CLIMATIC DATA FOR WILLIAMS LAKE, HUBBARD COUNTY, …Climatic data for Williams Lake, Hubbard County,...
41
CLIMATIC DATA FOR WILLIAMS LAKE, HUBBARD COUNTY, MINNESOTA, 1983 By A.M. Sturrock, D.O. Rosenbcrry, L.G. Engclbrccht, W.A. Gothard, and T.C. Winter DEPARTMENT OF THE INTERIOR U.S. GEOLOGICAL SURVEY Open-File Report 84-247 Denver, Colorado 1984
Transcript of CLIMATIC DATA FOR WILLIAMS LAKE, HUBBARD COUNTY, …Climatic data for Williams Lake, Hubbard County,...
CLIMATIC DATA FOR WILLIAMS LAKE, HUBBARD COUNTY, MINNESOTA, 1983
ByA.M. Sturrock, D.O. Rosenbcrry, L.G. Engclbrccht,W.A. Gothard, and T.C. Winter
DEPARTMENT OF THE INTERIOR U.S. GEOLOGICAL SURVEY
Open-File Report 84-247
Denver, Colorado 1984
UNITED STATES DEPARTMENT OF THE INTERIOR
WILLIAM P. CLARK, Secretary
GEOLOGICAL SURVEY
Dallas L. Peck, Director
For additional information write to:
Thomas C. Winter U.S. Geological Survey, MS 413 Box 25046, Denver Federal Center Denver, CO 80225
For sale by:
Open-File Services Section Western Distribution Branch U.S. Geological Survey, MS 306 Box 25425, Federal Center Denver, CO 80225
Telephone: (303) 234-5888
(2)
CONTENTS
Page
Abstract 7
Introduction 7
Data collection and presentation 8
Acknowledgements 10
Reference 10
Tables 11
(3)
TABLES
Page
Table 1. Raft station daily averages: (1) Lake-surface water
temperature; (2) dry- and wet-bulb air
temperatures; (3) vapor pressures; (4) Bowen
ratio; and (5) wind speed at 1, 2, and 4 meters.
Land station: (1) Daily average dry- and wet-bulb
air temperatures; (2) daily average vapor
pressure; (3) daily average wind speed at 2
meters; (4) daily total precipitation; and (5)
daily total short- and long-wave radiation. ....... 11
2. Raft station: (1) Daily average lake-surface water
temperature; (2) daily average dry- and wet-bulb
air temperatures; and (3) daily maximum and
minimum dry-bulb air temperatures and the time
they occurred ...................... 21
3. Raft station: (1) Daily average wind speed at three
levels above the lake surface; and (2) daily
maximum and minimum wind speed at each level and
the time they occurred. ................. 24
4. Land station: (1) Daily average dry- and wet-bulb air
temperatures; and (2) daily maximum and minimum
dry-bulb air temperatures and the time they
occurred. ....... \ v ................ 33
5. Land station: (1) Daily average wind speed; (2) daily
maximum and minimum wind speed and the time they
occurred; and (3) daily total precipitation ....... 36
(4)
6. Land station: (1) Daily total short- and long-wave
radiation; (2) daily maximum short-wave radiation
and the time it occurred; and (3) daily maximum and
minimum long-wave radiation and the time they
occurred. ........................ 39
(5)
CONVERSION FACTORS
MULTIPLY BY TO OBTAIN
centimeter .394 inch
millibar .0145 pounds per square inch
millibar 1.0197 grams per square centimeter
mile per hour 1.609 kilometer per hour
calories per square
centimeter per day 278.96 watts per square meter
calories per square
centimeter per day 25.913 watts per square foot
°C CONVERSION EQUATION FOR DEGREES FAHRENHEIT TO CENTIGRADE:
°C»5/9 (°F-32) or °F»9/5 (°C) +32
(6)
Climatic data for Williams Lake,
Hubbard County, Minnesota
1983
by
A. M. Sturrock, D. 0. Rosenberry, L. G. Engelbrecht,
W. A. Gothard, and T. C. Winter
ABSTRACT
Research on the hydrology of Williams Lake, north-central Minnesota
includes study of evaporation. Presented here are those climatic data
needed for energy-budget and mass-transfer studies,including: water-surface
temperature, dry-bulb and wet-bulb air temperatures, wind speed, pre
cipitation, and solar radiation. Data are collected at raft and land
stations.
INTRODUCTION
Climatic data are being collected at Williams Lake, Hubbard County,
Minnesota, as part of a continuing study by the U.S. Geological Survey of
the hydrology of the lake. Williams Lake is one of several lakes in
different parts of the United States that have been selected for intensive
study of hydrological and related chemical and biological processes. The
rationale for selection of Williams Lake is given by Siegel and Winter
(1980).
(7)
DATA COLLECTION AND PRESENTATION
Data presented here are being collected principally for studies of
evaporation. Therefore, the period of record includes only the time when
the lake is ice-free. The period of record for 1983 is from May 30 (Julian
day 150) through October 26 (Julian day 299) * 1983. Although data were
collected before and after these dates (the raft was placed on the lake Hay
5), the interval from day 150 to 299 is the part of the year for which
evaporation will be determined by the energy-budget method. Within each
table, the data are grouped into energy-budget periods; the periods are
defined by the dates thermal surveys were made in the lake. For example,
the first energy-budget period is day 150 through day 167.
Climatic instruments are located on a raft in the middle of the lake
and at a land station. Instruments on the raft include anemometers at 1*
2, and 4 meters above the water surface $ a thermistor psychrometer with wet
and dry-bulb temperature sensors fixed at 2 meters above the water surface*
and a water-temperature sensor located beneath the raft at a water depth of
about 1 centimeter. Data from the above sensors are recorded by a Campbell
CR-21 !/ digital data logger located on the raft. The data logger scans
the sensors every minute and calculates an hourly average. In addition *
for selected sensors, maximum and minimum values and the time they occur
are saved and recorded at midnight of each day. Additional analog
instruments for measuring water-surface temperature and wind speed also are
located on the raft. These are used to backup the primary instruments for
quality control and for filling in missing data.
U The use of brand names in this report is for identification only,
and does not constitute endorsement by the U.S. Geological Survey.
(8)
The land station consists of long- and short-wave radiometers, an
anemometer at 2 meters above the land surface, a thermistor psychrometer
also at 2 meters above land surface, and a tipping-bucket rain gage. These
data also are recorded by a digital data logger that operates similarly to
that on the raft. Backup instruments include an analog hygrothermograph, a
digital hygrothermograph, and a manually-read rain gage.
Calibration checks with independent laboratory thermometers and
motorized psychrometers are made every few days at both stations.
Data presented here are daily summaries. For periods that the primary
instruments were not operating properly, daily values were obtained by
regression using data from backup instruments, provided a good statistical
relationship could be established. Data used to establish regressions were
selected so they bracketed the period of missing or inadequate data. Only
table 1, which is considered to be the primary source of data for evapo
ration studies, includes values obtained by regression. These are noted
by footnotes, and the regressions referred to are as follows:
REGRESSION 1 DATA POINTS R2 VALUE
Y « 0.641 + 0.959x 25 0.989
REGRESSION 2
Y - -1.020 -I- 1.354x 23 0.913
Vapor pressure of water (eo ) is calculated using water-temperature data and
assuming the air is completely saturated at the air-water interface.
(9)
Although only daily values are reported here, hourly values also were
recorded. Hourly values are voluminous and expensive to reproduce, but
they are available for all or part of the period of record on request.
ACKNOWLEDGEMENTS
We are especially indebted to Ken Chase for allowing us to place
climatic instruments on his property. The Minnesota Department of Natural
Resources, Division of Waters, provided funding for part of the instru
mentation at Williams Lake.
REFERENCE
Siegel, D. I. and Winter, T. C., 1980, Hydrologic Setting of Williams Lake,
Hubbard County, Minnesota: U.S. Geological Survey Open-File Report
80-403, 56 p.
(10)
Tab
le
1.R
aft
stat
ion
dai
ly a
vera
ges:
(1
) L
ake-
surf
ace
wat
er t
empe
ratu
re;
(2)
dry-
and
wet
-bul
b ai
r te
mpe
ratu
res;
(3)
vap
or p
ress
ures
; (4
) B
owen
rat
io;
and
(5)
win
d sp
eed
at 1
, 2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly a
vera
ge d
ry-
and
wet
-bul
b ai
r te
mpe
ratu
res;
(2)
dai
ly a
vera
ge v
apor
pre
ssur
e;
(3)
dail
y av
erag
e w
ind
spee
d at
2
met
ers;
(4)
dai
ly t
ota
l pr
ecip
itat
ion;
and
(5)
dai
ly t
ota
l sh
ort-
an
d lo
ng-w
ave
radi
atio
n.
[c,
degr
ees
cels
ius;
m
b,
mill
ibar
s;
mph
, m
iles
per
hour
; in
, in
ches
; ca
l/cm
2/da
y, c
alor
ies
per
squa
re
cent
imet
er p
er d
ay]
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Tab
le
1.
Raf
t st
atio
n d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mper
ature
; (2
) dr
y-
and
wet
-bul
b ai
r te
mp
erat
ure
s;
(3)
vapo
r pr
essu
res;
(4
) B
owen
ra
tio;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
ature
s;
(2)
dail
y av
erag
e va
por
pres
sure
; (3
) da
ily
aver
age
win
d sp
eed
at
2 m
eter
s;
(4)
dail
y to
tal
pre
ci
pita
tion
; an
d (5
) da
ily t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
tiAT
E
160.
169.
170.
171.
172.
173.
174,
17S.
176.
t77.
178.
179.
100.
101.
1U2.
103.
104.
IBIS
.10
6.107.
HA1E
16
0.16
9.17
0.171.
172,
173.
174.
17'J.
176.
177,
170.
17V.
too.
101.
102.
103.
104.
105,
106,
> 07
.
RAFT
SURFACE
WATER
TEHPEftATURC
19.340
19,340
t9,6
2020,100
20 . 63
021.610
23.160
23.300
23.920
24.520
23.970
23.200
22.270
21.030
22,400
22.S60
22,120
21.360
21.510
21.040
RAFT
WIND
B1H
1.77
25.503
6.9S9
6.039
5.571
6.477
1.505
4.206
7.461
2.500
4.100
3.560
5.516
5,604
3.307
4.953
4 . O
Ji5
7.0VO
2.71
1)A
. 15*
RAFT
DRY DI
ILB
AIR
TEMPERATURE
14.000
16.180
IB. 920
20.130
21*170
22.400
20.670
21.600
25.330
21.440
15*900
15.400
14.770
19.610
IB. 840
18.810
IB. 670
14.770
13.290
20.200
RAFT
UIIf
D B2M
2.327
6,691
B.320
7,454
6.642
7.705
2.080
5.072
8.000
3.137
5*032
4.518
6.676
6.232
3.777
5.901
4.645
0,660
3,259
6.9V6
RAFT
MET
fcUl
.b
AIR
TEHPERAiUftt;
10.670
13.370
16.020
18.160
19.660
19,460
16.3
8019.740
21.350
10.3
1012.560
11.570
13.650
17.600
16.490
17.9
1017.960
13.1
8010.520
' 17.200
RAFT
MIND
04M
2.116
7.159
0.990
8.145
7.009
0.590
1.770
5.247
0.350
3.116
5.447
4.027
7,479
6.720
3.965
6.445
4.772
9 . 7
!iO
2.965
7,272
VAPOR
FRES
HIHi
E WATER
EO
22.437
22.437
22.031
23.637
24.303
25.810
28.361
20.740
29.690
30,777
29.779
20.567
26,870
26.159
27,216
27,348
26.626
25,418
25 , 653
26.175
VAPOR
PRESSURE
ATHOOPIIERE
LAND
LAND
PRY
EfUL
B WET BULB
LAND
AIR
AIR
VALUE 01
HO Wi
llEA
TEHPERATURE
TEMPERATURE
10 13 16 19 21 20 15 21 22 19 tu It 14 18 17 19 20 14 10 17
.
,692
,522
,320
.562
,906
.641
,042
.792
,009
.005
.390
,150
,896
.968
,229
.932
.119
,121
.925
,822 LAND
WIND
82H
1,823
2.808
3.404
2.924
2,490
5.442
2.050
2.100
3.855
1.765
5.15
13.697
4.629
4*139
2.806
3.247
2.850
5.016
2.296
2.366
13 16 19 20 21 22 20 21 25
21 16 15 14 19 18 18 IB 14 13 20
.070
.020
.650
.640
.450
,560
,770
,720
,360
.780
,,120
.490
,760
.440
.760
,740
.500
.480
,170
.550
PRECIP.
BLAND
STATION
0,000
0,000
0.000
0.000
.350
0.000
0.000
.210
0.000
.260
0.000
0.000
.760
.420
0.000
3.560
.120
.110
0.000
0.000
9,950
12,830
16,230
18,130
19.530
t9.070
16.130
19.530
21.220
18.380
12.380
11.370
13.350
17.120
15.900
17.370
17.450
12.530
9.070
16.960 SOLAR
SHORT
WAVE
722.500
615.600
581.800
370.900
331,900
690*200
710.500
384*800
629.000
473.100
689.400
697.200
84.580
482.000
640.200
264.700
219,600
350.900
722.000
678.000
EA
9.71
112.746
16,228
19,172
21,455
19,794
15,321
21,279
22.504
18,922
11.962
10,793
14.407
18,013
16,207
tO, 940
19,240
13,259
10,0
4516,993 2J
RATIO
.267
.20(1
.063
.007
-.132
-.099
,117
.151
-.120
.154
.273
.266
.360
.101
.214
.297
.312
.343
.320
.US
SOLAR
LONO
WAVE
1606. 10Q
694.000
743.900
7V6.700
B15.400
771,900
740,200
007.600
006,700
7^5,300
642,600
635.400
762,000
777,100
730,900
603.900
796.600
721,000
632.300
749,300
Tab
le
1R
aft
stati
on d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mper
ature
; (2
) dr
y-
and
wet
-bul
b ai
r te
mpe
ratu
res;
(3
) va
por
pres
sure
s;
(4)
Bow
en
rati
o;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
atu
res;
(2
) da
ily
aver
age
vapo
r pr
essu
re;
(3)
dail
y av
erag
e w
ind
spee
d at
2
met
ers;
(4
) da
ily
tota
l pre
ci
pita
tion;
and
(5)
dai
ly t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
I'A
IE ion.
109.
190.
191.
192.
193.
194.
193.
196.
197.
190.
199.
I!0
0.
HA
IE 10
(1.
1U
9.
190.
191.
192.
193.
194.
19:;.
19
6.
197.
190.
199.
200.
RA
FT
G
IIKF
AC
E
UA
lCft
22
.33
02
4.4
70
24
.06
02
5.1
90
24.9
00
24
.79
02:5
,130
26.1
110
C6
.57
024.3
40
23.9
00
2H
.7S
O2
3.0
70
HA
FT
U
IMII
01
11
7.7
37
2.5
94
6.1
73
7.6
34
7.0
90
4.0
63
7.2
37
3.2
14
6,1
49
4.3
04
1.9
50
2.0
09
2.1
69
RA
FI
DR
Y
Dlll
-0
AIR
T
EM
PE
RA
TU
RE
24
.44
023.9
10
23
.03
02
9,2
90
20
,24
02
2,6
20
25.7
00
27.1
20
23.4
20
22.3
70
19.9
90
21
,32
02
2.4
00
RA
Ff
UII
ID
0211
0.3
20
3.3
07
7.5
17
8.4
90
0.4
20
S.4
24
7.9
70
6.0
60
7.4
07
4.0
73
2.5
S3
3.6
43
2.7
09
RA
FI
UE
T
BU
LB
AIR
;
20
.29
02
2.9
70
21
.10
021.6
30
16.0
30
17
.02
02
1.3
30
23
.04
02
2.0
30
20.5
20
10.0
30
19
.03
020.0
90
RA
FT
U
IMO
Q
4H
0.6
50
3.2
00
0.3
10
9.2
30
9.0
10
5.5
07
0.4
20
6.3
64
0.0
70
4.9
62
2.3
79
3.7
37
2.7
03
VA
PO
R
PR
E8Q
UR
E
UA
TE
R
EO
26
.30.
31.
33
.31.
3*.
31
.3
3.
34.
34.
33
.3
3.
33.
969
603
400
032
403
27
7910
960
7HO
33
1410
US
35
1
VA
PO
R
I.A
IIP
P
RE
QO
IIRE
P
RY
D
ill U
A
IMO
CP
MC
RE
A
IR
EA
T
EM
PE
RA
TU
RE
21
.09
72
6.1
17
23.9
34
23
.45
61
5,5
19
15
.74
322.4
72
25
.49
22
4.2
70
22
.93
42
0.9
01
22.2
03
23
.71
2 1.A
MR
U
IIID
02M
2.9
05
2.4
44
3.9
32
2.0
07
4.6
22
2.0
16
2,5
23
2.2
13
2.4
01
2,7
01
2.0
10
1*9
74
1.7
60
24*5
00
26
23
26 19 22
26
27 25
22 19 21 22
.33
0.0
30
.10
0.6
40
.30
0,2
20
.76
0.0
70
.120
.12
0.3
00
.070
OLA
Hb
6 T
AT
I O
il
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
0.0
00
.470
.30
0'.0
10
020
tAM
D
UE
T
MJL
B
t-AM
O
...
AIR
V
ALU
E
OF
UO
WEH
TE
MP
ER
ATU
RE
E
A
RA
TIO
20*2
40
23
.93
02
1*2
50
21.4
60
15.1
60
14.6
00
21.3
40
22.9
90
21
.09
019*0
90
17
*70
01
9*4
00
20.0
70
OIU
.AR
8M
OR
T W
AV
E
417*2
00
440.3
00
410.9
00
44
9.1
00
43
5.7
00
695.3
00
657.0
00
624.1
00
517.0
00
399.4
00
24
3.0
00
44
3.7
00
444.4
00
20,9
01
25
.73
62
3.I
S6
622.9
4.1
14.3
24
15
.19
02
2.2
51
24,9
57
23
.66
021.7
66
19.3
25
21
.23
32
2.1
75
-.2
11
-.103
.14
4-.
007
.172
.00
2-.
040
-.0
63
.06
4.2
06
279
.23
9.2
12
am. A
R I.I
IIKI
UA
VF
003.5
00
029.6
00
79
0.1
00
001.9
00
724.0
00
744.2
00
797.4
00
014.0
00
00
4.0
00
010.9
00
774.3
00
003.5
00
791.0
00
Tab
le
1.
Raf
t st
atio
n d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mpe
ratu
re;
(2)
dry-
an
d w
et-b
ulb
air
tem
pera
ture
s;
(3)
vapo
r pr
essu
res;
(4
) B
owen
ra
tio;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
ature
s;
(2)
dail
y av
erag
e va
por
pres
sure
; (3
) da
ily
aver
age
win
d sp
eed
at
2 m
eter
s;
(4)
dail
y to
tal
pre
ci
pita
tion;
and
(5)
dai
ly t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
I'Aie
20
1.
202.
203.
204.
20
S,
204,
207,
200.
209,
210.
211,
212,
211,
214,
2lli.
2U
.
DA
It:
20
J.
202,
20
3.
204.
203.
20
4.
207.
2H
Q.
209.
210.
21
1.
212.
21
3.
21
4.
219.
214.
RA
FT
S
UR
FA
CE
M
AT
ER
lEH
PK
RA
TU
RE
L'S
.QS
O2
4,0
70
24
,31
02
4.2
10
24
.02
02
4.2
40
23
.9G
O23.4
20
24
,12
02
4,2
70
24
.00
0
.2
3.9
30
25
,07
023. 220
25.4
50
24.4
20
RA
FT
W
IIIO
IIIH
3,0
63
2.7
P4
3,3
39
4.2
40
1.0
00
1.9
03
8.0
94
8,4
19
2.3
0?
2,3
73
2,2
37
4,7
43
1. 5
92
3.4
42
2.4
0D
2,5
53
HAFT
PR
Y
MM
.*A i
nT
EM
PE
RA
TU
RE
22,9
90
24
.40
023,7
30
20.1
00
19
,43
020.4
20
22
.03
02
3.1
00
23,0
40
23.5
40
20*7
20
19,0
10
20,0
10
20
.79
024.2
20
23,9
70
HA
FT
unto
0211
9.7
24
3.7
71
3.Q
24
4*0
97
2.J
I72
,530
4.2
04
4. |0
42
.477
2.7
7S
2.0
91
5.7
02
2.1
42
4.9
39
3.0
23
3.4
04
RA
FT
II
ET
t'U
LD
A
IRTE
MPER
ATUR
E21 22
20 17
14
17
10
20
21 19
19
14 17 19
22
21
.45
0.0
00
,05
0.4
30
.97
0,1
30
.77
0.9
40
,23
0.7
70
.44
0,0
30
.35
0.4
00
.17
0,5
20
RA
FT
W
HO
(M
il
3.0
70
3,9
34
3.9
49
S.3
U1
1.9
44
2,3
94
4,4
33
4,5
10
2.3
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2.0
41
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1.0
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4,9
00
3.1
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3.4
44
VA
HM
FRKs
cunt
:M
AT
ER
F.Q
33.3
12
33.7
40
34.2
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34
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34.1
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33.S
09
32.0
41
33,0
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34.1
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33
.74
032.4
04
33.3
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32
.00
93
2.9
19
34.0
41
VA
PO
R
PR
EU
BM
RE
A
TH
UB
IIItfiE
LA
ND
PRY
imt.o
AIR
LAM
P
WE
T B
ULB
lA
MU
A
IR
VA
LUE
U
F H
OU
EN
EA
T
EM
PE
RA
TU
RE
T
EM
PE
RA
TU
RE
24
24
21 10
17
17
19
23
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20
22
17
10
22
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24
.53
5.7
42
.03
3.1
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,40
0.3
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.52
2.3
12
.54
0.5
92
.19
0,7
49
.13
3.0
29
.37
0.0
72 LA
MP
W
IND
02H
2.5
94
3.2
47
2.0
33
3,0
!*l
1*7
33
1.0
50
2.0
04
1.9
23
1.9
23
2.1
07
2.0
43
3.7
59
1.7
05
2.0
00
2.2
44
1.5
09
22
.51
02
4.7
10
23
,05
019.2
00
19.2
00
19.0
20
21.7
50
23
.30
02
3,2
10
22.0
30
20.1
30
10
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01
9.7
40
19
.91
02
4.5
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*92
0
rntc
ip.
flLA
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TA
TIO
M
.05
00
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00
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00
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00
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00
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00
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00
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00
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00
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0.8
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0.0
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00
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00
.00
0
20
.41
022*5
90
19
*41
014.2
90
14.4
00
14.1
40
10.1
40
20
.59
02
0.5
40
10
*51
010.7
00
15*4
30
14.3
40
10,7
10
21
.77
02
0.B
40
CO
LAR
O
IIOH
T H
AV
E
343.5
00
314.2
00
44
3.4
00
890.5
00
04
3.0
00
44
9.0
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S07.4
00
301.2
00
45
0*4
00
509,0
00
319.5
00
031*9
00
.44
8.1
00
10
0.4
00
891*1
00
412.1
00
EA
23
.03
42
4.0
10
20.2
54
14.4
29
14
.23
215.9
33
10
*47
12
2.4
27
22
.47
31
0*4
90
20*7
09
13. U
47
14
.39
32
0.7
92
24.2
04
22
.41
3
RA
T It!
.19
2.1
24
.115
.227
.23
4.1
97
.144
.IS
O.1
30
.11
0.2
72
.257
.207
.25
?.lit
.14
4
BC
UA
R
1.1)
11(1
W
AV
E
11
20
.40
00
74
.10
07
40
.00
0743.2
00
747.1
00
734.1
00
77
5.0
00
014.0
00
02
7.2
00
70
2.0
00
000.0
00
734.4
00
739.1
00
014.1
00
02
4.3
00
003.1
00
Tab
le
1.
Raf
t st
atio
n d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mper
ature
; (2
) dr
y-
aruK
wet
-bul
b ai
r te
mp
erat
ure
s;
(3)
vapo
r pr
essu
res;
(4
) B
owen
rat
io;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
atu
res;
(2
) da
ily
aver
age
vapo
r pr
essu
re;
(3)
dail
y av
erag
e w
ind
spee
d at
2
met
ers;
(4
) da
ily
tota
l pre
ci
pita
tion;
and
(5)
dai
ly t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
Cn
I'AT
E
21
7.
21
0.
219.
220.
221.
222,
2 U
3.
22
4,
22
5,
22
6.
237.
220.
229.
230.
T«AT
E
21
7.
21
0,
21
9.
220.
221.
222.
22
1.
224.
22
3.
23d.
227.
220,
22
9.
2 JO
,
RA
FT
mm
iArii
WA
UR
TE
MP
KftA
YU
liE
27
,lO
t)2
7 .
650
27
.19
024,0
00
26.0
20
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4.0
40
24
.92
02
U.3
00
23,7
40
2S
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25
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0
RAFT
un
to
uiii
a . 6
3 s1.7
77
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00
4.6
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1.V
26
1,6
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4.1
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RA
FT
*f
tY
UU
LBA
IRTE
MP
ER
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RE
23.2
10
24.6
20
27
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021.2
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17
.02
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.320
10.3
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02
1.9
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21.5
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HA
FT
unto
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4.1
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a. 0
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HA
FT
M
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Dill
.!*
AIR
TEM
PE
RA
TUR
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22 19 20 16 16 17 IS 17 19 la 20 10 20
20
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0.7
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0.7
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FT
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ID
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4.0
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7.3
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1.6
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VA
PO
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VA
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US
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PR
EU
SIIR
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35
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PH
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23.6
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19 IV IS 10 10 16 17 20 10
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6.7
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0
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2.4
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1.7
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4.9
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1.6
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I.AIJ
D
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IM
H D
AIR
TEM
PE
RA
TUR
E
25.0
(10
24.5
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27
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PK
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HD
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0.0
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lUIE
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ER
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21.9
40
19.4
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20
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15.7
30
17.0
20
15.2
30
16.0
20
19.4
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10.4
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21.4
20
16,9
40
21
*12
02
1*4
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LAR
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HO
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13.4
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Loun
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00
77
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6.4
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790.2
00
009.6
00
02
4,5
00
Tab
le
l.
Raf
t st
atio
n d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mper
ature
; (2
) dr
y-
and
wet
-bul
b ai
r te
mpe
ratu
res;
(3
) va
por
pres
sure
s;
(4)
Bow
en
rati
o;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
atu
res;
(2
) da
ily
aver
age
vapo
r pr
essu
re;
(3)
dail
y av
erag
e w
ind
spee
d at
2
met
ers;
(4
) da
ily
tota
l pr
e
cipi
tatio
n; a
nd (
5) d
aily
tot
al s
hort
- an
d lo
ng-w
ave
radi
atio
n,
[con
tinue
d]
f'AT
E
21
1.
23
.?.
233,
234.
2.1 3
,2.U
,217.
23
0.
2J9
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10
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i.IM
3.
24*.
2-1
4.
PA
TE
211.
23
2.
23
1,
234.
213.
336.
, 217.
23
0,
21
V.
340.
i4i.
242.
244.
24
4.
RA
FT
SU
RF
AC
EIIA
UI1
IEM
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RA
TU
ftE
aa.o
oo24.3
90
24.0
00
21.1
)50
2.1
.11
10
23
.11
20
24
.60
02
4.1
10
023.1
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23.0
10
2fl.iiO
24
.41
024.U
20
24
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0
HA
FT
tllllft
blH
3.4
90
3.4
40
4.4
49
1*9
22
4.2
06
4.3
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4.0
26
2.9
71
2.3
73
4.4
72
3. 552
1.9
73
3.7
37
4.7
33
RA
FT
DR
Y
WIL
DA
IRT
EM
PE
RA
Ttlt
iE
20
.20
01
7,4
60
19
.69
01
0.2
50
19
.90
02
1.9
70
23
.20
02
3.0
00
22.0
70
23
.71
02
1.3
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21
.50
021.0
70
23
.64
0
RA
FT
U
IIJO
0211
6.2
45
4.2
79
3.3
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2.4
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5.4
09
3.3
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4.7
66
3.4
67
2.9
07
0.3
03
4-2
*32
.40
54
.47
75.5
66
RA
FT
IIE
T
bIJL
DA
IRT
EM
PE
RA
TU
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16
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013.0
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10.3
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40
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20
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10.1
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IV.
47
020.4
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RA
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5.0
79
5.5
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3.6
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3.0
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6.1
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43
02
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4.0
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VA
PO
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TtlT
BaU
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UA
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31.6
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30
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9,4
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29
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230.9
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31.4
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31
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93
1.6
90
30*1
43
30.9
43
30
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73
0.9
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VA
PO
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RE
8SU
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AlM
OJirill
KC
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17
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01
3,3
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20
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21
3.0
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17.3
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70
23
.97
32
1.6
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21.1
74
21
.34
030.-
U7
19.9
39
21.S
79
23.0
01 IA
HD
W
lllb
B2H
3.0
04
1*9
09
2.6
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1*4
74
2.0
74
2.7
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2.1
69
2,6
14
1.9
21
3.0
63
i,ts-
\2
.24
01
,66
32.3
12
LAM
UD
RY
b
Ut-
BA
IRT
EH
PE
RA
TIIR
E
19.6
10
16.7
90
19
.50
01
7*7
10
20.1
70
22
.2S
O2
3.9
40
23
.40
02
2.6
10
24
.47
0
;.'!.
* 4
90
20.3
10
24
.00
0
QLA
IID
*6
TA
TIO
M
0.0
00
0.0
00
.01
00.0
00
0.0
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o.oo
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0
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I.AIID
WE
T fc
ULB
tA
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OF
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TU
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RA
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10*4
10
20.3
91
.191
13
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8
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10.1
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19
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2
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10
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3
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920.4
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4*4
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122.2
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321.3
80
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322*4
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21
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0
23
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3
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00
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90
30
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3
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LAR
001 A
R
flllO
RT
I.O
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WA
VE
W
AV
E
.
433.7
00
729.4
00
322.0
00
754.9
00
24
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04
*60
0441.6
00
741*4
00
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772.6
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26
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0
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23
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OO
7
56
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00
793.1
00
494,3
00
776,0
00
Tab
le
1.
Raf
t st
atio
n d
aily
av
erag
es:
(1)
Lak
e-su
rfac
e w
ater
te
mper
ature
; (2
) dr
y-
and
wet
-bul
b ai
r te
mpe
ratu
res;
(3
) va
por
pres
sure
s;
(4)
Bow
en
rati
o;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
ature
s;
(2)
dail
y,
aver
age
vapo
r pr
essu
re;
(3)
dail
y av
erag
e w
ind
spee
d at
2
met
ers;
(4
) da
ily
tota
l pre
ci
pita
tion;
and
(5)
dai
ly t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
DA
TE
I14
U.
2-1
4.
247.
24
(1.
249.
ijjso
.lit
ii.33
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4.
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3.
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J.
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240.
241.
243.
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FI
tii m
r ACE
HA
TE
R
lUirC
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lUK
E
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20
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290
23.0
90
22
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022.5
70
22.3
30
22
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20
21.2
90
20
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02
0.2
00
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20
10.0
90
10.2
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17.4
40
17.3
20
14
. D
UO
RA
FT
D
RY
1U
I1-U
A
IR
lEllf
-EK
AIIJftU
24.7
30
22
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O10.4
10
14.7
00
13.4
40
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20
22.9
40
19.2
90
13
.37
09
.24
011.0
20
11
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010.3
00
10
.57
01
0.4
70
12.7
20
10.9
40
7.7
10
flAF
T
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T U
tll.U
A
IR
TE
lll-E
KA
lllliE
22
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11
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15.3
50
1 1
, 400
14
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17
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011
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100.0
10
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07
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0.9
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TE
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31.0
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23
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20.1
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19
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UA
l'tllt
AT
MO
KH
IER
E
EA
24
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110.5
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20.0
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410.1
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ND
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ULB
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TE
HF
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27,3
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9.5
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15
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9.7
40
10.4
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LA
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WE
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M-U
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lEH
fER
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27
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091*4
90
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2.9
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10
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37.0
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4.7
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5.3
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7.5
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4.4
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30
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31
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7.2
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44
(1,0
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7.9
10
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92
RA
F I
MI t
ill
U4tl
.
4.7
40
2.9
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97
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00
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4.0
59
10.1
90
2.4
45
4.1
40
3.0
34
5.S
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0.2
00
4 . 5
04
9.3
40
9.1
90
4.2
93
I-A
MP
U
UID
02
11
2. 8
73
1.4
42
1.1
10
2,0
52
6.0
49
2.7
91
2.0
99
2.4
03
4.7
92
1.3
90
2.1
33
1.4
10
2.2
24
8,2
50
3.7
09
3.3
33
4.4
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fRE
CIP
. U
LAM
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8T
AT
IQH
0.0
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0.0
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0,0
50
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00
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00
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00,0
00
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0,4
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0,0
30
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00
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0.0
40
0.0
00
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I.A
R
U11
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HA
VE
474,1
00
194,0
00
12
9,3
00
370,7
00
344,7
00
447,7
00
418,2
00
373,3
00
444,0
00
03.0
10
340,3
00
34
4*4
00
273,5
00
30,7
40
94,3
20
164,4
00
440.0
00
12
0.9
00
tiOLA
R
1.01
10
HA
VE
024,0
00
700,0
00
70
9*4
00
747.0
00
49
0.5
00
710.4
00
79
4. 40O
701.7
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474.1
00
471.4
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457,0
00
429.3
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490.5
00
740,1
100
71
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00
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00
S7
9.4
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470.4
00
Tab
le
1.
Haf
t st
ati
on
dail
y
aver
ages
: (1
) L
ake-
surf
ace
wat
er
tem
per
ature
; (2
) dry
- an
d w
et-b
ulb
air
tem
per
atu
res;
(3
) va
por
pre
ssure
s;
(4)
Bow
en
rati
o;
and
(5)
win
d sp
eed
at«
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
per
ature
s;
(2)
dail
y av
erag
e va
por
pres
sure
; (3
) dai
ly
aver
age
win
d sp
eed
at
2 m
eter
s;
(4)
dail
y to
tal
pre
ci
pita
tion
; an
d (5
) da
ily
tota
l sh
ort-
and
lon
g-w
ave
radi
atio
n,
[con
tinue
d]
P 00
pit I
II
24
3 .
264.
243.
264.
247.
26
0.
249.
27
0.
27
1.
272.
273.
274,
273.
276.
277.
2711
.279.
200.
201.
202.
HA
IL.
263.
26
4.
24
3,
266.
26
7.
260.
24
9,
270.
271.
272.
2/3
,274.
275.
274.
27
7.
2/0
,279.
2110
.21
1 1.
:ni;]
.
KA
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lilltt
r A
CE
HA
II: It
1 1: 1
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MA
TU
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16
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14,2
60
14.0
90
14.4
30
13
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i.270
!!i.6
tSO
13.1
90
1 -1
, 970
19
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014,0
00
14,4
90
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40
13,9
/01
3.6
40
13.3
60
1 .1
. 260
12.7
00
HA
FI
unin
WIH
7,3
99
7.6
13
6.3
49
4.6
96
9.6
00
2.7
73
1.3
60
3.5
22
4,9
04
3 , 9
S3
3.2
24
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90
2.9
20
4.2
60
2.4
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22
92.9
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3. a
v 31
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10
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0
KA
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Y MM
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IRT
tMH
UM
UU
L
4.o:
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40
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1.5
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70
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a. 3
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Tab
le
1R
aft
stat
ion
dai
ly
aver
ages
: (1
) L
ake-
surf
ace
wat
er
tem
per
atu
re;
(2)
dry-
an
d w
et-b
ulb
air
tem
pera
ture
s;
(3)
vapo
r pr
essu
res;
(4
) B
owen
ra
tio;
and
(5)
win
d sp
eed
at
1,
2,
and
4 m
eter
s.
Lan
d st
atio
n:
(1)
Dai
ly
aver
age
dry-
an
d w
et-b
ulb
air
tem
pera
ture
s;
(2)
dail
y av
erag
e va
por
pres
sure
; (3
) da
ily
aver
age
win
d sp
eed
at
2 m
eter
s;
(4)
dail
y to
tal
pre
ci
pita
tion;
and
(5)
dai
ly t
otal
sho
rt-
and
long
-wav
e ra
diat
ion,
[c
ontin
ued]
DA re
20
3.
2114
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05.
20
4.
20
7.
200.
209.
290.
291.
292.
293.
294.
29
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29
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Values of raft dry-bulb for days 164 through 166 were found by linear regression with back-up instruments (regression 1). Values of ea raft, and the Bowen ratio for corresponding days had to be recalculated due to their dependence on the raft dry-bulb values.
Solar long-wave radiation for days 164 through 168 was obtained using Brunt's equation.
Values of land ea for days 269 through 299 were found by linear regression with back-up instruments (regression 2). Land wet-bulb values were lost due to a dry instrument reservoir.
(20)
Table 2. Raft station: (1) Daily average lake-surface water temperature; (2) daily average dry- and wet-bulb air temperatures; and (3) daily maximum and minimum dry-bulb air temperatures and the time they occurred.
[c, degrees celsius] --...... - ___......_ .
BATE
ISO.151.152.153.154.155.156.157,.15S.159.160.161 162.165.164.165.166.147.
SURFACE HATER (C)
14.6614.9415.6516.1216.5816.4416.1816.2517.0117.5218.6618.7019.4419.8119.9419.4918.7218.12
DRY BULB AIR CC)
10.9912.7415.7215.5814.7912.1310.4814.2414.2115.9815.3018.4021.5120.43
11.63
MAXIMUM
14.1919.5518.8520.5419.6415.7714.6220.6122.5720*7822*9826.2425.4422.10
16.47
TIHE OF MAXIMUM
1908.1306.1749.1738.1352.1616.1740.1616.1834.1442.1523.1452.1610.2036.
1913.
MINIMUM
7.867.5?7.428.751C. 759.175.927.073.999.176*5412.4317.0018.67
7.86
TIME OF MINIMUM
429.429.509.419.
2153.511.
2305.10.
454.2355.358.546.511.
6.
2351.
UET BUL3
S.7S8. £79.6411.6611.9610.227.168.208.8312.2011.4115.5918.1019. OO
9.36
DATS
168.169.170.171.172.173.174,175.176.177.ITS.179.180.181.182.183.134.185.166.1S7.
SURF ACS WATER
19.3419.3419.6220.1820.6321.6123.1623.3823.9224.5223.9723*2322.2721.8322.4822.5622.1221.3621.5121.84
DRY BUL2 AIR
14.0016.1818.9220.1321.1722.4820.6721*6025.3321.4415.9015.4014.7719.6118.8418. SI18.6714.7713.2920. ?0
MAXIMUMAIR
20.5220.7923.6922.8124.2125.6227,0327.2929.9325.0919.2022.1018.0623.1624.3024.3921.5719.1119.2926.76
TIME 0? MAXIMUM
1530.1220.1733.1354.1648.1031.1844.1510.1708.1*05.1702.1545.2356.1605.1333.1533.1136.1451.1313.
. 1646.
MINIMUM AIR
5.929.4412.9517.1817.7915.5913.5717.4420.1714.9811.637.2413.2214.9814.1016.3015.339.526.54
10.84
TIKE OF MINIMUM
*06.244.443.229.913.
2348.419.625.506.
2329.2354.426.1114.2400.530.222.2400.2348.449.113.
UET 8ULS AIR
10.6713.5716.0218.1619.6619.4616.5919.7421.3518.5112.5611.5715.6517. 6816.4917.9117.9615.1810.5217. 2S
DATE
188.139.1«0.191.192.193.19*.195.196.197.198.199.290.
SURFACE WATER
22.5324.4724.8625.1924.9024.79*»» «
26.1826.5726.3625.9023.7525.37
CRY BULB AIR
24.4425.9123.0523.2?20.2422.6225.7327.1225.4222.3719.9921.3222. 4C
MAXIMUM AIR
29.8451.0727. S230.3323.002S.7920.6552.2223.5326.0623.3026.1523.53
TIKE OF MAXIMUM
1654.1646.1357.1527 .119.
1652.14SO.1315.. 535.15-04.1S57.1714.1713.
(21)
MINIMUM AIR
20.2319.9019.2018.4115.3015.8519.7322.2822.54'13.5816.2117.8317.55
TIME OF MINIMUM
522. *47.
2559.WM«t.
2558.333.456.322.320 !
2325.506.115.442.
UET BUL3 AIR
20.2922.9721.1821.65lb.0317.0221.5525.0422.0320.52 .18.3319.8520.89
Table 2. Raft station: (1) Daily average lake-surface water temperature; (2) daily average dry- and wet-bulb air temperatures; and (3) daily maximum and minimum dry-bulb air temperatures and the time they occurred, [continued]
DATS
2C1.202.203.204.205.206*207.208.209.210.211.212.213.214.215.216.
SURFACE WATSR
25.3526.0726.3126.2126.0226.2625.9525.6226.1226.2726.082S.5325.8725.2225.6526.62
DRY BULBA Ift
22* 9924.6023.7320.1019.6320.6222.05.23.1823.8423.5420.7219.0120.5120.7924.2223.97
MAXIMUM AIR
27.1223.2628.17**4. * **
26.5025.4426.5025.8830.1129.1425.4423.2526.76
- 23.9529.6728.26
TIME 0? MAXIMUM
1643.1427.1858.1519.1857.1842.1559.1631.1301.1255.1730.1719.1336.1627.
. 1738.1615.
KINXMUM Alfc
18.1421.84is.es15.4214.8914.191S.SO20.6919.8117.8817.5315.5914.1017.2620.2519.64
TIMS OF MINIMUM
405.2356.240C.508.502.421.420.
2400*449.527.
2359.453.458.206.227.544.
WST BULK AIR
21.4522.8820.0517.4316.9717.1518.772O.9421.2519.7719.6616.8317.5519.6022.1721 .52
DATS
217.218.219.220.221.222.223.224.225.226.227.228.229.230.
SURFACE WATSR
27.1027.6527.1926.8026.0225.1825.0824.8424.9225.5025.7425.2525.9125.41
DRY BULB AIR
25.2424.6227.7121.2517.8219.3218.3320.1621.9921.5223.7619.4322.9523.36
MAXIMUM AIR
30.9020.0254.5025.0920.7823.4223.6025.0026.0629.3132.8522.5755.3627.82
TIME OF MAXIMUM
1614.1654.1649.1740.1436.1712.1827.1650.1754.1658.1758.1824.1750.1412.
MINIMUM AIR
19.2018.5220.6115.5914.8916.0314.0115.5718.2514.1913.7616.1218.6719.90
TIME OF MINIMUM
447.437.428.
2324.438.
2400.528.518.
2359.544.140.549.559.232.
uer BULBAIR
22.5719.7620*5816. SA16.8617.46
. 15.8417.1219,1718.3220.2813.0420.7520. PI
DATS
251.232.233.234.235.236.257.238.259.240.241.242.243.244.
SURFACE WATER
25.00 24.5924.0025.8525.8125.8224.6024.8825.1225.0124.6124.6]2«».5224. T9
DRY BULB AIR
20.23 17.4619.6918.2519.9821.9725.2025.0022.3725.7121.3521. SO21.0723.64
MAXIMUM AIR
24.04 22.6525.1823.3323.9526.0651.1623.4329.0550:1925.3623.0025.9730.19
TIME OF MAXIMUM
1409. 1608.1224.1516.1640.1641*1622.1526.1523.1645.1452.1723.12SS.1515.
MINIMUM AIR
12.95 11.5515.7715.1314.8019.0219.2917.7916.9117.7?18.1417.0917.4417.00
TIME OF MINIMUM
2354. 238.
2355.541.201.529.427.547.510.550.917.S59.536.250.
WET BULB AIR
16.9615.0418.50IS-*!.**«F . W*t
17.0820.83 * » <Mh« /
20.1119.84** , ^ e _w. IBto ooJ»O . 77
13.3019.4720.47
;(22)
Table 2. Raft station: (1) Daily average laKe-surface water temperature; (2) daily average dry- and wet-bulb air temperatures; and (3) daily maximum and minimum dry-bulb air temperatures and the time they occurred, [continued]
DATE
245.246.247.243.249.250.231.252.253.254.255.256.257.258.259.260.261.262.
SURF ACS UATSR
25.1224.9224.2923.8922.9822.5722.5322.6822.2221.2920.6120.2019.7218.8918.2017.6617.3216*88
DRY BULB AIR
26.7522.08IS. 4116.7013*6417.3222.9619.2915.579.2611.0211.2010.5010.5710.6712.7210.967.71
MAXZKUi.AIR
53.7125.8023.4222.6316.1222.8128.9623*3119.6412.1614*9815.6815.1511.5512.8715.3314.629.61
TIMS OF MAXIMUM
1443.B.
1154.1349.1034.1613.1934.1506.341.
1123.1540*1338.1310.533.1256.1434.1634.1309.
MINIMUMAIR
20.2517.7915.0612.1610.2513.7516.8216.8210.846.456.546.714.439.529.0810.236.365.57
TIMS OF MINIMUM
430.2358*2355.609.621.509.613.921.
2359.527.542.
2353.630.
2359.431.353*232S.2352.
UST BULS AIR
22.4513.2717.8315.3511.6014.7419.1717.7112.988.819.319.048.9710.5710.1012.068.136.26
DATS
263.264.265.266.267.268.269.270.271.272.273.274.275.276.277.278.279.290.281.232.
SURF ACS UATSR
16.2015.4014.6714.2614.0914.4315.1115.2715.6515.1914.9715.0914.3314.49.4.2413. 9713.6413.3613.2612.78
DRY BULB AIR
6.035.163.646.6?11.6814.9414.5017*6918.5910.1215.2614.229.979.309.56S.5S7.186.215.418.25
MAXIMUM AIR
7.638.386.13
13.4818.5823.6022.3924.4822.9812.6920.4319.4611.9910.4012.3410.9312.873.3313.0412.07
TIMS OF MAXIMUM
1644.1606.1643.1550.1620.1620.1520.1628.1524.
9.2110.
29.1159.1613.1414.1037.1602.
19.1654.1504.
MINIMUM AIR
5.043.23-.23
-1.206.894.787.518.91
12.698.47
1C. 679.358.828.128.294. SI.91
1.52-.061.79
TIME OF MINIMUM
2355.1453.»»*»»«* .. .«»«» .603.
2348.631.634.241.2400.722.20.
2344.230.
233*.23.
2359.544.
2400.629.147.
UST BULBAIR
4.833.922.673.708.6511.2111.3514.7315.889.6214.6313.529..S79.00S.987.735.305. S33.545*66
DATS
283.284.285.236.287.233.239.290.291.292.293.294.295.296.297.29S.299.
SURF ACS UATSR
12.4212.1611.7211.5411.0210.6310.3410.159.399 .579.429.369. SI9.239.073.34S.76
BRY BULS AIR
9.466.271.582.264.355.055.345.423.945.936.306.417.765.665.605*397.06
MAXIMUM TIME OF AIR MAXIMUM
11.46 2256.11.72 139.5.57 1435.3.46 2251.12.60 1445.6.18 2359.9.35 1SOO.
10.495.487*3310.939.5215.757.3610.2312.95
420.3.
030.539.301.500.615.540.530.
14.45 1602.
MINIMUMAIR
7.68-.59-1.46
.73
.125*81.32.47
2.84 .3.995.653.722.76.20
1.43-.41.82
TIME OF MINIMUM
1054.2153.325.722.709.65?.
2504.704.711.100.
2347.100.
235?.640.
24OO.647.553.
UET BULB AIR
8.814.45.67
2.212.964.594.615.932.405*605.45« «)« *
6.255.53s. os3*234.52
Table 3. Raft station: (1) Daily average wind speed atthree levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred.
[mph, miles per hour]
MEASURE JULIAN HEIGHT BATE
1 METER ISO.151.152*153,154.155.156.iS7.15S.159.160.161.162.163.164.165.166.167.
2 METER 150.151.152.153.154.155.156.157,isa.159.160.161.162.163.164.165.166.167.
4 METER 150.151.152.153.154.155.156.157.153.159.160.161.162.163.164.165.166.167.
DAILY M>E<ffffl)
5.7633.1632.7443*1034.0844.7314.6976.5492.8924.5622.1066.4047.335B.0507.6983.3677.6465.236
6.5553.8433.2553.6864.7015.4485.3997.3793.5205.3372.7077.4758.0608.8208.3104.4558.1505.790
7.4214.25?3.2503.5995.2136.2546.151S.6903.6995.9822.7077 « 9**S8.5209.2508.8504.7789.0706.538
DAILY MAX(«ph>
21.4516.9812.8216.8719.8417.8617.8024.0513.7017.9110.7326.9120.9419.4121.1116.8726.3514.91
19.2218.8813.6116.0822.1018.4018.5925.3014.5518.9911.2929.6322.1621.4822.4719.4726.2115.85
24,9121.6514.3216.3022.2718.6520.3529.8915.8521.4211.1230.6225.1625.1625.9519.3026*0416»96
TIMS OF MAXIMUM
1254.1152.1757.1205.1403.1042.923.
1644.1308.1147.1500.1553.1000.925.1121.1C3S.1332.1357.
1254.1018.1736.1718.1403.1042.1440.16C5.1308.1318.1500.1554.931.
1025.315.
2107.1416.848.
812.1112.1736.1548.1403.1042.928.
1700, .1712.1704.1814.1551.1250.1018.315.
21071350.253.
DAILY 1MXRXnpK).656.571.571.571.571.571.571.571.571.571.571.571.600.600.571.600.600.571
1.788.571.571.571.571.571.600.600.600.600.57:.571.713.600.571.600.600.571
2.043.571.571 571.571.571.571.571.571.571.571.571.600.600.571.571.600.571
"IMS OF MIKIMUM
118.1924.134*
2357.2321.1955.2217.2352.439.
2315.1400.1810.605.
1857.2325.2337.441.
2136.
118.2242.134.827.2321.111.
2357.2356.2025.2400.1112.1808.524.
1837.2321.2323.231.
1935.
1542.2242.741.
2357,2523.112.
2217.2352.2013.2315.1400.1310.604.
1957.2322.2258.410.
2136.
C24)
Table 3. Haft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
MEASURE HEIGHT
1 METSft
2 METER
4 METER
JULIAN SATE
168.16?.170.171.172.173*174«175.176.177.ITS.179.180.181.182.183.184.185.186.187.
168.169.170.171.172.173.174.
&:177.178.179.180.181.182.183.184.185.186.137.
168.169.170.171.172.173.174.175.176.177.178.179.180.131.182.183.184.125.186.187.
DAILYAVERAGE
1.7725.5036.9596.0395.5716.6771.5854*2867.4612.5804.1805.5605.5165.6O43.3074.9534.0557.8902.7186.156
2.3276.6918.3207.4546.6427.7052.0805:8333.1375.0324.5186.6766.2523.7775.9814.6458.6603.2596.996
2.1167.1598.9908.1457.0898.5901.7785*2478.3503.1165.4474.8277.4796.7203.9656.4434.7729-. 7502.96S7.272
DAILY MAXIMUM
12.1720.2423.0718.1721.7419.5810.7514.3823.0914.9415.3413.8120.4116.3312.9620.3822.9222.8712.1423.35
11.9721.7422.7018.9925.4619.7010.78*9**5«.2 *w315.4516.3015.5120.2617.7212.9525.8426.3824.9111.8022.67
13.1621.2822*4120.4323.3821.4010.4418.9922.7314.8016*1917.2418.1419.4113.3?28.0523.4427.2312.7424.23
TIME OF MAXIMUM
1537.1714.1227.1126.1444.334.1408*2343.1231.1333.2308.1430.1359.1707.1406.1127.2259.1550.1500.1534.
1537.1233.1416.1127.1414.1455.1312.i54I:1333. .2308.952.1359.1652.1406.1600.2140.1532.1524.1244.
1537.1233.1416.1126.1414.1455.1312.542.1211.1334.1307.952.1359.1624.14O6.1600.2140.1532.1S24.1509.
DAILY MINIMUM
.571
.571
.600
.600 600 600.571.571.600.600.571.600.600.600
' .571.571.600.600.571.600
.571
.5712.1841.109.600.600.571
1-.7S2.600.571.600.656.600.571.571.600.911.600.600
.571
.5711.930.571.571.571.571.571.600.571.571.571.600.600.£71.271.571.600.571.600
TIME Of MINIMUM
2146.454.
2115.2335*2006.2400*2337.533.1859.2359.2127.2142.736.
2400.2149.429.2042.2310.2057.417.
1523.454.
2059.2325.1124.24OO.2337.rEft:2354.2127.645.326.
2338.1152.425.
2021.2217.2306.305.
23*9.454.545.
2325.705.
2143.2337.1210.2011.2142.2127.313.726.
2400.21-49.429.1405.2313*2315.415.
C25)
Table 3. Raft station: (1) Daily average "wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
MEASURE HEIGHT
1 METER
.
2 METER
4 METE*
JULIAN DATE
188.189.190.in.192.193.194.195.196.197.198.199.200.
188.139.190.191.192.193.194.195.196.197.198.199.200.
188.189.190.191.192.193.194.195.196.197.193.199.200.
DAILY AVERAGE
7.7572.5946.1737*6367.89O4.8637.2375.214.6.1494.3841.9502.8892.169
8.3203.3077.5178.6908.4205.4267.9706.0687.4874.8732.5553.6432.789
8.6503.2388.3109.2309.0105.5078.4206.3668.0704.9622.3793.7372.783
DAILY MAXIMUM
24.9613.9816.9222.3924 .6S15.7421.8215*6220.8915.5413.2213.7512.42
28.0214.1818.1421.7926.5216.5322.1316.4120.8016.9013.8413.7313.92
25.0216.3317.6622.9523.0517.1223.0417.5821.2518.2513.6115.8815.28
TIME OF MAXIMUM
1532.2312.1215.1102.1118.1506.1421.1613.1449.1308.1509.555.1457.
1532.2337.1212.1252.1118.1306.1343.1401.1449.
IS.1509.556.1454. m
1542.2214.1215.1112.1403.1233.1433.1502.1506.106.
1509.1053.1457.
DAILY MINIMUM
1.901,571
1.477.600 6OO.600.600.600
1.194.571.571.571.571
2.892.600
2.2131.222.600.600
1.9301.5331.986.571.571.600.571
1.031.571
2.609.600.600.600.600.600.628.571.571.571.571
TIME 0? MINIMUM
231.1938.745,
2353.2400.723.1953.2252.323.
2058.2153.2133.2200.
2324.2032.753.
2353.2400.609.
1959.2234.323.2346.2158.2400.2200.
2324.754.356.
2400.2400.800.1959.2233.323.
2346.2158.2133.2200.
C26)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
MEASURE JULIAN HEIGHT DATE
1 METER 201.202.203.204.20S.206*207.208.209,210.211.212.213.214.215.216.
2 METER 201.202.203.204.205.2O6.207.208.209.210.211.212.213.214.215.216.
4 METER 201.202.203.204.205.206.207.208.209,210.211.212.213.214.215.216.
DAILY AVERAGE
3.0652*9843.3594.2601.8001.9035.0945.4492.3072.3732.2574.7631.5923.6422.6082.555
3.7263.7713.8244.8972.3172.5506.2046.1842.6772.7752.8915.7022.1424.5393.0233.404
3.S733.9363.9455.3811.9642.3966.4536.5182.3962.8612.7126.4271.8464.9003.1213.444
DAILY TIME OF MAXIMUM MAXIMUM
14.2610.2715.8220.098.7510.6720.7714.1214,4111.9415.7117.326.5117.2112.599.25
16.6710.5616.1919.109.9612.4519.5014.3513.8412.7916.7019.957.7615.4212.8510.19
22.7013.1316.5824.0810.4411.7718.7414.55
. 14,2913.73 -15.7421.888.6915.9115.3710.08
1221 »*518.1612.1253.1156.1200.1214*759.1700.1348.549.
1401.1141.910.1255.1258.
1221.518.1612.1311.1156.1351.1214.919.1700.1256.549.1046.1423.910.1252.1715.
944.. 518.1656.1332.1125.1426.1441.909.1724.1346.549.1046.1141,910.1233.1733.
DAILY MINIMUM
.571
.571
.571
.571
.571
.600
.600
.600
.571-.571.571.600.571.600.571.571
.571
.571
.571
.571
.600
.571
.6001.166.571.571.571.600.600.600.571.571
.571
.571
.571
.571
.571
.571
.600
.600
.571
.571
.571
.571
.571
.600
.571
.571
TIME OF MINIMUM
1924.139.
1934*500.2013.2356.SOO*
2351.2202.2130.2005.2400.1829.2347.2305.512.
114.139.
2135.31.
2359.850.351.
2251.332.
- 201.19.
2400.2225.2344.932.511.
1926.136.
2135.2156.^152 .2050.2227 »2353.2202.2130.2005.2106.1829.2345.23CS.621.
C27)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
. - -----MEASURE JULIAN HEIGHT DATE
1 METER 217.218.219.220.221.222.223.224.225.226.227.22S.229.230.
2 MSTER 217.21S.219.220.221.222.223.224.22S.226.227.223:229.230.
4 METES 217.21S.219.220.221.222.223.224.225.226*227.228.229.230.
DAILY AUERAGE
3.6331.7777. 0753.5243.0004.6722.3115.9744.6691.8812.6781.9261.6874.186
A. 1272.3477.7964.2073.7625.5222.9667.0055.0542.3133.2762.4912.1645.095
4.0782.0688.3004.4223.7965.9902.8037.3495.484-2.2385.0682.273
* ' 1.6405*273
DAILY MAXIMUM
13.257.76
23.0415.9112.0315.2512.0017.0916.6410.3614.1816.279.2315.00
13.478.60
24.4519.3612.9316.0511.9219.5017.1811.5515.3117.978.9216.10
13.399.65
27.1419.6112.9617.6913.0821*4217.3810.8414.4118.038.7517.97
TIME OF MAXIMUM
1233.1305 .'1105.1202.1904.1247.811.1319.1442.1448*.1218.1516.1422.1320.
1233.949.1213.1119.1904.1201.811.
1336.1442.1249.1218. '1516.1422.1416.
1015.949.
1<M>5.1111.1840.1611.811.
1319.1442.1515.1033.1516.-1422.1341.
DAILY MINIMUM
.571
.571
.600 6OO.571.600.571.600.571.571.600.571.600
' .571
.571
.571
.600
.571
.571
.600
.600
.629
.571
.571
.571
.571
.022
.571
.571
.571
.600
.571
.571
.600
.571
.600
.571
.571
.571
.543
.571
.571
TIME OP MINIMUM
1946.626.2400.2400.1641.2350.
46.917.
2307.1911.2400.2220.2357.251.
2146.1650.2354.2129.1639.2225.2139.
22.2307.1911.2305.2220 *1727.251.
2146.2019.2400.2129.1641.2345.2103.1043.2307.2055.2305.623.1958.251.
C28)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
.... _
MEASURE HEIGHT
1 METER
2 METER
4 METER
JULIAN DATS
' 231.232.233.234.235.236.237.238.239.240.241.242.245.244.
231.232.233.234.235.236.237.238.239.240.241.242.243.244.
231.232.233.234.235.236.237.238.239.240.241.242.243.244.
DAILY
5.4903.4484.4491.9224.2864.3444.0262.9712.5754.6723.5521.9733.7374.735
6.2454.2795.3342.4865.4095.5344.7665.4672.9075.5854.2652.4854.4775.566
7.0514.5815.9142.2765.8795.5684.7895.6343.0546.1414.5022.2904.8406.221
DAILY MAXIMUM
19.1914.3818.7111.2418.1115.7011.6525.8714.0715.5124.3410.8716.5316.19
22.4416.5017.2412.8518.8314.4615.8128.4715.3316.2224.7612.5717.1816.13
24.5716.8413.1415.3919.1917.6916.5650.5115.3821.1729.1212.5117.2918.06
TIME OF MAXIMUM
651*1630.1636.1130. .1313.209.1230.
29.1910.2007.800.1049.1220.1328.
854.1724.1649.1215.1315.1621.1112.
10.1910.2005.432.'
1145.1220.1323.
822.1724.1656.1143.1314.1621.522*
8.1910.2014.437.1524.1305.1048.
DAILY MINIMUM
.600
.571
.600
.571
.571
.571
.600
.571
.600
.600
.571
.571
.600
.600
.600
.571
.600
.571
.571
.600
.571
.571
.600
.600
.571
.571
.600
.600
.571
.571
.600
.S71
.571
.600
.571
.571
.517
.600
.571
.571
.600
.600
TIME OF MINIMUM
2400.632.
2400.2022.101.
2039.2134.1916. '2308.2400.2245.2245.2506.1S27.
2400.2027.2400.2022.101.
2341.1502.2128.2308.2400.2247.2245.1831.727.
2142.1044.2400.2022.105.
2400.1505.1916.751.
2400.2247.2245.2022.2357.
C29)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
MEASURE JULIAN DAILY HEIGHT DATE AVERAGE
1 METER 243.246*247*246.249,230.251.252.253.254.255.254.257.258.259.240.241.242.
2 METER 245.244.247.248."249,250.251.252.253.254. tw BWW *
254.257.258.259.260.241.242.
4 METER 245.244.247.248.249.250.251. '252.253.254.255. .254.257,253.259.240.241.242.
5.0472.3381.5223.2575.4984.4994.5713.7897.4442.0733.1542.2974.2444.4153.4584.9224.8375.285
5.9502.9552.1314.095"4.7925.3257.5154.4788.7302.7313.9243.0215.0177.2244.2448.0107.9103.992
4.7402.9011.7974.3437.7884.0498.9404.85910.1902.4454.1403.0343.5893.2004.3849.3409.1904.295
DAILY MAXIMUM
18.089.487.9319.4124.4812*7420.5814.0924.747.549.9914.2414.0114.1911.4925.5424.9911.83
IS. 719.318.32
24.8021.1714.0920.8314.4134. *47.8212.8812.4213.1717.2112.1728.0224.8912.45
21.2511.2410.3423.1323.9214.3322.4115.7435.048.7513.4114.4414.9319.3014.1824.0724.7213.70
TIME OF MAXIMUM
2029.1437.1249.2021.844.1719.1848.1437.347.
1058.1233.1237.2340.451.
2040.841.1124.1923.
1947.1437.1532.2014.931.1404.1848.121;347.1058.1431.1415.2113.1021.
22.1327.1054.2000.
1442.27.
1249.2014.841.
1404.1034.238.358.1052.1431.1040.2230.443.22.
1327,1044.1709.
DAILY MINIMUM
.400
.400
.571
.400
.400
.400
.400
.571
.400
.571
.400
.571
.571
.400
.571
.400
.400
.400
.400
.571
.371
.400
.400
.400
.400
.400
.400
.400
.400
.371
.371
.400
.371
.713
.400
.400
.371
.345
.571
.400
.400
.400
.571
.571
.400
.571
.400
.571
.571
.400
.37:
.400
.400
.400
TIME 0? MINIMUM
454.2354,2219.2353.2204.1920.2537.2104.2341.2003.2339.2204.733.
2254.- 827.
2234.2352.2357.
405. 2214.2219.2202.2158.1350.2334.2334.417.
2143.2344.2204.742.
1849.319.1842.2349.1244.
444.1317.2219.2321.2138.1851.2337.2104.2241.1948.2344.2204.743,
2154.819.
2233.2343.2249.
(30)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
. -.
MEASURE HEIGHT
1 METER
2 METES
4 METER
JULIAN DATE
263.264.26S.266.267.26S.269.270.271.272.273.274.275.276.277.278.279.2SO.2S1.282.
263.264.265.266.267.268 »269.270.271.272.2^3.274.275.276.277.27S.279.2SO.281.282.
263.264.265.266.267.268.269.270.271.272.273.274.175.276.277.278.279.280.231. 2*2.
DAILY AVERAGE
7.5997.6136.3494.6965.6002.7731.3685*5226.5863.9553.2244.0982.9204.2682.4066.2292.9723.5931.6618.020
8.6608.5907.3925.7046.5553.5661.7596.2497.6474.6563.9834.9273.5935.0363.1467.1913.3884.2782.4039.120
10.24010.130S.70C6.5327.4723.9601.6707.4268.9804.9954,4045.5333.7085.7103.2498.4504.1114.592
iilllo
DAILY MAXIMUM
21.0322.3918.8516.8419.5012.1410.3919.7018.7614.0413.1012.3112.6513.259.68
20.8615.0313.9210.5024.20
23.7220.9720.4119.3622.8114.129.7419.2719.8416.9513.3013.9214.3313.7313.3321.5114.8914.4310.6727.90
23.8922.4722.1320.8021.9915.4510.2523.8922.3915.7116.5615.0017.7215,1714.0425.6718. 3815.2312. SS 26 .26
TIME OF MAXIMUM
1701.1338.317.1539.128.
1312. *1236.2357.444.
526.1440.353.1440.406.1358.2029.1028.1431.1512.1530.
1701.1134.757.
1514.234.
1338.1236.2357..633.526.
2228.353.1438.329.1308.2018.1300.1445.1446.1014.
1701.1338.842.
1601.234.
1221.1349.2356.633.526.1445.226.1433.1022.1308.2012.1259.415.ISIJ./-Hi.
DAILY MINIMUM
.9111.958.'600.571.571.571.571.571.600.600.600.600.600.600.571.600.571.600.571.571
1.7323.005.571.571.571.571.571.571.600.600.600.600.600.600.571.600.600.600.571.600
.6563.147.600.571.571.571.571.571.600.600.373.600.600.600.571.600.571.600.571 .571
TIMS OF MINIMUM
26.1506.2400.304.2307.754.2011.439.1311.2347.1542.2400.1753.2339.1124.420.253.
2400.1859.
25.
55.1942.'2143.300.
2303.753.2155.438.1511.2316.1409.1425.1701.2316.1131.417.
2314.2351.
16.213.
55.' 1942.
2400.305.
2309.755.2155.439,2342.2356*1406.2400.1814.2353.1137.2337.2027.2359.1900.
031)
Table 3. Raft station: (1) Daily average wind speed at three levels above the lake surface; and (2) daily maximum and minimum wind speed at each level and the time they occurred, [continued]
MSASURc HEIGHT
i MSTER
2 METER
A METES
JULIAN DATE
285.284.283.286.287.288.289.290.291.292.293.294.295.29*.297.298.299.
2S3.284.225.286.287.
*2S8.299.290.291.292.293.294.295.296.297.293.29*.
233.234.285.286.287.288.289.290.291.292.293.294.295.296.297. '298.299.
DAILY AVERAGE
7.1945.999 .4.5364.2823.7175-7515.7412.9724.7715*8314.3352*451.949
3.6114.0953.1472.560
8*3106*9145.4575.1454.5456.4956.6363.8305.4516. 6385. 1732.9221.3494.2694.8394.1523.332
9.3108.1206.2605.8415.1467.3317.7544.2535.9657.6275.9063.1971*1684.8SO5.4994.4173.631
DAILY TIME OF MAXIMUM MAXIMUM
23.2618.1415.5411.5211.4318.8518.1418.0315.6314.2414.1810.166.01
11.6314.6322.1611.43
27.2823.1215.0611.8912.3119.9218.9115.2315.3113.78
14.5510.137.4812.2817.2421.0011.60
27.9923.1517.3313.2214.1821.2321.0818.7615.0816«OS17.9111.157.2513.4717.4321.2313.64
541.523*1458*1546.129.
1302.834.
1244.649.
2020.915.205.1349.1101.1642.1342.1255.
533.511.
1230.2327.323.1145.1734.1314.1114.1933.915.259.
1304.1101.1645.1546.2244.
12.511.1359.2327.326.
1302.1107.1244.1157.1220.915.131.
1304,1113.1655.1542.12S2.
DAILY MINIMUM
.600
.600 600.571.571.600.571.600.600
1.449.571.571.571.571.571.571.571
.600
.600
.600
.600
.600
.600
.571
.600
.6002.071.600.571.571.571.571.371.571
.600
.600
.600
.600
.571
.600-.503.600.600
1.873.600.571.571.571.571.571.S71
TIME OF MINIMUM
2342.2324.2229*1748.1954.2400.2307.2345.2241.
*4.1759.1209.2114.224.
2313.2328.1S27.
2110.2312.530.1044.2208.2400.2306.2315.2241.134.
1950.1209.2114.220.
2308.913.
1S27.
2358.2317.646.
" 1044.1954.2400.100.
2345.2241.134.
2149.1209.2114.222.
2313.232S.1827.
(32)
Table 4. Land station: (1) Daily average dry- and wet-bulb air temperatures; and (2) daily maximum and minimum dry-bulb air temperatures and the time they occurred.
[c, degrees Celsius]
DATE
ISO.151.152.153.154.155..156.157.158.159*160.
162*.163.
16s!
167.
BRY BULB AIR CO
11.0212.9512.8015.3314.8411.7110.5213.4413.5015.4514.8118.7322.0620.5220.5313*8510.9912.76
MAXIMUM AIR CO
16.5620.3721-4923.8621.4016.5617.1821.4924.5622.4525.8029.9328.5223.9525.2718.2314.8019.37
TIME OF MAXIMUM
1228.1805.1543.1207.1355.1619.1508.1547.1513.1441.
' 1447.1450.1546.851*1516.1659.929.
1501.
MINIMUM AIR (jO
6.984.51
6.629.266.363.193.37.56
5.922.5811.9016.2117.7914.8910.409.084.95
TIME OF MINIMUM
412.437.1307.409.
2151.443.
2233.6*
438.2358*426*19.
444.120*
2312.2232.2359.2400.
UET BULB AIR (C)
S.S68.906.7711.4211.699.566.927.447.99
11.4710.5215.5618.2018.7318.0413.13'9.759.17
DATE
168.169.170.171.172.173.174.175.176.177.178.179.180.181.182.183.184.185.136.137.
B8T BULB AIR
13.8716.0219.6520.6421.4522.5620.7721.7225.3621.7816.1215.4914.7619.4418.7618.7413.5014.4813.1720.55
MAXIMUM AIR
23.4224.0426.2426.5926.9427.1229.2330.9031*1628.4320.3724.1217.4424.3026.3225.3323.1620.1721. OS29.05
TIME OF MAXIMUM
1524.1229.1359.1311.1709.1102.1459.1508.1705.1417.1643.1534.2357.1425.1907.1341.1110.1336.1918.1426.
MINIMUM AIR
2.935.5712.6016.9117.6214.1910.7516.0319.0213.0410. OS4.9513.0413.8312.6014.5414.717. SO4.2S8.47
TIME OF MINIMUM
426.442.428.300.917.
2359.436.
3.349.
2356.2127.452.16.
2356.434.402.
2352.2400.426.yy»
UET BULB AIR
9.9512.8316.23IS. 1319.5319.0716.1319.5321.2218.3812.3811.3713.3517.12IS. 9017.3717.4512.539,87
16.96
HATE
188.189.190.191.192.193.194.195.196.197.198.199.200.
DRY BULB AIR
24.5826.3523.8326.1315.64Z2.3026.2227.7625. S722.1219.1221.3822.07
MAXIMUM AIR
31.3438.2731.1633.3623,9330.9933.9835.7431.1627.472S.9729.0530.46
TIME OF MAXIMUM
1636.1437.1443.1458.120.
1651.1428.1349.1527.14C2.1S30.1746.1833.
MINIMUM AIR
19.0218.9419.1117.8814.01li.7217.1821.2320.6115.7712.9514.9814.62
TIME OF MINIMUM
209,443.453.415.
2400.407.422.454.415.
2352.4S7.
1.502.
UET BULB AIR
20.2422.9321.2521.6615.1616.6021.3622.9921.3919.3917.7019.4020.07
(33)
Table 4. Land station: (1) Daily average dry- and wet-bulb air temperatures; and (2) daily maximum and minimum dry-bulb air temperatures and the time they occurred, [continued]
- - ~- : - = "~* ----- -
DATE
201.202.203.204.20S.206.207.208.209.210.211.212.213.214.215.216.
DATS
217.218.219.220.221.222*223.224.225.226.227.228.229.230.
DRY BUL2AIR
22.2124.7123.3319.2019.2817.8221.7523.3823.2122.8320.1318.0219.7619.9124.5023.92
DRY BULS AIR .
25.0824.5127.4121.1716.8819.1818.0219.9021.8220.9323.6818.1923.0123.51
MAXIMUMAIR
29.3130.0229.9326.3927.9128*5229.4029.7530.8131 .5127.3824.1228.8725.5332.3131.51
MAXIMUM AIR
32.4834.0635.3823.4322.3724.9225.3628.4327.7331.0733.6223.6032.4831.87
TIMS OPMAXIMUM
1346.1418.1235.1606.1811.1813.1447.1606.1520*1536.1540.1636*1337.1623.1439.1608.
TIME OF MAXIMUM
1346.1723.1521.1444.1439.1728.142S-1404.1707.1704.1803.1651.1727.1509.
MINIMUMAIR
14.9821*1316.3012.2511*4610*8411.8119.1117.4414.1015.7712.0710.4014.1018.4116.65
MINIMUMAIR
17.4415.1513.8512.1611.1113.3910.9310.0514.8910.9316.1212.3417.8817.79
TIMS OFMINIMUM
435.2250.2400.459.454.424,313.
2352.240O.454.2400.442.511.124.213.438.
TIME OF MINIMUM
318.512.413.
2312.427.
2253.2400.517.
2400.536.517.547.106.221.
WET BULSAIR
20.6122.5919.6116*2916.1016*1418.1420.3920.5618.5118.7815.4316.3618.7121.7720.84
UET BULB AIR
21.9619.4920.4016.3515.7317.0215.25.16*8219.4918.4921.4216.9421.1221.62
DATE
231.252.233.234.225.236.237.238.239.240.
' 241.242.243.244.
DRY 3ULB AIR
19.6116.7919.5017.7120.1722.2325.9423.4022.6124.4717.1321.492C.3124.00
MAXIMUM AIR
25.9725.0026.6826.6827.2928.9635.3031.6033.6223.6226.5930. 3729.3433.45
TIME OF MAXIMUM
1427.1526.1153.1517.1455*1643.1356.1611.1324.1433.1439.1543.1218.1547.
MINIMUM AIR
8.648*0312.699.2612.1617.9716.9116.3813.4816. «1la.5614. 4S14.0113.13
TIME OF MINIMUM
2336.314.
2400.517.209.521.446.
2352.349.501.
2233.2334.100.321.
UET BULB AIR
13.4115.0018.1416.5718.7720.47'24.6522.2821.3822.4721.3721.6320.7024.19
C34)
Table 4. Land station: (1) Daily average dry- and wet-bulb air temperatures; and (2) daily maximum and minimum dry-bulb air temperatures and the time they occurred, [continued]
DATS
245,246,247.243.249.250.251.252.253.254.255.256.257.258.259,260.261.262.
DATE
265. 264.265.266.267.268.26?.270.271.272.273.274.275.276.277.278.279.280.281.282.
DRY BULBAIR
27.3321.4217.2116.2?12.75'17,9623.3819.5815.077.9610.3410.099.7410.4510.4712.709.806.99
DRY BUL3 AIR
5.44 4.702.886.0011.4114.1513.7916.9318.9010.1115.0414.309.888.989.448.066.075.434.087.50
MAXIMUMAIR
37 .2326.5024.3925.1816.33
. 26.1530.9026.2413.94 .11.9017*1818.7617.3511.1113.9217.0014.9810.49
MAXIMUM AIR
7.85 8.826.2716.3021.0526.3226.3227.0325.5312.6019.0218.7612.5410,6714.0111.7213.837.9416.0314.54
TIMS OFMAXIMUM
1503*1155*1155.1326.1051.1557,1501.1600.350.1133.1334.1327.1233.1111.1300.1320.1519.1340.
TIMS OF MAXIMUM
1310. 1343.1219.1544.1555.1601.1455.1557.1232.
6. : .2217.
29.1214,1427.1251.1055.1550.408.1617.1420.
MINIMUMAIR
17.8814.6212.2510.318.29
12. S715*3315.428.383.024.072.761.179.268.649.523.554.07
MINIMUM AIR
4.34 2.76
-3.05-3.313.461.354.164.9512.698.3810.679.358.826.987.412.76-i.si-1.55-3.13 2.34
TIME OFMINIMUM
600.2400.2351.541.573.434.203.
2217.2357.553.546*
2400.538.
2400.439.
8.2245.133.
TIMS OF MINIMUM
446. *1452. »*> ?"*~S56.*
2345. .624.-631.535.
2400.712.19.
2356.620.
2327.2223.2400.624.
2400.437.103.
UET BULBAIR
27.5721.6917.4216.6112.9713.2323,5919.8315.413.1310.6510.399.9410.6410.6812.9410.157.18
UET BULB AIR
5.674.945.066.1411.7414.23
DATS
283*284.285.236.2S7.238.239,290.291.292.293.294.295.296.297.298.299.
DRY BULB AIR
9.215.711.452.054.32*4.954*624.603.835.935.736.567.255.005.084.396. 05
MAXIMUM AIR
11.3711.727.503.5514.105.839.7912.165.227.5012.6010.4916.919.0810.3114.5615.42
TIME OF MAXIMUM
2400.138.
1422.1257.1541.2400.14S7.1548.
V ^ .
1241.1434.1527.1500.1541.1536.1459.1519.
MINIMUM AIR
7.68-3.84-1.46
.58-1.645.72-1.73-2.432.843.90.47
5.65-.25
-1.99-.1 w» i .<W«V
-4.1?-2.73
TIME OF MINIMUM
1111**»*»*T?mtmm*tf .
530.611*
2137.704.
2358.e-42.726.
4.2053.
1.2315.404.
2400.656.615.
UET BULB AIR
(35)
Table 5. Land station: (1) Daily average wind speed;(2) daily maximum and minimum wind speed and the time they occurred; and (3) daily total precipitation.
[mph,
DATS
150. '151.152.153*154.155.156.157.158.159.16O.161.162.163.164.165.166.167.
DATS
168.169.170.171.-172.173.174.175.176.177.178.179.180.181.1S2*183.184.185.186.187.
miles per
UINDQ2M DAILY
3.3642.3621.9821.7943.3983.6973.2775.5702.6023.8232.1903.1172.6412.8423.7702.7576.4093.914
UIND82K DAILY
AVERAGS
1.8232.8883*4042.9242.4905.4422.0582.1003.8551.7655.1513.6974.6294.1392.8063.2472.8585.8162. '2962.366
hour; in, inches]
UIND32M DAILY
MAX (ft?*)
19.4715.0812.209.76
20.6313.8716*0827,2012.0817.469.99
12.9610.3911.0716*1014.0420*6013*36
UIND82M DAILY
MAXIMUM
7.9814.2913.9811.0410.5921.458.77
10.2717.4112.9314.2913.9011.2915.9112.6514.3820.8618.4513.2715.20
UIND32M TIMS OF MAXIMUM
1256.1151.1453.1917.1329.303.
1046.1647*1720.1209.1732.1201.1617.555.234.
1022.1403.1041.
WIND02M TIMS OF MAXIMUM
1334.1424.1423.1334.2353*1439.1442.541.
1158.1349.559.
1416.2218.1622.1314.2040.2255.
727.1434.1546.
UIND92M DAILY
MIN: fmpk}
.260
.543
.543.600.600.600.571.571.571.571.571 60O.600*60O.600.571.571.571
UIND82M DAILY
MINIMUM
.571
.600
.600
.600
.600
.571
.571
.571
.600
.571
.543
.600
.600
.600
.600
.600
.600
.600
.571
.515
UIKD32* TIMS OF MINIMUM
1601.955.
1651.2400.2323*2400.548.
2250*343.
2259.545.
2239.24OO.2130.2358.2225.
129.2108.
WIND82M TIMS OF MINIMUM
404.2342.2334.2359.2352.2340.516.317.
2357.343.22.
2226.2258.2359.2359.2336.2047.2400.644.844.
TOTAL Oft)
0.000.000.000.00.69.02
0.00O.OO0.00
.010.00
.37
.07.83
2.501.44
.010.00
PRSCIP. TOTAL
0.000.000.000.00
.350.000.00
.210.00
.26c.ooo.oc
.76.42
O.OO3.56
.12
.110.000.00
DATS
188.189.190.191.192.193.194.195.196.197.198.199.200.
UIND92M DAILY
AVSftAGS
2.9852.4643.9322.8076.6222.8162.5252.2132.4012.7012*0181.9741.768
WINP22M DAILY MAXIMUM
13.739,2210.0813.2523.5715.7610.4211.469.7611.5311. Cl9.1410.08
UINDS2M TIMS OF MAXIMUM
402.2342.2040.1309,1424.1247.1438.1524.1705.
3?.1333.1148.1025*
WINM2H DAILY MINIMUM
.600g^n -ft ^
.600
.571
.571
.600
.400 525.600*600.600.600.571
UINB82M TIMS OF MINIMUM
2311.345.
1914,2104.2246.2400.2359.1231.2341.2400.2400.2400.2233.
PRSCIP. TOTAL
0.000.000.000.000.000.000.00o.oc0.00.47.38.01.02
(36)
Table 5. Land station: (1) Daily average wind speed; (2) daily maximum and minimum wind speed and the time they occurred; and (3) daily total precipitation, [continued]
.^_^^^^^»
DATEmmtfm^f^^^^
201.202.203.204.2C5.206.207.208.209.210.211.212.213.214,215.216.
UINB82M
UAILY AVERAGE
«^ "^ 2.5963.2472.8333.0511.7351.8502.0841.9231.9252.1072.0453.7591.7052.0002.2441.589
. UINBS2M
DAILY MAXIMUM
ii^« i20.2?12. 8514.4618.5410.256.52
11.589.45
10.929.31
12.0015.547.23"9.4011.436.20
« « « kfIND22M TIMS OF MAXIMUM
946.1119.1523.956.
1146.104O.1633.554*
1715.1250.549.
1251.1043.1540.1306.1116.
« UIN032M
DAILY MINIMUM
«i^^ » .543.600.571.600.600.571.453.571.571.571.571.600.345.571.034.543
MMMIhMMMi
UIND82M TIME 0?MINIMUM
- "
1153.2358.2214.2400.2400.
125.1337.2400.2347.603.154.
2400.2348.350.
2400.2058.
PRESIP TOTAL
..^ » " .05
0.000.000.000.000.000.000*00
' 0.000.00
.540.000.00
.110.00o.oo
^
DATE
217.. 218.
219.220.221*222*
' 223.224.225*226.227.228.229.230.
UIND02M
DAILY AVERAGE
.^^^^^^^^^^MHflMM* i^^^^^^^^
2.4421.7014.9622.3731.6693.1372.4202*112
'2.5631.6341.3542*3351.4211.776
wmmm
UIND82M DAILY
MAXIMUM ^ m * **
11.527.50
24.6512.549.11
12.8210.739.28
13.786.948.33
15.117.089.14
i UINB32M TIMS OF MAXIMUM
HMHBHHMH^^^HMi^HM
1257.1148.1349.1331.2104.1707.846.
1333.1442.1017.1012.1432.1434.2117.
. UINDS2M
DAILY MINIMUM
i^^"""^"*".543.571.600.600.458.600.600.288.571.571.600.571.543.571
H«««iw«<«> UIND82M TIME OF MINIMUM
MB^__I^B.^HBMB«
212.643.
2400.2400.1227.2400.24^0.801.
2035.2346.2400.1951.1210.2219.
m
PRECIP. TOTAL
0.00o.oo0.000.00
.20
.200.000.00
.070.00o.oo
.32o.oc0.00
«i
DATE^- 231.232.233.234.235.236.237.238.239.240.241.242.243.244.
m, i "
UINDS2M DAILY
AVERAGE^^HBMHH^B."
3.0841.9892.6221.4762.0742.7772.1«>2.6141 .9213*0632.5422.2401.6632.312
« < UIND82M DAILY MAXIMUM ^ "*
16.479.8811.188.929.93
13.^3210. «32.3811.1512.639.6S13.3010. SI12.59
WINB&2M TIME OF MAXIMUM
- ~ m^^ ^M^^^^^^^
1442*1654.1601.1332.1326.941.247.13.
2353.1357.1832.12S4.1214.1034.
^rnrn *
UINOQ2M DAILY MINIMUM
« » " .543.571.600.571.600 .
.600
.600
.571
.600
m >
UIHD92M TIME OF MINIMUM
mfmf^f^Bi^^*f*^'121.728.
2400.2302.2400.1136.2302.2400.110.
2400.
« -
PfSECIP. TOTAL
g^g^MMMMMI^Mi
0.00o.oo.01
o.coo.ooo.ooo.oo.10
c.ooo.oo.10
o.oo.13
o.oo
C37)
Table 5. Land station: (1) Daily average wind speed; (2) daily maximum and minimum wind speed and the time they occurred; and (3) daily total precipitation, [continued]
DATS
245.246.247.243.249.250.251.252.253.254.255.254.257.258.259.260.261.262.
UIND82M DAILY
AVERAGE
2.573i.«621.1182.C525.0692.7912.3992.6036.7921.3902.1351*6102.2245.2503.7093*3336.6502.013
VIINM2M DAILY
MAXIMUM
is.236.575.35
19. 3«21.2511.3517.9710.3023.657.138.498.80
10.9514.2411.1812.6222.27
8.04
UIKD82M UIND82M WINB82M TIMS OF DAILY TIME OF MAXIMUM MINIMUM MINIMUM
2C21.27 «
1617.2034.1002.1027.1447.1221.357.
1102.1205.1335.1950.2219.210.837.
1414.1615.
PRECXP. TOTAL
0.300.00
23.05.01
0.000.000.00
.29.48.01
0.00.03m.95
0.00.06
0.00.02
DATS
263.26-.265.266.267.268*269.270.271.272.273.274.275.276.277.275.279.280.281.282.
UIND82M DAILY
AVERAGE
6.4936.4944.5872.191 -2.5441.7381.5802.2543.2973.5421.7982.2622.7352.9321.4765.5702.8293.6991.2602.646
UIND32M DAILY
MAXIMUM
17.5517.1518.0015.5712.1115.118.6910.5612.2310.169.209.1714.9410.475.8617.1516.1914.188.38
16.95
WIND82M UINDC2M UINB82M TIME OF DAILY TIME OF MAXIMUM MINIMUM MINIMUM.
1215.1232.827.
. 1132.119.
1435.1123.2253.205.1051.1911.1010.1439.1022.1155.1336.1055.226.1513.1711.
PRECIP . TOTAL
.03
.030.000.000.000.000.000.000.00
03.19.25.57.03.12
0.000.00.04
0.000.00
DATE
253.234.2SS.286.287.2S8.289.290.291.292.293.294.295.296.297.298.299.
UIND82M DAILY AVERAGE
2.3675.1633.0352.4433.4576.5525.5962.7736.6865.3403.4241 .7381.1451.5052.7152.3752.249
UIND92M DAILY
MAXIMUM
16.2720.5517.919.3510.6123.5721.0016.7016.3012.9912.657.306.34S.3S13.6719.9216.27
WINBff2M WXNDS2M TIME OF DAILY MAXIMUM MINIMUM
251.444.
1340.2313.
20.511.1154.1125.1624.419.656.47.
1347.1037.1635.1326.1210.
WIND82M TIME OF PRECIP. MINIMUM TOTAL
.350.00.01.11
0.00.13.10
0.000.00.05.03
0.00o.oc0.00.05
0.00G.OO
Table 6. Land station: (1) Daily total short- and long-wave radiation;(2) daily maximum short-wave radiation and the time it occurred; and (3) daily maximum and minimum long-wave radiation and the time they occurred.
[cal/cm^/day,
DATEfc
ISO.151.152.153.154.155.156.157.158.159.160.161.162.163.164.165.166.167.
DATE
168.169.170.171.J72.173.174.175.176.177.178.179.130.181.182.183.184.135.136.187.
SHORTWAVE
TOTALot/cnVW)
384.76^4.6431.7418.5566.6293.6565.1718.9714.4522.8686.8459.5531.7222.4280.5172.1291.3522.6
SHORT WAVE
TOTAL
722.5615.6581.8378.9331.9690.2710.5334.8629.0473.1689.4697.284.6
482.3640.2264.7219.6353.7722.0678.0
calories per square
SHORTWAVE
MAXIMUMfa(/crn%ay)
1.8381.7036.9351.6741.6541*8461.7571.3701.3521.6461.3551.6241.5371.1791.641
.9831.7411*839
SHORT WAVE
MAXIMUM
1.5781.5931.4211*5661.6531.4471.3521.4001.4351.S031.4741.375
.2961.6871.5491.7211.2701.6411.5571.417
TlrtC OFSHORT
MAXIMUM
<
1141.1226.1310.1201.1130.1232.1223.1243.1247.1056.1246.1059.1223.911.
1137.1638.1044.1148.
TIME OF SHORT
MAXIMUM
1129.1230.1118.1257.1422.1249,1234.1246.1234.1350.1227.1159.1350.1032.1359.1107.1543.1336.10^9.J24C.
centim enter per
LONGWAVE
TOTALJcaJ/cniVdayj
634.0589.8700.8638.7653*. 8643.3573.6542.4502.9575.3576.8710.8723.6653.2
LONG WAVE
TOTAL
694.8743.9
796.7815.4771.9740.2807.6806.7775.3642.6635.4782.0777.1733.9305.9796.6721.8632.3749.3
LONGWAVE
MAXIMUM(cal/C«V<fcy
.510
.507
.554
.542
.517
.477
.433
.428
.528
.477
.582
.589
.528
LONG WAVE
MAXIMUM
.585,597.624.625.631.575.606.633.646.535.510.575.601.589.631.596.532.480.577
day]
TIME OFLONG
MAXIMUM
1251.1039.1311.
1339.1041.1246.1542.1329.1238.1124.1443.1440.1339.911.
TIME OF LONG
MAXIMUM
1255.1656.1348. .1629.337.
2400.1511.1457.1009.523.
1357.2306.1201.1405.1338.730.
1336.631.
1551.
LONGWAVE
MINIMUM(cat/cmVciay)
.356
.345
.377
.368
.361
.340'.312.295.265.309.349.400.445.381
LONG WAVE
MINIMUM
.391
.440
.505
.529
.451
.472
.SOS
.505
.442
.379
.372
.440
.-449
.453
.432
.501
.368
.386
.4S6
TIME OFLONG
MINIMUM
349.536.
2400.352.
2130.412.
2203.2400.249.142.415.
3.708.
2350.
TIME OF LONG
MINIMUM
3.300.
2116.7.
2223.709.137.457.
2204.2237.
159.2.
2312.2141.
17.2006.2346.
2.3.
DATE
188.139.190.191.192-.193.194.195.196.197.190.199.200.
SHORT WAVE
TOTAL
417.2660.3613.7'665.1635.7695.3657.0626.1517.0399.4263.34^3.7446.4
SHORT WAVE
MAXIMUM
1.7051.5431.2771.3101.6371.3361.2731.273i.rrs1.540.8«»0
1.3231.361
TIKE OF SHORT MAXIMUM
124O.1222.1240.1203.1340.1248.1132.1237.1303.1413.819.1330.IOCS.
LONG WAVE TOTAL
905.5829.6798.1301.9724. S744.2797.4814,0304.3310. ?774.3803. 5791.3
LONG WAVE
MAXIMUM
.633
.552
.613
.603
.535
.563
.634
.536
.639
.653
.*00
.629
.613
TIME OF LOMG
MAXIMUM
1501.1225.1320.1307.1630.1401.12T7.1347.1309.1424.11S3.1330.:2T3.
LONG UAVE
MINIMUM
.491
.515
.Z10
.5C3
.447
.449
.463
.512
.SOI
.479
.479
.470
.203
TIME OF LONG
MINIMUM
209.455.
2357.356.
2356.IS.
312.456.413.
2215.2125.2237. » >. f »*»*.*
(39)
Table 6. Land station: (1) Daily total short- and long-wave radiation; (2) daily maximum short-wave radiation and the time it occurred; and (3) daily maximum and minimum long-wave radiation and the time they occurred, [continued]
DATE
201.202.203.204.205.204.207.208.209.210.211.212.213.214.215.216.
DATS
217.213.219.220.221.222.223.224.225.226*227.223.229.230.
i'ATE
231.232 235.234.233.234.237.238.239.240.2m.242.2«3.244,
SHORTVAVCTOTAL
363.5314.2663.4598.5545.0649.5507.4301.2458.4589.8319.5551.9648.1180.4591.1612.1
SHORT WAVE
TOTAL
579.2623.0617.0621.9131.9372.5623.2607.2548. 2596.4496.7201.2530.5370.9
SHORT UAVE
TOTAL
435.7322*0246.8461.6492.9264.04*8*9479.5437.7477.3129.?523.0316.0494.3
SHORTUAVE
MAXIMUM
1.7991.4331.5151.7481.7761.3661*6141.0391.4361.4971.6891.7171.3001.2871.4731.395
SHORT UAVE
MAXIMUM
1.4401*2681.2621.2941.0411.7131.3241.3031.4381.2471.3581.0991.5261.606
SHORT WAVE
MAXIMUM
1.4941.7331.4^71.4661.6211.2631.2741.4341.3731.193.784
1.1341.3511.114
TIME OFSHORT
MAXIMUM
1217.1320.1253.1306.12X1.1228.1224.1003.1340.1248.1251.1214.-1223.1439.1251.1247.
TIME OF SHORT
MAXIMUM
1155.1214.1216.1214.1204.1230.1217.1204.1327.1212.1154.1443.1129.1123.
TIME OF SHORT MAXIMUM
1420.1153.1138.1231.1234.1337.1217.1240.1206.1139.1403.1227 .1220.1300.
LONGWAVETOTAL
828.4876.1768.8743.2747.1736.1775. S816.0827.2782.8808.0734.4739.1816.1826.3803.1
LONG UAVE TOTAL
833.7753.4800.0712.8796.3777.5699.9743.6778.0746.4799 ;o790.2809.6 324.5
LONG WAVE
TOTAL
729.4754.9806-6741.6772.6835.4030.5780.8803.6003. 1.'48.1756.0795.1776.0
LOHGWAVE
MAXIMUM
.641
.671
.613
.613
.622
.559
.645
.643
.636
.636
.639
.603«559.617.643.618
LONG WAVE
MAXIMUM
.638
.575
.611
.584
.592
.627
.529
.556
.624
.570
.603
.596
.622
.631
LONG WAVE
MAXIMUM
.618
.591
.655*
.564
.608
.655
.678
.629
.615
.634
.£84
.SO-1
.639
.600
TIME OFLOHG
MAXIMUM
1239.1417.1838.1306.1339.656.1348.1444.1340.1326.1538.1214.1337.1439.1359.1303.
TIME OF LONG
MAXIMUM
1518.1240.2208.152.
1205.1325.1222*1517.1430.1616.1601.1856.911.1554.
TIME OF LONG
MAXIMUM
29.1351.1157.1231.1630.1427.1505.
9.1556.1347.1724.300.1401.1420.
LONGUAVE
MINIMUM
.533
.545
.468
.466
.454
.461
.461
.515
.521
.486
.472
.452
.472
.519
.524
.507
LONG WAVE
MINIMUM
.524
.466
.500
.445
.500
.445
.435
.470
.484
.473
.494
.510
.494
.489
LONG UAVE
MINIMUM
409.473.440.456.477.510.473.482.-308.489.SOS.4(22.434.479
TIME OFLONG
MINIMUM
4.2358.2348.2211.2152.2231.338.523.
2305.2004.2348.2153.2104.201.125.
2139.
TIME OF LONG
MINIMUM
240.541.
2357.2125.
31.2400.2052,811.
2133.2204.538.
2022.2317.111.
TIME OF LONG
MINIMUM
2000.152.
2339.17, .
727.253.433.450.
2224*301.23S?,r.156.2400.333.
(40)
Table 6. Land station: (1) Daily total short- and long-wave radiation; (2) daily maximum short-wave radiation and the time it occurred; and (3) daily maximum and minimum long-wave radiation and the time they occurred, [continued]
DATE
245.246. .247.248.24?.250.251.252.253* 254.255.254.257.253.259.260.261.262.
SHORT WAVETOTAL
476.1174.0129.337*. 7266.7467.7415.2573.3446.883.8
368.3344.6275.538.796.3186.6460.8128.9
SHORT WAVE
MAXIMUM
1.1041.2011.0451.3031.4241.1291.232 -1.4141*187.633
1.3611.3761*048.147.678
1.096.1.071
.463
TIME OF SHORT MAXIMUM
1239.1018.916.1340.1133.1232. .1117.1131.1224.1109.1327.1329.1112.1447.1239.1251.1141.1308.
LOMG UAVE TOTAL
824.0780.3789.4747.8698.5710.6796.6781.7676.1671.4657.8629.3690.5740.8714.8747.3579.4670.6
LONG WAVE
MAXIMUM
.620
.610
.603
.578
.540
.540
.634
.596
.592
.505
.538
.515
.521
.522
.522
.556
.493
.491
TIME OF LONG
MAXIMUM
1320.11.
1521.314.1135.817.
2000.1046.331.1109.1332*1335. .1448.947.1259.1124.
1.1308.
LONC WAVE
MINIMUM
.514
.472
.503
.437
.400*426.459.489.375.365.407.372.423.501.405.449 353.388
TIME OF LOKG
MINIMUM
242.2210.
11.2301.812*425.20.
2026.2400.229.
1045.2040.110.37.
2316.8.
2102.128.
DATE
263*264.265.266.267.2e3.269.270.271.272.273.274.275.276.277.278. 279.280.281.282.
DATE
283.284.235.20 A.207.233.
' 299.290.291.292.293.294.2?S.276.2*7 .273.277.
SHORTWAVETOTAL
198.0249.4190.144S.3373.0363.8403.4361.6206.380.174.7135.279.189.012S.S186.636S.O44.6
362.3276.6
SHORT WAVE TOTAL
22.2340.9244.1104.0337.537.6134.327S.S45.141.4179.793.0137.?106.661.4
220. S2iS.3
SHORTWAVE
MAXIMUM
1.2641.426.999
1.0351.288.773.977.978
1.084.269.652
1.C33.768.427
1.3011.213,957.326.924
1.191
SHORT WAVE
MAXIMUM
.104
.393. .901
.371
.368
.2231.0741.082.386.277
1.026.414.77S.416.411.933.7- '.4
TIME OFSHORTMAXIMUM
1231.1152.1017.1225*1151. '1257.use.11S3.1210.1026.1119..1301.1125.1330.1246.1123.1153.1258.1218.1216.
TIME OF SHORT MAXIMUM
1233.1234.1210.1244.1202.1252.1134.1232.1051.12T2.1147.1226.1127.1531.1«14.1200.11SS.
LONGWAVETOTAL
633.2631.4608.7558.1601.3665.0645.7705.4778.2732.5778.3777.2737.6711.3706.6636.7533.3660.5549.9619.2
LONG . UAVE TOTAL
720.3556.0533. 7645. 053S.O664.8621.4610.0657.9676.4624.3677.963O.O630.3614.44J4.0SSJ.4
LONGUAVE
MAXIMUM
.475
.487
.465
.433
.533
.524
.439
.575
.613,522.534.573.538.510.510.505.477.498.449.519
. LONO. WAVE
MAXIMUM
.529
.229
.451
.463
.434
.432
.486
.491
.472
.486
.471
.501
.402,4(30.300.464.433
TIME OFLONG
MAXIMUM
1339.1321.1021.730.1444.1546.1316.
, 1451.1317.2400.1541.
22.1127.
3.1250.1125.2229.1257.733.1145.
TIME OF LONG
MAXIMUM
2358.134.
2147.1209.
34.2400.33?.
1421.1205.1241.1144.1327.620.1334.1412.1251.14S5.
LONGWAVE
MINIMUM
.349
.354
.314 346.372.421.414.452.486.432.501.448.500.375.424.328.321.363.333.365
LONG UA'.'E
MINIMUM
.475
.202
.312
.433
.303
.353
.316
.347
.437
.407
.351
.373
.367
.344
.309
.304
.333
TIME OFLOWS
MINIMUM
1741.SS6.
2101*813.617.
2357.255.14.
331.114.
2111.1315.703.2304.2111.2400.
52.1727.2033*758.
TIME OF LONG
MINIMUM
57.2157.1114.602.444.
4.2"*2S»~S27*.
424.-S52.
2051.1741.1756.1821.2346.i33.127.
