| Task list for 1994-95 LTER Met Files: o1=omit from level 1, ok= no changes to get to level 1, clow= apply clow subroutine to mV values, bad= normally would be included in level 1 but number is bogus, flag= reasonable number but needs a note attached concerning its collection: |
| |
| Filename: boy94001.dat |
| |
| 1. array I.D. |
| omit from level 1 (o1) |
| 2. date |
| ok |
| 3. time |
| ok |
| 4. mean P.A.R. (see note) |
| divide by 19.008 then multiply by 312.97 |
| 5. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 6. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 7. mean R.H. (%) |
| ok |
| 8. mean solar flux coming down (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 9. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 10. mean mV reading from thermistor in 207 probe |
| clow |
| 11. sample of battery voltage |
| o1 |
| 12. mean horizontal wind speed (m/s) |
| ok |
| 13. resultant mean wind speed (m/s) |
| o1 |
| 14. resultant mean wind direction (degrees from north) |
| ok |
| 15. standard deviation of wind direction (degrees) |
| ok |
| 16. maximum wind speed (m/s) |
| ok |
| 17. maximum mV from thermistor in 207 probe |
| clow |
| 18. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Multiplier for P.A.R. is 19.008 which is wrong |
| 2) At time of arrival my watch read 15:40, and CR10 time was 15:37 |
| 3) Station shut down for servicing at 16:16 |
| |
| Filename: boy94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| bad |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean Bulk Richardson number (*1000) |
| bad |
| 14. mean mV reading from surface soil thermistor |
| clow |
| 15. mean mV reading from thermistor in 207 probe |
| clow |
| 16. mean mV reading from thermistor 10 cm in soil |
| clow |
| 17. sample of battery voltage |
| o1 |
| 18. mean liquid in Belfort precip gauge (mm) |
| see notes, needs adjustment |
| 19. mean horizontal wind speed (m/s) |
| ok, flag |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok, flag |
| 24. minimum wind speed (m/s) |
| ok, flag |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) New Belfort precip gage. Started without antifreeze. Two litres of antifreeze added ~midnight night of Nov 13 (317). Initial value around 50 mm |
| 2) New soil thermistors at 0, 5 and 10 cm |
| 3) Station started at 17:19, Nov 12 |
| 4) Downward pointing pyranometer not installed yet. |
| 5) Bulk Richardson programmed, but no sensors. Ignore |
| 6) P.A.R. multiplier is now correct |
| 7) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Data should be flagged. |
| 8) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| |
| Filename: boy94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| bad until evening 332 |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean Bulk Richardson number (*1000) |
| bad |
| 14. mean mV reading from surface soil thermistor |
| clow |
| 15. mean mV reading from thermistor in 207 probe |
| clow |
| 16. mean mV reading from thermistor 10 cm in soil |
| clow |
| 17. sample of battery voltage |
| o1 |
| 18. mean liquid in Belfort precip gauge (mm) |
| see notes, needs adjustment |
| 19. mean horizontal wind speed (m/s) |
| ok, flag |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok, flag |
| 24. minimum wind speed (m/s) |
| ok, flag |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Added more CaCl and oil to precip gage at start |
| 2) Downward pointing pyranometer wired, but not mounted until evening of Nov 28 (332). Programmed wrong, ignore. |
| 3) Bulk Richardson programmed, but no sensors. Ignore |
| 4) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 5) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| |
| Filename: boy94503.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| ok |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean Bulk Richardson number (*1000) |
| bad |
| 14. mean mV reading from surface soil thermistor |
| clow |
| 15. mean mV reading from thermistor in 207 probe |
| clow |
| 16. mean mV reading from thermistor 10 cm in soil |
| clow |
| 17. sample of battery voltage |
| o1 |
| 18. mean liquid in Belfort precip gauge (mm) |
| ok |
| 19. mean horizontal wind speed (m/s) |
| ok, flag |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok |
| 24. minimum wind speed (m/s) |
| ok |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Bulk Richardson programmed, but no sensors. Ignore |
| 2) Downward pointing pyranometer now wired and programmed properly. |
| 3) Wind speed claus that zeroed speeds below quoted threshold value, 0.9 m/s, removed. |
| 4) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| Filename: boy94504.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| ok |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean Bulk Richardson number (*1000) |
| bad |
| 14. mean mV reading from surface soil thermistor |
| clow |
| 15. mean mV reading from thermistor in 207 probe |
| clow |
| 16. mean mV reading from thermistor 10 cm in soil |
| clow |
| 17. sample of battery voltage |
| o1 |
| 18. mean liquid in Belfort precip gauge (mm) |
| ok |
| 19. mean horizontal wind speed (m/s) |
| ok |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok |
| 24. minimum wind speed (m/s) |
| ok |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Bulk Richardson programmed, but no sensors. Ignore |
| 2) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 3) Program boy945-4 loaded at end of this interval to run for winter (new program changes p69 samples per sub-interval from 30 to 10) |
| |
| Filename:caa94501.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 1/94 (335) @ 15:40 to Dec 3/94 (337) @ 12:40 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| some bad; multiply good values by 100 to standardize with |
| LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| some bad |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| bad |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 16. mean sensible heat flux (W/m2) |
| bad for last timestep; remaining ok |
| 17. mean latent heat flux (W/m2) |
| bad for last timestep; remaining ok |
| 18. mean vertical wind speed (W) |
| bad for last timestep; remaining ok |
| 19. mean vertical temperature flux (T) |
| bad for last timestep; remaining ok |
| 20. mean vertical vapor flux (Vk) |
| bad for last timestep; remaining ok |
| 21. variance (W) |
| bad for last timestep; remaining ok |
| 22. variance (T) |
| bad for last timestep; remaining ok |
| 23. variance (Vk) |
| bad for last timestep; remaining ok |
| 24. covariance W-T |
| bad for last timestep; remaining ok |
| 25. covariance W-Vk |
| bad for last timestep; remaining ok |
| 26. evaporation rate (mm/20min) |
| bad for last timestep; remaining ok |
| 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. this station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data available - process 16 on. |
| |
| Filename:caa94502.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 3/94 (337) @ 13:20 to Dec 7/94 (341) @ 16:40 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| bad |
| 7. mean air temp. @ 2 meters (C) |
| bad |
| 8. mean vapor pressure (kPa) |
| bad |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| bad |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
| Filename:caa94503.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 7/94 (341) @ 17:00 to Dec 12/94 (346) @ 12:00 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec3 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean solar flux coming down (W/m2) |
| ok |
| 11. mean solar flux going up (W/m2) |
| ok |
| 12. mean net radiation (W/m2) |
| ok |
| 13. mean saturation vapor pressure over ice (kPa) |
| o1 |
| 14. mean saturation vapor pressure over water (kPa) |
| o1 |
| 15. minimum wind speed (m/s) |
| ok |
| 16. maximum wind speed (m/s) |
| ok |
| 17. minimum air temperature (C) |
| ok |
| 18. maximum air temperature (C) |
| ok |
| 19. sample battery voltage |
| o1 |
| |
| Notes |
| 1. this station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. the program for this file is altered from that used for the |
| rest of the files. |
| 3. Eddy correlation data not available. |
| |
| Filename:caa94504.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 12/94 (346) @ 12:40 to Dec 13/94 (347) @ 21:00 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| bad |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 16. mean sensible heat flux (W/m2) |
| bad for first and last timestep; remaining ok |
| 17. mean latent heat flux (W/m2) |
| bad for first and last timestep; remaining ok |
| 18. mean vertical wind speed (W) |
| bad for first and last timestep; remaining ok |
| 19. mean vertical temperature flux (T) |
| bad for first and last timestep; remaining ok |
| 20. mean vertical vapor flux (Vk) |
| bad for first and last timestep; remaining ok |
| 21. variance (W) |
| bad for first and last timestep; remaining ok |
| 22. variance (T) |
| bad for first and last timestep; remaining ok |
| 23. variance (Vk) |
| bad for first and last timestep; remaining ok |
| 24. covariance W-T |
| bad for first and last timestep; remaining ok |
| 25. covariance W-Vk |
| bad for first and last timestep; remaining ok |
| 26. evaporation rate (mm/20min) |
| bad for first and last timestep; remaining ok |
| 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data available - process 16 on. |
| |
|
| |
| Filename:caa94505.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 13/94 (347) @ 21:20 to Dec 19/94 (353) @ 15:00 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| bad |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
|
| |
| Filename:caa94506.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 19/94 (353) @ 15:20 to Dec 21/94 (355) @ 17:20 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| (Note: this station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard) |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| bad |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 16. mean sensible heat flux (W/m2) |
| bad for first and last timesteps; remaining ok |
| 17. mean latent heat flux (W/m2) |
| bad for first and last timesteps; remaining ok |
| 18. mean vertical wind speed (W) |
| bad for first and last timesteps; remaining ok |
| 19. mean vertical temperature flux (T) |
| bad for first and last timesteps; remaining ok |
| 20. mean vertical vapor flux (Vk) |
| bad for first and last timesteps; remaining ok |
| 21. variance (W) |
| bad for first and last timesteps; remaining ok |
| 22. variance (T) |
| bad for first and last timesteps; remaining ok |
| 23. variance (Vk) |
| bad for first and last timesteps; remaining ok |
| 24. covariance W-T |
| bad for first and last timesteps; remaining ok |
| 25. covariance W-Vk |
| bad for first and last timesteps; remaining ok |
| 26. evaporation rate (mm/20min) |
| bad for first and last timesteps; remaining ok |
| 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data available - process 16 on. |
| |
|
| |
| Filename:caa94507.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Dec 21/94 (355) @ 17:40 to Jan 1/95 (1) @ 14:20 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
|
| |
| Filename:caa94508.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Jan 1/95 (1) @ 14:40 to Jan 3/95 (3) @ 9:00 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| 16. mean sensible heat flux (W/m2) |
| bad for first and last timesteps; remaining ok |
| 17. mean latent heat flux (W/m2) |
| bad for first and last timesteps; remaining ok |
| 18. mean vertical wind speed (W) |
| bad for first and last timesteps; remaining ok |
| 19. mean vertical temperature flux (T) |
| bad for first and last timesteps; remaining ok |
| 20. mean vertical vapor flux (Vk) |
| bad for first and last timesteps; remaining ok |
| 21. variance (W) |
| bad for first and last timesteps; remaining ok |
| 22. variance (T) |
| bad for first and last timesteps; remaining ok |
| 23. variance (Vk) |
| bad for first and last timesteps; remaining ok |
| 24. covariance W-T |
| bad for first and last timesteps; remaining ok |
| 25. covariance W-Vk |
| bad for first and last timesteps; remaining ok |
| 26. evaporation rate (mm/20min) |
| bad for first and last timesteps; remaining ok |
| 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data available - process 16 on. |
| |
|
| |
| Filename:caa94509.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Jan 3/95 (3) @ 9:20 to Jan 7/95 (7) @ 13:20 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
|
| |
| Filename:caa94510.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Jan 7/95 (7) @ 13:40 to Jan 11/95 (11) @ 17:20 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 16. mean sensible heat flux (W/m2) |
| bad for first timestep; remaining ok |
| 17. mean latent heat flux (W/m2) |
| bad for first timestep; remaining ok |
| 18. mean vertical wind speed (W) |
| bad for first timestep; remaining ok |
| 19. mean vertical temperature flux (T) |
| bad for first timestep; remaining ok |
| 20. mean vertical vapor flux (Vk) |
| bad for first timestep; remaining ok |
| 21. variance (W) |
| bad for first timestep; remaining ok |
| 22. variance (T) |
| bad for first timestep; remaining ok |
| 23. variance (Vk) |
| bad for first timestep; remaining ok |
| 24. covariance W-T |
| bad for first timestep; remaining ok |
| 25. covariance W-Vk |
| bad for first timestep; remaining ok |
| 26. evaporation rate (mm/20min) |
| bad for first timestep; remaining ok |
| 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data available - process 16 on. |
| |
|
| |
| Filename:caa94511.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Jan 11/95 (11) @ 17:20 to Jan 18/95 (18) @ 13:20 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
|
| |
| Filename:caa94512.dat |
| Station: Canada Glacier met station |
| Date of Establishment: Dec 1, 1994 by Gayle Dana |
| Author of this report: Karen Lewis |
| File Period: Jan 18/95 (18) @ 13:40 to Jan 21/95 (21) @ 14:40 |
| Sampling Frequency: every 1 seconds |
| Averaging and Output Interval: every 20 minutes |
| Program name: canec2 |
| |
| 1. array I.D. |
| o1 |
| 2. day |
| ok |
| 3. time |
| ok |
| 4. mean horizontal wind speed (m/s) |
| ok |
| 5. resultant mean wind direction (degrees from north) |
| ok |
| 6. mean rh @ 2 meters (%/100) |
| multiply by 100 to standardize with LTER measurements |
| 7. mean air temp. @ 2 meters (C) |
| convert to mV, then clow |
| 8. mean vapor pressure (kPa) |
| ok |
| 9. mean barometric pressure (mbar) |
| ok |
| 10. mean surface temperature (C) |
| ok |
| 11. mean solar flux coming down (W/m2) |
| ok |
| 12. mean solar flux going up (W/m2) |
| ok |
| 13. mean soil temperature (TCAV) |
| bad |
| 14. mean net radiation (W/m2) |
| ok |
| 15. mean soil heat flux (W/m2) |
| bad |
| * 27. sample battery voltage |
| o1 |
| |
| *Notes: |
| 1. This station and program both belong to Scott Tyler at DRI so |
| they are slightly different than the LTER standard. |
| 2. Eddy correlation data not available - omit 16 on. |
| |
| Filename: coh94001.dat ** BIG PROBLEMS, SEE NOTES ** |
| |
| 1. array I.D. |
| o1 |
| 2. date |
| ok |
| 3. time |
| ok |
| 4. mean I.R. (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 5. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 6. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 7. mean R.H. (%) |
| ok |
| 8. mean solar flux coming down (kW/m2)*10 |
| mulitiply by 100 for W/m2 |
| 9. mean solar flux coming up (kW/m2)*10 |
| mulitiply by 100 for W/m2 |
| 10. mean thermal infrared (C) |
| ok? |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean difference between up and down solar flux (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 13. mean mV reading from thermistor in 207 probe |
| clow |
| 14. mean mV reading from shallow ice thermistor |
| clow |
| 15. mean mV reading from deep ice thermistor |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| o1 |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| ok? |
| 25. maximum thermal infrared (C) |
| ok? |
| |
| 26. minimum thermal infrared (C). |
| ok? |
| |
| Array Definition (141, every 24 hours): |
| 1. array I.D. |
| o1 |
| 2. daily thermal infrared maximum (C) |
| o1 |
| 3. daily thermal infrared minimum (C). |
| o1 |
| |
| Notes: |
| 1) Big problems in this file. Thermal infra-red sensor was playing havoc with power, causing many out of range values (6999) by program's end. First -6999 appears in array for day 126 (May 6) @ 12:00. Bad arrays begin appearing daily soon after this, always at mid-day. By end of file the bad stuff has spread to cover the entire day. |
| 2) Took CR10 away at end of this file. Replaced with new CR10 for start of next file. |
| |
| Filename: coh94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| o1 |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| divide by 116.41 then multiply by 120.19 |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok, flag |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok, flag |
| 21. minimum wind speed (m/s) |
| ok, flag |
| |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: |
| 1) New CR10 |
| 2) Thermal infrared sensor disconnected. Disregard 24. |
| 3) Downward pointing pyranometer multiplier is 116.41, should be 120.19 |
| 4) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 5) Wind speeds < threshold (0.9 m/s) zeoed. Data should be flagged. |
| |
| Filename: coh94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| o1 |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok, flag |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok, flag |
| 21. minimum wind speed (m/s) |
| ok, flag |
| |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: |
| 1) Thermal infrared sensor disconnected. Disregard 24. |
| 2) Downward pointing pyranometer multiplier fixed |
| 3) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 4) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| |
| Filename: coh94503.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| o1 |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| o1 |
| 17. resultant mean wind speed (m/s) |
| ok |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok |
| 21. minimum wind speed (m/s) |
| ok |
| |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: |
| 1) Thermal infrared sensor disconnected. Disregard 24. |
| 2) Wind speed claus that zeroed speeds below quoted threshold value, 0.9 m/s, removed. |
| 3) New program loaded at 13:31 |
| 4) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 5) Program coh945-4 loaded at end of this interval to run for winter (new program changes p69 samples per sub-interval from 30 to 10) |
| |
| Filename: frl94001.dat |
| |
| 1. array I.D. |
| o1 |
| 2. date |
| ok |
| 3. time |
| ok |
| 4. mean P.A.R. (see note) |
| divide by 1.9008 then mulitply by 290.97 |
| 5. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 6. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 7. mean R.H. (%) |
| ok |
| 8. mean solar flux coming down (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 9. mean solar flux going up (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 10. mean mast dT 1-3 m (C) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. bulk Richardson number * 1000 |
| ok |
| 13. mean difference between up and down solar flux (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 14. mean mV reading from thermistor in 207 probe |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok |
| 20. maximum wind speed (m/s) |
| o1 |
| 21. maximum mV from thermistor in 207 probe |
| clow |
| 22. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) On arrival to station on Nov 28, my watch = 13:47, CR10 = 13:47. |
| 2) Station shut down for upgrade and move at 13:48 on day 332 |
| 3) Multiplier for P.A.R. is 1.9008 & should be 290.97 for W/m2 |
| |
| Filename: frl94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (see note) |
| divide by 1.9008 and then multiply by 290.97 for W/m2 |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| ok |
| 11. mean mV reading from thermistor 5 cm in soil |
| bad |
| 12. mean mast dT 1-3 m (C) |
| ok |
| 13. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 14. bulk Richardson number * 1000 |
| ok |
| 15. mean mV reading from surface soil thermistor |
| bad |
| 16. mean mV reading from thermistor in 207 probe |
| clow |
| 17. mean mV reading from thermistor 10 cm in soil |
| bad |
| 18. sample of battery voltage |
| o1 |
| 19. mean horizontal wind speed (m/s) |
| ok |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok |
| 24. minimum wind speed (m/s) |
| ok |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Soil thermistors not wired yet |
| 2) New program (frl945-1) started at 16:30 on Nov 28 (332). |
| 3) Wind threshold claus never programmed here |
| 4) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 5) Multiplier for P.A.R. is 1.9008 & should be 290.97 for W/m2 |
| |
| Filename: frl94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (see note) |
| divide by 1.9008 and then multiply by 290.97 for W/m2 |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| ok |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean mast dT 1-3 m (C) |
| ok |
| 13. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 14. bulk Richardson number * 1000 |
| ok |
| 15. mean mV reading from surface soil thermistor |
| clow |
| 16. mean mV reading from thermistor in 207 probe |
| clow |
| 17. mean mV reading from thermistor 10 cm in soil |
| clow |
| 18. sample of battery voltage |
| o1 |
| 19. mean horizontal wind speed (m/s) |
| ok |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok, flag |
| 23. maximum wind speed (m/s) |
| ok |
| 24. minimum wind speed (m/s) |
| ok |
| 25. maximum mV from thermistor in 207 probe |
| clow |
| |
| 26. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Soil thermistors wired at approx 15:40 on Nov 30 (334) |
| 2) Standard deviation of wind direction (#22) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 3) New program loaded (v.2) to run for winter (~10:20). Program changes p69 samples per sub-interval from 30 to 10. |
| 4) Multiplier for P.A.R. is 1.9008 & should be 290.97 for W/m2 |
| |
| Filename: hod94001.dat |
| |
| 1. array I.D. |
| o1 |
| 2. date |
| ok |
| 3. time |
| ok |
| 4. mean I.R. (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 5. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 6. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 7. mean R.H. (%) |
| ok |
| 8. mean solar flux coming down (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 9. mean solar flux coming up (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 10. mean thermal infrared (C) |
| bad |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean difference between up and down solar flux (kW/m2)*10 |
| mulitply by 100 for W/m2 |
| 13. mean mV reading from thermistor in 207 probe |
| clow |
| 14. mean mV reading from shallow ice thermistor |
| clow |
| 15. mean mV reading from deep ice thermistor |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| o1 |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| 25. maximum thermal infrared (C) |
| bad |
| |
| 26. minimum thermal infrared (C). |
| bad |
| |
| Array Definition (141, every 24 hours): |
| |
| 1. array I.D. |
| o1 |
| 2. daily thermal infrared maximum (C) |
| o1 |
| 3. daily thermal infrared minimum (C). |
| o1 |
| |
| *notes: |
| 1) Thermal infrared sensor not working, ignore #24, 25, 26, and 24 hour array |
| |
| Filename: hod94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok, flag |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok, flag |
| 21. minimum wind speed (m/s) |
| ok, flag |
| 22. maximum mV from thermistor in 207 probe |
| |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: |
| 1) New program loaded at 11:11 |
| 2) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 3) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| 4) Thermal infrared sensor not working, ignore #24 |
| |
| Filename: hod94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok, flag |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok, flag |
| 21. minimum wind speed (m/s) |
| ok, flag |
| 22. maximum mV from thermistor in 207 probe |
| |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: |
| 1) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 2) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| 3) Program hod945-2 loaded at end of this interval to run for winter (new program changes p69 samples per sub-interval from 30 to 10 and eliminates zeroing of wind speeds less than instrument threshold of 0.9 m/s) |
| 4) Thermal infrared sensor not working, ignore #24 |
| |
| Filename: hoe94001.dat |
| |
| 1. array I.D. |
| o1 |
| 2. date |
| ok |
| 3. time |
| ok |
| 4. mean P.A.R. ((mMoles/s/m2))*10 |
| multiply by 100 for micromoles/s/m2 |
| 5. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 6. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 7. mean R.H. (%) |
| ok |
| 8. mean solar flux coming down (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 9. mean solar flux going up (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 10. dTemp 1-3m (C) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. bulk Richardson number * 1000 |
| ok |
| 13. mean difference between up and down solar flux (kW/m2)*10 |
| multiply by 100 for W/m2 |
| 14. mean mV reading from surface soil thermistor |
| clow |
| 15. mean mV reading from thermistor in 207 probe |
| clow |
| 16. mean mV reading from soil thermistor at 5 cm depth |
| clow |
| 17. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 18. sample of battery voltage |
| o1 |
| 19. mean horizontal wind speed (m/s) |
| ok |
| 20. resultant mean wind speed (m/s) |
| o1 |
| 21. resultant mean wind direction (degrees from north) |
| ok |
| 22. standard deviation of wind direction (degrees) |
| ok |
| 23. maximum wind speed (m/s) |
| ok, flag |
| 24. maximum mV from thermistor in 207 probe |
| clow |
| 25. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Ladder under (to the side of) downward-pointing pyranometer most of Nov 17 |
| 2) Station shut down for upgrade 21:20 on Nov 18 |
| |
| Filename: hoe94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| add 321 |
| 4. time |
| ok |
| 5. mean P.A.R. ((mMoles/s/m2))*10 |
| multiply by 100 for micromoles/s/m2 |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean wind speed |
| bad |
| 10. mean wind direction |
| bad |
| 11. mean solar flux coming down (kW/m2)*10 |
| ok |
| 12. mean solar flux going up (kW/m2)*10 |
| ok |
| 13. station barometric pressure (mbars) |
| ok |
| 14. dTemp 1-3m (C) |
| ok |
| 15. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 16. bulk Richardson number * 1000 |
| ok |
| 17. mean mV reading from surface soil thermistor |
| clow |
| 18. mean mV reading from thermistor in 207 probe |
| clow |
| 19. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 20. sample of battery voltage |
| o1 |
| 21. mean liquid in Belfort precip gage (mm) |
| needs adjustment, see note |
| 22. mean horizontal wind speed (m/s) |
| ok, flag |
| 23. resultant mean wind speed (m/s) |
| o1 |
| 24. resultant mean wind direction (degrees from north) |
| ok |
| 25. standard deviation of wind direction (degrees) |
| ok, flag |
| |
| 26. maximum wind speed (m/s) |
| ok, flag |
| 27. minimum wind speed (m/s) |
| ok, flag |
| 28. maximum mV from thermistor in 207 probe |
| clow |
| 29. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Year and time set correctly, day was set to 1 because Julian calendar was not available. Needs to be adjusted (i.e. day 1 = day 322). |
| 2) Station restarted at 23:19 on Nov 18 |
| 3) Removed 5 cm soil thermistor to make room for barometer |
| 4) Precip gage started without antifreeze or being set to proper zero point. Nevertheless is operational. |
| 5) Standard deviation of wind direction (#25) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 6) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| 7) Wind speed and direction (#9 and #10) should be disregarded. They are not supposed to appear in those positions (programming error) |
| |
| Filename: hoe94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. ((mMoles/s/m2))*10 |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean wind speed |
| bad |
| 10. mean wind direction |
| bad |
| 11. mean solar flux coming down (kW/m2)*10 |
| ok |
| 12. mean solar flux going up (kW/m2)*10 |
| ok |
| 13. station barometric pressure (mbars) |
| ok |
| 14. dTemp 1-3m (C) |
| ok |
| 15. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 16. bulk Richardson number * 1000 |
| ok |
| 17. mean mV reading from surface soil thermistor |
| clow |
| 18. mean mV reading from thermistor in 207 probe |
| clow |
| 19. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 20. sample of battery voltage |
| o1 |
| 21. mean liquid in Belfort precip gage (mm) |
| needs adjustment, see note |
| 22. mean horizontal wind speed (m/s) |
| ok |
| 23. resultant mean wind speed (m/s) |
| o1 |
| 24. resultant mean wind direction (degrees from north) |
| ok |
| 25. standard deviation of wind direction (degrees) |
| ok, flag |
| |
| 26. maximum wind speed (m/s) |
| ok |
| 27. minimum wind speed (m/s) |
| ok |
| 28. maximum mV from thermistor in 207 probe |
| clow |
| 29. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Day set correctly. |
| 2) Precip gage set to 30 mm empty and then antifreeze added @ 22:30 Dec 2/94 |
| 3) Claus zeroing wind speeds less than threshold removed |
| 4) Wind speed and direction (#9 and #10) should be disregarded. They are not supposed to appear in those positions (programming error) |
| 5) Wind speed claus that zeroed speeds below quoted threshold value, 0.9 m/s, removed. |
| 6) Standard deviation of wind direction (#25) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| |
| Filename: hoe94503.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. ((mMoles/s/m2))*10 |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean wind speed |
| bad |
| 10. mean wind direction |
| bad |
| 11. mean solar flux coming down (kW/m2)*10 |
| ok |
| 12. mean solar flux going up (kW/m2)*10 |
| ok |
| 13. station barometric pressure (mbars) |
| ok |
| 14. dTemp 1-3m (C) |
| ok |
| 15. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 16. bulk Richardson number * 1000 |
| ok |
| 17. mean mV reading from surface soil thermistor |
| clow |
| 18. mean mV reading from thermistor in 207 probe |
| clow |
| 19. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 20. sample of battery voltage |
| o1 |
| 21. mean liquid in Belfort precip gage (mm) |
| ok |
| 22. mean horizontal wind speed (m/s) |
| ok |
| 23. resultant mean wind speed (m/s) |
| o1 |
| 24. resultant mean wind direction (degrees from north) |
| ok |
| 25. standard deviation of wind direction (degrees) |
| ok, flag |
| |
| 26. maximum wind speed (m/s) |
| ok |
| 27. minimum wind speed (m/s) |
| ok |
| 28. maximum mV from thermistor in 207 probe |
| clow |
| 29. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Wind speed and direction (#9 and #10) should be disregarded. They are not supposed to appear in those positions (programming error) |
| 2) Standard deviation of wind direction (#25) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| |
| Filename: hoe94504.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. ((mMoles/s/m2))*10 |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean wind speed |
| bad |
| 10. mean wind direction |
| bad |
| 11. mean solar flux coming down (kW/m2)*10 |
| ok |
| 12. mean solar flux going up (kW/m2)*10 |
| ok |
| 13. station barometric pressure (mbars) |
| ok |
| 14. dTemp 1-3m (C) |
| ok |
| 15. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 16. bulk Richardson number * 1000 |
| ok |
| 17. mean mV reading from surface soil thermistor |
| clow |
| 18. mean mV reading from thermistor in 207 probe |
| clow |
| 19. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 20. sample of battery voltage |
| o1 |
| 21. mean liquid in Belfort precip gage (mm) |
| ok |
| 22. mean horizontal wind speed (m/s) |
| ok |
| 23. resultant mean wind speed (m/s) |
| o1 |
| 24. resultant mean wind direction (degrees from north) |
| ok |
| 25. standard deviation of wind direction (degrees) |
| ok, flag |
| |
| 26. maximum wind speed (m/s) |
| ok |
| 27. minimum wind speed (m/s) |
| ok |
| 28. maximum mV from thermistor in 207 probe |
| clow |
| 29. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Wind speed and direction (#9 and #10) should be disregarded. They are not supposed to appear in those positions (programming error) |
| 2) Standard deviation of wind direction (#25) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| |
| Filename: hoe94505.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. ((mMoles/s/m2))*10 |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean wind speed |
| bad |
| 10. mean wind direction |
| bad |
| 11. mean solar flux coming down (kW/m2)*10 |
| ok |
| 12. mean solar flux going up (kW/m2)*10 |
| ok |
| 13. station barometric pressure (mbars) |
| ok |
| 14. dTemp 1-3m (C) |
| ok |
| 15. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 16. bulk Richardson number * 1000 |
| ok |
| 17. mean mV reading from surface soil thermistor |
| clow |
| 18. mean mV reading from thermistor in 207 probe |
| clow |
| 19. mean mV reading from soil thermistor at 10 cm depth |
| clow |
| 20. sample of battery voltage |
| o1 |
| 21. mean liquid in Belfort precip gage (mm) |
| ok |
| 22. mean horizontal wind speed (m/s) |
| ok |
| 23. resultant mean wind speed (m/s) |
| o1 |
| 24. resultant mean wind direction (degrees from north) |
| ok |
| 25. standard deviation of wind direction (degrees) |
| ok |
| |
| 26. maximum wind speed (m/s) |
| ok |
| 27. minimum wind speed (m/s) |
| ok |
| 28. maximum mV from thermistor in 207 probe |
| clow |
| 29. minimum mV from thermistor in 207 probe. |
| clow |
| |
| *Notes: |
| 1)Wind speed and direction (#9 and #10) should be disregarded. They are not supposed to appear in those positions (programming error) |
| 2) Program v.3 loaded @ 13:44 |
| 3) New program changes p69 samples per sub-interval from 30 to 10. |
| |
| Filename: tar94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. date |
| ok |
| 4. time |
| ok |
| 5. mean I.R. (W/m2) |
| bad |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux coming up (W/m2) |
| ok |
| 11. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 12. mean mV reading from thermistor in 207 probe |
| clow |
| 13. mean mV reading from shallow ice thermistor |
| clow |
| 14. mean mV reading from deep ice thermistor |
| clow |
| 15. sample of battery voltage |
| o1 |
| 16. mean horizontal wind speed (m/s) |
| ok, flag |
| 17. resultant mean wind speed (m/s) |
| o1 |
| 18. resultant mean wind direction (degrees from north) |
| ok |
| 19. standard deviation of wind direction (degrees) |
| ok, flag |
| 20. maximum wind speed (m/s) |
| ok, flag |
| 21. minimum wind speed (m/s) |
| ok, flag |
| 22. maximum mV from thermistor in 207 probe |
| clow |
| 23. minimum mV from thermistor in 207 probe |
| clow |
| 24. sample of thermal infrared (C) |
| bad |
| |
| Notes: :1) No thermal infrared sensor wired. Ignore # 24 |
| 2) No purgeometer wired. Ignore # 5 |
| 3) Standard deviation of wind direction (#19) is calculated from 30 samples per sub-interval in a 30 sec/20 min sampling/output configuration. Should be flagged. |
| 4) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| 5) Program tar945-2 loaded at end of this interval to run for winter (new program changes p69 samples per sub-interval from 30 to 10 and eliminates zeroing of wind speeds less than instrument threshold of 0.9 m/s) |
| |
| Filename: vaa94501.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| subtract 1 |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| bad |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean mV reading from surface soil thermistor |
| clow |
| 14. mean mV reading from thermistor in 207 probe |
| clow |
| 15. mean mV reading from thermistor 10 cm in soil |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok, flag |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| ok, flag |
| 22. minimum wind speed (m/s) |
| |
| ok, flag |
| 23. maximum mV from thermistor in 207 probe |
| clow |
| 24. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Day of year is one day greater than it should be (i.e. first day should be 328) |
| 2) Downward-pointing pyranometer is wired and running but not mounted properly, ignore. |
| 3) Wind speeds < threshold (0.9 m/s) zeroed. Data should be flagged |
| |
| Filename: vaa94502.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| subtract 1 |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| bad |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean mV reading from surface soil thermistor |
| clow |
| 14. mean mV reading from thermistor in 207 probe |
| clow |
| 15. mean mV reading from thermistor 10 cm in soil |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| ok |
| 22. minimum wind speed (m/s) |
| |
| ok |
| 23. maximum mV from thermistor in 207 probe |
| clow |
| 24. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Day of year is one day greater than it should be (i.e. first day should be 328) |
| 2) Downward-pointing pyranometer is wired and running but not mounted properly, ignore. |
| 3) Wind speed claus that zeroed speeds below quoted threshold value, 0.9 m/s, removed. Program changed by keypad. |
| |
| Filename: vaa94503.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| subtract 1 |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| bad |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean mV reading from surface soil thermistor |
| clow |
| 14. mean mV reading from thermistor in 207 probe |
| clow |
| 15. mean mV reading from thermistor 10 cm in soil |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| ok |
| 22. minimum wind speed (m/s) |
| |
| ok |
| 23. maximum mV from thermistor in 207 probe |
| clow |
| 24. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Day of year is one day greater than it should be (i.e. first day should be 329) |
| 2) Downward-pointing pyranometer is wired and running but not mounted properly, ignore. |
| |
| Filename: vaa94504.dat |
| |
| 1. array I.D. |
| o1 |
| 2. year |
| ok |
| 3. day |
| ok |
| 4. time |
| ok |
| 5. mean P.A.R. (micromols/s/m2) |
| ok |
| 6. mean 207 probe temp calculated from mV output using Steinhart-Hart equation and used in R.H. calculation (C) |
| o1 |
| 7. mean 207 probe temp. using Campbell command 11 (C) |
| o1 |
| 8. mean R.H. (%) |
| ok |
| 9. mean solar flux coming down (W/m2) |
| ok |
| 10. mean solar flux going up (W/m2) |
| ok |
| 11. mean mV reading from thermistor 5 cm in soil |
| clow |
| 12. mean water vapor density (g/m3)*100 |
| divide by 100 for g/m3 |
| 13. mean mV reading from surface soil thermistor |
| clow |
| 14. mean mV reading from thermistor in 207 probe |
| clow |
| 15. mean mV reading from thermistor 10 cm in soil |
| clow |
| 16. sample of battery voltage |
| o1 |
| 17. mean horizontal wind speed (m/s) |
| ok, flag |
| 18. resultant mean wind speed (m/s) |
| o1 |
| 19. resultant mean wind direction (degrees from north) |
| ok |
| 20. standard deviation of wind direction (degrees) |
| ok |
| 21. maximum wind speed (m/s) |
| ok, flag |
| 22. minimum wind speed (m/s) |
| |
| ok, flag |
| 23. maximum mV from thermistor in 207 probe |
| clow |
| 24. minimum mV from thermistor in 207 probe. |
| clow |
| |
| Notes: |
| 1) Day of year fixed |
| 2) Downward-pointing pyranometer running okay. |
| 3) Collected data at 16:08 |
| 4) Moved position of river thermistor to closer location on Jan 20. |
| 5) Keypad changes made to vaa945-1 did not get transfered to .doc file. Therefore, new file loaded with claus that zeros wind speeds < 0.9 m/s. Data should be flagged. This will continue through winters data. |