v fox consultants, inc
TRANSCRIPT
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v{ FOX CONSULTANTS, INC.
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DENVER OFFICE710 KIPLING STREET. SUITE 400DENVER COLORADO 80215(303)233-7799i
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SEMI-ANNUALh AIR QUALITY AND HETEOROLOGY
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[ MONITORING REPORTFOR THE
BLANDING PROJECT"
JULY THR:r'.tGH DECEMBER 1984
(I
Prepared For:
Union Carbide Corporation; Metals Division,C P.O. Box 1029'A Grand Junction, Colorado 81502
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! Prepared By:
Fox Consultants, Inc.710 Kipling Street, Suite 400
Denver, Colorado 80215
1March 5,1985
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7- I O9501310265 840327 BarryL'. StewartPDR ADOCK 04008601C PDR Project Manager g .
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TARLE OF CONTENTS,, ;,
1
PAGE,
1
LIST OF TABLES / LIST OF FIGURES ii
1.0 INTRODUCTION 1
2.0 MONITORING PROGRAM DESCRIPTION 2
. 2.1 SITE DESCRIPTION 2
smi ) 2.2 t10NITORING INSTRUMENTATION 2
2.3 DATA REDUCT10N S
2.4 00ALITY ASSURANCE 6
3.0 RESULTS
3.1 DATA RECOVERY 7
03.2 TSP CONCENTRATIONS 9
3.3 HOURLY PETEOR0 LOGICAL DATA 9
3.3.1 Wind Analysis 12
(% 3.3.2 Precipitation 16y)4.0 SUMMARY 18
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1.0 INTR 00tlCT10N.
In 1977 a meteorological, air quality, and radiological monitoring
program was started at the Blanding Uranium Mill. The purpose of this moni-t! toring program was to document the regional atmospheric baseline and to pro-
vide adequate data to assess the potential air quality impacts resulting from
the mill. The monitoring program is ongoing to provide compliance monitoring-
]i for the mill operations. This report summarizes the data collected from this
monitoring program for the period July through December 1984
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j 2.0 MONITORING PROGRAM DESCRIPTION j*
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|2.1 SITE DESCRIPTIONi
!|
The region encompassing the Ut1ETC0 Rlanding Uranium tiill is shown in |\V |
Figure 2-1. The mill is located in an area known as the' White Hesa and is !'
! !
|, approximately 5 miles south of the town of Blanding, Utah, just west of State. ;1
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' - Highway 47 The air monitoring station, on the northern property boundary of |i'
| O the miti . is site ted in the seet* est cereer ef sectiee 22.137s. azze et n t
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elevation of 5660 feet MSL. The site was located for the purpose of compli- {;
ance monitoring at the mill. Pertinent meteorological parameters and Total !
Suspended Particulates (TSP) are measured at this monitoring site, in addi-i
tion, a low volume air sampler is operational to collect air samples for !
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quarterly analysis of radiological parameters. ,
.!
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2.2 MONITORING INSTRl!MENTAT10N :|
The instruments, sensor accuracies and sampling heights used in the
monitoring program are shown in Table 2.1. A Met One Weather Station con- i
,
tinuously records wind speed and wind direction at the standard 10 meter i
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height. A tipping bucket rain gauge along with a drum rotation event recorder f|
continuously records precipitation. All meteorological data are recorded on!
strip charts which provide continuous traces of each meteorological parameter.
i Total suspended particulates are measured using General Metal Works' high
volume air samplers (Hi-Vol). The samplers are mounted atop scaffolds such
that the air intakes are approximately three meters above the surf ace (EPA
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TABLE 2.1,,_
.
INSTRUMENT SPECIFICATIONS FOR THE UMETCnRLANDING PROGRAM
!
INSTRUMENT MANUFACTURERREADING AND
PARAMETER ACCURACY HEIGHT (m) MODEL NO.
Wind Speed 0.15 mph 10 Met One 1180
Wind Direction 3.0* 10 Met One 1190
( ) Precipitation 0.5%/0.01 in. 2 Weathertronics
Total Suspended Particulates 1 og/m 3 General Metal Works(High Volume Sampler) GMW-2310
Radiological 0.2 pCi/l 1.8 Eberline RAS-2(Low Volume Sampler)
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O :guidelines state that sample intakes should be between 2 to 15 meters). As [
part of the quality assurance program, a colocated Hi-Vol is operate'd. Both*
samplers are powered by commercial AC power.
Particulate samples are collected every third day on the primary Hi Vol i
( A) and every sixth day on the colocated Hi Vol (R). Both Hi Vol samplers are|,
instrumented with timers to assure that sampling is conducted from midnight to [,
midnigtt Mountain Standard Time.
The low volume air sampler employed at the site is an Eberline RAS-2, :
O :which is mounted on a sampling scaffold such that the air intake is approxi-
,
mately 1.8 meters above the surface. This unit operates continuously; how-'
! .
ever, filters are changed every six days. The low volume sampler has an '
f elapsed time meter to assure that the sample time is accurately known. All
filters collected in a quarterly period (3 months) are composited and in turn
analyzed for total uranium, lead-210, thorium-230, radium-226 and gross alpha. !i
2.3 DATA REDUCTION
Meteorological data collected are abstracted manually from the strip
charts as hourly averages. Wind speed is abstracted to the nearest 0.1 mph
and wind direction is read to the nearest 3 degrees. Temperature, relative;
humidity and precipitation are read to the nearest 1 F, 1 percent, and 0.01' inch, respectively. These data are then entered into the computer and edited
to check their accuracy and sequencing. Computer programs ther, place the data
in the proper format for subsequent data analyses. ||
Prior to use in the monitoring program, the high vol ume filters arei
desiccated for 24 hours, then weighed. Af ter sampling, the filters are again
desiccated and weighed using a precision analytical balance. The difference
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Obetween the presampling weight and the postsampling weight constitutes the TSP
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Y mass. The sample flow rate and sample time are then used to calculate the !
3concentration of TSP in micrograms per cubic meter (ug/m ), j,
!i
! 2.4 OUALITY ASSURANCE'
?: i'
For quality assurance purposes, 5 percent of the meteorological data are!! -
|independently cross-checked against valun indicated on the corresponding!
,
strip charts. Values greater than 10 degrees for wind direction and 1.0 mph [
for wind speed are corrected. For temperature, relative humidity, and precip- !
itation, values are corrected if they exceed 1*F, 1 percent, and 0.01 inch
respectively. If more than 10 percent of the quality assured data are found
to be in error, the entire data set is re-reduced.
( TSP quality assurance entails reweighing 10 percent of pre-exposed and 10 ,
!
percent of exposed filters, if the weights do not agree with 0.005 grams, all'
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filters in the group are reweighed and verified again.r
The meteorological and TSP quality assurance checks are documented on j
data quality check forms. These forms are too massive to include in this:
report; however, they are on file at Fox Consultants, Inc.'s Denver of fice if .
I needed,l
Also as a part of the quality assurance program a colocated high volutne,
air sampler is operated. The colocated unit (B) operates on a one-day in six
; schedule, while the primary Hi Vol ( A) operates on a one-day in three sched-!-
ule. Thus the Hi Vols operate simultaneously every sixth day allowing a checkIj. of the precision of the TSP monitoring program.
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3.0 RESULTS !
!-
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! 3.1 DATA RECOVERYl
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Table 3.1 summarizes the data recovery for this semi-annual reporting |:'period. Overall meteorological data recovery was 69.0 percent. Data re-!
coveries for wind speed, wind riirection, and precipitation were 67.2, 61.9,;
P and 78.0 percent, respectively. During the data verification procedures, it t
was discovered that the wind direction data from September 29 through December,
I.1 are questionable. The reason for this is a damaged wind vane nhich was !
i
discovered by the site technician in mid-November. The vane was sr%.ently !
replaced on December 1,1984 The October and November wind c4,ection data f
have not been included in the data recovery statistics nor in the Wind Roses,
(see Section 3.3.1) . However, the data are still included in the SAR0 ADS in,
Appendix A. ;
6
Chart drive problems, especially in December, were the major cause of
speed data loss during this reporting period. No systematic problems
| Owind
with the chart drive were noted by the site technician and the chart drive !
functioned properly in January,1985..
;
For precipitation, an instrument failure in December was the major cause;
i
! of data loss. The instrument was replaced in January with a nonrecording j
precipitation gauge. !
| TSP data recovery for the reporting period was good, at RS percent for
! the primary Hi Vol and 100 percent for the colocated Hi Vol. Nine samples [{
|were missed on the primary sampler and no samples were missed on the colocated
j sampler. All of the missing samples were caupd by site work load scheduling
problems which prevented timely filter changing.
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TABLE 3.1'
| DATA REC 0VERY FOR THE UMETCORLANDING PROGRAM
(JULY-DECEMBER 1984)
REC 0VERYi PARAMETER (%)
Wind Speed 67.2
Wind Direction 61.9
Precipitation 78.0
Overall Meteorological 69.0! T5P Primary Hi Vol 85.0
Colocated Hi Vol 100.0
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3.2 TSP CONCENTRATIONS- ,
The TSP concentrations measured at the Blanding Site are presented in ;
Table 3.2. In addition to the individual (24-hour) cnncentrations measured at ]'
|the station, the semi-annual arithmetic means, geometric maans, and standard i
~ deviations are presented for both the primary and colocated Hi Vols. All TSP ;
values are below the promulgated 24-hour state and federal secondary standard3 |
'
of 150 ug/m . The highest concentration measured by the primary Hi Vol ( A)
: O w s s8 "9/ ' eesered e" aeir 7. 1984- '"e 9eo etric ee" for t"'s revert'"9 :i'
3period was 19.5 ug/m which is also well below the promulgated secondary j
e tual standard of 60 ug/m . ;
A comparison of TSP values between the primary and colocated Hi-Vol ;
!
l samplers reveals a significant difference in some of the simultaneous samples.
It is suspected that problems with the timers on the samplers caused the Hi
Vols to run on different days especially during the first three months of the'reporting period. This caused the wider variation in sample results. (It was
Oetermined that the elapsed time of the sample run used in the concentrationd
!
calculations is accurate.) |
However, over the six month reporting period, the difference in arith-
|\ metic means of the data collected from the two high volume samples (as shown
in Table 3.2) was only 2.0 percent. Since the TSP values collected by tte two
Hi-Vols compare favorably over the long-term, this indicates good realiability|i
| of results.
:i
3.3 HOURLY METEOROLOGICAL DATA
Hourly values of wind speed, wind directigo, temperature, relative humid-
ity, and precipitation are presented in Appendix A in the Storage and Retriev-
al of of Aerometric Data (SAR0AD) format. This format is approved by the EPA-9-
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(_,)TABLE 3.2
.
UMETCO BLANDING PROGRAM
TSP CONCENTRATIONS MEASUREn FROM
JULYTHROUGHOECjMBER,1984*(ug/m )
DATE HI VOL A HI VOL-B
07/01/84^ l1 2607/04/84 1507/07/84 58 5507/10/84 3107/13/84 29 28(~'s 07/16/84 33b' 07/19/84 43 338
07/22/84 MSG'
07/25/84 42 39 Bj 07/28/84 27
07/31/84 20 318
08/03/84^ 2708/06/84 20 20
g7's 08/09/84 33()3 08/12/84 MSG 12
q
08/16/84 3308/18/84 MSG 1208/20/84 2808/23/84 10 10C08/26/84 508/29/84 3 32
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09/01/84^ MSG09/04/84 29 2009/06/84 MSG09/09/84 27 1609/12/84 1809/15/84 23 2609/18/84 1409/21/84 21 1909/24/84 3009/27/84 12 1409/30/84 11
10/03/84 4 410/06/84 910/09/84 11 1110/12/84 510/15/84 5[''; 10/18/84 10
a 6'u 10/21/84 14 1710/24/84 MSG
10/27/84 14 1710/30/84 12
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TABLE 3.2(Continued)
*
| OATE HI VOL A HI VOL-R
11/02/84 16 18
11/05/84 2211/08/84 33 39
11/11/84 2211/14/84 12 14
11/17/84 14
11/20/84 19 2011/23/84 23
if) 11/26/84 7 10
I-' 11/29/84 11
12/02/84 23 14-
12/05/84 21
12/08/84 11 27
12/11/84 MSG
12/14/84 10 8.
|- - 12/17/84 17
g 12/20/83 17 7
12/23/84 MSG
12/26/84 17 11
12/29/84 MSG
Arithmetic Mean 19.5 19.9
Geometric Mean 16.4 16.9'
Standard Deviation 11.1 11.5
* Concentrations are adjusted to standard temperature and pressure.'
^ Samples not following EPA TSP sampling schedule.
Sample taken one day early.,
C| Sample taken one day late.
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i as the standard method of presenting air quality / meteorological data. The:" . t
|' SAR0AD format also includes average monthly values by hour, daily average, '
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|; monthly average, and the maximum and minimum values for each month.! i.
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!. 3.3.1 Wind Analysis
|The semi-annual distribution of wind direction (wind roses) was developed j
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,for 4-hour segments throughout the day. They are presented in Figure 3.1 as
|,
well as the 24-hour wind rose for the reporting period. A distribution of
I wind direction by wind speed classes (frequency distribution) was also devel- ,.
1 1
| Oped from the data collected at the . Site over the reporting period. Thisa
| frequency distribution is presented in Table 3.3. These wind roses werei !
) developed using only data from July through September 1984 because of the :
questionable wind direction data in October and November, and in December, the |
t
| vast majority of wind speed data was missing due to chart drive problems.1
i'
|| Figure 3.1 shows that the dominant feature in the wind roses is the per-!
sistent local drainage flow from the higher elevations to the north and north-
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east to the lower elevations to the south-southeast and southwest. This ;.
drainage flow develops just after sunset as shown by the 16-20 MST wind rose I
and is most pronounced during the hours 00-08 MST. Table 3.3 shows that4
) nearly 30 percent of the winds blew from the north-northwest through northeast1
] sectors during the reporting period. Wind speeds of 1-3 m/sec (2.2-6.7 mph)!
| are typical of drainage conditions, and wind speeds associated with this;
i nocturnal drainage were somewhat faster, averaging 3.1 m/sec (6.9 mph):
,I throughout the reporting period.2 As daytime heating sets in, upper level westerly winds are mixed in thei
f
j surf ace, and these westerly winds, along with an up-slope component from thea
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( ALL HOURS) WIND ROSE BL ANDING SITEJULY THROUGH SE PT E M BER,1984 FIGURE 3-4
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(ALL HOURS) WIND ROSE,BLANDING SITEJULY THROUGH SEPTEMBER,1984
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FIGURE 3-1 '
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TARLE 3.3
E~-
!; PERCENT FREUVENCY OF WINDS RY DIRECTION AND SPEE0FOR
JULYY THROUGH OECEMBER 1984UMETCO - RLANDING
TIME (MST): 0100-2400'
I SPEE0 CLASS INTERVALS (M/S)
MEAN.............................................----.
DIRECTION 1<1.5 1.5<3 3< 5 5< 8 8<11 >11 ALL SPFE0,
b.h6 h9k kb b. bbb lbbN
NNE 0.66 5.23 4.98 0.58 0.00 0.00 11.45 3.0O NE 0.81 5.43 2.35 0.81 0.33 0.00 9.73 3.0I ENE 0.28 1.54 0.58 0.15 0.00 0.00 2.55 2.5
E 0.43 0.94 0.18 0.03 0.00 .0.00 1.57 2.1ESE 0.15 0.83 0.43 0.12 0.00 0.00 1.64 3.1SE 0.18 1.39 1.09 0.33 0.03 0.00 3.01 3.3SSE 0.46 3.21 2.86 1.16 0.15 0.00 7.84 3.55 0.23 1.14 1.06 1.11 0.20 0.00 3.74 4.1SSW 0.15 1.79 2.63 1.62 0.58 0.05 6.83 4.5SW 0.25 3.13 2.70 1.95 0.61 0.10 8.75 4.2O WSW 0.28 2.05 2.20 1.67 0.99 0.05 7.23 4.5W 0.25 1.06 0.68 0.68 0.18 0.05 2.91 4.1WNW 0.48 1.39 1.26 0.51 0.23 0.00 3.87 3.5NW 0.25 1.59 1.95 1.57 0.71 0.00 6.07 4.5NNW 0.28 2.10 3.29 3.64 1.39 0.08 '10.77 5.0
.... ..... ..... ..... .... .... ..... .....
ALL 5.89 36.78 32.31 17.16 5.51 0.33 97.98 3.2
CALM (less than one knot) = 2.0%PERIOD MEAN WIND SPEE0 = 3.7 M/S
,
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|
|FOX CONSULTANTS, INC.
WIND 8/06/84
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- - -. -.
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south-southeast through southwest, dnminate the wind regime at the site during
the hours 08-20 MST. The westerly winds are most pronounced during the hours,
!
16-20 MST. The south-southeasterly component is very strong for this
reporting period, especially during the afternoon hours (12-16, MST). Daytime
winds averaged 3.6 m/sec (8.0 mph) during the reporting period with south-
southeast and south winds typically having the highest wind speeds. Table 3.3
shows that 40 percent of the winds blew from the southeast through southwest
sectors during the reporting period.
3.3.2 Precipitation |.
i i1
Monthly totals and the semi-annual total of precipitation at the Blanding!
site are presented in Table 3.4
To serve as a check on the precipitation values recorded, concurrent;-
precipitation data collected at the cooperative weather station in the town of
Blanding were obtained. These data are also presented in Table 3.4
While the scheduled calibrations and maintenance performed on the site
rain gauge during the reporting period showed no problems with the instrument
in December the gauge failed to record any precipitation events while the
downtown Blanding station reported 2.29 inches. Recause it is unknown exactly
when the rain gauge began malfunctioning, it is recommended that the downtown
Blanding data be substituted for the site data for this reporting period. As
| stated earlier the rain gauge was replaced in January 1%5.
According to the downtown precipitation data, December had the greatest
amount of precipitation during the reporting period, at 2.29 inches. November
was the driest month, with a precipitatinn topl of 0.51 inches. Total rain-
fall for the semi-annual reporting period was 7.79 inches, which approximates
the norm for the area.-16-
. . ~ . . . . . . . . - - . . - . . - _ . - . . - . 1
O ' '
- TARLE 3.4.
MONTHLY PRECIPITATION (INCHES)
MEASlIRED FROM JilLY THROUGH DECEMRER 1984,
UMETCO DOWNTOWN
MONTH SITE BLANDING
July 1.18 1.36
[O August 1.23 0.59
September 1.52 0.90
October 1.63 2.14
November 0.33 0.51
December MSG 2.29
Semi-Annual Total S.89 7.79
1
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__ . . . , _ . _ _ _ _ . _ - , - _ _ _ .. . - _. - - - . . _ _ - . . ._ __ _ _ _ . . _ _ _ . - . .
-
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D :
4.0 SUMMARYL .
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Overall meteorological data recovery for this reporting period was 69.0!
percent. Several major problems were encountered during this reporting period j|
[ which caused extensive periods of data loss. First, broken wind direction ji
vane caused the invalidation of wind direction data in October and November. {i?The problem was discovered by the site technician in mid-November, and theI
vane was replaced on December 1,1984 Second, wind speed data was missed for
Ii nearly the entire month of December due to a recurring chart drive problem.
No systematic problems with the chart drive were noted by the site technician!
and the chart drive functioned properly in January 1985. Third, and also in |_
December, the precipitation gauge failed to record any precipitation events. t
| Since it is unknown exactly when the precipitation gauge began malfunctioning,i
- it is recommended that downtown Blanding precipitation data he substituted for |
l
on-site data for this reporting period. .
ITSP data recovery for the reporting period was 85 percent for the primary
,
1
Hi Vol and 100 percent for the colocated Hi Vol. All missing samples were'
caused by site work load scheduling problems.,
[ TSP concentrations at the site were all below the promulgated 24-tiou r3state and federal secondary standard of 150 ug/m . The highest concentration
3measured by the primary Hi Vol was 58 ug/m , measured on July 7, and thei- 3
;1second highest concentration was 43 ug/m , measured on July 20. The geometrici
1
3'
| mean for this reporting period was 19.5 ug/m which is also well below the'!| promulgated annual standard. ,
The meteorological parameters reported this period only cover the months
'O ' '
July through September 1984 Secause of the wind speed and direction problems
_ -18-
-
_ . _ . . _ . . . . _ _ _ . _ . . . _ _ _ ._
._
O l' '
noted above. The data f rom these anonths are representative of the monitoring
location. The dominant feature in the wind data is a local nocturnal drainage
; flow f rom the higher elevations to the north and northeast along with a
daytime return flow from the south-southeast through southwest.T'
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-- - - - - - - - . - _ - - _ . _ - - _ _
' O'
~O ~ 0- O~ ~ ~ OHOURLY AVERAGED WIND SPEED
DATA RECORDED IN JULY OF 1984,
: RLANDING - UTAHI j
UNITS ARE TENTHS OF A METERS-PER SECOND 1
!,HOUR OF THE DAY !!
!..__ .. ___ ...
DAY l 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG'... ... .__ ... ___ ... ___ ___ ___ ___ ___ ... .__ ___ ... ___ ___ __. _._ ... __. ... .. ... ... ...
1 37 30 24 27 19 19 20 15 11 25 22 24 29 20 27 33 34 60 65 63 42 36 26 34 31 [~
2 44 38 32 38 29 22 29 19 27 40 29 27 35 29 45 49 49 48 57 78 49 38 42 47 39 L3 56 51 56 37 27 38 38 29 25 15 25 78 89 74 72 72 72 76 74 65 47 51 54 63 $4 I
4 80 83 76 64 78 56 54 44 26 18 40 40 42 54 47 51 49 54 67 67 51 51 51 47 54S 34 42 49 64 60 47 38 25 39 35 35 30 30 29 34 36 38 37 31 29 29 17 38 40 37
.
6 46 S1 18 23 18 40 42 20 18 40 42 34 31 36 29 33 34 29 21 36 34 9 45 56 33'
7 40 25 17 13 20 11 7 9 42 51 48 48 43 38 45 45 38 49 72 70 94 67 31 31 40 ,
8 33 13 13 10 20 29 25 17 20 31 26 36 38 78 54 54 51 65 S6 51 56 47 37 20 379 23 25 27 38 34 24 25 20 20 40 46 45 51 67 70 74 67 67 74 70 57 41 22 2/ 44 -
10 13 19 14 24 34 11 16 16 13 16 20 17 27 40 22 27 29 39 60 72 50 49 39 38 2911 45 42 49 49 40 34 25 13 25 38 31 25 28 29 34 31 29 29 36 47 46 49 51 49 3612 49 34 22 27 29 13 11 18 27 35 34 31 25 31 28 31 34 36 $6 96 74 45 33 11 3513 17 29 36 27 16 IS 19 13 14 38 41 40 42 37 36 40 46 76 38 25 12 14 34 16 3014 25 26 22 13 14 18 9 9 14 19 17 18 17 24 31 34 30 44 45 78 94 45 27 49 '3015 33 25 32 18 16 29 38 30 30 34 25 38 42 38 47 56 35 29 29 34 69 67 49 60 3816 54 0 25 22 32 20 29 29 20 17 22 27 35 ** ** 29 31 40 37 40 27 34 44 26 3117 29 38 17 19 25 18 26 14 28 36 31 31 27 28 35 27 26 13 8 24 22 31 50 45 2718 21 16 18 31 18 16 9 17 39 36 36 32 38 33 27 25 54 28 77 67 S3 39 38 28 3319 30 31 28 27 22 18 16 18 18 19 27 23 23 27 49 104 72 40 14 40 18 18 11 16 3020 40 31 18 25 19 20 14 13 13 11 22 23 25 34 40 45 40 42 36 31 13 27 38 29 27 ;
21 71 32 18 40 36 20 32 23 14 36 56 S4 45 49 69 63 S4 73 87 78 22 20 15 14 43 |22 18 25 27 13 14 20 17 17 28 33 36 36 22 25 31 40 34 30 31 36 58 17 47 26 3123 18 6 15 25 26 22 18 25 22 9 10 19 18 25 24 25 45 86 63 31 40 50 66 34 3024 36 35 42 35 23 13 22 17 20 17 18 31 31 27 28 27 23 63 58 56 50 40 46 38 3325 18 19 9 19 23 23 27 27 13 25 25 23 27 29 16 27 78 134 89 47 46 34 45 20 3526 16 22 29 30 22 29 27 23 24 25 26 27 30 32 38 43 38 40 34 27 9 28 47 38 29 |'27 17 27 33 22 39 31 32 27 23 39 44 42 45 39 38 36 39 58 57 38 36 23 14 58 36
! 28 40 18 18 22 25 18 2S 23 11 16 38 34 36 34 41 45 42 36 31 51 85 63 31 27 3429 25 9 9 17 13 15 18 21 16 19 29 28 27 29 37 38 43 40 40 27 20 36 54 54 2830 45 27 37 17 13 18 27 18 14 13 11 17 28 36 32 31 36 40 46 50 36 54 45 55 3131 31 9 9 13 27 22 27 18 22 22 27 37 38 34 41 47 36 42 46 36 32 29 11 18 28
... ... ... .._ ___ _._ ... .._ __ ___ _._ ___ ___ __. ... __. ___ ___ ___ ___ ___ ... ... .._ __.
AVERAGE 35 30 27 27 27 24 25 20 22 27 30 33 34 37 39 43 43 50 50 50 44 40 38 36 35 i
* Indicates calibration of sensorsi
j ** Inrticates invalid data FOX CONSUI.TANTS , INC.j SAR0AD(V1.0) 2/11/85
_- . -.-. - . . - - ._ - -_ - ,. _ _ - . - _ .__ _ _.
c- .-
-
.--.
(,
HOURLY AVERAGED WIND DIRECTIONDATA RECORDED IN JULY OF 1984
BLANDING - UTAHUNITS ARE DEGREES AZIMUTH
pHOUR OF THE DAY____ __ ... ___
DAY l 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG...
__. _.. ... ... ___ .-_ ___ __. ___ __. ___ ___ ... ___ ___ ___ ... ___ ___ ___ ___ ... ___ ... ___1 8 25 356 334 302 222 30242 215 229 247 302 258 247 302 269 302 323 312 312 323 356 312 3162 356 16 345 305 226 323 25 2S 208 204 204 148 226 269 302 25 345 323 345 323 320 320 332 320
-
3316 316 334 204 226 280 294 334 356 334 3SG 312 323 349 334 330 356 356 356 356 8 327 323 3204
312 312 316 309 312 323 320 305 345 280 291 237 334 302 291 302 309 316 323 345 327 323 3 34 334529 356 312 312 312 305 323 164 169 172 204 215 247 226 247 215 172 226 226 226 356 68 25 86 16 8 258 356 94 22 25 34 302 148 141 156 156 172 172 211 226 226 247 200 169 94 164 1617 148 133 125 102 33 86 8
8 148 14R 156 172 164 164 204 169 21S 164 164 166 204 218 208 1978 197 169 164 125 86 37 16 42 148 156 164 172 164 258 258 240 204 208 164 86 41 34 28 169 34 28 41 17 25 36 2152 125 156 166 164 204 215 21S 226 226 218 244 237 244 233 244 25110 280 269 280 287 8 334 334 86 110 356 291 156 237 94 302 8 3S6 51 51 39 34 311 8 4211 34 34 34 28 S2 41 25 280 156 156 164 156 164 133 215 8 25 345 8 25 25 19 322 2112 21 156 S2 52
36 156 356 302 148 141 156 204 226 156 156 222 215 197 148 110 94 125 172 13813 148 169 233 218 21S 25 334 25 111 133 130 156 156 164 172 172 161 172 291 323 34 42 125 25814 8 312 334 302 16 3S6 302 156 130 102 125 302 8 356 226 269 258 280 280 312 68 111 247 ** - !;y .. ss se se , se se ** ss ss ** ++ ss ss as ss ss ss es ss ss ++ .. ss16 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** 172 204 258 8 25 8 334 356 7417 25 25 10 39 25 323 25 25 119 135 133 125 133 133 204 164 133 172 156 164 133 29 117 11218 42 111 25 16 345 280 215 94 119 127 141 148 156 172 237 233 291 356 42 103 42 17 8 1619 42 34 31 36 S1 42 36 28 110 86 156 148 164 204 269 30S 298 280 280 133 107 16 79 94 !20 86 103 51 16 36 42 42 1925 117 133 148 215 117 156 204 164 164 200 161 148 215 283 25821 164 208 141 334 29 22 22 34 269 133 135 141 148 141 156 204 164 164 237 280 302 125 148 79 j.22 71 25 103 258 226 148 86
74 127 148 153 141 117 102 133 141 156 125 130 125 133 215 302 35623 127 148 71 356 312 312 345 25 42 60 125 79 356 226 204 133 356 312 312 172 110 41 302 24724 135 102 41 13 17 302 244 302 8 16 302 356 28 79 104 141 156 156 204 164 215 226 156 1102$ 133 34 25 34 42 28 34 34 51 42 68 226 226 8 60 280 13 48 25 16 25 2S 22 1026 16 133 117 77 164 148 164 133 172 269 302 302 8 34 31 31 25 3S6 312 305 34 31 356 35627 77 86 42 26 16 41 52 48 41 48 68 56 79 110 117 110 117 133 148 148 148 146 141 14823 148 148 151 159 141 117 102 94 269 42 45 77 68 156 215 302 356 25 25 25 34 16 34 422942 103 127 13S 143 141 133 148 141 164 172 172 169 164 172 204 208 211 244 244 226 233 77 13530 204 258 226 94 34 42 2S 19 13 25 22 156 148 164 164 164 172 156 215 247 251 269 302 31231 312 291 79 60 164 237
8 312 312 2S8 226 197 172 172 204 164 169 215 280 298 302 305 302 334* Indicates calinration of sensors** Indicates invalid data
FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/85
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HOURLY AVERAGED WIND SPEED'
DATA RECORDED IN AUGUST OF 1984BLANDING UTAH-
UNITS ARE TENTHS OF A METERS PER SECOND
HOUR OF THE DAY.__. .. ... __.
DAY l 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG...
... ... ___ ... ... ___ __. ... ... ___ ___ .__ ___ ... __. ... .__ ... __. ... ... ... ... ... ___1 27 29 18 19 17 23 28 19 23 21 25 31 40 45 51 48 59 54 57 63 49 31 31 36 ~3d2 35 31 15 9 13 17 18 18 14 27 17 ** 31 36 47 ** ** ** ** ** ** ** ** **3 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **24 f
!4 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **S ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **i
6 ** ** ** ** ** ** ** ** ** ** ** ** ;18 22 28 45 29 18 16 40 ** ** ** **7 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
278 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **9 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **10 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **11 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **12 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **13 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **14 ** ** ** ** ** ** ** ** ** 28 31 20 27 27 25 54 38 31 67 50 19 29 31 49 '3515 36 14 13 9 14 13 25 19 13 11 13 25 27 31 25 38 33 18 27 17 13 23 27 26 2116 26 r5 18 31 27 27 29 27 19 21 22 35 36 38 58 45 42 36 40 36 34 27 11 9 3017 13 18 31 38 27 36 31 25 23 20 18 27 31 31 39 62 54 40 38 36 42 51 25 31 3318 31 20 22 27 16 13 21 25 27 25 22 22 27 31 32 37 58 49 40 38 31 22 13 21 2819 27 29 47 31 22 31 29 19 18 18 13 18 30 36 36 34 44 58 94 89 53 27 17 18 3520 27 20 13 18 18 25 24 18 13 21 29 36 45 47 51 60 66 78 76 44 36 22 13 21 3421 18 13 13 16 14 14 13 4 10 18 16 22 29 27 30 36 42 36 32 31 25 2222 ** **** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
2223 ** ** ** - ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **24 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **25 ** ** **^ ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **26 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
,
27 ** ** ** ** ** ** ** ** ** ** ** 27 29 34 37 26 35 38 46 49 40 29 34 2/ 35i
28 17 20 27 36 31 34 34 20 18 24 18 27 36 36 36 40 37 40 31 45 34 40 29, 38 3129 49 49 49 42 46 49 44 31 18 23 30 36 46 49 51 56 40 40 55 53 41 42 55 45 4330 47 40 36 29 40 21 15 9 5 28 33 33 36 34 40 40 51 38 36 31 56 42 29 13 3331 25 13 17 16 27 27 25 22 20 31 54 54 58 49 40 69 85 58 63 63 80 73 45 36 44___ _._ .._ .__ .._ ... _._ ___ _._ ___ ___ ___ ___ .__ ... ... ... ... ... ___ ... _-_ .__ ... ...AVERAGE 29 24 25 2S 24 25 26 20 17 23 24 30 34 36 39 46 48 42 48 46 40 34 28 28 32* Indicates calibration of sensors
** Indicates invalid dataFOX CONSULTANTS , INC,
SAR0AD(V1.0) 2/11/85
*. _ _ .
.. . .. - . .
- - - - - . - .
c__.
_.___
..
; . _ . _ - - -- ,
HOURt.Y AVERAGED WIND DIRtt, TION
DATA RE.3ROED IN AUGUST OF 1984RLANDING UTAH-
UNITS ARE DEGREES AZIMUTH
h"OU"_UfTHEf___Y E_. __ __
DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG ii___
___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ... ___ ___ ___1 8 16 356 345 16 29 21 52 7994 148 164 204 164 204 226 226 244 237 258 258 280 309 309 b
s<'
2 312 291 125 215 8 94 34 16 164 156 148 ** 148 164 172 25 34 51 302 356 172 16 356 356 k3 312 356 25 8 77 34 28 19 25 103 127 148 156 197 172 42 68 8 8 356 356 16 345 16 [i4 34 34 102 29 25 25 28 34 28 141 125 112 110 133 148 164 164 IS6 166 280 25 34 34 34 FS 133 102 S2 42 312 291 356 8 16 117 125 103 12.5 148 146 141 16 133 172 302 34 8 28 2916 164 117 117
86 312 302 30S 312 291 226 204 1/2 172 164 247 143 141 302 258 237 269 312 356257 356 334 356 16 356 334 302 16 94 164 215 34 36 34 31 8 16 356 345 25 8 8 8 88 356 71 68 34 25 25 16 345 305 356 247 215 172 197 164 356 8 16 34 16 356 356 356 519 34 52 29 25 25 25 334 356 10 51 102 133 172 204 215 164 302 >8 172 141 110 17 8 2510 42 94 117 125 102 356 51 22 25 133 156 148 172 204 141 125 258 :12 IS6 56 141 356 41 2111 17 17 9 42 77 79 63 97 117 133 125 141 151 164 215 215 258 237 291 302. 8 52 41 252 2S8 269 291 356 42 25 16 42 41 226 141 169 110 133 215 204 215 156 164 79 52 29 16 29113 143 41 323 302 291 8 25 10 8 247 141 148 148 164 IS6 94 8 42 312 8 60 42 16 814 34 34 3634 119 172 247 291 283 237 164 141 172 172 156 172 247 312 356 60 42 94 204 148
,
15 156 200 226 323 68 48 41 2016 356 172 164 141 148 164 204 172 164 172 164 164 247 8 1616 34 94 64 79 25 41 37 2542 102 110 133 164 164 204 229 258 247 269 251 269 356 13 5217 356 34
42 164 215 334 30S 323 164 148 169 172 156 164 215 269 356 356 16 77 356 25 39 86
'
18 94 156 156 34 25 25 34 25 4163 110 133 148 172 197 148 172 164 166 164 164 159 204 35619 269 291 94 133 323 302 25 117 71 41 68
51 164 164 148 161 164 172 164 172 215 169 172 14820 153 117 64 25 28 2S 25 34 68 141 125 148 156 156 159 215 269 291 298 269 356 71 28 24721 258 323 345 16 17 25 51 356 41 42 48 148 161 164 172 172 197 204 204 169 247 34 34 3122 356 334 16 345 291 356 172 141 156 172 164 164 204 166 204 302 68 103 111 111 86 63 133 11723 110 94 79 41 2541 112 133 120 102 141 164 166 204 204 164 166 172 169 161 159 161 204 8624 127 302 34 39 8 10 309 291 334 148 94 135 215 215 8 25 39 34 25 33 29 25 52 825 8 302 302 237 309 52 17
16 312 164 148 156 153 164 172 204 226 204 215 204 200 280 8 1626 302 8 31 31 22 16 356 16 51 125 156 141 141 204 25 51 34 25 34 34 28 8 345 34527 338 323 276 356 323 327 334 35677 345 226 156 204 164 156 215 269 269 258 244 251 291 302 34528 34 29 17 16 28 22 22 42 81 117 148 141 164 148 215 16 356 334 323 309 356 8 320 30229 302 302 305 298 302 302 302 356 130 125 146 34 42 51 42 25 34 34 25 345 312 320 8 1330 8 323 305 356 305 334 8 6894 141 148 148 153 164 172 226 169 172 166 159 166 156 141 6431 25 51 77 16 25 36 39
86 102 117 125 146 156 148 156 164 164 148 122 120 117 115 79 8* Indicates calibration of sensors** Indicates invalid data
FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/8
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[;t23 66 57 51 45 40 36 26 13 30 56 67 80 97 94 100 103 105 107 76 56 76 59 89 76 67 "24 70 72 49 35 45 32 31 34 54 89 107 101 98 94 112 103 103 92 98 74 57 55 89 91 74 |25 80 49 29 40 38 37 25 20 9 !? 14 18 22 22 27 29 36 44 22 18 13 18 17 19 2826 23 22 21 15 33 51 63 49 34 40 40 54 23 22 22 13 27 17 21 16 10 13 ** ** 29 !27 ** ** ** ** ** ** ** ** ** ** ** ** 18 30 28 30 32 31 ** ** ** ** ** ** 2828 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **29 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
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.-- ... --- --- .-- --. ... --- ... --- --- --- --- ... --- .-- ... --- ... ... --- --- --- --- ...AVERAGE 37 36 31 29 31 29 28 27 25 33 37 37 40 42 44 47 48 50 46 35 32 33 40 39 37* Indicates calibration of sensors
** Indicates invalid data FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/85
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BLANDING UTAH '-
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DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ .__
1 94 100 103 60 16 8 34 8 302 141 164 204 164 247 269 269 216 291 302 302 125 130 94 192 13 356 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
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10 352 8 34 37 29 29 29 29 71 148 148 156 153 164 247 280 164 161 164 166 218 222 226 21511 204 156 156 151 148 151 164 204 159 151 156 164 164 156 164 148 138 156 156 164 125 156 110 11012 122 64 25 51 48 31 34 25 94 141 141 153 164 1 64 156 156 156 164 172 172 291 309 356 813 10 34 8 25 22 345 22 28 29 8 148 156 156 172 172 172 172 204 237 204 269 16 8 8 -
14 16 19 356 8 13 302 356 33 45 94 133 141 133 125 148 204 215 215 222 197 302 356 19 2515 127 IL/ 107 110 112 120 117 120 125 130 133 127 141 148 148 156 156 141 125 122 133 111 34 91 ,
16 94 68 48 34 8 8 64 42 34 45 356 148 148 148 172 215 323 ** ** ** ** ** ** **
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* Indicates calibration of sensors** Indicates invalid data FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/85
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___ ... ... ... ... ___ __. __. ___ ... _._ ... ... .._ ... ... ... ... ___ __ __. ... ... ... ...
AVERAGE 29 26 24 23 25 29 27 29 24 23 29 32 35 43 47 47 46 41 35 27 28 32 29 29 32* Indicates calibration of senso s
** Indicates invalid data FOX CONSULTANTS , INC. i
SAR0AD(V1.0) 2/11/85'
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HOUR OF THE DAY____ __ ___ ___
DAY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 AVG___ ___ ___ ... ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___
1 111 111 117 99 84 68 71 86 86 110 125 150 141 153 143 141 102 94 63 68 66 68 84 71 .
2 86 117 110 94 63 56 60 64 68 79 R6 89 102 102 112 86 102 102 94 99 99 94 94 1003 86 76 60 60 60 52 56 52 56 56 63 76 79 79 86 117 110 71 64 60 45 51 68 634 80 68 77 68 103 110 117 86 81 73 79 94 79 356 16 34 52 68 60 71 68 52 60 635 64 56 56 51 42 45 60 60 68 68 79 42 51 60 86 141 64 63 63 60 48 48 56 606 52 52 60 64 56 68 63 63 60 63 68 68 110 91 110 42 68 77 94 51 42 45 54 517 51 51 64 60 56 52 68 63 63 68 76 86 94 110 110 103 86 86 80 54 51 54 42 368 39 86 51 42 36 42 39 280 63 86 89 86 94 91 94 94 94 94 91 B6 94 51 51 519 51 54 57 54 57 57 54 51 63 86 86 89 94 103 103 102 102 89 80 68 54 45 42 42
10 94 63 60 63 57 54 60 60 68 63 79 79 86 97 102 68 71 77 60 81 63 60 48 6311 63 71 68 64 60 64 60 63 68 76 99 110 117 133 1 11 138 135 148 117 110 110 110 91 12512 89 86 102 94 97 153 102 204 51 94 99 102 111 117 156 356 356 8 8 34 42 16 51 1913 60 60 68 54 71 51 42 51 60 77 86 86 94 86 R6 97 99 94 89 76 60 52 60 6814 68 60 71 63 52 34 8 345 8 60 94 94 102 135 140 135 132 119 103 80 71 57 60 54 .
15 19 8 25 45 60 36 57 34 25 42 63 63 25 16 323 16 8 16 16 34 8 51 42 35616 16 25, 356 34 34 8 16 31 31 51 77 102 110 117 117 112 110 102 81 73 73 71 79 11017 125 102 79 92 94 89 102 79 63 60 66 84 117 148 156 169 172 291 291 345 8 356 16 2518 25 51 51 48 28 45 42 16 31 34 74 77 77 94 81 102 117 64 60 60 52 52 52 5219 56 56 64 64 64 68 63 66 68 71 77 94 94 103 111 119 103 94 94 79 79 76 68 6820 63 60 64 56 64 64 64 68 64 63 71 86 86 80 94 77 80 42 34 25 25 34 45 5121 51 54 63 63 77 92 86 94 94 92 94 92 79 63 22 25 25 34 16 25 42 42 51 5722 60 54 51 51 51 48 45 48 60 60 63 7) 86 86 86 94 99 89 66 56 45 52 56 4523 45 60 64 52 52 48 41 52 64 60 60 68 63 63 79 60 74 64 56 52 56 63 51 4824 51 51 77 74 71 42 45 42 51 54 68 77 80 71 94 77 77 68 51 48 36 42 36 3425 31 39 48 54 60 54 48 48 51 68 86 77 77 92 86 89 100 86 86 80 60 42 42 4226 42 48 45 48 48 45 51 60 57 68 94 94 94 97 103 119 119 119 103 86 68 57 68 6027 71 83 77 94 103 86 125 94 102 110 156 204 312 226 226 215 302 54 63 63 65 42 60 42 ,
28 42 48 54 51 60 64 60 56 60 73 110 117 117 127 124 135 125 125 91 81 63 52 52 5629 52 52 56 60 56 60 64 64 64 73 84 86 89 86 94 104 102 86 79 64 56 52 45 * 4130 52 56 52 60 56 60 64 68 60 76 86 86 81 81 91 102 86 84 79 64 60 52 48 5231 56 68 60 60 52 52 60 48 64 66 94 110 133 125 172 215 8 25 60 65 42 19 51 48
* Indicates calibration of sensors** Indicates invalid data FOX CONSULTANTS , INC.
SAR0AD(v1.0) 2/11/85
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HOUR OF THE DAY____ __ ___ ___
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1 18 20 18 9 18 40 30 22 18 11 19 17 27 22 18 27 22 36 25 9 27 27 35 34 732 31 32 20 10 13 18 22 13 18 16 23 31 31 28 30 36 34 25 16 4 22 21 25 32 233 32 22 24 20 25 22 21 22 17 18 27 38 49 54 69 80 61 45 21 32 45 38 44 42 364 37 46 40 15 14 15 27 27 14 13 16 20 22 13 22 9 20 27 21 22 20 22 36 32 235 31 27 15 25 18 28 31 11 9 15 19 19 17 21 24 18 9 10 4 26 35 32 31 27 216 14 13 13 17 22 17 18 27 27 22 18 13 42 27 14 13 31 22 28 34 31 27 26 35 237 35 30 36 31 27 31 34 29 23 19 18 15 20 23 13 11 14 23 25 23 22 36 31 27 258 19 20 26 29 22 16 18 9 13 27 50 63 112 134 92 98 121 98 78 40 38 31 31 28 519 22 22 13 22 26 49 51 39 66 78 72 72 72 76 67 72 75 58 48 45 38 49 47 41 51
10 32 23 22 22 25 30 25 31 20 8 19 25 25 26 26 18 17 13 3 18 31 31 36 31 2311 35 32 22 30 27 25 19 18 13 16 18 24 22 28 18 18 14 11 13 22 29 32 31 32 2312 31 30 32 32 21 25 21 13 9 18 14 24 19 20 21 13 17 14 31 36 41 38 31 31 2413 26 29 27 18 17 16 13 25 22 27 42 63 78 80 70 63 67 54 26 13 33 27 49 13 3714 36 54 73 36 13 26 36 29 31 45 32 18 33 39 31 31 16 20 27 32 30 27 27 30 3215 31 31 36 38 30 36 37 32 17 13 18 25 22 23 23 18 16 9 10 28 30 35 36 38 ?616 36 2a 14 18 18 18 22 20 19 18 31 31 40 31 23 13 11 13 23 37 44 40 22 42 2617 22 20 18 27 31 27 36 29 21 13 11 18 17 19 31 62 58 58 47 45 40 41 39 38 3218 24 18 13 27 32 25 29 27 13 24 28 35 38 40 38 32 27 16 17 32 35 40 37 33 2819 18 18 13 12 8 17 20 21 9 19 22 27 36 39 34 27 45 27 20 33 31 9 18 41 2420 36 28 18 20 9 13 16 18 13 17 25 28 27 22 22 23 18 13 22 37 40 40 36 31 2421 19 31 22 18 13 13 13 17 31 40 52 63 63 58 51 40 17 18 30 32 46 54 54 41 3522 31 18 25 16 19 27 22 21 23 18 18 20 18 27 28 22 18 13 32 35 31 31 35 29 2423 22 29 25 23 30 35 36 22 27 29 33 40 54 50 48 31 13 10 14 31 18 20 22 31 2924 32 41 31 29 22 8 22 13 14 13 24 40 58 55 51 49 41 22 28 40 31 35 69 57 3425 58 54 36 45 45 68 34 39 40 47 63 76 72 63 58 49 54 63 58 31 31 28 38 40 5026 40 47 36 47 28 40 51 49 59 77 91 94 103 94 83 72 41 27 20 29 36 30 45 23 5327 27 23 13 19 11 16 22 27 24 17 18 27 28 27 19 23 18 9 13 16 28 27 21 22 21
28 22 20 18 12 17 19 13 13 13 9 13 19 17 16 10 18 9 18 22 28 18 18 14 13 16
29 23 13 19 23 18 23 32 22 25 27 24 20 16 16 22 21 20 9 27 31 23 22 17. 19 21
30 13 17 25 22 22 18 5 9 9 8 18 23 31 36 27 37 36 22 13 20 27 31 28 23 22___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___
AVERAGE 28 28 25 24 21 25 26 23 22 24 29 34 40 40 36 35 32 27 25 29 32 31 34 32 29
* Indicates calibration of sensors** Indicates invalid data FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/85
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HOUR OF THE DAY !
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1 130 48 60 ** ** ** ** ** ** ** 76 76 91 68 77 80 86 97 86 68 51 51 45 422 48 48 54 63 68 60 71 68 68 71 79 94 94 89 86 102 97 86 77 74 51 63 60 60
*
3 51 63 63 60 60 54 68 60 57 71 89 94 123 127 172 226 280 8 68 39 25 39 42 344 25 32 34 60 60 54 48 51 74 77 83 68 63 77 65 77 86 74 60 51 51 51 117 425 51 57 63 51 60 51 48 68 71 74 73 73 76 81 81 79 71 68 68 56 48 52 52 526 68 68 68 68 79 63 68 64 68 64 71 68 79 86 71 71 94 79 60 45 81 64 60 637 64 64 52 64 64 60 52 45 54 60 60 71 77 86 71 60 63 51 51 51 60 42 42 518 60 68 51 51 54 60 57 71 73 60 86 89 164 215 172 211 204 204 151 247 156 86 34 519 51 77 68 86 86 164 148 164 247 302 280 298 283 302 312 302 334 16 25 25 34 29 42 39
10 51 51 60 45 42 45 48 48 60 71 86 86 81 86 81 79 73 71 71 64 45 41 41 4511 45 48 56 60 79 51 54 54 63 71 77 80 83 86 77 71 71 74 68 51 45 42 42 4212 48 45 45 45 51 42 54 60 60 76 73 86 79 79 76 66 71 68 52 41 41 41 52 5613 64 63 71 66 68 63 68 48 63 86 103 133 141 156 159 161 156 215 51 68 89 77 269 1614 54 226 237 42 54 57 79 60 79 356 68 60 51 39 48 45 65 54 48 51 45 48 51 48 115 51 48 45 36 42 36 39 51 77 68 77 81 86 79 89 73 73 73 68 51 48 42 42 39
*
16 42 45 60 57 51 51 51 68 80 77 86 94 89 92 86 77 71 68 51 36 31 34 54 1617 54 77 68 45 51 65 42 45 54 68 68 71 71 60 16 345 356 8 28 25 29 29 33 3418 48 51 54 48 63 56 52 48 68 79 84 99 110 112 110 94 86 79 66 48 41 37 41 41 :
,
19 60 60 60 64 60 56 52 52 54 71 80 86 97 110 102 86 54 51 51 39 34 51 42 2820 31 51 68 48 51 51 51 64 57 68 80 86 86 77 86 83 77 77 57 36 34 34 36 42
,
.
21 54 42 51 51 60 54 60 63 74 86 89 103 97 94 94 94 77 68 51 65 77 34 86 79 L22 79 73 76 71 68 52 64 60 56 66 71 60 60 77 74 77 68 65 42 42 48 45 51 6023 64 52 52 60 60 56 48 56 52 66 63 71 94 89 94 86 79 76 68 52 63 64 64 48 |24 52 45 52 45 56 63 64 68 71 71 86 112 138 148 141 135 128 89 91 110 94 102 148 133 L25 130 133 120 122 128 172 103 110 112 133 166 204 215 172 172 148 226 276 302 60 63 76 356 16 [26 356 334 16 356 51 8 356 13 356 323 309 302 312 356 334 8 10 42 51 42 28 42 25 51 :27 42 51 51 86 60 63 48 45 51 68 74 94 94 86 80 86 77 74 66 60 56 52 60 60 !28 64 64 64 63 63 68 60 60 57 60 68 80 71 68 68 65 63 54 51 45 51 54 54 5429 48 57 52 60 64 56 45 64 64 79 79 76 73 71 79 84 79 68 52 48 60 60 ** **
,
30 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **
* Indicates calibration of sensors** Indicates invalid data FOX CONSULTANTS , INC.
SAR0AD(V1.0) 2/11/85
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HOURLY AVERAGED WIND SPEEDDATA RECORDED IN DECEMBER OF 1984
RLANDING - UTAHUNITS ARE TENTHS OF A METERS PER SECOND
HOUR OF THE DAY____ __ ___ ___
DAY l 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 3) 21 22 23 24 AVG___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___! 1 22 18 27 27 23 26 22 14 14 20 22 21 24 26 18 31 39 34 30 29 909 999 999 999' 24 !2 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 W9 999 999 999 999 999 999 *
3 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999i 4
999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999- 999 999 999 999 ;5 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 !
6 999 999 999 999 999 999 999 999 999 999 999 9W 999 999 999 999 999 999 999 999 999 999 990 999 9997999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 9998 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 9999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999
i
10 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 : 999 999 99911 999 999 999 999 999 999 999 999 999 999 29 31 999 999 999 999 999 999 999 999 999 999 999 999 3012 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99913 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999, 99914 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999
,
15 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99916 999 N 99 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999- 999 999 999 999 ,
17 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99918 999 999 999 999 999 999 999 999 999 999 999 999 999 9W 999 999 999 999 999 999 999 999 999 999 999'
19 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99920 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 ). 21 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 9991 22 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 '
23 999 999 999 999 999 999 999 999 999 8 14 13 18 999 999 999 999 999 999 999 999 999 999 999 1324 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 :25 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99926 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 f27 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99928 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99929 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999,
30 999 999 999 999 999 999 999 999 999 .999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 99931 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999 999
___ ___ ___ . . _ _ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ ___ _._ ... ___AVERAGE 22 18 27 27 23 26 22 14 14 14 22 22 21 26 18 31 39 34 30 29 999 999 999 999 23* Indicates calibration of sensors** IndicM es invalid data iFOX CONSULTANTS , INC.'
SAR0AD(V1.0) 2/11/85
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