow Depth(min_snow_depth)

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END OF DATA