File description and task list for 1998-99 LTER
Met Files:
o1=omit from level 1,
ok= no changes to get to level 1,
rclow= reverse temperatures to mV and apply clow
subroutine to mV values using
Steinhart-Hart
equation,
bad= normally would be included in level 1 but
number is bogus,
flag= reasonable number but needs a note
attached concerning its collection:
No major changes were made from last season to
the programs!!:
Array I.D. meaning:
First
and Second Digit Third Digit
01 =
Hoare Stations 1‑14: program
02 =
Fryxell version # for season
03 =
Bonney Station 15: 1 = time and const
04 =
Commonwealth2 = surface flux
05 =
Howard3 = met and energy
06 =
07 =
Vanda
08 =
Brownsworth
09 =
Explorer's Cove
10 =
11 =
Vida
12 =
Hoare Submerged
13 =
Fryxell Submerged
14 =
Bonney East Submerged
15 =
16 =
Bonney West Submerged
Hardware Notes:
1)
Continued service schedule.
Filename: boy98001.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Jan
15/98(15) @ 0915
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-1 or boy978-2
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 306.03
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999). Flagged
“M”
Filename: boy98002.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Jan15/98
(15) @ 0930 to Jan15/98 (15) @ 1000
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-3
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 306.03
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
27.
sample precipitation (mm)
ok
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999) Flagged
“M”
Filename: boy98003.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Jan
15/98 (15) @ 1030 to Feb 20/98 (51) @ 0800
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-3
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 306.03
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
27.
sample precipitation (mm)
ok
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999) Flagged
“M”
Filename: boy98004.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Feb
20/98 (51) @ 0815 to July 8/98 (189) @ 1300
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-3
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 306.03
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
27.
sample precipitation (mm)
ok
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999) Flagged
“M”
3.
Missing data from July 8/98 (189) @ 1300 to Nov 12/98 (316) @ 1130
Filename: boy98005.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Nov
12/98 (316) @ 1130 to Nov 29/98 (333) @ 1430
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-3
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 306.03
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
27.
sample precipitation (mm)
ok
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999) Flagged
“M”
3.
portion of first line of file is missing (Nov 12/98 (316) @ 1130)
Filename: boy98901.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Nov
29/98 (333) @ 1445 to Jan 18/99 (18) @ 1600
Sampling Frequency: wind speed every 4 sec,
other every 30 sec
Averaging and Output Interval: every 15 minutes
Program name: boy978-3
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming up (W/m2)
ok,
but switched with down
7.
mean solar flux going down (W/m2)
ok
8.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by
9.
mean horizontal wind speed (m/s)
ok
10.
resultant mean wind speed (m/s)
o1
11.
resultant mean wind direction (degrees from north)
ok
12.
standard deviation of wind direction (degrees)
ok
13.
maximum wind speed (m/s)
ok
14.
minimum wind speed (m/s)
ok
15.
mean up-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 243.31
16.
mean up-facing pyrgeometer hemisphere temp
Eppley
17.
mean up-facing pyrgeometer thermopile (W/m2)
Eppley
18.
mean up-facing pyrgeometer case temp
Eppley
19.
mean down-facing pyrgeometer, rad. comp. (W/m2)
divide
by 250; multiple by 248.76
20.
mean down-facing pyrgeometer hemisphere temp
Eppley
21.
mean down-facing pyrgeometer thermopile (W/m2)
Eppley
22.
mean down-facing pyrgeometer case temp
Eppley
23.
mean soil temperature @ 0 cm in soil (C)
rclow,
ok, but switched with 5 cm
24.
mean soil temperature @ 5 cm in soil (C)
rclow
25.
mean soil temperature @ 10 cm in soil (C)
rclow
26.
sample of battery voltage
o1
27.
sample precipitation (mm)
ok
Note: 1.
soil temps @ 0 and 5 are reversed (Corrected in processed data)
2.
thermopiles (fields 17 and 21) frequently giving error values (-6999) Flagged
“M”
3. up and down licor wiring switched
4. down licor pyrometer swapped out
old down pyro PY20561
new down pyro PY23277
5. wind monitor switched
new wind monitor 17648
old wind monitor 17401
6. wind monitor rotated 10 degrees clockwise
Filename: brh98001.dat
Station:
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 13/98 (13) @ 1130
to Aug 8/98 (220) @ 300
Sampling
Frequency: wind speed every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 min
Program
Name: brh967‑1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
ok
7. mean solar flux going up
(W/m2)
ok
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean P.A.R. (micromols/s/m2)
divide by 200,
multiply by 342.07
15. mean soil temperature @ 0 cm
in soil (C)
rclow
16. mean soil temperature @ 5 cm
in soil (C)
Rclow
17. mean soil temperature @ 10
cm in soil (C)
rclow
18. sample of battery voltage
o1
Notes: screws tightened
Filename: brh98002.dat
Station:
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Aug 8/98 (220) @ 315 to
Nov 20/98 (324) @ 1230
Sampling
Frequency: wind speed every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 min
Program
Name: brh967‑1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
ok
7. mean solar flux going up
(W/m2)
ok
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean P.A.R. (micromols/s/m2)
divide by 200,
multiply by 342.07
15. mean soil temperature @ 0 cm
in soil (C)
rclow
16. mean soil temperature @ 5 cm
in soil (C)
Rclow
17. mean soil temperature @ 10
cm in soil (C)
rclow
18. sample of battery voltage
o1
Notes: Wind monitor rotated 37 degree counterclockwise
on Nov.27/98 at approx 11:15am. Flag from Nov. 20 to 27 or all of the winter
data?
Filename: brh98901.dat
Station:
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Nov 20/98 (324) @ 1245
to Jan 21/99 (21) @ 1315
Sampling
Frequency: wind speed every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 min
Program
Name: brh967‑1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
ok
7. mean solar flux going up
(W/m2)
ok
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean P.A.R. (micromols/s/m2)
divide by 200,
multiply by 342.07
see note below- PAR should be
positive number
15. mean soil temperature @ 0 cm
in soil (C)
rclow
16. mean soil temperature @ 5 cm
in soil (C)
Rclow
17. mean soil temperature @ 10
cm in soil (C)
rclow
18. sample of battery voltage
o1
Notes: 1. Screw needed for PAR
2. Downward pyran showing a negative number.
Switched black and red wires at
wiring
panel and numbers went to positive.
3. Serial numbers Old New
up Pyrano py25306 py18655
down pyrano py25307 py20568
quantum q22174 q19469
Filename: caa98001.dat
Station:
Date
of Establishment:
Reinstalled
on glacier:
Author
of this report: Karen Lewis
File
Period:Jan 30/98 (30) @
Sampling
Frequency: every 30 seconds
Averaging
and Output Interval: every 15 minutes
Program
name: caa98-1
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 2 meters (C)
convert
to mV, then clow
5.
mean rh @ 2 meters (%)
ok
6.
mean solar flux coming down (W/m2)
ok
7.
mean solar flux going up (W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean barometric pressure (mbar)
ok
15.
mean net radiation (W/m2)
ok
16.
sample battery voltage
o1
*Notes:
1.
From JD 334 1615 to the end of the file incoming and outgoing shortwave
radiation
and net radiation are overrange values. Sensors were in
camp
being calibrated. Flagged “M”
2. RH values occasionally
exceed 100. Flagged “R”
3.
SwRadOut exceeds limits occasionally. Flagged “R”
Filename: caa98901.dat
Station:
Date
of Establishment:
Reinstalled
on glacier:
Author
of this report: Karen Lewis
File
Period:Dec 5/98 (339) @
Sampling
Frequency: every 30 seconds
Averaging
and Output Interval: every 15 minutes
Program
name: caa989-1
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 2 meters (C)
convert
to mV, then clow
5.
mean rh @ 2 meters (%)
ok
6.
mean solar flux coming down (W/m2)
ok
7.
mean solar flux going up (W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean barometric pressure (mbar)
ok
15.
mean net radiation (W/m2)
ok
16.
mean surface temperature from IRT (C)
convert to mV, then clow
17.
sample battery voltage
o1
*Notes:
1.
The first 4 timesteps of the file incoming and outgoing shortwave
radiation
and net radiation are overrange values. Sensors were
being
reinstalled. Flagged “M”
2.
Surface temperature is not available for the entire time. Data is
bad
until JD 351 1045 and again after JD 16 1400. Bad values
are
NOT overrange values - they're values between -9 and -12 C
which
do not fluctuate significantly during the course of the
day.
Flagged “B”
3. RH values occasionally
exceed 100. Flagged “R”
4.
SwRadOut exceeds limits occasionally. Flagged “R”
Filename: coh98001.dat
Station: Commonwealth Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 16/98 (16) @ 1000 June 8/98
(159) @1400
Sampling
Frequency: wind every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 minutes
Program
name: coh978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rClow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply 108.70
7. mean solar flux going up
(W/m2)
divide by 100;
multiply 109.29
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean incoming IR pyrgeometer
output (pins A‑B) (W/m2)
divide by 250;
multiply by 288.18
15. mean incoming IR hemisphere
temp. (pins A‑C) (mv)
Eppley
16. mean incoming IR thermopile
output (pins F‑G)(W/m2)
bad
17. mean incoming IR case temp.
(pins E‑D)(mv)
Eppley
* 18. mean thermal infrared‑skin
temperature (C)
bad
* 19. mean ice temp. @ 20 cm (C)
flag; rclow
* 20. mean ice temp. @ 1 m (C)
flag; rclow
* 21. mean dTemp 1‑3 meters
(from t.c. wire) (C)
bad
22. mean outgoing IR pyrgeometer
output (pins A‑B)(W/m2)
divide by 250;
multiply by 249.38
23. mean outgoing IR hemisphere
temp. (pins F‑G) (mv)
bad
24. mean outgoing IR thermopile
(pins A‑C) (W/m2)
Eppley
25. mean outgoing IR case temp.
(pins E‑D) (mv)
bad
26. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#19 and
#20). Needs Flag
2
Thermocouple not wired; ignore #21
3
Everest thermal infrared sensor not wired (FS #18).
4
Missing data between 25 1000 and 25 1515.
5
LwRadIn2 and LwRadout2 are returning negative values. The
values for incoming and outgoing IR thrmopile is returning large negative
values. Looking at the data, this changes drastically in between the end of one
file to the next from 978 to 989. Comparing the data from the previous year end
of file (16, 945) to the first file of last year (16, 1000) I notice the value
outgoing IR thermophile (pins A-C) changed drastically from -.001763 to -3.825.
The value for the thermohile remained high for all the records. Comparing the
data for the incoming IR pyrgeometer the hemisphere and case temp values do a
funny jump. They go from 0.028880 and 0.028360 to 72.6 and 71.0. Flagged “B”
Filename: coh98002.dat
Station: Commonwealth Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: June 8/98 (159) @1415 to Oct
30/98 (303) @245
Sampling
Frequency: wind every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 minutes
Program
name: coh978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rClow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 108.70
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 109.29
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean incoming IR pyrgeometer
output (pins A‑B) (W/m2)
divide by 250;
multiply by 288.18
15. mean incoming IR hemisphere
temp. (pins A‑C) (mv)
Eppley
16. mean incoming IR thermopile
output (pins F‑G)(W/m2)
bad
17. mean incoming IR case temp.
(pins E‑D)(mv)
Eppley
* 18. mean thermal infrared‑skin
temperature (C)
bad
* 19. mean ice temp. @ 20 cm (C)
flag; rclow
* 20. mean ice temp. @ 1 m (C)
flag; rclow
* 21. mean dTemp 1‑3 meters
(from t.c. wire) (C)
bad
22. mean outgoing IR pyrgeometer
output (pins A‑B)(W/m2)
divide
by 250; multiply by 249.38
23. mean outgoing IR hemisphere
temp. (pins F‑G) (mv)
bad
24. mean outgoing IR thermopile
(pins A‑C) (W/m2)
Eppley
25. mean outgoing IR case temp.
(pins E‑D) (mv)
bad
26. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#19 and
#20). Needs Flag
2.
Thermocouple not wired; ignore #21
3.
Everest thermal infrared sensor not wired (FS #18).
4.
LwRadIn2 and LwRadout2 are returning negative values.
Flagged “B”
Filename: coh98901.dat
Station: Commonwealth Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Nov 8/98 (315) @230 to Jan 20/99 (20) @1100
Sampling
Frequency: wind every 4 secs.; other every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: coh978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rClow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 108.70
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 109.29
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind direction
(degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean incoming IR pyrgeometer
output (pins A‑B) (W/m2)
divide by 250;
multiply by 288.18
15. mean incoming IR hemisphere
temp. (pins A‑C) (mv)
Eppley
16. mean incoming IR thermopile
output (pins F‑G)(W/m2)
bad
17. mean incoming IR case temp.
(pins E‑D)(mv)
Eppley
* 18. mean thermal infrared‑skin
temperature (C)
bad
* 19. mean ice temp. @ 20 cm (C)
flag; rclow
* 20. mean ice temp. @ 1 m (C)
flag; rclow
* 21. mean dTemp 1‑3 meters
(from t.c. wire) (C)
bad
22. mean outgoing IR pyrgeometer
output (pins A‑B)(W/m2)
divide by 250;
multiply by 249.38
23. mean outgoing IR hemisphere
temp. (pins F‑G) (mv)
bad
24. mean outgoing IR thermopile
(pins A‑C) (W/m2)
Eppley
25. mean outgoing IR case temp.
(pins E‑D) (mv)
bad
26. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#19 and
#20). Needs Flag
2.
Thermocouple not wired; ignore #21
3.
Everest thermal infrared sensor not wired (FS #18).
4.
LwRadIn2 and LwRadout2 are returning negative values.
Flagged “B”
5.
Data
missing between days 303 and 315. No reason known.
6.
First
line of this file look like they contain values from previous output.
7.
Occasionally
SwRadIn value is missing. Flagged “M”
Filename: coh98902.dat
Station: Commonwealth Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 20/99 (20) @1115 to Jan
20/99 (20) @1230
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: coh978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rClow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 108.70
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 109.29
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean incoming IR pyrgeometer
output (pins A‑B) (W/m2)
divide by 250;
multiply by 288.18
15. mean incoming IR hemisphere
temp. (pins A‑C) (mv)
Eppley
16. mean incoming IR thermopile
output (pins F‑G)(W/m2)
bad
17. mean incoming IR case temp.
(pins E‑D)(mv)
Eppley
* 18. mean thermal infrared‑skin
temperature (C)
bad
* 19. mean ice temp. @ 20 cm (C)
flag; rclow
* 20. mean ice temp. @ 1 m (C)
flag; rclow
* 21. mean dTemp 1‑3 meters
(from t.c. wire) (C)
bad
22. mean outgoing IR pyrgeometer
output (pins A‑B)(W/m2)
divide by 250;
multiply by 249.38
23. mean outgoing IR hemisphere
temp. (pins F‑G) (mv)
bad
24. mean outgoing IR thermopile
(pins A‑C) (W/m2)
Eppley
25. mean outgoing IR case temp.
(pins E‑D) (mv)
bad
26. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#19 and
#20). Needs Flag
2.
Thermocouple not wired; ignore #21
3.
Everest thermal infrared sensor not wired (FS #18).
4.
LwRadIn2 and LwRadout2 are returning negative values.
Flagged “B”
5.
Sensors switched old new new calibration
Up pyrgeo pir31512F3 pir32311F3 4.36x10-6
Dwn
pyrgeo pir29786F3 pir32348F3 3.94x10-6
wind 27724 17647
Filename: coh98903.dat
Station: Commonwealth Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 20/99 (20) @1245 to Jan 22 /99
(22) @1015
Sampling
Frequency: wind every 4 secs.; other every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: coh978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rClow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 108.70
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 109.29
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean incoming IR pyrgeometer
output (pins A‑B) (W/m2)
divide by 250;
multiply by 229.36
15. mean incoming IR hemisphere
temp. (pins A‑C) (mv)
Eppley
16. mean incoming IR thermopile
output (pins F‑G)(W/m2)
bad
17. mean incoming IR case temp.
(pins E‑D)(mv)
Eppley
* 18. mean thermal infrared‑skin
temperature (C)
bad
* 19. mean ice temp. @ 20 cm (C)
flag; rclow
* 20. mean ice temp. @ 1 m (C)
flag; rclow
* 21. mean dTemp 1‑3 meters
(from t.c. wire) (C)
bad
22. mean outgoing IR pyrgeometer
output (pins A‑B)(W/m2)
divide by 250;
multiply by 253.61
23. mean outgoing IR hemisphere
temp. (pins F‑G) (mv)
bad
24. mean outgoing IR thermopile
(pins A‑C) (W/m2)
Eppley
25. mean outgoing IR case temp.
(pins E‑D) (mv)
bad
26. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#19 and
#20). Needs Flag
2.
Thermocouple not wired; ignore #21
3.
Everest thermal infrared sensor not wired (FS #18).
4.
LwRadIn2 and LwRadout2 are returning negative values.
Flagged “B”
Filename: exe98001.dat
Station: Explorer’s Cove Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 13/98 (13) @ 945 to Jan 13/98 @ 945
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: exe978-1
Output
Array Definition:
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean RH @ 3 meters (%)
ok
6.
mean solar flux coming up (~W/m2)
ok
7.
mean solar flux going down (~W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
o1
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide by 200, multiple by 324.0
15.
mean soil temperature @ 0 cm (C)
rclow
16.
mean soil temperature @ 5 cm (C)
bad
17.
mean soil temperature @ 10 cm (C)
bad
18.
mean dTemp 1‑3 meters (from t.c. wire) (C)
rclow
19.
sample precipitation (mm)
bad
20.
sample battery voltage
o1
notes:
1.
Only
one interval on this file.
2.
Up
and down pyranos are switched. (Changed
in processed data)
3.
Soil
temp probe at 5 and 10 cm not working properly. Soil temp @ 5 cm does not change
much. Values much too in winter. Soil @ 10 cm does not record any temperature.
Flagged “B”
4.
Filename: exe98002.dat
Station: Explorer?s Cove Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 13/98 (13)@ 1000 to Jan 19/98 (19)@ 915
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: exe978-1
Output
Array Definition:
1.
array I.D.
o1
2. day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean RH @ 3 meters (%)
ok
6.
mean solar flux coming up (~W/m2)
ok
7.
mean solar flux going down (~W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide by 200, multiple by 324.0
15.
mean soil temperature @ 0 cm (C)
rclow
16.
mean dTemp 1‑3 meters (from t.c. wire) (C)
rclow
17.
sample precipitation (mm)
bad
18.
sample battery voltage
o1
notes:
1.
Missing
data between 17 1745 and 18 115.
2.
Up
and down pyranos are switched. .
(Changed in processed data)
Filename: exe98003.dat
Station: Explorer?s Cove Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 19/98 (19) @ 930 to Aug7/98 (219) @ 1815
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: exe978-1
Output
Array Definition:
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean RH @ 3 meters (%)
ok
6.
mean solar flux coming up (~W/m2)
partly ok
7.
mean solar flux going down (~W/m2)
partly ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction
o1
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide by 200, multiple by 324.0
15.
mean soil temperature @ 0 cm (C)
rclow
16.
16. mean dTemp 1‑3 meters (from t.c. wire) (C)
rclow
17.
sample precipitation (mm)
bad
18.
sample battery voltage
o1
notes:
1.
The
pyranometers stopped for part of this file. (?)
2.
Missing
data between 64 1230 and 64 1230
3.
Missing
data between 111 230 and 111 1000
4.
Up
and down pyranos are switched. . (Changed in processed data)
Filename: exe98004.dat
Station: Explorer?s Cove Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Aug 7/98 (219) @ 1830 to Nov 20/98 (324) @ 1045
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: exe978-1
Output
Array Definition:
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean RH @ 3 meters
ok
6.
mean solar flux coming up (~W/m2)
partly ok
7.
mean solar flux going down (~W/m2)
partly ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
o1
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide by 200, multiple by 324.0
15.
mean soil temperature @ 0 cm (C)
rclow
16.
mean dTemp 1‑3 meters (from t.c. wire) (C)
rclow
17.
sample precipitation (mm)
bad
18.
sample battery voltage
notes:
1.
The pyranometers stopped for part of this file. (?)
2.
Up
and down pyranos are switched. .
(Changed in processed data)
Filename: exe98901.dat
Station: Explorer?s Cove Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Nov 20/98 (324) @ 1100 to Jan 22/99 (22) @ 1015
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: exe978-1
Output
Array Definition:
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rclow
5.
mean RH @ 3 meters
ok
6.
mean solar flux coming up (~W/m2)
ok but switched with up
7.
mean solar flux going down (~W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
o1
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide by 200, multiple by 324.0
15.
mean soil temperature @ 0 cm (C)
rclow
16.
mean dTemp 1‑3 meters (from t.c. wire) (C)
rclow
17.
sample precipitation (mm)
bad
18.
sample battery voltage
notes:
1.
Up
and down pyranos are switched. .
(Changed in processed data)
Filename: frl98001.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File
Period: Jan 19/98 (19) @ 945 to
Aug 14/98 (226) @ 930
Sampling Frequency: wind every 4 sec; others:
every 30 secs.
Averaging and Output Interval: every 15 minutes
Program name: frl956‑1
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rClow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming down (W/m2)
ok
7.
mean solar flux going up (W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 285.45
15.
mean soil temperature @ 0 cm in soil (C)
rClow
16.
mean soil temperature @ 5 cm in soil (C)
rClow
17.
mean soil temperature @ 10 cm in soil (C)
rClow
18.
sample of battery voltage
o1
notes:
Filename: frl98002.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File
Period: Aug 14/98 (226) @ 930
to Nov 20/98 (324) @ 1000
Sampling Frequency: wind every 4 sec; others:
every 30 secs.
Averaging and Output Interval: every 15 minutes
Program name: frl956‑1
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rClow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming down (W/m2)
ok
7.
mean solar flux going up (W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 285.45
15.
mean soil temperature @ 0 cm in soil (C)
rClow
16.
mean soil temperature @ 5 cm in soil (C)
rClow
17.
mean soil temperature @ 10 cm in soil (C)
rClow
18.
sample of battery voltage
o1
notes:
Filename: frl98901.dat
Station:
Date of Establishment:
Author of this report: Paul Langevin
File Period: Nov
20/98 (324) @ 1000 to Jan 22/98 (22) @ 930
Sampling Frequency: wind every 4 sec; others:
every 30 secs.
Averaging and Output Interval: every 15 minutes
Program name: frl956‑1
1.
array I.D.
o1
2.
day
ok
3.
time
ok
4.
mean air temp. @ 3 meters (C)
rClow
5.
mean R.H. @ 3 meters (%)
ok
6.
mean solar flux coming down (W/m2)
ok
7.
mean solar flux going up (W/m2)
ok
8.
mean horizontal wind speed (m/s)
ok
9.
resultant mean wind speed (m/s)
o1
10.
resultant mean wind direction (degrees from north)
ok
11.
standard deviation of wind direction (degrees)
ok
12.
maximum wind speed (m/s)
ok
13.
minimum wind speed (m/s)
ok
14.
mean P.A.R. (micromols/s/m2)
divide
by 200, multiply by 285.45
15.
mean soil temperature @ 0 cm in soil (C)
rClow
16.
mean soil temperature @ 5 cm in soil (C)
rClow
17.
mean soil temperature @ 10 cm in soil (C)
rClow
18.
sample of battery voltage
o1
notes:
Filename: hod98001.dat
Station: Howard Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 10/98 (10) @ 1445
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: hod956‑2
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 115.61
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 116.41
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed (m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
* 14. mean ice temp. near surface
(C)
flag; rclow
* 15. mean ice temp. @ ~1 m (C)
flag; rclow
* 16. mean dTemp 1‑3 meters
(C)
bad
17. mean air temp @ 1 meter m (C)
convert to mV, then clow
18. mean rh @ 1 meter (%)
ok
19. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#14 & 15). Needs Flag
2.
Thermocouple not installed, ignore #16
Filename: hod98002.dat
Station: Howard Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 10/98 (10) @ 1500
to July 25/98 (206) @ 1615
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: hod956‑2
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 115.61
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 116.41
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
* 14. mean ice temp. near surface
(C)
flag; rclow
* 15. mean ice temp. @ ~1 m (C)
flag; rclow
* 16. mean dTemp 1‑3 meters
(C)
bad
17. mean air temp @ 1 meter m (C)
convert to mV, then clow
18. mean rh @ 1 meter (%)
ok
19. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#14
& 15). Needs Flag
2.
Thermocouple not installed, ignore #16
3.
SwRadOut occasionally exceeds range value. Flagged “R”
4.
SwRadIn occasionally missing. Flagged “M”
Filename: hod98003.dat
Station: Howard Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: July 25/98 (206) @ 1630
to Nov 10/98 (314) @ 1345
Sampling
Frequency: wind every 4 secs.; others: every 30 secs.
Averaging
and Output Interval: every 15 minutes
Program
name: hod956‑2
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 115.61
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 116.41
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
* 14. mean ice temp. near surface
(C)
flag; rclow
* 15. mean ice temp. @ ~1 m (C)
flag; rclow
* 16. mean dTemp 1‑3 meters
(C)
bad
17. mean air temp @ 1 meter m (C)
convert to mV, then clow
18. mean rh @ 1 meter (%)
ok
19. sample of battery voltage
o1
*Notes:
1.
Exact depth position of ice thermistors unknown (#14 & 15). Needs Falg
2.
Thermocouple not installed, ignore #16
Filename: hod98901.dat
Station: Howard Glacier Station
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Nov 10/98 (314)
@1400 to Jan 21/99 (1415) @ 1415
Sampling
Frequency: wind every 4 sec others: every 30 sec
Averaging
and Output Interval: every 15 minutes
Program
name: hod978-1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
divide by 100;
multiply by 115.61
7. mean solar flux going up
(W/m2)
divide by 100;
multiply by 116.41
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
* 14. mean ice temp. near surface
(C)
flag; rclow
* 15. mean ice temp. @ ~1 m (C)
flag; rclow
* 16. mean dTemp 1‑3 meters
(C)
bad
17. mean air temp @ 1 meter m (C)
convert to mV, then clow
18. mean rh @ 1 meter (%)
ok
19. sample of battery voltage
o1
*Notes:
1.
New Eppleys on Jan 21.
Old Down: 29777F3, cal 8.59
New Down: 31437F3, cal 8.22
Old Up: 29776F3, cal 8.65
New Up: 31435F3, cal 8.09
2.
New wind monitor on Jan 27.
New wind s/n:
17809
Old wind:
s/n 27761
3.
Exact depth position of ice thermistors unknown (#14 & 15). Needs Flag
4.
Thermocouple not installed, ignore #16
Filename: hoe98001.dat
Station:
Date
of Establishment:
Author
of this report: Paul Langevin
File
Period: Jan 20/98 (20) @ 1115
to Jan 20/98 (20) @ 1815
Sampling
Frequency: wind every 4 sec; other every 30 sec
Averaging
and Output Interval: every 15 minutes
Program
Name: hoe956‑1
1. array I.D.
o1
2. day
ok
3. time
ok
4. mean air temp. @ 3 meters (C)
rclow
5. mean R.H. @ 3 meters (%)
ok
6. mean solar flux coming down
(W/m2)
ok
7. mean solar flux going up
(W/m2)
ok
8. mean horizontal wind speed
(m/s)
ok
9. resultant mean wind speed
(m/s)
o1
10. resultant mean wind
direction (degrees from north)
ok
11. standard deviation of wind
direction (degrees)
ok
12. maximum wind speed (m/s)
ok
13. minimum wind speed (m/s)
ok
14. mean P.A.R. (micromols/s/m2)
divide by 200,
multiply by 294.02
15. sample precipitation (mm)
ok
16. sample station barometric
pressure (mbar)
ok
17. mean temperature difference
1‑3 m (C)
Multiply by -1
18. sample of battery voltage
o1
*Notes:
none
Filename: hoe98002.dat