Prediction of solar and atmospheric radiation for energy budget studies of lakes and streams

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Title:
Prediction of solar and atmospheric radiation for energy budget studies of lakes and streams
Series Title:
Florida Water Resources Research Center Publication Number 10
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Huber, W. C.
Perez, Armando I.
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University of Florida
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Gainesville, Fla.
Publication Date:

Notes

Abstract:
Evaluation of terms in the energy budget is an integral part of the prediction of thermal changes in natural water bodies. These lakes, reservoirs, streams, and tidal waters receive heat from shortwave solar radiation, longwave atmospheric radiation, and advectively from surface water inflows. The net advective heat flux is often zero, in which case the radiation components are the dominant causes of temperature changes. Predictive methods for the two radiation components have been developed as a function of meteorological parameters alone, (e.g, temperature, humidity, cloudiness, opaqueness). These predictive methods can be used in areas where there are no records·of radiation measurements since the required meteorological variables are commonly measured at weather stations and airports. A better predictive equation was found for shortwave radiation than for longwave radiation, due possibly to local climatic conditions and possible errors in portions of the longwave radiation measurements. Use of the shortwave equations in evaluating temporal temperature changes in a Florida lake resulted in good agreement with measured values. A tabulation of 148 days of hourly radiation and meteorological values is included in the report.

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Publication No. 10


Prediction of Solar and Atmospheric
Radiation for Energy Budget
Studies of Lakes and Streams


By W.C. Huber and Armando I. Perez

Department of Environmental Engineering


university offlorida


0"*
No--~













Prediction Of Solar And
Atmospheric Radiation For Energy Budget
Studies Of Lakes And Streams



by


W.C. Huber
Assistant Professor
Department of Environmental Engineering
University of Florida

and

Armando I. Perez
Research Assistant
Department of Environmental Engineering
University of Florida





Publication No. 10
of the
Florida Water Resources Research Center





Research Project Technical Completion Report


OWRR Project Number A-014-FLA


Annual Allotment Agreement Number
14-01-0001-1628 (1969)


Report Submitted: October 29, 1970





The work upon which this report is based was supported in part by funds
provided by the United States Department of the Interior, Office of Water
Resources Research, as authorized under the Water Resources Research Act
of 1964.













FLORIDA WATER RESOURCES RESEARCH CENTER


Errata


Publication No. 10, "Prediction of Solar and Atmospheric Radiation
for Energy Budget Studies of Lakes and Streams."

a. Appendix II: Listing of data. Shortwave measurements
tabulated for day 105 are in error. The correct values
should be one-half those tabulated.

b. It is important to note that all wave radiation measurements
contain errors due to a defective radiometer. The longwave
values derived from them should be used in subsequent
analyses only with considerable caution.






- ii -


ABSTRACT



PREDICTION OF SOLAR AND ATMOSPHERIC RADIATION FOR ENERGY BUDGET

STUDIES OF LAKES AND STREAMS




Evaluation of terms in the energy budget is an integral part of the
prediction of thermal changes in natural water bodies. These lakes,
reservoirs, streams, and tidal waters receive heat from shortwave solar
radiation, longwave atmospheric radiation, and advectively from surface
water inflows. The net advective heat flux is often zero, in which case
the radiation components are the dominant causes of temperature changes.
Predictive methods for the two radiation components have been developed
as a function of meteorological parameters alone, (e.g. temperature,
humidity, cloudiness, opaqueness). These predictive methods can be used
in areas where there are no records of radiation measurements since the
required meteorological variables are commonly measured at weather stations
and airports. A better predictive equation was found for shortwave radia-
tion than for longwave radiation, due possibly to local climatic conditions
and possible errors in portions of the longwave radiation measurements. Use
of the shortwave equations in evaluating temporal temperature changes in a
Florida lake resulted in good agreement with measured values. A tabulation
of 148 days of hourly radiation and meteorological values is included in
the report.















Huber, Wayne C. and Armando I. Perez
PREDICTION OF SOLAR AND ATMOSPHERIC RADIATION FOR ENERGY BUDGET STUDIES OF
LAKES AND STREAMS
Publication Number 10, Florida Water Resources Center
Research Project Technical Completion Report, Office of Water Resources
Research, Department of the Interior, October, 1970
KEY WORDS: solar radiation*/radiation*/energy budget*/heat budget hydrologicic
cycle*/thermal pollution/thermal stratification/temperature/lakes/reservoirs.







- iii -


ACKNOWLEDGMENTS






The authors wish to thank personnel at the Federal Aviation
Agency station at the Gainesville Airport for their assistance in
obtaining weather records. Mr. Howard McGraw assisted in mounting
experimental equipment.

Computations were performed at the University of Florida
Computing Center.






- iv -


TABLE OF CONTENTS


Page


TITLE ............................................. .............. i
ABSTRACT .................................. ................. i:
ACKNOWLEDGMENTS .................................................... i:
TABLE OF CONTENTS ..................................................

CHAPTER 1. INTRODUCTION
1.1 The Energy Budget ................................... 1
1.2 Objectives .......................................... 2

CHAPTER 2. THEORETICAL BACKGROUND OF SOLAR AND ATMOSPHERIC
RADIATION
2.1 Spectral Distribution ............................... 2
2.2 Solar Radiation Received on a Horizontal
Surface at the Top of the Atmosphere .............. 4
2.3 Effect of the Atmosphere on Clear-Sky
Solar Radiation ................................... 8
2.4 The Effect of Clouds on Solar Radiation ............. 1.


2.5 Longwave Atmospheric Radiation from
Clear Skies .......................
2.6 The Effect of Clouds on Longwave,
Atmospheric Radiation .............
2.7 Summary .............................

CHAPTER 3. METHODS OF DATA COLLECTION
3.1 Shortwave Radiation .................
3.2 Longwave Radiation ..................
3.3 Meteorological Parameters ..........
3.4 Data Reduction ......................


................ 13

................ 14
................ 14


CHAPTER 4.
4.1
4.2
4.3
4.4
4.5

CHAPTER 5.


ANALYSIS OF DATA
Introduction ........................
Clear Sky Shortwave Radiation .......
Cloudy Sky Shortwave Radiation ......
Clear Sky Longwave Radiation ........
Cloudy Sky Longwave Radiation .......


CONCLUSIONS


5.1 Shortwave Radiation Predictions .....................
5.2 Longwave Radiation Predictions ......................
5.3 Energy Budget Evaluation ............................
















REFERENCES ......................................................... 32


APPENDIX I.
I.1
1.2
1.3

APPENDIX II.


A SAMPLE ENERGY BUDGET CALCULATION
Introduction ........................................ 34
Numerical Method .................................... 34
Calculations for Newnan's Lake ...................... 36

LISTING OF DATA ..................................... 38











1. INTRODUCTION


1.1 The Energy Budget

In the study of pollution problems in natural waters, knowledge
of the temperature distribution is usually a prerequisite to a quan-
titative formulation of the pollutant distribution. In addition, the
water temperature affects aquatic life and the stability of various
chemical agents that may be found in the water. Finally, the water
temperature plays an important role in the determination of the ability
of a given water course to assimilate waste heat, from a thermal power
plant for example. As a result, there has been considerable interest
in predicting temperature distributions in rivers and estuaries (16, 17),
lakes (7), reservoirs (8, 15), and the coastal environment (24).

All studies of temperature distributions must include an analysis
of the sources and sinks of heat associated with the particular body of
water. The systematic catalogue of these sources and sinks is called
the energy budget. For a typical natural waterway, this can be expressed
as:

Cp V dT = Qs + Qa + Qv QL (1-1)
dt

where Q = net influx of short wave solar radiation (incident minus
reflected),
Qa = net influx of long wave atmospheric radiation,
Qv = net energy advected into the water body (due to stream
inflows, spillway outflows, etc.),
QL = net losses due to evaporation, conduction, and back
radiation.

The term on the left hand side of equation 1-1 represents the change of
energy stored in the body of water, where

T = average temperature,
t = time,
V = volume of the water body,
Cp = specific heat,
p = density.

The units of the equation (and of the Q's) are energy/time, (e.g. cal/sec
or Btu/hour).

Equation 1-1 may be used to compute the temporal variation of the
average temperature of a water body (17). An example is shown in
Appendix I. However, spatial variations of temperature within the water
must be considered using a more sophisticated theory (8, 15).






- 2 -


1.2 Objectives

In a natural body of water, the net advective heat flux is commonly
near zero, unless heat is added by a thermal power plant for instance.
Consequently, the principle heating mechanisms are solar and atmospheric
radiation, and mathematical models designed to predict temperature dis-
tributions must have these two quantities as input data. When the model
is to be applied to a specific location, it is best to have a record of
measured radiation values; however, these data are usually not available.
Consequently, predicted values of the solar and atmospheric radiation
fluxes must be used, and they are often subject to large errors. It is
the objective of this report to develop methods for predicting incident
solar and atmospheric radiation as a function of meteorologic variables
that are commonly measured at weather stations throughout the country
(e.g. temperature, humidity, cloudiness). In this manner, the energy
budget equation may be used as a predictive tool for the determination
of temperature distributions.




2. THEORETICAL BACKGROUND OF SOLAR
AND ATMOSPHERIC RADIATION


2.1 Spectral Distribution

The source of 99.97% of all the energy used for climatologic and
hydrologic processes is the sun, which radiates energy approximately as
a black body, at a temperature of 60000K. As a result of this high
radiating temperature, 98% of the solar radiation received at the outer
edge of the atmosphere lies between 0.25 and 3.0 p*. The spectral
distribution of this energy may be seen in Figure 2-1. The total short
wave radiation incident upon the earth, (often called insolation),
consists of the direct solar beam and diffuse radiation scattered from
the sky.

The atmosphere and land mass of the earth radiate at a much lower
temperature, approximately 2870K (14C). As a result, the spectral
distribution of this radiation is shifted as may also be seen in
Figure 2-1. The atmosphere does not radiate as a black body, however,
and the emissivity is a function of the meteorologic conditions.


*1 P = 1 micron = 10-6 meters = 10 A
















i



0




'I)
I








0 /0
ki-





B&







Figure 2-1.
K
N

N
( N
K-
1
Fiur 21


0
1%

0
U

TO-






Q3


V5



U


Spectral distributions of solar and atmospheric radiation
(Note: change of scale of ordinates).







- 4-


Due to the shortwave nature of the solar radiation, very little
is absorbed by the atmosphere. However, the long wave radiation emitted
by the earth is strongly absorbed by H20, CO2 and 03 in various wave-
length bands (21). The atmospheric emissivity is consequently a function
of the concentration of these quantities, since the absorbed terrestrial
radiation is subsequently re-radiated.


2.2 Solar Radiation Received on a Horizontal Surface at the
Top of the Atmosphere

The flux of solar radiation normal to the sun's rays received at
the outer edge of the earth's atmosphere is known as the solar constant,
I Although the solar constant is subject to some variation (20), it
sc
is commonly accepted to have the value


I = 2.0 cal/cm2-min = 2.0 ly/min* (2-1)
sc

at the mean distance of the earth from the sun. The intensity actually
received will vary slightly with the square of the normalized earth-sun
radius, r. The normalized radius, r, is the actual radius divided by
the mean radius. Its variation may be found in meteorological tables
(14) or given approximately as (25):


r = 1 + 0.017 cos [ 2 (186-D)] (2-2)

where D is the number of the day of the year, (e.g. on February 1,
D=32), and the extra day of leap years is ignored. The flux of
radiation normal to the sun's rays, I is then
sc
n

I =
scn sc (2-3)
2
r

The flux on a horizontal surface at the edge of the atmosphere
is given by

1I = Isc sin a = Isc sin a (2-4)
n 2
r

where a is known as the solar altitude and is the angle between the sun's
rays and the plane tangent to the earth's surface at the point of obser-
vation. This is illustrated in Figure 2-2. The complement of a is
known as the zenith angle, Z, and is the angle made between the sun's
rays and the local vertical. The solar altitude can be determined from


*1 langley = 1 ly=l cal/cm2











VERTICAL
AX/IS




Ii
/


TOP OF


ATMOSPHERE .


I.


EARTH


Figure 2-2. Illustration of solar altitude and zenith angle.


. I


L






- 6-


considerations of spherical trigonometry (21) and is given by

sin a = sin 6 sin ( + cos 6 cos cos h (2-5)

where 6 = declination of the earth,
S= latitude of observer,
h = sun's hour angle.

The declination, 6, varies seasonally and may be found in meteoro-
logical tables (14) or given approximately as (25):


6 = 23.45 cos [ 2 (172-D)] (2-6)
80 cos 365

where 6 is in radians, and D is the number of the day of the year defined
in the same manner as for equation 2-2.

The hour angle of the sun is the angular distance measured westward
around the axis of the earth between the meridian of the observer and the
meridian of the sun. At true solar noon (when the solar altitude is at
a maximum for that day), h=0. In the mornings, h is negative and in the
afternoons h is positive. The value of h depends on three factors: (1) the
local standard time (zone time); (2) the distance between the meridian of
the observer and the standard meridian for that time zone; and (3) the
variations in the length of a day due to seasonal variations in the orbital
velocity of the earth. The third factor is accounted for by the so-called
"equation of time" which gives the difference between "true solar time"
and that computed on the basis of a yearly average.

Table 2-1 gives values of the equation of time taken from a more
complete table given by List (14).

To compute h, the true solar time, ts, is first computed thusly:

a. To the local standard time (zone time) add four minutes
for each degree of longitude the point of observation is
east of the standard meridian or subtract four minutes for
each degree west of the standard meridian to get the local
mean solar time.

b. To the local mean solar time add algebraically the equation
of time obtained from Table 2-1 to obtain the true solar time.






- 7 -


TABLE 2-1


THE EQUATION OF TIME (After List)


Date Equation of Time Date Equation of Time
(min sec) (min sec)
-----`---------------------- ----- ---------------
Jan, 1 -3 14 July 1 -3 31

9 -6 50 9 -4 56

17 -9 54 17 -5 57

25 -12 14 25 -6 24

Feb. 1 -13 34 Aug. 1 -6 17

9 -14 17 9 -5 33

17 -14 10 17 -4 12

25 -13 19 25 -2 18

Mar. 1 -12 38 Sept. 1 -0 15

9 -10 51 9 +2 22

17 -8 42 17 +5 10

25 -6 20 25 +8 00

Apr. 1 -4 12 Oct. 1 +10 01

9 -1 52 9 +12 27

17 +0 13 17 +14 25

25 +1 53 25 +15 46

May 1 +2 50 Nov. 1 +16 21

9 +3 35 9 +16 12

17 +3 44 17 +15 10

25 +3 16 25 +13 15

June 1 +2 27 Dec. 1 +11 16

9 +1 06 9 +8 01

17 -0 33 17 +4 17

25 -2 17 25 +0 20











For example on March 1 at a point at 800W longitude in the eastern
time zone, the true solar time at 11:00 A.M. Eastern Standard Time is

t = 11:00 (800 750) x 4 minutes 12 min 38 sec
s degree

= 10:27:22 A.M. (2-7)

The hour angle is then given in radians as


h = (t 12) (2-8)
12 s

with t in hours.
s



2.3 Effect of the Atmosphere on Clear-Sky Solar Radiation

The solar radiation received at the edge of the atmosphere Io, is
attenuated as it passes through the atmosphere by scattering and absorption.
The extinction of the solar beam through scattering by air molecules can be
described by Rayleigh scattering, whereas for larger particles, a more
complicated theory results (20). In all cases, the scattering is dependent
upon wavelength, and can be described for monochromatic radiation as:


I(X)s = Io(A) e-G()m (2-9)

where I(X)s = intensity of the monochromatic solar beam after scattering,
I (X) = intensity of radiation at edge of atmosphere of wavelength X,

o(X) = scattering coefficient at wavelength X,
m = relative path length through the atmosphere, called the
"optical air mass."


The optical air mass is the ratio of the path length of the solar
rays at a given solar altitude to the path length through the zenith angle.
It can be seen from Figure 2-1 that m is given approximately by:


m = csc a


(2-10)






- 9 -


for angles greater than 100. At a solar altitude less than 10,
refraction of the rays by the atmosphere creates a maximum value of
m of about 36 at a = 0. The variation of the optical air mass with
solar altitude has been given as (9):


m = 11.25 (2-11)
sin a + 0.15 (a+3.885)-1253

with a in degrees. This must be modified for the local barometric
pressure since m decreases at high altitudes. This can be done using
the barometric formula (14):

288 0.0065 z 5.256
m(z) = m(z=0) p = m(z=0) (-- --) (2-12)
-- 288
Po

where z is the elevation above sea level in meters, p is the local
barometric pressure, po is the sea level barometric pressure, and m at
sea level (z=0) is given by equation 2-11.

Absorption of the solar beam may be described in a form similar
to equation 2-9:


I()a = I (A) e-r(X) m (2-13)

where I(X)a = intensity of monochromatic solar beam after absorption,

Io () = intensity of radiation at edge of atmosphere of
wavelength X,
FT() = absorption coefficient at wavelength X,
m = optical air mass.

The direct solar radiation received at the ground includes all wave-
lengths, and is the result of both absorption and scattering by air mole-
cules and particles of vapor and dust. The total intensity of the
attenuated direct solar beam is then

I (X) -e[(X) + T(X)]m (
I = Io(A) e dX. (2-14)
_)






- 10 -


This equation may be used to define an average transmission coefficient,
a, such that


I = am = am 1 Io(X) dX. (2-15)



The intensity at the outer edge of the atmosphere, I is given by
o
equation 2-4. The transmission coefficient will be a function of the
turbidity of the atmosphere as indicated by moisture and dust content.
However, because of the fact that the extinction coefficients, U(X) and
F(X) are functions of wavelength, the value of a will vary with the
optical air mass, m, even if the turbidity of the atmosphere does not
change (20). Consequently, if values of a are computed from measured
radiation at the ground surface, I,
1
II
a = a(m) = (-)m (2-16)
-o

then a will not be a constant over the day, but rather decrease with
decreasing air mass, m. This has been borne out by experiments as
will be shown in Chapter 4.

One method of accounting for this variation with air mass is to
determine the variation in transmission coefficient if it were due to
scattering alone (20). This transmission coefficient, a (m),
will vary with m and can be found from a numerical integration of


I a (m)m = I (X) e-(X)m dX (2-17)
o s 0o


since the functional relationship of G(X) is known for Rayleigh scattering.
Knowing as(m), a turbidity factor, T, is defined by


I(m) = I a (m)mT (2-18)
o s

where it is hoped that the variation with air mass will be mostly
accounted for in as(m) and not appear in T. It is then possible
to solve for the turbidity factor,
1 I 1 Io
T = log log1 (2-19)
S mlogl0as(m) 10 I(m) P(m) 0 (m) (2-19)


where

P(m) 1 (2-20)
mlogl0as(m)






- 11 -


The parameter P(m) has been tabulated (20) and can be approximated by
the polynomial relationship


P(m) = 23.0 m-.783 (2-21)

Unfortunately, values of the turbidity factor found from equation 2-19
still exhibit some variation with m because scattering and absorption
from vapor and dust are also wavelength dependent. Analysis of data
using the turbidity factor is shown in Chapter 4.

The preceding discussion has dealt with atmospheric effects on
the direct solar beam. However, the total or global short wave
radiation as measured by a pyranometer will include the diffuse
radiation contributed by the sky as a result of scattering and
reflection from the earth's surface. These effects may be treated
separately in the manner of Klein (11) who determined separate
transmission coefficients for scattering and absorption and totaled
the various scattered and reflected components into one general equation
with several parameters. A method in which his approach is used is
shown by Wunderlich (25).

However, since the scattered and reflected radiation is attenuated
in a similar manner to the direct solar beam, and since the radiation
received at the edge of the atmosphere is the primary source of all
global radiation components, a simpler method due to Kennedy (10) is to
lump all effects into one atmospheric transmission coefficient, a This

parameter is defined in the manner of equation 2-15:

I = I a m (2-22)
ot

where it is expected from prior discussions that at will vary with m.
However, for a given range of air mass, at will be expected to vary
with parameters describing the moisture and dust content of the atmos-
phere. Data are analyzed in this manner in Chapter 4.


2.4 The Effect of Clouds on Solar Radiation

It is obvious that solar radiation is diminished by clouds; however,
the quantification of this effect is one of the most difficult to deter-
mine. Most investigations have concluded that it is better to modify the
clear sky radiation by a function of cloudiness than to include the
functional relationship directly in the transmission coefficient.






- 12 -


Weather stations commonly measure cloudiness, C, as a fraction
of the sky covered on an hourly basis (5). In addition, some determine
the relative duration of sunshine, S, which is the ratio of net duration
of sunshine to total possible duration of sunshine (length of day). The
value of S is determined on a minimum of a daily basis. The relationship
between C and S is nominally

S = 1-C (2-23)

However, on the basis of a regression analysis, Wunderlich (25) suggests
that


S = 1-C5/3 (2-24)

is a better fit. In equations 2-23 and 2-24, the value of C is an average
over the same time scale as S.

The functional relationship usually suggested between cloudiness and
net radiation is


I = a tm (l-clC 2) (2-25)

A parabolic relationship proposed by Wunderlich (25) has

c = 0.65 and c = 2 (2-26)
i 2

The values of the constants, c1 and c2 are considered in Chapter 4.


In addition to measurements of the fraction of sky covered by clouds,
weather stations also measure opaqueness, 0, which is the fraction of sky
covered by clouds through which there is no visibility. In general then,
0 < C. The possibility of a relationship of the type given by equation
2-25 using opaqueness instead of cloudiness is also examined in a later
chapter.

Other parameters that influence the amount of radiation received are
cloud elevation, thickness and type. Although these parameters are
measured at some weather stations, the measurements frequently require
equipment that is not always available, such as balloons, ceiling lights,
or radar (5). On the other hand, cloudiness and opaqueness may be
estimated by ground observers with no special equipment. Since it is
intended that the parameters included in the predictive methods developed
in this report be readily available, the influence of clouds will be
studied using only cloudiness and opaqueness.






- 13 -


2.5 Longwave Atmospheric Radiation from Clear Skies

The-atmosphere.does not radiate strictly as a black body or gray
body because of the wavelength dependence of the radiation absorbed and
emitted by the water vapor, H20, carbon dioxide, CO and ozone, 03'

However, most investigations assume that the atmospheric radiation can
be represented by a blackbody type relationship,


I = E o T4 (2-27)
a

in which E is the atmospheric emissivity and will be a function of the
concentration of H 0, CO and 03 and, perhaps, other meteorologic

parameters. The absolute air temperature, T, is measured at a specified
distance above the ground, and a is the Stefan-Boltzman constant with a
value

a = 8.26 x 10-11 cal/cm2-min-OK4

or a = 1.713 x 10-9 Btu/ft2-hr-OR4 (2-28)

When measurements of air temperature and longwave radiation are made at
a site, the value of s can be determined and related to other meteoro-
logic variables.

Several different relationships have been developed in the past.
Examples, include a linear relationship with vapor pressure, e (1):

E = a + b e (2-29)
o o

or a square root relationship (6):

= a + b /e (2-30)
o o

or an exponential relationship (3):

S= a + b exp (c e) (2-31)


or a dependence upon absolute air temperature (22):


(2-32)


S= a T2
o






- 14 -


In general, the constants found for a given emissivity equation vary
in different investigations because of changes in local climatic and
experimental conditions. In this investigation, the constants might also
be expected to be peculiar to the particular area; however, light may be
shed upon the best functional form to use for the prediction of .


2.6 The Effect of Clouds on Longwave, Atmospheric Radiation

Atmospheric radiation is increased by the presence of clouds
(because of the high concentration of emitting water particles), and is
a function of the cloud amount, height, thickness, and type. In accor-
dance with the preceding discussion of the effect of clouds on solar
radiation, the effect of cloudiness, C, (and perhaps opaqueness, 0), will
be the only parameters considered because of their ease of measurement.

When clouds are present, the predicted clear sky atmospheric radia-
tion may be multiplied by a function of cloudiness, C. Wunderlich (25)
suggests


I = T4 (1 + 0.17 C2) (2-33)
a


The type of functional relationship and constants will be considered in
this investigation.


2.7 Summary

In this chapter, the broad theoretical basis for predicting solar
and atmospheric radiation has been presented. It has been seen that many
of the relationships are empirical in nature, although based upon physical
laws. In the following chapters, these relationships will be examined in
the light of experimental data.

Emphasis will be upon the functional type relationships just described
rather than the graphical presentations of some investigators (2,23). This
is because of the need for the relationships to be readily programable on
digital computers, and also because many graphical presentations require
parameters not readily available, (e.g. cloud thickness and type).






- 15 -


3. METHODS OF DATA COLLECTION

3.1 Shortwave Radiation

Instruments to measure radiation from the direct solar beam, either
over all wavelengths or selectively, are called pyrheliometers. Instru-
ments that measure the global (total direct and diffuse) radiation
incident upon a horizontal surface are called pyranometers. An excellent
discussion of these instruments may be found in Robinson (20) and Sellers
(21).

An Eppley Model 8-48, black and white pyranometer, serial number
10,000, was used for the short wave radiation measurements of this study.
It was not possible to check its factory calibration of 7.71 mv-min/ly. The
instrument was mounted atop the roof of A. P. Black Hall (Environmental
Engineering Building) on the University of Florida campus at Gainesville,
(latitude 29" 37' N, longitude 820 20' W). The approximate elevation of the
instrument was 145 feet, M.S.L. This is approximately 67 feet above the
sloping ground level at that point. The roof of the building presents a
generally unobstructed view, except for a nearby instrument tower which cast
a shadow for a few minutes once a day. This had a negligible effect on the
readings.

The output of the pyranometer was fed into a Model 28, Servo Graphic
Recorder, (Yeiser Laboratories, Costa Mesa, California 92627), serial
number 800. The calibration of this millivolt strip-chart recorder was
checked periodically using a standard voltage source belonging to the
Environmental Engineering Department. The chart speed was set at 1 in/hr.
The data were reduced manually from the strip-chart records.


3.2 Longwave Radiation

Total incoming radiation measurements were made with a thermal radio-
meter, model number TCH 188-01, serial number 1015, manufactured by Packard
Bell. It is a ventilated radiometer of the Gier and Dunkle type and measures
the total shortwave and longwave incoming radiation. Longwave radiation
values are obtained by subtracting the shortwave values obtained simultaneously
with the pyranometer. It was not possible to check the factory calibration of
this instrument of 0.5512 ly/min-mv.






- 16 -


The radiometer was mounted near the pyranometer atop A. P. Black Hall
at the University of Florida. Its output was fed into another Model 28
Servo Graphic Recorder, Serial Number 735, and data were again reduced by
hand from the strip-chart records.


3.3 Meteorological Parameters

The meteorological variables of primary concern were air temperature,
relative humidity, and cloudiness conditions. The first two variables
were measured with a Kahlsico temperature and relative humidity recorder
manufactured by the Kahl Scientific Instrument Corporation, El Cajon,
California. The recorder was mounted in a standard meteorological instru-
ment housing five feet above ground level near the north side of A. P. Black
Hall, about 55 feet below the pyranometer and radiometer. A comparison of
temperature and humidity measurements from this recorder with similar
measurements made atop the roof showed negligible differences. The strip-
chart records were reduced by hand to produce values of temperature and
relative humidity at times corresponding to the radiation measurements.

Measurements of cloudiness and opaqueness were obtained from surface
weather observations made at the Gainesville Airport, 6.1 miles northeast
of A. P. Black Hall. Because of the fact that hourly readings were
necessary on a 24 hour basis, it was not possible to make these measure-
ments at the same site as the radiation measurements. When averaged on
an hourly basis, it was expected that there would be no difference between
airport and campus readings. Cloudiness and opaqueness are both measured
as tenths of the sky covered; (e.g. C=10 indicates total overcast).

In addition to measurements of cloudiness at the airport, measure-
ments of sunshine duration were made for a few weeks with a Campbell-
Stokes type sunshine recorder, (Casella and Co., Ltd., London), Serial
Number 7554-MK 111.B, mounted near the pyranometer and radiometer atop
A. P. Black Hall. This instrument records the presence of direct sunshine
from a trace burned on a specially labeled card by a spherical glass ball.
These measurements were discontinued because the cloudiness measurements
are standard, whereas sunshine recorders of this type are not. In addition,
the trace burned on the card is often more difficult to interpret than are
the cloudiness records.

It was not possible to make quantitative determinations of the dust
content of the atmosphere. However, the climatic conditions of Gainesville
are relatively clear and dust free because of the lack of industry in the
area, and because the humid, forested area is not conducive to dust being
erroded from the ground. Consequently, the lack of data on dust content
should not adversely affect the analysis of data from this site.






- 17 -


3.4 Data Reduction

Hourly averages were used as the basis of analysis of all data.
Data read from strip-charts were averaged by eye as the records were
analyzed. Solar radiation values were frequently highly fluctuating
as scattered clouds passed overhead. Although the hourly averages
were determined carefully, integrated values would have been more
accurate. Unfortunately, an integrating voltmeter was not available,
and integration by planimeter was not feasible.

All reduced data were punched on cards for computerized analysis.
A list of all data gathered and used in the analysis is given in
Appendix II, along with corresponding parameters such as solar altitude
and optical air mass that were derived from equations presented in
Chapter 2.



4. ANALYSIS OF DATA


4.1 Introduction

The data gathered as described in Chapter 3 were analyzed in
accordance with the developments of Chapter 2. The objective has been
to use the data to develop predictive relationships for both shortwave
and longwave radiation. Due to considerable delays in obtaining some
of the equipment, only 135 days of hourly data were used in the analysis,
corresponding to the record from March 18, 1970 to July 31, 1970. Data
for August, 1970 are included in Appendix II but were not gathered in
time to be included in the analysis. Efforts were made to secure data
from other geographical locations, but such data were not available on
an hourly basis, and daily or weekly averages (4, 18) were deemed
insufficient for much of the analysis.

In order to separate the effects of clouds, clear sky radiation
data were analyzed separately. The resulting prediction equations
were then used to determine the potential incident radiation on cloudy
days so that cloudiness effects could be studied.


4.2 Clear Sky Shortwave Radiation

The primary factor in changing the atmospheric transmission coef-
ficient, at, of equation 2-22 should be the amount of water vapor present
in the atmosphere. This is in the absence of appreciable dust content,
as discussed previously. The amount of water vapor in the atmosphere is
indicated by the "depth of precipitable water vapor," w, which is an
integration of the specific humidity, qh, over given pressure intervals
moving vertically through the atmosphere (13):

fpw
w= 0.004 O q d (4-1)
Jb






- 18 -


where w = depth of precipitable water vapor in inches,
qh = specific humidity, in grams/kilogram,
po, P1= total atmospheric pressure at the lower and upper
bounds, respectivelyin mb.

The number 0.004 is a conversion constant,

The specific humidity is the mass of water vapor per unit mass of
moist air and is given by


q = 622 e 622 e (4-2)
Pa-0,378e pa

where q has units of grams/kilogram, and e and p are the vapor
h a
pressure and total atmospheric pressure, respectively. The pressures,
Pa and e must have identical units when used in equation 4-2.

The preceding equations indicate that the depth of precipitable
water vapor should be proportional to vapor pressure, e. Empirical
formulas have also related it to the dew point (19). If r is the
h
relative humidity in percent, then


rh = 100 e- (4-3)
s

where es is the saturation vapor pressure and is a function of tempera-
ture. Values may be found in meteorological tables (14) or approximated by
the parabolic relationship:


e = 0.0418 T2 0.6216T + 13.0068 (4-4)


for the temperature range 15 < T < 40 with es in mm Hg and T in OC.


When es and rh are known, e may be found from equation 4-3.


It was expected that the value of at would be proportional to e.
Values of at were found for clear days by solving equation 2-22, thus:

1
a = m (4-5)
t I 1/






- 19 -


However, when values of transmission coefficient are plotted versus
vapor pressure in Figure 4-1 for all air masses, m, there is no
discernable trend. The expected trend would be decreasing at for
increasing e.

The scatter in Figure 4-1 is due in part to the effect of air
mass discussed in Section 2.3. When the air mass changes, the
transmission coefficient can be expected to change slightly because
the scattering and absorption are functions of wavelength. This
effect is shown in Figure 4-2 in which data shown in Figure 4-1 are
segregated within certain air mass ranges. Even within a given range
of air mass however, the trend is still toward a constant value of
transmission coefficients over all vapor contents. Correlations with
other parameters such as temperature or absolute humidity showed no
better results. The only variable that significantly affected the
values of a was the optical air mass, m. The correlation of at with
m is good, as shown in Figure 4-3.

In an effort to eliminate the effect of air mass and include the
effect of vapor content, the atmospheric turbidity factor, T, of
Section 2.3 was introduced. Values of T were computed using equation
2-19 and plotted versus vapor pressure as shown in Figure 4-4. The
correlation was no better, unfortunately.

The conclusion to be drawn from the data of Figures 4-1 to 4-4
is that atmospheric vapor content has a negligible effect on shortwave
radiation at the locality of these measurements. Values of the atmos-
pheric transmission coefficient may thus be predicted for the north-
central Florida region from Figure 4-3 alone. Because of the fact that
vapor content has no effect, these values must depend to some degree upon
local climatic conditions, hence they probably should not be transposed
to other geographical locations. The relationship shown in Figure 4-3
may be represented by

0.0882
a = 0.74m 2 (4-6).
t


4.3 Cloudy Sky Shortwave Radiation

In order to evaluate the effect of clouds on transmission of short-
wave radiation, a prediction of the clear sky radiation was first made
using equation 2-22 and Figure 4-3. The ratio of measured cloudy sky
radiation to predicted clear sky radiation was then plotted versus
cloudiness and opaqueness as shown in Figures 4-5 and 4-6.





















9 4
4.
9 0


* &


9 *


oe

gt ODO
S*g


Sb


p
9
9I
S


S *


~p



* p
9 .


0
*9 0


* 3 *p W9*~*0*
9

Q9


(
9 9


.9
*
*


* 9


5-4

d

ct.6

0


K5


K.4





if2






|K


.6

VAPOR


.7

PRESS RE


Figure 4-1.


Clear sky atmospheric transmission coefficient
as a function of vapor pressure.


9


0


0
*o


I ~ I I I I _


.8

(C//. OF


/.O


.9

HG)


~_ _Ip ~












_ I II -


L- 6.o

MA5S <8. o


\fI JA
8\ IW ^h


/.5(A/R MASS

VAPC-O?


PRESSURE


LOr





U -








, .7
0
. 3


Figure 4-2. Effect of air mass on transmission coefficient
vapor pressure relationship.


O0'


.8 .9
(IN. or HG)


/.0


/o














0/.
.9

7 -
.0 -



.4
d -


U




2



I'T
Ij


so


/ 2 3 4 5 6 7 8 9/0 20
SOLAR A/R MASS


Figure 4-3.


Atmospheric transmission coefficient as a function
of optical air mass,














L I I I I I I


/0


** *
*

0 *


0


S*


* 0 *


0


.00


0
0 *
* 1.


0


VAPOR P/?RSS./eE


Figure 4-4. Turbidity factor as a function of vapor pressure.


S000


*
*
*5 **


9



8



07










4







2



/


* *


0~
0 *00


* 0


.8 .9

(/N. OF HG)


/.















T0 T |
1I 7
I I "I
IT

I2 -,,
4`--








E7 2 T1 (/ (4 7)
T 0 I I















cLoO COVER (TENTHS)
_1 I I

I I






k .I I


/ 2 3 4 5 6 7 8 (9ENTi) /0
CLOUD COVER (TENTHS)
Figure 4-5. Effect of cloudiness on clear sky shortwave radiation.
Circles are mean values over the range indicated by the dashed lines.











IJ











S r T rt







.4 i
I A I I


I I









I I I
.6 2 3 7 8 9


-.- I

EQUATION (4-8) N








Circles are mean values over the range indicated by the dashed lines.
/) 2 .3 4 5 6 7 8 9 10
OPA Q./E NES (TENTHS)

Figure 4-6. Effect of opaqueness on clear sky shortwave radiation.
Circles are mean values over the range indicated by the dashed lines.






- 26 -


As discussed in Section 2.4, a parabolic relationship has been
indicated by most investigations, and this is borne out by the
figures. A least squares regression analysis of 554 data points
indicates that the cloudy sky radiation may be represented by

I = I a m (1-0.514 C2) (4-7)
o t

or
I = I am (1-0.638 02) (4-8)


with C and 0 given as the fraction of sky covered. The multiple
correlation coefficient of the cloudiness relationship and opaqueness
relationship is 0.87. However, equation 4-8 should probably be used
at high cloudiness values because opaqueness is a more precise indication
of the degree of transmission of solar radiation. Since equations 4-7
and 4-8 are forced to pass through the point(0,l), predicted radiation at
low cloudiness and opaqueness values will be slightly high.


4.4 Clear Sky Longwave Radiation

From the known values of incoming longwave radiation and air tem-
perature, clear sky atmospheric emissivities were calculated from
equation 2-27. It was expected that the emissivities would exhibit a
functional relationship with vapor pressure, as discussed in Section 2.5.
However, considerable scatter is evident in the plot shown in Figure 4-7.
The origin of this scatter is uncertain, however, the emissivity values
calculated from night time measurements were generally the lowest on the
plot. There should be no reason to isolate those values from the daytime
readings since the atmosphere radiates in the same manner at all times.
However, the percentage error in voltmeter readings is greater at night
when the radiation values are small. Consequently, these values may be
suspect. In light of the considerable scatter, a simple linear relation-
ship between emissivity and vapor pressure was determined by a linear
regression:

E = 0.3313 + 0.531 e (4-9)

with e in in. Hg,

Additional data gathered at a future date may explain the origin of the
excessive scatter that results in a rather inconclusive emissivity -
vapor pressure relationship. The results of a correlation of emissivity
with temperature were no more meaningful.






































0.9


.^ 0o.3 0.4 0.5 0. 6 0.7 0.8
VAPOR PRESSURE (/A/ OF HG)
Figure 4-7. Atmospheric emissivity as a function of vapor pressure.


I.0

.9


Q/






- 28 -


4.5 Cloudy Sky Longwave Radiation

In light of the weak predictive equation developed for the clear
sky emissivities, the evaluation of the effect of clouds is difficult.
Using equation 4-9, clear sky emissivities were calculated. The ratio
of emissivity with clouds calculated from equation 2-11 to that of
equation 4-9 was then compared with both cloudiness and opaqueness in
Figures 4-8 and 4-9. The results indicate a more or less uniform
increase in emissivities with cloudiness and opaqueness, and the deter-
mination of a functional form is not really warranted. However, when
a parabolic relationship is fitted through the data, the result is

I = CT4 (1+0.945 C2) (4-10)


and

Ia = EUT4 (1+0.928 02) (4-11)


The multiple correlation coefficients for equations 4-10 and 4-11 are
0.53 and 0.43, respectively. Although these prediction equations are
obviously subject to large fluctuations, equations 4-9 and 4-10 might
be used in north-central Florida.



5. CONCLUSIONS


5.1 Shortwave Radiation Predictions

Shortwave radiation may be reliably predicted using equations 4-6
and 4-8. However, no correlation could be determined between atmos-
pheric transmission coefficient and vapor pressure, and a correlation
with air mass was to be expected. The resulting prediction equation 4-6
is therefore probably valid only for the north-central Florida area of
the measurements, where climatic conditions give rise to no variation
with vapor content. However, the cloudiness and opaqueness relationships
of equations 4-7 and 4-8 may be extended to other localities. The use of
opaqueness instead of cloudiness results in slightly better correlation.
These simple predictive relationships are most suitable to the type of
data typically gathered at weather stations, and therefore include only
the parameters indicated.













/0 I I I I I I

9





1 7-
T T
,EQLUAT/ONA (4-/o)



5 I
h" \ i T'

I I I


NI I I I



/ 2 3 4 5 6 7 8 9 /0
CLOUD COVER (TENTHS)
Figure 4-8. Effect of cloudiness on clear sky longwave radiation.
Circles are mean values over the range indicated by the dashed lines.

















S9




7 7

6 6-
1EQUATION (4-11)
T




01
"T, r[ T T
-- II II
I, T


SI

2J-


0 I I I I I I -
I I I I

/ 23 4 5 6 7 8 9 /
OPA Q UENESS (TENTHS)
Figure 4-9. Effect of opaqueness on clear sky longwave radiation.
Circles are mean values over the range indicated by the dashed lines.






- 31 -


5.2 Longwave Radiation Predictions

The prediction of longwave radiation may be accomplished using
equations 4-9 and 4-10; however, the scatter of the data leaves these
relationships open to some doubt. The scatter is probably caused in
part by inaccuracies in nighttime radiation values. On the basis of
the data, a linear relationship of emissivity with vapor pressure was
found to be as suitable as any other proposed functional form.


5.3 Energy Budget Evaluation

The preceding sections indicate the manner in which the short
and longwave radiation components of the energy budget may be calcu-
lated. The inclusion of the predictive equations in the solution
of the energy budget equation 1-1 is demonstrated in Appendix I, along
with the simple numerical scheme involved. Although the numerical method
employed is not new, the evaluation of the temperature distributions of
north-central Florida waters should be considerably improved by the use
of radiation prediction methods suited to the area. The relationship
between measured and predicted temperature values indicates that while
shortwave predictions are good, predicted longwave emissivities may be
too low.






- 32 -


REFERENCES



1. Anderson, E. R., "Energy Budget Studies," part of "Water Loss
Investigations-Lake Hefner Studies," Technical Report,
U. S. G. S. Prof. Paper 269, 1954.

2. Anderson, E. A. and D. R. Baker, "Estimating Incident Terrestrial
Radiation under all Atmospheric Conditions," W. R. R.,
Vol. 3, No. 4, 1967, pp 975-988.

3. Angstrom, A.,"Uber die Gegenstrahlung der Atmosphare," Meteorol.
Z, Vol. 33, 1916, pp 529-38.

4. Annon, Climatological Data, (all years), U. S. Weather Bureau.

5. Annon, Manual of Surface Observations, from "Circular N,"
E. S. S. A., U. S. Dept. of Commerce, Seventh Edition,
May, 1969.

6. Brunt, D., "Notes on Radiation in the Atmosphere," Quart. J. Roy.
Met. Soc., Vol. 58, 1932, pp 389-420.

7. Dake, J. M. K. and D. R. F. Harleman, "Thermal Stratification in
Lakes: Analytical and Laboratory Studies," W. R. R., Vol. 5,
April,1969.

8. Huber, W. C. and D. R. F. Harleman, "Laboratory and Analytical
Studies of the Thermal Stratification of Reservoirs," M. I. T.
Hydrodynamics Laboratory Report No. 112, Oct.,1968.

9. Kasten, F., "A New Table and Approximation Formula for the Relative
Optical Air Mass," U. S. Army Engineering Lab, Hanover, New
Hampshire, Technical Report No. 136, November,1964.

10. Kennedy, R. E., "Computation of Daily Insolation Energy," Bul. Am.
Met. Soc., Vol. 30, No. 6, pp 208-213, June, 1949.

11. Klein, W. H., "Calculation of Solar Radiation and the Solar Heat
Load on Man," J. of Meteorology, Vol. 5, No. 4, 1948.

12. Kohler, M. A., "Lake and Pan Evaporation," part of "Water Loss
Investigations-Lake Hefner Studies," Technical Report,
U. S. G. S. Prof. Paper 269, 1954.

13. Linsley, R. K., Kohler, M. A. and J. L. H. Paulhus, Applied
Hydrology, McGraw Hill, 1949.






- 33 -


14. List, R. T., Editor, Smithsonian Meteorological Tables,
Smithsonian Institution, 6th Edition, 1966.

15. Orlob, G. T. and L. G. Selna, "Temperature Variations in Deep
Reservoirs," Proc. A. S. C. E., Vol. 96, No. HY2, Feb., 1970.

16. Parker, F. L. and P. A. Krenkel, Engineering Aspects of Thermal
Pollution, Vanderbilt University Press, 1969.

17. Raphael, J. M., "Prediction of Temperature in Rivers and Reservoirs,"
Proc. A. S. C. E. Journal of Power Division, Vol. 88, No. P02,
July, 1962.

18. Rechard, P. A., Editor, "Water Resource Observatory Solar Radiation
Data, Water Year 1969 and Prior," Water Resource Series No. 16,
Water Resources Research Institute, University of Wyoming,
Laramie, Oct.,1969.

19. Rietan, C. H., "Surface Dew Point and Water Vapor Aloft," J. Appl.
Met., Vol. 2, 1963.

20. Robinson, N., Solar Radiation, Elsevier Publishing Co., 1966.

21. Sellers, W. D., Physical Climatology, University of Chicago Press,
1965.

22. Swinbank, W. C., "Long-Wave Radiation from Clear Skies," Quart. J.
of the Roy. Met. Soc. of London, Vol. 89, July, 1963.

23. Threlkeld, J. L. and R. C. Jordan, "Direct Solar Radiation Available
on Clear Days," Heating, Piping and Air Conditioning, December,
1957.

24. Wada, A., "Studies of Prediction of Recirculation of Cooling Water in
a Bay," Proc., llth Conference on Coastal Engineering, Chapter 94,
London, 1968.

25. Wunderlich, W. O., "Heat and Mass Transfer Between a Water Surface and
the Atmosphere," Internal Memorandum, T. V. A. Engineering
Laboratory, Norris, Tennessee, 1968.






- 34 -


APPENDIX I: A SAMPLE ENERGY BUDGET CALCULATION



I.1 Introduction

The use of equation 1-1 and the radiation prediction equations
to evaluate temperature changes is shown by an example in which
measured and computed temperatures may be compared. The energy budget
equation 1-1 is solved numerically, and predicted temperatures are
compared with those measured in Newnan's Lake, a 6000 acre lake
(volume = 36.6 x 106 cubic meters) on the eastern edge of Gainesville,
Florida.


1.2 Numerical Method

For a lake, the net advection is zero, and Q = 0 in equation 1-1.
Hence, expressions are required only for Q Q and QL before the change
in temperature can be calculated.

The net incident shortwave radiation is


Qs = AI (l-R)


(1-1)


where

A = area of absorbing surface,
I = incident shortwave radiation found from equation 4-8,
R = reflection coefficient or albedo.

The albedo may be calculated as a function of solar altitude and cloud
cover from Anderson's (1) empirical formula


R = a
o


(1-2)


where a is in degrees and the constants ao and bo are given in Table I-i.




TABLE I-i



Cloudiness 0 0.1 0.5 0.6 0.9 1.0
C Clear Scattered Broken Overcast
I I
a 1 b a b a b a b
I I I0 0 0
Constants 1.18 1 -0.77 2.20 -0.97 0.95 1 -0.75 0.35 -1.45
1 1 I






- 35 -


The net incoming longwave radiation may be evaluated from

Qa = 0.97 AI (1-3)

where a reflection coefficient of 0.03 has been assumed and Ia is
evaluated from equations 4-9 and 4-10.

Heat losses are due to back radiation, evaporation and conduction.
The back radiation flux, Ib, is


Ib = 0.97 OT,4 (1-4)

where T is the water temperature (assumed uniform over depth) and an
w
emissivity of 0.97 has been used. The flux of latent and sensible heat,
Ie, due to evaporation and conduction may be evaluated from Kohler's (12)
formula
S372 (Tw-Ta) 1
I, = 0.000135 Wp(es-rhea) + cT +3 -(-, ) (1-5)
e e h La pcw (es-rhea)

where I is in kilocalories/m2 day, and where other variables are defined
e
as follows with the exact units that must be used:

p = water density in kg/m3,
W = wind speed in m/sec, measured 2 m above water surface,
es = saturation vapor pressure at temperature of water, T,, in
mb (milli-bars),
ea = saturation vapor pressure at temperature of air,Ta, in mb,
rh = relative humidity expressed as a fraction,
L = latent heat of evaporization in kilocalories/kg,
Cp = specific heat in kilocalories/kg C,
Tw, Ta = water and air temperatures respectively, in OC.

Heat losses may thus be evaluated:


(1-6)


QL = A (Ib + e)






- 36 -


When the temperature of the water, T is known at a given time
step, n, it may be evaluated at the succeeding time step, n+l, a time
At later, by the finite difference solution of equation 1-1. The
initial temperature (n=0) is given by an initial condition. Thus


T, = T + (Qs +Qa -QL ) (1-7)
n+1 n p n n n

where the subscript n indicates that the variable is to be evaluated
from water temperature and meteorological data at that time step. The
numerical scheme is therefore a simple explicit one in which water
temperatures used to evaluate heat losses are obtained from the pre-
ceding iteration. Equation 1-7 is readily programmed for computer
evaluation.



1.3 Calculations for Newnan's Lake

Hourly radiation values were obtained from the prediction equations
and an arithmetic average taken to obtain the daily fluxes, Qs and Qa.
Equation I-7 was then solved with a time step of At = 1 day for the
period April 2 to June 1, 1970. In evaluation of evaporation and con-
duction losses, a daily average wind speed based on airport measurements,
was used. The predicted temperatures were compared with measured values
as shown in Figure I-1. Use of equation 4-9 for predicted emissivities
results in predicted temperatures that are too low, however the trend is
correct. Higher emissivities, as given by Anderson's (1) equation:

= 0.74 + 0.166 e (1-8)

with e in in. Hg, result in better agreement as shown in the figure. This
indicates that emissivities predicted by equation 4-9 are probably too low.
However, variability in evaporation predictions undoubtedly contributes to
the error in predicted temperatures.














































0 /0 20 30 40 50 60

4-2-70 ME (DAYS 6-2-70


Figure I-1.


Comparison of predicted and measured
temperatures in Newnan's Lake.






- 38 -


APPENDIX II: LISTING OF DATA



This appendix contains a listing of measured and computed data
analyzed in this report. The data are hourly values for the period
March 18, 1970 (day 77) to August 13, 1970 (day 225). Data gathered
in August were not included in the analysis.

A series of asterisks appear at several places in the listing.
These indicate that data are not available for these hours because
recorders were occasionally shared with another project, or because
of difficulties with the recorders. In addition, atmospheric trans-
mission coefficients and emissivities are calculated for clear sky
hours only. A single asterisk above a column indicates that these
are measured values.

The column headings are as follows:

DAY = number of day of year (e.g. March 18 = day 77).

HR = number of hour of day (e.g. noon = hour 12). Hour corresponds
to Eastern Standard Time prior to April 26 and Eastern Daylight
Time from April 26 and beyond.

SEQN = a sequence number for use in organizing the data, (note: an
overlap in sequence numbers occurs at day 212).

SOLC = solar constant adjusted for earth-sun distance (from
equation 2-3) in langley/minute.

DECLN = declination of earth (from equation 2-6) in degrees.

HRANG = solar altitude angle, a, (from equation 2-5), in degrees.

AIRMS = optical air mass (from equation 2-11 and 2-12).

CL = cloudiness, in tenths of sky covered.

OP = opaqueness, in tenths of sky covered.

RHM = relative humidity, in percent.

VPRES = vapor pressure, (from equation 4-3) in inches of mercury.

SWRADT = total shortwave radiation in langley/hour.

TLRADT = total radiation (all wavelengths) in langley/hour.

LWRADT = longwave radiation (TLRADT-SWRADT) in langley/hour.

TRAN = atmospheric transmission coefficient, (from equation 4-5), for
clear sky hours only.

EMSV = atmospheric emissivity, (from equation 2-27), for clear sky
hours only.







DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.02
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01


DEG
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.50
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10


DEG
5.73
5.73
5.73
5.73
5.73
5.73
8.45
21.39
33.88
45.38
54.82
60.11
59.01
52.07
41.78
29.87
17.20
5.73
8.94
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
8.58
21.54
34.05
45.61
55.13
60.50
59.41
52.44
42.10
30.16


36.00
36.00
36.00
36.00
36.00
10.94
6.52
2.72
1.79
1.40
1.22
1.15
1.17
1.27
1.50
2.00
3.35
11.94
6.19
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.19
6.43
2.71
1.78
1.40
1.22
1.15
1.16
1.26
1.49
1.98


* *
F
10 10 97 58
10 10 97 58
7 3 99 56
5 2 100 56
0 0 100 56
8 4 100 56
2 2 100 56
0 0 100 59
0 0 94 66
2 2 85 70
9 8 80 73
8 7 70 74
9 9 64 77
8 8 56 80
9 9 56 80
8 8 56 80
6 6 56 79
7 3 60 76
1 1 75 72
0 0 85 69
0 0 93 68
0 0 97 65
0 0 98 64
8 8 99 63
10 10 99 73
10 10 99 72
10 10 99 72
10 10 99 72
10 10 99 71
10 10 99 70
10 10 99 70
10 10 100 72
10 7 100 65
10 7 92 69
10 6 80 76
10 6 65 80
10 5 56 84
10 4 52 84
10 4 48 84
9 4 52 82


IN-HG
0.471
0.471
0.447
0.452
0.452
0.452
0.452
0.503
0.605
0.628
0.654
0.592
0.598
0.578
0.578
0.578
0.559
0.543
0.593
0.607
0.642
0.603
0.588
0.574
0.810
0.783
0.783
0.783
0.756
0.732
0.732
0.791
0.622
0.657
0.724
0.671
0.658
0.611
0.564
0.573


*
LY/HR LY/HR
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
4.86 22.32
30.78 68.76
55.08 114.36
68.04 134.28
46.98 103.56
76.14 145.08
79.38 159.96
79.38 159.96
63.18 158.16
46.98 96.96
30.78 75.36
25.92 39.84
0.32 13.37
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
4.86 35.52
21.87 57.54
46.17 96.54
57.51 122.22
62.37 137.94
75.33 151.26
86.67 170.34
75.33 151.26
55.89 114.78
34.83 77.46


LY/HR
13.20
13.20
13.20
13.20
13.20
13.20
17.46
37.98
59.28
66.24
56.58
68.94
80.58
80.58
94.98
49.98
44.58
13.92
13.04
13.20
13.20
13.20
13.20
13.20
19.80
19.80
19.80
19.80
19.80
19.80
30.66
35.67
50.37
64.71
75.57
75.93
83.67
75.93
58.89
42.63


**** 0.39
**** 0.39
**** 0.40
**** 0.40
**** 0.40
**** 0.40
**** 0.53
0.88 ****
0.89 ****
**** ****
**** ****
**** *.36
**** 0.3*
**** ****
**** **.*
**** ****38
**** ****53
**** 0.36
**** 0.35
**** 0.36
**** 0.36
**** 0.37
**** 0.38
**** 0.38
**5* 0.53
**** 0.53
**** 0.53
*i*** 0.53
*E** 0.53
**** 0.54
**** 0.83
**** 0.95
**** ****
**** *i*-**
**** *f**
**** ****
**** ****
**** ****
*1&** ****
**** ****








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01
2.01


CEG
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
-0.10
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.30
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.70


DEG
17.46
5.73
8.68
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
8.71
21.68
34.22
45.83
55.43
60.88
59.82
52.80
42.42
30.45
17.73
5.73
8.42
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
8.84
21.82


3.30
11.39
6.36
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.45
6.34
2.69
1.77
1.39
1.21
1.14
1.16
1.25
1.48
1.97
3.25
10.87
6.54
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.72
6.26
2.67


F
9 9 53 82
8 7 58 79
9 6 65 76
10 4 70 73
3 1 79 71
3 1 89 68
3 1 94 66
6 4 96 66
8 7 96 66
10 10 96 66
10 10 96 66
10 10 96 66
10 10 97 66
4 3 97 65
7 6 98 65
10 9 97 66
9 8 95 68
7 5 82 70
8 6 68 76
8 7 65 78
8 7 63 78
7 6 64 78
7 6 65 78
9 6 65 78
10 6 70 76
10 8 85 71
10 10 91 69
10 10 92 69
10 10 92 70
10 10 94 70
10 10 95 70
10 10 96 73
10 10 96 67
10 10 96 67
10 10 96 67
10 10 97 67
10 10 97 67
10 10 97 67
10 10 97 67
10 10 97 68


IN-HG
0.584
0.579
0.588
0.573
0.604
0.614
0.605
0.618
0.618
0.618
0.618
0.618
0.625
0.603
0.610
0.625
0.655
0.606
0.615
0.629
0.609
0.619
0.629
0.629
0.633
0.649
0.650
0.657
0.680
0.695
0.702
0.785
0.640
0.640
0.640
0.647
0.647
0.647
0.647
0.669


*
LY/HR LY/HR
33.21 70.02
5.67 22.74
0.32 13.37
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.39
0.0 19.99
0.0 19.99
0.0 19.99
0.0 19.99
0.0 13.39
2.83 21.27
16.60 41.61
42.52 88.05
50.62 112.05
73.30 150.21
70.06 135.33
66.82 140.25
61.96 131.13
53.86 120.33
40.90 87.21
21.46 50.73
3.64 28.29
0.40 20.01
0.40 20.01
0.0 19.60
0.0 19.60
0.0 19.60
0.0 19.60
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
0.0 19.80
1.62 20.64
6.48 29.76


LY/HR
36.81
17.07
13.04
13.20
13.20
13.20
13.20
13.20
13.39
19.99
19.99
19.99
19.99
13.39
18.43
25.00
45.52
61.42
76.90
65.26
73.42
69.16
66.46
46.30
29.26
24.64
19.60
19.60
19.60
19.60
19.60
19.60
19.80
19.80
19.80
19.80
19.80
19.80
19.02
23.28


*44*+
*4*4
4*44
4*4*
*4*4t
* *
* **
* 4*
** **
** **
*4*4
** *4
*4 *
44*4
4* **
*44*
*4441
4*44
*4*4
*444
444*
*444
*44*
4* *4
4*4*
4*4*
* *4
4*4*
*4449
4*4*
4*4*C
*4*4
I*44
*44*
*44*
44*4-i
* *44
~*4*4
4*4*


0.91
0.43
0.34
0.35
0.36
0.36
0.37
0.37
0.37
0.56
0.56
0.56
0.56
0.38
0.52
0.70








0.76
0.66
0.54
0.54
0.53
0.53
0.53
0.52
0.55
0.55
0.5576
0.54
0.54
0.53
0.53
0.6453
* *44






















0.64








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M
80 9 81 2.01
80 10 82 2.01
80 11 83 2.01
80 12 84 2.01
80 13 85 2.01
80 14 86 2.01
80 15 87 2.01
80 16 88 2.01
80 17 89 2.01
80 18 90 2.01
80 19 91 2.01
80 20 92 2.01
80 21 93 2.01
80 22 94 2.01
80 23 95 2.01
80 24 96 2.01
81 1 97 2.01
81 2 98 2.01
81 3 99 2.01
81 4 100 2.01
81 5 101 2.01
81 6 102 2.01
81 7 103 2.01
81 8 104 2.01
81 9 105 2.01
81 10 106 2.01
81 11 107 2.01
81 12 '108 2.01
81 13 109 2.01
81 14 110 ,2o01
1 1 5 111 2001
81 1 6 112 2 o 01
81 17 113 2001
81 18 114 2o01
81 19 115 2001
81 20 116 2o01
81 21 117 2 0 1


81 22 118 2,01
81 23 119 2,o01
81 24 120 2c01
-'-.9'


DEG DEG F IN-HG
0.70 34.39 1.77 10 10 93 70 0.687
0.70 46.05 1.39 10 10 89 71 0.680
0.70 55.72 1.21 10 10 80 71 0.611
0.70 61.26 1.14 10 10 68 76 0.615
0.70 60.22 1.15 10 10 62 77 0.580
0.70 53.16 1.25 9 7 60 78 0.580
0.70 42.73 1.47 10 10 70 76 0.633
0.70 30.73 1.95 10 10 70 75 0.612
0.70 18.00 3.20 10 10 70 75 0.612
0.70 5.73 10.41 10 9 73 74 0.618
0.70 8.15 6.74 10 10 81 72 0.641
0.70 5.73 36.00 9 7 87 70 0.643
0.70 5.73 36.00 9 6 90 69 0.643
0.70 5.73 36.00 9 7 92 69 0.657
0.70 5.73 36.00 10 10 92 69 0.657
0.70 5.73 36.00 10 10 92 70 0.680
1.10 5.73 36.00 10 10 92 70 0.680
1.10 5.73 36.00 10 10 92 70 0.680
1.10 5.73 36.00 10 10 93 70 0.687
1.10 5.73 36.00 10 10 98 67 0.654
1.10 5.73 36.00 10 10 98 66 0.631
.1.10 5.73 12.01 10 10 98 65 0.610
1.10 8.97 6.17 10 10 96 64 0.576
1.10 21.97 2.66 10 10 95 63 0.551
1.10 34.56 1.76 10 10 98 60 0.512
1.10 46.27 1.38 10 10 97 59 0.488
1.10 56.02 1.20 9 9 96 60 0.501
1.10 61.64 1.14 10 10 94 55 0.410
1.10 60.63 1.15 10 10 96 54 0.403
o 10 53 o5.3 lo24 10 10 -0 5 0o 437
o010 43o05 1o46 5 4 63 65 00392
1 10 31002 lo93 3 1 52 66 0,335
1010 18027 3o16 6 2 52 65 0 3 3
lo0 1 5o73 o997 1 1 52 64 00312
I 1 C 7089 6a94 3 3 66 58 0O321
1010 5o73 36,00 5 5 72 54 0a302
lo10 5073 36000 3) 0 79 53 00320
o 10 5073 36000 5 5 81 52 0,316
110 5,73 3600 3 1 75 50 00271
lo10 5o73 36o00 5 2 71 49 0o248


LY/HR LY/HR
17.82 48.84
24.30 65.40
37.26 91.92
64.80 139.20


61.56
37.26
21.06
22.68
12.96
6.48
0.32
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.81
2.43
3.24
11.34
19.44
11.34
17.82
53o46


130.92
111.72
63.72
57.96
39.72
29.76
13.37
13.20
13.20
13.20
19.80
19.80
19.80
19.80
19.80
6.60
6.60
19.80
20.22
14.46
14.88
19.08
62.88
38.88
55.44
120O 12


66b42 146o64
48 060 104 40
29016 61o32
2o-3 14,46


LY/HR
31.02 **** 0.84
41.10 **** ****
54.66 **** ***
74.40 **** ****
69.36 **** ****
74.46 **** ****
42.66 *** ***
35.28 **** 0.92
26.76 **** 0.70
23.28 **** 0.61
13.04 **** 0.35
13.20 **** 0.36
13.20 **** 0.36
13.20 **** 0.36
19.80 **** 0.54
19.80 **** 0.54
19.80 **** 0.54
19.80 **** 0.54
19.80 **** 0.54
6.60 **** 0.18
6.60 *** 0.18
19.80 **** 0.56
19.41 **** 0.55
12.03 **** 0.34
11.64 **** 0.34
7.74 **** 0.23
43.44 **** ****
27.54 **** 0.84
37.62 **** ****

?0, 22 4) 4
551 .80 4. *3
320o6 *444 0o91
12003 *4*4 0,34


0,0 6,00 6 6 60 *4 0o20
0 00 6o60 6060**^O2Q _____ 0020
0 00 6,-60 6o60 -;* 00O20
00 660 6o60 0 o. 0021

00 *4*4








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


* *


LY/M
121 2.01
122 2.01
123 2.01
124 2.01
125 2.01
126 2.01
127 2.01
128 2.01
129 2.01
130 2.01
131 2.01
132 2.01
133 2.01
134 2.01
135 2.01
136 2.01
137 2.01
138 2.01
139 2.01
140 2.01
141 2.01
142 2.01
143 2.01
144 2.01
145 2.01
146 2.01
147 2.01
148 2.01
149 2.01
150 2.01
151 2.01
152 2.01
153 2.01
154 2.01
155 2.01
156 2.01
157 2.01
158 2.01
159 2.01
160 2.01


DEG
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.50
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90
1.90


DEG
5.73 36.00


5.73
5.73
5.73
5.73
5.73
9.10
22.11
34.73
46.49
56.31
62.02
61.03
53.89
43.37
31.30
18.53
5.73
7.63
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
9.23
22.25
34.90
46.70
56.60
62.40
61.43
54.25
43.68
31.58


36.00
36.00
36.00
36.00
12.31
6.09
2.64
1.75
1.38
1.20
1.13
1.14
1.24
1.45
1.92
3.12
9.57
7.15
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
12.63
6.01
2.62
1.74
1.37
1.20
1.13
1.14
1.23
1.45
1.90


* *
F IN-HG LY/HR LY/HR LY/HR
'3 47 0.237 0.0 ****** ****** **** ****
'4 46 0.231 0.0 ***** ****** **** ***
'4 44 0.214 0.0 *.**** ***** **** ****
'9 43 0.220 0.0 ***** ****** **** ****
13 41 0.213 0.0 ****** ****** **** ****
18 40 0.218 0.0 ****** ****** **** ****
15 42 0.228 4.86 9.12 4.26 0.80 0.14
12 47 0.266 24.30 45.60 21.30 **** 0.69


62
55
45
44
42
40
40
42
45
51
65
74
81
87
88
91
93
96
97
99
100
100
100
100
92
62
42
41
40
40
40
44


50 0.224 ****** ******
50 0.199 ****** ******


55 0.196 ******
57 0.206 ******
60 0.219 ******
62 0.224 *****


56.70
45.36
29.16
9.72
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
4.86
22.68
42.12
58.32
58.32


63 0.232
63 0.244
62 0.252
59 0.257
55 0.283
54 0.311
50 0.293
50 0.315
50 0.319
49 0.318
48 0.312
48 0.323
47 0.314
46 0.309
46 0.312
45 0.300
44 0.289
47 0.324
55 0.401
60 0.324
67 0.280


80 0.423 ******
72 0.316 81.00
72 0.316 77.76
72 0.316 69.66
70 0.325 56.70


****
*****

121.80
102.72
61.32
18.24
6.60
6.60
6.60
6.60
6.60
6.60
6.60
6.60
6.60
6.60
6.60
6.60
15.72
51.36
94.44
129.24
149.04

174.00
165.72
141.72
108.60


65.10****** *** ****
****** 7*** ****
6.60** **.** *.2
6.**** **** 2***
6.6 *** 0.21****
****** **** *2**
65.10 *** **.1*
57.36 0.84 .2**
32.16 0.92 0.93
8.52 0.98 0.25
6.60 *** 0.20
6.60 **** 0.20
6.60 **** 0.21
6.60 **** 0.21
6.60 **** 0.21
6.60 **** 0.21
6.60 0.** 0.21
6.60 ***7 0.21
6.60 **** 0.21
6.60 0.22
6.60 **** 0.22
6.60 **.* 0.22
10.86 **** 0.36
28.68 0.77 0.93
52.32 0.75 ****
70.92 0.74 ****
90.72 0.63 ****
*4*4*4 4*** ****
93.00 0.79 ****
87.96 **** ****
72.06 **** ****
51.90 **** ****


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM


*
LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
83 17 161 2.01 1.90 18.80 3.08 0 0 45 68 0.310 37.26 65.52 28.26 0.99 0.78
83 18 162 2.01 1.90 5.73 9.20 3 1 47 66 0.303 17.82 29.04 11.22 0*** 0.31
83 19 163 2.01 1.90 7.37 7.38 4 1 55 62 0.308 3.24 8.28 5.04 **** 0.15
83 20 164 2.01 1.90 5.73 36.00 3 1 60 60 0.313 0.0 6.60 6.60 *** 0.19
83 21 165 2.01 1.90 5.73 36.00 2 1 75 57 0.351 0.0 6.60 6.60 **** 0.20
83 22 166 2.01 1.90 5.73 36.00 3 1 90 54 0.378 0.0 6.60 6.60 **0* 0.20
83 23 167 2.01 1.90 5.73 36.00 0 0 93 54 0.391 0.0 6.60 6.60 **** 0.20
83 24 168 2.01 1.90 5.73 36.00 0 0 97 52 0.378 0.0 6.60 6.60 **0* 0.21
84 1 169 2.01 2.30 5.73 36.00 7 3 98 50 0.355 0.0 6.21 .6.21 **** 0.20
84 2 170 2.01 2.30 5.73 36.00 5 2 98 50 0.355 0.0 6.21 6.21 0*** 0.20
84 3 171 2.01 2.30 5.73 36.00 5 2 100 49 0.349 0.0 6.21 6.21 **** 0.20
84 4 172 2.01 2.30 5.73 36.00 6 6 100 49 0.349 0.0 6.21 6.21 **** 0.20
84 5 173 2.01 2.30 5.73 36.00 9 9 100 49 0.349 0.0 6.21 6.21 ***0 0.20
84 6 174 2.01 2.30 5.73 12.96 9 7 100 49 0.349 0.0 12.81 12.81 **0* 0.41
84 7 175 2.01 2.30 9.36 5.94 10 9 100 49 0.349 4.05 21.90 17.85 **** 0.57
84 8 176 2.01 2.30 22.39 2.61 8 6 100 50 0.362 20.25 56.70 36.45 **** ****
84 9 177 2.01 2.30 35.06 1.74 7 3 85 58 0.413 49.41 98.22 48.81 *** ****
84 10 178 2.01 2.30 46.91 1.37 7 3 58 63 0.336 52.65 106.50 53.85 **** ****
84 11 179 2.01 2.30 56.89 1.19 9 4 55 66 0.354 54.27 127.14 72.87 **** ****
84 12 180 2.01 2.30 62.78 1.12 9 4 48 71 0.367 76.95 165.30 88.35 **** ****
84 13 181 2.01 2.30 61.84 1.13 9 6 51 71 0.390 59.13 136.26 77.13 **** ***
84 14 182 2.01 2.30 54.61 1.23 10 10 51 70 0.377 25.11 72.42 47.31 **** ****
84 15 183 2.01 2.30 43.99 1.44 10 10 52 70 0.384 17.01 48.42 31.41 **0* 0.85
84 16 184 2.01 2.30 31.86 1.89 10 10 55 70 0.406 10.53 38.46 27.93 0*** 0.76
84 17 185 2.01 2.30 19.06 3.03 10 10 60 69 0.428 0.0 26.79 26.79 **** 0.73
84 18 186 2.01 2.30 5.99 8.86 10 10 70 67 0.467 0.0 ***-** ****** **** ****
84 19 187 2.01 2.30 7.10 7.63 10 10 88 64 0.528 0.0 13.59 13.59 .*** 0.39
84 20 188 2.01 2.30 5.73 36.00 10 10 82 65 0.510 0.0 13.59 13.59 0.** 0.38
84 21 189 2.01 2.30 5.73 36.00 10 10 83 65 0.516 0.0 13.59 13.59 **** 0.38
84 22 190 2.01 2.30 5.73 36.00 10 10 90 64 0.540 0.0 20.19 20.19 0** 0.57
84 23 191 2.01 2.30 5.73 36.00 10 10 94 64 0.564 0.0 20.19 20.19 **** 0.57
84 24 192 2.01 2.30 5.73 36.00 10 10 94 64 0.564 0.0 13.59 13.59 *~** 0.39
85 1 193 2.01 2.70 5.73 36.00 10 10 95 62 0.532 0.0 13.59 13.59 *,** 0.39
85 2 194 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 13.59 13.59 **** 0.40
85 3 195 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 13.59 13.59 a*** 0.40
85 4 196 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 20.19 20.19 *** 0.59
85 5 197 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 20.19 20.19 **** 0.59
85 6 198 2.01 2.70 5.73 13.30 10 10 97 60 0.506 0.0 13.59 13.59 **** 0.40
85 7 199 2.01 2.70 9.48 5.86 10 10 97 60 0.506 0.81 20.22 19.41 **** 0.57
85 8 200 2.01 2.70 22.52 2.59 10 10 97 61 0.524 4.05 21.90 17.85 **** 0.52


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M DEG DEG F IN-HG LY/HR LY/HR LYIHR
85 9 201 2.01 2.70 35.23 1.73 10 10 97 62 0.543 7.29 30.18 22.89 **** 0.66
85 10 202 2.01 2.70 47.12 1.36 10 10 96 62 0.538 10.53 38.46 27.93 **** 0.81
85 11 203 2.01 2.70 57.18 1.19 10 10 90 63 0.522 21.87 64.14 42.27 **** ****
85 12 204 2.01 2.70 63.16 1.12 10 10 75 69 0.535 38.07 92.34 54.27 '*** ***
85 13 205 2.01 2.70 62.24 1.13 9 9 68 72 0.538 60.75 143.70 82.95 *** ***
85 14 206 2.01 2.70 54.97 1.22 9 9 62 72 0.490 54.27 127.14 72.87 **** ***
85 15 207 2.01 2.70 44.30 1.43 9 9 62 72 0.490 46.17 122.94 76.77 **** ****
85 16 208 2.01 2.70 32.14 1.87 8 7 61 72 0.483 36.45 84.90 48.45 *** ***.
85 17 209 2.01 2.70 19.33 3.00 9 7 60 72 0.475 28.35 67.50 39.15 **** ***
85 18 210 2.01 2.70 6.25 8.54 8 6 60 72 0.475 13.77 33.54 19.77 **** 0.53
85 19 211 2.01 2.70 6.84 7.89 1 1 68 66 0.438 2.43 14.46 12.03 0** 0.34
85 20 212 2.01 2.70 5.73 36.00 4 3 76 65 0.473 0.81 13.62 12.81 **** 0.36
85 21 213 2.01 2.70 5.73 36.00 4 3 82 64 0.492 0.0 12.81 12.81 **0* 0.36
85 22 214 2.01 2.70 5.73 36.00 4 3 88 62 0.493 0.0 12.81 12.81 **** 0.37
85 23 215 2.01 2.70 5.73 36.00 6 4 92 61 0.497 0.0 12.81 12.81 **** 0.37
85 24 216 2.01 2.70 5.73 36.00 8 8 94 61 0.508 0.0 12.81 12.81 0** 0.37
86 1 217 2.01 3.10 5.73 36.00 7 6 94 61 0.508 0.0 13.20 13.20 **** 0.38
86 2 218 2.01 3.10 5.73 36.00 4 3 80 60 0.418 0.0 13.20 13.20 **.* 0.39
86 3 219 2.01 3.10 5.73 36.00 5 4 66 58 0.321 0.0 13.20 13.20 **0* 0.39
86 4 220 2.01 3.10 5.73 36.00 5 4 65 58 0.316 0.0 13.20 13.20 0*** 0.39
86 5 221 2.01 3.10 5.73 36.00 7 6 65 57 0.304 0.0 13.20 13.20 **** 0.40
86 6 222 2.01 3.10 5.73 13.67 9 8 64 56 0.289 0.0 13.20 13.20 **** 0.40
86 7 223 2.01 3.10 9.61 5.79 10 10 63 54 0.265 3.24 14.88 11.64 **** 0.36
86 8 224 2.01 3.10 22.66 2.58 10 5 63 54 0.265 17.82 42.24 24.42 **** 0.75
86 9 225 2.01 3.10 35.39 1.72 9 7 58 56 0.262 29.16 74.52 45.36 **** ****
86 10 226 2.01 3.10 47.33 1.36 9 4 53 56 0.240 56.70 128.40 71.70 **** ****
86 11 227 2.01 3.10 57.47 1.18 1 1 48 60 0.251 46.98 143.16 96.18 **'* ***
86 12 228 2.01 3.10 63.54 1.12 3 1 44 65 0.274 76.14 178.08 101.94 **** ***
86 13 229 2.01 3.10 62.64 1.12 2 1 42 68 0.290 76.14 178.08 101.94 **** ****
86 14 230 2.01 3.10 55.32 1.21 3 1 41 71 0.313 72.90 163.20 90.30 **** ***
86 15 231 2.01 3.10 44.61 1.42 0 0 39 74 0.330 63.18 144.96 81.78 0.81 ***
86 16 232 2.01 3.10 32.42 1.86 0 0 37 75 0.324 59.94 116.88 56.94 0.96 ****
86 17 233 2.01 3.10 19.59 2.96 2 1 39 74 0.330 25.92 59.64 33.72 **** 0.89
86 18 234 2.01 3.10 6.51 8.24 0 0 42 73 0.344 9.72 24.84 15.12 0.96 0.40
86 19 235 2.01 3.10 6.58 8.17 5 2 50 70 0.369 1.62 7.44 5.82 **.* 0.16
86 20 236 2.01 3.10 5.73 36.00 5 4 61 65 0.379 0.0 6.60 6.60 **** 0.19
86 21 237 2.01 3.10 5.73 36.00 5 4 69 62 0.386 0.0 13.20 13.20 0*** 0.38
86 22 238 2.01 3.10 5.73 36.00 7 5 70 60 0.365 0.0 13.20 13.20 **0* 0.39
86 23 239 2.01 3.10 5.73 36.00 10 10 75 58 0.364 0.0 **R*** ***** **** ****
86 24 240 2.01 3.10 5.73 36.00 10 10 87 57 0.407 0.0 **** ****** **** ***


DAY HR SEQN


SOLC DECLN HRANG AIRMS CL OP RHM








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
87 1 241 2.01 3.30 5.73 36.00 10 10 98 55 0.427 0.0 ****** ****** **** ****
87 2 242 2.01 3.30 5.73 36.00 10 10 98 56 0.443 0.0 20.19 20.19 **** 0.61
87 3 243 2.01 3.30 5.73 36.00 10 10 98 58 0.476 0.0 ***** **s*** ,*** ****
87 4 244 2.01 3.30 5.73 36.00 10 10 98 58 0.476 0.0 ****** ****** **** ****
87 5 245 2.01 3.30 5.73 36.00 10 10 100 58 0.486 0.0 86.19 86.19 **** ***
87 6 246 2.01 3.30 5.73 13.83 10 10 100 59 0.503 0.0 66.39 66.39 **** ****
87 7 247 2.01 3.30 9.67 5.76 10 10 100 60 0.522 0.81 79.62 78.81 **** ****
87 8 248 2.01 3.30 22.72 2.57 10 10 100 60 0.522 0.81 66.42 65.61 **** ***
87 9 249 2.01 3.30 35.46 1.72 10 10 100 60 0.522 2.43 47.46 45.03 **** ***
87 10 250 2.01 3.30 47.42 1.36 10 10 100 60 0.522 2.43 47.46 45.03 **** ***~
87 11 251 2.01 3.30 57.60 1.18 10 10 100 60 0.522 2.43 40.86 38.43 **** ****
87 12 252 2.01 3.30 63.73 1.11 10 10 100 60 0.522 4.05 35.10 31.05 **** 0.91
87 13 253 2.01 3.30 62.85 1.12 10 10 100 61 0.540 5.67 22.74 17.07 **** 0.50
87 14 254 2.01 3.30 55.51 1.21 10 10 100 62 0.560 4.05 41.70 37.65 **** ****
87 15 255 2.01 3.30 44.78 1.42 10 10 100 62 0.560 2.43 34.26 31.83 **** 0.92
87 16 256 2.01 3.30 32.57 1.85 10 10 100 63 0.580 2.43 40.86 38.43 **** ****
87 17 257 2.01 3.30 19.73 2.94 10 10 100 63 0.580 0.81 26.82 26.01 **** 0.74
87 18 258 2.01 3.30 6.65 8.09 10 10 100 63 0.580 0.81 40.02 39.21 **** ****
87 19 259 2.01 3.30 6.44 8.32 10 10 100 63 0.580 0.81 33.42 32.61 **** 0.93
87 20 260 2.01 3.30 5.73 36.00 10 10 100 63 0.580 0.81 40.02 39.21 **** ***
87 21 261 2.01 3.30 5.73 36.00 10 10 100 63 0.580 0.0 52.41 52.41 **** ****
87 22 262 2.01 3.30 5.73 36.00 10 10 100 64 0.600 0.0 45.81 45.81 **** ****
87 23 263 2.01 3.30 5.73 36.00 10 10 100 64 0.600 0.0 39.21 39.21 **** ****
87 24 264 2.01 3.30 5.73 36.00 10 10 100 64 0.600 0.0 45.81 45.81 *** ****
88 1 265 2.00 3.50 5.73 36.00 10 10 100 64 0.600 0.0 13.20 13.20 **** 0.38
88 2 266 2.00 3.50 5.73 36.00 10 10 100 64 0.600 0.0 19.80 19.80 **** 0.56
88 3 267 2.00 3.50 5.73 36.00 10 10 100 64 0.600 0.0 13.20 13.20 **** 0.38
88 4 268 2.00 3.50 5.73 36.00 10 10 100 64 0.600 0.0 13.20 13.20 **** 0.38
88 5 269 2.00 3.50 5.73 36.00 10 10 100 67 0.667 0.0 19.80 19.80 **** 0.55
88 6 270 2.00 3.50 5.73 13.99 10 10 100 68 0.690 0.0 19.80 19.80 **-* 0.55
88 7 271 2.00 3.50 9.72 5.73 10 10 100 68 0.690 0.0 13.20 13.20 **** 0.36
88 8 272 2.00 3.50 22.78 2.57 10 10 100 69 0.714 0.0 ****** ****** **** ****
88 9 273 2.00 3.50 35.53 1.72 10 10 100 69 0.714 0.0 13.20 13.20 **** 0.36
88 10 274 2.00 3.50 47.52 1.35 10 10 100 67 0.667 4.86 81.72 76.86 **** ***
88 11 275 2.00 3.50 57.74 1.18 10 10 100 68 0.690 27.54 93.48 65.94 **** ****
88 12 276 2.00 3.50 63.91 1.11 10 10 98 70 0.724 35.64 97.68 62.04 **** ****
88 13 277 2.00 3.50 63.06 1.12 10 10 90 71 0.688 24.30 72.00 47.70 **** ***
88 14 278 2.00 3.50 55.69 1.21 10 10 88 72 0.696 22.68 71.16 48.48 **** ****
88 15 279 2.00 3.50 44.94 1.41 10 10 83 72 0.657 29.16 87.72 58.56 **** ****
88 16 280 2.00 3.50 32.72 1.84 10 9 82 74 0.694 11.34 45.48 34.14 **** 0.90








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV

*
LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
88 17 281 2.00 3.50 19.87 2.92 10 8 83 74 0.702 3.24 21.48 18.24 **** 0.48
88 18 282 2.00 3.50 6.79 7.94 10 10 86 73 0.703 1.62 20.64 19.02 *~5* 0.51
88 19 283 2.00 3.50 6.29 8.49 10 10 87 72 0.'688 0.0 19.80 19.80 0.53
88 20 284 2.00 3.50 5.73 36.00 10 10 90 71 0.688 0.0 19.80 19.80 **< 0.53
88 21 285 2.00 3.50 5.73 36.00 10 10 92 70 0.680 0.0 19.80 19.80 **** 0.54
88 22 286 2.00 3.50 5.73 36.00 10 10 93 69 0.664 0.0 19.80 19.80 0*** 0.54
88 23 287 2.00 3.50 5.73 36.00 10 10 94 69 0.671 0.0 19.80 19.80 **.* 0.54
88 24 288 2.00 3.50 5.73 36.00 10 10 95 69 0.678 0.0 19.80 19.80 0*** 0.54
89 1 289 2.00 3.80 5.73 36.00 10 10 97 69 0.693 0.0 23.10 23.10 **** 0.63
89 2 290 2.00 3.80 5.73 36.00 10 10 98 69 0.700 0.0 23.76 23.76 *** 0.65
89 3 291 2.00 3.80 5.73 36.00 10 10 98 69 0.700 0.0 19.80 19.80 *** 0.54
89 4 292 2.00 3.80 5.73 36.00 10 10 98 70 0.724 0.0 19.80 19.80 **** 0.54
89 5 293 2.00 3.80 5.73 36.00 10 10 98 69 0.700 0.0 19.80 19.80 *** 0.54
89 6 294 2.00 3.80 5.73 14.31 10 10 98 68 0.676 0.0 16.50 16.50 **** 0.45
89 7 295 2.00 3.80 9.82 5.67 10 10 95 69 0.678 3.24 28.08 24.84 0** 0.68
89 8 296 2.00 3.80 22.89 2.56 10 10 93 70 0.687 12.96 49.62 36.66 **** 1.00
89 9 297 2.00 3.80 35.66 1.71 10 6 89 72 0.704 25.92 79.44 53.52 **** ***
89 10 298 2.00 3.80 47.68 1.35 10 10 85 74 0.719 42.12 114.24 72.12 **** ***
89 11 299 2.00 3.80 57.95 1.18 10 10 80 77 0.748 48.60 140.70 92.10 ** ****
89 12 300 2.00 3.80 64.20 1.11 10 10 75 80 0.774 61.56 157.32 95.76 ** ****
89 13 301 2.00 3.80 63.36 1.12 9 6 68 83 0.774 58.32 132.54 74.22 **** ****
89 14 302 2.00 3.80 55.96 1.21 9 9 60 86 0.752 57.51 142.02 84.51 *'** *.**
89 15 303 2.00 3.80 45.16 1.41 9 9 45 86 0.564 43.74 121.68 77.94 **** ****
89 16 304 2.00 3.80 32.92 1.83 9 7 50 86 0.626 37.26 85.32 48.06 **** ** *
89 17 305 2.00 3.80 20.06 2.89 9 5 56 83 0.637 22.68 54.66 31.98 0*** 0.79
89 18 306 2.00 3.80 6.97 7.76 8 4 63 80 0.650 8.91 31.02 22.11 0** 0.56
89 19 307 2.00 3.80 6.10 8.72 7 3 74 77 0.692 0.81 11.64 10.83 **** 0.28
89 20 308 2.00 3.80 5.73 36.00 6 3 85 74 0.719 0.0 9.90 9.90 0** 2 0.26
89 21 309 2.00 3.80 5.73 36.00 5 2 90 73 0.736 0.0 9.90 9.90 **** 0.26
89 22 310 2.00 3.80 5.73 36.00 5 2 95 71 0.726 0.0 9.90 9.90 *-** 0.27
89 23 311 2.00 3.80 5.73 36.00 5 2 96 71 0.733 0.0 9.90 9.90 0** 0.27
89 24 312 2.00 3.80 5.73 36.00 3 1 97 70 0.717 0.0 9.90 9.90 0*** 0.27
90 1 313 2.00 4.00 5.73 36.00 0 0 98 69 0.700 0.0 11.22 11.22 **0* 0.31
90 2 314 2.00 4.00 5.73 36.00 0 0 98 68 0.676 0.0 13.20 13.20 **** 0.36
90 3 315 2.00 4.00 5.73 36.00 0 0 98 68 0.676 0.0 9.90 9.90 **.* 0.27
90 4 316 2.00 4.00 5.73 36.00 3 1 98 68 0.676 0.0 12.54 12.54 **.* 0.35
90 5 317 2.00 4.00 5.73 36.00 3 1 98 68 0.67b 0.0 12.54 12.54 **** 0.35
90 6 318 2.00 4.00 5.73 14.48 0 0 98 68 0.676 0.0 13.86 13.86 *'** 0.38
90 7 319 2.00 4.00 9.87 5.65 10 10 99 70 0.732 1.62 21.30 19.68 0*.' 0.53
90 8 320 2.00 4.00 22.94 2.55 10 10 99 72 0.783 12.96 46.32 33.36 **.* 0.89








DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M
321 2.00
322 2.00
323 2.00
324 2.00
325 2.00
326 2.00
327 2.00
328 2.00
329 2.00
330 2.00
331 2.00
332 2.00
333 2.00
334 2.00
335 2.00
336 2.00
337 2.00
338 2.00
339 2.00
340 2.00
341 2.00
342 2.00
343 2.00
344 2.00
345 2.00
346 2.00
347 2.00
348 2.00
349 2.00
350 2.00
351 2.00
352 2.00
353 2.00
354 2.00
355 2.00
356 2.00
357 2.00
358 2.00
359 2.00
360 2.00


DEG DEG
4.00 35.72
4.00 47.77
4.00 58.08
4.00 64.38
4.00 63.56
4.00 56.14
4.00 45.33
4.00 33.07
4.00 20.21
4.00 7.11
4.00 5.96
4.00 5.73
4.00 5.73
4.00 5.73
4.00 5.73
4.00 5.73
4.20 5.73
4.20 5.73
4.20 5.73
4.20 5.73
4.20 5.73
4.20 5.73
4.20 9.95
4.20 23.02
4.20 35.81
4.20 47.88
4.20 58.23
4.20 64.57
4.20 63.76
4.20 56.31
4.20 45.47
4.20 33.20
4.20 20.33
4.20 7.23
4.20 5.84
4.20 5.73
4.20 5.73
4.20 5.73
4.20 5.73
4.20 5.73


1.71
1.35
1.18
1.11
1.12
1.20
1.40
1.83
2.87
7.62
8.90
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
14.73
5.61
2.54
1.70
1.35
1.18
1.11
1.11
1.20
1.40
1.82
2.86
7.51
9.06
36.00
36.00
36.00
36.00
36.00


* *
F IN-HG
9 8 90 75 0.787
9 9 80 78 0.774
9 9 72 80 0.743
7 7 68 82 0.749
5 5 64 84 0.752
3 3 60 86 0.752
3 3 54 86 0.677
2 2 55 86 0.689
3 3 58 84 0.681
1 1 60 82 0.661
0 0 75 78 0.725
0 0 85 74 0.719
0 0 92 73 0.753
0 0 92 72 0.728
0 0 93 70 0.687
0 0 96 68 0.662
0 10 96 68 0.662
0 10 98 68 0.676
0 10 98 68 0.676
0 10 98 67 0.654
0 10 98 66 0.631
0 10 98 66 0.631
0 10 98 67 0.654
0 10 98 67 0.654
0 10 97 70 0.717
0 10 95 72 0.751
5 4 85 77 0.795
2 2 72 82 0.793
4 4 60 84 0.705
4 3 58 86 0.727
5 4 58 86 0.727
0 9 58 86 0.727
9 8 58 83 0.660
3 2 63 80 0.650
9 7 70 77 0.654
9 7 78 75 0.682
9 7 83 74 0.702
9 6 85 73 0.695
7 3 88 72 0.696
5 2 90 72 0.712


*
LY/HR
34.02
38.88
47.14
56.70
53.46
53.46
53.46
37.26
22.68
9.72
0.81
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.78
6.64
11.50
34.18
40.66
60.10
61.72
55.24
34.18
24.46
14.74
6.64
0.16
0.0
0.0
0.0
0.0
0.0


*
LY/HR
90.24
102.66
123.44
138.30
133.32
133.32
120.12
91.92
57.96
28.14
11.64
9.90
9.90
9.90
9.90
9.90
13.12
18.40
19.72
19.06
16.42
18.40
21.38
30.50
45.56
90.32
133.28
143.36
154.10
140.84
83.72
72.08
47.24
23.24
13.28
13.28
13.28
13.28
9.98
13.28


LY/HR
56.22 **** ****
63.78 **** ****
76.30 **** ****
81.60 **** ****
79.86 **** ****
79.86 **** ****
66.66 **** ****
54.66 **** ****
35.28 **** 0.86
18.42 **** 0.46
10.83 0.74 0.28
9.90 ***0 0.26
9.90 **** 0.26
9.90 **** 0.26
9.90 **** 0.27
9.90 **** 0.27
13.12 **** 0.36
18.40 **** 0.51
19.72 **** 0.54
19.06 **** 0.53
16.42 **** 0.46
18.40 **** 0.52
19.60 **** 0.54
23.86 **** 0.66
34.06 **** 0.93
56.14 **** ****
92.62 **** ****
83.26 **** ****
92.38 **** ****
85.60 **** ****
49.54 **** ****
47.62 **** ****
32.50 **** 0.80
16.60 **** 0.42
13.12 **** 0.34
13.28 **** 0.35
13.28 **** 0.35
13.28 **** 0.35
9.98 **** 0.27
13.28 **** 0.36








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


* *


* *


92 1
92 2
92 3
92 4
92 5
92 6
92 7
92 8
92 9
92 10
92 11
92 12
92 13
92 14
92 15
92 16
92 17
92 18
92 19
92 20
92 21
92 22
92 23
92 24
93 1
93 2
93 3
93 4
93 5
93 6
93 7
93 8
93 9
93 10
93 11
93 12
93 13
93 14
93 15
93 16


LY/M
361 2.00
362 2.00
363 2.00
364 2.00
365 2.00
366 2.00
367 2.00
368 2.00
369 2.00
370 2.00
371 2.00
372 2.00
373 2.00
374 2.00
375 2.00
376 2.00
377 2.00
378 2.00
379 2.00
380 2.00
381 2.00
382 2.00
383 2.00
384 2.00
385 2.00
386 2.00
387 2.00
388 2.00
389 2.00
390 2.00
391 2.00
392 2.00
393 2.00
394 2.00
395 2.00
396 2.00
397 2.00
398 2.00
399 2.00
400 2.00


F IN-HG LY/HR


CEG DEG
4.60 5.73 36.00 5 4
4.60 5.73 36.00 7 7
4.60 5.73 36.00 10 10
4.60 5.73 36.00 10 10
4.60 5.73 36.00 10 10
4.60 5.73 15.17 10 9
4.60 10.08 5.54 10 9
4.60 23.15 2.53 10 9
4.60 35.97 1.70 10 10
4.60 48.08 1.34 10 10
4.60 58.51 1.17 10 10
4.60 64.95 1.10 10 10
4.60 64.16 1.11 10 10
4.60 56.67 1.20 10 10
4.60 45.78 1.39 10 10
4.60 33.48 1.81 10 6
4.60 20.59 2.82 10 8
4.60 7.49 7.28 10 10
4.60 5.73 9.42 10 10
4.60 5.73 36.00 10 10
4.60 5.73 36.00 10 9
4.60 5.73 36.00 10 9
4.60 5.73 36.00 10 9
4.60 5.73 36.00 8 4
4.90 5.73 36.00 0 0
4.90 5.73 36.00 0 0
4.90 5.73 36.00 5 2
4.90 5.73 36.00 0 0
4.90 5.73 36.00 0 0
4.90 5.73 15.46 5 2
4.90 10.15 5.50 8 3
4.90 23.24 2.52 8 2
4.90 36.06 1.69 8 5
4.90 48.21 1.34 8 6
4.90 58.70 1.17 10 8
4.90 65.22 1.10 8 7
4.90 64.47 1.11 9 8
4.90 56.94 1.19 9 8
4.90 46.02 1.39 9 7
4.90 33.70 1.80 9 8


71 0.703
71 0.703
70 0.687
70 0.695
70 0.695
70 0.695
71 0.718
72 0.744
75 0.787
77 0.795
77 0.767
78 0.793
71 0.688
72 0.633
74 0.575
74 0.423
72 0.419
70 0.414
68 0.448
66 0.515
65 0.504
64 0.492
62 0.487
60 0.459
59 0.428
58 0.355
57 0.351
56 0.307
55 0.305
53 0.304
53 0.279
53 0.275
54 0.260
56 0.271
58 0.282
60 0.292
63 0.336
66 0.322
67 0.320
68 0.331


LY/HR LY/HR


0.0
0.0
0.0
0.0
0.0
0.0
1.94
5.18
11.66
11.66
19.76
10.04
14.90
18.14
40.01
26.24
11.66
3.56
0.32
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
6.64
17.98
22.84
24.46
24.46
32.56
34.18


56.86 141.68
45.52 109.40
34.18 83.72


12.54
11.88
13.20
14.52
13.86
16.50
20.81
29.09
45.65
58.85
63.05
38.21
27.53
49.01
70.25
66.41
31.13
15.05
6.77
6.60
6.60
6.60
5.28
3.30
1.40
3.38
4.70
1.40
1.40
3.38
16.64
42.32
61.34
68.78
68.78
89.48
93.62


12.54 **.* 0.34
11.88 *.** 0.32
13.20 **** 0.36
14.52 **** 0.39
13.86 **** 0.38
16.50 **** 0.45
18.86 **0* 0.51
23.90 **** 0.64
33.98 *t** 0.89
47.18 *i** ****
43.28 *** ****
28.16 **** 0.72
12.62 **** 0.34
30.86 *** 0.83
30.23 **** 0.80
40.16 **** ****
19.46 **** 0.52
11.48 **** 0.31
6.44 **** 0.18
6.60 **** 0.18
6.60 **** 0.19
6.60 **.* 0.19
5.28 **** 0.15
3.30 **** 0.10
1.40 0*** 0.04
3.38 **** 0.10
4,70 **** 0.14
1.40 **** 0.04
1.40 **** 0.04
3.38 **** 0.10
10.00 **** 0.31
24.34 **** 0.75
38.50 **** ****
44.32 **** ****
44.32 **** ****
56.92 **** ****
59.44 **** ****
84.82 **** ****
63.88 **** ****
49.54 **** ****








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
93 17 401 2.00 4.90 20.80 2.79 9 8 48 67 0.320 17.98 52.22 34.24 0*** 0.95
93 18 402 2.00 4.90 7.70 7.10 9 5 50 66 0.322 9.88 24.92 15.04 **** 0.42
93 19 403 2.00 4.90 5.73 9.74 8 4 60 62 0.336 0.16 6.68 6.52 **** 0.19
93 20 404 2.00 4.90 5.73 36.00 8 5 68 58 0.330 0.16 6.68 6.52 0** 0.19
93 21 405 2.00 4.90 5.73 36.00 7 4 75 56 0.339 0.0 5.86 5.86 **** 0.18
93 22 406 2.00 4.90 5.73 36.00 5 3 82 54 0.344 0.0 5.20 5.20 **** 0.16
93 23 407 2.00 4.90 5.73 36.00 5 3 85 53 0.344 0.0 5.20 5.20 **** 0.16
93 24 408 2.00 4.90 5.73 36.00 2 1 88 52 0.343 0.0 5.20 5.20 **** 0.16
94 1 409 2.00 5.30 5.73 36.00 0 0 90 52 0.351 0.0 5.94 5.94 **** 0,19
94 2 410 2.00 5.30 5.73 36.00 0 0 90 52 0.351 0.0 6.60 6.60 **** 0.21
94 3 411 2.00 5.30 5.73 36.00 2 2 90 52 0.351 0.0 **4** ****** **** ****
94 4 412 2.00 5.30 5.73 36.00 3 3 92 52 0.359 0.0 ****** ****** **** ****
94 5 413 2.00 5.30 5.73 36.00 5 5 92 53 0.373 0.0 9.90 9.90 **** 0.31
94 6 414 2.00 5.30 5.73 15.95 7 7 92 54 0.386 0.0 9.90 9.90 **** 0.30
94 7 415 2.00 5.30 10.28 5.44 10 10 92 56 0.416 1.62 17.34 15.72 **** 0.48
94 8 416 2.00 5.30 23.37 2.51 10 10 92 58 0.447 3.24 24.78 21.54 **** 0.64
94 9 417 2.00 5.30 36.22 1.69 10 10 92 59 0.463 6.48 23.16 16.68 **** 0.49
94 10 418 2.00 5.30 48.40 1.34 10 10 95 60 0.496 6.48 16.56 10.08 **** 0.30
94 11 419 2.00 5.30 58.97 1.17 10 10 96 61 0.518 8.10 37.20 29.10 **** 0.85
94 12 42C 2.00 5.30 65.60 1.10 10 10 97 62 0.543 3.24 11.58 8.34 **** 0.24
94 13 421 2.00 5.30 64.87 1.10 10 10 100 62 0.560 4.86 55.32 50.46 **** ****
94 14 422 2.00 5.30 57.29 1.19 10 10 100 62 0.560 3.24 67.68 64.44 **** **4*
94 15 423 2.00 5.30 46.32 1.38 10 10 100 62 0.560 1.62 73.44 71.82 *** ****
94 16 424 2.00 5.30 33.97 1.78 10 10 100 62 0.560 1.62 86.64 85.02 *4** ***
94 17 425 2.00 5.30 21.06 2.76 10 10 100 62 0.560 1.62 86.64 85.02 **** ****
94 18 426 2.00 5.30 7.96 6.89 10 10 100 62 0.560 0.0 82.50 82.50 **** ****
94 19 427 2.00 5.30 5.73 10.16 10 10 100 62 0.560 0.0 72.60 72.60 **** ****
94 20 428 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 85.80 85.80 **** ****
94 21 429 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 26.40 26.40 **** 0.76
94 22 430 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 26.40 26.40 **** 0.76
94 23 431 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 29.70 29.70 **0* 0.86
94 24 432 2.00 5.30 5.73 36.00 10 10 100 61 0.540 0.0 13.20 13.20 **** 0.38
95 1 433 2.00 5.70 5.73 36.00 10 10 100 61 0.540 0.0 6.60 6.60 **** 0.19
95 2 434 2.00 5.70 5.73 36.00 10 10 100 61 0.540 0.0 **** ****** **** ****
95 3 435 2.00 5.70 5.73 36.00 10 10 100 61 0.540 0.0 ***** ****** **** ***
95 4 436 2.00 5.70 5.73 36.00 10 10 100 60 0.522 0.0 ****** ****** **** ***
95 5 437 2.00 5.70 5.73 36.00 10 10 100 60 0.522 0.0 ****** ****4* **** ****
95 6 438 2.00 5.70 5.73 16.45 10 10 100 61 0.540 0.0 ***** ****** **** ****
95 7 439 2.00 5.70 10.40 5.38 10 10 100 61 0.540 0.81 7.02 6.21 **** 0.18
95 8 440 2.00 5.70 23.50 2.49 10 10 100 62 0.560 4.05 21.90 17.85 **** 0.52








DAY HR SECN SOLC DECLN HRANG AIRMS CL OP RHM


* *


441
442
443
444
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
475
476
477
478
479
480


LY/M
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99
1.99


CEG
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
5.70
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10
6.10


DEG
36.37
48.60
59.24
65.97
65.28
57.65
46.63
34.25
21.32
8.21
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
10.53
23.63
36.52
48.79
59.51
66.34
65.68
58.00
46.93
34.52
21.58
8.47
5.73
5.73
5.73
5.73
5.73
5.73


1.68
1.33
1.16
1.09
1.10
1.18
1.37
1.77
2.73
6.69
10.61
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
17.00
5.32
2.48
1.68
1.33
1.16
1.09
1.10
1.18
1.37
1.76
2.70
6.51
11.10
36.00
36.00
36.00
36.00
36.00


100
100
100
100
100
100
99
99
99
99
99
99
99
99
99
99
100
100
99
98
98
98
95
92
85
80
72
65
53
49
42
40
39
40
62
73
84
85
90
93


IN-HG
0.560
0.560
0.560
0.560
0.560
0.580
0.574
0.574
0.574
0.574
0.554
0.554
0.554
0.554
0.554
0.554
0.560
0.560
0.535
0.512
0.512
0.512
0.513
0.515
0.493
0.515
0.497
0.480
0.419
0.415
0.367
0.362
0.330
0.306
0.386
0.423
0.438
0.428
0.437
0.435


LY/HR LY/HR
0.81 0.42
2.43 1.26
6.48 9.96
3.24 11.58
4.86 5.82
2.43 5.88
8.91 17.82
4.05 2.10
1.62 14.04
0.81 11.64
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 13.20
0.0 6.60
3.24 14.88
12.96 39.72
25.92 66.24
37.26 91.92
43.74 115.08
51.84 125.88
51.84 132.48
55.08 140.76
46.98 116.76
37.26 91.92
25.92 59.64
9.72 ******
1.62 **4**
0.0 ******
0.0 ******
0.0 ******
0.0 ** 4*
0.0 ******


LY/HR


3.48
8.34
0.96
3.45
8.91

12.42
10.83
13.20
13.20
13.20
13.20
13.20
13.20
13.20
13.20
13.20
13.20
13.20
6.60
11.64
26.76
40.32
54.66
71.34
74.04
80.64
85.68
69.78
54.66
33.72

**** **

* 4.**
*.*


** **
** **
4*4*
*44*
*44*
444*
*4* *
*4*4
*4*49
4*4*l
4*4*1
4*4*
44*4I
*44*
4* **
Q*4*
*44*
*44*~l
*44*
4*4*~i
4* **
*4*4
4*44
44 *Z
* 4
44*4
444*
* 44*
*44*C
*4*44
44 *
4*4*
444*+
*44*
444*
4*4*
4444
444*
* *


0.10
0.24
0.03
0.10
0.26

0.36
0.31
0.38
0.38
0.38
0.38
0.38
0.38
0.38
0.38
0.38
0.39
0.39
0.19
0.34
0.77




0.**89





**4*

44* *
*
t*


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT LWRADT TRAN EMSV


97 1
97 2
97 3
97 4
97 5
97 6
97 7
97 8
97 9
97 10
97 11
97 12
97 13
97 14
97 15
97 16
97 17
97 18
97 19
97 20
97 21
97 22
97 23
97 24
98 1
98 2
98 3
98 4
98 5
98 6
98 7
98 8
98 9
98 10
98 11
98 12
98 13
98 14
98 15
98 16


LY/M
481 1.99
482 1.99
483 1.99
484 1.99
485 1.99
486 1.99
487 1.99
488 1.99
489 1.99
490 1.99
491 1.99
492 1.99
493 1.99
494 1.99
495 1.99
496 1.99
497 1.99
498 1.99
499 1.99
500 1.99
501 1.99
502 1.99
503 1.99
504 1.99
505 1.99
506 1.99
507 1.99
508 1.99
509 1.99
510 1.99
511 1.99
512 1.99
513 1.99
514 1.99
515 1.99
516 1.99
517 1.99
518 1.99
519 1.99
520 1.99


F IN-HG LY/HR LY/HR LY/HR


DEG DEG
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 17.35
6.40 10.61 5.28
6.40 23.71 2.47
6.40 36.61 1.67
6.40 48.91 1.33
6.40 59.69 1.16
6.40 66.61 1.09
6.40 65.99 1.09
6.40 58.27 1.17
6.40 47.17 1.36
6.40 34.74 1.75
6.40 21.79 2.68
6.40 8.68 6.36
6.40 5.73 11.54
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.40 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 17.95
6.80 10.73 5.22
6.80 23.84 2.46
6.80 36.76 1.67
6.80 49.10 1.32
6.80 59.96 1.15
6.80 66.98 1.09
6.80 66.39 1.09
6.80 58.62 1.17
6.80 47.46 1.36
6.80 35.01 1.74


96
96
96
96
93
89
87
60
45
40
32
32
31
29
25
23
24
25
52
63
72
79
82
85
87
90
93
95
96
99
100
80
60
53
51
50
50
42
42
43


56 0.434
56 0.434
56 0.434
55 0.419
54 0.391
54 0.374
55 0.379
60 0.313
64 0.270
69 0.286
72 0.253
73 0.262
75 0.271
76 0.262
76 0.226
76 0.208
75 0.210
71 0.191
64 0.312
60 0.329
56 0.325
56 0.357
55 0.358
54 0.357
53 0.352
52 0.351
51 0.350
51 0.357
50 0.348
48 0.333
51 0.376
60 0.418
65 0.373
70 0.392
71 0.390
74 0.423
74 0.423
85 0.510
88 0.561
80 0.444


0.0 ***Q~ ** *****-+* **** *
0.0 *** ** ****** **** ****
0.0 ***-** ****** **** ****
0.0 ****** ****** **** ****
0.0 ****** ****** 0*** ****
0.0 *.0 **.* ****** *** ****
1.62 14.04 12.42 0.61 0.38
21.06 50.52 29.46 0.72 0.86
35.64 84.48 48.84 0.66 ****
48.60 117.60 69.00 0.63 *.*
42.12 134.04 91.92 0.46 ****
63.18 151.56 88.38 0.60 ***.
63.18 158.16 94.98 0.61 ***
59.94 143.28 83.34 0.64 ****
51.84 125.88 74.04 **** ****
40.50 ***** ****** 0.74 ****
25.92 59.64 33.72 0.82 0.88
11.34 19.08 7.74 0.93 0.21
1.62 0.84 0***** 0.84 ****
0.0 ***** ****** **** ****
0.0 ** *** ****** **** ****
0.0 ***.** ***** **** ****
0.0 ****** **.*** *** ****
0.0 ****** ****** **** ****
0.0 ****** ****** **** ****
0.0 ****** ***** **** ****
0.0 **.*** ****** **** ***
0.0 **.*** ****** **** ****
0.0 ****** -***** **** ****
0.0 ****** *.**** **** ****
1.62 ****** **'*** 0.61 **.*
21.06 24.12 3.06 0.71 0.09
35.64 84.48 48.84 0.66 **6 *
48.60 150.60 102.00 0.63 **
48.60 ****** *.*.** ...* **.
46.98 ****** **#*** .*** **u.
64.80 ***** ****** **** ****
59.94 **.*** ****** **.* *.**
51.84 **v*** ****** **.* ****
30.78 **.*** ****** **** ***4








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


98 17
98 18
98 19
98 20
98 21
98 22
98 23
98 24
99 1
99 2
99 3
99 4
99 5
99 6
99 7
99 8
99 9
99 10
99 11
99 12
99 13
99 14
99 15
99 16
99 17
99 18
99 19
99 20
99 21
99 22
99 23
99 24
100 1
100 2
100 3
100 4
100 5
100 6
100 7
100 8


LY/M
521 1.99
522 1.99
523 1.99
524 1.99
525 1.99
526 1.99
527 1.99
528 1.99
529 1.99
530 1.99
531 1.99
532 1.99
533 1.99
534 1.99
535 1.99
536 1.99
537 1.99
538 1.99
539 1.99
540 1.99
541 1.99
542 1.99
543 1.99
544 1.99
545 1.99
546 1.99
547 1.99
548 1.99
549 1.99
550 1.99
551 1.99
552 1.99
553 1.99
554 1.99
555 1.99
556 1.99
557 1.99
558 1.99
559 1.99
560 1.99


F IN-G LY/HR LY LY/HR
F IN-HG LY/HR LY/HR LY/HR


CEG DEG
6.80 22.04 2.65
6.80 8.93 6.20
6.80 5.73 12.12
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
6.80 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 18.68
7.20 10.88 5.16
7.20 23.98 2.45
7.20 36.92 1.66
7.20 49.30 1.32
7.20 60.23 1.15
7.20 67.35 1.08
7.20 66.79 1.09
7.20 58.95 1.17
7.20 47.74 1.35
7.20 35.25 1.73
7.20 22.28 2.62
7.20 9.17 6.05
7.20 5.73 12.70
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.20 5.73 36.00
7.60 5.73 36.OC
7.60 5.73 36.00
7.60 5.73 36.00
7.60 5.73 36.00
7.60 5.73 36.00
7.60 5.73 19.37
7.60 11.00 5.10
7.60 24.11 2.43


1 45
1 60
1 73
0 79
0 82
0 87
0 90
0 95
0 97
0 99
0 99
0 100
0 100
3 100
1 95
1 78
1 65
0 55
5 52
6 49
7 48
7 46
7 48
7 49
3 50
0 55
0 65
0 75
0 85
0 90
0 95
0 97
0 99
0 99
0 99
2 99
2 99
6 99
6 99
5 99


75 0.394
70 0.443
65 0.454
63 0.458
61 0.443
60 0.454
59 0.453
57 0.445
56 0.438
56 0.447
55 0.432
54 0.420
54 0.420
55 0.436
59 0.478
63 0.452
68 0.448
72 0.435
75 0.455
76 0.443
78 0.464
78 0.445
77 0.449
76 0.443
76 0.452
72 0.435
68 0.448
65 0.466
64 0.510
62 0.504
60 0.496
59 0.488
58 0.481
58 0.481
58 0.481
58 0.481
57 0.463
57 0.463
59 0.498
61 0.535


24.30 ****** ****** **** ****
8.10 **** ****** **** ****
1.62 ****** ****** **** ****
0.0 ***** ***** *** ***
0.0 ****** *. ** ***
0.0 ****** *** ** *i
0.0 *~+*+ *-** ** *
0.0 ****** ** *
0.0 ****E ** +** ***
0.0 ***.*0 *** **** ***
0.0 *.*0** **** ****
0.0 ****** ** ** *
0.0 ******* ** *** *
0.0 ***** **** **
4.86 15.72 10.86 **0* 0.32
21.06 50.52 29.46 **** 0.84
34.02 83.64 49.62 *** **
45.36 ****** ****** 0.59 **#*
48.60 ****** ****** **** ****
45.36 **** ***** **** ****
42.12 ****** ***** **** ****
40.50 ****** ****** **** *.**
35.64 ****** ****** **** **.*
24.30 ****** ****** **** ****
21.06 ****** ****** **** ***
8.10 ****** ****** 0.87 ****
1.62 0***** *.**** 0.85 ****
0.0 ****** ***** ** **iM
0.0 ****** ****** ****
0.0 ****** ******** ****
0.0 ***** ***** ** ***
0.0 ****** n*** ***
0.0 ****** ***** ****
0.0 ****** **.*** ** *
0.0 ****** ****** **** ***
0.0 .0 **** ****** .-*** ***
0.0 ****** ****** **** ***
0.0 ****** ******* *** ****
3.24 ****** ****** **** ****
16.20 ****** ****** **** ** e


TEM VPRES SWRADT TLRADT LWRAOT TRAN EMSV







DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SwRADT


LY/M CEG DEG F IN-HG LY/HR LY/HR LYIHR
100 9 561 1.99 7.60 37.06 1.66 9 6 85 67 0.567 29.16 74.52 45.36 **** ****
100 10 562 1.99 7.60 49.48 1.31 9 6 70 70 0.517 40.50 106.80 66.30 **** ***.
100 11 563 1.99 7.60 60.49 1.15 10 7 60 74 0.508 43.74 115.08 71.34 **** ****
100 12 564 1.99 7.60 67.72 1.08 10 6 52 74 0.440 48.60 ****** ***** **** ****
100 13 565 1.99 7.60 67.19 1.08 10 10 50 75 0.438 30.78 ****** ***** **** *.*
100 14 566 1.99 7.60 59.29 1.16 9 6 46 79 0.460 45.36 122.52 77.16 **** ****
100 15 567 1.99 7.60 48.03 1.34 9 4 40 80 0.413 48.60 124.20 75.60 *** ****
100 16 568 1.99 7.60 35.52 1.72 4 1 42 80 0.433 30.78 75.36 44.58 *** ***
100 17 569 1.99 7.60 22.53 2.59 5 1 50 78 0.483 17.82 48.84 31.02 **** 0.79
100 18 570 1.99 7.60 9.42 5.90 3 1 58 77 0.542 6.48 16.56 10.08 **** 0.26
100 19 571 1.99 7.60 5.73 13.39 8 6 63 71 0.481 0.0 6.60 6.60 **** 0.18
100 20 572 1.99 7.60 5,73 36.00 3 1 72 68 0.497 0.0 6.60 6.60 **** 0.18
100 21 573 1.99 7.60 5.73 36.00 8 4 85 66 0.547 0.0 6.60 6.60 **** 0.18
100 22 574 1.99 7.60 5.73 36.00 5 1 90 64 0.540 0.0 ****** ****** **** ****
100 23 575 1.99 7.60 5.73 36.00 6 2 92 63 0.534 0.0 ***** ***** **** v***
100 24 576 1.99 7.60 5.73 36.00 8 4 95 62 0.532 0.0 ****** ****** *.*** ***
101 1 577 1.99 7.90 5.73 36.00 4 1 95 62 0.532 0.0 6.60 6.60 **** 0.19
101 2 578 1.99 7.90 5.73 36.00 10 10 97 62 0.543 0.0 6.60 6.60 **** 0.19
101 3 579 1.99 7.90 5.73 36.00 10 10 98 62 0.549 0.0 6.60 6.60 **** 0.19
101 4 580 1.99 7.90 5.73 36.00 10 9 98 61 0.529 0.0 6.60 6.60 **** 0.19
101 5 581 1.99 7.90 5.73 36.00 8 10 98 60 0.512 0.0 6.60 6.60 **** 0.19
101 6 582 1.99 7.90 5.73 19.81 7 6 98 60 0.512 0.0 6.60 6.60 **** 0.19
101 7 583 1.99 7.90 11.08 5.07 7 6 98 62 0.549 8.10 17.40 9.30 **** 0.27
101 8 584 1.99 7.90 24.19 2.43 8 6 95 65 0.591 24.30 52.20 27.90 **** 0.79
101 9 585 1.99 7.90 37.15 1.65 8 7 80 69 0.571 34.02 83.64 49.62 **** ****
101 10 586 1.99 7.90 49.60 1.31 8 7 74 72 0.585 30.78 101.76 70.98 *** ****
101 11 587 1.99 7.90 60.66 1.15 8 6 60 76 0.543 45.36 109.32 63.96 **** ****
101 12 588 1.99 7.90 67.99 1.08 9 6 57 78 0.551 48.60 137.40 88.80 *** ****
101 13 589 1.99 7.90 67.50 1.08 9 7 53 78 0.513 40.50 126.60 86.10 **** ****
101 14 590 1.99 7.90 59.56 1.16 10 8 55 78 0.532 42.12 94.44 52.32 **** ****
101 15 591 1.99 7.90 48.27 1.34 10 10 57 76 0.516 14.58 60.36 45.78 **** ****
101 16 592 1.99 7.90 35.74 1.71 10 10 60 76 0.543 11.34 38.88 27.54 **** 0.72
101 17 593 1.99 7.90 22.74 2.57 10 10 63 74 0.533 4.86 28.92 24.06 **.* 0.63
101 18 594 1.99 7.90 9.63 5.78 10 10 70 72 0.554 0.0 13.20 13.20 **** 0.35
101 19 595 1.99 7.90 5.73 14.01 10 10 78 71 0.596 0.0 6.60 6.60 0*** 0.18
101 20 596 1.99 7.90 5.73 36.00 10 10 88 68 0.607 0.0 ****** ****** **** ,**
101 21 597 1.99 7.90 5.73 36.00 10 10 93 65 0.578 0.0 6.60 6.60 **** 0.19
101 22 598 1.99 7.90 5.73 36.00 10 10 95 64 0.570 0.0 13.20 13.20 **** 0.38
101 23 599 1.99 7.90 5.73 36.00 10 10 97 63 0.563 0.0 13.20 13.20 **** 0.38
101 24 600 1.99 7.90 5.73 36.00 10 10 97 62 0.543 0.0 ****** ****** **** ****


TLRADT LWRADT TRAN EMSV








DAY HR SEGN SOLC DECLN HRANG AIRMS CL OP RHM


102 1
102 2
102 3
102 4
102 5
102 6
102 7
102 8
102 9
102 10
102 11
102 12
102 13
102 14
102 15
102 16
102 17
102 18
102 19
102 20
102 21
102 22
102 23
102 24
103 1
103 2
103 3
103 4
103 5
103 6
103 7
103 8
103 9
103 10
103 11
103 12
103 13
103 14
103 15
103 16


LY/M
601 1.99
602 1.99
603 1.99
604 1.99
605 1.99
606 1.99
607 1.99
608 1.99
609 1.99
610 1.99
611 1.99
612 1.99
613 1.99
614 1.99
615 1.99
616 1.99
617 1.99
618 1.99
619 1.99
620 1.99
621 1.99
622 1.99
623 1.99
624 1.99
625 1.98
626 1.98
627 1.98
628 1.98
629 1.98
630 1.98
631 1.98
632 1.98
633 1.98
634 1.98
635 1.98
636 1.98
637 1.98
638 1.98
639 1.98
640 1.98


N-HG LY/HR Y/HR L
F IN-HG LY/HR LY/HR LY/HR


*
DEG DEG
8.30 5.73 36.00 10 10 97
8.30 5.73 36.00 10 10 98
8.30 5.73 36.00 10 10 100
8.30 5.73 36.00 10 10 100
8.30 5.73 36.00 10 10 100
8.30 5.73 20.57 10 10 100
8.30 11.20 5.02 10 10 100
8.30 24.31 2.42 10 10 100
8.30 37.29 1.65 3 3 100
8.30 49.78 1.31 7 4 95
8.30 60.91 1.14 8 6 85
8.30 68.35 1.08 10 10 80
8.30 67.90 1.08 10 10 78
8.30 59.90 1.15 9 8 79
8.30 48.56 1.33 7 4 80
8.30 36.00 1.70 8 5 79
8.30 23.00 2.54 9 8 74
8.30 9.88 5.64 8 6 73
8.30 5.73 14.84 9 9 70
8.30 5.73 36.00 4 3 69
8.30 5.73 36.00 5 4 68
8.30 5.73 36.00 9 8 68
8.30 5.73 36.00 7 6 68
8.30 5.73 36.00 8 8 67
8.70 5.73 36.00 4 3 90
8.70 5.73 36.00 0 0 91
8.70 5.73 36.00 0 0 92
8.70 5.73 36.00 0 0 95
8.70 5.73 36.00 0 0 97
8.70 5.73 21.49 10 10 98
8.70 11.34 4.96 10 10 98
8.70 24.46 2.40 10 10 96
8.70 37.45 1.64 10 10 96
8.70 49.97 1.30 9 8 90
8.70 61.18 1.14 3 2 75
8.70 68.72 1.07 4 3 70
8.70 68.29 1.08 5 4 63
8.70 60.23 1.15 2 2 60
8.70 48.83 1.33 3 3 56
8.70 36.24 1.69 2 2 55


64 0.582
63 0.568
63 0.580
63 0.580
62 0.560
62 0.560
62 0.560
65 0.622
67 0.667
70 0.702
74 0.719
75 0.700
78 0.754
80 0.815
80 0.826
80 0.815
74 0.626
73 0.597
70 0.517
69 0.493
68 0.469
68 0.469
68 0.469
66 0.431
65 0.560
63 0.528
63 0.534
62 0.532
61 0.524
60 0.512


60 0.512 ****** ***** ****** **** ****
60 0.501 ****** **Y*** ***** **** *m*
63 0.557 ****.* u***** ****** **** **,*
66 0.580 ***** ****** ****** **** ****
72 0.593 ****** ****** ****** **** **..
75 0.612 ***** ****** ***** **** ****
76 0.570 ****** ****** ****** **** ****
79 0.599 ****** **.*** ****** **** ****
80 0.578 ****** *** ** **,*** **** ***
80 0.568 ****** ****** **.*** **** ****


0.0 ***** ** *n* ***
0.0 ***** ****** **
0.0 ****** ****** *** ***
0.0 **,*** ****** ** ***
0.0 ** ***** *,** ****
0.0 .0****** ******* *
0.0 19.80 19.80 0*** 0.57
16.20 34.80 18.60 **** 0.52
32.40 63.00 30.60 **** 0.85
37.26 98.52 61.26 **** *'*
43.74 128.28 84.54 **** ****
48.60 137.40 88.80 **** ****
40.50 113.40 72.90 **** ****
40.50 133.20 92.70 **** ****
32.40 89.40 57.00 *** **e,
8.10 57.00 48.90 **** ****
6.48 ****** ****.** **** ***
3.24 21.48 18.24 **.* 0.48
0.0 6.60 6.60 **-* 0.18
0.0 6.60 6.60 0*** 0.18
0.0 6.60 6.60 *** 0.18
0.0 13.20 13.20 **** 0.36
0.0 13.20 13.20 **** 0.36
0.0 6.60 6.60 ***' 0.18
0.0 ****** i* *** ****
0.0 **.:** *** ***, ***
0.0 *.0 ** ****** ** **- ****
0.0 ****** ****** ** ***
0.0 .0 ****** *** ***
0.0 ****** ** ****


TEM VPRES SWRADT TLRADT LWRADT ,RAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
103 17 641 1.98 8.70 23.23 2.52 0 0 55 80 0.568 ****** ***. **** **** ***
103 18 642 1.98 8.70 10.12 5.52 0 0 56 80 0.578 ***** ****** ****** **** ****
103 19 643 1.98 8.70 5.73 15.69 0 0 70 75 0.612 ****** ****** ** *** **** ****
103 20 644 1.98 8.70 5.73 36.00 0 0 90 70 0.665 ****** ****** *** *** ****
103 21 645 1.98 8.70 5.73 36.00 0 0 92 69 0.657 0.0 ****** ***** **** ****
103 22 646 1.98 8.70 5.73 36.00 0 0 96 67 0.640 0.0 ****** ***** **** ****
103 23 647 1.98 8.70 5.73 36.00 0 0 97 66 0.625 0.0 ****** ****** **** ****
103 24 648 1.98 8.70 5.73 36.00 0 0 98 65 0.610 0.0 **** ****** **** ****
104 1 649 1.98 9.10 5.73 36.00 0 0 100 64 0.600 0.0 ****** ****** **** ***
104 2 650 1.98 9.10 5.73 36.00 0 0 100 63 0.580 0.0 ****** ****** **** ****
104 3 651 1.98 9.10 5.73 36.00 10 10 100 63 0.580 0.0 ****** ****** **** ***
104 4 652 1.98 9.10 5.73 36.00 10 10 100 63 0.580 0.0 ****** ***** **** ****
104 5 653 1.98 9.10 5.73 36.00 10 9 100 62 0.560 0.0 ****** ****** **** ****
104 6 654 1.98 9.10 5.73 20.88 10 9 100 62 0.560 0.0 ****** ****** **** ****
104 7 655 1.98 9.10 11.23 5.01 10 8 100 63 0.580 ****** ****** ****** **** ****
104 8 656 1.98 9.10 24.34 2.41 6 5 97 64 0.582 ****** ******* **** ***
104 9 657 1.98 9.10 37.35 1.64 0 0 90 68 0.621 ****** ****** ****** **** ****
104 10 658 1.98 9.10 49.92 1.31 0 0 75 71 0.573 ****** ***** ****** *** ****
104 11 659 1.98 9.10 61.24 1.14 0 0 65 78 0.629 ****** ***** ****** **** ****
104 12 660 1.98 9.10 69.01 1.07 0 0 55 80 0.568 ****** ****** ****** **** ****
104 13 661 1.98 9.10 68.78 1.07 0 0 50 82 0.551 ****** ****** ****** **** ****
104 14 662 1.98 9.10 60.75 1.15 0 0 48 83 0.546 ****.* ****** ****** *** ****
104 15 663 1.98 9.10 49.34 1.32 0 0 42 84 0.493 ***** *.**** ****** **** ****
104 16 664 1.98 9.10 36.74 1.67 0 0 38 83 0.432 ****** ****** ****** **** ****
104 17 665 1.98 9.10 23.72 2.47 0 0 39 80 0.402 ****** ****** ****** **** ****
104 18 666 1.98 9.10 10.61 5.28 0 0 41 76 0.371 ****** ****** ****** **** ***
104 19 667 1.98 9.10 5.73 17.72 0 0 52 73 0.425 ****** ****** ****** **** ****
104 20 668 1.98 9.10 5.73 36.00 0 0 60 70 0.443 ***M* ****** ****** **** ***
104 21 669 1.98 9.10 5.73 36.00 0 0 73 68 0.504 0.0 ***** ****** **** ****
104 22 670 1.98 9.10 5.73 36.00 C 0 85 66 0.547 0.0 ***** ****** **** ****
104 23 671 1.98 9.10 5.73 36.00 0 0 89 65 0.554 0.0 ****** **.*** .*** ****
104 24 672 1.98 9.10 5.73 36.00 0 0 88 64 0.528 0.0 ****** ****** **** ****
105 1 673 1.98 9.40 5.73 36.00 0 0 89 62 0.498 0.0 ****** ****** **** ****
105 2 674 1.98 9.40 5.73 36.00 0 0 90 61 0.486 0.0 ****** ****** **** ****
105 3 675 1.98 9.40 5.73 36.00 0 0 93 60 0.485 0.0 ****** ****** **** ****
105 4 676 1.98 9.40 5.73 36.00 0 0 94 58 0.457 0.0 ***** ****** **** ***
105 5 677 1.98 9.40 5.73 36.00 0 0 85 58 0.413 0.0 ****** ****** **** ***
105 6 678 1.98 9.40 5.73 21.92 0 0 75 58 0.364 0.0 ****** ****** **** ****
105 7 679 1.98 9.40 11.39 4.94 0 0 68 59 0.342 ****** ***** ****** **** ****
105 8 680 1.98 9.40 24.50 2.40 0 0 60 61 0.324 ****** ****** ****** **** ****


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


105 9
105 10
105 11
105 12
105 13
105 14
105 15
105 16
105 17
105 18
105 19
105 20
105 21
105 22
105 23
105 24
106 1
106 2
106 3
106 4
106 5
106 6
106 7
106 8
106 9
106 10
106 11
106 12
106 13
106 14
106 15
106 16
106 17
106 18
106 19
106 20
106 21
106 22
106 23
106 24


LY/M
681 1.98
682 1.98
683 1.98
684 1.98
685 1.98
686 1.98
687 1.98
688 1.98
689 1.98
690 1.98
691 1.98
692 1.98
693 1.98
694 1.98
695 1.98
696 1.98
697 1.98
698 1.98
699 1.98
700 1.98
701 1.98
702 1.98
703 1.98
704 1.98
705 1.98
706 1.98
707 1.98
708 1.98
709 1.98
710 1.98
711 1.98
712 1.98
713 1.98
714 1.98
715 1.98
716 1.98
717 1.98
718 1.98
719 1.98
720 1.98


* *
F IN-HG LY/HR LY/HR LYIHR
0 0 55 64 0.330 **~** ***** ****** **** ****
0 0 50 68 0.345 ***** ****** ****** **** ****
0 0 43 74 0.364 ****** **** ***** **** ****
0 0 40 75 0.350 162.00 ****** ****** **** ****
0 0 39 77 0.365 162.00 ****** ****** *** ***
0 0 38 78 0.367 147.42 ****** ****** **** ****
0 0 34 81 0.362 126.36 ****** ****** **** ****


DEG DEG
9.40 37.52 1.64
9.40 50.11 1.30
9.40 61.47 1.14
9.40 69.30 1.07
9.40 69.06 1.07
9.40 60.95 1.14
9.40 49.49 1.31
9.40 36.87 1.66
9.40 23.84 2.46
9.40 10.73 5.23
9.40 5.73 18.33
9.40 5.73 36.00
9.40 5.73 36.00
9.40 5.73 36.00
9.40 5.73 36.00
9.40 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 23.57
9.80 11.62 4.85
9.80 24.73 2.38
9.80 37.76 1.63
9.80 50.37 1.30
9.80 61.79 1.13
9.80 69.69 1.07
9.80 69.42 1.07
9.80 61.20 1.14
9.80 49.67 1.31
9.80 37.02 1.66
9.80 23.98 2.45
9.80 10.87 5.16
9.80 5.73 19.10
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00
9.80 5.73 36.00


0 0
0 0
0 0
0 0
0 0
0 0
8 3
6 2
2 2
6 2
4 2
3 1
2 1
0 0
8 8
8 8
8 8
9 8
8 7
5 3
3 2
3 2
0 0
0 0
0 0
0 0
4 2
0 0
8 7
5 4
3 2
3 2
1 1


81 0.362
81 0.352
80 0.361
71 0.420
66 0.483
63 0.435
62 0.465
61 0.464
60 0.470
60 0.480
59 0.473
58 0.471
57 0.459
56 0.443
56 0.443
59 0.493
63 0.522
65 0.510
69 0.443
75 0.464
77 0.439
80 0.433
81 0.448
82 0.441
82 0.452
82 0.452
80 0.495
74 0.508
70 0.517
68 0.483
66 0.451
64 0.450
63 0.476


97.20 ** ***** **** ***
59.94 **.*** **.** **** *t*
22.68 **** *** **** .***
1.62 **4*** **** 0.90 ****
00 *0 *** ***** *** ****
0.0 ****** *** **** ****
0.0 *0*** ****** **** ***
0.0 ***** ****** **** ****
0.0 ****** ****** **** ****
0.0 **.*** *.**** **** **..
0.0 ****** ****** **** ****
0.0 .2***** **i*** ****
0.0 0****** ****** **** *.**
0,0 ***** ***** ****, ****
0.0 ****.* **.*** **** ***
5.46 ***.** ****** *.** ****
13.26 ***** ****** **** ****
19.50 ****** ****** **** ****
42.12 **n.* ****** 0*** ****
65.52 *a.09* .**0** *
76.44 ****** ****** **** ***
74.10 ***58* ****** *** ****
69.42 *****. ****** 0.70 ****
57.72 **.*** *****. 0.71 ****
42.12 171.60 129.48 0.73 ***
26.52 118.80 92.28 0.78 ****
9.36 79.20 69.84 **** .**
0.0 52.80 52.80 ** ***
0.0 60.18 60.18 **** ***
0.0 60.18 60.18 *.** ****
0.0 53.58 53.58 *** ****
0.0 53.58 53.58 **** ****
0.0 53.58 53.58 **** ****








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


* *


* *


107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
107
108
108
108
108
108
108
108
108
108
108
108
108
108
108
108
108


721
722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
738
739
740
741
742
743
744
745
746
747
748
749
750
751
752
753
754
755
756
757
758
759
760


1.98 1C.60 37.43


LY/M DEG
1.98 10.20
1.98 10.20
1.98 1C.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 1C.20
1.98 1C.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 1C.20
1.98 10.20
1.98 10.20
1.98 10.20
1.98 1C.20
1.98 10.20
1.98 10.20
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 10.60
1.98 1C.60
1.98 10.60
1.98 10.60


F IN-HG LY/HR


DEG
5.73
5.73
5.73
5.73
5.73
5.73
11.83
24.93
37.97
50.62
62.10
70.08
69.78
61.47
49.87
37.19
24.14
11.04
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
11.97
25.07
38.12
50.80
62.35
70.44
70.18
61.78
50.14


36.00
36.00
36.00
36.00
36.00
25.24
4.77
2.36
1.62
1.29
1.13
1.06
1.06
1.14
1.31
1.65
2.43
5.09
20.05
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
26.51
4.72
2.35
1.62
1.29
1.13
1.06
1.06
1.13
1.30
1.64


84 0.646 ******


62 0.504
61 0.508
60 0.501
59 0.493
59 0.493
58 0.476
60 0.512
64 0.540
69 0.550
72 0.554
75 0.525
79 0.559
80 0.547
82 0.540
84 0.529
84 0.529
83 0.52.3
82 0.551
75 0.569
73 0.5,81
69 0.528
69 0.571
67 0.587
66 0.605
64 0.576
64 0.588
63 0.568
63 0.568
62 0.554
61 0.535
62 0.554
65 0.572
70 0.650
72 0.641
76 0.633
79 0.689
80 0.650
82 0.661
83 0.637


0.0
0.0
0.0
0.0
0.0
0.0
9.36
24.96
43.68
58.50
64.74
69.42
69.42
69.42
52.26
46.02
22.62
7.80
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.80
25.74
38.22
46.02
62.40
69.42
69.42
63.18
40.56


LY/HR
53.58
53.58
53.58
53.58
53.58
52.80
79.20
125.40
184.80
224.40
250.80
257.40
257.40
250.80
217.80
171.60
118.80
79.20
52.80
53.58
53.58
53.58
53.58
53.58
27.18
27.18
27.18
27.18
27.18
29.70
39.60
62.70
82.50
95.70
122.10
125.40
125.40
108.90
89.10
85.80


LY/HR
53.58 **** ****
53.58 1*** ****
53.58 *** ****
53.58 .i** **,*
53.58 ***, *1**
52.80 **** ****
69.84 **** ***
100.44 **** ****
141.12 0.73 ****
165.90 0.71 ****
186.06 0.65 ****
187.98 0.64 ****
187.98 **** ****
181.38 *,* ***,*
165.54 **** ****
125.58 **** .**
96.18 **** ****
71.40 *1** *.**
52.80 **** ****
53.58 **** ****
53.58 **** *-**
53.58 **** ****
53.58 **** ****
53.58 **** ****
27.18 **a* 0.77
27.18 0*** 0.77
27.18 **** 0.78
27.18 **** 0.78
27.18 0*** 0.78
29.70 **** 0.86
31.80 **** 0.92
36.96 **** ****
44.28 **** ****
49.68 **** ****
59.70 **** ****
55.98 **** ****
55.98 **** ****
45.72 **-* ****
48.54 **** ****
*-*








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


108 17
108 18
108 19
108 20
108 21
108 22
108 23
108 24
109 1
109 2
109 3
109 4
109 5
109 6
109 7
109 8
109 9
109 10
109 11
109 12
109 13
109 14
109 15
109 16
109 17
109 18
109 19
109 20
109 21
109 22
109 23
109 24
110 1
110 2
110 3
110 4
110 5
110 6
110 7


F N-HG LYHR LYHR LYHR
F IN-HG LY/HR LY/HR LY/HR


LY/M CEG DEG
761 1.98 10.60 24.37 2.41
762 1.98 1C.60 11.27 4.99
763 1.98 IC.60 5.73 21.48
764 1.98 10.60 5.73 36.00
765 1.98 10.60 5.73 36.00
766 1.98 10.60 5.73 36.00
767 1.98 10.60 5.73 36.00
768 1.98 10.60 5.73 36.00
769 1.98 1C.90 5.73 36.00
770 1.98 1C.90 5.73 36.00
771 1.98 10.90 5.73 36.00
772 1.98 10.90 5.73 36.00
773 1.98 10.90 5.73 36.00
774 1.98 1C.90 5.73 27.46
775 1.98 10.90 12.07 4.68
776 1.98 10.90 25.17 2.34
777 1.98 10.90 38.23 1.61
778 1.98 10.90 50.92 1.29
779 1.98 10.90 62.52 1.13
780 1.98 10.90 70.71 1.06
781 1.98 10.90 70.47 1.06
782 1.98 10.90 62.02 1.13
783 1.98 10.90 50.34 1.30
784 1.98 10.90 37.61 1.63
785 1.98 10.90 24.55 2.39
786 1.98 10.90 11.45 4.92
787 1.98 10.90 5.73 22.72
788 1.98 10.90 5.73 36.00
789 1.98 10.90 5.73 36.00
790 1.98 10.90 5.73 36.00
791 1.98 10.90 5.73 36.00
792 1.98 10.90 5.73 36.00
793 1.98 11.30 5.73 36.00
794 1.98 11.30 5.73 36.00
795 1.98 11.30 5.73 36.00
796 1.98 11.30 5.73 36.00
797 1.98 11.30 5.73 36.00
798 1.98 11.30 5.73 28.68
799 1.98 11.30 12.19 4.64


110 8 80C 1.98 11.30 25.28 2.33 10 10 93


2 2 53
4 2 60
4 2 63
0 0 68
0 0 73
0 0 80
0 0 89
0 0 93
0 0 95
0 0 96
0 0 99
3 1 100
5 2 100
3 1 100
3 1 100
5 5 99
5 5 88
4 4 70
5 1 62
4 1 54
6 2 51
6 1 50
6 1 46
6 1 46
1 1 58
0 0 69
0 0 76
0 0 82
0 0 86
0 0 86
0 0 89
0 0 91
0 0 95
0 0 95
0 0 93
4 4 94
4 4 96
4 4 97
7 6 95


84 0.623
83 0.683
78 0.609
75 0.595
73 0.597
70 0.591
68 0.614
67 0.620
65 0.591
64 0.576
64 0.594
63 0.580
63 0.580
62 0.560
63 0.580
67 0.660
71 0.672
74 0.592
78 0.600
82 0.595
84 0.599


22.62
6.24
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
8.58
26.52
45.24


59.28 112.20
69.42 128.70
74.88 132.00
74.10 132.00


59.40
36.30
26.40
27.18
27.18
27.18
27.18
27.18
27.18
27.18
27.18
27.18
27.18
29.70
42.90
62.70
85.80


86 0.626 ****** 125.40 ****** **** ****
87 0.595 ****** 102.30 ****** **** ****
87 0.595 ****** 79.20 ****** **** ****
85 0.704 28.08 66.00 37.92 **** 0.92
80 0.712 10.92 42.90 31.98 0.86 0.81
75 0.665 ****** 29.70 ****** **** ****
73 0.671 0.0 30.48 30.48 **** 0.81
72 0.680 0.0 30.48 30.48 **** 0.82
71 0.657 0.0 30.48 30.48 **** 0.82
70 0.658 0.0 27.18 27.18 **** 0.74
69 0.650 0.0 27.18 27.18 **** 0.74
69 0.678 0.0 27.18 27.18 **** 0.74
68 0.655 0.0 30.48 30.48 **** 0.84
68 0.642 0.0 30.48 30.48 **** 0.84
69 0.671 0.0 30.48 30.48 **** 0.83
69 0.685 0.0 30.48 30.48 **** 0.83
68 0.669 0.0 33.00 33.00 **** 0.91
69 0.678 5.46 42.90 37.44 **** ****
70 0.687 9.36 49.50 40.14 **** ****


36.78 **** 0.90
30.06 **** 0.74
26.40 0*** 0.68
27.18 **** 0.71
27.18 **** 0.72
27.18 *e** 0.74
27.18 **** 0.75
27.18 **** 0.76
27.18 **** 0.77
27.18 **** 0.77
27.18 0** 0.77
27.18 **** 0.78
27.18 **** 0.78
29.70 **** 0.86
34.32 **** 0.96
36.18 **** .*.*
40.56 **** ***
52.92 **** ****
59.28 **** ****
57.12 **** ****
57.90 **** ****


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
110 9 801 1.98 11.30 38.35 1.61 10 10 92 74 0.778 15.60 56.10 40.50 **** ***
110 10 802 1.98 11.30 51.08 1.28 10 10 90 75 0.787 7.80 49.50 41.70 **** ****
110 11 803 1.98 11.30 62.75 1.12 10 10 90 76 0.814 8.58 **~*** **~*** *** ****
110 12 804 1.98 11.30 71.06 1.06 10 10 90 77 0.841 10.92 42.90 31.98 **** 0.82
110 13 805 1.98 11.30 70.87 1.06 10 10 89 77 0.832 9.36 ****** ****** **** ****
110 14 806 1.98 11.30 62.35 1.13 10 10 90 77 0.841 13.26 **.** ***** **** ****
110 15 807 1.98 11.30 50.62 1.29 10 10 85 80 0.877 27.30 69.30 42.00 **** ****
110 16 808 1.98 11.30 37.87 1.63 10 10 85 77 0.795 ****** 49.50 ***** **** ****
110 17 809 1.98 11.30 24.80 2.37 10 9 88 77 0.823 10.14 46.20 36.06 **** 0.93
110 18 810 1.98 11.30 11.70 4.82 9 6 88 76 0.796 3.90 42.90 39.00 ***' ****
110 19 811 1.98 11.30 5.73 24.64 10 10 94 75 0.822 0.0 ****** **** ****
110 20 812 1.98 11.30 5.73 36.00 10 8 96 74 0.812 0.0 37.08 37.08 **** 0.98
110 21 813 1.98 11.30 5.73 36.00 10 9 96 74 0.812 0.0 37.08 37.08 **0* 0.98
110 22 814 1.98 11.30 5.73 36.00 10 9 97 73 0.793 0.0 37.08 37.08 **** 0.98
110 23 815 1.98 11.30 5.73 36.00 2 2 98 72 0.775 0.0 37.08 37.08 *'.* 0.99
110 24 816 1.98 11.30 5.73 36.00 10 10 98 74 0.829 0.0 40.38 40.38 **** ****
111 1 817 1.97 11.60 5.73 36.00 10 10 98 74 0.829 0.0 40.38 40.38 **** ****
111 2 818 1.97 11.60 5.73 36.00 10 10 98 74 0.829 0.0 40.38 40.38 **** ****
111 3 819 1.97 11.60 5.73 36.00 10 10 98 74 0.829 0.0 40.38 40.38 **** ****
111 4 820 1.97 11.60 5.73 36.00 10 10 98 74 0.829 0.0 37.08 37.08 **** 0.98
111 5 821 1.97 11.60 5.73 36.00 8 8 98 73 0.802 0.0 *.*** ***** **** ****
111 6 822 1.97 11.60 5.73 29.70 10 10 99 73 0.810 0.0 ****** ****** *** ****
111 7 823 1.97 11.60 12.28 4.60 9 8 99 74 0.838 7.02 46.20 39.18 *** ***
111 8 824 1.97 11.60 25.37 2.32 10 9 89 76 0.805 14.82 52.80 37.98 .*** 0.99
111 9 825 1.97 11.60 38.45 1.60 7 7 86 78 0.832 ****** ****** ****** **** **.*
111 10 826 1.97 11.60 51.20 1.28 7 7 80 82 0.882 ***** .***** ****** .** **.
111 11 827 1.97 11.60 62.92 1.12 7 6 72 84 0.846 ****** ****** **.*** **** ****
111 12 828 1.97 11.60 71.33 1.05 7 7 65 86 0.814 ***** ****** ***** **** ****
111 13 829 1.97 11.60 71.17 1.06 7 7 62 86 0.777 ***** ***** ****** **** ***.
111 14 830 1.97 11.60 62.59 1.13 7 7 58 88 0.774 ***** ***** ***** **** ***4
111 15 831 1.97 11.60 50.82 1.29 6 6 60 87 0.776 ****** 95.70 ****** *** ****
111 16 832 1.97 11.60 38.05 1.62 6 6 60 86 0.752 46.02 89.10 43.08 **** ****
111 17 833 1.97 11.60 24.98 2.36 3 3 62 84 0.728 27.30 66.00 38.70 **** 0.95
111 18 834 1.97 11.60 11.89 4.75 2 2 70 81 0.746 9.36 39.60 30.24 **** 0.76
111 19 835 1.97 11.60 5.73 26.18 1 1 80 78 0.774 0.0 29.70 29.70 **** 0.76
111 20 836 1.97 11.60 5.73 36.00 0 0 88 76 0.796 0.0 30.48 30.48 **** 0.79
111 21 837 1.97 11.60 5.73 36.00 0 0 92 74 0.778 0.0 30.48 30.48 ***0 0.80
111 22 838 1.97 11.60 5.73 36.00 0 0 95 73 0.777 0.0 30.48 30.48 **** 0.81
111 23 839 1.97 11.60 5.73 36.00 0 0 97 72 0.767 0.0 30.48 30.48 **** 0.82
111 24 840 1.97 11.60 5.73 36.00 0 0 98 71 0.749 0.0 30.48 30.48 **** 0.82








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
112
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113
113


841
842
843
844
845
846
847
848
849
850
851
852
853
854
855
856
857
858
859
860
861
862
863
864
865
866
867
868
869
870
871
872
873
874
875
876
877
878
879
880


LY/M
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97
1.97


DEG
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.00
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30
12.30


DEG
5.73
5.73
5.73
5.73
5.73
5.73
12.42
25.51
38.59
51.37
63.16
71.69
71.56
62.90
51.07
38.28
25.20
12.11
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
12.52
25.60
38.69
51.48
63.32
71.95
71.86
63.14
51.27
38.46


36.00
36.00
36.00
36.00
36.00
31.30
4.55
2.31
1.60
1.28
1.12
1.05
1.05
1.12
1.28
1.61
2.34
4.66
28.30
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
32.42
4.52
2.30
1.60
1.28
1.12
1.05
1.05
1.12
1.28
1.60


* *
F
0 0 99 70
0 0 99 69
0 0 99 68
0 0 99 68
0 0 99 68
0 0 99 68
0 2 100 72
0 0 92 76
0 0 80 81
0 0 72 85
4 3 63 86
5 5 60 90
7 7 54 91
7 7 50 92
4 4 45 92
2 2 45 92
1 1 47 90
1 1 52 85
1 1 60 82
1 1 62 80
0 0 72 78
0 0 72 77
0 0 77 75
0 0 81 74
0 0 90 72
0 0 95 70
0 0 97 69
0 0 98 68
0 0 98 68
2 2 99 68
0 0 99 70
0 0 90 74
0 0 83 76
7 7 70 80
8 7 60 84
4 3 52 86
3 3 46 88
3 3 43 90
3 2 42 90
3 2 41 90


IN-HG
0.732
0.707
0.683
0.683
0.683
0.683
0.791
0.833
0.853
0.874
0.789
0.853
0.792
0.757
0.681
0.681
0.668
0.631
0.661
0.640
0.696
0.673
0.674
0.685
0.712
0.702
0.693
0.676
0.676
0.683
0.732
0.761
0.751
0.722
0.705
0.652
0.614
0.611
0.597
0.583


*
LY/HR LY/HR
0.0 31.26
0.0 31.26
0.0 31.26
0.0 31.26
0.0 34.56
0.0 33.00
7.80 49.50
24.96 69.30
41.34 95.70
54.60 115.50
56.94 125.40
51.48 112.20
****** 141.90
****** 118.80
****** 115.50
****** 99.00
****** 66.00
***t** 39.60
****** 29.70
***n** 29.70
0.0 ******
0.0 u*****
0.0 ******
0.0 ******
0.0 **0***
0.0 ******
0.0 ******
0.0 ******
0.0 ******
0.0 ******
****** 49.50
****** 72.60
****** 79.20
****** 102.30
****** 122.10
78.78 141.90
73.32 138.60
72.54 132.00
59.28 112.20
46.80 125.40


LY/HR
31.26
31.26
31.26
31.26
34.56
33.00
41.70
44.34
54.36
60.90
68.46
60.72

* ** *
******
***** *






*****















63.12
65.28
59.46
52.92
78.60


***
** **

** **




** **
** **
** **





** **
** **
** **
** **








* ***
* ***
** **
* **
.* **










***
0.73
0.70
0.66





tQ**
****
*






****
*
+*
+

*




(***
*



** *
**


*** *
*


****
*

***

**
*
*

**
**


****
**-*-*
*


0.85
0.86
0.86
0.86
0.95
0.91
* ***

****
****
****
****
****
* ***
****
* **





















l.11*


***
*


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRAOT TRAN EMSV


LY/M DEG


DEG


F* *R L R
F IN-HG LY/HR LY/HR LYIHR


113 17
113 18
113 19
113 20
113 21
113 22
113 23
113 24
114 1
114 2
114 3
114 4
114 5
114 6
114 7
114 8
114 9
114 10
114 11
114 12
114 13
114 14
114 15
114 16
114 17
114 18
114 19
114 20
114 21
114 22
114 23
114 24
115 1
115 2
115 3
115 4
115 5
115 6
115 7
115 8


898 1.97 12.70 51.65
899 1.97 12.70 63.55
900 1.97 12.70 72.30
901 1.97 12.70 72.25


1.27
1.12
1.05
1.05


881 1.97 12.30 25.38 2.32 3 1 43 90 0.611
882 1.97 12.30 12.29 4.60 2 1 49 88 0.654
883 1.97 12.30 5.73 30.16 2 1 54 79 0.539
884 1.97 12.30 5.73 36.00 4 1 61 76 0.552
885 1.97 12.30 5.73 36.00 0 0 70 75 0.612
886 1.97 12.30 5.73 36.00 0 0 83 72 0.657
887 1.97 12.30 5.73 36.00 0 0 86 70 0.636
888 1.97 12.30 5.73 36.00 0 0 91 69 0.650
889 1.97 12.70 5.73 36.00 0 0 95 69 0.678
890 1.97 12.70 5.73 36.00 0 0 96 68 0.662
891 1.97 12.70 5.73 36.00 0 0 95 68 0.655
892 1.97 12.70 5.73 36.00 8 2 95 68 0.655
893 1.97 12.70 5.73 36.00 9 4 95 68 0.655
894 1.97 12.70 5.73 34.13 9 4 95 68 0.655
895 1.97 12.70 12.66 4.47 9 5 95 70 0.702
896 1.97 12.70 25.73 2.29 10 10 92 72 0.728
897 1.97 12.70 38.82 1.59 10 10 89 74 0.753


27.30
8.58
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.02
13.26
24.18


7 5 72 79 0.719 ,t**** 105.60 **.*** **. ***
8 5 61 82 0.672 ****** 115.50 ****** ***. **.*
8 6 60 82 0.661 ****** 99.00 ****** **** *.**
9 7 59 83 0.671 ****** 102.30 **,*** ..*** ***


902 1.97 12.70 63.44 1.12 9 7 56 83 0.637
903 1.97 12.70 51.52 1.28 8 7 58 82 0.639
904 1.97 12.70 38.69 1.60 10 10 61 82 0.672
905 1.97 12.70 25.60 2.30 10 9 59 82 0.650
906 1.97 12.70 12.52 4.52 10 9 60 82 0.661
907 1.97 12.70 5.73 32.70 8 5 64 76 0.579
908 1.97 12.70 5.73 36.00 8 5 73 75 0.639
909 1.97 12.70 5.73 36.00 7 4 85 72 0.672
910 1.97 12.70 5.73 36.00 10 9 92 70 0.680
911 1.97 12.70 5.73 36.00 10 9 93 70 0.687
912 1.97 12.70 5.73 36.00 1 0 96 68 0.662
913 1.97 13.00 5.73 36.00 0 0 98 66 0.631
914 1.97 13.00 5.73 36.00 0 0 99 64 0.594
915 1.97 13.00 5.73 36.00 3 1 99 64 0.594
916 1.97 13.00 5.73 36.00 10 7 100 64 0.600
917 1.97 13.00 5.73 36.00 10 7 100 65 0.622
918 1.97 13.00 5.73 35.36 10 7 100 66 0.644
919 1.97 13.00 12.75 4.44 10 9 100 67 0.667
920 1.97 13.00 25.82 2.28 10 10 96 71 0.733


51.48
36.66
24.18
28.08
11.70
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
6.24
16.38


99.00
79.20
62.70
59.40
46.20
26.40
27.18
27.18
27.18
27.18
27.18
30.48
30.48
33.78
33.78
37.08
42.90
46.20
59.40


47.52 **** ****
42.54 *#. ***
38.52 **** 0.96
31.32 N*** 0.78
34.50 **** 0.86
26.40 **** 0.69
27.18 *'** 0.71
27.18 **** 0.73
27.18 **** 0.74
27.18 .*** 0.74
27.18 **** 0.75
30.48 1*** 0.85
30.48 0*** 0.87
33.78 **** 0.96
33.78 **** 0.96
37.08 **** ****
42.90 **** ****
39.96 **** ****
43.02 **~* ****


69.30 42.00 ***. 0.98
39.60 31.02 **** 0.74
29.70 29.70 **** 0.75
27.18 27.18 **** 0.71
27.18 27.18 **** 0.71
27.18 27.18 **** 0.73
27.18 27.18 **** 0.74
27.18 27.18 **** 0.74
27.18 27.18 **** 0.74
30.48 30.48 **.* 0.84
30.48 30.48 **** 0.84
33.78 33.78 **** 0.93
33.78 33.78 **** 0.93
33.00 33.00 *** 0.91
42.90 35.88 *** 0.97
52.80 39.54 **** ****
66.00 41.82 **** ****







OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
115 9 921 1.97 13.00 38.92 1.59 10 10 85 75 0.744 31.98 72.60 40.62 **** ****
115 10 922 1.97 13.00 51.76 1.27 10 8 70 79 0.699 53.82 105.60 51.78 '*** ** *
115 11 923 1.97 13.00 63.71 1.11 8 6 60 82 0.661 **~** 115.50 ***** *** ****
115 12 924 1.97 13.00 72.56 1.05 8 6 56 84 0.658 *'**** 122.10 ****** .*** ****
115 13 925 1.97 13.00 72.54 1.05 10 5 55 84 0.646 60.06 122.10 62.04 **** ****
115 14 926 1.97 13.00 63.67 1.11 9 4 54 84 0.634 57.72 115.50 57.78 **** ****
115 15 927 1.97 13.00 51.71 1.27 9 4 52 86 0.652 46.02 99.00 52.98 .i** a**
115 16 928 1.97 13.00 38.87 1.59 9 7 52 84 0.611 30.42 69.30 38.88 **0* 0.95
115 17 929 1.97 13.00 25.77 2.29 9 8 55 86 0.689 17.16 56.10 38.94 **** 0.94
115 18 930 1.97 13.00 12.70 4.46 8 3 54 85 0.656 14.04 46.20 32.16 **** 0.78
115 19 931 1.97 13.00 5.73 34.80 5 2 57 82 0.628 0.0 29.70 29.70 **** 0.74
115 20 932 1.97 13.00 5.73 36.00 4 2 66 78 0.638 0.0 30.48 30.48 0** 0.78
115 21 933 1.97 13.00 5.73 36.00 4 2 85 76 0.769 0.0 30.48 30.48 **** 0.79
115 22 934 1.97 13.00 5.73 36.00 4 2 90 70 0.665 0.0 30.48 30.48 **** 0.83
115 23 935 1.97 13.00 5.73 36.00 6 3 94 69 0.671 0.0 33.78 33.78 **** 0.92
115 24 936 1.97 13.00 5.73 36.00 6 5 95 69 0.678 0.0 33.78 33.78 0*** 0.92
116 1 937 1.97 13.30 5.73 36.00 7 4 95 68 0.655 0.0 33.00 33.00 **** 0.91
116 2 938 1.97 13.30 5.73 36.00 7 4 95 67 0.634 0.0 33.00 33.00 **** 0.92
116 3 939 1.97 13.30 5.73 36.00 9 8 95 68 0.655 0.0 33.00 33.00 **** 0.91
116 4 940 1.97 13.30 5.73 36.00 10 7 95 68 0.655 0.0 33.00 33.00 **** 0.91
116 5 941 1.97 13.30 5.73 36.00 10 9 97 68 0.669 0.0 33.00 33.00 0*** 0.91
116 6 942 1.97 13.30 5.73 36.00 10 10 98 68 0.676 0.0 36.30 36.30 '*.* ****
116 7 943 1.97 13.30 5.73 36.19 10 10 98 70 0.724 0.78 42.90 42.12 **** ****
116 8 944 1.97 13.30 12.87 4.40 10 10 90 74 0.761 7.80 82.50 74.70 **** ****
116 9 945 1.97 13.30 25.93 2.28 9 8 83 76 0.751 21.84 ***** ****** **** ****
116 10 946 1.97 13.30 39.03 1.58 10 5 70 80 0.722 36.66 ***.** **** ***. ****
116 11 947 1.97 13.30 51.89 1.27 10 10 67 81 0.714 47.58 99.00 51.42 **** ****
116 12 948 1.97 13.30 63.89 1.11 10 10 65 82 0.716 42.90 89.10 46.20 **** ****
116 13 949 1.97 13.30 72.83 1.05 10 10 62 82 0.683 43.68 89.10 45.42 **. '***
116 14 950 1.97 13.30 72.83 1.05 10 10 60 84 0.705 41.34 79.20 37.86 **** 0.93
116 15 951 1.97 13.30 63.89 1.11 10 10 61 82 0.672 46.02 95.70 49.68 **** ****
116 16 952 1.97 13.30 51.89 1.27 9 8 61 82 0.672 38.22 82.50 44.28 **** *v**
116 17 953 1.97 13.30 39.03 1.58 9 8 62 82 0.683 33.54 72.60 39.06 a*** 0.97
116 18 954 1.97 13.30 25.93 2.28 8 5 66 80 0.681 21.84 59.40 37.56 0** 0.95
116 19 955 1.97 13.30 12.86 4.41 7 4 72 75 0.630 11.70 42.90 31.20 *t** 0.82
116 20 956 1.97 13.30 5.73 36.26 5 2 82 74 0.694 0.78 29.70 28.92 **.* 0.76
116 21 957 1.97 13.30 5.73 36.00 5 2 90 73 0.736 0.0 29.70 29.70 **** 0.79
116 22 958 1.97 13.30 5.73 36.00 5 2 94 72 0.744 0.0 29.70 29.70 **** 0.79
116 23 959 1.97 13.30 5.73 36.00 4 2 97 70 0.717 0.0 29.70 29.70 **** 0.81
116 24 960 1.97 13.30 5.73 36.00 7 5 97 71 0.741 0.0 29.70 29.70 **** 0.80


DAY HR SEQN SOLC DECLN HRANG AIRMS CL








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


4 *
LY/M DEG DEG
117 1 961 1.97 13.60 5.73 36.00 7 6 97
117 2 962 1.97 13.60 5.73 36.00 8 4 98
117 3 963 1.97 13.60 5.73 36.00 9 3 98
117 4 964 1.97 13.60 5.73 36.00 9 6 98
117 5 965 1.97 13.60 5.73 36.00 9 7 98
117 6 966 1.97 13.60 5.73 36.00 8 6 99
117 7 967 1.97 13.60 5.73 34.98 9 4 98
117 8 968 1.97 13.60 12.96 4.37 9 3 98
117 9 969 1.97 13.60 26.02 2.27 9 6 98
117 10 970 1.97 13.60 39.12 1.58 8 3 90
117 11 971 1.97 13.60 52.00 1.27 8 3 76
117 12 972 1.97 13.60 64.05 1.11 8 6 70
117 13 973 1.97 13.60 73.09 1.04 8 6 59
117 14 974 1.97 13.60 73.13 1.04 9 8 54
117 15 975 1.97 13.60 64.12 1.11 9 8 52
117 16 976 1.97 13.60 52.08 1.27 8 7 49
117 17 977 1.97 13.60 39.21 1.58 9 4 50
117 18 978 1.97 13.60 26.10 2.26 5 2 52
117 19 979 1.97 13.60 13.04 4.35 3 1 55
117 20 980 1.97 13.60 5.73 34.08 3 1 62
117 21 981 1.97 13.60 5.73 36.00 2 1 73
117 22 982 1.97 13.60 5.73 36.00 2 1 80
117 23 983 1.97 13.60 5.73 36.00 0 0 89
117 24 984 1.97 13.60 5.73 36.00 0 0 92
118 1 985 1.97 13.90 5.73 36.00 0 0 96
118 2 986 1.97 13.90 5.73 36.00 8 8 97
118 3 987 1.97 13.90 5.73 36.00 10 10 98
118 4 988 1.97 13.90 5.73 36.00 10 10 100
118 5 989 1.97 13.90 5.73 36.00 10 10 100
118 6 990 1.97 13.90 5.73 36.00 10 10 100
118 7 991 1.97 13.90 5.73 33.75 10 10 100
118 8 992 1.97 13.90 13.06 4.34 9 8 100
118 9 993 1.97 13.90 26.11 2.26 8 8 100
118 10 994 1.97 13.90 39.21 1.58 8 8 92
118 11 995 1.97 13.90 52.11 1.27 9 6 80
118 12 996 1.97 13.90 64.20 1.11 9 4 66
118 13 997 1.97 13.90 73.35 1.04 8 6 55
118 14 998 1.97 13.90 73.42 1.04 8 6 50
118 15 999 1.97 13.90 64.35 1.11 4 3 50
118 16 1000 1.97 13.90 52.27 1.26 3 2 48


F N-H YHR
F IN-HG LY/HR1


70 0.717
70 0.724
70 0.724
70 0.724
70 0.724
70 0.732
70 0.724
70 0.724
73 0.602
76 0.814
78 0.735
80 0.722
84 0.693
84 0.634
86 0.652
87 0.634
86 0.626
86 0.652
83 0.626
78 0.600
75 0.639
72 0.633
71 0.680
70 0.680
69 0.685
67 0.647
66 0.631
66 0.644
68 0.690
68 0.690
68 0.690
69 0.714
73 0.818
77 0.860
82 0.882


LYR
LY/HR LY/HR


0.0 33.00 33.00 **** 0.90
0.0 33.00 33.00 .*** 0.90
0.0 33.00 33.00 **0* 0.90
0.0 33.00 33.00 0*** 0.90
0.0 33.00 33.00 **** 0.90
0.0 33.00 33.00 **** 0.90
1.56 36.30 34.74 **** 0.94
10.92 49.50 38.58 **** ***
27.30 69.30 42.00 **** ***
39.00 85.80 46.80 **** ****
47.58 99.00 51.42 *** ***
49.92 108.90 58.98 **** ****
53.04 112.20 59.16 *** ****
46.80 102.30 55.50 **** ****
60.84 112.20 51.36 **** ****
45.24 89.10 43.86 **** ****
35.88 75.90 40.02 **** 0.97
27.30 62.70 35.40 **** 0.85
11.70 42.90 31.20 **** 0.77
0.78 33.00 32.22 **** 0.82
0.0 26.40 26.40 **** 0.69
0.0 26.40 26.40 **** 0.71
0.0 29.70 29.70 **** 0.80
0.0 29.70 29.70 **** 0.81
0.0 29.70 29.70 0*** 0.81
0.0 29.70 29.70 **** 0.83
0.0 33.00 33.00 **** 0.92
0.0 46.20 46.20 **** ****
0.0 59.40 59.40 **** ****
0.0 72.60 72.60 **** ****
0.78 72.60 71.82 **** ****
6.24 79.20 72.96 **** ***
23.40 79.20 55.80 **** ****
38.22 89.10 50.88 **** ****
51.48 115.50 64.02 **** ****


84 0.775 **** 115.50 ****** **** ***
86 0.689 ****** 122.10 ****** *.** .***
88 0.667 ****** 115.50 ****** **** ****
87 0.646 ****** 108.90 **-*** .*** ****
87 0.621 60.84 108.90 48.06 **** ****







DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
118 17 1001 1.97 13.90 39.38 1.57 5 2 43 88 0.574 44.46 85.80 41.34 **** 0.98
118 18 1002 1.97 13.90 26.28 2.25 4 2 44 87 0.569 28.86 62.70 33.84 **** 0.81
118 19 1003 1.97 13.90 13.22 4.29 3 1 47 84 0.552 11.70 42.90 31.20 **** 0.76
118 20 1004 1.97 13.90 5.73 32.01 3 1 55 79 0.549 0.78 23.10 22.32 *** 0.57
118 21 1005 1.97 13.90 5.73 36.00 3 1 70 75 0.612 0.0 23.10 23.10 **** 0.60
118 22 1006 1.97 13.90 5.73 36.00 3 1 80 72 0.633 0.0 26.40 26.40 **** 0.71
118 23 1007 1.97 13.90 5.73 36.00 3 1 91 70 0.672 0.0 29.70 29.70 0*** 0.81
118 24 1008 1.97 13.90 5.73 36.00 10 9 95 69 0.678 0.0 29.70 29.70 **w* 0.81
119 1 1009 1.97 14.20 5.73 36.00 10 10 97 68 0.669 0.0 33.00 33.00 **** 0.91
119 2 1010 1.97 14.20 5.73 36.00 10 10 98 68 0.676 0.0 36.30 36.30 **** ***
119 3 1011 1.97 14.20 5.73 36.00 10 10 98 68 0.676 0.0 42.90 42.90 **** ***.
119 4 1012 1.97 14.20 5.73 36.00 10 10 99 68 0.683 0.0 49.50 49.50 **** ****
119 5 1013 1.97 14.20 5.73 36.00 10 10 99 68 0.683 0.0 46.20 46.20 *** ****
119 6 1014 1.97 14.20 5.73 36.00 8 8 99 68 0.683 0.0 52.80 52.80 *** ****
119 7 1015 1.97 14.20 5.73 32.35 10 9 99 68 0.683 0.78 46.20 45.42 **** ****
119 8 1016 1.97 14.20 13.17 4.31 10 10 99 71 0.756 9.36 49.50 40.14 **** ****
119 9 1017 1.97 14.20 26.22 2.25 8 4 95 73 0.777 15.60 56.10 40.50 **** ****
119 10 1018 1.97 14.20 39.32 1.57 9 4 87 75 0.761 37.44 82.50 45.06 **** ***
119 11 1019 1.97 14.20 52.24 1.26 8 3 75 80 0.774 54.60 108.90 54.30 **** ****
119 12 1020 1.97 14.20 64.37 1.11 8 4 65 84 0.764 w***** 128.70 ****** **** ****
119 13 1021 1.97 14.20 73.61 1.04 9 5 58 85 0.704 ****** 122.10 ****** **** *..*
119 14 1022 1.97 14.20 73.70 1.04 10 6 57 88 0.761 ****** 125.40 ***** **** ****
119 15 1023 1.97 14.20 64.56 1.11 10 8 53 88 0.708 55.38 112.20 56.82 **** ****
119 16 1024 1.97 14.20 52.44 1.26 7 3 50 88 0.667 39.00 85.80 46.80 *** ****
119 17 1025 1.97 14.20 39.53 1.57 6 2 52 87 0.672 25.74 72.60 46.86 **** ****
119 18 1026 1.97 14.20 26.43 2.24 10 5 52 87 0.672 19.50 56.10 36.60 **** 0.88
119 19 1027 1.97 14.20 13.38 4.24 10 6 60 83 0.683 5.46 39.60 34.14 **** 0.84
119 20 1028 1.97 14.20 5.73 30.24 7 3 61 81 0.650 ****** 33.00 ****** **** ***
119 21 1029 1.97 14.20 5.73 36.00 5 2 77 79 0.769 0.0 **** ***** **-* ****
119 22 1030 1.97 14.20 5.73 36.00 4 2 83 77 0.776 0.0 ****** ***** ** ****
119 23 1031 1.97 14.20 5.73 36.00 3 1 84 75 0.735 0.0 ***** ****** *** ****
119 24 1032 1.97 14.20 5.73 36.00 3 1 89 74 0.753 0.0 **** ****** **** *.**
120 1 1033 1.97 14.50 5.73 36.00 4 3 90 74 0.761 0.0 ***** ****** **** ****
120 2 1034 1.97 14.50 5.73 36.00 3 1 92 72 0.728 0.0 ***** ****** ** ** .**
120 3 1035 1.97 14.50 5.73 36.00 0 0 96 71 0.733 0.0 ****** ****** **** ****
120 4 1036 1.97 14.50 5.73 36.00 0 0 96 70 0.709 0.0 ** ****** **** ****
120 5 1037 1.97 14.50 5.73 36.00 3 2 97 70 0.717 0.0 *** ** ** *****
120 6 1038 1.97 14.50 5.73 36.00 8 7 98 69 0.700 0.0 ***** ****** *** ***
120 7 1039 1.97 14.50 5.73 31.23 7 6 98 69 0.700 ****** 39.60 ****** **** ****
120 8 1040 1.97 14.50 13.26 4.28 5 2 98 71 0.749 7.80 42.90 35.10 **0* 0.95


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV







OP RHM TEM VPRES SWRADT TLRAOT LWRADT TRAN EMSV


LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
120 9 1041 1.97 14.50 26.30 2.25 8 2 85 75 0.744 31.20 72.60 41.40 **** ****
120 10 1042 1.97 14.50 39.41 1.57 8 2 78 80 0.805 46.02 95.70 49.68 **** ****
120 11 1043 1.97 14.50 52.34 1.26 9 4 66 84 0.775 56.94 115.50 58.56 **** *.**
120 12 1044 1.97 14.50 64.52 1.11 10 6 56 87 0.724 60.06 115.50 55.44 **** ***
120 13 1045 1.97 14.50 73.86 1.04 10 7 52 90 0.739 62.40 122.10 59.70 **** ***.
120 14 1046 1.97 14.50 74.00 1.04 10 8 46 90 0.654 56.16 115.50 59.34 **** ***
120 15 1047 1.97 14.50 64.78 1.10 10 8 46 90 0.654 43.68 95.70 52.02 ** **.
120 16 1048 1.97 14.50 52.63 1.26 8 5 46 90 0.654 39.00 89.10 50.10 *** ** *
120 17 1049 1.97 14.50 39.71 1.56 8 3 46 90 0.654 33.54 85.80 52.26 ** *r*,
120 18 1050 1.97 14.50 26.60 2.22 4 2 50 87 0.646 24.18 66.00 41.82 **** ****
120 19 1051 1.97 14.50 13.56 4.19 3 1 55 85 0.668 9.36 42.90 33.54 **** 0.81
120 20 1052 1.97 14.50 5.73 28.38 0 0 61 80 0.630 ****** 33.00 ***** ***. **.*
120 21 1053 1.97 14.50 5.73 36.00 0 0 70 76 0.633 0.0 **t ***** *** 4**,*
120 22 1054 1.97 14.50 5.73 36.00 0 0 79 75 0.691 0.0 **.*** **.** .*** ****
120 23 1055 1.97 14.50 5.73 36.00 0 0 85 74 0.719 0.0 ***** ***** **** ****
120 24 1056 1.97 14.50 5.73 36.00 0 0 89 72 0.704 0.0 ****** **i*** ..*. ***
121 1 1057 1.97 14.80 5.73 36.00 0 0 92 72 0.728 0.0 **~*** ****.* *..* **~
121 2 1058 1.97 14.80 5.73 36.00 0 0 93 70 0.687 0.0 ***** ****** **** ****
121 3 1059 1.97 14.80 5.73 36.00 6 6 95 70 0.702 0.0 *** .***** *.** ****
121 4 1060 1.97 14.80 5.73 36.00 0 0 95 70 0.702 0.0 ****** ****** .**. ****
121 5 1061 1.97 14.80 5.73 36.00 0 0 95 69 0.678 0.0 *** *a**.* *.** ***
121 6 1062 1.97 14.80 5.73 36.00 0 0 95 68 0.655 0.0 **** ***** ** ***.
121 7 1063 1.97 14.80 5.73 29.93 4 4 95 68 0.655 *~*** 33.00 ****** **** ***
121 8 1064 1.97 14.80 13.38 4.25 1 0 91 68 0.628 ***~-* 49.50 -***** *..* **.*
121 9 1065 1.97 14.80 26.41 2.24 6 6 85 72 0.672 .***** 72.60 ***n *** ,****
121 10 1066 1.97 14.80 39.52 1.57 4 3 70 75 0.612 **~** 102.30 *4**** **4* **4*
121 11 1067 1.97 14.80 52.46 1.26 7 6 55 79 0.549 ****** 122.10 **4**4 ***4 ****
121 12 1068 1.97 14.80 64.69 1.11 6 5 51 82 0.562 ****** 125.40 ***** **4* ****
121 13 1069 1.97 14.80 74.12 1.04 6 5 48 84 0.564 *'**** 128.70 4***** **** ****
121 14 1070 1.97 14.80 74.28 1.04 5 4 44 87 0.569 ****** 138.60 **4*** **** *.**
121 15 1071 1.97 14.80 64.99 1.10 5 4 44 87 0.569 ***** 125.40 ***.** **4* ****
121 16 1072 1.97 14.80 52.80 1.25 4 4 49 85 0.595 *'**** 95.70 ****** **4* ***
121 17 1073 1.97 14.80 39.86 1.56 5 2 52 84 0.611 *.**** 82.50 *a**** **** ****
121 18 1074 1.97 14.80 26.75 2.21 5 2 50 84 0.587 .**.** 66.00 ****** .,.* ****
121 19 1075 1.97 14.80 13.72 4.15 5 2 51 80 0.526 ****** 33.00 *****~ .*** ****
121 20 1076 1.97 14.80 5.73 26.84 3 1 54 77 0.505 **** 29.70 ****** **** ****
121 21 1077 1.97 14.80 5.73 36.00 3 1 59 74 0.499 0.0 **~ ** **** .**** ***
121 22 1078 1.97 14.80 5.73 36.00 9 5 66 72 0.522 0.0 ***** ****** **** **.*
121 23 1079 1.97 14.80 5.73 36.00 8 5 76 71 0.581 0.0 ****** *****. **** ***.
121 24 1080 1.97 14.80 5.73 36.00 6 4 82 70 0.606 0.0 ****** ****** **** *u**


DAY HR SEQN SOLC DECLN HRANG AIRMS CL







DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


LY/M CEG DEG
122 1 1081 1.97 15.10 5.73 36.00
122 2 1082 1.97 15.10 5.73 36.00
122 3 1083 1.97 15.10 5.73 36.00
122 4 1084 1.97 15.10 5.73 36.00
122 5 1085 1.97 15.10 5.73 36.00
122 6 1086 1.97 15.10 5.73 36.00
122 7 1087 1.97 15.10 5.73 28.66
122 8 1088 1.97 15.10 13.49 4.21
122 9 1089 1.97 15.10 26.52 2.23
122 10 1090 1.97 15.10 39.63 1.56
122 11 1091 1.97 15.10 52.59 1.26
122 12 1092 1.97 15.10 64.85 1.10
122 13 1093 1.97 15.10 74.38 1.04
122 14 1094 1.97 15.10 74.57 1.04
122 15 1095 1.97 15.10 65.19 1.10
122 16 1096 1.97 15.10 52.96 1.25
122 17 1097 1.97 15.10 40.01 1.55
122 18 1098 1.97 15.10 26.90 2.20
122 19 1099 1.97 15.10 13.87 4.10
122 20 1100 1.97 15.10 5.73 25.44
122 21 1101 1.97 15.10 5.73 36.00
122 22 1102 1.97 15.10 5.73 36.00
122 23 1103 1.97 15.10 5.73 36.00
122 24 1104 1.97 15.10 5.73 36.00
123 1 1105 1.96 15.40 5.73 36.00
123 2 1106 1.96 15.40 5.73 36.00
123 3 1107 1.96 15.40 5.73 36.00
123 4 1108 1.96 15.40 5.73 36.00
123 5 1109 1.96 15.40 5.73 36.00
123 6 11IC 1.96 15.40 5.73 36.00
123 7 1111 1.96 15.40 5.73 27.67
123 8 1112 1.96 15.40 13.58 4.18
123 9 1113 1.96 15.40 26.60 2.22
123 10 1114 1.96 15.40 39.71 1.56
123 11 1115 1.96 15.40 52.69 1.26
123 12 1116 1.96 15.40 65.00 1.10
123 13 1117 1.96 15.40 74.63 1.04
123 14 1118 1.96 15.40 74.86 1.04
123 15 1119 1.96 15.40 65.41 1.10
123 16 1120 1.96 15.40 53.15 1.25


F IN-HG LY/HR LY/HR LY/HR
5 2 86 69 0.614 0.0 ****** ****** **** ****
5 2 90 68 0.621 0.0 ***** ****** **** **.*
5 2 91 67 0.607 0.0 ** ** **.*** ,,** ****
5 2 91 66 0.586 0.0 ***** ****** **** ****
5 2 92 66 0.592 0.0 ***** ***** **** ***
5 2 94 65 0.585 0.0 ****** ****** *U** ****
3 1 96 64 0.576 ***** 29.70 ****** **** ****
3 1 97 64 0.582 ****** 49.50 ****** **** ***
4 2 88 68 0.607 ***** 79.20 **.** **** r***
5 2 70 73 0.573 ****** 102.30 ****** ** ****
5 2 65 76 0.588 ****** 82.50 **** **. .*
5 5 57 79 0.569 ****** 128.70 **Rr** **,* ****
5 5 49 83 0.558 ***** 155.10 ***** **** ****
5 5 45 84 0.529 ****** 108.90 ****** **** ***
7 7 46 82 0.507 ****** 89.10 ****** **** ****
9 9 46 82 0.507 ****** 92.40 ****** **** ****
9 9 45 82 0.496 14.82 56.10 41.28 **** ****
9 5 50 81 0.533 12.48 52.80 40.32 **** ****
6 2 55 79 0.549 5.46 39.60 34.14 **i* 0.87
0 0 60 75 0.525 ****** 29.70 ****r *** ***
0 0 68 73 0.556 0.0 ****** ****** ***, ****
0 0 72 70 0.532 0.0 ****** ****** **** ****
0 0 75 68 0.517 0.0 ***** ****** **** ***
0 0 81 67 0.540 0.0 ****** ** *** **** ****
0 0 85 65 0.529 0.0 *,*** ****** **** ***
0 0 89 64 0.534 0.0 ***** ****** **** ****
0 0 92 63 0.534 0.0 **r** ****** **** *,*
0 0 96 62 0.538 0.0 *,~ ** ***** r**** ***
3 3 98 61 0.529 0.0 ****** *****. **** ***
7 2 99 60 0.517 0.0 ***** ****** **** ****
5 1 99 60 0.517 *3**** 36.30 ***.** **** ***
5 1 99 61 0.535 ***** 56.10 ****** **** ***
4 1 99 67 0.660 ****** 79.20 ****** **** ****
3 1 75 72 0.593 ***** 105.60 ****** **** ****
8 4 63 75 0.551 ****** 122.10 ****** **** ****
9 6 52 80 0.537 ****** 128.70 ***** **** ****
9 4 49 82 0.540 ****** 135.30 ***-** **** **3*
9 4 48 84 0.564 ***** 138.60 ****** **** ****
7 3 45 84 0.529 67.08 125.40 58.32 **** ****
7 3 42 85 0.510 65.52 115.50 49.98 **** ****


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV







OAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


123
123
123
123
123
123
123
123
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
124
125
125
125
125
125
125
125
125


1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138
1139
1140
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
1159
1160


LY/M CEG DEG
1.96 15.40 40.19
1.96 15.40 27.07
1.96 15.40 14.05
1.96 15.40 5.73
1.96 15.40 5.73
1.96 15.40 5.73
1.96 15.40 5.73
1.96 15.40 5.73
1.96 15.70 5.73
1.96 15,70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 13.70
1.96 15.70 26.71
1.96 15.70 39.82
1.96 15.70 52.80
1.96 15.70 65.15
1.96 15.70 74.89
1.96 15.70 75.14
1.96 15.70 65.61
1.96 15.70 53.31
1.96 15.70 40.33
1.96 15.70 27.22
1.96 15.70 14.21
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 15.70 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 5.73
1.96 16.00 13.81


* *


1.55
2.19
4.05
23.97
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
26.55
4.15
2.22
1.56
1.25
1.10
1.04
1.03
1.10
1.25
1.54
2.18
4.01
22.76
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
25.48
4.12


* *
F IN-HG
6 2 42 86 0.526
7 3 42 83 0.478
7 3 50 80 0.516
7 2 57 78 0.551
5 1 62 75 0.542
3 1 70 72 0.554
3 1 80 70 0.591
5 4 90 68 0.621
4 3 89 69 0.635
3 1 92 68 0.635
4 3 95 67 0.634
5 4 96 67 0.640
5 4 97 67 0.647
.0 10 97 67 0.647
8 7 97 67 0.647
9 8 97 67 0.647
9 8 92 70 0.680
7 6 88 72 0.696
6 5 82 74 0.694
7 6 65 76 0.588
8 7 65 76 0.588
.0 10 97 72 0.767
.0 10 82 72 0.649
.0 10 81 71 0.619
.0 10 80 70 0.591
.0 10 80 68 0.552
.0 10 81 65 0.504
.C 10 81 63 0.470
.0 10 81 62 0.454
.0 10 79 61 0.427
.0 10 79 60 0.412
8 8 78 60 0.407
3 3 77 60 0.402
0 0 80 56 0.362
0 0 85 54 0.357
0 0 86 54 0.361
0 0 88 53 0.356
0 0 93 52 0.363
0 0 95 51 0.357
0 0 95 53 0.385


LY/HR
39.78
14.04
5.46
1.56
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.56
7.80
21.84
35.10
39.00
***** *
******-


23.40
8.58
10.14
3.90
1.56
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.78
13.26


LY/HR
92.40
46.20
39.60
33.00
29.70
29.70
33.00
33.00
33.00
33.00
33.00
36.30
36.30
36.30
39.60
49.50
69.30
85.80
85.80
132.00
99.00

82.50
59.40
42.90
42.90
36.30
33.00
33.00
33.00
33.00
33.00
29.70
26.40
26.40
26.40
26.40
26.40
29.70
49.50


LY/HR
52.62 **** ****
32.16 **** 0.79
34.14 **** 0.86
31.44 **** 0.80
29.70 **** 0.78
29.70 **** 0.79
33.00 **** 0.90
33.00 **** 0.91
33.00 **** 0.90
33.00 0*** 0.91
33.00 **** 0.92
36.30 **** ****
36.30 *** **u*
36.30 *** ****
38.04 **** ****
41.70 **** ****
47.46 4*** ****
50.70 **** ****
46.80 **** ****
****** *u*** ****
****** **** **u*
***** **e* **
****** **** ****
36.00 **** 0.97
34.32 **** 0.93
32.76 **** 0.90
32.40 **.a 0.91
31.44 **** 0.90
33.00 **** 0.95
33.00 **** 0.96
33.00 **** 0.97
33.00 ***t 0.97
29.70 **** 0.87
26.40 **** 0.80
26.40 0*** 0.81
26.40 **** 0.81
26.40 **** 0.82
26.40 **'* 0.82
28.92 0.90 0.91
36.24 0.83 ****


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV







OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


*
LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
125 9 1161 1.96 16.00 26.81 2.21 0 0 87 58 0.423 22.62 75.90 53.28 0.68 ****
125 10 1162 1.96 16.00 39.92 1.56 0 0 75 62 0.420 49.14 99.00 49.86 0.76 ****
125 11 1163 1.96 16.00 52.92 1.25 0 0 60 66 0.386 63.96 122.10 58.14 0.74 *.**
125 12 1164 1.96 16.00 65.31 1.10 0 0 50 70 0.369 71.76 132.00 60.24 0.70 ***"
125 13 1165 1.96 16.00 75.14 1.03 0 0 44 73 0.360 79.56 138.60 59.04 0.71 **-
125 14 1166 1.96 16.00 75.42 1.03 0 0 40 75 0.350 80.34 138.60 58.26 0.71 ***
125 15 1167 1.96 16.00 65.81 1.10 0 0 37 77 0.346 76.44 128.70 52.26 0.73 ****
125 16 1168 1.96 16.00 53.47 1.24 0 0 36 78 0.348 66.30 112.20 45.90 0.75 *~*
125 17 1169 1.96 16.00 40.48 1.54 0 0 36 78 0.348 53.04 89.10 36.06 0.79 0.92
125 18 1170 1.96 16.00 27.37 2.17 0 0 36 77 0.337 37.44 66.00 28.56 0.84 0.74
125 19 1171 1.96 16.00 14.36 3.97 0 0 37 76 0.335 17.94 42.90 24.96 0.88 0.65
125 20 1172 1.96 16.00 5.73 21.64 0 0 40 70 0.296 2.34 26.40 24.06 0.93 0.65
125 21 1173 1.96 16.00 5.73 36.00 0 0 49 66 0.316 0.0 26.40 26.40 **** 0.74
125 22 1174 1.96 16.00 5.73 36.00 0 0 70 62 0.392 0.0 26.40 26.40 **** 0.76
125 23 1175 1.96 16.00 5.73 36.00 0 0 85 59 0.428 0.0 26.40 26.40 **** 0.78
125 24 1176 1.96 16.00 5.73 36.00 0 0 90 57 0.421 0.0 26.40 26.40 0** 0.79
126 1 1177 1.96 16.30 5.73 36.00 0 0 93 56 0.420 0.0 16.50 16.50 ***. 0.50
126 2 1178 1.96 16.30 5.73 36.00 0 0 96 54 0.403 0.0 16.50 16.50 0*** 0.51
126 3 1179 1.96 16.30 5.73 36.00 0 0 97 54 0.407 0.0 16.50 16.50 **** 0.51
126 4 1180 1.96 16.30 5.73 36.00 0 0 98 52 0.382 0.0 16.50 16.50 **** 0.51
126 5 1181 1.96 16.30 5.73 36.00 0 0 98 52 0.382 0.0 16.50 16.50 0*** 0.51
126 6 1182 1.96 16.30 5.73 36.00 0 0 99 51 0.372 0.0 16.50 16.50 *'** 0.52
126 7 1183 1.96 16.30 5.73 24.48 0 0 99 52 0.386 2.34 19.80 17.46 0.94 0.54
126 8 1184 1.96 16.30 13.92 4.09 0 0 99 60 0.51-7 21.84 39.60 17.76 0.94 0.52
126 9 1185 1.96 16.30 26.91 2.20 0 0 68 70 0.503 39.00 66.00 27.00 0.87 0.73
126 10 1186 1.96 16.30 40.02 1.55 0 0 50 74 0.423 54.60 82.50 27.90 0.81 0.74
126 11 1187 1.96 16.30 53.03 1.25 0 0 45 78 0.435 67.86 115.50 47.64 0.77 ****
126 12 1188 1.96 16.30 65.46 1.10 0 0 39 83 0.444 76.44 128.70 52.26 0.74 ****
126 13 1189 1.96 16.30 75.40 1.03 0 0 35 84 0.411 79.56 132.00 52.44 0.71 ****
126 14 1190 1.96 16.30 75.70 1.03 0 0 32 86 0.401 78.00 132.00 54.00 0.69 ****
126 15 1191 1.96 16.30 66.01 1.09 0 0 32 88 0.427 71.76 122.10 50.34 0.69 ****
126 16 1192 1.96 16.30 53.63 1.24 0 0 30 88 0.400 60.06 105.60 45.54 0.69 **.*
126 17 1193 1.96 16.30 40.63 1.53 0 0 29 88 0.387 44.46 82.50 38.04 0.70 0.90
126 18 1194 1.96 16.30 27.52 2.16 0 0 29 87 0.375 27.30 59.40 32.10 0.73 0.77
126 19 1195 1.96 16.30 14.52 3.93 0 0 29 86 0.363 10.14 33.00 22.86 0.76 0.55
126 20 1196 1.96 16.30 5.73 20.61 0 0 35 79 0.350 0.78 19.80 19.02 0.88 0.48
126 21 1197 1.96 16.30 5.73 36.00 0 0 48 72 0.380 0.0 19.80 19.80 **** 0.53
126 22 1198 1.96 16.30 5.73 36.00 0 0 52 70 0.384 0.0 16.50 16.50 *.*. 0.45
126 23 1199 1.96 16.30 5.73 36.00 0 0 58 68 0.400 0.0 16.50 16.50 0*** 0.45
126 24 1200 1.96 16.30 5.73 36.00 0 0 70 65 0.435 0.0 16.50 16.50 ***0 0.47


DAY HR SEQN SOLC DECLN RANG AIRMS CL







DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
127
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128
128


LY/M DEG
1201 1.96 16.60
1202 1.96 16.60
1203 1.96 16.60
1204 1.96 16.60
1205 1.96 16.60
1206 1.96 16.60
1207 1.96 16.60
1208 1.96 16.60
1209 1.96 16.60
1210 1.96 16.60
1211 1.96 16.60
1212 1.96 16.60
1213 1.96 16.60
1214 1.96 16.60
1215 1.96 16.60
1216 1.96 16.60
1217 1.96 16.60
1218 1.96 16.60
1219 1.96 16.60
1220 1.96 16.60
1221 1.96 16.60
1222 1.96 16.60
1223 1.96 16.60
1224 1.96 16.60
1225 1.96 16.90
1226 1.96 16.90
1227 1.96 16.90
1228 1.96 16.90
1229 1.96 16.90
1230 1.96 16.90
1231 1.96 16.90
1232 1.96 16.90
1233 1.96 16.90
1234 1.96 16.90


1235 1.96 16.90 53.28
1236 1.96 16.90 65.79
1237 1.96 16.90 75.91
1238 1.96 16.90 76.25
1239 1.96 16.90 66.37
1240 1.96 16.90 53.92


SIN-HG YHR
F IN-HG LY/HR


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
14.04
27.02
40.13
53.15
65.62
75.65
75.98
66.20
53.78
40.77
27.66
14.67
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
14.17
27.14
40.25


36.00
36.00
36.00
36.00
36.00
36.00
23.51
4.06
2.19
1.55
1.25
1.10
1.03
1.03
1.09
1.24
1.53
2.14
3.89
19.67
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
22.47
4.02
2.18
1.54
1.25
1.10
1.03
1.03
1.09
1.24


63 0.516
60 0.491
60 0.491
60 0.470
59 0.453
58 0.471
58 0.476
62 0.549
70 0.458
75 0.507
80 0.423
86 0.501
84 0.458
89 0.510
89 0.482
89 0.455
90 0.455
90 0.455
88 0.507
78 0.561
76 0.561
71 0.550
70 0.591
68 0.621
66 0.560
66 0.599
66 0.625
65 0.616
63 0.574
63 0.574
62 0.554
63 0.574
70 0.628
74 0.592
78 0.600
80 0.578
85 0.607
86 0.576
88 0.561
88 0.534


0.0
0.0
0.0
0.0
0.0
0.0
3.1
18.7
36.6
52.2
66.3
75.6


67.8
60.8
44.4
27.3
8.5
0.7
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
3.9
20.2
37.4
53.0
65.5
70.2
79.5
79.5
68.6
27.3


* *
LY/HR
16.50
16.50
16.50
16.50
16.50
19.80
2 23.10
'2 39.60
6 66.00
'6 92.40
0 108.90
.6 128.70
'* 108.90
* 141.90
6 122.10
4 105.60
*6 79.20
0 59,40
8 33.00
'8 19.80
19.80
19,80
19.80
19.80
19.80
23.10
23.10
26.40
26.40
26.40
,0 29.70
8 49.50
4 72.60
14 95.70
2 115.50
0 128.70
i6 135.30
6 135.30
4 118.80
0 72.60


LY/HR
16.50 0** 0.47
16.50 **** 0.48
16.50 **** 0.48
16.50 0*** 0.48
16.50 **** 0.49
19.80 **** 0.59
19.98 0.95 0.59
20.88 **** 0.60
29.34 0.84 0.80
40.14 0.79 ****
42.60 0.76 ***
53.04 **** ***


54.24 **** ****
44.76 **** ****
34.74 **** 0.81
32.10 0.72 0.75
24.42 0.73 0.58
19.02 0.87 0.49
19.80 **** 0.51
19.80 **** 0.53
19.80 **** 0.54
19.80 0*** 0.55
19.80 **** 0.55
23.10 **** 0.65
23.10 **** 0.65
26.40 0*** 0.74
26.40 **** 0.76
26.40 **** 0.76
25.80 0.95 0.74
29.22 0.92 0.84
35.16 0.85 0.95
42.66 0.79 ****
49.98 0.75 *a**
58.50 **** ***
55.74 **** ***
55.74 **** ****
50.16 **** ** *
45.30 **** ****







OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
128 17 1241 1.96 16.90 40.90 1.52 2 2 49 80 0.506 32.76 62.70 29.94 **** 0.75
128 18 1242 1.96 16.90 27.79 2.14 5 5 48 82 0.529 17.16 49.50 32.34 0** 0.80
128 19 1243 1.96 16.90 14.81 3.86 0 0 50 81 0.533 7.02 33.00 25.98 0.69 0.65
128 20 1244 1.96 16.90 5.73 18.90 0 0 52 80 0.537 0.78 23.10 22.32 0.87 0.56
128 21 1245 1.96 16.90 5.73 36.00 0 0 68 76 0.615 0.0 19.80 19.80 **** 0.51
128 22 1246 1.96 16.90 5.73 36.00 0 0 75 72 0.593 0.0 23.10 23.10 **** 0.62
128 23 1247 1.96 16.90 5.73 36.00 0 0 86 70 0.636 0.0 23.10 23.10 o *** 0.63
128 24 1248 1.96 16.90 5.73 36.00 0 0 87 70 0.643 0.0 23.10 23.10 *n** 0.63
129 1 1249 1.96 17.20 5.73 36.00 0 0 89 70 0.658 0.0 23.10 23.10 **i* 0.63
129 2 1250 1.96 17.20 5.73 36.00 0 0 88 69 0.628 0.0 23.10 23.10 **** 0.63
129 3 1251 1.96 17.20 5.73 36.00 0 0 89 68 0.614 0.0 23.10 23.10 ***0 0.64
129 4 1252 1.96 17.20 5.73 36.00 0 0 90 67 0.600 0.0 23.10 23.10 **.* 0.64
129 5 1253 1.96 17.20 5.73 36.00 0 0 93 66 0.599 0.0 26.40 26.40 **** 0.74
129 6 1254 1.96 17.20 5.73 36.00 0 0 96 65 0.597 0.0 26.40 26.40 *** 0.74
129 7 1255 1.96 17.20 5.73 21.64 0 0 96 64 0.576 4.68 26.40 21.72 0.96 0.62
129 8 1256 1.96 17.20 14.28 3.99 0 0 97 65 0.603 19.50 49.50 30.00 0.91 0.85
129 9 1257 1.96 17.20 27.24 2.17 0 0 90 68 0.621 37.44 72.60 35.16 0.85 0.97
129 10 1258 1.96 17.20 40.35 1.54 0 0 78 73 0.638 53.82 95.70 41.88 0.80 ***
129 11 1259 1.96 17.20 53.39 1.24 3 3 70 75 0.612 66.30 115.50 49.20 **** **
129 12 1260 1.96 17.20 65.93 1.09 3 3 60 79 0.599 78.00 125.40 47.40 **.*
129 13 1261 1.96 17.20 76.16 1.03 4 4 53 83 0.603 **~** 118.80 ***** *.* ***
129 14 1262 1.96 17.20 76.53 1.03 5 4 50 83 0.569 ***** 115.50 ***** **** ****
129 15 1263 1.96 17.20 66.56 1.09 5 4 47 84 0.552 70.20 118.80 48.60 *** ****
129 16 1264 1.96 17.20 54.07 1.23 8 4 38 87 0.491 60.06 112.20 52.14 **** ****
129 17 1265 1.96 17.20 41.04 1,52 7 3 38 87 0.491 39.00 85.80 46.80 **** *.**
129 18 1266 1.96 17.20 27.93 2.13 4 1 37 87 0.478 28.08 69.30 41.22 **0* 0.99
129 19 1267 1.96 17.20 14.96 3.82 3 1 37 88 0.494 9.36 39.60 30.24 **'* 0.72
129 20 1268 1.96 17.20 5.73 18.07 2 1 49 80 0.506 0.78 23.10 22.32 **** 0.56
129 21 1269 1.96 17.20 5.73 36.00 2 1 62 75 0.542 0.0 19.80 19.80 **** 0.52
129 22 1270 1.96 17.20 5.73 36.00 2 1 69 73 0.564 0.0 19.80 19.80 **** 0.53
129 23 1271 1.96 17.20 5.73 36.00 3 1 73 70 0.539 0.0 19.80 19.80 **.* 0.54
129 24 1272 1.96 17.20 5.73 36.00 3 1 79 69 0.564 0.0 19.80 19.80 .*** 0.54
130 1 1273 1.96 17.50 5.73 36.00 3 1 82 69 0.585 0.0 19.80 19.80 *~** 0.54
130 2 1274 1.96 17.50 5.73 36.00 0 0 85 68 0.586 0.0 19.80 19.80 **** 0.55
130 3 1275 1.96 17.50 5.73 36.00 0 0 90 67 0.600 0.0 19.80 19.80 0** 0.55
130 4 1276 1.96 17.50 5.73 36.00 0 0 93 65 0.578 0.0 19.80 19.80 0** 0.56
130 5 1277 1.96 17.50 5.73 36.00 0 0 96 64 0.576 0.0 19.80 19.80 **.* 0.56
130 6 1278 1.96 17.50 5.73 36.00 0 0 97 62 0.543 0.0 19.80 19.80 0** 0.57
130 7 1279 1.96 17.50 5.73 20.73 0 0 98 62 0.549 4.68 23.10 18.42 0.96 0.53
130 8 1280 1.96 17.50 14.42 3.95 0 0 98 63 0.568 22.62 46.20 23.58 0.94 0.68


DAY HR SEQN SOLC DECLN HRANG AIRMS CL







DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
130 9 1281 1.96 17.50 27.37 2.17 1 1 85 69 0.607 39.78 59.40 19.62 **** 0.54
130 10 1282 1.96 17.50 40.47 1.54 3 3 70 74 0.592 56.94 99.00 42.06 *** ****
130 11 1283 1,96 17.50 53.52 1.24 5 5 62 76 0.561 70.98 115.50 44.52 **** ***
130 12 1284 1,96 17.50 66.10 1.09 5 5 56 80 0.578 79.56 138.60 59.04 .** ***
130 13 1285 1.96 17.50 76.42 1.03 5 5 50 84 0.587 81.12 138.60 57.48 *** ****
130 14 1286 1.96 17.50 76.79 1.03 5 5 46 84 0.540 78.78 138.60 59.82 *** '***
130 15 1287 1.96 17.50 66.73 1.09 3 3 43 87 0.556 73.32 132.00 58.68 **** ****
130 16 1288 1.96 17.50 54.20 1.23 2 2 42 88 0.561 62.40 115.50 53.10 **** ****
130 17 1289 1.96 17.50 41.16 1.52 2 2 41 88 0.547 48.36 99.00 50.64 **** ****
130 18 1290 1.96 17.50 28.06 2.12 3 3 41 88 0.547 23.40 62.70 39.30 **** 0.93
130 19 1291 1.96 17.50 15.09 3.79 1 1 41 87 0.530 10.92 46.20 35.28 **** 0.84
130 20 1292 1.96 17,50 5.73 17.40 0 0 52 80 0.537 0.78 26.40 25.62 0.86 0.65
130 21 1293 1.96 17.50 5.73 36.00 0 0 63 75 0.551 0.0 19.80 19.80 **** 0.52
130 22 1294 1.96 17.50 5.73 36.00 0 0 69 74 0.584 0.0 19.80 19.80 0*** 0.52
130 23 1295 1.96 17.50 5.73 36.00 0 0 73 82 0.804 0.0 19.80 19.80 **** 0.49
130 24 1296 1.96 17.50 5.73 36.00 0 0 80 80 0.826 0.0 19.80 19.80 **** 0.50
131 1 1297 1.95 17.80 5.73 36.00 0 0 86 68 0.593 0.0 19.80 19.80 **** 0.55
131 2 1298 1.95 17.80 5.73 36.00 0 0 93 66 0.599 0.0 19.80 19.80 **** 0.55
131 3 1299 1.95 17.80 5.73 36.00 0 0 96 66 0.618 0.0 23.10 23.10 **** 0.65
131 4 1300 1.95 17.80 5.73 36.00 0 0 98 65 0.610 0.0 23.10 23.10 **** 0.65
131 5 1301 1.95 17.80 5.73 36.00 0 0 98 65 0.610 0.0 26.40 26.40 0*** 0.74
131 6 1302 1.95 17.80 5.73 36.00 0 0 99 64 0.594 0.0 23.10 23.10 **** 0.66
131 7 1303 1.95 17.80 5.73 19.88 0 0 99 64 0.594 4.68 29.70 25.02 0.95 0.71
131 8 1304 1.95 17.80 14.55 3.92 0 0 99 64 0.594 21.06 46.20 25.14 0.92 0.71
131 9 1305 1.95 17.80 27.49 2.16 2 2 85 72 0.672 39.00 72.60 33.60 ***. 0.90
131 10 1306 1.95 17.80 40.59 1.53 6 6 70 75 0.612 59.28 82.50 23.22 **** 0.61
131 11 1307 1.95 17.80 53.65 1.24 5 5 65 79 0.649 39.00 99.00 60.00 **** ****
131 12 1308 1.95 17.80 66.26 1.09 4 4 53 82 0.584 ****** 128.70 ****** **** ***
131 13 1309 1.95 17.80 76.68 1.03 4 4 45 86 0.564 ***** 141.90 ****** **** ****
131 14 1310 1.95 17.80 77.05 1.03 4 4 44 86 0.551 ***** 122.10 *****. **** ****
131 15 1311 1.95 17.80 66.89 1.09 4 4 42 86 0.526 ****** 112.20 ***** *** ****
131 16 1312 1.95 17.80 54.33 1.23 3 3 42 88 0.561 42.90 95.70 52.80 **** ****
131 17 1313 1.95 17.80 41.28 1.51 2 2 40 89 0.551 31.20 89.10 57.90 *** ****
131 18 1314 1.95 17.80 28.18 2.11 2 2 40 89 0.551 19.50 59.40 39.90 **** 0.94
131 19 1315 1.95 17.80 15.23 3.75 1 1 45 85 0.546 7.80 39.60 31.80 **** 0.77
131 20 1316 1.95 17.80 5.73 16.77 1 1 53 80 0.547 0.78 26.40 25.62 **** 0.65
131 21 1317 1.95 17.80 5.73 36.00 0 0 63 75 0.551 0.0 ****** ***** **** ***
131 22 1318 1.95 17.80 5.73 36.00 0 0 70 74 0.592 0.0 ****** ***** **** ****
131 23 1319 1.95 17.80 5.73 36.00 0 0 77 72 0.609 0.0 ****** **.*** *** ****
131 24 1320 1.95 17.80 5.73 36.00 0 0 82 70 0.606 0.0 ****** ****** **** ****








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT LWRADT TRAN EMSV


* *


* *


132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
132
133
133
133
133
133
133
133
133
133
133
133
133
133
133
133
133


LY/M CEG
1321 1.95 18.00
1322 1.95 18.00
1323 1.95 18.00
1324 1.95 18.00
1325 1.95 18.00
1326 1.95 18.00
1327 1.95 18.00
1328 1.95 18.00
1329 1.95 18.00
1330 1.95 18.00
1331 1.95 18.00
1332 1.95 18.00
1333 1.95 18.00
1334 1.95 18.00
1335 1.95 18.00
1336 1.95 18.00
1337 1.95 18.00
1338 1.95 18.00
1339 1.95 18.00
1340 1.95 18.00
1341 1.95 18.00
1342 1.95 18.00
1343 1.95 18.00
1344 1.95 18.00
1345 1.95 18.30
1346 1.95 18.30
1347 1.95 18.30
1348 1.95 18.30
1349 1.95 18.30
1350 1.95 18.30
1351 1.95 18.30
1352 1.95 18.30
1353 1.95 18.30
1354 1.95 18.30
1355 1.95 18.30
1356 1.95 18.30
1357 1.95 18.30
1358 1.95 18.30
1359 1.95 18.30
1360 1.95 18.30


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
14.62
27.55
40.64
53.71
66.35
76.83
77.24
67.02
54.44
41.38
28.28
15.34
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
14.75
27.67
40.76
53.84
66.50
77.09
77.50
67.18
54.56


36.00
36.00
36.00
36.00
36.00
36.00
19.45
3.90
2.15
1.53
1.24
1.09
1.03
1.02
1.09
1.23
1.51
2.10
3.73
16.28
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
18.69
3.87
2.14
1.53
1.24
1.09
1.03
1.02
1.08
1.23


F IN-HG
68 0.593
67 0.607
66 0.618
66 0.625
65 0.603
64 0.588
64 0.600
66 0.644
73 0.695
75 0.656
79 0.549


LY/HR
0.0
0.0
0.0
0.0
0.0
0.0
4.68
21.84
39.00
54.60
66.30


86
91
96
97
97
98
100
100
85
75
55
47
45
45
38
34
34
34
40
49
55
61
69
76
86
91
93
96
98
99
99
100
90
70
60
44
43
39
37
36


LY/HR
23.10
23.10
23.10
23.10
23.10
26.40
26.40
49.50
75.90
99.00
118.80
132.00
138.60
132.00
******


91 0.499 ****** ***4**
92 0.515 ****** ***4**
91 0.499 **4** .***
86 0.501 ****** ******
80 0.506 4*4*44 **.44
76 0.498 0.0 **.***
74 0.516 0.0 ******
72 0.546 0.0 **4e**
69 0.543 0.0 **4**
67 0.574 0.0 *.****
66 0.586 0.0 ***4*
65 0.578 0.0 ******
64 0.576 0.0 ******


LY/HR
23.10 **** 0.64
23.10 a*.* 0.64
23.10 0*** 0.65
23.10 **** 0.65
23.10 **** 0.65
26.40 0*** 0.75
21.72 0.95 0.62
27.66 0.93 0.77
36.90 0.86 0.98
44.40 0.80 ***
52.50 0.75 ****
****** **** ****
****** >** **w*
****** *,** ****
****** .*** ****
****** **** ****
****** **** ****
****** **.* ****
****** *4** ****
****** *t** *,*
*****.* **** ****
**.*** *.** *.**
****** ..u* ****
*.**** 3*** ***.
****** **.* ****
****** e.** *.**
*.**** *..* **W*
*4*4*4 **** *4**
+ t* **


63 0.568 0.0 ****** ****** **a ****
63 0.574 0.0 ****** ****** ***a ***a
62 0.554 ****** ***4** *****. **,* **4,
66 0.644 ****** ****** ****** a*** ****
72 0.712 **** **.*** 4**. ***a
76 0.633 **i*** ***** **4 ****4 ****
79 0.599 4*4*4 ****. *** ** *4 ***
85 0.534 ***** *,**.* ****** *** **,
88 0.574 ****** ****** ****** **a* **4*
90 0.555 79.56 *****. ****** **** ****
92 0.560 74.10 128.70 54.60 *** ****
92 0.545 65.52 115.50 49.98 **** *a'*


85 0.571 *****
86 0.564 *****
89 0.620 *****
91 0.557 **e***








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


e *


* *


LY/M DEG DEG
133 17 1361 1.95 18.30 41.50 1.51
133 18 1362 1.95 18.30 28.40 2.09
133 19 1363 1.95 18.30 15.47 3.70
133 20 1364 1.95 18.30 5.73 15.72
133 21 1365 1.95 18.30 5.73 36.00
133 22 1366 1.95 18.30 5.73 36.00
133 23 1367 1.95 18.30 5.73 36.00
133 24 1368 1.95 18.30 5.73 36.00
134 1 1369 1.95 18.50 5.73 36.00
134 2 1370 1.95 18.50 5.73 36.00
134 3 1371 1.95 18.50 5.73 36.00
134 4 1372 1.95 18.50 5.73 36.00
134 5 1373 1.95 18.50 5.73 36.00
134 6 1374 1.95 18.50 5.73 36.00
134 7 1375 1.95 18.50 5.73 18.20
134 8 1376 1.95 18.50 14.84 3.85
134 9 1377 1.95 18.50 27.75 2.14
134 10 1378 1.95 18.50 40.84 1.53
134 11 1379 1.95 18.50 53.92 1.24
134 12 1380 1.95 18.50 66.61 1.09
134 13 1381 1.95 18.50 77.26 1.02
134 14 1382 1.95 18.50 77.68 1.02
134 15 1383 1.95 18.50 67.29 1.08
134 16 1384 1.95 18.50 54.65 1.22
134 17 1385 1.95 18.50 41.58 1.50
134 18 1386 1.95 18.50 28.48 2.09
134 19 1387 1.95 18.50 15.55 3.68
134 20 1388 1.95 18.50 5.73 15.36
134 21 1389 1.95 18.50 5.73 36.00
134 22 1390 1.95 18.50 5.73 36.00
134 23 1391 1.95 18.50 5.73 36.00
134 24 1392 1.95 18.50 5.73 36.00
135 1 1393 1.95 18.80 5.73 36.00
135 2 1394 1.95 18.80 5.73 36.00
135 3 1395 1.95 18.80 5.73 36.00
135 4 1396 1.95 18.80 5.73 36.00
135 5 1397 1.95 18.80 5.73 36,00
135 6 1398 1.95 18.80 5.73 36.00
135 7 1399 1.95 18.80 5.73 17.52
135 8 1400 1.95 18.80 14.97 3.82


F IN-HG LY/HR LY/HR LY/HR


1 1
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
C 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0
0 0


93 0.515
92 0.515
88 0.481
82 0.562
78 0.561
75 0.516
72 0.490
70 0.517
70 0.591
68 0.586
67 0.607
66 0.599
66 0.618
65 0.603
65 0.610
67 0.660
75 0.787
76 0.652
80 0.619
85 0.583
89 0.579
91 0.616
92 0.545
93 0.546
94 0.580
92 0.575
90 0.555
85 0.546
81 0.554
78 0.580
76 0.615
75 0.586
72 0.570
70 0.591
70 0.628
68 0.600
68 0.635
67 0.634
67 0.654
68 0.676


49.14 89.10
31.20 66.00
17.16 42.90
1.56 26.40
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.78 29.70
13.26 42.90
30.42 72.60
46.80 95.70
60.84 115.50
70.98 135.30
75.66 135.30
75.66 135.30
72.54 125.40
63.18 115.50
50.70 92.40
35.10 66.00
15.60 42.90
2.34 26.40
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.0 23.10
0.78 29.70
13.26 42.90


39.96 **** 0.92
34.80 0.76 0.80
25.74 0.85 0.61
24.84 0.88 0.62
23.10 **** 0.59
23.10 0*** 0.60
23.10 0*** 0.62
23.10 **** 0.63
23.10 **** 0.63
23.10 **** 0.64
23.10 **** 0.64
23.10 0*** 0.65
23.10 **** 0.65
23.10 **** 0.65
28.92 0.86 0.82
29.64 0.81 0.82
42.18 0.76 ****
48.90 0.72 ****
54.66 0.70 ****
64.32 0.68 ***
59.64 0.67 ****
59.64 0.67 ***
52.86 0.69 ****
52.32 0.71 ****
41.70 0.75 0.95
30.90 0.80 0.71
27.30 0.83 0.64
24.06 0.90 0.58
23.10 **** 0.58
23.10 ** 0.59
23.10 **** 0.60
23.10 **** 0.60
23.10 .*** 0.62
23.10 **** 0.63
23.10 **** 0.63
23.10 *0** 0.64
23.10 **** 0.64
23.10 **0* 0.64
28.92 0.86 0.80
29.64 0.81 0.82


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


* *


135
135
135
135
135
135
135
135
135
135
135
135
135
135
135
135
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136
136


1401
1402
1403
1404
1405
1406
1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
1440


LY/M
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95


DEG
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
18.80
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00
19.00


DEG
27.87
40.95
54.04
66.76
77.51
77.93
67.45
54.77
41.69
28.60
15.69
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.06
27.95
41.03
54.12
66.86
77.67
78.10
67.55
54.85
41.77
28.68
15.77
5.73
5.73
5.73
5.73
5.73


* *


2.13
1.52
1.23
1.09
1.02
1.02
1.08
1.22
1.50
2.08
3.65
14.85
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
17.09
3.79
2.12
1.52
1.23
1.09
1.02
1.02
1.08
1.22
1.50
2.08
3.63
14.53
36.00
36.00
36.00
36.00


85
75
68
60
50
48
42
43
44
46
54
60
68
72
72
70
73
80
85
88
92
95
96
93
85
75
65
52
48
46
42
41
41
41
43
52
90
100
100
100


IN-HG
0.744
0.701
0.679
0.728
0.711
0.704
0.636
0.671
0.626
0.634
0.634
0.640
0.658
0.673
0.652
0.633
0.618
0.633
0.628
0.650
0.635
0.634
0.640
0.664
0.695
0.679
0.671
0.611
0.641
0.654
0.597
0.621
0.621
0.621
0.556
0.631
0.712
0.714
0.690
0.690


tY/HR
28.86
45.24
58.50
68.64
71.76
73.32
72.54
61.62
31.20
13.26
10.14
2.34
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
1.56
12.48
28.86
45.24
59.28
67.08
74.10
75.66
70.20
59.28
46.02
35.10
13.26
0.78
0.0
0.0
0.0
0.0


LY/HR
72.60
92.40
112.20
125.40
128.70
125.40
132.00
112.20
66.00
46.20
36.30
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
29.70
42.90
72.60
95.70
115.50
** ****
** ****
*** **




42.90
26.40
******
** ****
42.901
26.40P

*C


LY/HR
43.74
47.16
53.70
56.76
56.94
52.08
59.46
50.58
34.80
32.94
26.16
20.76
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
28.14
30.42
43.74
50.46
56.22



**** **
***** *


29.64
25.62
***** *


0.74
0.71
0.68
0.66



















0.89
0.79
0.74
0.71
** **

** **
** **

****
.* **





** **



****



0.89
0.79
0.74
0.71
0.68
0.65
0.65
0.67








****
****


* ***





0.82
0.78
0.64
0.52
0.59
0.60
0.60
0.60
0.61
0.62
0.63
0.63
0.64
0.64
0.78
0.83



* **






0.71
0.62
****














*








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LwRADT TRAN EMSV


137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
137
138
138
138
138
138
138
138
138
138
138
138
138
138
138
138
138


S* *


1441
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457
1458
1459
1460
1461
1462
1463
1464
1465
1466
1467
1468
1469
1470
1471
1472
1473
1474
1475
1476
1477
1478
1479
1480


LY/M
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95


DEG
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.20
19.40
19.40
19.40
1S.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40
19.40


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.14
28.03
41.11
54.20
66.96
77.84
78.27
67.65
54.93
41.84
28.76
15.86
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.23
28.11
41.18
54.28
67.06
78.00
78.44
67.75
55.01


36.00
36.00
36.00
36.00
36.00
36.00
16.67
3.77
2.12
1.52
1.23
1.09
1.02
1.02
1.08
1.22
1.50
2.07
3.61
14.22
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
16.27
3.75
2.11
1.52
1.23
1.09
1.02
1.02
1.08
1.22


100
100
100
100
100
100
100
100
99
92
88
80
75
55
60
55
60
96
98
97
97
97
97
97
98
98
98
98
98
98
98
98
90
82
73
65
63
62
60
60


F IN-HG
68 0.690
68 0.690
68 0.690
68 0.690
67 0.667
67 0.667
67 0.667
68 0.690
70 0.732
72 0.728
76 0.796
78 0.774
82 0.826
85 0.668
84 0.705
82 0.606
75 0.525
71 0.733
72 0.775
71 0.741
71 0.741
70 0.71:7
70 0.71.7
70 0.717
69 0.700
68 0.676
68 0.676
68 0.676
67 0.654
67 0.654
68 0.676
68 0.676
74 0.761
76 0.742
78 0.706
82 0.716
82 0.694
82 0.683
82 0.661
82 0.661


*
LY/HR LY/HR
0.0 33.00
0.0 33.00
0.0 33.00
0.0 33.00
0.0 33.00
0.0 33.00
0.78 33.00
4.68 39.60
9.36 46.20
18.72 59.40
35.10 85.80
39.00 85.80
****** 118.80
****** *,*****
46.80 ******
27.30 ******
4.68 ******
2.34 33.00
9.36 36.30
1.56 33.00
0.0 33.00
0.0 33.00
0.0 33.00
0.0 33.00
0.0 31.26
0.0 31.26
0.0 31.26
0.0 31.26
0.0 31.26
0.0 31.26
0.0 33.78
10.92 49.50
28.08 72.60
39.78 89.10
49.92 102.30
68.64 125.40
****** 108.90
****** 108.90
60.84 112.20
50.70 99.00


LY/HR
33.00
33.00
33.00
33.00
33.00
33.00
32.22
34.92
36.84
40.68
50.70
46.80
* *****

* **** *
***** *
**-**
30.66
26.94
31.44
33.00
33.00
33.00
33.00
31.26
31.26
31.26
31.26
31.26
31.26
33.78
38.58
44.52
49.32
52.38
56.76


51.36
48.30


*N -N-
UN-N-
N-N-N-
-N-N-N-
N*N*,
** **
* N-N
N N-N*
N N-NA
N---N-
** **+
* N *
-N-NE
--NNN
.-N *
-N-N-N-
-N--N-
* --N-
N-N-N-
-N--N-
NN -N-
* --N-
-N--N-
* -N *
N-N+
N **
-N--N-
N-* *
-N-N**
-N-N *
** N
43I-N
-N-N-
N-N N-
-EN-N
NE-NA
N-N-N-
-il NCe


0.91
0.91
0.91
0.91
0.92
0.92
0.90
0.96









0.83
0.72
0.85
0.89
0.90
0.90
0.90
0.86
0.86**
0.86





0.86
0.87
0.87
0.93
0.90
0.90
0.8it6
0.86
0.86




0.86
0.87
0.87
0.90
0.86
0.86
0.86
0.87
0.87

**N-N
-N-N-N-
-N-N-N-
-N-N-N-

* --N-
* -N-N-
**N-N~.







DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRADT LWRADT TRAN EMSV


*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
138 17 1481 1.95 19.40 41.92 1.49 8 5 62 80 0.640 46.80 75.90 29.10 **** 0.73
138 18 1482 1.95 19.40 28.84 2.07 8 6 64 78 0.619 37.44 59.40 21.96 **** 0.56
138 19 1483 1.95 19.40 15.95 3.59 8 6 68 74 0.575 24.96 39.60 14.64 0** 0.39
138 20 1484 1.95 19.40 5.73 13.92 6 3 74 73 0.605 14.04 29.70 15.66 **** 0.42
138 21 1485 1.95 IS.40 5.73 36.00 8 4 78 71 0.596 0.0 29.70 29.70 **** 0.80
138 22 1486 1.95 19.40 5.73 36.00 9 4 82 70 0.606 0.0 31.26 31.26 **** 0.85
138 23 1487 1.95 19.40 5.73 36.00 6 2 84 70 0.621 0.0 31.26 31.26 **** 0.85
138 24 1488 1.95 19.40 5.73 36.00 7 3 86 69 0.614 0.0 31.26 31.26 ***0 0.86
139 1 1489 1.95 19.60 5.73 36.00 9 4 90 68 0.621 0.0 ***** 4**** **i* ****
139 2 1490 1.95 19.60 5.73 36.00 9 4 92 66 0.592 0.0 ****** ****** **** *.**
139 3 1491 1.95 19.60 5.73 36.00 6 2 93 66 0.599 0.0 ****** **** **** ***
139 4 1492 1.95 19.60 5.73 36.00 8 3 94 65 0.585 0.0 ***** **** ****
139 5 1493 1.95 19.60 5.73 36.00 5 2 95 65 0.591 0.0 ****** ****** **** ****
139 6 1494 1.95 19.60 5.73 36.00 7 3 96 65 0.597 0.0 ***** ***** *** ****
139 7 1495 1.95 19.60 5.73 15.89 8 5 95 66 0.612 ****** 33.00 ****.* **** ***.
139 8 1496 1.95 19.60 15.32 3.73 9 6 90 70 0.665 ****** 46.20 ****** **** ****
139 9 1497 1.95 19.60 28.19 2.11 9 8 80 72 0.633 ****** 66.00 ****** *** ****
139 10 1498 1.95 19.60 41.26 1.51 9 8 70 76 0.633 ****** 75.90 ****** *** ****
139 11 1499 1.95 19.60 54.35 1.23 9 9 62 78 0.600 ***** 89.10 ****** *** ****
139 12 1500 1.95 19.60 67.15 1.08 9 8 58 78 0.561 ***** 85.80 ****** **** ****
139 13 1501 1.95 19.60 78.16 1.02 8 6 50 84 0.587 ****** 118.80 ***** **** ****
139 14 1502 1.95 19.60 78.61 1.02 8 5 52 82 0.573 ****** 125.40 ****~ **** ****
139 15 1503 1.95 19.60 67.85 1.08 8 5 50 83 0.569 ****** 102.30 ****** **** ****
139 16 1504 1.95 19.60 55.09 1.22 8 5 48 84 0.564 ****** 102.30 ****** **** ****
139 17 1505 1.95 19.60 41.99 1.49 8 6 52 80 0.537 **** 75.90 ****** **** ****
139 18 1506 1.95 19.60 28.92 2.06 7 6 54 81 0.576 ***** 56.10 ***** **** ****
139 19 1507 1.95 19.60 16.03 3.58 5 5 56 76 0.507 ****** 42.90 ***** **** ****
139 20 1508 1.95 19.60 5.73 13.64 3 3 60 73 0.491 ***** 29.70 *.**** **'* ****
139 21 1509 1.95 19.60 5.73 36.00 5 5 68 70 0.503 0.0 ****** ****** **** ****
139 22 1510 1.95 19.60 5.73 36.00 4 4 72 69 0.514 0.0 **.*** ****** *** ****
139 23 1511 1.95 19.60 5.73 36.00 3 3 79 68 0.545 0.0 ****'* ****** **** ***
139 24 1512 1.95 19.60 5.73 36.00 2 2 82 67 0.547 0.0 ***** ***** *** ****
140 1 1513 1.95 19.80 5.73 36.00 2 2 85 67 0.567 0.0 ****** ****** **** ***
140 2 1514 1.95 19.80 5.73 36.00 3 3 87 66 0.560 0.0 ****** *.*** **** ****
140 3 1515 1.95 19.80 5.73 36.00 4 2 90 65 0.560 0.0 '*** ***** **** ***
140 4 1516 1.95 19.80 5.73 36.00 3 2 92 65 0.572 0.0 ****** ***** *** ****
140 5 1517 1.95 19.80 5.73 36.00 2 1 94 64 0.564 0.0 ****** ****** **** ****
140 6 1518 1.95 19.80 5.73 36.00 1 1 95 63 0.551 0.0 ****** ****** **** ****
140 7 1519 1.95 19.80 5.73 15.45 1 1 96 64 0.576 ****** 29.70 ****** *** ****
140 8 1520 1.95 19.80 15.43 3.71 1 1 91 69 0.650 ****** 46.20 ****** *** ****


DAY HR SEGN SOLC








DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM


LY/M CEG DEG
1.95 19.80 28.29
1.95 19.80 41.35


140
140
140
140
140
140
140
140
140
140
140
140
140
140
140
140
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141
141


1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540
1541
1542
1543
1544
1545
1546
1547
1548
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
1560


1.95 2C.00 29.05
1.95 2C.00 16.18
1.95 20.00 5.73
1.95 20.00 5.73
1.95 2C.00 5.73
1.95 2C.00 5.73
1.95 2C.00 5.73


1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 19.80
1.95 20.00
1.95 20.00
1.95 2C.00
1.95 2C.00
1.95 20.00
1.95 20.00
1.95 2C.00
1.95 20.00
1.95 20.00
1.95 2C.00
1.95 2C.00
1.95 20.00
1.95 20.00
1.95 2C.00
1.95 20.00
1.95 20.00
1.95 20.00


* *f
F IN-HG LY/HR
8 4 75 75 0.656 *****.
8 4 70 77 0.654 ******
8 3 63 80 0.650 *****
5 3 50 83 0.569 *****
3 1 48 85 0.583 *****
2 1 46 87 0.595 ******


54.45
67.27
78.34
78.77
67.92
55.14
42.05
28.97
16.10
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.51
28.37
41.43
54.53
67.36
78.50
78.93
68.02
55.22
42.12


2.10
1.51
1.23
1.08
1.02
1.02
1.08
1.22
1.49
2.06
3.56
13.42
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
15.10
3.69
2.10
1.51
1.23
1.08
1.02
1.02
1.08
1.22
1.49
2.05
3.54
13.15
36.00
36.00
36.00
36.00


*
LY/HR
82.50
99.00
115.50
125.40
141.90
138.60
132.00
118.80
89.10
59.40
42.90
26.40
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
26.40
49.50
79.20
102.30
118.80
135.30
141.90
135.30
128.70
112.20
92.40
62.70
42.90
26.40
23.10
23.10
23.10
23.10


LY/HR
****** **** ****


58****** ****
*54.0 **** ****
****** .**** ****

****** ***.* ****
58.68 **** ****
54.06 .* ***
40.74 **** 0.97
33.66 **** 0.82
30.42 *** 0.77
25.62 **** 0.67
23.10 **** 0.61
23.10 **** 0.62
23.10 **** 0.63
23.10 **** 0.64
23.10 **** 0.64
23.10 0*** 0.64
23.10 **** 0.65
23.10 **** 0.65
23.10 **.* 0.66
23.10 **** 0.66
18.60 0.97 0.52
23.76 0.95 0.65
37.86 **** 0.99
45.36 0.82 ***.
49.38 0.77 ***
59.64 0.72 *+*
63.90 0.69 ****
59.64 0.67 ****
60.84 0.65 ****
55.26 0.65 ****
50.28 0.66 ****
37.74 0.67 0.88
35.10 0.67 0.85
25.62 0.81 0.65
23.10 **** 0.61
23.10 0*** 0.61
23.10 **** 0.63
23.10 **** 0.63


88 0.574
89 0.593
88 0.627
84 0.587
80 0.568
75 0.569
73 0.613
71 0.611
70 0.636
68 0.621
68 0.635
67 0.627
66 0.612
65 0.603
64 0.588
63 0.568
65 0.610
69 0.657
75 0.682
77 0.664
80 0.619
85 0.619
88 0.601
90 0.569
92 0.575
92 0.545
92 0.530
90 0.512
85 0.473
79 0.450
74 0.482
73 0.573
70 0.591
70 0.650


73.32
64.74
48.36
25.74
12.48
0.78
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.80
25.74
41.34
56.94
69.42
75.66
78.00
75.66
67.86
56.94
42.12
24.96
7.80
0.78
0.0
0.0
0.0
0.0


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
142
143
143
143
143
143
143
143
143
143
143
143
143
143
143
143
143


1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577
1578
1579
1580
1581
1582
1583
1584
1585
1586
1587
1588
1589
1590
1591
1592
1593
1594
1595
1596
1597
1598
1599
1600


LY/M
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95


DEG
2C.20
20.20
2C.20
2C.20
2C.20
20.20
2C.20
2C.20
2C.20
20.20
20.20
2C.20
20.20
20.20
20.20
2C.20
20.20
20.20
20.20
20.20
2C.20
2C.20
20.20
2C.20
2C.40
2C.40
20.40
20.40
2C.40
2C.40
20.40
2C.40
20.40
20.40
2C.40
2C.40
20.40
20.40
2C.40
2C.40


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.60
28.44
41.50
54.61
67.46
78.66
79.10
68.11
55.29
42.19
29.13
16.27
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.71
28.54
41.60
54.70
67.57
78.83
79.25
68.19
55.35


36.00
36.00
36.00
36.00
36.00
36.00
14.77
3.67
2.09
1.51
1.23
1.08
1.02
1.02
1.08
1.22
1.49
2.05
3.53
12.89
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
14.38
3.65
2.08
1.50
1.22
1.08
1.02
1.02
1.08
1.21


F
0 0 95 69
0 0 96 68
0 0 96 68
0 0 97 67
4 2 99 66
6 2 98 67
5 2 98 68
5 3 93 70
1 1 85 77
0 0 70 80
0 0 57 84
3 2 53 87
3 2 49 88
3 2 45 88
6 6 45 88
5 5 46 88
3 3 48 87
0 0 49 86
0 0 53 82
0 0 60 79
0 0 70 76
0 0 78 74
0 0 82 74
0 0 86 72
0 0 92 70
0 0 94 69
10 2 95 69
10 3 97 68
10 3 98 67
2 1 98 67
2 1 98 68
0 0 91 70
5 5 82 75
7 7 71 78
8 7 60 80
6 5 50 84
6 5 45 85
6 5 45 88
6 6 45 88
6 3 46 87


IN-HG
0.678
0.662
0.662
0.647
0.638
0.654
0.676
0.687
0.795
0.722
0.670
0.685
0.654
0.601
0.601
0.614
0.621
0.614
0.584
0.599
0.633
0.660
0.694
0.680
0.680
0.671
0.678
0.669
0.654
0.654
0.676
0.672
0.717
0.687
0.619
0.587
0.546
0.601
0.601
0.595


*
LY/HR LY/HR
0.0 23.10
0.0 26.40
0.0 26.40
0.0 26.40
0.0 26.40
0.0 26.40
3.90 33.00
19.50 42.90
36.66 66.00
53.82 95.70
63.96 115.50
62.40 118.80
65.52 112.20
54.60 108.90
48.36 99.00
42.90 89.10
35.10 ******
18.72 ****4*
3.90 ******
0.0 **04**
0.0 0 *****
0.0 0*****
0.0 ******
0.0 **-****
0.0 26.40
0.0 26.40
0.0 26.40
0.0 26.40
0.0 26.40
0.0 26.40
8.58 29.70
25.74 42.90
42.12 82.50
45.24 *****4
46.80 ******



74.10 ******
50.70 ******


LY/HR
23.10
26.40
26.40
26.40
26.40
26.40
29.10
23.40
29.34
41.88
51.54
56.40
46.68
54.30
50.64
46.20









26.40
26.40




21.12
17.16
40.38
* *4 ** *




26.40
26.40
26.40
26.40
26.40
21.12
17.16
40.38
******






******


44***

*** *
*** 4-
*4***





0.79
0.72
** **
** **
44***
* 44*
** **

0.58
0.55





** **
* ***


** **
4-4 **
* *4*
0.95
*4*
*


















***
.***
*4 *
4*4*
4*4*
*
*















****
0.79
0.72
*
*













****




0.58
0.55









.*4 *



***
4*4*
444*
4*4*
it
*r
**1






0.95
*
r
-



*
+*


0.63
0.73
0.73
0.73
0.74
0.73
0.80
0.64
0.76









* *4*






***4

0.72
0.72
0.73
0.73
0.73
0.58
0.47

4*4*

ii -i















Qiff
iiwi
iiii
++*J

iiii
+t-+i


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


143
143
143
143
143
143
143
143
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
144
145
145
145
145
145
145
145
145


1601
1602
1603
1604
1605
1606
1607
1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640


LY/M
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.95
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


CEG
2C.40
2C.40
20.40
20.40
2C.40
20.40
20.40
20.40
2C.60
2C.60
20.60
20.60
2C.60
2C.60
20.60
2C.60
2C.60
20.60
20.60
2C.60
20.60
20.60
20.60
20.60
20.60
2C.60
20.60
2C.60
20.60
2C.60
2C.60
20.60
20.80
20.80
20.80
20.80
20.80
20.80
20.80
20.80


DEG
42.24
29.18
16.34
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.81
28.64
41.69
54.79
67.68
79.00
79.40
68.26
55.40
42.29
29.24
16.40
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
15.92


1.48
2.04
3.51
12.69
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
14.02
3.62
2.08
1.50
1.22
1.08
1.02
1.02
1.08
1.21
1.48
2.04
3.50
12.49
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
13.67
3.60


* *
F
7 3 46 87
0 4 46 86
0 4 46 83
0 3 51 79
0 3 64 76
6 2 71 74
3 1 79 72
3 1 86 70
0 0 90 69
0 0 92 68
0 0 93 68
9 0 96 68
9 7 96 68
0 10 95 68
0 4 95 69
0 10 95 73
0 10 87 75
0 10 85 76
0 10 80 74
0 10 95 70
0 10 99 70
0 10 99 71
C 10 98 72
0 10 98 71
0 10 98 70
0 10 99 70
0 10 99 69
0 10 100 68
0 10 100 66
0 10 100 66
0 10 100 68
0 10 100 68
0 10 100 69
0 10 100 69
0 10 100 69
0 10 100 70
0 10 100 70
9 9 100 70
0 10 100 70
0 10 97 68


IN-HG
0.595
0.576
0.523
0.509
0.579
0.601
0.625
0.636
0.643
0.635
0.642
0.662
0.662
0.655
0.678
0.777
0.761
0.769
0.677
0.702
0.732
0.756
0.775
0.749
0.724
0.732
0.707
0.690
0.644
0.644
0.690
0.690
0.714
0.714
0.714
0.739
0.739
0.739
0.739
0.669


*
LY/HR
34.32
23.40
7.80
0.78
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
7.02
13.26
14.82
17.94
11.70
7.02
10.92
14.82
10.92
6.24
3.12
1.56
0.78
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
* ** *
4*444


*
LY/HR
*44-**4
62.70
42.90
29.70
26.40
26.40
26.40
**27.1
27.18
27.18
27.18
27.18
27.18
29.70
33.00
46.20
52.80
46.20

*4 ****


















4*4*4*
4*4*44-











44 44* *
4 *44
t**** 4


LY/HR

39.30
35.10
28.92
26.40
26.40
26.40
***27.
27.18
27.18
27.18
27.18
27.18
29.70
25.98
32.94
37.98
28.26














**44*
*4** 44
4* 4**
4 44
*i****


*44* *4**
**** 0.95
**** 0.87
**** 0.73
*** 0.69
**** 0.70
**** 0.71

**** 0.74
**** 0.75
**** 0.75
**** 0.75
***0 0.75
**** 0.82
**** 0.71
**** 0.87
**** 0.99
**** 0.73





*44* *4*4
*444 *44




444* *44*
444* *4**
*44* *4*4
4*44 *4**
**44 *4**
4*4* *4*
*4** *44*
* *

ii *
ii *
*+ .
+


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


145
145
145
145
145
145
145
145
145
145
145
145
145
145
145
145
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146
146


1641
1642
1643
1644
1645
1646
1647
1648
1649
1650
1651
1652
1653
1654
1655
1656
1657
1658
1659
1660
1661
1662
1663
1664
1665
1666
1667
1668
1669
1670
1671
1672
1673
1674
1675
1676
1677
1678
1679
1680


LY/M DEG
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 2C.80
1.94 20.80
1.94 20.80
1.94 20.80
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00
1.94 21.00


DEG
28.74
41.78
54.89
67.79
79.17
79.54
68.33
55.45
42.34
29.30
16.47
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.03
28.84
41.87
54.98
67.90
79.34
79.69
68.40
55.50
42.39
29.35
16.53
5.73
5.73
5.73
5.73
5.73


2.07
1.50
1.22
1.08
1.02
1.02
1.08
1.21
1.48
2.04
3.49
12.31
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
13.33
3.58
2.07
1.50
1.22
1.08
1.02
1.02
1.07
1.21
1.48
2.03
3.47
12.13
36.00
36.00
36.00
36.00


F IN-HG
0 10 98 68 0.676
0 10 98 70 0.724
0 10 92 72 0.728
8 8 82 75 0.717
8 8 73 78 0.706
9 9 65 80 0.671
8 7 62 82 0.683
8 7 61 82 0.672
6 6 61 82 0.672
3 3 60 81 0.640
3 3 64 80 0.660
3 3 72 76 0.652
2 2 80 75 0.700
2 2 85 72 0.672
2 2 91 70 0.672
4 3 95 69 0.678
3 1 96 68 0.662
3 1 97 68 0.669
3 2 97 68 0.669
5 4 98 68 0.676
8 6 98 68 0.676
9 9 98 68 0.676
7 7 98 68 0.676
9 8 98 70 0.724
0 9 92 75 0.805
0 9 86 76 0.778
8 6 75 80 0.774
7 5 62 82 0.683
7 5 58 85 0.704
7 5 56 86 0.702
5 4 53 86 0.664
5 4 52 86 0.652
4 3 53 86 0.664
4 2 55 85 0.668
6 2 60 80 0.619
7 2 70 77 0.654
5 2 76 75 0.665
4 1 85 74 0.719
3 1 92 72 0.728
3 1 94 71 0.718


*
LY/HR
******

****
***** .



40.17
44.07
23.01
15.21
1.17
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.78
15.60
20.28
24.18
42.90
59.28
68.64
74.10
62.40
62.40
43.68
28.86
6.24
0.78
0.0
0.0
0.0
0.0


*
LY/HR


69.30
105.60
115.50
112.20
112.20
99.00
82.50
59.40
49.50
29.70
30.09
26.79
23.49
23.49
26.40
26.40
26.40
29.70
33.00
33.00
39.60
49.50
59.40
66.00
99.00
108.90











23.10
23.10


LY/HR


*99*9*


**** W

58.83
38.43
36.39
34.29
28.53
30.09
26.79
23.49
23.49
26.40
26.40
26.40
29.70
33.00
33.00
38.82
33.90
39.12
41.82
56.10
49.62

****









23.10
* *9*9 9
*99*99~
*99*9*t
* 99*9*I
9*999*-


* *9*
9*9*
9*99
*99*+
*9*9
*99*+i
*9*9
*99*
9*993~
*9*9
-99*9
*9*9
99f9*
9*99
* 9*



.*9*9
9,9*
9*9*
*99*
*99*i
*99*
* 9*9
99*9
*9*9+
99*9
99*9
*9*9
*9*9
* *9*
99*9+
*9*9
*9* *,
9*9*
9*9*
9*9*C
999*


0.95
0.91




0.86
0.74
0.79
0.72
0.64
0.64
0.73
0.73
0.**73
0.**82
0.95
0.91
0.86
0.74
0.79
0.72
0.64
0.64
0.73
0.73
0.73
0.82
0.91
0.91

0.92







***9








0.62
0.62








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
147 1 1681 1.94 21.10 5.73 36.00 4 1 96 70 0.709 0.0 23.10 23.10 **** 0.63
147 2 1682 1.94 21.10 5.73 36.00 5 2 98 69 0.700 0.0 23.10 23.10 **** 0.63
147 3 1683 1.94 21.10 5.73 36.00 1 1 99 69 0.707 0.0 26.40 26.40 ***0 0.72
147 4 1684 1.94 21.10 5.73 36.00 0 0 99 69 0.707 0.0 26.40 26.40 **** 0.72
147 5 1685 1.94 21.10 5.73 36.00 0 0 99 68 0.683 0.0 29.70 29.70 **** 0.82
147 6 1686 1.94 21.10 5.73 36.00 0 0 99 68 0.683 0.0 29.70 29.70 **** 0.82
147 7 1687 1.94 21.10 5.73 13.14 0 0 99 69 0.707 0.78 36.30 35.52 0.81 0.97
147 8 1688 1.94 21.10 16.09 3.56 0 0 99 72 0.783 17.16 62.70 45.54 0.84 **w,
147 9 1689 1.94 21.10 28.90 2.06 3 3 92 76 0.833 30.42 82.50 52.08 **** ****
147 10 1690 1.94 21.10 41.93 1.49 4 4 75 80 0.774 46.02 105.60 59.58 **** ***
147 11 1691 1.94 21.10 55.04 1.22 4 4 62 84 0.728 62.40 122.10 59.70 **** ***
147 12 1692 1.94 21.10 67.96 1.08 4 4 56 84 0.658 66.30 102.30 36.00 **.* 0.88
147 13 1693 1.94 21.10 79.43 1.02 3 3 54 88 0.721 ****** 132.00 ****** **** ****
147 14 1694 1.94 21.10 79.75 1.02 4 4 52 88 0.694 62.40 99.00 36.60 **** 0.87
147 15 1695 1.94 21.10 68.42 1.07 3 3 48 89 0.661 66.30 115.50 49.20 **** ****
147 16 1696 1.94 21.10 55.51 1.21 2 2 47 91 0.689 63.18 99.00 35.82 **** 0.83
147 17 1697 1.94 21.10 42.40 1.48 2 2 47 90 0.668 46.80 66.00 19.20 **** 0.45
147 18 1698 1.94 21.10 29.37 2.03 1 1 48 90 0.683 25.74 49.50 23.76 **** 0.56
147 19 1699 1.94 21.10 16.55 3.47 2 1 55 85 0.668 8.58 29.70 21.12 **** 0.51
147 20 1700 1.94 21.10 5.73 12.06 5 4 58 82 0.639 0.78 23.10 22.32 **** 0.55
147 21 1701 1.94.21.10 5.73 36.00 4 3 70 80 0.722 0.0 23.10 23.10 **** 0.58
147 22 1702 1.94 21.10 5.73 36.00 3 2 76 79 0.759 0.0 23.10 23.10 **** 0.59
147 23 1703 1.94 21.10 5.73 36.00 3 2 80 78 0.774 0.0 23.10 23.10 **** 0.59
147 24 1704 1.94 21.10 5.73 36.00 0 0 80 76 0.724 0.0 23.10 23.10 **** 0.60
148 1 1705 1.94 21.30 5.73 36.00 8 8 88 74 0.744 0.0 .**.** ****** **** ****
148 2 1706 1.94 21.30 5.73 36.00 8 8 88 74 0.744 0.0 ***** ****** **** ****
148 3 1707 1.94 21.30 5.73 36.00 9 9 90 73 0.736 0.0 ***** ****** **** ****
148 4 1708 1.94 21.30 5.73 36.00 8 7 92 73 0.753 0.0 ***** ****** ** ****
148 5 1709 1.94 21.30 5.73 36.00 7 6 93 72 0.736 0.0 ****** ****.* .*** ****
148 6 1710 1.94 21.30 5.73 36.00 3 1 96 71 0.733 0.0 ****** ***** **** ****
148 7 1711 1.94 21.30 5.73 12.83 0 0 97 71 0.741 0.78 ***** ****** 0.81 ****
148 8 1712 1.94 21.30 16.20 3.54 2 2 97 73 0.793 15.60 42.90 27.30 **** 0.72
148 9 1713 1.94 21.30 29.00 2.06 8 8 90 78 0.870 31.20 59.40 28.20 **** 0.72
148 10 1714 1.94 21.30 42.02 1.49 5 5 86 79 0.859 35.10 69.30 34.20 **** 0.87
148 11 1715 1.94 21.30 55.14 1.22 4 4 76 82 0.838 52.26 75.90 23.64 **** 0.59
148 12 1716 1.94 21.30 68.07 1.08 3 3 70 82 0.771 45.24 95.70 50.46 **** ****
148 13 1717 1.94 21.30 79.60 1.02 7 6 63 87 0.815 ****** 115.50 ****** **** ***
148 14 1718 1.94 21.30 79.89 1.02 10 10 70 86 0.877 ****** ***** ***** **** ****
148 15 1719 1.94 21.30 68.48 1.07 10 10 98 71 0.749 1.56 46.20 44.64 **** ****
148 16 172C 1.94 21.30 55.56 1.21 10 10 99 72 0.783 0.0 52.80 52.80 **** ****


TEM VPRES SWRADT TLRAOT LWRAOT TRAN EMSV









DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


148
148
148
148
148
148
148
148
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
149
150
150
150
150
150
150
150
150


1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731
1732
1733
1734
1735
1736
1737
1738
1739
1740
1741
1742
1743
1744
1745
1746
1747
1748
1749
1750
1751
1752
1753
1754
1755
1756
1757
1758
1759
1760


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


DEG
21.30
21.30
21.30
21.30
21.30
21.30
21.30
21.30
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.50
21.70
21.70
21.70
21.70
21.70
21.70
21.70
21.70


DEG
42.45
29.42
16.62
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5,73
5.73
16.31
29.09
42.12
55.23
68.18
79.77
80.03
68.55
55.61
42.50
29.47
16.68
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.41


1.48
2.03
3.46
11.88
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
12.53
3.52
2.05
1.49
1.22
1.08
1.02
1.01
1.07
1.21
1.48
2.02
3.44
11.71
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
12.25
3.50


F
0 10 99 73
0 10 99 74
0 10 99 75
9 8 95 73
7 5 97 71
0 10 99 70
0 10 99 71
8 8 99 72
8 8 98 72
8 8 98 72
9 9 98 72
9 9 98 72
0 10 98 72
0 10 98 72
0 10 98 72
0 10 98 72
0 10 96 74
0 10 92 75
0 10 85 78
0 10 75 80
0 10 90 71
C 10 97 71
0 10 97 71
0 10 98 70
0 10 98 70
0 10 99 70
0 10 99 70
0 10 99 70
0 10 99 70
0 10 99 70
0 10 100 69
0 10 100 69
0 10 100 69
9 8 100 69
8 7 100 69
8 7 100 69
0 10 100 69
7 6 100 69
0 9 100 70
0 10 100 71


IN-HG
0.810
0.838
0.866
0.777
0.741
0.732
0.756
0. 783
0.775
0.775
0.775
0.775
0.775
0.775
0.775
0.775
0.812
0.805
0.822
0.774
0.688
0.741
0.741
0.724
0.724
0.732
0.732
0.732
0.732
0.732
0.714
0.714
0.714
0.714
0.714
0.714
0.714
0.714
0.739
0.764


*
LY/HR LY/HR
0.0 52.80
7.80 **tt**
7.80 ***ft*
0.78 *****t
0.0 *****
0.0 ***
0.0 .0****
0.0 ******
0.0 ******
0,0 *****
0.0 ******
0.0 *****
0.0 *****
0.0 ******
0.0 ******
4.68 **ft**
9.36 ******
14.82 ******
34.32 ******
21.84 ******
4.68 ******
2.34 ******
9.36 *f****
13.26 ******
14.82 ******
6.24 ******
0.78 *****
0.0 *****-
0.0 ******
0.0 *****
0.0 ******
0.0 ******
0.0 *****
0.0 ******
0.0 ****
0.0 ******
0.0 *****
0.0 *****
0.78 *t****
5.46 ******t


LY/HR
52.80
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TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








CAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV

*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
150 9 1761 1.94 21.70 29.19 2.04 10 10 99 72 0.783 8.58 ****** ****** *** ****
150 10 1762 1.94 21.70 42.20 1.49 10 0 93 75 0.814 21.84 ****** ****** *** ***
150 11 1763 1.94 21.70 55.32 1.21 8 6 80 78 0.774 40.56 ***** ****** **** ****
150 12 1764 1.94 21.70 68.28 1.08 5 4 70 81 0.746 ***** ****** ***** *.** ***s
150 13 1765 1.94 21.70 79.93 1.02 6 5 62 83 0.706 *.*** ***** ****** **** ***
150 14 1766 1.94 21.70 80.17 1.01 8 8 62 83 0.706 ****** ***** ****** **** ****
150 15 1767 1.94 21.70 68.61 1.07 9 7 64 82 0.705 13.26 *..*** ***** *** ****
150 16 1768 1.94 21.70 55.66 1.21 8 6 80 78 0.774 14.04 ******** **** ****
150 17 1769 1.94 21.70 42.55 1.48 8 5 95 74 0.804 7.80 ****** ****** *** ****
150 18 1770 1.94 21.70 29.53 2.02 8 6 88 76 0.796 15.60 ****** ****** *** ***
150 19 1771 1.94 21.70 16.75 3.43 8 5 82 76 0.742 4.68 ****** ****** **** ****
150 20 1772 1.94 21.70 5.73 11.54 3 2 81 76 0.733 0.78 ****** ****** **** ****
150 21 1773 1.94 21.70 5.73 36.00 5 3 85 73 0.695 0.0 ***** *~** **** ****
150 22 1774 1.94 21.70 5.73 36.00 4 2 90 72 0.712 0.0 ****** ****** **** ****
150 23 1775 1.94 21.70 5.73 36.00 3 1 92 72 0.728 0.0 ****** ****** **** ****
150 24 1776 1.94 21.70 5.73 36.00 0 0 94 71 0.718 0.0 ****** ***** **** ****
151 1 1777 1.94 21.90 5.73 36.00 0 0 97 70 0.717 0.0 *.**** ***** **** ****
151 2 1778 1.94 21.90 5.73 36.00 0 0 98 69 0.700 0.0 ****** ****** **** ****
151 3 1779 1.94 21.90 5.73 36.00 0 0 98 69 0.700 0.0 ****** ****** **** ****
151 4 1780 1.94 21.90 5.73 36.00 5 5 98 70 0.724 0.0 ***.** ****** **** ****
151 5 1781 1.94 21.90 5.73 36.00 0 0 98 69 0.700 0.0 ****** ****** **** ****
151 6 1782 1.94 21.90 5.73 36.00 0 0 98 68 0.676 0.0 ***** ***.a* **** ****
151 7 1783 1.94 21.90 5.73 11.93 0 0 99 68 0.683 ****** ****** ****** **** ****
151 8 1784 1.94 21.90 16.54 3.47 5 5 99 70 0.732 ***** ****** ****** **** ****
151 9 1785 1.94 21.90 29.31 2.04 5 5 85 75 0.744 ***** ****** ***** **** ****
151 10 1786 1.94 21.90 42.32 1.48 5 5 70 76 0.633 **** ** *.* ***** **** ****
151 11 1787 1.94 21.90 55.43 1.21 6 6 68 78 0.658 ***** ****** ****** 4*** ****
151 12 1788 1.94 21.90 68.40 1.07 7 5 70 80 0.722 ****** **** ** ** **** ****
151 13 1789 1.94 21.90 80.11 1.01 7 5 70 80 0.722 ****** ****** ****** **** ****
151 14 1790 1.94 21.90 80.29 1.01 3 3 90 78 0.870 ****** ****** *** **** ****
151 15 1791 1.94 21.90 68.65 1.07 3 3 70 80 0.722 ****4* ****** ****** **** ****
151 16 1792 1.94 21.90 55.68 1.21 5 3 55 86 0.689 ***.** ***** ****** **** ****
151 17 1793 1.94 21.90 42.57 1.48 7 3 53 85 0.643 ***** ****** *** **** ****
151 18 1794 1.94 21.90 29.56 2.02 4 1 60 84 0.705 ****** ****** ****** **** ****
151 19 1795 1.94 21.90 16.79 3.42 8 2 60 82 0.661 ****** ****** ****** **** ****
151 20 1796 1.94 21.90 5.73 11.42 6 2 64 78 0.619 ****** ****** ****** **** ****
151 21 1797 1.94 21.90 5.73 36.00 5 1 73 75 0.639 0.0 ****' ****** **** ***
151 22 1798 1.94 21.90 5.73 36.00 4 1 80 74 0.677 0.0 ****** ****** **** ****
151 23 1799 1.94 21.90 5.73 36.00 3 1 87 72 0.688 0.0 ****** ****** **** ****
151 24 1800 1.94 21.90 5.73 36.00 4 1 91 71 0.695 0.0 ****** ****** **** ****









DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
152
153
153
153
153
153
153
153
153
153
153
153
153
153
153
153
153


1801
1802
1803
1804
1805
1806
1807
1808
1809
1810
1811
1812
1813
1814
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837
1838
1839
1840


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


CEG
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.00
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.61
29.37
42.37
55.48
68.46
80.20
80.35
68.67
55.69
42.58
29.57
16.81
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.69
29.44
42.45
55.56
68.55
80.30
80.39
68.67
55.69


36.00
36.00
36.00
36.00
36.00
36.00
11.78
3.46
2.03
1.48
1.21
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.42
11.36
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.59
3.44
2.03
1.48
1.21
1.07
1.01
1.01
1.07
1.21


* N *
F
4 1 95 70
0 0 96 69
C 0 96 69
0 0 97 69
3 2 98 69
0 4 98 68
7 4 98 70
5 2 98 70
6 6 90 77
8 8 80 80
6 6 70 83
7 7 65 84
6 6 80 82
0 9 65 85
0 9 95 76
0 10 98 76
0 10 98 72
0 10 99 72
8 7 100 72
6 5 100 72
6 4 100 70
4 3 100 70
4 3 100 70
3 2 100 70
3 1 100 69
3 1 100 68
0 0 100 68
4 3 100 68
0 0 100 68
5 4 100 68
4 4 100 70
2 1 100 72
4 2 87 75
5 4 76 78
5 4 70 80
7 7 65 82
6 6 62 83
6 6 60 84
6 6 55 85
4 3 50 85


IN-HG
0.702
0.'685
0.685
0.693
0.700
0.676
0.724
0.724
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.714
0.690
0.690
0.690
0.690
0.690
0.739
0.791
0.761
0.735
0.722
0.716
0.706
0.705
0.668
0.607


*
LY/HR LY/HR
0.0 .4 **0*
0.0 *0****
0.0 **.**0
0.0 ******
0.0 *****0
0.0 ******
****** 4*44*
4*4*** ***4**
*4*4*4 *N'U***
****4 4******
44.46 ****
4*4-44* *44*
*4444* **4**4
62.40 **4***
23.40 **4**
10.14 ******
4.68 ******
1.56 ******
2.34 ******
0.0 *****
0.0 *****
0.0 *****
0.0 ******
0.0 ****
0.0 ******
0.0 ****
0.0 ***r**
0.0 ******
0.0 ****
0.0 **
0.0 *444*4

****** 46.20
**a** 72.60
****t* 89.10
***** 99.00
****** 112.20
****** 99.00
***** 118.80
****** 92.40
****** 85.80


LY/HR
* ** **

** ** -
*4*44**

***
******
4*44*4*
*4444 *

*****
44* *44

**4*4*
******






******

**4***
4*4*4*
4*4*44
******

* ** 4* *
* **4*
4*4 44*















4*44*4
4*444*
44*4**
**4444
44*4**
***444
*44*4*
4*4***
**4*4*
*4**4*
****4*


*444**
4*4**4
* ** *
44*44*
<*












* *4 4 *








*44**
.**
c
**
-**
t****
*t
-*+
**+
****r
*a
*
+**
*.


** **
** **~
444*E
444*
*4*4
* **
6t* -
*4*4
* 44*
44-4*
*44*
*444
4*4 *
*444
4-4*4
t*4*4
** **
4*4*
4*44
4*44
*444
4*4*C

* 44
4-4 *
** *
-4*4*
44*4
** 4*
*44*
*44*+
4*4*
4*44

44*4+
*444
4*4*
*44 *
4*4*
4*4*t
*44*


*4*4
*4*4
*44*
4444
4*44
4t*4*
4444$
* 4*4
44(*4
4*44*
*4*4
*44-4
4*44
*444
*444~
*4* *
4*44
*444~
r* 4*
4*4*
*4*4
*4*4r
4*4*
4*4*
4~*44
*~4*
4*4*
4*4*
4*44
*444*
* 4
*4*4
44*4
4*4*
4*4*
*44*w
4-44*
*4*4+
4*4*)
*444


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


153
153
153
153
153
153
153
153
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
154
155
155
155
155
155
155
155
155


1841
1842
1843
1844
1845
1846
1847
1848
1849
1850
1851
1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
1864
1865
1866
1867
1868
1869
1870
1871
1872
1873
1874
1875
1876
1877
1878
1879
1880


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


CEG
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.10
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.30
22.40
22.40
22.40
22.40
22.40
22.40
22.40
22.40


DEG
42.58
29.57
16.81
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.82
29.56
42.56
55.67
68.67
80.48
80.51
68.71
55.71
42.60
29.60
16.85
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
16.90


1.48
2.02
3.42
11.34
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.30
3.42
2.02
1.48
1.21
1.07
1.01
1.01
1.07
1.21
1.47
2.02
3.41
11.23
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
11.12
3.40


* *
F
2 2 48 86
7 2 46 85
9 3 50 80
0 0 58 76
0 0 61 74
0 0 70 72
0 0 77 71
0 0 84 70
0 0 90 69
0 0 94 68
0 0 95 68
0 0 95 67
0 0 97 66
2 1 98 66
8 2 98 68
9 4 94 72
9 5 80 76
9 6 70 78
7 6 63 80
9 7 60 82
8 7 57 84
8 7 53 84
8 4 51 85
9 5 50 85
10 10 50 84
10 10 52 82
10 10 60 80
10 10 68 78
10 10 75 76
10 10 76 75
8 7 80 74
10 10 85 74
10 10 84 74
10 10 85 74
10 10 86 73
10 10 86 72
10 10 88 72
10 10 90 72
10 10 90 73
10 10 90 74


IN-HG
0.601
0.558
0.516
0.525
0.516
0.554
0.588
0.621
0.643
0.649
0.655
0.634
0.625
0.631
0.676
0.744
0.724
0.677
0.650
0.661
0.670
0.623
0.619
0.607
0.587
0.573
0.619
0.658
0.679
0.665
0.677
0.719
0.711
0.719
0.703
0.680
0.696
0.712
0.736
0.761


*
LY/HR

**4***
A A*


0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0



















0.0
0.78
12.48
28.86
43.68
46.02
57.72
**4*4*


53.82
34.32
35.88
17.16
3.12
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
**4444*
*4*44**


*
LY/HR
56.10
52.80
23.10
6.60




3.30
3.30
3.30
3.30
3.30
16.50
33.00
36.30
66.00
62.70
79.20
85.80
69.30
115.50
85.80
79.20
36.30
29.70
16.50
9.90
6.60
6.60
6.60
6.60







19.80
9.90
19.80


LY/HR










3.30 ***
3.30 *4*
3.30 4*4*
3.30 *4*
3.30 444*

16.50 **
32.22 ****
23.82 ****
37.14 4*4*
19.02 **r*
33.18 *4**
28.08 ****



25.38 4***
1.98 ****


6.78 ****
6.60 ****
6.60 4***
6.60 ***
6.60 ****

44*44* 4*4*

*4*4* *4**


*4*444 *4***
25.*3** *44
1.+98l ****


0.09
0.09
0.09
0.09
0.09
0.46


0.89
0.64
0.96
0.49
0.84




0.62
0.05


0.17
0.17
0.17
0.17
0.17
0.09
0.09
0.09
0.46
0.89
0.64
0.96
















* *4
*








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
155 9 1881 1.94 22.40 29.64 2.01 10 10 88 77 0.823 ****** 36.30 ***** **** ****
155 10 1882 1.94 22.40 42.64 1.47 10 10 80 79 0.799 **** 52.80 ****** **** ***
155 11 1883 1.94 22.40 55.75 1.21 10 10 84 79 0.839 ****** 56.10 ***** **** ****
155 12 1884 1.94 22.40 68.75 1.07 10 10 85 79 0.849 w ****** ****** **** .***
155 13 1885 1.94 22.40 80.58 1.01 10 10 90 74 0.761 **** ****** ****** w,* .****
155 14 1886 1.94 22.40 80.55 1.01 10 10 98 72 0.775 *.*** ****** **. ***** .u*
155 15 1887 1.94 22.40 68.70 1.07 10 10 98 72 0.775 ****** ***** ****** **** .***
155 16 1888 1.94 22.40 55.70 1.21 10 10 98 72 0.775 ****** ***** ***** *** ****
155 17 1889 1.94 22.40 42.59 1.48 10 10 98 74 0.829 ***** ****** *****. **** ***
155 18 1890 1.94 22.40 29.59 2.02 10 10 98 74 0.829 ****** ***** ****** *** ***
155 19 1891 1.94 22.40 16.85 3.41 10 8 97 74 0.821 ***** ****** ****** **** **w*
155 20 1892 1.94 22.40 5.73 11.21 10 10 98 73 0.802 ***** ****** ***** **** ***
155 21 1893 1.94 22.40 5.73 36.00 10 10 98 73 0.802 0.0 **** ****** **** ****
155 22 1894 1.94 22.40 5.73 36.00 10 10 99 73 0.810 0.0 **** ***4** **** ***
155 23 1895 1.94 22.40 5.73 36.00 8 6 99 73 0.810 0.0 ***** ** *** **~* ****
155 24 1896 1.94 22.40 5.73 36.00 10 10 99 72 0.783 0.0 ***** **.** **** ***
156 1 1897 1.94 22.50 5.73 36.00 10 8 99 72 0.783 0.0 ****** ***** **** ****
156 2 1898 1.94 22.50 5.73 36.00 8 7 99 72 0.783 0.0 ****** ****** **** ****
156 3 1899 1.94 22.50 5.73 36.00 10 8 99 71 0.756 0.0 ***** ****~* **** ****
156 4 1900 1.94 22.50 5.73 36.00 10 9 99 70 0.732 0.0 ****** *** ** *** ****
156 5 1901 1.94 22.50 5.73 36.00 9 6 99 68 0.683 0.0 ****** .***.* *u** ****
156 6 1902 1.94 22.50 5.73 36.00 10 5 99 68 0.683 0.0 ***** ***.** **** ****
156 7 1903 1.94 22.50 5.73 10.98 10 9 98 68 0.676 ***** ***** ****** *.* *.**
156 8 1904 1.94 22.50 16.96 3.39 10 9 92 70 0.680 ****** *.*** **a*** ** **~*
156 9 1905 1.94 22.50 29.70 2.01 10 9 85 74 0.719 ****** ****** **** **** ****
156 10 1906 1.94 22.50 42.69 1.47 10 9 73 76 0.661 ***** **** *****. *** **
156 11 1907 1.94 22.50 55.80 1.21 9 7 64 78 0.619 ****** ***.* **** **** *.**
156 12 1908 1.94 22.50 68.81 1.07 9 7 62 80 0.640 ****** ***** ***** **** ***
156 13 1909 1.94 22.50 80.67 1.01 8 6 58 82 0.639 *"**** .**** ***.** **** ****
156 14 1910 1.94 22.50 80.60 1.01 9 7 53 84 0.623 **** **** **** **** **
156 15 1911 1.94 22.50 68.72 1.07 8 6 55 84 0.646 **** *.*** ****** **** ****
156 16 1912 1.94 22.50 55.71 1.21 7 5 50 84 0.587 *e**** .**** ***** **** ****
156 17 1913 1.94 22.50 42.60 1.47 5 2 44 84 0.517 ***** ***** ***** *** ****
156 18 1914 1.94 22.50 29.61 2.02 5 2 46 84 0.540 ****** *.** **a*** *** **
156 19 1915 1.94 22.50 16.87 3.41 4 2 46 82 0.507 ***** **** ***** **** **
156 20 1916 1.94 22.50 5.73 11.15 6 3 60 78 0.580 ****** **** ****** **** ****
156 21 1917 1.94 22.50 5.73 36.00 6 3 67 75 0.586 0.0 **w** *:e **** ****
156 22 1918 1.94 22.50 5.73 36.00 6 3 77 74 0.651 0.0 ***.** m**** **** ****
156 23 1919 1.94 22.50 5.73 36.00 6 2 83 72 0.657 0.0 ****** ***** **** **
156 24 1920 1.94 22.50 5.73 36.00 6 2 87 71 0.665 0.0 ***** ****** **** ***


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV









DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM


157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
157
158
158
158
158
158
158
158
158
158
158
158
158
158
158
158
158


1921
1922
1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
1946
1947
1948
1949
1950
1951
1952
1953
1954
1955
1956
1957
1958
1959
1960


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


CEG
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.60
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70
22.70


DEG
5.73
5.73
5,73
5.73
5.73
5.73
5.73
17.05
29.78
42.77
55.88
68.89
80.77
80.64
68.71
55.70
42.59
29.60
16.88
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.11
29.84
42.82
55.93
68.95
80.86
80.69
68.73
55.71


36.00
36.00
36.00
36.00
36.00
36.00
10.82
3.37
2.01
1.47
1.21
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.41
11.13
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
10.69
3.36
2.00
1.47
1.21
1.07
1.01
1.01
1.07
1.21


* *
F
4 3 93 70
3 2 94 69
0 0 97 67
0 0 97 67
0 0 97 66
0 0 98 64
0 0 99 65
0 0 92 68
5 5 75 74
8 8 70 75
10 9 70 73
8 7 88 72
8 8 80 76
8 8 70 78
8 8 58 80
7 7 56 82
4 3 52 83
2 2 51 82
1 0 52 80
0 0 52 75
0 0 65 73
0 0 72 71
0 0 80 70
0 0 83 68
0 0 87 67
0 0 92 66
0 0 94 65
0 0 95 64
7 7 97 64
4 4 96 64
2 2 95 64
2 2 95 69
0 0 82 72
5 3 70 76
8 7 60 78
5 4 56 80
5 4 53 80
5 4 50 82
5 4 46 84
5 4 45 84


IN-HG
0.687
0.671
0.647
0.647
0.625
0.588
0.616
0.635
0.634
0.612
0.573
0.696
0.724
0.677
0.599
0.617
0.592
0.562
0.537
0.455
0.532
0.550
0.591
0.573
0.580
0.592
0.585
0.570
0.582
0.576
0.570
0.678
0.649
0.633
0.580
0.578
0.547
0.551
0.540
0.529


*
LY/HR LY/HR
0.0 0** **
0.0 ****4
0.0 ******
0.0 ******
0.0 ******

0.0 ******
0.0** ***f
0***.0 4*****
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0.0 *4*4**
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0.0 *4*4*
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0.0 *4*4**
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LY/HR
***
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4*4*4*

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44*4
4*443
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4*4*i
4-44*
4*4*
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4*44
4444
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4444-
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4*4*
444*
4*44
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4444
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4*4*
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4444
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444*i
44*4
4*44
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*4*4


TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV








OP RHM TEM VPRES SWRAOT TLRADT LWRADT TRAN EMSV


*
LY/M CEG DEG F IN-HG LY/HR LY/HR LY/HR
158 17 1961 1.94 22.70 42.60 1.47 5 4 45 84 0.529 ***** **** ** *n *** ****
158 18 1962 1.94 22.70 29.62 2.02 5 4 46 83 0.523 ***** **.** ***** **** ****
158 19 1963 1.94 22.70 16.90 3.40 5 4 50 70 0.369 ****~* E***** ****** *** ****
158 20 1964 1.94 22.70 5.73 11.08 8 6 53 67 0.354 ****** ** ** ****** **** ****
158 21 1965 1.94 22.70 5.73 36.00 7 5 72 73 0.589 0.0 *~*** **** **** ****
158 22 1966 1.94 22.70 5.73 36.00 3 2 80 70 0.591 0.0 ***** ** *** **** ****
158 23 1967 1.94 22.70 5.73 36.00 3 2 85 68 0.586 0.0 ****** ***** **** ****
158 24 1968 1.94 22.70 5.73 36.00 3 2 90 67 0.600 0.0 *.,*** ****** **** ****
159 1 1969 1.94 22.80 5.73 36.00 0 0 91 67 0.607 0.0 *.'*** ***** **** ****
159 2 1970 1.94 22.80 5.73 36.00 0 0 95 66 0.612 0.0 ** ****** **** ****
159 3 1971 1.94 22.80 5.73 36.00 0 0 96 65 0.597 0.0 ***+,. ****** *** ****
159 4 1972 1.94 22.80 5.73 36.00 0 0 97 65 0.603 0.0 **..** **.**. **** **
159 5 1973 1.94 22.80 5.73 36.00 3 1 96 64 0.576 0.0 *****, **** **** ***
159 6 1974 1.94 22.80 5.73 36.00 0 0 96 64 0.576 0.0 *** *****, ***,* ** *
159 7 1975 1.94 22.80 5.73 10.53 0 0 96 64 0.576 .4*'.* **.**. *.,** a*., ***w
159 8 1976 1.94 22.80 17.20 3.35 0 0 91 66 0.586 *'**** **.*** **,*** *** ***.*
159 9 1977 1.94 22.80 29.92 2.00 C 0 87 70 0.643 *v**.* *.*.* **,*** **** ****
159 10 1978 1.94 22.80 42.90 1.47 0 0 70 73 0.573 **'*** ***** **..**. .** ***
159 11 1979 1.94 22.80 56.01 1.20 0 0 62 77 0.580 ****. ****** ***.** *** ****
159 12 1980 1.94 22.80 69.03 1.07 3 3 53 80 0.547 "*.** .***. .****. *** ***m
159 13 1981 1.94 22.80 80.97 1.01 6 6 50 83 0.569 *.s.'* ***** *.**.* **** ****
159 14 1982 1.94 22.80 80.73 1.01 5 5 47 84 0.552 ***** ****** ****** *4** ****
159 15 1983 1.94 22.80 68.72 1.07 7 7 44 86 0.551 *.*4**. *'* ***.* **~* *,**
159 16 1984 1.94 22.80 55.69 1.21 6 6 46 84 0.540 *.*** **.* **..** **** *.**
159 17 1985 1.94 22.80 42.59 1.48 4 4 52 83 0.592 **'** 4**** ,***** **** ** *
159 18 1986 1.94 22.80 29.61 2.02 7 6 50 82 0.551 ***.** ****** *****. **** *.**
159 19 1987 1.94 22.80 16.90 3.40 3 2 50 82 0.551 ***** ****** ***** *~* ***
159 20 1988 1.94 22.80 5.73 11.06 3 2 54 80 0.557 ****** ****** ****** **** ***
159 21 1989 1.94 22.80 5.73 36.00 0 0 62 76 0.561 0.0 ***** ****** **** ****
159 22 1990 1.94 22.80 5.73 36.00 0 0 69 75 0.604 0.0 *<*** ..**** **** ****
159 23 1991 1.94 22.80 5.73 36.00 0 0 73 74 0.618 0.0 *.**** *94s** ***4 ****
159 24 1992 1.94 22.80 5.73 36.00 0 0 77 72 0.609 0.0 ****** *.**** **** ***
160 1 1993 1.94 22.90 5.73 36.00 0 0 83 70 0.613 0.0 **.*~* *,,*** **** ***.
160 2 1994 1.94 22.90 5.73 36.00 0 0 92 68 0.635 0.0 ***** *****, **** ***s
160 3 1995 1.94 22.90 5.73 36.00 0 0 95 67 0.634 0.0 ********* **** ****
160 4 1996 1.94 22.90 5.73 36.00 0 0 97 66 0.625 0.0 ****** ****** **** ***
160 5 1997 1.94 22.90 5.73 36.00 0 0 98 65 0.610 0.0 ~** ** ****** ***, ****
160 6 1998 1.94 22.90 5.73 36.00 0 0 99 64 0.594 0.0 ***~** *.**** **** ****
160 7 1999 1.94 22.90 5.73 10.37 0 0 98 66 0.631 **f** ****** ****** **** ****
160 8 2000 1.94 22.90 17.28 3.33 0 0 95 68 0.655 ****a~ ***** ****** **** *..*


DAY HR SEQN SOLC DECLN HRANG AIRMS CL








DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR
160 9 2001 1.94 22.90 30.00 1.99 4 4 90 72 0.712 ***** **** ****** **,, ****
160 10 2002 1.94 22.90 42.98 1.46 4 4 75 75 0.656 ,***** ****** ****** *** ***
160 11 2003 1.94 22.90 56.08 1.20 4 4 70 77 0.654 ***** ****** ****** **** .***
160 12 2004 1.94 22.90 69.11 1.07 5 5 60 80 0.619 ****9* ***.** ****** **** *r**
160 13 2005 1.94 22.90 81.07 1.01 4 4 55 83 0.626 ****** ****** ****** r*** ***
160 14 2006 1.94 22.90 80.77 1.01 6 6 52 84 0.611 ***** ****** *.*** **** **a
160 15 2007 1.94 22.90 68.72 1.07 5 5 50 86 0.626 ****** ****** **** ** ** ***
160 16 2008 1.94 22.90 55.68 1.21 4 4 48 86 0.601 *.**** **.*** ****** **** **,*
160 17 2009 1.94 22.90 42.58 1.48 3 3 46 87 0.595 ***** ***** ****** **** ***
160 18 2010 1.94 22.90 29.61 2.02 1 1 44 88 0.587 *****~ ***** ***m** **** ****
160 19 2011 1.94 22.90 16.90 3.40 1 1 47 86 0.589 ****** **** ***** *** ****
160 20 2012 1.94 22.90 5.73 11.04 2 2 55 82 0.606 **At ****** ***,** **** ****
160 21 2013 1.94 22.90 5.73 36.00 5 4 73 77 0.683 0.0 ****** ****** ** ***.
160 22 2014 1.94 22.90 5.73 36.00 0 0 75 76 0.679 0.0 ****** ****** r,** ****
160 23 2015 1.94 22.90 5.73 36.00 0 0 82 73 0.671 0.0 ***r** ****** **** **.
160 24 2016 1.94 22.90 5.73 36.00 0 0 87 72 0.688 0.0 ***** ****** r*** ****
161 1 2017 1.94 23.00 5.73 36.00 0 0 89 70 0.658 0.0 ***** ****** **** ****
161 2 2018 1.94 23.00 5.73 36.00 0 0 92 70 0.680 0.0 ****** *****, *** **r*
161 3 2019 1.94 23.00 5.73 36.00 0 0 95 69 0.678 0.0 ***** ***** ***, ***,
161 4 2020 1.94 23.00 5.73 36.00 0 0 96 68 0.662 0.0 r***** **.*** ** ****
161 5 2021 1.94 23.00 5.73 36.00 0 0 97 68 0.669 0.0 ***** ****** ** ***
161 6 2022 1.94 23.00 5.73 36.00 5 2 98 68 0.676 0.0 ***** ****** **** ***
161 7 2023 1.94 23.00 5.73 10.22 5 2 99 68 0.683 **r** **t*** **** **u* **.
161 8 2024 1.94 23.00 17.36 3.32 3 1 99 70 0.732 **.** *.*** **.*** **, ****
161 9 2025 1.94 23.00 30.08 1.99 6 2 85 76 0.769 ****** .***** .***** *** .*r
161 10 2026 1.94 23.00 43.05 1.46 7 4 65 80 0.671 **** **** ****, ***a *,**
161 11 2027 1.94 23.00 56.16 1.20 8 5 50 83 0.569 **.*** *****+ *a*** **** .*,*
161 12 2028 1.94 23.00 69.19 1.07 9 7 48 85 0.583 ****** ** **** **** ***
161 13 2029 1.94 23.00 81.17 1.01 8 6 50 85 0.607 ****** ****** ****** **** ****
161 14 2030 1.94 23.00 80.80 1.01 10 7 49 88 0.654 ****** **~, ****** **** ,*..
161 15 2031 1.94 23.00 68.71 1.07 10 7 44 88 0.587 ****** ***** **** ****
161 16 2032 1.94 23.00 55.67 1.21 8 6 44 88 0.587 ***r** *** *** *** **** ****
161 17 2033 1.94 23.00 42.57 1.48 9 8 45 86 0.564 **** **R*** *.*.-. a*** ****,
161 18 2034 1.94 23.00 29.60 2.02 9 8 53 84 0.623 ****** ***'* ****** **** ****
161 19 2035 1.94 23.00 16.90 3.40 9 8 64 82 0.705 ****~ ***.** ****** **** ***
161 20 2036 1.94 23.00 5.73 11.02 9 8 70 80 0.722 ***** ****** **r*** *** ****
161 21 2037 1.94 23.00 5.73 36.00 9 8 74 78 0.716 0.0 ****** ***** **** ****
161 22 2038 1.94 23.00 5.73 36.00 9 8 76 78 0.735 0.0 **** **** *** .** ****
161 23 2039 1.94 23.00 5.73 36.00 9 7 77 76 0.697 0.0 ****** ****** *** ****
161 24 2040 1.94 23.00 5.73 36.00 10 10 75 75 0.656 0.0 *r*** **r*** **** ****









DAY HR SEQh SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
162
163
163
163
163
163
163
163
163
163
163
163
163
163
163
163
163


2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
2078
2079
2080


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


DEG
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.10
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.45
30.16
43.13
56.23
69.27
81.27
80.83
68.70
55.66
42.56
29.59
16.90
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.53
30.23
43.20
56.31
69.35
81.38
80.86
68.70
55.65


36.00
36.00
36.00
36.00
36.00
36.00
10.07
3.30
1.98
1.46
1.20
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.40
11.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
9.93
3.29
1.98
1.46
1.20
1.07
1.01
1.01
1.07
1.21


F
10 10 75 74
10 10 77 74
10 10 77 74
10 10 85 74
10 10 88 73
10 9 90 73
10 10 92 73
10 10 92 74
10 10 91 76
8 6 88 78
5 4 79 80
5 5 65 84
5 4 57 86
5 4 50 88
6 4 48 90
8 6 50 90
6 6 65 82
8 8 89 72
4 3 95 73
0 0 95 74
0 0 95 72
0 0 96 71
0 0 97 70
0 0 97 70
0 0 98 69
0 0 99 69
0 0 99 68
0 0 99 68
0 0 99 68
0 0 99 68
0 0 98 68
0 0 96 70
0 0 88 75
3 3 78 78
7 6 70 81
5 4 60 84
5 4 58 86
5 4 53 86
8 5 51 88
6 5 49 88


IN-HG
0.634
0.651
0.651
0.719
0.720
0.736
0.753
0.778
0.824
0.851
0.815
0.764
0.714
0.667
0.683
0.711
0.716
0.704
0.777
0.804
0.751
0.733
0.717
0.717
0.700
0.707
0.683
0.683
0.683
0.683
0.676
0.709
0.770
0.754
0.746
0.705
0.727
0.664
0.681
0.654


*
LY/HR LY/HR
0.0 ******
0.0 ******
0.0 **0*
0.0 .0 ****
0.0 .0 ***4
0.0 ******
*0.0 ******
*0.**0 ******

**0.0* *****4
**0.0* ***4*4
*0.**0 ****4*


**0.04 *****


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0***.0 **4**HK
0.0 ** ***




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0.0 *4*4*4


4**** 44*44*
4*4*4 44*4*4
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LY/HR
*4**44
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4*4* *
4****
4* 4*44
*44*4
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DAY HR SECN SOLC DECLN HRANG AIRMS CL OP RHM


163
163
163
163
163
163
163
163
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
164
165
165
165
165
165
165
165
165


2081
2082
2083
2084
2085
2086
2087
2088
2089
2090
2091
2092
2093
2094
2095
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
2112
2113
2114
2115
2116
2117
2118
2119
2120


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


DEG
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.20
23.30
23.30
23.30
23.30
23.30
23.30
23.30
23.30


DEG
42.55
29.59
16.90
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.57
30.28
43.25
56.35
69.39
81.41
80.83
68.65
55.60
42.50
29.54
16.86
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.66


1.48
2.02
3.40
10.98
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
9.87
3.28
1.98
1.46
1.20
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.41
11.06
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
9.73
3.26


* -4 *
F
7 3 50 89
5 2 50 89
8 7 50 89
3 1 53 87
0 0 72 82
0 0 81 78
0 0 88 76
0 0 92 76
0 0 96 74
0 0 97 74
0 0 97 73
0 0 98 72
C 0 98 71
4 4 99 70
0 0 99 70
0 0 99 70
0 0 85 75
0 0 72 79
5 5 63 83
5 5 53 85
5 5 50 88
5 5 46 90
5 5 47 92
3 3 50 92
4 4 48 92
8 6 48 92
9 8 50 90
7 7 53 89
10 10 63 85
10 10 93 80
10 10 99 72
8 7 99 73
7 6 99 72
6 2 100 72
6 2 99 72
5 2 99 72
5 5 98 71
9 8 96 70
8 7 96 69
7 6 94 70


IN-HG
0.689
0.689
0.689
0.685
0.793
0.783
0.796
0.833
0.812
0.821
0.793
0.775
0.749
0.732
0.732
0.732
0.744
0.719
0.717
0.643
0.667
0.654
0.712
0.757
0.727
0.727
0.711
0.730
0.765
0.960
0.783
0.810
0.783
0.791
0.783
0.783
0.749
0.709
0.685
0.695


*
LY/IHR


******





0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
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40.04
0.0
0.0ii
0.0ii
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LY/1-R
4*4*44i
4*4*4*i
44~*44*
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4*444*
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DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV


165
165
165
165
165
165
165
165
165
165
165
165
165
165
165
165
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166
166


2121
2122
2123
2124
2125
2126
2127
2128
2129
2130
2131
2132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154
2155
2156
2157
2158
2159
2160


LY/M DEG
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.30
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40
1.94 23.40


DEG
30.36
43.32
56.43
69.47
81.51
80.86
68.64
55.59
42.49
29.54
16.86
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.74
30.43
43.40
56.50
69.55
81.61
80.89
68.64
55.58
42.48
29.53
16.86
5.73
5.73
5.73
5.73
5.73


1.97
1.45
1.20
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.41
11.05
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
9.60
3.25
1.97
1.45
1.20
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.41
11.02
36.00
36.00
36.00
36.00


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F IN-HG
6 5 88 70 0.650
7 5 82 73 0.671
8 5 74 77 0.692
8 8 65 80 0.671
8 6 62 84 0.728
0 8 62 84 0.728
0 10 63 84 0.740
0 10 70 83 0.797
8 6 89 76 0.805
0 8 87 76 0.787
8 6 89 75 0.779
3 2 89 74 0.753
3 2 90 73 0.736
3 1 92 72 0.728
9 8 93 71 0.711
3 2 95 70 0.702
5 3 95 70 0.702
0 10 96 70 0.709
0 10 98 70 0.724
0 10 99 70 0.732
0 10 99 70 0.732
0 10 100 70 0.739
8 7 *** 70 0.0
4 3 *** 74 0.0
5 4 86 76 0.778
7 5 80 79 0.799
7 6 69 82 0.760
7 6 65 84 0.764
7 6 60 86 0.752
7 5 55 86 0.689
7 5 52 88 0.694
6 6 51 88 0.681
3 1 56 86 0.702
6 2 56 86 0.702
6 2 63 84 0.740
6 1 69 80 0.712
6 2 75 78 0.725
3 1 82 76 0.742
3 1 88 74 0.744
2 1 91 72 0.720


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DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM


167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
167
168
168
168
168
168
168
168
168
168
168
168
168
168
168
168
168


2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172
2173
2174
2175
2176
2177
2178
2179
2180
2181
2182
2183
2184
2185
2186
2187
2188
2189
2190
2191
2192
2193
2194
2195
2196
2197
2198
2199
2200


LY/M
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94
1.94


CEG
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.40
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50
23.50


DEG
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.78
30.48
43.44
56.54
69.59
81.65
80.85
68.59
55.53
42.44
29.49
16.82
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
5.73
17.86
30.56
43.52
56.62
69.67
81.75
80.88
68.58
55.52


36.00
36.00
36.00
36.00
36.00
36.00
9.53
3.24
1.96
1.45
1.20
1.07
1.01
1.01
1.07
1.21
1.48
2.02
3.42
11.10
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
36.00
9.40
3.23
1.96
1.45
1.20
1.07
1.01
1.01
1.07
1.21


F
2 1 93 73
2 1 94 72
0 0 96 72
0 0 97 71
0 0 98 70
2 2 99 70
0 0 99 72
0 0 98 74
4 4 86 79
5 5 80 80
3 3 73 84
7 4 62 85
7 5 55 88
9 8 53 90
4 4 70 84
5 3 69 84
4 3 61 88
4 4 62 86
5 2 67 83
1 1 73 80
6 6 78 78
3 3 83 78
0 0 87 77
0 0 91 76
0 0 94 74
0 0 97 74
0 0 97 74
0 0 98 73
3 3 98 72
3 3 99 72
6 6 99 73
3 1 99 75
7 6 92 80
7 6 76 82
5 5 70 85
5 5 60 89
6 6 53 90
5 5 52 92
4 4 50 91
5 4 53 91


IN-HG
0.761
0.744
0.759
0.741
0.724
0.732
0.783
0.829
0.859
0.826
0.858
0.753
0.734
0.754
0.822
0.811
0.814
0.777
0.762
0.753
0.754
0.803
0.813
0.824
0.795
0.821
0.821
0.802
0.775
0.783
0.810
0.866
0.949
0.838
0.850
0.827
0.754
0.787
0.733
0.778


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Full Text

PAGE 1

water resources research center Publication No.1 0 Prediction of Solar and Atmospheric Radiation for Energy Budget Studies of Lakes and Streams By W. C. Huber and Armando I. Perez Department of Environmental Engineering university of florida

PAGE 2

Prediction Of Solar And Atmospheric Radiation For Energy Budget Studies Of Lakes And Streams by W.C. Huber Assistant Professor Department of Environmental Engineering University of Florida and Armando I. Perez Research Assistant Department of Environmental Engineering University of Florida Publication No.1 0 of the Florida Water Resources Research Center Research Project Technical Completion Report OWRR Project Number A-014-FLA Annual Allotment Agreement Number 14-01-0001-1628 (1969) Report Submitted: October 29, 1970 The work upon which this report is based was supported in part by funds provided by the United States Department of the Interior, Office of Water Resources Research, as authorized under the Water Resources Research Act of 1964.

PAGE 3

FLORIDA WATER RESOURCES RESEARCH CENTER Errata Publication No. 10, "Prediction of Solar and Atmospheric Radiation for Energy Budget Studies of Lakes and Streams." a. Appendix II: Listing of data. Shortwave measurements tabulated for day 105 are in error. The correct values should be one-half those tabulated. b. It is important to note that all wave radiation measurements contain errors due to a defective radiometer. The longwave values derived from them should be used in subsequent analyses only with considerable caution.

PAGE 4

-ii ABSTRACT PREDICTION OF SOLAR AND ATMOSPHERIC RADIATION STUDIES OF LAKES AND STREAMS Evaluation of terms in the energy budget is an integral part of the prediction of thermal changes in natural water bodies. These lakes, reservoirs, streams, and tidal waters receive heat from shortwave solar radiation, longwave atmospheric radiation, and advectively from surface water inflows. The net advective heat flux is often zero, in which case the radiation components are the dominant causes of temperature changes. Predictive methods for the two radiation components have been developed as a function of meteorological parameters alone, (e.g, temperature, humidity, cloudiness, opaqueness). These predictive methods can be used in areas where there are no recordsof radiation measurements since the required meteorological variables are commonly measured at weather stations and airports. A better predictive equation was found for shortwave radiation than for longwave radiation, due possibly to local climatic conditions and possible errors in portions of the longwave radiation measurements. Use of the shortwave equations in evaluating temporal temperature changes in a Florida lake resulted in good agreement with measured values. A tabulation of 148 days of hourly radiation and meteorological values is included in the report. Huber, Wayne C. and Armando I. Perez PREDICTION OF SOLAR AND ATMOSPHERIC RADIATION FOR ENERGY BUDGET STUDIES OF LAKES AND STREAMS Publication Number 10, Florida Water Resources Center Research Proj ect Technical Completion Report, -Office of Water Resources Research, Department of the Interior, October, 1970 KEY solar radiation*/radiation*/energy budget*/heat budget */hydrologic cycle*/thermal pollution/thermal stratification/temperature/lakes/reservoirs.

PAGE 5

iii ACKNOWLEDGMENTS The authors wish to thank personnel at the Federal Aviation Agency station at the Gainesville Airport for their assistance in obtaining weather records. Mr. Howard McGraw assisted in mounting experimental equipment. Computations were performed at the University of Florida Computing Center.

PAGE 6

-iv -TABLE OF CONTENTS TITLE ...... ,,, ......... ,,"""",,.,,.,,""""""""""""""""""""""""""""""""""" i ABSTRACT """"".",,"""""""""""""""""""""""""""""""""""""""""""""""""""" ii ACKN'OWLEDG}1ENTS """""""""""""""""""""""""""""""""""""""""""""""""""" iii TABLE OF CONTENTS """""""""""""""""""""""""""""""""""""""""""""""""" iv CHAPTER 1. 1.1 1.2 CHAPTER 2. 2.1 2.2 2.3 2.4 2.5 2.6 2.7 CHAPTER 3. 3.1 3.2 3.3 3.4 CHAPTER 4. 4.1 4.2 4.3 4.4 4.5 CHAPTER 5. 5.1 5.2 5.3 INTRODUCTION The Energy Budget ............................... 1 Obj ectives ........................................ 2 THEORETICAL BACKGROUND OF SOLAR AND ATMOSPHERIC RADIATION Spectral Distribution ........................... 2 Solar Radiation Received on a Horizontal Surface at the Top of the Atmosphere ........... 4 Effect of the Atmosphere on Clear-Sky Solar Radiation ................................ 8 The Effect of Clouds on Solar Radiation ............. 11 Longwave Atmospheric Radiation from Clear Skies """".,,""""""""""""""""""""""""""""""""" 13 The Effect of Clouds on Longwave, Atmospheric Radiation .......................... 14 Summary """""""""""""""""""""."""""""",,.,,"""""""""""" 14 METHODS OF DATA COLLECTION Shortwave Radiation ............................... 15 Longwave Radiation ............................. 15 Meteorological Parameters ...................... 16 Data Reduction """""""""""""""""""""""""""""".,,"""""" 17 ANALYSIS OF DATA Introduction .,,"""""""""""""""""""""""""""""""""""""" 17 Clear Sky Shortwave Radiation ................... 17 Cloudy Sky Shortwave Radiation ................... 19 Clear Sky Longwave Radiation ....................... 26 Cloudy Sky Longwave Radiation .................... 28 CONCLUSIONS Shortwave Radiation Predictions .................... 28 Longwave Radiation Predictions .................... 31 Energy Budget Evaluation ....................... 31

PAGE 7

-v -REFERENCES ..................................................... 32 APPENDIX I. 1.1 1.2 1.3 APPENDIX II. A SAMPLE ENERGY BUDGET CALCULATION Introduction ........................................ 34 Numerical Method ................................. 34 Calculations for Newnan's Lake ................... 36 LISTING OF DATA .................................... 38

PAGE 8

-1 -1. INTRODUCTION 1.1 The Energy Budget In the study of pollution problems in natural waters, knowledge of the temperature distribution is usually a prerequisite to a quantitative formulation of the pollutant distribution. In addition, the water temperature affects aquatic life and the stability of various chemical agents that may be found in the water. Finally, the temperature plays an important role in the determination of the ability of a given water course to assimilate waste heat, from a thermal power plant for example. As a result, there has been considerable interest in predicting temperature distributions in rivers and estuaries (16, 17), lakes (7), reservoirs (8, 15), and the coastal environment (24). All studies of temperature distributions must include an analysis of the sources and sinks of heat associated with the particular body of water. The systematic catalogue of these sources and sinks is called the energy budget. For a typical natural waterway, this can be expressed as: (1-1) net influx of short wave solar radiation (incident minus reflected), net influx of long wave atmospheric radiation, = net energy advected into the water body (due to stream inflows, spillway outflows, etc.), = net losses due to evaporation, conduction, and back radiation. The term on the left hand side of equation 1-1 represents the change of energy stored in the body of water, where T average temperature, t time, = volume of the water body, c p specific heat, p = density. The units of the equation (and of the Q's) are energy/time, (e.g. cal/sec or Btu/hour). Equation 1-1 may be used to compute the temporal variation of the average temperature of a water body (17). An example is shown in Appendix I. However, spatial variations of temperature within the water must be considered using a more sophisticated theory (8, 15).

PAGE 9

-2 -L 2 Obj ectives In a natural body of water, the net advective heat flux is commonly near zero, unless heat is added by a thermal power plant for instance. Consequently, the principle heating mechanisms are solar and atmospheric radiation, and mathematical models designed to predict temperature distributions must have these two quantities as input data. When the model is to be applied to a specific location, it is best to have a record of measured radiation values; however, these data are usually not available. Consequently, predicted values of the solar and atmospheric radiation fluxes must be used, and they are often subject to large errors. It is the objective of this report to develop methods for predicting incident solar and atmospheric radiation as a function of meteorologic variables that are commonly measured at weather stations throughout the country (e.g. temperature, humidity, cloudiness). In this manner, the energy budget equation may be used as a predictive tool for the determination of temperature distributions. 2. THEORETICAL BACKGROUND OF SOLAR AND ATMOSPHERIC RADIATION 2.1 Spectral Distribution The source of 99.97% of all the energy used for climatologic and hydrologic processes is the sun, which radiates energy approximately.as a black body, at a temperature of 6000oK. As a result of this high radiating temperature, 98% of the solar radiation received at the outer edge of the atmosphere lies between 0.25 and 3.0 The spectral distribution of this energy may be seen in Figure 2-1. The total short wave radiation incident upon the earth, (often called insolation), consists of the direct solar beam and diffuse radiation scattered from the sky. The atmosphere and land mass of the earth radiate at a much lower temperature, approximately 287K (14C). As a result, the spectral distribution of this radiation is shifted as may also be seen in Figure 2-1. The atmosphere does not radiate as a black body, however, and the emissivity is a function of the meteorologic conditions. *1 1 micron = 10-6 meters = 104 A

PAGE 10

.. Q .... l( < o 5 .... V) w /000 100 I I I I I I I I I I I ," / ......... /1 "/ : f\ I I :\ I I \ f \ I f f I \ I \ I I I \ I I I \ I I : \ I \ \ SUN ",----...... / "/ \. / \ / '\ \ I \ \ \ I \ \ I \ I \ I \ I \ I \ \ I \ I \ \ I \ \ : \ \ \ I \ EARTH \ \ I \ I \ l/) \ \ /0 i0 !Q I I f I I I ULTRAV)OLET W I I I I I I I f l INFRARED I I I I I fi Figure 2-1. Spectral distributions of solar and atmospheric radiation (Note: change of scale of ordinates). \ \ 7( 1000 --N '0 ...... .... >C .... IIJ 100 N G Q: TO lL.. a Vi !Q I VJ I

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-4 -Due to the shortwave nature of the solar radiation, very little is absorbed by the atmosphere. However, the long wave radiation emitted by the earth is strongly absorbed by H20, C02 and 03 in various wave-length bands (21). The atmospheric emissivity is consequently a function of the concentration of these quantities, since the absorbed terrestrial radiation is subsequently re-radiated. 2.2 Solar Radiation Received on a Horizontal Surface at the Top of the Atmosphere The flux the outer edge I Although sc of solar radiation normal to the sun's rays received at of the earth's atmosphere is known as the solar constant, the solar constant is subject to some variation (20), it is commonly accepted to have the value I = 2.0 cal/cm2-min = 2.0 ly/min* sc (2-1) at the mean distance of the earth from the sun. The intensity actually received will vary slightly with the square of the normalized earth-sun radius, r. The normalized radius, r, is the actual radius divided by the mean radius. Its variation may be found in meteorological tables (14) or given approximately as (25): r = 1 + 0.017 cos (186-D)] where D is the number of the day of the year, (e.g. D=32) and the extra day of leap years is ignored. radiation normal to the sun's rays, I ,is then sC n = I SC --2-r (2-2) on February 1, The flux of (2-3) The flux on a horizontal surface at the edge of the atmosphere is given by I sin a = Isc sin a sCn --2-r (2-4) where a is known as the solar altitude and is the angle between the sun's rays and the plane tangent to the earth's surface at the point of observation. This is illustrated in Figure 2-2. The complement of a is known as the zenith angle, Z, and is the angle made between the sun's rays and the local vertical. The solar altitude can be determined from *1 langley 1 ly=l cal/cm2

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TOP OF ATMOSPHR ----ATMOSPHERE. .. VERTICAL AXIS I I I t l I J ,Z ;' ,/ -Figure 2-2. Illustration of solar altitude and zenith angle, ..' lJ1

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-6 considerations ofs.pher;i.cal tri,gc,mometry (212 and ;i,s g;isen br sin a = sin 0 sin + cos 0 cos cos h (2-5) where o = h declination of the earth, latitude of observer, sun's hour angle. The declination, 0, varies seasonally and may be found in meteorological tables (14) or "given approximately as (25): 'IT 2'IT o = 23.45 :180 cos [ 365 (l72-D)] (2-6) where 0 is in radians, and D is the number of the day of the year defined in the same manner as for equation 2-2. The hour angle of the sun is the angular distance measured westward around the axis of the earth between the meridian of the observer and the meridian of the sun. At true solar noon (when the solar altitude is at a maximum for that day), h=O. In the mornings, h is negative and in the afternoons h is positive. The value of h depends on three factors: (1) the local standard time (zone time); (2) the distance between the meridian of the observer and the standard meridian for that time zone; and (3) the variations in the length of a day due to seasonal variations in the orbital velocity of the earth. The third factor is accounted for by the so-called "equation of time" which gives the difference between "true solar time" and that computed on the basis of a yearly average. Table 2-1 gives values of the equation of time taken from a more complete table given by List (14). To compute h, the true solar time, t s is first computed thusly: a. To the local standard time (zone time) add four minutes for each degree of longitude the point of observation is east of the standard meridian Or subtract four minutes for each degree west of the standard meridian to get the local mean solar time. b. To the local mean solar time add algebraically the equation of time obtained from Table 2-1 to obtain the true solar time.

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-7 -TABLE 2-1 THE EQUATION OF TIME (After List) Date Equation of Time Date Equation of Time (min -sec) (min -sec) Jan. 1 ,..,3 14 I July 1 -3 31 I I I 9 -6 50 I 9 -4 I 56 I I 17 -9 54 I 17 -5 57 I I I 25 -12 14 I 25 -6 24 I I I 1 .... 13 34 I Feb. I I Aug. 1 -6 17 I -14 17 I 9 I 9 -5 33 I I 17 -14 10 I -4 I 17 12 I I 25 -13 19 I I 25 -2 18 I I 1 -12 38 I Sept. -0 Mar. I 1 15 I J 9 -10 51 I 9 +2 22 I I I -8 42 I 17 I 17 +5 10 I I .... 6 20 I +8 25 I 25 00 J I -4 12 I +10 Apr. 1 I Oct. 1 01 I I I 9 -1 52 I 9 +12 27 I I 17 +0 13 I 17 +14 25 25 +1 53 25 +15 46 May 1 +2 50 Nov. 1 +16 21 9 +3 35 9 +16 12 17 +3 44 17 +15 10 25 +3 16 25 +13 15 June 1 +2 27 Dec. 1 +11 16 9 +1 06 9 +8 01 17 -0 33 17 +4 17 25 -2 17 25 +0 20

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-8 -For example on March 1 at a point at 800W longitude in the eastern time zone, the true solar time at 11:00 A.M. Eastern Standard Time is t = 11:00 (800 -750 ) x 4 minutes s degree = 10:27:22 A.M. The hour angle is then given in radians as h = (t -12) 12 s with t in hours. s 12 min 38 sec 2.3 Effect of the Atmosphere on Clear-Sky Solar Radiation (2-7) (2-8) The solar radiation received at the edge of the atmosphere I is o attenuated as it passes through the atmosphere by scattering and absorption. The extinction of the solar beam through scattering by air molecules can be described by Rayleigh scattering, whereas for larger particles, a more complicated theory results (20). In all cases, the scattering is dependent upon wavelength, and can be described for monochromatic radiation as: (2-9) where I(A)s = intensity of the monochromatic solar beam after scattering, Io(A) intensity of radiation at edge of atmosphere of wavelength A, a(A) = scattering coefficient at wavelength A, m relative path length through the atmosphere, called the "optical air mass." The optical air mass is the ratio of the path length of the solar rays at a given solar altitude to the path length through the zenith angle. It can be seen from Figure 2-1 that m is given approximately by: m = csc a (2-10)

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-9 -for angles greater than 10. At a solar altitude less than 10, refraction of the rays by the atmosphere creates a maximum value of m of about 36 at a = O. The variation of the optical air mass with solar altitude has been given as (9): m sin a + 0.15 (a+3.885)-1.253 1 (2-11) with a in degrees. This must be modified for the local barometric pressure since m decreases at high altitudes. This can be done using the barometric formula (14): m(z) ( 288 0.0065 z 5.256 m(z=O) p = m(z=O) ) 288 {2-l2) where z is the elevation above sea level in meters, p is the local barometric pressure, p is the sea level barometric pressure, and m at o sea level (z=O) is given by equation 2-11. Absorption of the solar beam may be described in a form similar to equation 2-9: where I (Ie) = I (A) e-r(Ie) m a 0 m intensity of monochromatic solar beam after absorption, intensity of radiation at edge of atmosphere of wavelength Ie, = absorption coefficient at wavelength Ie, = optical air mass. The direct solar radiation received at the ground includes all wavelengths, and is the result of both absorption and scattering by air molecules and particles of vapor and dust. The total intensity of the attenuated direct solar beam is then I = JOO Io(A) e-[o(A) + f(A)]m dA. (2-14)

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10 -This equation may be used to define an average transmission coefficient, a, such that (2-15) The intensity at the outer edge of the atmosphere, I is given by o equation 2-4. The transmission coefficient will be a function of the turbidity of the atmosphere as indicated by moisture and dust content. However, because of the fact that the extinction coefficients, cr(A) and reX) are functions of wavelength, the value of a will vary with the optical air mass, m, even if the turbidity of the atmosphere does not change (20). Consequently, if values of a are computed from measured radiation at the ground surface, I, 1 a = a(m) = (LYiil (2-16) 10 then a will not be a constant over the day, but rather decrease with decreasing air mass, m. This has been borne out by experiments as will be shown in Chapter 4. One method of accounting for this variation with air mass is to determine the variation in transmission coefficient if it were due to scattering alone (20). This transmission coefficient, a (m), s will vary with m and can be found from a numerical integration of I a (m)m o s (2-17) since the functional relationship of cr(A) is known for Rayleigh scattering. Knowing as(m) a turbidity factor, T, is defined by I(m) = I a (m)mT o s (2-18) where it is hoped that the variation with air mass will be mostly accounted for in as(m) and not appear in T. It is then possible to solve for the turbidity T = 1 log I -mloglOas(m) 10 I(m) (2-19) where P(m) 1 (2-20)

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-11 -The parameter P(m) has been tabulated (20) and can be approximated by the polynomial relationship P(m) = 23.0 m-783 (2-21) Unfortunately, values of the turbidity factor found from equation 2-19 still exhibit some variation with m because scattering and absorption from vapor and dust are also wavelength dependent. Analysis of data using the turbidity factor is shown in Chapter 4. The preceding discussion has dealt with atmospheric effects on the direct solar beam. However, the total or global short wave radiation as measured by a pyranometer will include the diffuse radiation contributed by the sky as a result of scattering and reflection from the earth's surface. These effects may be treated separately in the manner of Klein (11) who determined separate transmission coefficients for scattering and absorption and totaled the various scattered and reflected components into one general equation with several parameters. A method in which his approach is used is shown by Wunderlich (25). However, since the scattered and reflected radiation is attenuated in a similar manner to the direct solar beam, and since the radiation received at the edge of the atmosphere is the primary source of all global radiation components, a simpler method due to Kennedy (10) is to lump all effects into one atmospheric transmission coefficient, a This t parameter is defined in the manner of equation 2-15: I = I a m o t (2-22) where it is expected from prior discussions that at will vary with m. However, for a given range of air mass, at will be expected to vary with parameters describing the moisture and dust content of the atmosphere. Data are analyzed in this manner in Chapter 4. 2.4 The Effect of Clouds on Solar Radiation It is obvious that solar radiation is diminished by clouds; however, the quantification of this effect is one of the most difficult to determine. Most investigations have concluded that it is better to modify the clear sky radiation by a function of cloudiness than to include the functional relationship directly in the transmission coefficient.

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12 -Weather stations commonly measure cloudiness, C, as a fraction of the sky covered on an hourly basis (5). In addition, some determine the relative duration of sunshine, S, which is the ratio of net duration of sunshine to total possible duration of sunshine (length of day). The value of S is determined on a minimum of a daily basis. The relationship between C and S is nominally S = l ... C (2-23) However, on the basis of a regression analysis, Wunderlich (25) suggests that S = 1-C 5 / 3 (2-24) is a better fit. In equations 2-23 and 2-24, the value of C is an average over the same time scale as S. The functional relationship usually suggested between cloudiness and net radiation is (2-25) A parabolic relationship proposed by Wunderlich (25) has c 1 = 0.65 and c 2 = 2 (2-26) The values of the constants, c 1 and c 2 are considered in Chapter 4. In addition to measurements of the fraction of sky covered by clouds, weather stations also measure opaqueness, 0, which is the fraction of sky covered by clouds through which there is no visibility. In general then, < C. The possibility of a relationship of the type given by equation 2-25 using opaqueness instead of cloudiness is also examined in a later chapter. Other parameters that influence the amount of radiation received are cloud elevation, thickness and type. Although these parameters are measured at some weather stations, the measurements frequently require equipment that is not always available, such as balloons, ceiling lights, or radar (5). On the other hand, cloudiness and opaqueness may be estimated by ground observers with no special equipment. Since it is intended that the parameters included in the predictive methods developed in this report be readily available, the influence of clouds will be studied using only cloudiness and opaqueness.

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13 -2.5 Longwave Atmospheric Radiation from, Clear Skies -The,atmosphere.does not radiate strictly as a black body or gray body because of the wavelength dependence of the radiation absorbed and emitted by the water vapor, H 20, carbon dioxide, CO2 and ozone, 03' However, most investigations assume that the atmospheric radiation can be represented by a blackbody type relationship, I a in which E is the atmospheric emissivity and will be a function of the concentration of H 0, CO and and, perhaps, other meteorologic 2 2 3 parameters. The absolute air temperature, T, is measured at a specified distance above the ground, and a is the Stefan-Boltzman constant with a value or (2-28) When measurements of air temperature and longwave radiation are made at a site, the value of E'can be determined and related to other meteorologic variables. Several different relationships have been developed in the past. Examples, include a linear relationship with vapor pressure, e (1): E = a + b e o 0 or a square root relationship (6): E = a + b ;e o 0 or an exponential relationship (3): E = a + b exp (coe) o 0 or a dependence upon absolute air temperature (22): E = a o (2-29) (2-30) (2-31) (2-32)

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-14 In general, the constants found for a given emissivity equation vary in different investigations because of changes in local climatic and experimental conditions. In this investigation, the constants might also be expected to be peculiar to the particular area; however, light may be shed upon the best functional form to use for the prediction of E. 2.6 The Effect of Clouds on Longwave, Atmospheric Radiation Atmospheric radiation is increased by the presence of clouds (because of the high concentration of emitting water particles), and is a function of the cloud amount, height, thickness, and type. In accordance with the preceding discussion of the effect of clouds on solar radiation, the effect of cloudiness, C, (and perhaps opaqueness, 0), will be the only parameters considered because of their ease of measurement. When clouds are present, the predicted clear sky atmospheric radiation may be multiplied by a function of cloudiness, C. Wunderlich (25) suggests I a (2-33) The type of functional relationship and constants will be considered in this investigation. 2.7 Summary In this chapter, the broad theoretical basis for predicting solar and atmospheric radiation has been presented. It has been seen that many of the relationships are empirical in nature, although based upon physical laws. In the following chapters, these relationships will be examined in the light of experimental data. Emphasis will be upon the functional type relationships just described rather than the graphical presentations of some investigators (2,23). This is because of the need for the relationships to be readily programable on digital computers, and also because many graphical presentations require parameters not readily available, (e.g. cloud thickness and type).

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-15 -3. METHODS OF DATA COLLECTION 3.1 Shortwave Radiation Instruments to measure radiation from the direct solar beam, either over all wavelengths or selectively, are called pyrheliometers. Instruments that measure the global (total direct and diffuse) radiation incident upon a horizontal surface are called pyranometers. An excellent discussion of these instruments may be found in Robinson (20) and Sellers (21) An Eppley Model 8-48, black and white pyranometer, serial number 10,000, was used for the short wave radiation measurements of this study. It was not possible to check its factory calibration of 7.71 mv-min/ly. The instrument was mounted atop the roof of A. P. Black Hall (Environmental Engineering Building) on the University of Florida campus at Gainesville, (latitude 29 37' N, longitude 82 20' W). The approximate elevation of the instrument was 145 feet, M.S.L. This is approximately 67 feet above the sloping ground level at that point. The roof of the building presents a generally unobstructed view, except for a nearby instrument tower which cast a shadow for a few minutes once a day. This had a negligible effect on the readings. The output of the pyranometer was fed into' a Model 28, Servo Graphic Recorder, (Yeiser Laboratories, Costa Mesa, California 92627), serial number 800. The calibration of this millivolt strip-chart recorder was checked periodically using a standard voltage source belonging to the Environmental Engineering Department. The chart speed was set at 1 in/hr. The data were reduced manually from the strip-chart records. 3.2 Longwave Radiation Total incoming radiation measurements were made with a thermal radiometer, model number TCH 188-01, serial number 1015, manufactured by Packard Bell. It is a ventilated radiometer of the Gier and Dunkle type and measures the total shortwave and longwave incoming radiation. Longwave radiation values are obtained by subtracting the shortwave values obtained simultaneously with the pyranometer. It was not possible to check the factory calibration of this instrument of 0.5512 ly/min-mv.

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-16 -The radiometer was mounted near the pyranometer atop A. P. Black Hall at the University of Florida. Its output was fed into another Model 28 Servo Graphic Recorder, Serial Number 735, and data were again reduced by hand from the strip-chart records. 3.3 Meteorological Parameters The meteorological variables of primary concern were air temperature, relative humidity, and cloudiness conditions. The first two variables were measured with a Kahlsico temperature and relative humidity recorder manufactured by the Kahl Scientific Instrument Corporation, El Cajon, California. The recorder was mounted in a standard meteorological instrument housing five feet above ground level near the north side of A. P. Black Hall, about 55 feet below the pyranometer and radiometer. A comparison of temperature and humidity measurements from this recorder with similar measurements made atop the roof showed negligible differences. The stripchart records were reduced by hand to produce values of temperature and relative humidity at times corresponding to the radiation measurements. Measurements of cloudiness and opaqueness were obtained from surface weather observations made at the Gainesville Airport, 6.1 miles northeast of A. P. Black Hall. Because of the fact that hourly readings were necessary on a 24 hour basis, it was not possible to make these measurements at the same site as the radiation measurements. When averaged on an hourly basis, it was expected that there would be no difference between airport and campus readings. Cloudiness and opaqueness are both measured as tenths of the sky covered; (e.g. C=lO indicates total overcast). In addition to measurements of cloudiness at the airport, measurements of sunshine duration were made for a few weeks with a Stokes type sunshine recorder, (Casella and Co., Ltd., London), Serial Number 7554-MK 111.B, mounted near the pyranometer and radiometer atop A. P. Black Hall. This instrument records the presence of direct sunshine from a trace burned on a specially labeled card by a spherical glass ball. These measurements were discontinued because the cloudiness measurements are standard, whereas sunshine recorders of this type are not. In addition, the trace burned on the card is often more difficult to interpret than are the cloudiness records. It was not possible to make quantitative determinations of the dust content of the atmosphere. However, the climatic conditions of Gainesville are relatively clear and dust free because of the lack of industry in the area, and because the humid, forested area is not conducive to dust being erroded from the ground. Consequently, the lack of data on dust content should not adversely affect the analysis of data from this site.

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17 -3.4 Data Reduction Hourly averages were used as the basis of analysis of all data. Data read from strip-charts were averaged by eye as the records were analyzed. Solar radiation values were frequently highly fluctuating as scattered clouds passed overhead. Although the hourly averages were determined carefully, integrated values would have been more accurate. Unfortunately, an integrating voltmeter was not available, and integration by planimeter was not feasible. All reduced data were punched on cards for computerized analysis. A list of all data gathered and used in the analysis is given in Appendix II, along with corresponding parameters such as solar altitude and optical air mass that were derived from equations presented in Chapter 2. 4. ANALYSIS OF DATA 4.1 Introduction The data gathered as described in Chapter 3 were analyzed in accordance with the developments of Chapter 2. The objective has been to use the data to develop predictive relationships for both shortwave and longwave radiation. Due to considerable delays in obtaining some of the equipment, only 135 days of hourly data were used in the analysis, corresponding to the record from March 18, 1970 to July 31, 1970. Data for August, 1970 are included in Appendix II but were not gathered in time to be included in the analysis. Efforts were made to secure data from other geographical locations, but such data were not available on an hourly basis, and daily or weekly averages (4., 18) were deemed insufficient for much of the analysis. In order to separate the effects of clouds, clear sky radiation data were analyzed separately. The resulting prediction equations were then used to determine the potential incident radiation on cloudy days so that cloudiness effects could be studied. 4.2 Clear Sky Shortwave Radiation The primary factor in changing the atmospheric transmission coefficient, at' of equation 2-22 should be the amount of water vapor present in the atmosphere. This is in the absence of appreciable dust content, as discussed previously. The amount of water vapor in the atmosphere is indicated by the "depth of precipitable water vapor," w, which is an integration of the specific humidity, qh' over given pressure intervals moving vertically through the atmosphere (13): (4-1)

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where w -18 -depth of precipitable water vapor in inches, = specific humidity, in grams/kilogram, Po' Pl= total atmospheric pressure at the lower and upper bounds, respectivelY,in mb. The number 0.004 is a conversion constant. The specific humidity is the mass of water vapor per unit mass of moist air and is given by q = 622 e 622 e h Pa-O.378e Pa (4-2) where qh has units of grams/kilogram, and e and Pa are the vapor pressure and total atmospheric pressure, respectively. The pressures, Pa and e must have identical units when used in equation 4-2. The preceding equations indicate that the depth of precipitable water vapor should be proportional to vapor pressure, e. Empirical formulas have also related it to the dew point (19). If r h is the relative humidity in percent, then (4-3) where e s is the saturation vapor pressure and is a function of temperature. Values may be found in meteorological tables (14) or approximated by the parabolic relationship: e = 0.0418 T2 -0.62l6T + 13.0068 s (4-4) for the temperature range 15 < T 40 with e s in rom Hg and T in DC. When e s and r h are known, e may be found from equation 4-3. It was expected that the value of at would be proportional to e. Values of at were found for clear days by solving equation 2-22, thus: 1 a =f+) m t \ 0 (4-5)

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19 -. However, when values of transmission coefficient are plotted versus vapor pressure in Figure for all air masses, m, there is no discernable trend. The expected trend would be decreasing at for increasing e. The scatter in Figure 4-1 is due in part to the effect of air mass discussed in Section 2.3. If:hen the air mass changes, the transmission coefficient can be expected to change slightly because the scattering and absorption are functions of wavelength. This effect is shown in Figure 4-2 in which data shown in Figure 4-1 are segregated within certain air mass ranges. Even within a given range of air mass however, the trend is still toward a constant value of transmission coefficients over all vapor contents. Correlations with other parameters such as temperature or absolute humidity showed no better results. The only variable that significantly affected the values of at was the optical air mass, m. The correlation of at with m is good, as shown in Figure 4-3. In an effort to eliminate the effect of air mass and include the effect of vapor content, the atmospheric turbidity factor, T, of Section 2.3 was introduced. Values of T were computed using equation 2-19 and plotted versus vapor pressure as shown in Figure 4-4. The correlation was no better, unfortunately. The conclusion to be drawn from the data of Figures 4-1 to 4-4 is that atmospheric vapor content has a negligible effect on shortw"ave radiation at the locality of these measurements. Values of the atmospheric transmission coefficient may thus be predicted for the northcentral Florida region from Figure 4-3 alone. Because of the fact that vapor content has no effect, these values must depend to some degree upon local climatic conditions, hence they probably should not be transposed to other geographical locations. The relationship in Figure 4-3 may be represented by a t = O.74mO.0882 4.3 Cloudy Sky Shortwave Radiation (4-6) In order to evaluate the effect of clouds on transmission of shortwave radiation, a prediction of the clear sky radiation was first made using equation 2-22 and Figure 4-3. The ratio of measured cloudy sky radiation to predicted clear sky radiation was then plotted versus cloudiness and opaqueness as shown in Figures 4-5 and 4-6.

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/.0 ::s .9 8 Q: 7 d (( 6 .5 S <.3 Q .2 < .. .2 ,. .0 .3 ,. .. .. .. .. e. e .. .. ,. .. .... .. .. .. .: .. .. Oo .. .. .. w e .. .. .. .. -"' .. "' .. .. .. .. .. .. .4 Figure 4-1. .. .. .. .. .. .. "' .. .' .. .. .. .. "' .. .. fI Oo .. .. .. .5 .6 .7 .8 .9 VAPOR PRESSURE (IN. OF HG) Clear sky atmospheric transmission coefficient as a function of vapor pressure. I N 0 I /.0 :.!

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V)/.O 0 Q:: .8 ;-J.7 U ct .6 0 4.. .6 La.: lJ <.3 Q ........ .2 \ \ tJ_-------rD --6.0(AIRMASS/ t:!. f'-....... 8. 0 /0-. ___ t:!. MASS<1.6 8 --8 00..../ 0 ---0 \\ cJ"\",, / V nn:>-4' \ ,Ll -'5 \. -, 'aD l:I \0 ... 0 -'... n 0 MASS
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1.0 ::j .9 .8 -. .. r --1 -------1 ---I ,! I I I I I I 1 I r I I 1 010 '" t-I II I ct .7!. 0"-0 I II I I I I I 101 1 I I I I I I I : I I I I I I I EQUATION I 1 : : I : : : l (4-6) I o .. .6 d .6 ct a t4 b .8 8 :( CJ .2 v) :( :\ I 1 I I I I I I I I ---_1---1--I-I-+ -+ r -1--------T ----I I 1 I I I I I I I I I I I I I I I I I 1 I I I I I I I I 1 I I I I I I : 2 8 I I: I I i I I -4 I I 1 I I I I I I I I I I I I I I I I I 1 I I I I I I I I I : I S 6 7 8 9 10 SOLAR AIR MASS Figure 4-3. Atmospheric transmission coefficient as a function of optical air mass. 20 30 i N N I

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/2 .' II /0 9 + 8 t Q: I .. r I N loU I U l( ... )..5 I .. h ," Q4 2 I I I .2 .3 .4 .5 .6 .7 .8 .9 /.0 VAPOR PRESSURE (IN. OF HG) Figure 4-4. Turbidity factor as a function of vapor pressure. 'I

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C( d St 1.0 T 0 T T" T I T I I I I .9 I I I I I I I I T I 0 6 I I I T I C) 6 (( I I I I \j .8 I I 0 I I I I I I I I I I I I I I I I I I I I I I I I 0 I C) .7 I I I I I I I I I I I I 0 f::: I I I I I I I .6 I I I I I I t I I I I I N C( .p-_.L I I I I I -L I I I I I I I I I \:: --L I I I I I I I .4 ...L -L I I I I EQUATION (4-7) I I I I I I I I ).: 2 I I I I -L I I h.. .1 .1. .1. g / 2 3 4 5 678 9 /0 CLOUD COVER (TENTHS) Figure 4-5. Effect of cloudiness on clear sky shortwave radiation. Circles are mean values over the range indicated by the dashed lines.

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.. ...J \J ).: .9 a --J u.s .7 Q :-... .6 .5 a .4 Q .3 r ,... I T ,... I I I I I I I I I I I I 0 I I I I 6 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I t I I I N I 0 \.Jl I I I I I I I I I I I I I I .1. I .L I I I I I I I I EQUATION I I I I I I I I I I I I J.. I I .L I I I .L I I .1 I ..L I .5 6 7 OPAQUENESS 8 9 (TENTHS) 10 .3 4 .2 Figure 4-6. Effect of opaqueness on clear sky shortwave radiation. Circles are mean values over the range indicated by the dashed lines. /

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26 As discussed in Section 2.4, a parabolic relationship has been indicated by most investigations, and this is borne out by the figures. A least squares regression analysis of 554 data points indicates that the cloudy sky radiation may be represented by I or I I a m (1-0.514 C2 ) o t (4-7) (4-8) with C and 0 given as the fraction of sky covered. The mUltiple correlation coefficient of the cloudiness relationship and opaqueness relationship is 0.87. However, equation 4-8 should probably be used at high cloudiness values because opaqueness is a more precise indication of the degree of transmission of solar radiation. Since equations 4-7 and 4-8 are forced to pass through the point(O,l), predicted radiation at low cloudiness and opaqueness values will be slightly high. 4.4 Clear Sky Longwave Radiation From the known values of incoming longwave radiation and air temperature, clear sky atmospheric emissivities were calculated from equation 2-27. It was expected that the emissivities would exhibit a functional relationship with vapor pressure, as discussed in Section 2.5. However, considerable scatter is evident in the plot shown in Figure 4-7. The origin of this scatter is unoertain, however, the emissivity values calculated from night time measurements were generally the lowest on the plot. There should be no reason to isolate those values from the daytime readings since the atmosphere radiates in the same manner at all times. However, the percentage error in voltmeter readings is greater at night when the radiation values are small. Consequently, these values may be suspect. In light of the considerable scatter, a simple linear relationship between emissivity and vapor pressure was determined by a linear regression: E = 0.3313 + 0.531 e (4-9) with e in in. Hg, Additional data gathered at a future date may explain the orlgln of the excessive scatter that results in a rather inconclusive emissivity -vapor pressure relationship. The results of a correlation of emissivity with temperature were no more meaningful.

PAGE 34

/.0 .9 II) .8 a .7 :t ct .6 -..J .5 U It .4 ).. .3 h .2 P5 .I 0/ .. .. .. '" .. .. .. .. 02 0.3 .". /I Ce. .. .. ... .. .. .. .. .. .. 9 \ .. .. EQUATION (4-9) .. .. II .. .. .. .. .. 0.4 0.5 ,0.6 VAPOR PRESSURE 0.7 0.8 (IN. OF HG) Figure 4-7. Atmosp heric emissivity as a function of vapor pressure. 0.9 I N -...j

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28 -4.5 Cloudy Sky Lo?gwaye In light of the weak predictive equation developed for the clear sky emissivities, the evaluation of the effect of clouds is difficult. Using equation 4-9, clear sky emissivities were calculated. The ratio of emissivity with clouds calculated from equation 2-11 to that of equation 4-9 was then compared with both cloudiness and opaqueness in Figures 4-8 and 4-9. The results indicate a more or less uniform increase in emissivities with cloudiness and opaqueness, and the determination of a functional form is not really warranted. However, when a parabolic relationship is fitted through the data, the result is and I a (4-10) (4-11) The multiple correlation coefficients for equations 4-10 and 4-11 are 0.53 and 0.43, respectively. Although these prediction equations are obviously subject to large fluctuations, equations 4-9 and 4-10 might be used in north-central Florida. 5. CONCLUSIONS 5.1 Shortwave Radiation Predictions Shortwave radiation may be reliably predicted using equations 4-6 and 4-8. However, no correlation could be determined between atmospheric transmission coefficient and vapor pressure, and a correlation with air mass was to be expected. The resulting prediction equation 4-6 is therefore probably valid only for the north-central Florida area of the measurements, where climatic conditions give rise to no variation with vapor content. However, the cloudiness and opaqueness relationships of equations 4-7 and 4-8 may be extended to other localities. The use of opaqueness instead of cloudiness results in slightly better correlation. These simple predictive relationships are most suitable to the type of data typically gathered at weather stations, and therefore include only the parameters indicated.

PAGE 36

/0 9 C( 8 T llJ 7 ,. I I I "-I I }... I I 6 T T I I T I I : EQUA T/ON (4-/0) I N Q I \.0 I J I 5 I I I I I J J I I I 4 I I I 0 I I I I I I ({ 3 I T T I I I I I I I I I I )... I I 0 I I C? h2 0 0 0 0 I I I I I I I .1 I I I I I I I I I I I I I .1. ..L 1. I ..L I I ...l .1. .L 0 I 2 .3 4 5 6 7 8 9 /0 CLOUD COVER (TENTHS) Figure 4-8. Effect of cloudiness on clear sky longwave radiation. Circles are mean values over the range indicated by the dashed lines.

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10 C( 9 11 8 T )... 7 I T Q I t I d 6 w 'EQUATION 0 I I I I I 5 I , I .,.. a I I I I I j:::: 4 .,. I .... I I I I ..,.. I I I I I I I I I I 3 I I >.. I I T I I I I I I I I I 6 I I I 0 I I 6 I 2 0 0 2( I 0 I I I T I I I I I I I 0 I I I I I I I I I I I I I 1 .1. I I I I .L .1 I I I I L .L .L .1 J.. 0 I 2 .3 4 5 6 7 8 9 /0 OPAQUENESS (TENTHS) Figure 4-9. Effect of opaqueness on clear sky longwave radiation. Circles are mean values over the range indicated by the dashed lines. (

PAGE 38

-31 -5.2 LonEwave Radiation Predictions The prediction of longwave radiation may be accomplished using equations 4-9 and 4-10; however, the scatter of the data leaves these relationships open to some doubt. The scatter is probably caused in part by inaccuracies in nighttime radiation values. On the basis of the data, a linear relationship of emissivity with vapor pressure was found to be as suitable as any other proposed functional form. 5.3 Energy Budget Evaluation The preceding sections indicate the manner in which the short and longwave radiation components of the energy budget may be calculated. The inclusion of the predictive equations in the solution of the energy budget equation 1-1 is demonstrated in Appendix I, along with the simple numerical scheme involved. Although the numerical method employed is not new, the evaluation of the temperature distributions of Florida waters should be considerably improved by the use of radiation prediction methods suited to the area. The relationship between measured and predicted temperature values indicates that while shortwave predictions are good, predicted longwave emissivities may be too low.

PAGE 39

32 -REFERENCES 1. Anderson, E. R., "Energy Budget Studies," part of "Water Loss Investigations-Lake Hefner Studies," Technical Report, U. S. G. S. Prof. Paper 269, 1954. 2. Anderson, E. A. and D. R. Baker, "Estimating Incident Terrestrial Radiation under all Atmospheric Conditions," W. R. R., Vol. 3, No.4, 1967, pp 975-988. 3. Angstrom, A., "Uber die Gegenstrahlung der Atmosphare," Meteorol. Vol. 33, 1916, pp 529-38. 4. Annon, Climatological Data, (all years), U. S. Weather Bureau. 5. Annon, Manual of Surface Observations, from "Circular N," E. S. S. A., U. S. Dept. of Commerce, Seventh Edition, May, 1969. 6. Brunt, D., "Notes on Radiation in the Atmosphere," Quart. J. Roy. Met. Soc., Vol. 58, 1932, pp 389-420. 7. Dake, J. M. K. and D. R. F. Harleman, "Thermal Stratification in Lakes: Analytical and Laboratory Studies," W. R. R., Vol. 5, April ,1969. 8. Huber, W. C. and D. R. F. Harleman, "Laboratory and Analytical Studies of the Thermal Stratification of Reservoirs," M. I. T. Hydrodynamics Laboratory Report No. 112, Oct. ,1968. 9. Kasten, F., "A New Table and Approximation Formula for the Relative Optical Air Mass," U. S. Army Engineering Lab, Hanover, New Hampshire, Technical Report No. 136, November, 1964. 10. Kennedy, R. E., "Computation of Daily Insolation Energy," Bul. Am. Met. Soc., Vol. 30, No.6, pp 208-213, June, 1949. 11. Klein, W. H., "Calculation of Solar Radiation and the Solar Heat Load on Man," J. of Meteorology, Vol. 5, No.4, 1948. 12. Kohler, M. A., "Lake and Pan Evaporation," part of "Water Loss Investigations-Lake Hefner Studies," Technical Report, U. S. G. S. Prof. Paper 269, 1954. 13. Linsley, R. K., Kohler, M. A. and J. L. H. Paulhus, Applied Hydrology, McGraw Hill, 1949.

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33 -14. List, R. T., Editor, Smithsonian Heteorological Tables, Smithsonian Institution, 6th Edition, 1966. 15. Orlob, G. T. and L. G. Selna, If Temperature Variations in Deep Reservoirs,1f Proc. A. S. C. E., Vol. 96, No. HY2, Feb., 1970. 16. Parker, F. L. and P. A. Krenkel, Engineering Aspects of Thermal Pollution, Vanderbilt University Press, 1969. 17. Raphael, J. lvI., "Prediction of Temperature in Rivers and Reservoirs," Proc. A. S. C. E. Journal of Power Division, Vol. 88, No. P02, July, 1962. 18. Rechard, P. A., Editor, "Water Resource Observatory Solar Radiation Data, Water Year 1969 and Prior, Ii liJater Resource Series No. 16, INater Resources Research Institute, University of Wyoming, Laramie,Oct.,1969. 19. Rietan, C. R., HSurfaceDewPoint and Water Vapor Aloft," J. Appl. Met., Vol. 2, 1963. 20. Robinson, N., Solar Radiation, Elsevier Publishing Co., 1966. 21. Sellers, W. D., Physical Climatology, University of Chicago Press, 1965. 22. S"7inbank, W. C., "Long-Have Radiation from Clear Skies," Quart. J. of the Roy. Met. Soc. of London, Vol. 89, July, 1963. 23. Threlkeld, J. L. and R. C. Jordan, "Direct Solar Radiation Available on Clear Days," Heating, Piping and Air Conditioning, December, 1957. 24. Wada, A., "Studies of Prediction of Recirculation of Cooling Water in a Bay," Proc., 11th Conference on Coastal Engineering, Chapter 94, London, 1968. 25. Wunderlich, W. 0., "Heat and Hass Transfer Between a Water Surface and the Atmosphere," Internal Memorandum, T. V. A. Engineering Laboratory, Norris, Tennessee, 1968.

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34 -APPENDIX I: A SAMPLE ENERGY BUDGET CALCULATION 1.1 Introduction The use of equation 1-1 and the radiation prediction equations to evaluate temperature changes is shown by an example in which measured and computed temperatures may be compared. The energy budget equation 1-1 is solved numerically, and predicted temperatures are compared with those measured in Newnan's Lake, a 6000 acre lake (volume = 36.6 x 106 cubic meters) on the eastern edge of Gainesville, Florida. I.2 Numerical Hethod For a lake, the net advection is zero, and Q = 0 in equation 1-1. v Hence, expressions are required only for Q Q and QL before the change s a in temperature can be calculated. where The net incident shortwave radiation is Qs = AI (l-R) (1-1) A area of absorbing surface, I incident shortwave radiation found from equation 4-8, R reflection coefficient or albedo. The albedo may be calculated as a function of solar altitude and cloud cover from Anderson's (1) empirical formula R = a o (1-2) where a is in degrees and the constants a o and b o are given in Table I-I. TABLE I-I Cloudiness 0 0.1 -0.5 0.6 0.9 1.0 C Clear Scattered Broken Overcast 1 I b I b I b a I b a I a I a I 0 1 0 0 J 0 0 I 0 0 I 0 I I I I Constants 1.18 I -0.77 2.20 I -0.97 0.95 I -0.75 0.35 I -1. 45 I I I I 1 I I I I

PAGE 42

-35 -The net incoming longwave radiation may be evaluated from Q = 0.97 AI a a (1-3) where a reflection coefficient of 0.03 has been assumed and Ia is evaluated from equations 4-9 and 4-10. Heat losses are due to back radiation, evaporation and conduction. The back radiation flux, I b is (1-4) T is the water temperature (assumed uniform over depth) and an w emissivity of 0.97 has been used. The flux of latent and sensible heat, Ie' due to evaporation and conduction may be evaluated from Kohler's (12) formula fr 372 (Tw-Ta) J 0.000135 + cpTw + (es-rhea) (I-5) where I e is in kilocalories/m2 -day, and where other variables are defined as follows with the exact units that must be used: p water density in kg/m3, W wind speed in m/sec, measured 2 m above 1.Jater surface, e s saturation vapor pressure at temperature of water, Tw. in mb (milli-bars), e a saturation vapor pressure at temperature of air,Ta in mb, r h relative humidity expressed as a fraction, L latent heat of evaporization in kilocalories/kg' c p specific heat in kilocalories/kg -DC, Tw. Ta = water and air temperatures respectively, in DC. Heat losses may thus be evaluated: (1-6)

PAGE 43

-36 -When the temperature of the water, T is known at a given time w step, n, it may be evaluated at the succeeding time step, n+l, a time later, by the finite difference solution of equation 1-1. The initial temperature (n=O) is given by an initial condition. Thus (1-7) where the subscript n indicates that the variable is to be evaluated from water temperature and meteorological data at that time step. The numerical scheme is therefore a simple explicit one in which water temperatures used to evaluate heat losses are obtained from the preceding iteration. Equation 1-7 is readily programmed for computer evaluation. 1.3 Calculations for Newnan's Lake Hourly radiation values were obtained from the prediction equations and an arithmetic average taken to obtain the daily fluxes, Qs and Qa Equation 1-7 was then solved with a time step of = 1 day for the period April 2 to June 1, 1970. In evaluation of evaporation and conduction losses, a daily average wind speed based on airport measurements, was used. The predicted temperatures were compared with measured values as shown in Figure I-I. Use of equation 4-9 for predicted emissivities results in predicted temperatures that are too low, however the trend is correct. Higher emissivities, as given by Anderson's (1) equation: E = 0.74 + 0.166 e (1-8) with e in in. Hg, result in better agreement as shown in the figure. This indicates that emissivities predicted by equation 4-9 are probably too low. However, variability in evaporation predictions undoubtedly contributes to the error in predicted temperatures.

PAGE 44

r::USING EQN. (I-8) 25 iJ'20 2 15 10 '" 0 I o ?-\ ,.-' .... 0'\ 1\ {'r:\ { \ \ {\ ,\ J., tJ \. l'l J \ I \,' '\I \, /' / \ i '\ ...... l \ --J'. \,-\,1 Vi" 1\, \ I e' ,\ I \f \ \ I \ l .\ I \' ....... I V "'--" '. I / l f I I I USING EQN. (4-9 ) .J o MEASURED VALUE o t /0 20 30 40 TIME (DAYS) Figure 1-1. Comparison of predicted and measured temperatures in Newnan's Lake. 50 60 t 6-2-70 i W --J

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38 -APPENDIX II: LISTING OF DATA This appendix contains a listing of measured and computed data analyzed in this report. The data are hourly values for the period March 18, 1970 (day 77) to August 13, 1970 (day 225). Data gathered in August were not included in the analysis. A series of asterisks appear at several places in the listing. These indicate that data are not available for these hours because recorders were occasionally shared with another project, or because of difficulties with the recorders. In addition, atmospheric transmission coefficients and emissivities are calculated for clear sky hours only. A single asterisk above a column indicates that these are measured values. The column headings are as follows: DAY number of day of year (e.g. March 18 = day 77). HR number of hour of day (e.g. noon = hour 12). Hour corresponds to Eastern Standard Time prior to April 26 and Eastern Daylight Time from April 26 and beyond. SEQN a sequence number for use in organizing the data, (note: an overlap in sequence numbers occurs at day 212). SOLC solar constant adjusted for earth-sun distance (from equation 2-3) in langley/minute. DECLN declination of earth (from equation 2-6) in degrees. HRANG solar altitude (from equation 2-5), in degrees. AIRMS = optical air mass (from equation 2-11 and 2-12). CL = cloudiness, in tenths of sky covered. OP opaqueness, in tenths of sky covered. RHM relative humidity, in percent. VPRES = vapor pressure, (from equation 4-3) in inches of mercury. SWRADT = total shortwave radiation in langley/hour. TLRADT total radiation (all wavelengths) in langley/hour. LWRADT longwave radiation (TLRADT-SWRADT) in langley/hour. TRAN = atmospheric transmission coefficient, (from equation 4-5), for clear sky hours only. EMSV atmospheric emissivity, (from equation 2-27), for clear sky hours only.

PAGE 46

DAY SEQN SOlC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TlRADT lWRAOT TRAN EMSV .. .. .. .. LY/M OEG DEG F IN-HG LY/HR lY/HR LY/HR 77 1 1 2.02 -0.50 5.73 36.00 10 10 97 58 0.471 0.0 13.20 13.20 .... ... 0.39 77 2 2 2.02 -0.50 5.73 36.00 10 10 97 58 0.471 0.0 13.20 13.20 ........ 0.39 77 3 3 2.02 -0.50 5.73 36.00 7 3 99 56 0.441 0.0 1.3.20 13.20 .... ... 0.40 77 4 4 2.02 -0.50 5.73 36.00 5 2 100 56 0.452 0.0 13.20 13.20 **** 0.40 77 5 5 2.02 -0.50 5.73 36.00 0 o 100 56 0.452 0.0 13.20 13.20 ........ 0.40 77 6 6 2.02 -0.50 5.73 10.94 8 4 100 56 0.452 0.0 13.20 13.20 ......... 0.40 77 7 7 2.02 -0.50 8.45 .52 2 2 100 56 0.45'2 4.86 22.32 17.46 ** .... 0.53 77 8 8 2.02 -0.50 21.39 2.72 0 o 100 59 0.503 30.78 68.76 31.98 0.88 ........ 77 9 9 2.02 -0.50 33.88 1.79 0 0 94 66 0.605 55.08 114.36 59.28 0.89 .......... 77 10 10 2.02 -0.50 45.38 .40 2 2 85 70 0.628 68.04 134.28 66.24 .............. .. 77 11 11 2.02 -0.50 54.82 1.22 9 8 80 73 0.654 46.98 103.56 56.58 *** .... ... \ 77 12 12 2.02 -0.50 60.11 1.15 8 7 70 74 0.59.2 76.14 145.08 68.94 .... ........ 17 13 13 2.02 -0.50 59.01 1.17 9 9 64 77 0.598 79.38 159.96 80.58 ....... ** .. 77 14 14 2.02 -0.50 52.07 1.27 8 8 56 80 0.578 79.38 159.96 80.58 ...... .. ** 77 15 15 2.02 -0.50 41.78 1.50 9 9 56 80 63.18 158.16 94.98 **** **** 77 16 16 2.02 -0.50 29.87 2.00 8 8 56 80 0.578 46.98 96.96 49.98 ...... ... *it 77 17 17 2.02 -0.50 17.20 3.35 6 6 56 79 0.559 30.78 15.36 44.58 ... *** .. *. 77 18 18 2.02-0.50 5.73 11.94 7 3 60 76 0.543 25.92 39.84 13.92 **** 0.36 77 19 19 2.02-0.50 8.94 6.19 1 1 7.5 72 0.593 0.32 13.37 13.04 ** ... 0.35 77 20 20 2.02 -0.50 5.73 36.00 0 0 85 69 0.607 0.0 13.20 13.20 ** ..... 0.36 11 21 21 2.02 -0.50 5.73 36.00 0 0 93 68 0.642 0.0 13.20 13.20 **** 0.36 77 22 22 2.02 -0.50 5.73 36.00 0 0 97 65 0.603 0.0 13.20 13.20 **** 0.31 77 23 23 2.02 -0.50 5.13 36.00 0 0 98 64 0.588 0.0 13.20 13.20 ........ 0.38 77 24 24 2.02 -0.50 5.73 36.00 8 8 99 63 0.5.74 0.0 13.20 13.20 **** 0.38 78 1 25 2.01 -0.10 5.13 36.00 10 10 99 73 0.810 0.0 19.80 19.80 ***. 0.53 78 2 26 2.01 -0.10 5.73 36.00 10 10 99 72 0.783 0.0 19.80 19.80 **it* 0.53 78 3 27 2.01 -0.10 5.73 36.00 10 10 99 72 0.783 0.0 19.80 19.80 ** ... it 0.53 78 4 282.01 -0.10 5. '1336.00 10 10 99 72 0.783 0.0 19.80 19.80 ** ... 0.53 78 5 29 2.01 -0.10 5.73 36.00 10 10 99 71 0.756 0.0 19.80 19.80 **** 0.53 78 6 30 2.01 -0.10 5.13 11.19 10 10 99 70 0.732 0.0 19.80 19.80 **** 0.54 18 1 31 2.01 -0.10 8.58 6.43 10 10 99 10 0.132 4.86 35.52 30.66 **-* 0.83 78 8 32 2.01 -0.10 21.54 2.71 10 10 100 72 0.791 21.81 57.54 35.67 **** 78 9 33 2.01 -0.10 34.05 1.78 10 7 100 65 0.622 46.17 96.54 50.37 **** ** 78 10 34 2.01 -0.10 45.61 1.40 10 7 92 69 0.657 57.51 122.22 64.71 ... .. **** 18 11 35 2.01 -0.10 55.13 1.22 10 6 80 76 0.724 62.37 137.94 75.57 ** ...... **** 78 12 36 2.01 -0.10 60.50 L.l.5 10 6 65 80 0.671 75.3.3 151.26 75.93 ........ "'''''''it 78 13 37 2.01 -0.10 59.41 1.16 10 5 56 84 0.658 86.67 170.34 83.67 **** ** ... 18 14 38 2.01 -0.10 52.44 1.26 10 4 52 84 0.611 75.33 151.26 75.93 .... ... .. .. 78 15 39 2.01 -0.10 42.10 1.49 10 4 48 84 0.564 55.89 114.78 58.89 **** **** 78 16 40 2.01 -0.10 30.16 1.98 9 4 52 82 0.5,73 34.83 77.46 42.63 .*** ****

PAGE 47

, DAY HR SEQN SOLe DEeLH HRANG AIRMS CLOP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV * LYIM OEG DEG F IN-HG lY1HR LY/HR lY/HR 78 17 41 2.01 -0.10 11.46 3.30 9 9 53 82 0.584 33.21 70.02 36.81 .*** 0.91 18 18 42 2.01 -0.10 5.13 11.39 8 7 58 19 0.579 5.67 22.74 11.07 *. 0.43 18 19 43 2.01 -0.10 8.68 6.36 9 6 65 76 0.588 0.32 13.37 13.04 **.* 0.34 78 20 44 2.01 -0.10 5.13 36.00 10 4 70 73 0.573 0.0 13.20 13.20 0.35 78 21 45 2.01 -0.10 5.73 36.00 3 1 79 71 0.604 0.0 13.20 13.20 ** 0.36 78 22 46 2.01-0.10 5.73 36.00 3 1 89 68 0.614 0.0 13.20 13.20 it*** 0.36 78 23 47 2.01 -0.10 5.13 36.00 3 1 94 66 0.605 0 .. 0 13.20 13.20 *.** 0.37 78 24 48 2.01 -0.10 5.13 36.00 6 4 96 66 0.618 0 .. 0 13.20 13.20 ***. 0.37 79 1 49 2.01 0.30 5.73 36.00 8 7 96 66 0.61,8 0.0 13.39 13.39 ** 0.37 19 2 502.01 0.30 5.73 36.00 10 10 96 66 0.618 0.0 19.99 19.99 **** 0.56 79 3 51 2.01 0.30 5.13 36.00 10 10 96 66 0.618 0.0 19.99 19.99 **** 0.56 19 4 52 2.01 0.30 5.73 36.00 10 10 96 66 0.618 0.0 19.99 19.99 0.56 79 5 53 2.01 0.30 5.73 36.00 10 10 97 66 0.625 0.0 19.99 19.99 *.** 0.56 79 6 54 2.01 0.30 5.73 11.45 4 3 97 65 0.603 0.0 13.39 13.39 **** 0.38 79 7 55 2.01 0.30 8.71 6.34 7 6 98 65 .2.83 21.21 18.43 ***. 0.52 79 8 562.01 0.30 21.68 2.69 10 9 91 66 0.625 16.60 41.61 25.00 **** 0.70 79 9 57 2.01 0.30 34.22 1.77 9 8 95 68 0.655 42.:52 88.05 45.52 ***. **** 79 10 58 2.01 0.30 45.83 1.39 7 5 82 70 0.606 50.62 112.05 61.42 **** **** 79 11 59 2.01 0.30 55.43 1.21 8 6 68 76 0.615 '73.30 150.21 16.90 **** **** 79 12 60 -2.01 0.30 60.88 1.14 8 7 65 18 0.6,29 10.06 135.33 65.26 **** **** 79 13 61 2.01 0.30 59.82 1.16 8 1 63 78 0.609 66.82 140.25 13.42**** ***:* 79 14 62 2.01 0.30 52.80 1.25 7 6 64 78 0.619 61.96 131.13 69.16 **itit 19 15 63 2.01 0.30 42.42 1.48 7 6 65 78 0.629 53.B6 120.33 66.46 **** 79 16 64 2.01 0.30 30.45 1.97 9 6 65 18 0.629 40.90 81.21 46.30 **** 19 11 65 2.01 0.30 11.13 3.25 10 6 70 16 0.633 21.46 50.73 29.26 **** 0.16 19 18 66 2.01 0.30 5.13 10.87 10 8 85 71 0.649 3.64 28.29 24.64 **** 0.66 79 19 67 2.01 0.30 8.42 6.54 10 10 91 69 0.650 0.40 20.01 19.60 **** 0.54 19 20 68 2.01 0.30 5.73 36.00 10 10 92 69 0.657 0.40 20.01 19.60 **** 0.54 79 21 69 2.01 0.30 5.73 36.00 10 10 92 70 0.680 0.0 19.60 19.60 **** 0.53 79 22 70 2.01 0.30 5.73 36.00 10 10 94 10 0.695 0.0 19.60 19.60 .*** 0.53 79 23 71 2.01 0.30 5.13 36.00 1,0 10 95 10 0.102 0.0 19.60 19.60 **** 0.53 19 24 12 2.01 0.30 5.13 36.00 10 10 96 73 0.785 0.0 19.60 19.60 .*** 0.52 80 1 13 2.01 0.10 5.13 36.00 10 10 96 67 0 .. 640 0.0 19.80 19.80 ***. 0.55 80 2 14 2.01 0.70 5.73 10 10 96 61 0.640 0.0 19.80 19.80 **** 0.55 80 3 15 2.01 0.70 5.13 36.00 10 10 96 610.640 0.0 19.80 19.80 *** 0.5.5 80 4 16 2.01 0.70 5.13 36.00 10 10 97 67 0.647 0.0 19.80 19.80 ***. 0.55 80 5 77 2.01 0.10 5.13 36.00 10 10 97 61 0.647 0.0 19.80 19.80 **** 0.55 80 6 18 2.01 0.70 5.13 11.12 10 10 97 67 0.641 0.0 19.80 19.80 **** 0.55 80 1 19 2.01 0.70 8.84 6.26 10 10 91 61 0.647 1.62 20.64 19.02 *.** 0.53 80 8 80 2.01 0.10 21.82 2.61 10 10 97 68 0.6.69 6.48 29.76 23.28 **** 0.64

PAGE 48

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRADT LWRAOT TRAN EMSV 11-* LY/M OEG OEG F IN-HG lY/HR LY/HR LY/HR 80 9 81 2.01 0.10 34.39 1.17 10 10 '93 70 0.687 11.82 48.84 31.02 **** 0.84 80 10 82 2 .. 01 0.7"0 46.05 10 10 89 11 .0.680 24.30 65.40 41.10 **** 80 11 83 "2.01 0.70 55.72 1.21 10 10 80 71 0.611 37.26 54.66 **** ***.* 80 12 84 2.01 0.70 61.26 1.14 10 10 68 76 0.615 64.80 '139 20 74.40 **fIo*. ***.;* 80 13 85 2.01 0.70 60.22 1.15 10 10 62 77 0.580 61.56 130 92 69.36 **** fIo**:*, 80 14 86 2.01 0.70 53.16 1.25 9 7 60 78 0.580 37.26 111.72 74.46 **** **** 80 15 87 2.01 0.70 42.73 1.47 10 10 70 76 0.633 21.06 63.72 42.66 **** ***,* ,80 16 88 2 .. 01 0.70 30.73 1.95 10 10 70 15 0.612 22.68 57.96 35.28 **** 0.92 80 17 89 2.01 0.'70 18.00 3.20 10 10 70 75 0.612 12.96 39.a2 26.76 **** 0.70 80 18 90 2.01 0.10 5.73 10.41 10 9 73 14 0.618 6.48 29.76 23.28**** 0.61 80 19 91 2.01 0.70 8.15 6.74 10 10 81 72 0.641 '0.32 13.37 13.04 **** 0.35 80 20 92 2.01 ,0.70 5.73 36.00 9 7 87 10 0.643 0.0 13.20 13.20 **** 0.36 80 21 '93 2.01 0.70 5.73 36.00 9 6 90 69 0.643 0.0 13.20 13.20 **** 0.36 80 22 94 2.01 0.70 5.73 36.00 9 7 92 69 0.657 0.0 13.20 13.20 **** 0.36 80 23 95 2.01 0.70 5.73 36.00 10 10 92 69 0 .. 65.7 0.0 19.80 19.80**** 0.54 80 24 96 2.01 0.70 5.13 36.00 10 10 92 70 0.680 0.0 19.80 19.80 **** 0.54 81 1 91 2.01 1.10 5.73 36.00 10 10 92 70 0.680 0.0 19.80 19.80 **** 0.54 81 2 98 2.01 1.10 5.73 36.00 10 10 92 70 0.680 0.0 19.80' 19.80 _*** 0.54 81 3 99 2.01 1.10 5.73 36.00 10 10 93 70 0.'687 0.0 19.80 19.80**** 0.54 81 4 100 2.01 1.10 5.73 36.00 10 10 98 67 0.654 0.0 .' 6.60 6.60 **** 0.18 81 5 101 2.01 1.10 5.73 36.00 10 10 98 66 0.631 0.0 6.60 6.60 **** 0.18 81 6 102 2.01 ,1.10 5.73 12.01 10 10 98 65 0.610 0.0 19.80 19 80 ***' .. 0.56 81 7 103 2.01 1.10 8.97 6.17 10 10 96 64 0.576 0.81 20.:22 19.41 **** 0.55 81 8 104 2.01 1.10 21.97 2.66 10 10 95 63 0.551 2.43 14.46 12.03 **** 0.34 81 9 105 2.01 1.10 34.56 1.76 10 10 98 60 0.512 3.24 14 88 11.64 **** 0.34 i 81 10 106 2.01 1.10 46.27 1.38 10 10 91 59 0.488 11.34. 19.08 7.74 **** 0.23 81 11 107 2.01 1.10 56.02 1.20 9 9 96 60 0.501 19.44 62.88 43.44 **** **** 12 '108 2.01 61.64 1.14 10 10 94 55 0 .. 410 11.34 38.88 27.54 **** 0.84 81 13 109 2.01' 1.10 60.63 1.15 10 10 96 54 0.403 11.82 55.44 37.62 **** **** ------------.. --.---B1 14 110 ;:>,,01 1010 53,,53 1,,;'24 1 I) 1 0 90 513 0 .. 4]7 53046 120ft1?' **** **** 81 15 1112.,01 1010 1" 46 5 4 63 65 00392 66",42 146064 22 **** 81 16 112 2.,,01 la10 31002 1" 93 3 1 52 66 0".335 413060 104." 40 55 .. ,30 *,;::':<* i:31 1 7 1132,,01 101018,,27 3,,16 6 2 52 65 0,,323 29 Q 16 61",32' '32 .. 16 **** 0,,91. 81 18 1 14 20 (1 1 1 G 1 (1 5,,73 9097 1. 1 52 64 0,,312 2.,43 14.,46 120:)3 >!'** >: 0" 32 1 0,,0 6060 6 .. 60 0020 81 20 1162 .. 01 1" 1 0 5 .. 73 36,,00 5 5 72 54 0", 30 2 0,,0 6 .. 60 6060 **** 0.,20 81 1 1172.,01 1" 1 0 5073 36000 0 0 79 53 0",320 000 6,,60 6 .. 60 *':<** 0,,20 I 81 2? 11S 2,,01 1 .. 10 5 .. 73 36000 5 5 81 52 0,,316 000 6,,60 6,,60 0021 81 23 11S 2",01 1 .. 1 0 5 .. 73 36 .. 00 3. 1 75 50 0,,271 0.,0 ****** ****** **** **** 81 24 120 2,,01 1" 1 0 5,,73 36 .. 00 5 2 71 49'00248 0<)0 ****** **** **** -., "1

PAGE 49

CAY HR SeQN SOLe OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRACT LWRAOT TRAN EMSV * LY/M OEG OEG F IN-HG lY/HR LY/HR LY/HR 82 1 121 2.01 1.50 5.13 36.00 a 0 13 47 0.237 0.0 **if **-.. ** **** ._** 82 2 122 2 .. 01 1.50 5.13 36.00 a 0 14 46 0.231 0.0 ** *. *** **** -**. 82 3 123 2.01 1.50 5.73 36.00 0 0 14 44 0.214 0.0 ***.*--**.,.*** **** ** ... 82 4 124 2.01 1.50 5.13 36.00 0 0 79 43 0.220 0.0 **_.** .*.*** **** ***. 82 5 125 2.01 1.50 5.73 36.00 a 0 83 41 0.213 0.0 **_.*. ** ** .*** 82 6 126 2.01 1.50 5.13 12.31 a 0 88 40 0.218 0.0 **_.**, ****** .*** ***. 82 7 121 2.01 1.50 9.10 6.09 0 0 85 42 0.228 4.'86 9.-.12 4 26 0.80 0.14 82 8 l_2fL_2.01 1.50 22.11 2.64 1 0 82 41 0.266 24.30 45.60 21.30**** 0.69 f-1 82 9 129 2.01 1.50 34.13 1.75 9 4 62 50 0.224*****. ****** ** **:*** **** 82 10 130 2.01 1.50 46.49 1 .. 38 1 3 55 50 0.199 ****.* **.**** *. _*** ***_ 82 11 131 2.01 1.50 56.31 1.20 8 3 45 55 0.196 **.*.* **_.** **_*** .*** **** 82 12 132 2.01 1.50 62.02 1.13 6 3 44 57 0.206 ****.* ** *. ***.*-**** **** 82 13 133 2.01 1.50 61.03 1.14 7 3 42 60 0.219 ***-.* ** ... **** **** .*** 82 14 134 2.01 1.50 53.89 1.24 8 3 40 62 0.224 ****** ***.*. ****** **** ***. 82 15 135 2.01 1.50 43.31 1.45 8 3 40 63 0.232 56.10 121.80 65.10 .*** **** 82 16 136 2.01 1.50 31.30 1.92 0 0 42 63 0.244 45.36 51.36 0.84 **** 82 11 131 2.01 1.50 18.53 3.12 0 0 45 62 0.252 29.16 61.32 32.16 0.92 0.93 82 18 138 2.01 1.50 5 .. 73 9.57 0 0 51 59 0.257 9 .. 12 18.24 8.52 0.98 0.25 B2 19 139 2.01 1.50 7.63 7 .. 15 0 0 65 55 0.283 0.0 6.60 6.60 **** 0.20 82 20 140 2.01 1.50 5.13 36.00 a 0 14 54 0.311 0.0 6.60 0.20 82 21 141 2.01 1.50 5.13 36.00 0 0 81 50 0.293 0.0 6.60 6.60 **** 0.21 82 22 142 2.01 1.50 5.73 36.00 0 0 81 50 0.315 0.0 6.60 6.60 **** 0.21 B2 23 143 2.01 1.50 5.73 36.00 0 0 88 50 0.319 0.0 6.60 6.60 .it** 0.21 82 24 144 2.01 1.50 5.73 36.00 0 0 91 49 0.318 0.0 6.60 6.60 **** 0.21 83 1 145 2.01 1.90 5.73 36.00 0 0 93 48 0.312 0.0 6.60 6.60 **** 0.21 83 2 146 2.01 1.90 5.73 36.00 0 0 96 48 0.323 '0.0 6 .. 60 6.60 *-** 0.21 83 3 147 2.01 1.90 5".73 36.00 0 0 97 47 0.314 0.0 6.60 6.60*-** 0.21 83 4 148 2.01 1.90 5.13 36.00 0 0 99 46 0.309 0.0 6.60 6.60 **** 0.22 83 5 149 2.01 1.90 5.13 36.00 0 o 100 46 0.312 0.0 6.60 6.60 **** 0.22 83 6 150 2.01 1.90 5.73 12.63 a o 100 45 0.300 0.0 6.60 6.60 **** 0.22 83 7 151 2.01 1.90 9.23 6.01 3 1 100' 44 0.289 4.86 15.12 10.86 ,:**** 0.36 83 8 152 2.01 1.90 22.25 2.62 a o 100 47 0.3'24 22.68 51.36 28.68 0.17 0.93 83 9 153 2.01 1.90 34.90 1.74 0 0 92 55 0.401 42.12 94.44 52.32 0.75 *** ... 83 10 154 2.01 1.90 46.70 1.31 a 0 62 60 0.324 58.32 129.24 10.92 0.14 ***. 83 11 155 2.01 1.90 56.60 1.20 0 0 42 67 0.280 58.32 149.04 90.72 0.63 *.*_ B3 12 156 2.01 1.90 62.40 1.13 0 0 41 80 0.423 ***.** .*,.\.It*. ** ** **** **if,. 83 13 151 2.01 1.90 61.43 1.14 0 0 40 72 0.316 81.00 114.00 93.00 0.19 **** 83 14 158 2.01 1.9054.25 1.23 1 1 40 72 0.316 77.16 165.12 81.96 **** **** 83 15 159 2.01 1.90 43.68 1.45 3 1 40 72 0.316 69.66 141.72 72.06 *******1* 83 16 160 2.01 1.90 31.58 1.90 3 1 44 70 0.325 56.70 108.60 51.90 .*** ***,.

PAGE 50

DAY HR SEQN SOle OEClH HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT lWRADT TRAN EMSV .. .. lY/M DEG OEG F I N-HG l Y I HR LY/HR LY/HR 83 17 161 2.01 1.90 18.80 3.08 a 0 45 68 0.310 37.26 65.52 28.26 0 .. 99 0.78 83 18 162 2.01 1.90 5.73 9.20 3 1 47 66 0.303 17.82 29.04 11.22 .. ** 0.31 83 19 163 2.01 1.90 7.37 7.38 4 1 55 62 0.308 3.24 8.28 5.04 **-* 0.15 83 20 164 2.01 1.90 5.73 36.00 3 1 60 60 0.313 0.0 6.60 6.60 it*_* 0.19 83 21 165 2.01 1.90 5.73 36.00 2 1 75 57 0.351 0.0 6.60 6.60 -*** 0.20 83 22 166 2.01 1.90 5.73 36.00 3 1 90 54 0.378 0.0 6.60 6.60 ***it 0.20 83 23 167 2.01 1.90 5.73 36.00 0 0 93 54 0.391 0.0 6.60 6.60 _it** 0.20 83 24 168 2.01 1.90 5.73 36.00 0 0 97 52 0.378 0.0 6 .. 60 6.60 *it** 0.21 84 1 169 2.01 2.30 5.73 36.00 7 3 98 50 0.355 0.0 6.21' ,6.21 **** 0.20 84 2 170 2.01 2.30 5.73 36.00 5 2 98 50 0.355 0.0 6.21 6.21 **** 0.20 84 3 111 2.01 2.30 5.73 36.00 5 2 100 49 0.349 0.0 6.21 6.21 **-* 0.20 84 4 172 2.01 2.30 5.13 36.00 6 6 100 49 0.349 0.0 6.21 6.21 ** .. 0.20 84 5 113 2.01 2.30 5.73 36.00 9 9 100 49 0.349 0 .. 0 6.21 6.21 .. ** 0.20 84 6 114 2.01 2.30 5.13 12.96 9 1 100 49 0.349 0.0 12.81 12.81 *-** 0.41 84 7 175 2.01 2.30 9.36 5.94 10 9 100 49 0.349 4.05 21.90 17.85 .*** 0.57 84 8 176 2.01 2.30 22.39 2.61 8 6 100 50 0.362 20.25 56.10 36.45 ** ... **** 84 9 117 2.01 2.30 35.06 1.74 7 3 85 58 0.413 49.41 <)8.22 48.81 .. **. it_*\Jf 84 10 178 2.01 2.30 46.91 1.37 7 3 58 63 0.336 52.65 106.50 53.85 ***. -**. 84 11 179 2.01 2.30 56.89 1.19 9 4 55 66 0.354 54 .. 27 127.14 72.87 ... -. ***. 84 12 180 2.01 2.30 62.78 1.12 9 4 48 71 0.367 16.95 165.30 88.35 .-... -_.,. 84 13 1812.01 2.30 61.84 1.13 9 6 51 11 0.390 59.13 136.26 77.13 ... -.-... _.84 14 182 2.01 2.30 54.61 1.23 10 10 51 70 0.377 25.11 72.42 47.31 **** .... 84 15 183 2.01 2.30 43.99 1.44 10 10 52 70 0.384 17.01 48.42 31.41 _.** 0.85 84 16 184 2.01 2.30 31.86 1.89 10 10 55 70 0.406 10.53 38.46 21.93 ** 0.76 84 17 185 2.01 2.30 19.06 3.03 10 10 60 69 0.428 0.0 26.79 26.79 **_. 0.73 84 18 186 2.01 2.30 5.99 8.86 10 10 70 67 0.467 0.0 *.-.* *-**--** *. 84 19 187 2.01 2.30 7.10 7.63 10 10 88 64 0.528 0.0 13.59 13.59**.* 0.39 84 20 188 2.01 2.30 5.73 36.00 10 10 82 65 0.510 0.0 13.59 13.59 0.38 84 21 189 2.01 2.30 5.73 36.00 10 10 83 65 0.516 0.0 13.59 13.59 .. _. 0.38 84 22 190 2.01 2.30 5.13 36.00 10 10 90 64 0.5.40 0.0 20.19 20.19 *_ 0.57 84 23 191 2.01 2.30 5.73 36.00 10 10 94 64 0.564 0.0 20.19 20.19 *-** 0.57 84 24 192 2.01 2.30 5.73 36.00 10 10 94 64 0.564 0.0 13.59 13.59 .-.-0.39 85 1 193 2.01 2.70 5.73 36.00 10 10 95 62 0.532 0.0 13.59 13.59 **-. 0.39 85 2 194 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 13.59 13.59 -** 0.40 85 3 195 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 13.59 13.59 ** 0.40 85 4 196 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 20.19 20.19 0.59 85 5 197 2.01 2.70 5.73 36.00 10 10 98 61 0.529 0.0 20.19 20.19 _.*. 0.59 85 6 198 2.01 2.10 5.73 13.30 10 10 97 60 0.506 0.0 13.59 13.59 .. *** 0.40 85 7 199 2.01 2.70 9.48 5.86 10 10 97 60 0.506 0.(;31 20.22 19.41 .. *-0.57 85 8 2002.01 2.70 22.52 2.59 10 10 97 61 0.524 4.05 21.90 17.85 -_.-0.52

PAGE 51

DAY HR SEQN SOle DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT lWRADT TRAN EMSV .. -It .. .. lY/M DEG OEG F IN-HG lY/HR lY/HR lY1HR 85 9 201 2.01 2.70 35.23 1.73 10 10 97 62 0.-543 7 29 30.18 22.89 ** .. 0.66 85 10 202 2.01 2.70 47.12 1.36 10 10 96 62 0.538 10.53 38.46 27.93 -.***'0.81 85 11 203 2.01 2.70 57.18 1.19 10 10 90 63 0.522 21.87 64.14 42.27 .** .. ..... 85 12 204 2.01 2.10 63.16 1.12 10 10 15 69 0.535 38.07 92.34 54.27 .. ** ... 85 13 205 2.01 2.10 62.24 1.13 9 9 68 72 0.538 60.75 143.70 82.95 .... .* .. :*85 14 206 2.01 2.10 54.97 1.22 9 9 62 72 0.490 54.27 121.14 72 87 **** .**'. 85 15 207 2.01 2.70 44.30 1.43 9 9 62 72 0.490' 46.11 122.94 16.77 **-* *.** 85 16 208 2.01 2.10 32.14 1.87 8 1 61 72 0.483 36 45 84.90 48.45 **** 85 17 209 2.01 2.70 19.33 3.00 9 7 60 72 0.475 28.35 61.50 39. 15 .** ** 85 18 210 2.01 2.70 6.25 8 .. 54 8 6 60 72 0.475 13.17 33.54 19.77 ***. 0.53 85 19 211 2.01 2.70 6.84 7.89 1 1 68 66 0.438 2.!t3 14.46 12.03 **** 0 3,4 85 20 212 2.01 2.70 5.13 36.00 4 3 16 65 0.473 0.81 13.62 12.81**** 0.36 85 21 213 2.01 2.70 5.73 36.00 4 3 82 64 0.492 0.0 12.81 12.81 **** 0.36 85 22 214 2.01 2.70 5.73 36.00 4 3 88 62 0.493 0.0 12.81 12.81 **** 0.37 85 23 215 2.01 2.70 5.73 36.00 6 4 92 61 0.497 0.0 12.81 12.81 -*** 0.37 85 24 216 2.01 2.70 5.13 36.00 8 8 94 61 0.508 0.0 12.81 12.81 .. *.* 0.37 86 1 211 2.01 3.10 5.7336.00 7 6 94 61 0.508 0.0 13.20 13.20 **** 0.38 86 2 218 2.01 3.10 5.13 36.00 4 3 80 60 0.418 0.0 13.20 13.20 **.* 0.39 86 3 219 2.01 3.10 5.13 36.00 5 4 66 58 0.3,21 0.0 13.20 13.20 .*** 0.39 86 4 220 2.01 3.10 5.73 36.00 5 4 65 58 0.316 0.0 13.20 13.20 *.** 0.39 86 5 221 2.01 3.10 5.73 36.00 1 6 65 57 0.304 0.0 13.20 13.20 **** 0.40 86 6 222 2.01 3.10 5.13 13.67 9 8 64 56 0.2:89 0.0 13.20 13.20 **** 0.40 86 1 223 2.01 3.10 9.61 5.79 10 10 63 54 0.2'65 3.24 14.88 11.64**** 0.36 86 8 224 2.01 3.10 22.66 2.58 10 5 63 54 0.265 11.82 42.24 24.42 **** 0.15 86 9 225 2.01 3.10 35.39 1.12 9 1 58 56 0.262 29.16 74.52 45.36***. **** 86 10 226 2.01 3.10 41.33 1.36 9 4 53 56 0.240 56.10 128.40 71.70 *.** **.* 86 11 227 2.01 3.10 51.47 1.18 1 1 48 60 0.251 46.98 143.16 96.18 ***. **** 86 12 228 2.01 .3.10 63.54 1.12 3 1 44 65 0.214 76.14 118.08 101.94 ** .. it ***lJt 86 13 229 2.01 3.10 62.64 1.12 2 1 42 68 0.290 76.14 118.08 101.94 it*it* **** 86 14 230 2.01 3.10 55.32 1.21 3 1 41 11 0.313 72.90 163.20 90.30 **** *-** 86 15 231 2.01 3.10 44.61 1.42 0 0 39 14 0.330 63.18 144.96 81.78 0.81 86 16 232 2.01 3.10 32.42 1.86 0 0 37 15 0.324 59.94 116.88 56.94 0.96 *-** 86 17 233 2.01 3.10 19.59 2.96 2 1 39 14 0.330 25.92 59.64 33.12 **** 0.89 86 18 234 2.01 3.10 6.51 8.24 0 0 42 73 0.344 9.72 24.84 15.12 0.96 0.40 86 19 235 2.01 3.10 6.58 8.11 5 2 50 70 0.369 1.62 7.44 5.82**** 0.16 86 20 236 2.01 3.10 5.73 36.00 5 4 61 65 0.379 0.0 6.60 6.60 **.* 0.19 86 21 237 2.01 3.10 5.73 36.00 5 4 69 62 0.386 0.0 13.20 13.20 **** 0.38 86 22 238 2.01 3.10 5.73 36.00 7 5 70 60 0.365 0.0 13.20 13.20 *.** 0.39 86 23 239 2.01 3.10 5.13 36.00 10 10 75 58 0.364 0.0 .,***** ... *** .. ** ... 86 24 240 2.01 3.10 5.13 36.00 10 10 87 57 0.407 0.0 ..... ****.* .*** *.*-

PAGE 52

DAY HR SECN SOlC DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWRADT fRAN EMSV * LY/M DEG DEG F IN-HG l Y IHR LY/HR LY/HR 87 1 241 2.01 3.30 5.73 36.00 10 10 98 55 0.427 0.0 ***.*. ***. **It. 87 2 242 2.01 3.30 5.73 36.00 10 10 98 56 0.443 0.0 20.19 20.19***. 0.61 87 3 243 2.01 3.30 5.73 36.00 10 10 98 58 0.476 0.0 **.**.* It** .*** 87 4 244 2.01 3.30 5.73 36.00 10 10 98 58 0.476 0 .0 ** ** ****.* .*** ** 87 5 245'2.01 3.30 5.73 36.00 10 10 100 58 0.486 0.0 86.19 86.19 *-* 87 6 246 2.01 3.30 5.73 13.83 10 10 100 59 0.503 0.0 66.39 66.39 ***. **** 87 7 247 2.01 3.30 9.67 5.76 10 10 100 60 0.522 0.81 19.62 18.81 **** 87 8 248 2.01 3.30 22.72 2.51 10 10 100 60 0.522 O.In 66.42 65.61 **It* 87 9 249 2.01 3.30 35.46 1.12 10 10 100 60 0.522 2.43 41.46 45.03 -*** *. 87 10 250 2.01 3.30 41.42 1.36 10 10 100 60 0.522 2.43 47.46 45.03 _.*. *-** 87 11 251 2.01 3.30 51.60 1.18 10 10 100 60 0.522 2.43 40.86 38.43 *.** 87 12 252 2.01 3.30 63.73 1.11 10 10 100 60 0.522 4.05 35.10 31.05 It*** 0.91 87 13 253 2.01 3.30 62.85 1.12 10 10 100 61 0.540 5.61 22.14 17.07 *.** 0.50 87 14 254 2.01 3.30 55.51 1.21 10 10 100 62 0.560 4.05 41.70 37.65 *.** *- 87 15 255 2.01 3.30 44.78 1.42 10 10 100 62 0.5.60 2.43 34.26 31.83 *.*. 0.92 87 16 256 2.01 3.30 32.57 1.85 10 10 100 63 0.580 2.43 40.86 38.43 ** ***. 87 17 251 2.01 3.30 19.73 2.94 10 10 100 63 0.580 0.81 26.82 26.01**** 0.14 87 18 258 2.01 3.30 6.65 8.09 10 10 100 63 0.580 0.81 40.02 39.21 ***. **** 87 19 259 2.01 3.30 6.44 8.32 10 10 100 63 0.580 0.81 33.42 32.61 **** 0.93 87 20 260 2.01 3.30 5.73 36.00 10 10 100 63 0.580 0.81 40.02 39.21 *.** ***It 87 21 261 2.01 3.30 5.73 36.00 10 10 100 63 0.580 0.0 52.41 52.41**** 1t.*:tI87 22 262 2.01 3.30 5.73 36.00 10 10 100 64 0.600 0.0 45.81 45.81 **** *.*87 23 263 2.01 3.30 5.73 36.00 10 10 100 64 0.600 0.0 39.21 39.21 ***. ***
PAGE 53

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV * LY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR 88 17 281 2.00 3.50 19.87 2.92 10 8 83 74 0.702 3.24 21.48 18.24 **** 0.48 88 18 282 2.00 3.50 6.79 7.94 10 10 86 73 0.703 1.62 20.64 19.02**** 0.51 88 19 283 2.00 3.50 6.29 8.49 10 10 87 72 0.'688 0.0 19.80 19.80 **** 0.53 88 20 284 2.00 3.50 5.73 36.00 10 10 90 71 0.688 0.0 19.80 19.80 0.53 88 21 285 2.00 3.50 5.73 36.00 10 10 92 10 0.680 0.0 19.80 19.80 **** 0.54 88 22 286 2.00 3.50 5.73 36.00 10 10 93 69 0.664 0.0 19.80 19.80**** 0.54 88 23 287 2.00 3.50 5.73 36.00 10 10 94 69 0.6]1 0.0 19.80 19.80 **** 0.54 88 24 288 2.00 3.50 5.73 36.00 10 10 95 69 0.678 0.0 19.80 19.80 .. *** 0.54 89 1 289 2.00 3.80 5.73 36.00 10 10 97 69 0.693 0.0 23.10 23.10 **** 0.63 89 2 290 2.00 3.80 5.73 36.00 10 10 98 69 0.700 0.0 23.76 23.76 **** 0.65 89 3 291 2.00 3.80 5.73 36.00 10 10 98 69 0.100 0.0 19.80 19.80 **** 0.54 89 4 292 2.00 3.80 5.73 36.00 10 10 98 70 0.724 0.0 19.80 19.80 **** 0.54 89 5 293 2.00 3.80 5.73 36.00 10 10 98 69 0.700 0.0 19.80 19.80 **** 0.54 89 6 294 2.00 3.80 5.73 14.31 10 10 98 68 0.676 0.0 16.50 16.50**** 0.45 89 7 295 2.00 3.80 9.82 5.67 10 10 95 69 0.678 3.24 28.08 24.84 **** 0.68 89 8 296 2.00 3.80 22.89 2.56 10 10 93 70 0.681 12.96 49.62 36.66**** 1.00 89 9 297 2.00 3.80 35.66 1.71 10 6 89 72 0.704 25.92 79.44 53.52 .. ** **** 89 10 298 2.00 3.80 41.68 1.35 10 10 85 74 0.719 42.12 114.24 72.12**** 89 11 299 2.00 3.80 51.95 1.18 10 10 80 77 0.748 48.bO 140.10 92.10**** ***,* 89 12 300 2.00 3.80 64.20 1.11 10 10 75 80 0.714 61.56 157.32 9.5.76 **** ***_ 89 13 301 2.00 3.80 63.36 1.12 9 6 68 83 0.174 58.32 132.54 74.22 **** **** 89 14 302 2.00 3.80 55.96 1.21 9 9 60 86 0.152 51.51 142.02 84.51 .. *** **** 89 15 303 2.00 3.80 45.16 1.41 9 9 45 86 0.564 43.74 121.68 77.94 **** **** 89 16 304 2.00 3.80 32.92 1.83 9 7 50 86 0.626 37.26 85.32 48.06 **** **** 89 17 305 2.00 3.80 20.06 2.89 9 5 56 83 0.631 22.68 54.66 31.98 **** 0.19 89 18 306 2.00 3.80 6.97 1.76 8 4 63 80 0.650 8.91 31.02 22.11 .*** 0.56 89 19 3072.00 3.80 6.10 8.72 7 3 74 77 0.692 0.81 11.64 10.83 **** 0.28 8920 308 2.00 3.80 5.73 36.00 6 3 85 74 0.719 0.0 9.90 9.90 **** 0.26 89 21 309 2.00 3.80 5.73 36.00 5 2 90 73 0.136 0.0 9.90 9.90 **** 0.26 89 22 310 2.00 3.80 5.73 36.00 5 2 95 71 0.726 0.0 9.90 9.90**** 0.27 89 23 311 2.00 3.80 5.73 36.00 5 2 96 71 0.733' 0.0 9.90 9.90 **** 0.27 89 24 312 2.00 3.80 5.73 36.00 3 1 97 70 0.111 0.0 9.90 9.90 **** 0.27 90 1 313 2.00 4 .. 00 5.73 36.00 0 0 98 69 0.700 0.0 11.22 11.22 **** 0.31 90 2 314 2.00 4.00 5.73 36.00 0 0 98 68 0.676 0.0 13.20 13.20**** 0.36 90 3 315 2.00 4.00 5.73 36.00 0 0 98 68 0.676 0.0 9.90 9.90 **** 0.27 90 4 316 2.00 4.00 5.73 36.00 3 1 98 68 0.676 0.0 12.54 12.54 **.* 0.35 90 5 317 2.00 4.00 5.73 36 .. 00 3 1 98 68 0.676 0.0 12.54 12.54 **** 0.35 90 6 318 2.00 4.00 5.73 14.48 0 0 98 68 0.676 0.0 13.86 13.86**** 0.38 90 7 319 2.00 4.00 9.87 5.65 10 10 99 70 0.732 1.62 21.30 19.68**** 0.53 90 8 320 2.00 4.00 22.94 2.55 10 10 99 72 0.783 12.96 46.32 33.36**** 0.89

PAGE 54

DAY HR SEQN SOLe OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT LWRAOT IRAN EMSV * lY/M DEG OEG F IN-HG LV/HR LY/HR LY/HR 90 9 321 2.00 4.00 35.72 1.71 9 8 90 75 0.1B,7 34.02 90.24 56.22 ** 90 10 322 2.00 4.00 41.17 1.35 9 9 80 78 0.,774 38.88 102.66 63.78 :**.* .... 90 11 323 2.00 4.00 58.08 1.18 9 9 72 80 0.743 47.14 123.44 16.30 **** ... **-* 90 12 324 2.00 4.00 64.38 1.11 7 7 68 82 0.149 56.10 138.30 81.60 ,*"'** .*--90 13 3252.00 4.00 63.56 1.12 5 5 64 84 0.752 53.46 133.32 19.86 90 14 326 2.00 4.00 56.14 1.20 3 3 60 86 0.752 53.46 133.32 19.86 **** *:. 90 15 327 2.00 4.00 45.33 1.40 3 3 54 86 0.677 53.46 120.12 66.66 ** 90 16 328 2.00 4.00 33.07 1.83 2 2 55 86 0.689 37.26 54.66 *** ......... 90 17 329 2.00 4.00 20.21 2.81 3 3 58 84 0.681 22.68 57.96 35.28 *. 0.86 90 18 330 2.00 4.00 7.11 1.62 1 1 60 82 0.661 9.72 28.14 18.42* ..... 0.46 90 19 331 2.00 4.00 5.96 8.90 0 0 75 78 0.725 0.81 11.64 10.83 0.74 0.28 90 20 332 2.00 4.00 5.13 36.00 0 0 85 74 0.719 0.0 9.90 9.90 .**. 0.26 90 21 333 2.00 4.00 5.73 36.00 0 0 92 73 0.753 0.0 9.90 9.90 .** .... 0.26 90 22 334 2.00 4.00 5.73 36.00 0 0 92 72 0.128 0.0 9.90 9.90 ...... 0.26 90 23 335 2.00 4.00 5.73 36.00 0 0 93 10 0.'687 0.0 9.90 9.90 ** .... 0.27 90 24 336 2.00 4.00 5.13 36.00 a 0 96 68 0.602 0.0 9.90 9.90 .* 0.27 91 1 337 2.00 4.20 5.13 36.00 10 10 96' 68 0.662 0.0 13.12 13.12 .* 0.36 91 2 338 2.00 4.20 5.13 36.00 10 10 98 68 0.616 0.0 18.40 18.40 .... 0.51 91 3 339 2.00 4.20 5.13 36.00 10 10 98 68 0.616 0.0 19.72 19.12 ..... 0.54 91 4 340 2.00 4.20 5.73 36.00 10 10 98 67 0.654 0.0 19.06 19.06 .... ** 0.53 91 5 341 2.00 4.20 5.73 36.00 10 10 98 66 0.631 0.0 16.42 16.42 *. 0.46 91 6 342 2.00 4.20 5.73 14.13 10 10 98 66 0.631 0.0 18.40 18.40*.** 0.52 91 7 343 2.00 4.20 9.95 5.61 10 10 98 67 0.654 1.78 21.38 19.60 ........ 0.54 91 8 344 2.00 4.20 23.02 2.54 10 10 98 67 0.654 6.64 30.50 23.86 ..... 0.66 91 9 345 2.00 4.20 35.81 1.70 10 10 97 70 0.717 11.50 45.56 34.06 0.93 91 10 346 2.0-0 4.20 47.88 1.35 10 10 95 72 0.751 34.18 90.32 56.14 -* ..... 91 11 341 2.00 4.20 58.23 1.18 5 4 85 77 0.195 40.66 133.28 92.62 :** ,. 91 12 348 2.00 4.20 64.57 1.11 2 2 72 82 0.193 60.10 143 36 83.26 ......... 91 13 349 2.00 4.20 63.16 1.11 4 4 6'0 84 0.105 61.72 154.10 92.38 ;11.* *.'" 91 14 350 2.00 4.20 56.31 1.20 4 3 58 86 0.727 55.24 140.84 85.60;11 ...... 91 15 351 2.00 4.20 45.47 1.40 5 4 58 86 0.727 34.18 83.12 49.54 .... ..... 91 16 3522.00 4.20 33.20 1.82 10 9 58 86 0.72,7 e4.46 12.08 41.62 ...... .. 91 17 353 2.00 4.20 20.33 2.86 9 8 58 83 0.660 14.74 47.24 32.50 ,."'.* 0.80 91 18 354 2.00 4.20 7.23 7.51 3 2 63 80 0.650 6.64 23.24 16.60 ** ... 0.42 91 19 355 2.00 4.20 5.84 9.06 9 1 10 77 0 .. 654 0.16 13.28 13.12 ...... 0.34 91 20 356 2.00 4.20 5.73 36.00 9 7 78 75 0.682 0.0 13.28 13.28 .* ... 0.35 91 21 351 2.00 4.20 5.73 36.00 9 7 83 14 0.702 0.0 13.28 13.28.**. 0.35 91 22 358 2.00 4.20 5.73 36.00 9 6 85 73 0.695 0.0 13.28 13.28 .... 0.35 91 23 359 2.00 4.20 5.13 36.00 1 3 88 72 0.696 0.0 9.98 9.98 .*** 0.21 9124 360 2.00 4.20 5.73 36.00 5 2 90 72 0.112 0.0 13.28 13.28 .* 0.36

PAGE 55

OAY HR SEQN SOlC OEClN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TlRAOT lWRAOT TRAN EMSV * '* lY/M OEG DEG F IN-HG lY/HR lY/HR lY/HR 92 1 361 2.00 4.60 5.73 36.00 5 4 92 11 0.703 0.0 12.54 12.54 ** 0.34 92 2 362 2.00 4.60 5.73 36.00 1 7 92 71 0.703 0.0 11.88 11.88**** 0.32 92 3 363 2.00 4.60 5.73 36.00 10 10 93 70 0.'687 0.0 13.20 13.20 *** 0.36 92 4 364 2.00 4.60 5.73 36.00 10 10 94 70 0.695 0.0 14.52 14 .. 52 ,** 0.39 92 5 365 2.00 4.60 5.73 36.00 10 10 94 70 0.695 0.0 13.86 13.86 itit*. 0.38 92 6 366 2.00 4.60 5.73 15.17 10 9 94 70 0.695 0.0 16.50 16.50 ...... 0.45 92 7 367 2.00 4.60 10.08 5.54 10 9 94 71 0.718 1.94 20.81 18.86 0.51 92 8 368 2.00 4.60 23.15 2.53 10 9 94 72 0.744 5.18 29.09 23.90 .. 0.64 92 9 369 2.00 4.60 35.97 1.70 10 10 90 75 0.787 11.66 45.65 33.98 .* 0.89 92 10 370 2.00 4.60 48.08 1.34 10 10 85 77 0.795 11.66 58.85 47.18:**** .... 92 11 371 2.00 4.60 58.51 1.17 10 10 82 77 0.167 19.76 63.05 43.28:*** *.** 92 12 372 2.00 4.60 64.95 1.10 10 10 82 78 0.793 10.04 38.21 28.16.*.* 0.72 92 13 373 2.00 4.60 64.16 1.11 10 10 90 11 0.688 14.90 21.53 12.62 ** 0.34 92 14 374 2.00 4.60 56.67 1.20 10 10 80 72 0.633 18.14 49.01 30.86:***. 0.83 92 15 375 2.00 4.60 45.78 1.39 10 10 68 74 0.575 40.01 70.25 30.23***. 0.80 92 16 316 2.00 4.60 33.48 1.81 10 6 50 74 0.423 26.24 66.41 40.16**** 92 17 377 2.00 4.60 20.59 2.82 10 8 53 72 0.419 11.66 31.13 19.46 .*.* 0.52 92 18 378 2.00 4.60 7.49 7.28 10 10 56 70 0.414 3.56 15.05 11.48 ... *. 0.31 92 19 379 2.00 4.60 5.73 9.42 10 10 65 68 0.448 0.a2 6.77 6.44 -0.18 92 20 380 2.00 4.60 5.73 36.00 10 10 80 66 0.515 0.0 6.60 6.60 ***. 0.18 92 21 381 2.00 4.60 5.73 36.00 10 9 81 65 0.504 0.0 6.60 6.60 : ... ** 0.19 92 22 382 2.00 4.60 5.73 36.00 10 9 82 64 0.492 0.0 6.60 6.60 ** 0.19 92 23 383 2.00 4.60 5.73 36.00 10 9 87 62 0.4,87 0.0 5.28 5.28 ** 0.15 92 24 384 2.00 4.60 5.73 36.00 8 4 88 60 0.459 0.0 3.30 3.30 .**. 0.10 93 1 385 2.00 4.90 5.73 36.00 0 0 85 59 0.4.28 0.0 1.40 1.40, ..... 0.04 93 2 386 2.00 4.90 5.73 36.00 0 0 73 58 0.-355 0.0 3.38 3.38 .... 0.10 93 3 381 2.00 4.90 5.73 36.00 5 2 75 57 0.351 0.0 4.70 4.70 ,"*.-0.14 93 4 388 2.00 4.90 5.73 36.00 0 a 68 56 0.307 0.0 1.40 1.40 ... ** 0.04 93 5 38g 2.00 4.90 5.73 36.00 a 0 70 55 0.305 0.0 1.40 1.40 ,*.it. 0.04 93 6 390 2.00 4.90 5.73 15.46 5 2 15 53 0.304 0.0 3.38 3.38 *.*-0.10 93 7 3912.00 4.90 10.15 5.50 8 3 69 53 0.279 6.64 10.64 10.00 it* 0.31 93 8 392 2.00 4.90 23.24 2.52 8 2 68 53 0.215 17.98 42.32 24.34 *" 0.15 93 9 393 2.00 4.90 36.06 1.69 8 5 62 54 0.260 22.84 61.34 .**. 93 10 394 2.00 4.90 48.21 1.34 8 6 60 56 0.271 24.46 68.18 44.32 **.* .... 93 11 395 2.00 4.90 58.70 1.17 10 8 58 58 0.282 24.46 68.78 44.32 ,.*.* ** ... 93 12 396 2.00 4.90 65.22 1.10 8 1 56 60 0.292 32.56 89.48 56.92 *** .... *. 93 13 397 2.00 4.90 64.47 1.11 9 8 58 63 0.336 34.18 93.62 59.44 .**. *it* 93 14 398 2.00 4.90 56.94 1.19 9 8 50 66 0.322 56.86 141.68 84.82 .......... -93 15 399 2.00 4.90 46.02 1.39 9 1 48 61 0.320 45.'5)2 109.40 63.88 ***. *.** 93 16 400 2.00 ,4.90 33.70 1.80 9 8 48 68 0.331 34.18 83.72 49.54"* .. *,:*

PAGE 56

DAY HR SEQN SOle DEClN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TlRADT lWRADT fRAN EMSV * ... lY/M DEG DEG F IN .... HG lY/HR lY/HR lY1HR 93 17 401 2.00 4.90 20.80 2.19 9 8 48 61 0.320 11.98 52'-22 34.24 .**** 0.95 93 18 402 2.00 4.90 1.10 7'.10 9 5 50 66 0.322 9.88 24.92 15.04***. 0.42 93 19 403 2.00 4.90 5.73 9.14 8 4 60 62 0.336 0.16 6.68 6.52 :** 0.19 93 20 404 2.00 4.90 5.13 36.00 8 5 68 58 0.330 0.16 6.68 6.52 ***. 0 .. 19 93 21 405 2.00 4.90 5.13 36.00 1 4 15 56 0.339 0.0 5.86 5.86:**** 0.18 93 22 406 2.00 4.90 5.13 36.00 5 3 82 54 0 344 0.0 5.20 5.20:**** 0.16 93 23 401 2.00 4.90 5.13 36.00 5 3 85 53 0.344 0.0 5.20 5.20**** 0.16 93 24 408 2.00 4.90 5.73 36.00 2 1 88 52 0.343 0.0 5.20 5.20 *. 0.16 94 1 409 2.00 5.30 5.13 36.00 0 0 90 52 0.351 0.0 5.94 5.94 **** 0.19 94 2 410 2.00 5.30 5.13 36.00 0 0 90 52 0.351 0.0 6.60 6.60:**** 0.21 94 3 411 2.00 5.30 5.73 36.00 2 2 90 52 0.351 0.0 .*.**. *** :* *. 94 4 412 2.00 5.30 5.73 36.00 3 3 92 52 0.359 0.0 *** .. *. ***.* **. ** 94 5 413 2.00 5.30 5.73 36.00 5 5 92 53 0.373 0.0 9.90 9.90 ,***. 0.31 94 6 414 2.00 5.30 5.13 15.95 1 7 92 54 0.386 0.0 9.90 9.90,** 0.30 94 7 415 2.00 5.30 10.28 5.44 10 10 92 56 0.416 1.62 17.34 15.12 ... *** 0.4:8 94 8 416 2.00 5.30 23.31 2.51 10 10 92 58 0.447 3.24 24.18 21.54**.* 0.64 94 9 411 2.00 5.30 36.22 1.69 10 10 92 59 0.463 6.48 23.16 16.68 *"" 0.49 94 10 418 2.00 5.30 48.40 1.34 10 10 95 60 0.496 6.48 16.56 10.08 ...... 0.30 94 11 419 2.00 5.30 58.97 1.17 10 10 96 61 0.518 8.10 31.20 29.10 .. 0.85 94 12 420 2.00 5.30 65.60 1.10 10 10 97 62 0.543 3.24 11.58 8.34 .. ** 0.24 94 13 421 2.00 5.30 64.87 1.10 10 10 100 62 0.560 4.86 55.32 50.46* .... *.*11' 94 14 422 2.00 5.30 57.29 1.19 10 10 100 62 0.560 3.24 67.68 64.44 .*.*"* .. *. 94 15 423 2.00 5.30 46.32 1.38 10 10 100 62 0.560 1.62 73.44 71.82 -*.* .*.94 16 424 2.00 5.30 33.97 1.78 10 10 100 62 0.5hO 1.62 86.64 85.02 .* ........ it 94 17 425 2.00 5.30 21.06 2.76 10 10 100 62 0.560 1.62 86.64 85.02 11' ...... ** .. 94 18 426 2.00 5.30 7.96 6.89 10 10 100 62 0.560 0.0 82.50 82.50 ... ...... ,. 94 19 427 2.00 5.30 5.13 10.16 10 10 100 62 0.560 0.0 12.60 12.60*"*" ...... 94 20 428 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 85.80 85.80 ** .. .. 94 21 429 2.00 5.30 5.13 36.00 10 10 100 62 0.5.60 0.0 26.40 26.40 ..... 0.16 94 22 430 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 26.40 26 .40 _* .. ** 0.16 94 23 431 2.00 5.30 5.73 36.00 10 10 100 62 0.560 0.0 29.70 29.10**.* 0.86 94 24 432 2.00 5.30 5.73 36.00 10 10 100 61 0.540 0.0 13.20 13.20 .. .. 0.38 95 1 433 2.00 5.70 5.73 36.00 10 10 100 61 0.540 o.{) 6.60 6.60 .** .. 0.19 95 2 434 2.00 5.10 5.73 36.00 10 10 100 61 0.540 0.0 '*i." .... ** .. ,**"* ..... 95 3 435 2.00 5.70 5.73 36.00 10 10 100 61 0.540 0.0 ***it .... .... .. *_ 95 4 436 2.00 5.10 5.73 36.00 10 10 100 60 0.522 0.0 ..... ........ *. ". ..... it ... 95 5 431 2.00 5.70 5.73 36.00 10 10 100 60 0.522 0.0 ** .. '(It.** .. **.. ... 95 6 438 2.00 5.10 5.73 16.45 10 10 100 61 0.540 0.0 ** it ... ......... 95 7 439 2.00 5.70 10.40 5.38 10 10 100 61 0.540 0.81 7.02 6.21,.**. 0.18 95 8 440 2.00 5.70 23.50 2.49 10 10 100 62 0.560 4.05 21.90 11.85 ... ** 0.52

PAGE 57

DAY HR SEQN Sale DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT lWRAOT EMSV * lY/M DEG OEG F IN-HG lY/HR lY/HR lYJHR 95 9 441 2.00 5.70 36.31 1.68 10 10 100 62 0.5.60 0.81 0.42 **_*** **** ***_ 95 10 442 2.00 5.70 48.60 1.33 10 10 100 62 0.5,60 2.43 1.26 ** .. *** ;If*** ***. 95 11 443 2.00 5:10 59.24 1.16 10 10 100 62 0.560 6.48 9.96 3.48 **** 0.10 95 12 444 2.00 5.70 65.97 1.09 10 10 100 62 0.560 3.24 11.58 8.34 *.** 0.24 95 13 445 2.00 5.70 65.28 1.10 10 10 100 62 0.560 4.86 5.:82 0.96 0.03 95 14 446 2.00 5.70 51.65 1.18 10 10 100 63 0.580 2.43 5.88 3.45 ** 0.10 95 15 447 2.00 5.70 46.63 1.37 10 10 99 63 0.574 8.91 11.82 8.91 *.** 0.26 95 16 448 2.00 5.10 34.25 1.11 10 10 99 63 0.574 4.05 2.10 .* .. *.* **.* ***95 17 449 2.00 5.70 21.32 2.73 10 10 99 63 0.574 1.62 14.04 12.42 0.36 95 18 450 2.00 5.70 8.21 6.69 10 10 99 63 0.574 0.81 11.64 10.83*.** 0.31 95 19 451 2.00 5.70 5.73 10.61 10 10 99 62 0.554 0.0 13.20 13.20 .*** 0.38 95 20 452 2.00 5.70 5.73 36.00 10 10 99 62 0.554 0.0 13.20 13.20 **** 0.38 95 21 453 2.00 5.70 5.73 36.00 10 10 99 62 0.554 0.0 13.20 13.20;***. 0.38 95 22 454 2.00 5.70 5.73 36.00 10 10 99 62 0.554 0.0 13.20 13.20**** 0.3S 95 23 455 2.00 .5.70 5.73 36.00 10 10 99 62 0.554 0.0 13.20 13.20 0.38 95 24 456 2.00 5.70 5.73 36.00 10 10 99 62 0.554 0.0 1:3.20 13.20 .**. 0.38 96 1 457 1.99 6.10 5.73 36.00 10 10 100 62 0.560 0.0 13.20 13.20 .. ;**** 0.38 96 2 458 1.99 6.10 5.73 36.00 9 8 100 62 0.560 0.0 13.20 13.20 ,* 0.38 96 3 459 1.99 6.10 5.13 36.00 10 10 99 61 0.535 0.0 13.20 13.20 .* 0.38 96 4 460 1.99 6.10 5.73 36.00 10 10 98 60 0.512 0.0 13.20 13.20 ** 0.39 96 5 461 1.99 6.10 5.73 36.00 7 5 98 60 0.512 0.0 13.20 13.20 ..... 0.39 96 6 462 1.99 6.10 5.73 17.00 5 3 98 60 0.512 0.0 6.60 6.60 .* 0.19 96 7 463 1.99 6.10 10.53 5.32 10 10 95 61 0.513 3.24 14.88 11.64 **** 0 34 96 8 464 1.99 6.10 23.63 2.48 10 10 92 62 0.515 12.96 39.72 26.76 **** 0.77 96 9 465 1.99 6.10 36.52 1.68 7 5 85 63 0.493 25.92 66.24 40.32 **** .**.: 96 10 466 1.99 6.1048.79 1.33 10 9 80 66 0.515 37.26 91.,92 54.66 .*.* .... 96 11 467 1.99 6.1059.51 1.16 10 9 72 68 0.497 43.74 115.08 71.34 96 12 468 1.99 6.10 66.34 1.09 10 9 65 70 0.480 51.84 125.88 74.04 .. 96 13 469 1.99 6.10 65.68 1.10 10 8 53 72 0.419 51.84 132.4,8 80.64 ** 96 14 470 1.99 6.1058.00 1.18 8 6 49 74 0.415 55.08 140.76 85.68**.***.* 96 15 471 1.99 6.10 46.93 1.37 1 3 42 75 0.367 46.98 116.76 69.18 ** it ,* 96 16 472 1.99 6.10 34.52 1.76 5 2 40 76 0.362 37.26 91 92 54.66*,.** .*** 96 17 1.99 6.10 21.58 2 .. 70 4 2 39 74 0.330 25.92 59.64 33.72***. 0.89 96 18 474 1.99 6.10 8.47 6.51 2 1 40 71 0.306 9.72 **.*** *. **.* 96 19 475 1.99 6.10 5.73 11.10 2 1 62 65 0.386 1.62 **** *,* 96 20 416 1.99 6.10 5.73 36.00 1 0 13 63 0.423 0.0 ** .*** **4. 96 21 477 1.99 6.10 5.73 36.00 0 0 84 60 0.438 0.0 **A*it* tti*_it.*it**. :. 96 22 478 1.99 6.10 5.13 36.00 0 0 85 59 0.428 0.0 **., **. ,.* **it* 96 23 479 1.99 6.10 5.73 36.00 0 0 90 58 0.437 0.0 .*,.**:* ** **.* **it" 96 24 480 1.99 6.10 5.73 36.00 10 10 93 51 0.435 0.0 ** -**.*.***** ***'.

PAGE 58

OAY HR SEQN SOLC DEeLH HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRADT LWRAOT KRAN EMSV .. .. LV/M nEG OEG F IN-HG lY/HR LY/HR LY/HR 97 1 481 1.99 6.40 5.73 36.00 0 0 96 56 0.434-0.0 **#_** ****** M*** 91 2 482 1.99 6.40 5.13 36.00 0 0 96 56 0.434-0.0 ***.** .*.*.* -**. .*.91 3 483 1.99 6.40 5.73 36.00 0 0 96 56 0.434 0.0 **.- ***.** .*.* ** 91 4 484 1.99 6.40 5.13 36.00 0 0 96 55 0.419 0.0 **- ** ** -*** .* 91 5 485 1.99 6.40 5.73 36.00 0 0 93 54 0.391 0.0 .**.** ** ** ***. 97 6 486 1.99 6.40 5.13 17.35 0 0 89 54 0.374 0.0 **.*.*.*.* ft*_. 91 1 487 1.99 6.40 10.61 5.28 0 0 87 55 0.319 1.62 14.04 12.42 0.61 0.38 97 8 488 1.99 6.40 23.71 2.47 0 0 60 60 0.313 21.06 50.52 29.46 0.12 0.86 97 9 489 1.99 6.40 36.61 1.67 0 0 45 64 0.270 35.64 84.48 48.84 0.66 97 10 490 1.99 6.40 48.91 1.33 0 0 40 69 0.2:86 48.60 117.60 69.00 0.63 **-it,. 91 11 491 1.99 6.40 59.69 1.16 0 0 32 12 0.253 42.12 134.04 91.92 0.46 ***. 97 12 492 1.99 6.40 66.61 1.09 0 0 32 13 0.2h2 63.18 15'1.56 88.38 0.60 97 13 493 1.99 6.40 65.99 1.09 0 0 31 15 0.271 63.18 158.16 94.98 0.61 **._ 97 14 494 1.99 6.40 58.27 1.17 0 0 29 16 0.2,62 59.94 143.2 83.34 0.64 ***,# 91 15 495 1.99 6.40 41.11 1.36 3 1 25 76 0.226 51.84 125.88 74.04 **** **.* 91 16 496 1.99 6.40 34.74 1.15 0 0 23 76 0.208 40.,50 *., .**.*'/t 0.14 .* 91 11 497 1.99 6.40 21.79 2.68 0 0 24 75 0. 25.92 59.64 33.72 0.82 O. 8,8 91 18 498 1.99 6.40 8.68 6.36 0 0 25 71 0.191 11.34 19.08 1.14 0.93 0.21 91 19 499 1.99 6.40 5.73 11.54 0 0 52 64 0.312 1.62 0.84 0.84 91 20 500 1.99 6.40 5.73 36.00 0 0 63 60 0.329 0.0 *.**.. ***. 97 21 501 1.99 6.40 5.73 36.00 0 0 72 56 0.325 0.0 *f ** ** 97 22 502 1.99 6.40 5.73 36.00 0 0 19 56 0.357 0.0 :ft *:'-* *_,* 91 23 503 1.99 6.40 5.73 36.00 0 0 82 5.5 0.358 0.0 ***,;*., *. 97 24 504 1.99 6.40 5.73 36.00 0 0 85 54 0.357 0 .0 *.* *** ** 98 1 505 1.99 6.80 5.73 36.00 0 0 87 53 0.352 0.0 *._.* *. 98 2 506 1.99 6.80 5.73 36.00 0 0 90 52 0.351 0.0 *.. 98 3 507 1.99 6.80 5.13 36.00 0 0 93 51 0.350 0.0 **-* *.-98 4 508 1.99 6.80 5.73 36.00 0 0 95 51 0.351 0.0 ** .**.* ._ 98 5 509 1.99 6.80 5.73 36.00 0 0 96 50 0.348 0.0 -.It.\It*. *--,. ft.*--**. 98 6 510 1.99 6.80 5.73 11.95 0 0 99 48 0.333 0.0 ****** .**.** **** *. 98 7 511 1.99 6.80 10.73 5.22 0 o 100 51 0.376 1.62 .***.* .* -0.61 .*** 98 8 512 1.99 6.80 23.84 2.46 0 0 80 60 0.418 21.06 24.12 3.06 0.71 0.09 98 9 513 1.99 6.80 36.76 1.67 0 0 60 65 0 .JQ3 35.64 84.48 48.84 0.66 **._ 98 10 514 1.99 6.80 49.10 1.32 0 0 53 10 0.392 48.60 150.60 102.00 0.63 **** 98 11 515 1.99 6.80 59.96 1.15 3 3 51 11 0.390 48.60 .*_.*. **,.-* 98 12 516 1.99 6.80 66.98 1.09 5 5 50 74 0.423 46.98 .*.it., iIi: ,** **ifil' 98 13 517 1 .. 99 6.80 66.39 1.09 4 4 50 74 0.423 64.60 '* *. \it* *.-. 98 14 518 1.99 6.80 58.62 1.17 2 2 42 85 0.510 59.94 *' *.* :. 98 15 519 1.99 6.80 47.46 1.36 2 2 42 88 0.5h1 51.84 iII ***.* *.* *. 98 16 520 1.99 6.80 35.01 1.74 2 2 43 80 0 .444 30.7B -*_

PAGE 59

DAY HR SEQN SOLC DECLN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TLRADI LWRADT IRAN EMSN LY/M OEG DEG F IN-HG lY/HR LY1HR LY/HR 98 17 521 1.99 6.8022.04 2.65 3 1 45 75 0.394 24.30 ** **-.** **** **** 98 18 522 1.99 6.80 8.93 6.20 3 1 60 10 0.443 8.10 ***M ****** *.** **** 98 19 523 1.99 6.80 5.73 12.12 3 1 73 65 0.454 1.62 *it .. ***. ** **** 98 20 524 1.99 6.80 5.73 36.00 C 0 79 63 0.458 0.0 ** *.**** **** ***. 98 21 525 1.99 6.80 5.13 36.00 0 0 82 61 0.443 0.0 ** **** .* 98 22 526 1.99 6.80 5.73 36.00 0 0 81 60 0.454 0.0 ***. ****** **** ** 98 23 521 1.99 6.80 5.73 36.00 0 0 90 59 0.453 0.0 **.* ** **.* 98 24 528 1.99 6.80 5.73 36.00 0 0 95 57 0.445 0.0 **** ** ** 99 1 529 1.99 7.20 5.73 36.00 0 0 97 56 0.438 0.0 .* ******** 99 2 530 1.99 7.20 5.73 36.00 0 0 99 56 0.441 0.0 .*."it:*' ** .. *** **.* **** 99 3 531 1.99 7.20 5.73 36.00 0 0 99 55 0.432 0.0 ** ** **** **it* 99 4 532 1.99 1.20 5.73 36.00 0 o 100 54 0.420 0.0 .* ****** *. ** 99 5 533 1.99 7.20 5.73 36.00 0 o 100 54 0.420 0.0 *._.*. **W.*. ..** 99 6 534 1.99 7.20 5.73 18.68 7 3 100 55 0.436 0.0 ** ** ... ** 99 7 535 1..,99 7.20 10.88 5.16 3 1 95 59 0.478 4.86 15.72 10.86.**. 0.32 99 8 536 1.99 1.2023.98 2.45 3 1 78 63 0.452 21.06 50.52 29.46 ** 0.84 99 9 537 1.99 1.20 36.92 1.66 2 1 65 68 0.448 34.02 49.62 99 10 538 1.99 1.20 49.30 1.32 0 0 55 72 0.435 45.36 0.59 M 99 11 539 1.99 7.20 60.23 1.15 5 5 52 15 0.455 48.60 ** ...... *.* 99 12 540 1.99 1.20 67.35 1.08 8 6 49 16 0.443 45.36 .** *.* 99 13 541 1.99 7.20 66.19 1.09 7 7 48 18 0.464 42.12 .. **it ** it 99 14 542 1.99 1.20 58.95 1.17 7 7 46 18 0.445 40.50 **.,.** ****** 99 15 543 1.99 7.2047.74 1.35 1 1 48 17 0.449 35.64 ** 99 16 544 1.99 7.20 35.25 1.73 7 7 49 76 0.443 24.30 *.* ** ,. 99 17 545 1.99 7.20 22.28 2.62 4 3 50 16 0.452 21.a6 .*-.*. *.* *99 18 546 1.99 1.20 9.17 6.05 0 a 55 12 0.435 8.10 0.81 *.** 99 19 541 1.99 1.20 5.73 12.10 0 0 65 68 0.448 1.62 *** .* 0.85 '19 20 548 1.99 7.20 5.73 36.00 0 0 7.5 65 0.466 0.0 .*.. ..-. 99 21 549 1.g9 7.20 5.73 36.00 0 0 85 64 0.510 0.0 ** 99 22 550 1.99 7.20 5.73 36.00 0 0 90 62 0.504 0.0 .****. 99 23 551 1.99 1.20 5.73 36.00 0 0 95 60 0.496 0.0 .*.**. '19 24 552 1.99 7.20 5.13 36.00 0 0 91 59 0.488 o.a ** 100 1 553 1.99 7.60 5.73 36.00 0 0 99 58 0.481 0.0 : *** .. ** 100 2 554 1.99 7.60 5.73 36.00 0 0 99 58 0 .. 481 0.0 *.. .**. 100 3 555 1.99 7.60 5.73 36.00 0 0 99 58 0.481 0.0 :. 100 4 556 1.99 1.60 5.73 36.00 5 2 9'1 58 0.481 0.0 ** .**-100 5 551 1.99 7.60 5.73 36.00 5 2 99 51 0.463 0.0 .* *.**. *.** -100 6 558 1.99 7.60 5.73 19.31 8 6 99 57 0.463 0 .. 0 .* *.* 100 7 559 1.99 7.60 11.00 5.10 8 6 99 59 0.498 3.24 ** .* 100 8 560 1.99 7.60 24.11 2.43 8 5 99 61 0.535 16.20 ** ** ;tt* .*if.

PAGE 60

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM YPRES SWRABr TLRADT LWRADT TRAN EMSV * .. LY/M OEG DEG F IN-HG lY/HR lY/HR LY/HR lQO 9 561 1.99 7.60 31.06 1.66 9 .6 85 67 0.$67 29.16 14.52 45.36 ** ** 100 10 562 1.99 7.60 49.48 1.31 9 6 10 70 0.517 40.50 106.80 66.30 ***. .. *_ 100 11 563 1.99 7.60 60.49 1.15 10 7 60 74 0.508 43.14 115.08 71.34 .. ** .*it". 100 12 564 1.99 7.60 67.72 1.08 10 6 52 74 0.4.40 48.60 ** *. ** 100 13 565 1.99 7.60 67.19 1.08 10 10 50 75 0.438 30.78 .* ........... **** .**_ 100 14 566 1.99 7.60 59.29 1.16 9 6 46 79 0.460 45.36 122.52 1"7.16 ***. 100 15 567 1.99 7.60 48.03 1.34 9 4 40 80 0.413 48.60 124.20 15.60 ; .. *.* .... ,. 100 16 568 1.99 7.60 35.52 1.72 4 1 42 80 0.433 30.78 75.36 44.58 .. *** ** 100 11 569 1.99 7.60 22.53 2.59 5 1 50 18 0.483 11.82 48.84 31.02 *. 0.19 100 18 570 1.99 7.60 9.42 5.90 3 1 58 77 0.542 6.48 16.56 10.08 .**** 0.26 100 19 571 1.99 7.60 5.73 13.39 8 6 63 11 0.481 0.0 6.60 6.60.**** 0.18 100 20 512 1.99 7.60 5.13 36.00 3 1 72 68 0.497 0.0 6.60 6.60 .**** 0.18 100 21 513 1.99 1.60 5.13 36 .. 00 8 4 85 66 0.54;1 0.0 6 .. 60 6.60 .*.* 0.18 100 22 574 1.99 7.60 5.73 36.00 5 1 90 64 0.540 0.0 .* **,".* **. 100 23 575 1.99 7.60 5.73 36.00 6 2 92 63 0.534 0.0 *._.* ... ** **** **_. 100 24 576 1.99 1.60 5.73 36.00 8 4 95 62 0.532 0.0 ** *:. ** ,*.* .... .... :. 101 1 517 1.99 7.90 5.73 36.00 4 1 95 62 0.532 0.0 6.60 6.60 .*** 0.19 101 2 518 1.99 7.90 5.73 36.00 10 10 97 62 0.543 0.0 6.60 6.60.*** 0.19 101 3 519 1.99 7.90 5.13 36.00 10 10 98 62 0.549 0.0 6.60 6.60 *.*. 0.19 101 4 580 1.99 7.90 5.13 36.00 10 9 98 61 0.529 0.0 6.60 6.60 .**. 0.19 101 5 581 1.99 7.90 5.1336.00 8 10 98 60 0.512 0.0 6.60 6.60 ,**** 0.19 101 6 582 1.99 1.90 5.73 19.81 1 6 98 60 0.512 0 .0 6.60 .*** 0.19 101 1 583 1.99 7.90 11.08 5.01 1 6 98 62 0.549 8.10 11.40 9.30 **** 0.27 101 8 584 1.99 7.90 24.19 2.43 8 6 95 65 0.591 >24.30 52.20 27.90***. 0.79 101 9 585 1.99 7.90 37.15 1.65 8 7 80 69 0.571 34.02 83.64 49.62 **** *** .... 101 10 586 1.99 7.90 49.60 1.31 8 7 14 12 0.58S 30.18 101.16 70.98 "**.,, .*.,* 101 11 587 1.99 7.90 60.66 1.15 8 6 60 76 0.543 45.36 109'-32 63.96 ,***. *** 101 12 588 1.99 1.90 67.99 1.08 9 6 57 78 0.551 48.60 131.40 88.80 ,******.* 101 13 .589 1.99 7.90 67.50 1.08 9 7 53 78 0.513 40.50 126.60 86.10**.* **tI:* 101 14 590 1.99 7.90 59.56 1.16 10 8 55 78 0.532 42.12 94.44 52.32**** .*** 101 15 591 1.99 7.90 48.21 1.34 10 10 51 76 0.516 14.58 60.36 45.78 ,**** .* 101 16 592 1.99 7.90 35.74 1.11 10 10 60 16 0.543 11.34 38.88 0.12 101 11 593 1.99 7.90 22.14 2.51 10 10 63 74 0.533 4.'86 28.92 24.06**** 0.63 101 18 594 1.99 7.90 9.63 5.78 10 10 10 12 0.554 0.0 13.20 13.20 .*** 0.35 101 19 595 1.99 7.90 5.13 14.01 10 10 78 11 0.596 0.0 6.60 6.60**** 0.18 101 20 596 1.99 7 .. 90 5.73 36.00 10 10 88 68 0.601 0.6 **_.*,. **,..., **.* **_. 101 21 591 1.99 7.90 5.73 36.00 10 10 93 65 0.578 0.0 6.60 6.60 ***. 0.19 101 22 598 1.99 7.90 5.13 36.00 10 10 95 64 0.570 0.0 13.20 13.20 .**. 0.3:8 101 23 599 1.99 7.90 5.13 36.00 10 10 97 63 0.563 0.0 13.20 13.20.**.* 0.38 101 24 600 1.99 7.90 5.73 36.00 10 10 97 62 0.543 0.0 **.*.** **.,*** .it* .. .*

PAGE 61

DAY HR seCN SOLC OECLN HRANG AIRMS CL OP RHM rEM VPRES SWRAOT TLRAOT LWRAOT JRAN EMSV ... LY/M oeG OEG F IN-..HG LY/HR LY/HR LYIHR 102 1 601 1.99 8.30 5.73 36.00 10 10 97 64 0.5'82 0.0 ....... ** A*** 102 2 602 1.99 8.30 5.73 36.00 10 10 98 63 0.568 0.0 ** ** .. *** 102 3 603 1.99 8.30 5.73 36.00 10 10 100 63 0.580 0.0 .***** **.*,*** *** ... ***'. 102 4 604 1.99 8.30 5.73 36.00 10 10 100 63 0.580 0.0 **: '* .. .*** 102 5 605 1.99 8.30 5.13 36.00 10 10 100 62 0.560 0.0 ** *. ** ** *. 102 6 606 1.99 8.30 5.73 20.57 10 10 100 62 0.560 0.0 ... *.* .. *......... *. 102 7 607 1.99 8.30 11.20 5.02 10 10 100 62 0.560 0.0 19.80 19.80* '" 0.57 102 8 608 1.99 8.30 24.31 2.42 10 10 100 65 0.622 16.20 34.80 18.60**"'. 0.52 102 9 609 1.99 8.30 37.29 1.65 3 3 100 67 0.667 32.40 63.00 30.60 .** ... 0.85 102 10 610 1.99 8.30 49.78 1.31 7 4 95 70 0.702 37.26 98.52 61. 26 ** 102 11 611 1.99 8.30 60.91 1.14 8 6 85 74 0.719 43.14 128.28 84.54 **.* ** 102 12 612 1.99 8.30 68.35 1.08 10 10 80 75 0.700 48.60 137.40 88.80 **** .... 102 13 613 1.99 8.30 67.90 1.08 10 10 78 78 0.154 40.-50 113.40 72.90 ,.* ....... 102 14 614 1.99 8.30 59.90 1.15 9 8 79 80 0.815 40.50 133.20 92.10*** "'** 102 15 615 1.99 8.30 48.56 1.33 7 4 80 80 0.826 32.40 89.40 57.00 .*.* *._. 102 16 616 1.99 8.30 36.00 1.70 8 5 79 80 0.8l5 8.10 57.00 48.90 ... 102 17 617 1.99 8.30 23.00 2.54 9 8 74 74 0.62'6 6.48 ..... *. *****. *-. 102 18 618 1.99 8.30 9.88 5.64 8 6 73 73 0.591 3.24 21.48 18.24 0.48 102 19 619 1.99 8.30 5.73 14.84 9 9 70 10 0.517 0.0 6.60 6.60 0.1.8 102 20 620 1.99 8.30 5.73 36.00 4 3 69 69 0.493 0.0 6.60 6.60 ._.* 0.18 102 21 621 1.99 8.30 5.73 36.00 5 4 68 68 0.469 0.0 6.60 6.60**.* 0.18 102 22 622 1.99 8.30 5.73 36.00 9 8 68 68 0.469 0.0 13.20 13.20 *" 0.36 102 23 623 1.99 8.30 5.73 36.00 7 6 68 68 0.469 0.0 13.20 13.20 ... *-0.36 10224 624 1.99 8.30 5.13 36.00 8 8 61 66 0.431 0.0 6.60 6.60 *. 0.18 103 1 625 1.98 8.10 5.13 36.00 4 3 90 65 0.560 0.0 *-*.. ..... ** .. -103 2 626 1.98 8.70 5.73 36.00 0 0 91 63 0.528 0.0 ; ......... 103 3 627 1.98 8.10 5.13 36.00 0 0 92 63 0.534 0.0 .......... 103 4 628 1.98 8.10 5.73 36.00 0 0 95 62 0.532 0.0 ,. ...... .-. 103 5 629 1.98 8.70 5.73 36 .. 00 0 0 97 61 0.524 0.0 .............. ........ 103 6 630 '1.98' 8.70 5.73 21.49 10 10 98 60 0 .. 51 0.0 ...................... -103 7 631 1.98 8.10 11.34 4.96 10 10 98 60 0.512 .... ** .*.* 103 8 632 1.98 8.70 24.46 2.40 10 10 96 60 0.501 .................. 103 9 633 1.98 8.10 37.45 1.64 10 10 96 63 0.557 .......... ... ** **.* 103 10 634 1.98 8.10 49.97 1.30 9 8 90 66 0.580 if,. -. ** ... ;*** **. 103 11 635 1.98 8.70 61.18 1.14 3 2 75 72 0.593 ... ...... _. 103 12 636 1.98 8.10 68.12 1.07 4 3 10 75 0.612 ** ....... *'IIf,* 103 13 637 1.98 8.70 68.29 1 .. 08 5 4 63 76 0.570 *. *-103 14 638 1.98 8.70 60.23 1.15 2 2 60 79 0.599 ....... *._ ........ 103 15 639 1.98 8.10 48.83 1.33 3 3 56 80 0.578 ..... lIt ............. ** "*,. 103 16 640 1.98 8.10 36.24 1.69 2 2 55 80 0.568 ..............

PAGE 62

DAY HR SEQN SOle DEClN HRANG AIRMS Cl QP RHM TEM VPRfS SWRAOT TlRADT lWRADT rrRAN EMSV .. .. lY/M DEG DEG F IN-HG lY/HR lY/HR LYJHR 103 17 641 1.98 8.70 23.23 2.52 0 0 5.5 80 0.568 *:*.* # 103 18 642 1.98 8.70 10.12 5.52 0 0 56 80 0.518 ..... -** ** 103 19 643 1.98 8.70 5.73 15.69 0 0 70 75 0.612 iF.* *.;It,.*.",It* .. **** _*** 103 20 644 1.98 8.70 5.73 36.00 0 0 90 70 0.665 It.**_ .. ** *. ****** **.* ***. 103 21 645 1.98 8.70 5.73 36.00 0 0 92 69 0.657 0.0 ***:t,:** **,*,*** **** ***. 103 22 646 1.98 8.70 5.13 36.00 0 0 96 61 0.640 0.0 **-.. ** .*.**. **** *.**.* 103 23 647 1.98 8.10 5.13 36.00 0 0 97 66 0.625 0.0 **.:** .. **,**** .. *** .. *-". 103 24 648 1.98 8.70 5.13 36.00 0 0 98 65 0.610 0.0 ".If**-** 104 1 649 1.98 9.10 5.73 36.00 0 o 100 64 0.600 0.0 **** *****. ***. ** 104 2 650 1.98 9.10 5.73 36.00 0 o 100 63 0.580 0.0 .*_ .. ** **_.** .**. **.-104 3 651 1.98 9.10 5.73 36.00 10 10 100 63 0.580 0.0 *. **.*** .. **. 104 4 652 1.98 9.10 5.73 36.00 10 10 100 63 0.580 0.0 *.* .** *** 104 5 653 1.98 9.10 5.13 36.00 10 9 100 62 0.560 0.0 *.\If**.* ***.*.** *It*. **** 104 6 654 1.98 9.10 5.73 20.88 10 9 100 62 0.560 0.0 ..... *** ** 104 7 655 1.98 9 .. 10 11.23 5.01 10 8 100 63 0.580 .... ** **.*** ****** **** 104 8 656 1.98 9.10 24.34 2.41 6 5 97 64 0.582 **** .* .. #.** *.* .. *.* 104 9 657 1.98 9.10 37.35 1.64 0 0 90 68 0.621 -....... *"..* ...... ... 104 10 658 1.98 9.10 49.92 1.31 0 0 75 71 0.513 **_ .. **** .*it:. 104 11 659 1.98 9.10 61.24 1.14 0 0 65 78 0.629 iF _* .... ** ****** .*** ** .. 104 12 660 1.98 9.10 69.01 1.07 0 0 55 80 0.5h8 ** ** **.* .**_ 104 13 661 1.98 9.10 68.18 1.07 0 0 .50 82 0.551 .. ... **. 104 14 662 1.98 9.10 60.75 1.15 0 0 48 83 0.546 *:** .*it_*-** ...... ** It.** 104 15 663 1.98 9.10 49.34 1.32 0 0 42 84 0.493 _* .*.-** .. *.** *. 104 16 664 1.98 9.10 36.74 1.67 0 0 38 83 0.432 _.**_. J* ** 104 17 665 1.98 9.10 23.12 2.41 0 0 39 80 0.402 **.* .* if.* *. 104 18 666 1.98 9.10 10.61 5.28 0 0 41 76 0.371 .... ** *.*.*** ***,.. 104 19 667 1.98 9.10 5.73 17.72 0 0 52 73 0.425 ** ...... ***.* 104 20 668 1.98 9.10 5.73 36.00 0 0 60 70 0.443 *_** ** .. *** ***_ 104 21 669 1.98 9.10 5.73 36.00 0 0 73 68 0.504 0.0 l*:.** *** *.*** _,* 104 22 670 1.98 9.10 5.73 36.00 0 0 85 66 0.547 0.0 ** **** *.*. 104 23 671 1.98 9.10 5.73 36.00 0 0 89 65 0.554 0.0 .. :. *.-* **. 104 24 672 1.98 9.10 5.73 36.00 a 0 88 64 0.528 0.0 **- ..*** **.-105 1 673 1.98 9.40 5.13 36.00 0 0 89 62 0.498 0.0 ** ** *. ***. 105 2 674 1.98 9.40 5.13 36.00 0 0 90 61 0.486 0.0 ** .. .... *.* **** 105 3 675 1.98 9.40 5.13 36.00 a 0 93 60 0.4a5 0.0 *: **,"*. *** ..... ,. 105 4 676 1.98 9.40 5.73 36.00 0 a 94 58 0 .. 457 O.Q ** *. **-* **** *.*. 105 5 677 1.98 9.40 5.73 36.00 a a 85 58 0.413 0.0 **_ *** .. ** ***. **.-105 6 678 1.98 9.40 5.73 21.92 0 0 75 58 0.364 0.0 **_.* ........ **-.* *:* 105 7 679 1.98 9.40 11.39 4.94 a 0 68 59 0.342 *** ** .. **.* -**. **** 105 8 680 1.98 9.40 24.50 2.40 0 0 60 61 0.324 **** ** **** *.

PAGE 63

DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT lWRAOT TRAN EMSV LY/M OEG OEG F IN-HG lY/HR LY/HR LY1HR 105 9 681 1.98 9.40 37.52 1.64 0 0 55 64 0.330 **._ **-.* *** 10.5 10 682 1.98 9.40 50.11 1.30 0 a 50 68 0.345 **_. ** -. ***.** -* 105 11 683 1.98 9.40 61.47 1.14 0 0 43 74 0.364 ****** ** ** >It*** **tt:tt 105 12 684 1.98 9.40 69.30 1.07 a 0 40 75 0.350 162.00 ** *. ***.** .* *._ 105 13 685 1.98 9.4069.06 1.07 0 0 39 71 0.365 t62.00 ** -* 105 14 686 1.98 9.40 60.95 1.14 a 0 38 78 0.367 147.42 .* *. *._.* *.* ***. 105 15 681 1.98 9.40 49.49 1.31 0 0 34 81 0.362 126.36 ****** ** 105 16 688 1.98 9.40 36.81 1.66 0 0 34 81 0.362 97.20 _* *.* *.*. 105 17 689 1.98 9.40 23.84 2.46 0 0 33 81 0.352 59.94 **_.** .** 105 18 690 1.98 9.40 10.13 .5.23 0 0 35 80 0.361 22.68 .* ;'. **,if.*.**** ** 105 19 691 1.98 9.40 5.73 18.33 a 0 55 11 0.420 1.62 .* ,* *. 0.90 105 20 692 1.98 9.40 5.73 36.00 0 0 75 66 0.483 0.0 *. ** 105 21 693 1.98 9.40 5.13 36.00 0 0 15 63 0.435 0.0 *.it* *** 105 22 694 1.98 9.40 5.73 36.00 8 3 83 62 0.465 0.0 -*-**-.** *.-. ** 105. 23 695 1.98 9.40 5.73 36.00 6 2 86 61 0.464 0.0 .* ** *it;. 105 24 696 1.98 9.40 5.13 36.00 2 2 90 60 0.470 0.0 **- -** *.** ** 106 1 697 1.98 9.80 5.13 36.00 6 2 92 60 0.4'80 0.0 **_.** .*** 106 2 698 1.98 9.80 5.73 36.00 4 2 94 59 0.473 0.0 **_.*. ** ** **.-106 3 699 1.98 9.80 5.73 36.00 3 1 97 58 0.471 0.0 **.-** ** *. ***. ***. 106 4 700 1.98 9.80 5.73 36.00 2 1 98 51 0.4.59 0.0 .** -** -. 106 5 701 1.98 9.80 5.73 36.00 0 0 98 56 0.443 0.0 -*.. 106 6 702 1.98 9.80 5.73 23.57 8 8 98 56 0.443 0.0 .*:!it.tt** :11*.* *.,..* 106 7 703 1.98 9.80 11.62 4.85 8 8 98 59 0.493 5.46 .*,if"*. *.* ** ***_ 106 8 704 1.98 '9.80 24.73 2.38 8 8 90 63 0.522 13.26 ** ,.* *It. 106 9 705 1.98 9.80 37.76 1.63 9 8 82 65 0.510 19.50 ,** 106 10 706 1.98 9.80 50.37 1.30 8 7 62 69 0.443 42.12 .* .** .** # 106 11 707 1.98 9.80 61.79 1.13 5 3 53 75 0.464 65.52 **.*It'Jl'**.*:'** .*** .*.# 106 12 708 1."18 <1.80 69.69 1.07 3 2 47 77 0.439 76.44 106 13 709 1.98 9.80 69.42 1.07 3 2 42 80 0.433 14.10 .***.**.** .* 106 14 710 1.98 9.80 61.20 1.14 0 0 42 81 0.448 69.42 0.10 106 15 711 1.98 9.80 49.67 1.31 0 0 40 82 0.441 57.'72 .* ** 0.71 **.* 106 16 712 1.98 9.80 37.02 1.66 0 0 41 82 0.452 42.12 171.60 129.48 0.73 ** 106 17 713 1.98 9.80 23.98 2.45 0 0 41 82 0.4.52 26.52 118.80 92.28 0.18 ***-106 18 714 1.98 9.80 10.87 5.16 4 2 48 80 0.495 9.36 19.20 69.84*** 106 19 715 1.98 <1.80 5.73 19.10 0 0 60 74 0.508 0.0 52.80 52.80 ,** .-106 20 716 1.98 9.80 5.73 36.00 8 7 70 70 0.517 0.0 60.18 60.18 *.*. **It 106 21 717 1.98 9.80 5.73 36.00 5 4 70 68 0.483 0.0 60.18 60.18 **** 106 22 718 1.98 9.80 5.73 36.00 3 2 70 66 0.451 0.0 53.58 53.58 .* _. __ 106 23 719 1.98 9.80 5.73 36.00 3 2 75 64 0.450 0.0 53.58 53.58 ** 106 24 720 1.98 <1.80 5.13 36.00 1 1 82 63 0.416 0.0 53.58 53.58 ** .*.*

PAGE 64

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM rEM VPRES SWRADT TLRADT lWRADT TRAN EMSV * LY/M DEG OEG f IN-HG LY/HR LY/HR LY/HR 107 1 721 1.98 10.20 5.73 36.00 3 1 90 62 0.504 0.0 53.58 53.58 **** **** 107 2 722 1.98 10.20 5.73 36.00 3 1 94 61 0.508 0.0 53.58 53.58 **it* **** 107 3 723 1.98 10.20 5.73 36.00 3 1 96 60 0.501 0.0 53.58 53.58 *.** **** 107 4 724 1.98 10.20 5.73 36.00 3 1 98 59 0.493 0.0 53.58 53.58 **** iU 107 5 725 1.98 10.20 5.73 36.00 3 1 98 59 0.493 0.0 53.58 53.58 *if** it**. 107 6 726 1.98 10.20 5.73 25.24 3 1 98 58 0.476 0.0 52.80 52.80 **it***it_ 107 7 727 1.98 10.20 11.83 4.77 2 1 98 60 0.512 9.36 79.20 69.84 **** 107 8 728 1.98 10.20 24.93 2.36. 2 1 90 64 0.540 e4.96 125.40 100.44 **** ***-107 9 729 1.98 10.20 37.97 1.62 0 0 77 69 0.550 43.68 184.80 141.12 0.73 **.,. 107 10 730 1.98 10.20 50.62 1.29 0 0 70 72 0.554 58.50 224.40 165.90 0.71 ** 107 11 731 1.98 10.20 62.10 1.13 0 0 60 75 0.525 64.74 250.80 186.06 0.65 ***-107 12 732 1.98 10.20 70.08 1.06 0 0 56 79 0.559 69.42 257.40 187.98 0.64 ***. 107 13 733 1.98 10.20 69.78 1.06 7 3 53 80 0.547 69.42 257.40 187.98**** **** 107 14 734 1.98 10.20 61.47 1.14 6 2 49 82 0.540 69.42 250.80 181.38 **** ***. 107 15 735 1.98 10.20 49.87 1.31 7 5 45 84 0.529 52.26 217.80 165.54 **** **** 107 16 736 1.98 10.20 37.19 1.65 8 3 45 84 0.529 46.02 125.58 .*** ** 107 11 137 1.98 10.20 24.14 2.43 8 46 83 0.523 22.,62 118.80 96.18**** **** 107 18 138 1.98 10.20 11.04 5.09 8 1 50 82 0.551 7.80 19.20 71.40.**** **** 107 19 739 1.98 10.20 5.73 20.05 9 3 65 75 0.5h9 0.0 52.80 52.80 **** ***# 107 20 740 1.98 10.20 5.73 36.00 8 2 71 73 0.581 0.0 53.58 53.58.** -. 107 21 741 1.98 10.20 5.73 36.00 0 0 74 69 0.528 0.0 53.58 53.58 **** **'t* 107 22 742 1.98 10.20 5.73 36.00 0 0 80 69 0.571 0.0 53.58 53.58**** **** 107 23 743 1.98 10.20 5.73 36.00 6 2 88 67 0.587 0.0 53.58 53.58 **** .* 107 24 744 1.98.10.20 5.73 36.00 7 2 94 66 0.605 0.0 53.58 53.58 *_.* .*** 108 1 745 1.98 10.60 5.73 36.00 7 2 96 64 0.576 0.0 27.18 27.18 **** 0.77 108 2 746 1.98 10.60 5.73 36.00 9 4 98 64 0.5.88 0.0 27.18 27.18 **** 0.77 108 3 747 1.98 10.60 5.73 36.00 10 7 98 63 0.568 0.0 27.18 27.18 **** 0.78 108 4 748 1.98 10.60 5.13 36.00 10 8 98 63 0.568 0.0 21.18 27.18 **** 0.78 108 5 749 1.98 10.60 5.13 36.00 10 8 99 62 0.554 0.0 27.18 27.18 **** 0.78 108 6 750 1.98 10.60 5.1326.51 9 7 99 61 0.535 0.0 29.10 29.70 **** 0.86 108 7 151 1.98 10.60 11.97 4.72 9 4 99 62 0 .. 554 7.80 39.60 31.80 ***. 0.92 108 8 752 1.98 10.60 25.07 2.35 10 5 92 65 0.572 25.74 62.70 36.96 *.*. 108 9 753 1.98 10.60 38.12 1.62 10 9 88 70 0.650 38.22 82.50 44.28**** -**. 108 10 754 1.98 10.60 50.80 1.29 10 10 81 72 0.641 46.02 95.10 49.68 **** **** loa 11 755 1.98 10.60 62.35 1.13 10 3 70 16 0.633 62.40 122.10 59.70 **** **** loa 12 756 1.98 10.60 10.44 1.06 8 3 69 79 0.689 69.42 125.40 55.98 **** .*** 108 13 757 1.98 10.60 10.18 1.06 7 3 63 80 0.650 69.42 12.5.40 55.98 .**. **** 108 14 758 1.98 10.60 61.78 1.13 7 3 60 82 0.661 63.18 108.90 45.72 ***_.*** lOB 15 759 1.98 10.60 50.14 1.30 7 3 56 83 0.637 40.56 89.10 48.54 **** .*.;,* 108 16 160 1.98 10.60 37.43 1.64 6 2 55 84 0.646 .** 85.80 **.*.* ***. **.*

PAGE 65

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADl lWRAOT TRAN EMSV ... * lY/M nEG OEG F IN-HG lY/HR LY1HR LY/HR 108 17 761 1.98 10.60 24.37 2.41 2 2 53 84 0.623 22.62 59.40 36.78**** 0.90 108 18 762 1.98 10.60 11.27 4.99 4 2 60 83 0.683 6.24 36.30 30.06**** 0.74 108 19 763 1.98 10.60 5.13 21.48 4 2 63 78 0.609 0.0 26.40 26.40 ,**** 0.68 108 20 764 1.98 10.60 5.73 36.00 0 0 68 75 0.595 0.0 21.18 27.18**** 0.71 108 21 765 1.98 10.60 5.73 36.00 0 0 73 13 0.59,7 0.0 2,1.18 27.18 **** 0.12 108 22 166 1.98 10.60 5.73 36.00 0 0 80 70 0.591 0.0 21.18 **** 0.74 108 23 767 1.98 10.60 5.73 36.00 0 0 89 68 0.614 0.0 27.18 0.75 108 24 768 1.98 10.60 5.13 36.00 0 0 93 67 0.620 0.0 27.18 27.18**** 0.76 109 1 769 1.98 10.90 5.73 36.00 0 0 95 65 0.591 O.Q 2,7.18 21.18**** 0.77 109 2 770 1.98 10.90 5.73 36.00 a 0 96 64 0.576 0.0 21.18 21.18**** 0.77 109 3 171 1.98 10.90 5.7336.00 0 0 99 64 0.594 0.0 27.1,8 21.18 **** 0.11 109 4 772 1.98 10.90 5.73 36.00 3 1 100 63 0.580 0.0 27.18 27.18**** 0.78 109 5 173 1.98 10.90 5.13 36.00 5 2 100 63 0.580 0.0 2,1.18 0.78 109 6 774 1.98 10.90 5.73 21.46 3 1 100 62 0.560 0.0 29.10 29.10**** 0.86 109 7 115 1.98 10.90 12.01 4.68 3 1 100 63 0.580 8.58 42.90 34.,32 **** 0.ge 109 8 ,176 1.98 10.90 25.11 2.34 5 5 99 61 0.660 ,26.52 62.10 36.18 **** ***,. 109 9 777 1.98 10.90 38.23 1.61 5 5 88 71 0.672 45.24 85.80 40.56 **** **** 109 10 178 1.98 10.90 50.92 1.29 4 4 70 74 0.592 59.2a 112.20 52.92 ,**** ***_ 109 11 779 1.98 10.90 62.52 1.13 5 1 62 78, 0.600 69.!t2 128.70 59.28 **** *.-''It 109 12 780 1.98 10.90 70.71 1.06 4 1 54 82 0.595 74.88 132.00 57.12**** **"-,* 109 13 781 1.98 10.90 70.47 1.06 6 2 51 84 0.599 74.10 132.00 57.90 .*** **-. 109 14 782 1.98 10.90 62.02 1.13 6 1 50 86 0.626 *,***,iH!: 125.40 it*.:***.*** **** 109 15 783 1.98 10.90 50.34 1.30 6 1 46 81 0.595 .***** 10l.30 **.*** ** __ 109 16 784 1.98 10.90 37.61 1.63 6 1 46 87 0.595 _*** 79.20 -*-*** *** ... 109 17 785 1.98 10.90 24.55 2.39 1 1 58 85 0.704 28.08 66.00 31.92**** 0.92 109 18 786 1.98 10.90 11.45 4.92 0 0 69 80 0.712 10.92 42 .. 90 31.98 0.86 0.81 109 19 787 1.98 10.90 5.73 22.72 0 0 76 75 0.665 ****".* 29.70 ... **** .*** ***. 109 20 188 1.98 10.90 5.73 36.00 0 0 82 73 0.671 0.0 30.48 30.48 .*** 0.81 109 21 789 1.98 10.90 5.73 36.00 0 0 86 72 0.680 0.0 30.48 30.48 **** 0 .. 82 109 22 790 1.98 10.90 5.73 36.00 0 0 86 71 0.'657 0.0 30 48 30.48 **** 0.82 109 23 791 1.98 10.90 5.73 36.00 0 0 89 70 0.658 0.0 21.16 27.18**** 0.74 109 24 792 1.98 10.90 5.73 36.00 0 0 91 69 0.650 0.0 27.18 21.18 **** 0.74 110 1 793 1.98 11.30 5.73 36.00 0 0 95 69 0.61.8 0.0 21.18 27.18 .**** 0.74 110 2 794 1.98 11.30 5.73 36.00 0 0 95 68 0.655 0.0 30.48 30.48**** 0.84 110 3 795 1.98 11.30 .5.73 36.00 0 0 93 68 0.642 0.0 30.48 30.48**-* 0.84 110 4 796 1.98 11.30 5.73 36.00 4 4 94 69 0.671 0.0 30.48 30.48 *** .. 0.83 110 5 797 1.98 11.30 5.73 36.00 4 4 96 69 0.685 0.0 30.48 30.48 **** 0.83 110 6 798 1.98 11.30 5.73 28.68 4 4 97 68 0.669 0.0 3:3.00 33.00**** 0.91 110 7 799 1.98 11.30 12.19 4.64 7 6 95 69 0.678 5.46 42.90 31.44 **** .*if. 110 8 800 1.98 11.30 25.28 2.33 10 10 93 70 9.36 49.50 40.14 ;It*** **.*

PAGE 66

DAY HR SE(JN SOLC OECLN HRANG A IRMS CL OP RHM TEM VPRES SWRAOT TLRAO'f LWRAOT,TRAN EMSV .. .. .. lY/M DEG oeG F IN-HG lY/HR LYJHR lY/HR 110 9 801 1.98 11.30 38.35 1.61 10 10 92 74 0.778 15.60 56.10 40.50 ,.*** if,**;* 110 10 802 1.98 11.30 51.08 1.28 10 10 90 75 0.7:87 7.80 49.50 41.10 **** 110 11 803 1.98 11.30 62.75 1.12 10 10 90 76 0.814 8.:58 .*: ** *****. _*-if .. 110 12 804 1.98 11.30 71.06 1.06 10 10 90 77 0.841 10.92 42.90 31.98 **** 0.82 110 13 805 1.98 11.30 70.87 1.06 10 10 89 77 0.832 9.36 ****** **** 110 14 806 1.98 11.30 62.35 1.13 10 10 90 77 0.841 .. ***. ***. 110 15 801 1.98 11.30 50.62 1.29 10 10 85 80 0.8Tl 21.'30 69.30 42.00 .*-** **.'. 110 16 808 1.98 11.30 37.87 1.63 10 10 85 77 0.795 *. 49.50 ** *. 110 17 809 1.98 11.30 24.80 2.37 10 9 88 71 0.82;3 10.14 46.20 36.06 .*.* 0.93 110 18 810 1.98 11.30 11.70 4.82 9 6 88 76 0.796 3.90 42.90 39.00 .** .. *- 110 19 811-1.98 11.30 5.73 24.64 10 10 94 15 0.822 0.0 *- *-**.,.**.*** ... *.* 110 20 812 1.98 11.30 5.13 36.00 10 8 96 14 0.812 0.0 3,7.08 31.08 ,**** 0.98 110 21 813 1.98 11.30 5.13 36.00 10 9 96 74 0.812 0.0 37.08 37.08.*** 0.98 110 22 814 1.98 11.30 5.73 36.00 10 9 97 73 0.793 0.0 37.08 37.08 .*** 0.98 110 23 815 1.98 11.30 5.73 36.00 2 2 98 72 0.7J5 0.0 3:7.08 37.08 *.** 0.99 110 24 816 1.9811.30 5.73 36.00 10 10 98 74 0.829 0.0 40.38 ***-III 1 817 1.97 11.60 5.13 36.00 10 10 98 74 0.829 0.0 40.38 40.38 **** 111 2 818 1.97 11.60 5.13 36.00 10 10 98 74 0.829 0.0 40.38 40.38 .*** .* 111 3 819 1.97 11.60 5.73 36.00 10 10 98 14 0.829 0.0 40.38 40.38 ***. **** III 4 820 1.97 11.60 5.73 36.00 10 10 98 74 0.829 0.0 31.08 37.08**** 0.98 111 5 821 1.97 11.60 5.13 36.00 8 8 98 13 0.'802 0.0 **'., .*** III 6 822 1.91 11.60 5.73 29.70 10 10 99 73 0.810 0.0 ** if**.** **_ 111 1 823 1.97 11.60 12.28 4.60 9 8 99 14 0.838 7.02 46.20 39.18;11*.* .*.:;11 III 8 824 1.97 11.60 25.37 2.32 10 9 89 76 0.805 14.82 52.80 37.98 ;***. 0.99 111 9 825 1.97 11.60 38.45 1.60 1 7 86 78 0.832 *;11* .*,*,.-* **;11.*.****. **.'. III 10 826 1.97 11.60 51.20 1.28 7 7 80 82 0.882 *,***.* .-. "** III 11 827 1.97 11.60 62.92 1.12 1 6 72 84 0.846 **.;11** .**.****** ... **. 111 12 828 1.91 11.60 71.33 1.05 7 1 65 86 0.814 if.**_ -*\it** *;11,*** ;11:**. ** 111 13 829 -1.97 11.60 71.11 1.06 7 7 62 86 0.711**.* **,.:.** **-***.*** ** .... 111 14 830 1.97 11.60 62.59 1.13 1 1 58 88 0.774 *'._* **.,*** **, ** -**** ** III 15 831 1.97 11.60 50.82 1.29 6 6 60 87 0.176 ****,.* 95.10 .**.** .*** **.* III 16 832 1.97 11.60 38.05 1.62 6 6 60 86 0.152 46.02 89.10 43.08 **.* .**. 111 17 833 1.91 11.60 24.98 2.36 3 3 62 84 0.728 27.10 66.00 38.10 :11*.* 0.95 111 18 834 1.97 11.60 11.89 4.75 2 2 10 81 0.746 9.36 39.60 30.24 *.* .. 0.76 111 19 835)1.91 11.60 5.73 26.18 1 1 80 78 0.714 0.0 29.10 29.10 **** 0.16 111 20 836 1.97 11.60 5.73 36.00 0 0 88 16 0.796 0.0 30.48 30.48.*** 0.19 III 21 837 1.91 11.60 5.13 36.00 0 0 92 74 0.178 0.0 30.48 30.48.*** 0.80 111 22 838 1.97 11.60 5.13 36.00 0 0 95 73 0.1'1:1 0.0 30.48 30.48 ,**** 0.81 III 23 839 1.97 11.60 5.13 36.00 0 0 97 72 0.167 0.0 30.48 30.48 -*** 0.82 111 24 840 1.97 11.60 5.73 36.00 0 0 98 71 0.149 0.0 30.48 30.48 -**** 0.82

PAGE 67

DAY HR SEQN SOle OEClN HRANG AIRMS CLOP RHM rEM VPRES SWRADT TlRADT lWRADT ffRAN EMSV * lV/M DEG OEG f IN-HG LY/HR lVIHR lY/HR 112 1 841 1.97 12.00 5.13 36.00 0 0 99 10 0.132 0.0 31.26 31.26 ,***" 0.85 112 2 842 1.91 12.00 5.13 36.00 0 0 99 69 0.70,7 0.0 31.26 31.26 ;.**. 0.86 112 3 843 1.91 12.00 5.13 36.00 0 0 99 68 0.6'83 0.0 31.26 31.26;**.* 0.86 112 4 844 1.97 12.00 5.13 36.00 0 0 99 68 0.683 0.0 31.26 31.26 *". 0.86 112 5 845 1.97 12.00 5.13 36.00 0 0 99 68 0.683 0.0 34.56 34.56 ,..** 0.95 112 6 846 1.97 12.00 5.13 31.30 0 0 99 68 0.683 0.0 33.00 3,3.00 ,.*** 0.91 112 7 847 1.97 12.00 12.42 4.55 10 2 100 12 0.791 7.80 49.50 41.70 ;If*** .**. 112 8 848 1.91 12.00 25.51 2.31 a 0 92 76 0.8,33 24.96 69.30 44.34 0.13 ** 112 9 849 1.91 12.00 38.59 1.60 0 0 80 81 0.853 41.34 95.10 54.36 0.10 *.IUt 112 10 850 1.97 12.00 51.37 1.28 0 0 12 85 0.874 54.,60 115.50 60.90 0.66 **Jf* 112 11 851 1.97 12.00 63.16 1.12 4 3 63 86 0.189 56.94 125.40 68.46 It*** .. **. 112 12 852 1.97 12.00 11.69 1.05 5 5 60 90 0.853 51.(,,8 112.20 60.12 **** *** .. 112 13 853 1.97 12.00 71.56 1.05 1 7 54 91 0.792 141.90 *.*.** _*.* ... *. 112 14 854 1.91 12.00 62.90 1.12 1 1 50 92 0.757 -*.* 118.80 -* ... *. #.** .**. 112 15 855 1.97 12.00 51.07 1.28 4 4 45 92 0.681 115.50 *.It****.* ..... :. 112 16 856 1.97 12.00 38.28 1.61 2 2 45 92 0.'681 **** **.;If** *. ** 112 17 857 1.97 12.00 25.20 2.34 1 1 47 90 0.668 *.**,.:11: 66.00 ** ** ** ** 112 18 858 1.97 12.00 12.11 4.66 1 1 52 85 0.631 .* ..... 39.60 ***It** .. **. **it. 112 19 859 1.91 12 .. 00 5.13 28.30 1 1 60 82 0.661 ** ..... 29.70 ** ** ,.**. **it:. 112 20 860 1.97 12.00 5.13 36.00 1 1 62 80 0.6:40 *.** 29.10 .*.* .. **.* .*it. 112 21 861 1.97 12.00 5.13 36.00 0 0 12 18 0.696 0.0 .. *.* **** 112 22 862 1.91 12.00 5.73 36.00 0 0 72 77 0.673 0.0 .* *. **",,*** ,."** .**. 112 23 863 1.97 12.00 5.73 36.00 0 0 71 75 0.614 0.0 ** .*.,-**.*** .*",. 112 24 864 1.91 12.00 5.13 36.00 0 0 81 14 0.'685 0.0 .. ... ,* ,.* .. _*** .**:'11 113 1 865 1.91 12.30 5.73 36.00 0 0 90 72 0.712 0.0 *,.tI*, ** ...... 113 2 866 1.91 12.30 5.73 36.00 0 0 95 70 0.102 0.0 *.* .. *,. .***** **.* ** ... 113 3 867 1.97 12.30 5.13 36.00 0 0 97 69 0.693 0.0 *.",.*,* ***.*.*:*** :. 113 4 868 1.97 12.30 5.73 36.00 0 a 98 68 0.676 0.0 .* ".* **'jIt,*** ;It.** *.*. 113 5 869 1.97 12.30 5.73 36.00 0 0 98 68 0.676 0.0 -* ... ** *- 113 6 870 1.91 12.30 5.73 32.42 2 2 99 68 0.683 0.0 .* *. ,:** .... *.* 113 1 811 1.91 12.30 12.52 4.52 0 a 99 70 0.132 49.50 **.,,,** .. ** it**:. 113 8 812 1.91 12.30 25.60 2.30 0 0 90 14 0.761 **.*** 72.60 *** ... ... *. 113 9 813 1.97 12.30 38.69 1.60 0 0 83 76 0.751 .***,". 19.20 .. ... .*-. ** 113 10 874 1.97 12.30 51.48 1.28 1 7 10 80 0.122 .* ... _. *- _* **_ .... *. 113 11 815 1.97 12.30 63.32 1.12 8 7 60 84 0.705 .... ... 122.10 -** *_ **. 113 12 876 1.97 12.30 11.95 1.05 4 3 52 86 0.Mi2 18.'18 141.90 63.12. ** ... 113 13 871 1.91 12.30 71.86 1.05 3 3 46 88 0.614 73.32 138.60 65.28 it.* *.'* 113 14 818 1.91 12.30 63.14 1.12 3 3 43 90 0.611 72.:54 132.00 59.46 **** .. ** 113 15 879 1.97 12.30 51.21 1.28 3 2 42 90 0.591 59.28 112 .. 20 52.92*** ...... 113 16 880 1.97 12.30 38.46 1.60 3 2 41 90 0.583 46.80 125.40 18.60 ** *.

PAGE 68

DAY fiR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRAOT iTRAN EMSV LV/M OEG DEG F IN-tiG lY/HR LV/HR LV/iiR 113 17 881 1.97 12.30 25.38 2.32 3 1 43 90 0.6tl 27.30 69.30 42.00 _*.* 0.98 113 18 882 1.97 12.30 12.29 4.60 2 1 49 88 0.6S4 B.S8 39.60 31.02 ***. 0.74 113 19 883 1.97 12.30 5.73 30.16 2 1 54 79 0.539 0.0 29.70 29.70 ,.*** 0.75 113 20 884 1.97 12.30 5.73 36.00 4 1 61 76 0.552 0.0 27.18 27.18.*** 0.71 113 21 885 1.97 12.30 5.73 36.00 0 0 70 75 0.61,2 0.0 27.18 27.18.*** 0.71 113 22 886 1.97 12.30 5.73 36.00 0 0 83 72 0.'65:7 0.0 27.18 27.18**** 0.13 113 23 887 1.97 12.30 5.73 36.00 0 0 86 70 0.636 0.0 27.18 27.18 .*** 0.74 113 24 888 1.97 12.30 5.73 36.00 0 0 91 69 0.650 c.o 21.18 27.18 .**-0.14 114 1, 889 1.97 12.70 5.73 36.00 0 0 95 69 0.678 0.0 21'.18 21.i8**** 0.74 114 2 890 1.97 12.70 5.73 36.00 0 0 96 68 0.6.62 0.0 30.48 30.48**** 0.84 114 3 891 1.97 12.70 5.73 36.00 0 0 95 68 0.655 0.0 30.48 30.48 ,***-0.84 114 4 892 1.97 12.70 5.73 36.00 8 2 95 68 0.655 0.0 33.78 3,3.78.*** 0.93 114 5 893 1.97 12.70 5.73 36.00 9 4 95 68 0.655 0.0 33.78 33.78 .-*. 0.93 114 6 894 1.97 12.70 5.73 34.13 9 4 95 68 0.655 0.0 33.00 33.0Q,**.* 0.91 114 1 895 1.97 12.70 12.66 4.47 9 5 95 70 0.102 7.02 4,2.90 35.88 .*.* 0.97 114 8 896 1.97 12.10 25.73 2.29 10 10 92 72 0.128 13.26 52.80 39.54.**** ... if* 114 9 897 1.97 12.10 38.82 1.59 10 10 89 14 0.753 24.18 66 00 41.82 *-*. **._ 114 10 898 1.97 12.70 51.65 1.21 7 5 72 79 o. 719 105.60 .*, ,it ". 114 11 899 1.97 12.70 63.55 1.12 8 5 61 82 0.672 115.50 .*.*** ,. 114 12 900 1.97 12.70 72.30 1.05 8 6 60 82 0.661 .... _*_. 99.00 114 13 901 1.97 12.70 72.25 1.05 9 7 59 83 0.671 102.30 *.***. -*** ** 114 14 902 1.97 12.70 63.44 1.12 9 7 56 83 0.637 51.4'8 99.00 47. 52' ** 114 15 903 1.97 12.10 51.52 1.28 8 1 58 82 0.6,39 36.6'6 79.20 42.54 **.-** 114 16 904 1.97 12.70 38.69 1.60 10 10 61 82 0.612 ,z4.HJ 62.10 38.52 -*.* 0.96 114 17 905 1.97 12.70 25.60 2.30 10 9 59 82 0.6'50 28.08 59.40 31.32*.-* 0.78 114 18 906 1.97 12.70 12.52 4.52 10 9 60 82 0.661 11.70 46.20 34.50**** 0.86 114 19 901 1.91 12.70 5.73 32.70 8 5 64 76 0.579 0.0 26.40 26.40 ,**.* 0.69 114 20 908 1.97 12.70 5.73 36.00 8 5 73 15 0.639 0.0 27.18 27.18**** 0.71 114 21 909 1.97 12.70 5.73 36.00 7 4 85 72 0.6,12 0.0 21.18 27.18 ,.*** 0.73 114 22 910 1.97 12.70 5.73 36.00 10 9 92 70 0.6BO 0.0 21.18 27.18 .**. 0.74 114 23 911 1.97 12.70 5.73 36.00 10 9 93 70 O.'6tH 0.0 27.18 27.18 ***. 0.74 114 24 912 1.91 12.70 5.13 36.00 1 0 96 68 0.662 0.0 27.18 27.18 .**. 0.15 115 1 913 1.97 13.00 5.13 36.00 0 0 98 66 0.631 .0 30.48 30.48;**** 0.85 115 2 914 1.91 13.00 5.13 36.00 0 0 99 64 0.594 0.0 30.48 30.48**.* 0.87 115 3 915 1.97 13.00 5.7336.00 3 1 99 64 0.594 O.C} 33.78 33.78 **** 0.96 115 4 916 1.97 13.00 5.73 36.00 10 7 100 64 0.600 0.0 33.78 33.78 **** 0.96 115 5 911 1.97 13.00 5.73 36.00 10 7 100 65 0.622 0.0 3.08 31.08.*** *.*. 115 6 918 1.97 13.00 5.73 35.36 10 7 100 66 0.644 0.0 4.2.90 42.90.**** *** .. 115 7 919 1.97 13.00 12.75 4.4410 9 100 67 0.667 6.24 46.20 39.96**** ***. 115 8 920 1.97 13.00 25.82 2.28 10 10 96 11 0.733 16.38 59.40 43.02 **.*

PAGE 69

DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRAOT lWRAOT IRAN EMSV * lY/M DEG OEG f IN-HG LY/HR lY/HR lY/HR 115 9 921 1.97 13.00 38.92 1.59 10 10 85 75 0.744 31.98 72.60 ***;. 115 10 922 1.91 13.00 51.76 1.21 10 8 70 19 0.699 53.82 105.60 51.78 ,**** **It,. 115 II 923 1.91 13.00 63.11 1.11 8 6 60 82 0.661 **.**_ 115.50 .**_ 115 12 924 1.97 13.00 72.56 1.05 8 6 56 84 .***_* 122.10 -* ** **** **_. 115 13 925 1.97 13.00 1.05 10 5 55 84 0.646 60.06 122.10 62.04 **** ***115 14 926 1.97 13.00 63.67 1.11 9 4 54 84 0.634 51.72 115.50 57.18 **** i!'*._ 115 15 927 1.97 13.00 51.71 1.21 9 4 52 86 0.652 46.02 99.00 52.98 **** ** .... 115 16 928 1.97 13.00 38.87 1.59 9 1 52 84 0.611 30.42 69.30 38.88 **** 0.95 115 17 929 1.97 13.00 25.11 2.29 9 8 55 86 0.689 11.16 56.10 38.94 **** 0.94 115 18 930 1.97 13.00 12.10 4.46 8 3 54 85 0.656 14.04 46.20 32.16 ,**** 0.78 115 19 931 1.91 13.00 5.13 34.80 5 2 57 82 0.628 0.0 29.70 29.70 **** 0.14 115 20 932 1.97 13.00 5.73 36.00 4 2 66 18 0.638 0.0 30.4'8 30.48 **** 0.78 115 21 933 1.97 13.00 5.73 36.00 4 2 85 16 0.769 0.0 30.48 30.48 **** 0.19 115 22 934 1.97 13.00 5.73 36.00 4 2 90 70 0.665 0.0 30.48 30.48 **** 0.83 115 23 935 1.91 13.00 5.73 36.00 6 3 94 69 0.611 0.0 33.18 33.78**** 0.92 115 24 936 1.97 13.00 5.13 36.00 6 5 95 69 0.678 0.0 33.78 33.18 **** 0.92 116 1 937 1.91 13.30 5.13 36.00 1 4 95 68 0.655 0.0 33.00 33.00 **** 0.91 116 2 938 1.91 13.30 5.13 36.00 7 4 95 61 0.634 0.0 33.00 33.00 0.92 116 3 939 1.97 13.30 5.73 36.00 9 8 95 68 0.655 0.0 33.00 **** 0.91 116 4 940 1.97 13.30 5.73 36.00 10 7 95 68 0.655 0.0 33.00 33.00 **** 0.91 116 5 941 1.91 13.30 5.73 36.00 10 9 91 68 0.669 0.0 33.00 33.00.*** 0.91 116 6 942 1.97 13.30 5.13 36.00 10 10 98 68 0.676 0.0 36.30 36.30 **** .**116 7 943 1.91 13.30 5.73 36.19 10 10 \ 98 70 0.724 0.7B 42.90 42.12**** ***;tt 116 8 944 1.97 13.30 12.87 4.40 10 10 90 74 0.761 1.80 82.50 74.10 **** **iIi* 116 9 945 1.97 13.30 25.93 2.28 9 8 83 16 0.751 21.84 *-__ ** ****** **** **** 116 10 946 1.91 13.30 39.03 1.58 10 5 70 80 0.122 .66 ****** ***.*****. **.,. 116 11 947 1.97 13.30 51.89 1.21 10 10 67 81 0.714 41.58 99.00 51.42 ,**** ***:* 116 12 948 1.97 13.30 63.89 1.11 10 10 65 82 0.716 42.90 89.10 46. _**.:tt 116 13 949 1.97 13.30 12.83 1.05 10 10 62 82 0.'683 43.68 89.10 45.42 c**** ***'. 116 14 950 1.97 13.30 72.83 1.05 10 10 60 84 0.105 41.34 79.20 37.86**** 0.93 116 15 951 1.97 13.30 63.89 1.11 10 10 61 82 0.672 46.02 70 49.68 it*** ... **.* 116 16 952 1.97 13.30 51.89 1.27 9 8 61 82 0.672 38.22 82.50 44.28**** ** 116 17 953 1.97 13.30 39.03 1.58 9 8 62 82 0.'683 ,33.54 12.60 39.06**** 0.91 116 18 954 1.97 13.30 25.93 2.28 8 5 66 80 0.681 21.84 59.40 31.56 ;ft.** 0.95 116 19 955 1.91 13.30 12.86 4.41 1 4 72 75 0.630 11.70 42.90 31.20 ***. 0.82 116 20 956 1.97 13.30 5.13 36.26 5 2 82 14 0.694 0.78 29.70 28.;92**** 0.16 116 21 951 1. 91 13 30 5.73 36.00 5 2 90 73 0.736 0.0 29.10 29.70**** 0.79 116 22 958 1.97 13.30 5.73 36.00 5 2 94 12 0.744 0.0 29.70 29.10 .**** 0.79 116 23 959 1.97 13.30 5.73 36.00 4 2 91 70 0.71)1 0.0 29.70 29.10 ***. 0.81 116 24 960 1.97 13.30 5.73 36.00 7 5 97 11 0.741 0.0 29.10 29.10 ***. 0.80

PAGE 70

DAY HR SEQN SOLC DECLN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRAOT LWRAOT TRAN EMSV * LY/M DEG OEG F IN-HG lY/HR lY/HR LY/HR 117 1 961 1.91 13.60 5.73 36.00 7 6 91 100.1li7 0.0 33.00 33.00 0.90 117 2 962 1.91 13.60 5.73 36.00 8 4 98 70 0.724 0.0 33.00 3.3.00 0.90 117 3 963 1.97 13.60 5.73 36.00 9 3 98 70 0.724 0.0 33.00 33.00 0.90 117 4 964 1.97 13.60 5.13 36.00 9 6 98 70 0.724 0.0 33.00 33.00.-*** 0.90 111 5 965 1.97 13.60 5.13 36.00 9 1 98 70 0.724 0.0 3.3.00 0.90 117 6 966 1.91 13.60 5.13 36.00 8 6 99 70 0.732 0.0 33.00 33.00 **** 0.90 117 7 961 1.97 13.60 5.13 34.98 9 4 98 70 0.124 1.56 36.30 34.14,**** 0.94 111 8 968 1.91 13.60 12.96 4.31 9 3 98 10 0.724 10.92 49.50 38.58 **** ***. 111 9 969 1.97 13.60 26.02 2.2'1 9 6 98 13 0.602 27.30 69.30 42.00 **Jt:lt 111 910 1.97 13.60 39.12 1.58 8 3 90 76 0.814 39.00 85.80 46.80 **** **il. 111 11 971 1.91 13.60 1.27 8 3 16 78 0.135 41.58 99.00 51.42 117 12 972 1.97 13.60 64.05 1.11 8 6 70 80 0.122 49.92 106.90 58.98 **** 111 13 913 1.97 13.60 73.09 1.04 8 6 59 84 0.693 .53.04 112.20 59.16 .*** it.*. 111 14 914 1.97 13.60 73.13 1.04 9 8 54 84 0.634 46.'80 102.30 5.5.50 **** ***J117 15 915 1.97 13.60 64.12 1.11 9 8 52 86 0.652 60.84 112 .. 20 51.36 *.** **._ 117 16 916 1.97 13.60 52.08 1.27 8 7 49 81 0.63.4 45.24 89.10 4.3.86**** ***:. 117 17 977 1.97 13.60 39.21 1.58 9 4 50 86 0.626 35.'88 15.90 40.02 :**** 0.97 117 18 978 1.97 13.60 26.10 2.26 5 2 52 86 0.652 21.ao 62.'70 35.40 ,* ... 0.85 117 19 919 1.91 13.60 13.04 4.35 3 1 55 83 0.626 11.10 42.90 31.20 :**.*0.71 117 20 980 1.97 13.60 5.73 34.08 3 1 62 78 0.6'()0 0.18 3.3.00 32.22 **.* 0.82 111 21 981 1.91 13.60 5.13 36.00 2 1 73 75 0.639 0.-0 26.40 26.40 ... ** 0.69 117 22 982 1.97 13.60 5.73 36.00 2 1 80 72 0.633 0.0 26.40 26.40 0.11 111 23' 983 1.9713.60 5.73 36.00 0 0 89 71 0.680 0.0 29.10 29.10 ***. 0.80 117 984 1.97 13.60 5.73 36.00 0 0 92 10 0.'680 0.0 29.10 29.10**** 0.81 118 1 985 1.91 13.90 5.73 36.00 0 0 96 69 0.685 0.0 29.10 29.70**** 0.81 118 2 986 1.97 13.90 5.13 36.00 8 8 97 61 0.'641 0.6 29.10 29.70 0.83 118 3 987 1.91 13.90 5.73 36.00 10 10 98 66 0.631 0.0 33.00 33...00 _* 0.92 118 4 988 1.91 13.90 5.73 36.00 10 10 100 66 0.6.44 0.0 46.20 46.20 ** 118 5 989 1.97 13.90 5.73 36.00 10 10 100 68 0.690 o .() 59.40 59.40 .*** ** ... 118 6 990 1.97 13.90 5.13 36.00 10 10 100 68 0.690 0.0 72;.60 72.60**" -**118 1 991 1.97 13.90 5.73 33.15 10 10 100 68 0.690 0.78 12.60 71.82 **** .* ... 118 8 992 1.91 13.90 13.06 4.34 9 8 100 69 0.714 6.24 79.20 72.96 if*** ... '. 118 9 993 1.91 13.90 26.11 2.26 8 8 100 73 0.81.8 23.40 79.20 55.80**** .. **_ 118 10 994 1.91 13.90 39.21 1.58 8 8 92 17 0.860 38.22 89.10 50.88 .**** ***;* 118 11 995 1.97 13.90 52.11 1.21 9 6 80 82 0.882 51.48 115.50 64.02.**** ***. 118 12 996 1.91 13.90 64.20 1.11 9 4 66 84 0.115 **;It*. 115.50 ,*_. 118 13 991 1.97 13.90 13.35 1.04 8 6 55 86 0.6B9 *-*._. 122.10 ** ** *, 118 14 998 1.97 13.90 73.42 1.04 8 6 50 88 0.667 **.*'*'* 115.50 **:.,******* ** ... lIB 15 999 1.97 13.90 64.35 1.11 4 3 50 87 0.646 .. 108.90 **._** _** *_ 118 16 1000 1.97 13.90 52.27 1.26 3 2 48 B7 0.621 60.84 108.90 48.06**** **'.

PAGE 71

DAY HR SEQN SOle DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT lWRAOT JRAN EMSV * .. lY/M nEG OEG F IN-HG lY/HR lY/HR lY/HR lIB 17 1001 1.97 13.90 39.3B 1 57 5 2 43 BB 0.574 44.46 B5.BO 41.34 *. 0.98 118 18 1002 1.97 13.90 26.2B 2.25 4 2 44 870.569 2B.86 62.70 33.B4 O.Bl 3 B4 0.552 ) 118 19 1003 1.97 13.90 13.22 4.29 1 47 11.70 42.90 31.20 ** 0.76 '118 20 1004 1.97 13.90 5.13 32.01 3 1 55 79 0.549 0.78 23.10 22.32 .. *** 0.5:1 lIB 21 1005 1.91 13.90 5.73 36.00 3 1 70 75 0.612 0.0 23.10 23.10 .*** 0.60 lIB 22 1006 1.97 13.90 5.73 36.00 3 1 80 72 0.'633 0.0 26.40 26.40**** 0.11 118 23 1001 1.97 13.90 5.73 36.00 3 1 91 70 0.672 0.0 29:70 29 10 '."*** 0.81 118 24 1008 1.97 13.90 5.73 36.00 10 9 95 69 0.618 0.0 29.10 29.10**** O.Bl 119 1 1009 1.97 14.20 5.73 36.00 10 10 97 68 0.669 0.0 33..00 33.00 ... ** 0.91 119 2 1010 1.97 14.20 5.73 36.00 10 10 9B 6B 0.616 0.0 36.30 36.30 ** .. ***_ 119 3 1011 1.91 14.20 5.13 36.00 10 10 98 68 0.676 0.0 42.90 42.90*** '* 119 4 1012 1.91 14.20 5.13 36.00 10 10 99 6BO.6Bl 0.0 49.50 49.50 ***. it*.". 119 5 1013 1.97 14.20 5.73 36.00 10 10 99 68 0.683 0.0 46.20 46.20 ** ..... 119 6 1014 1.97 14.20 5.73 36.00 8 8 99 68 0.683 0.0 52.80 52.80** .. .... 119 1 1015 1.97 14.20 5.73 32.35 10 9 99 68 0.683 0.78 46.20 45.42 **** '* 119 8 1016 1.97 14.20 13.11 4.31 10 10 99 71 0.756 9.36 49.50 40.14**. .... 119 9 1017 1.97 14.20 26.22 2.25 8 4 95 13 0.771 15.60 56.10 40.50 **** ***:* 119 10 1018 1.97 14.20 39.32 1.57 9 4 87 75 0.761 3'7.44 82.50 45.06*.** _* ... 119 11 1019 1.91 14.20 52.24 1.26 8 3 75 80 0.714 54.60 108.90 54.30**** ** .... 119 12 1020 1.97 14.20 64.37 1.11 8 4 65 84 0.764 -***, 128.70 *** .**'* 119 13 1021 1.97 14.20 73.61 1.04 9 5 58 85 0.704 .-.* ... 122.10 .*itt-** .*** ** .. '. 119 14 1022 1.97 14.20 13.70 1.04 10 6 57 '88 0.161 .,*It* ... 125.40 ******-**.* .*it* 119 15 1023 1.97 14.20 64.56 1.11 10 8 53 B80.708 55.38 112.20 56.82 ** *"" 119 16 1024 1.97 14.20 52.44 1.26 7 3 50 88 0.661 39.00 85.80 46.80 **** It*.* 119 17 1025 1.91 14.20 39.53 1.57 6 2 52 81 0.672 25.74 12.60 46.86 **** ***. 119 18 1026 1.91 14.20 .26.43 2.24 10 5 52 B7 0.672 19.50 56.10 36.60 **** 0.8.8 119 19 1027 1.91 14.20 13.38 4.24 10 6 60 83 0.683 5.46 39.60 34.14 **** 0.84 119 20 1028 1.91 14.20 5.73 30.24 7 3 61 81 0.650 33.00 .**:*** _*** ** ... 119 21 1029 1.97 14.20 5.73 36.00 5 2 77 79 0.769 0.0 .. ** ** .*** **_. 119 22.1030 1.97 14.20 5.13 36.00 4 2 83 77 0.7.16 0.0 **if* **.* 119 23 1031 1.97 14.20 5.73 36.00 3 1 84 75 0.135 0.0 **;jI<**'* **:.** ***"JI' 119 24 1032 1.97 14.20 5.73 36.00 3 1 89 14 0.753 O.Q ** *. ** ****** .* 120 1 1033 1.97 14.50 5.13 36.00 4 3 90 74 0.761 o.{) **.** .... ** .* 120 2 1034 1.97 14.50 5.13 36.00 3 1 92 12 0.728 0.0 **:fl"*. ii:*'it*********** 120 3 1035 1.91 14.50 5.73 36.00 0 0 96 11 0.7'33 0.0 ** *. .***** *.*. .*-. 120 4 1036 1.97 14.50 5.73 36.00 0 0 96 70 0.709 0.0 **.,.*. ***:* ,**** ***'* 120 5 1031 1.97 14.50 5.13 36.00 3 2 97 70 0.71'7 0.0 *. ** .. ** **it* 120 6 1038 1.91 14.50 5.73 36.00 8 7 98 69 0.700 0.0 **.*:**: .*'it,** .* ... 120 7 1039 1.97 14.50 5.13 31.23 7 6 98 69 0.700 ***_ 39.60 **it.** .. ** **_. 120 8 1040 1.97 14.50 13.26 4.28 5 2 98 71 0.749 7.'80 42.90 35.10**** 0.95

PAGE 72

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT TRAN EMSV' * lY/M CEG DEG F IN"'HG LY/HR lY/HR LY/HR 120 9 1041 1.97 14.50 26.30 2.25 8 2 85 75 0.744 31.20 12.60 41.40**** _. 120 10 1042 1.91 14.50 39.41 1.57 8 2 78 80 0.805 46.02 <;5.70 49.68**** **.* 120 11 1043 1.91 14.50 52.34 1.26 '9 4 66 84 0.775 56.94 115.50 58.56**** **if .. 120 12 1044 1.'91 14.50 64.52 1.11 10 6 56 81 0.124 60.(')6 115.50 55.44 ***. **** 120 13 1045 1.91 14.50 13.86 1.04 10 1 52 90 0.73'9 62.40 122.10 59.10 ******.-* 120 14 1046 1.91 14.50 14.00 1.04 10 8 46 90 0.654 56.16 115.50 59.34 **.* *.it. 120 15 1041 1.97 14.50 64.78 1.10 10 8 46 90 0.654 43.68 '95.70 52.02**** **** 120 16 1048 1.91 14.50 52.63 1.26 8 5 46 90 0.654 39.00 89.10 50.10******** 120 17 104'9 1.91 14.50 39.11 1.56 8 3 46 90 0.654 33 .54 85.80 52.26 **** **.* 120 18 1050 1.91 14.50 26.60 2.22 4 2 50 81 0.646 24.18 66.00 41.82 **** **** 120 19 1051 1.91 14.50 13.56 4.1'9 3 1 55 85 0.668 9.36 42.90 33.54 .*** 0.81 120 20 1052 1.97 14.50 5.13 28.38 0 0 61 80 0.630 ****** 33.00 .*.*** **** ***. 120 21 1053 1.91 14.50 5.13 36.00 0 0 70 76 0.633 0.0 ***.** ****** **-** ***--. 120 22 1054 1.97 14.50 5.73 36.00 0 0 79 15 0.691 0.0 ***.** .* .. *** ***. ***it 120 23 1055 1.97 14.50 5.13 36.00 0 0 85 14 0.719 0.0 ***.*. ****** **** **** 120 24 1056 1.91 14.50 5.73 36.00 0 0 8'9 72 0.704 0.0 **.*** ****** ***-** 121 1 1051 1.91 14.80 5.73 36.00 0 0 92 72 0.728 0.0 --*.-* .. ****** .. ... 121 2 1058 1.'91 14.80 5.73 36.00 0 0 93 10 0.687 0.0 **-.** .*_ **** .**. 121 3 1059 1.91 14.80 5.73 36.00 6 6 95 10 0.702 0.0 **.'11'** .***** **** **** 121 4 1060 1.91 14.80 5.73 36.00 a 0 95 10 0.702 0.0 ** ****** .**** **** 121 5 1061 1.97 14.80 5.73 36.00 a 0 95 69 0.678 0.0 ** ** *.** **** 121 6 1062 1.97 14.80 5.73 36.00 0 0 95 68 0.655 0.0 ***''11'** ***it** .. **. **** 121 1 1063 1.97 14.80 5.73 29.93 4 4 95 68 0.655 "it *. 33.00 ****.* **** ** 121 8 1064 1.97 14.80 13.38 4.25 1 0 91 68 0.628 .. ****. 49.50 ***.** **** 121 9 1065 1.97 14.80 26.41 2.24 6 6 85 12 0.672****.* 12.60 .*** **** 121 10 1066 1.91 14.80 3'9.52 1.57 4 3 10 75 0.612 -If.**._ 102.30 ****** **** ** ... 121 11 1067 1.'91 14.80 52.46 1.26 7 6 55 79 0.549 **** ... 122.10 ** ** **** **** 121 12 1068 1.97 14.80 64.69 1.11 6 5 51 82 0.562 .***** 125.40 *.*.** ***. ***:*121 13 1069 1.91 14.80 74.12 1.04 6 5 48 84 0.564****** 128.70 **:*-*** **** ***. 121 14 1070 1.97 14.80 14.28 1.04 5 4 44 87 0.569 if*** 138.60 ***.** :*-*** 121 15 1011 1.91 14.80 64.99 1.10 5 4 44 87 0.569 .,***; 125.40 ***-** **** 121 16 1072 1.91 14.80 52.80 1.25 4 4 49 85 0.595 -If*.* 95.70 ****** **** ***it 121 17 1073 1.91 14.80 39.86 1.56 5 2 52 84 0.611 **.*** 82.50 ***** *** *** 121 18 1014 1.97 14.80 26.15 2.21 .5 2 50 84 0.587 **** 66.00 ***M** **** *_.* 121 19 1075 1.97 14.80 13.72 4.15 5 2 51 80 0.526 ****.* 33.00 ****** **** ***. 121 20 1076 1.97 14.80 5.73 26.84 3 1 54 17 0.505 .,***** 29.70 **_.** **** **.* 121 21 1077 1.97 14.80 5.73 36.00 3 1 5'9 74 0.499 0.0 **.*** **.** *** .**. 121 22 1078 1.97 14.80 5.13 36.00 9 5 66 72 0.522 0.0 ** *-****** **** **-* 121 23 1079 1.97 14.80 5.73 36.00 8 5 76 11 0.581 0.0 ****** .*.*** **** **** 121 24 1080 1.97 14.80 5.73 36.00 6 4 82 10 0.606 0.0 ****** .* ... ** **** ***.*

PAGE 73

DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES' SWRADT TlRAOT lWRADT ;TRAN EMSV * lY/M OEG OEG f IN--HG lY/HR lY1HR lY/HR 122 1 1081 1.91 15.10 5.13 36.00 5 2 86 69 0.614 0.0 .**.** **** **.* 122 2 1082 1.91 15.10 5.73 36.00 5 2 90 68 0.621 0.0 ** *. ****** ,**** *** .... 122 3 1083 1.97 15.10 5.13 36.00 5 2 91 61 0.601 0.0 **'.-* ,**Jf***** **.* 122 4 1084 1.91 15.10 5.13 36.00 5 2 91 66 0.586 0.0 **i1t.** **,.;:11-** **** **it:. 122 5 1085 1.91 15.10 5.73 36.00 5 2 92 66 0.592 0.0 ** ** **** .*.* 122 6 1086 1.97 15.10 5.73 36.00 5 2 94 65 0.585 0.0 ***'**;*******.*** .*"r. 122 7 1081 1.91 15.10 5.13 28.66 3 1 96 64 0.576 *.*,** 29.70 ****** **._ 122 8 1088 1.91 15.10 13.4q 4.21 3 1 91 64 0.582 ****** 49.50 ****** **** .**. 122 9 1089 1.91 15.10 26.52 2.23 4 2 88 68 0.607 .***it* 19.20 it*,*.**.*** ** 122 10 1090 1.91 15.10 39.63 L.56 5 2 70 73 0.573 .* -102.30 .**J** .*** *_ 122 11 1091 1.91 15.10 52.59 1.26 5 2 65 76 0.588 **". 82.50 ****** **** .* 122 12 1092 1.97 15.10 64.85 1.10 5 5 57 19 0.569 ****** 128.10 .* **.*** **.* 122 13 1093 1.91 15.10 14.38 1.04 5 5 49 83 0.55.8 **.*ilt* 155.10 ***.**.** 122 14 1094 1.91 15.10 14.51 1.04 5 5 45 84 0.529 *A. 108.90 .-.*** ** ** 122 15 1095 1.91 15.10 65.19 1.10 7 1 46 82 0.507 ****.* 89.10 **.*** ***. ** 122 16 1096 1.91 15.10 52.96 1.25 9 9 46 82 0.501 .*,** 92.40 **.** *** ** 122 11 1097 1.97 15.10 40.01 1.55 9 9 45 82 0.496 14.82 56.10 41.28 **** **.:* 122 18 1098 1.91 15.10 26.90 2.20 9 5 50 81 0.sa3 12.48 52.80 40.32.*** **** 122 19 1099 1.91 15.10 13.81 4.10 6 2 55 79 0.549 5.46 39.60 34.14 .* 0.87 122 20 1100 1.97 15.10 5.13 25.44 0 0 60 15 0.525 **,"* 29.10 **.*** ***. it* 122 21 1101 1.91 15.10 5.13 36.00 0 0 68 73 0.5.56 0.0 **:,.** ... **.****** .. ]. 122 22 1102 1.97 15.10 5.73 36.00 0 0 72 10 0.532 0.0 ** ** ***.** -*** ** 122 23 1103 1.91 15.10 5.13 36.00 a 0 15 68 0.517 0.0 **.:tt** **** **it'. 122 24 1104 1.97 15.10 5.13 36.00 0 0 81 61 0.540 0.0 ** .... *:* .*_"-** .. *** **.i* 123 1 1105 1.96 15.40 5.13 36.00 0 0 85 65 0.529 0.0 *.* ... :**:* it**;it*. **** if* ..... 123 2 1106 1.96 15.40 5.13 36.00 0 0 89 64 0.534 0.0 ***.** A*** ** 123 3 1101 1.96 15.40 5.13 36.00 0 0 92 63 0.534 0.0 **i.- ,tt.* _**,**** **.'. 123 4 1108 1.96 15.40 5.13 36.00 0 0 96 62 0.538 0.0 **_.*. it* ** ***. **_* 123 5 1109 1.96 15.40 5.13 36.00 3 3 98 61 0.529 0.0 ** ** ** ... ** .*** ** 123 6 1110 1.96 15.40 5.13 36.00 1 2 99 60 0.511 0.0 **-.*,* ** ... *** ***. 123 7 1111 1.96 15.40 5.13 21.61 5 1 99 60 0.51;7 **** 36.30 .*.-.** .*** ***It 123 8 1112 1.96 15.40 13.58 4.18 5 1 99 61 0.535 -*** 56.10 ***.** .*** **_. 153 9 1113 1.96 15.40 26.60 2.22 4 1 99 67 0.660 **.it* 79.20 -*,* .. ***.*** .* ... 123 10 1114 1.96 15.40 39.71 1.56 3 1 75 72 0.593 **-* 105.60 *.** ***. ***. 123 11 1115 1.96 15.40 52.69 1.26 8 4 63 15 0.551 ... ** .. 122.10 ****** **** .**. 123 12 1116 1.96 15.40 65.00 1.10 9 6 52 80 0.5'37 .,. 128.10 ****** **** **.* 123 13 1111 1.96 15.40 14.63 1.04 9 4 49 82 0.540 ****til: 135.30 **.*** .**_ ** 123 14 1118 1.96 15.4014.86 1.04 9 4 48 84 0.564 -:It* it 138.60 **.******* ** 123 15 1119 1.96 15.40 65.41 1.10 1 3 45 84 0.529 61.08 125.40 58.32 **** **_* 123 16 1120 1.96 15.40 53.15 1.25 7 3 42 85 0.510 65.52 11>5.50 49.98 -*****it.

PAGE 74

DAY HR SEQN Sale OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRAOT LWRAOT TRAN EMSV lV/M OEG OEG F IN-HG lY/H-R lY/HR lY/HR 123 17 1121 1.96 15.40 40.19 1.55 6 2 42 86 0.526 39.78 92.40 52.62** ". 123 18 1122 1.96 15.40 27.01 2.19 1 3 42 83 0.478 14.04 46.20 32.16 ..... 0.19 123 19 1123 1.96 15.40 14.05 4.05 7 3 50 80 0.516 5.46 39.60 34.14 0.86 123 20 1124 1.96 15.40 5.73 23.97 7 2 57 78 0.551 1.,'6 33.00 31.44 .* 0.8'() 123 21 1125 1.96 15.40 5.13 36.00 5 1 62 75 0.542 0.0 29.10 29.70 0.78 123 22 1126 1.96 15.40 5.73 36.00 3 1 10 72 0.554 0.0 29.70 29.70 .* 0.19 123 23 1121 1.96 15.40 5.73 36.00 3 1 80 70 0.591 0.0 33.00 33.00 0.90 123 24 1128 1.96 15.40 5.73 36.00 5 4 90 68 0.621 0.0 33.00 33.00* 0.91 124 1 1129 1.96 15.70 5.73 36.00 4 3 89 69 0.635 0.0 33.00' 33.00 ;It 0.90 124 2 1130 1.96 15.10 5.13 36.00 3 1 92 68 0.635 0.0 33.00 33.00 :If* 0.91 124 3 1131 1.96 15.10 5.73 36.00 4 '3 95 61 0.634 0.0 33.0'() 33.00 .* 0.94 124 4 1132 1.96 15.70 5.13 36.00 5 4 96 67 0.640 0.0 36.30 36'.30 **.'. 124 5 1133 1.96 15.70 5.73 36.00 5 4 91 67 0.'641 0.0 36;.30 36.30 ,_.* :. 124 6 1134 1.96 15.10 5.13 36.00 10 10 91 67 0.'647 0.0 36.30 36.30 **-It:' 124 7 1135 1.96 15.70 5.73 26.55 8 7 97 67 0.6,4,7 1.56 39.60 38.04.** ***. 124 8 1136 1.96 15.70 13.70 4.15 9 8 97 67 0.'647 7.80 49.50 41.70** 124 9 1137 1.96 15.10 26.71 2.22 9 8 92 70 0.680 21.84 69.30 47.46:*** 124 10 1138 1.96 15.10 39.82 1.56 7 6 88 72 0.696 35.10 85.80 50.70 ... 124 11 1139 1.96 15.10 52.80 1.25 6 5 82 74 0.694 39.00 85.80 46.80 _* ... _". 124 12 1140 1.96 15.70 65.15 1.10 1 6 65 16 ._.- 132.00 *. 124 13 1141 1.96 15.70 74.89 1.04 8 7 65 76 0.588 99.00 124 14 1142 1.96 15.10 75.14 1.03 10 10 97 72 0.761 ..... ....... ,. \:If *tIlill' 124 15 1143 1.96 15.70 65.61 1.10 10 10 82 72 0.649 -_ _*: 82.50 ........ 124 16 1144 1.96 15.70 53.31 1.25 10 10 81 '71 0.619 23.40 59.40 36.00 0.91 124 17 1145 1.96 15.10 40.33 1.54 10 10 80 70 0.591 8.58 42.90 34.32 0.93 124 18 1146 1.96 15.70 27.22 2.18 10 10 80 68 0.552 10.14 42.90 32.76 0.90 124 19 1141 1.96 15.10 14.21 4.01 10 10 81 65 0.504 3.90 36.30 32.40* 0.91 124 20 1148 1.96 5.73 22.76 10 10 81 63 0.470 1.56 33.00 31.44 ;;It 0.90 124 21 1149 1.96 15.70 5.73 36.00 10 10 81 62 0.454 0.0 33.00 3<3.00 0.95 124 22 1150 1.96 15.10 5.13 36.00 10 10 19 61 0.427 0.0 33.00 33.00 0.96 124 23 1151 1.96 15.10 5.73 36.00 10 10 79 60 0.412 0.0 33.00 33.00 0.97 124 24 1152 1.96 15.70 5.7336.00 8 8 18 60 0.407 0.0 33.00 33.00 0.91 125 1 1153 1.96 16.00 5.73 36.00 3 3 77 60 0.402 O.Q 29.10 29.10 0.87 125 2 1154 1.96 16.00 5.73 36.00 0 0 80 56 0.362 0.0 26.40 26.40 *. 0.80 125 3 1155 1.96 16.00 5.13 36.00 0 0 85 54 0.35:1 0.0 26.40 26.40 *. 0.81 125 4 1156 1.96 16.00 5.13 36.00 0 0 86 54 0.361 0.0 26.40 26.40 0.81 125 5 1157 1.96 16.00 5.73 36.00 0 0 88 53 0.356 0.0 26.40 26.40 0.82 125 6 1158 1.96 16.00 5.13 36.00 0 0 93 52 0.363 0.0 26.40 26.40* 0.82 125 1 1159 1.96 16.00 5.73 25.48 0 0 95 51 0.35,1 0.18 29.70 28 92 0.90 0.91 125 8 1160 1.96 16.00 13.81 4.12 0 0 95 53 0.385 13.26 49.50 36.24 .0.83 if.

PAGE 75

DAY HR SEQN SOLe OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOl TLRAOT lWRAOT WRAN EMSV * lY/M DEG DEG F IN-flG LY/HR l,YIHR lYlHR 125 9 1161 1.96 16.00 26.81 2.21 0 0 87 58 0.423 22.62 75.90 53.28 0.68 ***:,. 125 10 1162 1.96 16.00 39.92 1.56 0 0 15 62 0.420 49.14 99.00 49.86 0.16 **** 125 11 1163 1.96 16.00 52.92 1.25 0 0 60 66 0.386 63.96 122.10 58.14 0.74 **.,. 125 12 1164 1.96 16.00 65.31 1.10 0 0 50 70 0.369 71.76132.00 60.24 o. 70 125 13 1165 1.96 16.00 75.14 1.03 0 0 44 73 0.360 79.56 138.60 59.04 0.71 **.-,. 125 14 1166 1.96 16.00 75.42 1.03 0 0 40 75 0.350 80.34 138.60 58.26 0.71 **** 125 15 1167 1.96 16.00 65.81 1.10 0 0 37 77 0.346 16.44 128.70 52.26 0.13 125 16 1168 1.96 16.00 53.47 1.24 0 0 36 '18 0.348 66.30 112.20 45.90 0.75 **.# 125 17 1169 1.96 16.00 40.48 1.54 0 0 36 18 0.348 53.04 89.10 36.06 0.79 0.92 125 18 1110 1.96 16.00 27.37 2.17 0 0 36 77 0.3 37.4'+ 66.00 28.56 0.84 0.74 125 19 1111 1.96 16.00 14.36 3.91 0 0 37 16 O.3:a5 11.94 42.90 24.96 0.88 0.65 125 20 1112 1.96 16.00 5.73 21.64 0 0 40 70 0.296 2.34 26.40 2.06 0.93 0.65 125 21 1173 1.96 16.00 5.73 36.00 0 0 49 66 0.316 0.0 26.40 26.40**** 0.74 125 22 1114 1.96 16.00 5.73 36.00 0 0 70 62 0.392 0.0 26.40 26 40 .**** 0.16 125 23 1175 1.96 16.00 5.13 36.00 a 0 85 59 0.428 0.0 26.40 26.40 ** 0.78 125 24 1116 1.96 16.00 5.73 36.00 0 0 90 51 0.421 0.0 26.40 26.40 .,..*. 0.79 126 1 1117 1.96 16.30 5.13 36.00 0 0 93 56 0.420 0 .0 16 .. 50 16.50 !It* 0.50 126 2 1178 1.96 16.30 5.13 36.00 0 0 96 54 0.403 0.0 16.50 16.50 ;It.** 0.51 126 3 1179 1.96 16.30 5.13 36.00 0 0 97 54 0.40.1 0.0 16.50 16.50***_ 0.51 126 4 1180 1.96 16.30 5.73 36.00 0 0 98 52 0.382 0.0 16.50 16.50 .. 0.51 126 5 1181 1.96 16.30 5.13 36.00 0 0 98 52 0.382 0.0 16.50 16.50,*.* 0.51 126 6 1182 1.96 16.30 5.1336.00 0 0 99 51 0.3.12 0.0 16.50 16.50 [It*.* 0.52 126 7 1183 1.96 16.30 5.73 24.48 0 0 99 52 0.386 2.34 19.80 1:1.46 0.94 0.54 126 8 1184 1.96 16.30 13.92 4.09 0 0 99 60 0.5J.::7 21.84 39.60 11.16 0.94 0.52 126 9 1185 1.96 16.30 26.91 2.20 0 0 68 70 0.503 39.00 6'6.00 21.00 '0.87 0.73 126 10 1186 1.96 16.30 40.02 1.55 0 0 50 14 0.423 54.60 82.50 21.90 0.81 0.74 126 11 1187 1.96 16.30 53.03 1.25 0 0 45 18 0.4:35 61.8'6 115.50 47.64 0.17 ..... 126 12 1188 1.96 16.30 65.46 1.10 0 0 39 83 0.444 76.44 128.70 52.26 0.14 .**. 126 13 1189 1.96 16.30 75.40 1.03 0 0 35 84 0.41.1 79.5'6 132 00 52.44 0.11 if .. "_ 126 14 1196 1.96 16.30 75.70 1.03 0 0 32 86 0.401 78.00 132.00 54.00 0.69 ** 126 15 1191 1.96 16.30 66.01 1.09 0 0 32 88 0.42.7 11.76 122.10 50.34 0.69 if.4 126 16 1192 1.96 16.30 53.63 1.24 0 0 30 88 60.0'6 105.60 4S.54 0.69 .... 126 17 1193 1.96 16.30 40.63 1.53 0 0 29 88 0.38;7 44.46 82.50 38.04 0.10 0.90 126 18 1194 1.96 16.30 27.52 2.16 0 0 29 87 0.375 21.30 59,.40 32 .. 10 0.13 0.17 126 19 1195 1.96 16.30 14.52 3.93 0 0 29 86 0.363 10.14 33.00 22.86 0.76 O.5q 126 20 1196 1.96 16.30 5.73 20.61 0 0 35 19 0.350 0.78 19.80 19 .02 O. 8,e 0 48 126 21 1191 1.96 16.30 5.73 36.00 0 0 48 72 0.380 0.0 19.80 19.80 .... 0.53 126 22 1198 1.96 16.30 5.13 36.00 0 0 52 10 0.384 0.0 16.50 16.50.* 0.45 126 23 1199 1.96 16.30 5.73 36.00 0 0 58 68 0.400 0 .0 16.50 16.50 ,if*** 0.45 126 24 1200 1.96 16.30 5.73 36.00 0 0 70 65 0.435 0.0 16.50 16.50_ 0.41

PAGE 76

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRS SWRAOT TLRAOT LWRAOT EMSV * lY/M DEG OEG F IN-HG LY/HR LY/HR LY/-HR 127 1 1201 1.96 16.60 5.73 36.00 0 0 89 63 0.516 0.0 16.50 16.50 ;It*** 0.4.7 127 2 1202 1.96 16.60 5.73 36.00 0 0 94 60 0.491 0.0 1;6.50 16.50 .. *** 0.48 127 3 1203 1.96 16.60 5.73 36 00 0 0 94 60 0.491 0.0 16,.50 16.50 **** 0.48 127 4 1204 1.96 16.60 5.13 36.00 0 0 90 60 0.470 0.0 16.50 16.50 0.48 121 5 1205 1.96 16.60 5.73 36.00 0 0 90 59 0.453 0.0 16.50 1'6.50 **** 0.49 127 6 1206 1.96 16.60 5.73 36.00 0 0 97 58 0.471 0.0 19.80 19.80**** 0.59 127 7 1207 1.96 16.60 5.73 23.51 0 0 98 58 0.476 3.12 23.10 19.98 0.95 0.59 127 8 1208 1.96 16.60 14.04 4.06 1 1 98 62 0.549 18.72 39.60 20.88**** 0.60 127 9 1209 1.96 16.60 27.02 2.19 0 0 62 10 0.458 ,36.66 6.6.00 29.34 0.84 0.80 127 10 1210 1.96 16.60 40.13 1.55 0 0 58 75 0.501 52.26 92.40 40.14 0.79 **** 127 11 1211 1.96 16.60 53.15 1.25 0 0 41 80 0.423 66.30 108.90 42.60 0.76 ** 127 12 1212 1.96 16.60 65.62 1.10 4 4 40 86 0.501 75.66 128.70 53.04 _*** .. *** 127 13 1213 1.96 16.60 75.65 1.03 4 4 39 84 0.458 108.90 _**. 127 14 1214 1.96 16.60 15.98 1.03 4 4 31 89 0.510 141.90 -* .. *** **** ***127 15 1215 1.96 16.60 66.20 1.09 4 4 35 89 0.482 67.86 122.10 54.24 **** ** ..... 127 16 1216 1.96 16.60 53.78 1.24 3 3 33 89 0.455 60.84 105.60 44.76 ;It*** 127 17 1217 1.96 16.60 40.71 1.53 2 2 32 90 0. 44.46 79.20 34.14 **.** 0.81 127 18 1218 1.96 16.60 21.66 2.14 0 0 32 90 0.455 27.30 59.40 32.10 0.72 0.15 121 19 1219 1.96 16.60 14.61 3.89 0 0 38 88 0.50.7 8.58 33.00 24 42 0.73 0.58 127 20 1220 1.96 16.60 5.73 19.67 0 0 58 78 0.561 0.78 19.80 19.02 0.87 0.49 ) 127 21 1221 1.96 16.60 5.13 36.00 0 0 62 76 0.561 0.0 19.80 19.80**** 0.51 121 22 1222 1.96 '16.60 5 .. 73 36.00 0 0 72 11 0.550 0.0 19.80 19.80**** 0.53 127 23 1223 1.96 16.60 5.73 36.00 0 0 80 10 0.591 0.0 19.80 19.80 **** 0.54 127 24 1224 1.96 16.60 5.73 36.00 0 0 90 68 0.621 0.0 19.80 19.80 0.55 128 1 1225 1.96 16.90 5.73 36.00 0 0 81 66 0.560 0.0 19.80 19.:80 .**** 0.5.5 128 2 1226 1.96 16.90 5.73 36.00 0 0 93 66 0.599 0.0 23 10 23.10 .. *** 0.65 128 3 1227 1.96 16.90 5.13 36.00 0 0 91 66 0.625 0.0 23.10 23.10,**** 0.65 128 4 1228 1.96 16.90 5.73 36.00 0 0 99 65 0.616 0.0 26.40 26.40 .*** 0.14 128 5 1229 1.96 16.90 5.73 36.00 0 0 99 63 0.5:14 0.0 26.40 26.40**** 0.76 128 6 1230 1.96 16.90 5.73 36.00 0 0 99 63 0.574 0.0 26.40 26.40 '.**. 0.76 128 7 1231 1.96 16.90 5.13 22.41 0 0 99 62 0.554 3.90 29.10 25.80 0.95 0.14 128 8 1232 1.96 16.90 14.17 4.02 0 0 99 63 0.574 20.28 49.50 29.22 0.92 0.84 128 9 1233 1.96 16.90 27.14 2.18 0 0 85 70 0.628 31.4-4 72.60 35.16 0.85 0.95 128 10 1234 1.96 16.90 40.25 1.54 0 0 70 74 0.592 53.04 95.70 42.66 0.19 ** 128 11 1235 1.96 16.90 53.28 1.25 0 0 62 78 0.600 65.52 I1S.50 49.98 0.15 **if* 128 12 1236 1.96 16.90 65.19 1.10 1 1 56 80 0.57,8 70.20 128.10 58.50.*** .*.* 128 13 1237 1.96 16.90 15.91 1.03 3 3 50 85 0.607 79.,56 135.30 55.74**** **.'. 128 14 1238 1.96 16.90 16.25 1.03 5 5 46 86 0.,576 :19.56 135.30 55.14 .*** if. 128 15 1239 1.96 16.90 66.31 1.09 3 3 42 88 0.561 68.64 118.80 50.16.*** iI:*** 128 16 1240 1.96 16.90 53.92 1.24 5 5 40 88 0.534 72.60 45.30 ****

PAGE 77

DAY HR SEQN SOLC DECLN HRANG A IRMS CL OP RHM TEM VPRES SWRADT tLRADT LWRADT :TRAN EMSV .. LY/M DEG DEG F I N-HG L Y /HR LY/HR LY/HR 128 17 1241 1.96 16.90 40.90 1.52 2 2 49 80 0.606 32.76 62.10 29.94 '**. 0.75 128 18 1242 1.96 16.90 21.79 2.14 5 5 48 82 0.529 17 .. 16 49.50 32.34 .*** 0.80 128 19 1243 1.96 16.90 14.81 3.86 0 0 50 81 0.533 7.02 33.00 25.98 0.69 0.65 128 20 1244 1.96 16.90 5.73 18.90 0 0 52 80 0.537 0.78 23.10 22.32 0.87 0.56 128 21 1245 1.96 16.90 5.73 36.00 0 0 68 16 0.615 0.0 19.80 19.80 **** 0.51 128 22 1246 1.96 16.90 5.73 36.00 0 0 75 72 0.593 0.0 23.10 23.10 **** 0.62 128 23 1247 1.96 16.90 5.13 36.00 0 0 86 70 0.636 0.0 23.10 23.10 ** 0.63 128 24 1248 1.96 16.90 5.73 36.00 0 0 87 70 0.643 0.0 23.10 23.10 ***. 0.63 129 1 1249 1.96 17.20 5.73 36.00 0 0 89 10 0.658 0.0 23.10 23.10 **** 0.63 129 2 1250 1.96 17.20 5.73 36.00 0 0 88 69 0.628 0.0 23.10 23.10**** 0.63 129 3 1251 1.96 11.20 5.73 36.00 0 0 89 68 0.614 0.0 23.10 23.10 **** 0.64 129 4 1252 1.96 11.20 5.73 36.00 0 0 90 61 0.600 0.0 23.10 23.10 ***. 0.64 129 5 1253 1.96 17.20 5.73 36.00 0 0 93 66 0.599 0.0 26.40 26.40 .*** 0.74 129 6 1254 1.96 17.20 5.73 36.00 0 0 96 65 0.597 0.0 26.40 26.40**** 0.14 129 7 1255 1.96 17.20 5.13 21.64 0 0 96 64 0.516 4.68 26.40 21.12 0.96 0.62 129 8 1256 1.96 17.20 14.28 3.99 0 0 91 65 0.603 19.50 49.50 30.00 0.91 0.85 129 9 1251 1.96 11.20 21.24 2.17 0 0 90 68 0.621 31.44 12.60 35.16 0.85 0.91 129 10 1258 1.96 11.20 40.35 1.54 0 0 18 13 0.638 53.82 95.10 41.88 0.80 **it'* 129 11 1259 1.96 17.20 53.39 1.24 3 3 70 75 0.61.2 66.30 115.50 49.20 **.* ***:* 129 12 1260 1.96 11.20 65.93 1.09 3 3 60 79 0.599 78.00 125.40 47.40 .. ,** 129 13 1261 1.96 11.20 16.16 1.03 4 4 53 83 0.603 ****** 118.80 **.*.* **** .*** 129 14 1262 1.96 17.20 76.53 1.03 5 4 50 83 0.569 **.*** 115.50 .***** -**:* .*.* 129 15 1263 1.96 11.20 66.56 1.09 5 4 47 84 0.552 70.20118.80 48.60**** **** 129 16 1264 1.96 17.20 54.07 1.23 8 4 38 87 0.491 60.06 112,.20 52.14 ***. **** 129 17 1265 1.96 11.20 41.04 1.52 1 3 38 87 0.491 39.00 85 80 46.80,**** .*** 129 18 1266 1.96 17.20 27.93 2.13 4 1 37 81 0.478 28.08 69.30 41.22 **** 0.99 129 19 1267 1.96 17.20 14.96 3.82 3 1 37 88 0.494 9.36 39.60 30.24**** 0.12 129 20 1268 1.96 17.20 5.13 18.07 2 1 49 80 0.506 0.78 23.10 22.32 **** 0.56 129 21 1269 1.96 11.20 5.13 36.00 2 1 62 15 0.542 0.0 19.80 19.80 .*** 0.52 129 22 1210 1.96 17.20 5.73 36.00 2 1 69 73 0.564 0.0 19.80 19.80 **** 0.53 129 23 1211 1.96 11.20 5.73 36.00 3 1 73 10 0.539 0.0 19.80 19.80**** 0.54 129 24 1272 1.96 17.20 5.73 36.00 3 1 79 69 0.564 0.0 19.80 19.80 :If*** 0.54 130 1 1213 1.96 11.50 5.73 36.00 3 1 82 69 0.585 0.0 19.80 19.80 ,**** 0.54 130 2 1214 1.96 17.50 5.73 36.0(l 0 0 85 68 0.586 0.0 19.80 19.80**.* 0.55 130 3 1215 1.96 11.50 5.73 36.00 0 0 90 61 0.600 0.0 19 80 19.80 **** 0.55 130 4 1216 1.96 11.50 5.73 36.00 0 0 93 65 0.578 0.0 19.80 19.80**** 0.56 130 5 1211 1.96 17.50 5.73 36.00 0 0 96 64 0.576 0.0 19.80 19.80 ,**** 0.56 130 6 1278 1.96 17.50 5.13 36.00 0 0 97 62 0.543 0.0 19.80 19.80 **** 0.57 130 1 1219 1.96 17.50 5.13 20.13 0 0 98 62 0.549 4.68 23.10 18.42 0.96 0.53 130 8 1280 1.96 17.50 14.42 3.95 0 0 98 63 0.568 22.62 46.20 23.58 0.94 0.68

PAGE 78

DAY HR SEaN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT, TLRAOT LWRAOT lTRAN EMSV ... ... LY/M DEG OEG F IN-HG lY/HR LY/HR LY/HR 130 9 1281 1.96 17.50 27.37 2.17 1 1 85 69 0.607 39.78 59.40 19.62 0.54 130 10 1282 1.96 17.50 40.47 1.54 3 3 70 74 0.592 56.94 99;.00 42.06 -**** ***::* 130 11 1283 1.96 17.50 53.52 1.24 5 5 62 76 0.561 70.98 115.50 44.52:1f*** ***# 130 12 1284.1.96 17.50 66.10 1.09 5 5 56 80 0.578 79. 138.60 59.04'**** .. 130 13 1285 1.96 17.50 16.42 1.03 5 5 50 84 0.587 81.12 138.60 57.48**** 130 14 1286 1.96 11.50 76.19 1.03 5 5 46 84 0.540 78 78 138.60 59.82 ,***. **_. 130 15 1287 1.96 17.50 66.73 1.09 3 3 43 87 0.556 73.,82 132.00 58.68 ,***:If *'IUt 130 16 1288 1.96 17.50 54.20 1.23 2 2 42 88 0.561 62.40 115,.50 53.10 ,***'" .**jt 130 17 1289 1.96 11.50 41.16 1.52 2 2 41 88 0.54,7 48.'36 99.00 50.64 .*** ***1!t 130 18 1290 1.96 17.50 28.06 2.12 3 3 41 88 0.54:/ 23.40 62.70 39.30."** 0.93 130 19 1291 1.96 17.50 15.09 3.79 1 1 41 87 0.530 1.0.92 46.20 35.28**** 0.84 130 20 1292 1.96 17.50 5.73 17.40 0 0 52 80 0.537 0.78 26.40 2S 62 0.86 0.605 130 21 1293 1.96 17.50 5.73 36.00 0 0 63 75 0.551 0.0 19.80 19.80 **** 0.52 130 22 1294 1.96 17.50 5.73 36.00 0 0 69 74 0.584 0.0 19.80 19.80 .:If*"* 0.52 130 23 1295 1.96 17.50 5.73 36.00 0 0 73 82 0.804 0.0 19.80 19.80 **** 0.49 130 24 1296 1.96 17.50 5.73 36.00 0 0 80 80 0.826 0.0 19.80 19.80**** 0.50 131 1 1297 1.95 17.80 5.73 36.00 0 0 86 68 0.593 0.0 19.80 19.80**** 0.55 131 2 1298 1.95 17.80 5.73 36.00 0 0 93 66 0.599 0.0 19.80 19.80 ,**.* 0.55 131 3 1299 1.95 17.80 5.73 36.00 0 0 96 66 0.618 0.-0 23.10 2,3.10 **** 0.65 131 4 f300 1.95 17.80 5.73 36.00 0 0 98 65 0.610 0.0 23.10 23.10 **** 0.65 131 5 1301 1.95 17.80 5.73 36.00 0 0 98 65 0.610 0.0 26.40 26.40 0.74 131 6 1302 1.95 11.80 5.73 36.00 0 0 99 64 0.594 0.0 23.10 23.10**** 0.66 131 7 1303 1.95 17.80 5.73 19.88 0 0 99 64 0.594 4 .. 68 29.70 25.02 0.95 0.71 131 8 1304 1.95 17.80 14.55 3.92 0 0 99 64 0.594 21.06 46.20 25.14 0 .. 92 0.11 131 9 1305 1.95 17.80 27.49 2.16 2 2 8S 72 0.612 39.00 12.60 33.60 **** 0.90 131 10 1306 1.95 17.80 40.59 1.53 6 6 70 75 0.61,2 59.28 82.50 23.22 ,**** 0.61 131 11 1307 1.95 11.80 53.65 1.24 5 5 65 79 0.649 39.00 99.00 60.00_** .... 131 12 1308 1.95 11.80 66.26 1.09 4 4 53 82 0.584 -.... _. 128.70 **** ** 131 13 1309 1.95 17.80 76.68 1.03 4 4 45 86 0.564 *-**,* 141.90 ..... ** .... **4_ 131 14 1310 1.95 17.80 77.05 1.03 4 4 44 86 0.551 122.10 131 15 1311 1.95 17.80 66.89 1.09 4 4 42 86 0.526 ****A. 112.20 ** .*** -* 131 16 1312 1.95 17.80 54.33 1.23 3 3 42 88 0.561 42.90 9S,. 70 52.80 **** **.;. 131 17 1313 1.95 11.80 41.28 1.51 2 2 40 89 0.651 31.20 89.10 5. 90 *** 131 18 1314 1.95 17.80 28.18 2.11 2 2 40 89 0.551 19.50 59.40 39.90,**** 0.94 131 19 1315 1.95 17.80 15.23 3.75 1 1 45 85 0.546 7.80 39.60 31.80 .*** 0.77 131 20 1316 1.95 17.80 5.13 16.77 1 1 53 80 0.547 0.1.8 26.40 25.62 **** 0.65 131 21 1317 1.95 17.80 5.73 36.00 0 0 63 75 0.551 0.0 ..... ** .**.** ** 131 22 1318 1.95 11.80 5.73 36.00 0 0 70 74 0.592 0.0 **.**:* ..... *** 131 23 1319 1.95 17.80 5.73 36.00 0 0 77 72 0.609 0.0 ***.*. **-*** .**. ** 131 24 1320 1.95 17.80 5.73 36.00 0 0 82 70 0.606 0.0 .* ** -*** .**.

PAGE 79

DAY HR SEQN SOlC DEClN HRANGAIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT LWRAOT /fRAN EMSV lY/M OEG OEG F IN-HG lY/HR lY/HR lY/HR 132 1 1321 1.95 18.00 5.73 36.00 0 0 86 68 0.593 0.0 23.10 23.10 *. 0.64 132 2 1322 1.95 18.00 5.73 36.00 0 0 91 61 0.607 0.0 23.10 23.10 0.64 132 3 1323 1.95 18.00 5.13 36.00 0 0 96 66 0.618 0.0 23 .. 10 23.10 0.65 132 4 1324 1.95 18.00 5.73 36.00 0 0 91 66 0.625 0.0 23.10 23.10.* 0.65 132 5 1325 1.95 18.00 5.73 36.00 0 0 91 65 0.603 0.0 23.10 23.10 ;* 0.65 132 6 1326 1.95 18.00 5.13 36.00 0 0 98 64 0.5.'88 0.0 26.40 26.40 ,* o. 15 132 1 1327 1.95 18.00 5.13 19.45 0 o 100 64 0.600 4.68 26.40 21.12 0.95 0.62 132 8 1328 1.95 18.00 14.62 3.90 0 o 100 66 0.644 21.84 49.50 27.66 0.93 O.lTI 132 9 1329 1.95 18.00 21.55 2.15 0 0 85 13 0.69.5 39.00 15.90 36.90 0.86 0.98 132 10 1330 1.95 18.00 40.64 1.53 0 0 15 15 0.656 54.60 99.00 44.40 0.80 .... 132 11 1331 1.95 18.00 53.11 1.24 0 0 55 19 0.549 66.30 118.80 52.50 0.15 *. 132 12 1332 1.95 18.00 66.35 1.09 0 0 41 85 0.571 ** _* 132.00 *.'.-.... 132 13 1333 1.95 18.00 16.83 1.03 1 1 45 86 0.564 *.,,". 138.60 if-It-. 132 14 1334 1.95 18.00 11.24 1.02 1 1 45 89 0.620 -ft*-'. 132 .. 00 ... .... 132 15 1335 1.95 18.00 67.02 1.09 1 1 38 91 O. 557 ...... **_.* : .... -... 132 16 1336 1.95 18.00 54.44 1.23 0 0 34 91 0.499 *.if* 132 11 1331 1.95 18.00 41.38 1.51 0 0 34 92 0.516 *",.'eIt ** 132 18 1338 1.95 18.00 28.28 2.10 0 0 34 91 0.499 *** if *._.*. if.:'; ,It* ...... ;It 132 19 1339 1.95 18.00 15.34 3.73 0 0 40 86 0.501 *.it *".At ** i.*** **if_ 132 20 1340 1.95 18.00 5.73 16.28 0 0 49 80 0.506 ... *.:it ,." ........... *._ 132 21 1341 1.95 18.00 5.73 36.00 0 0 55 16 0.498 0.0 .".,itt ,.* *.*_ 132 22 1342 1.95 18.00 5.73 36.00 0 0 61 74 0.516 0.0 ........ ** ** .* ........ 132 23 1343 1.95 18.00 5.13 36.00 0 0 69 12 0.546 0.0 .*: *.* 132 24 1344 1.95 18.00 5.73 36.00 a 0 76 69 0.Slt3 0.0 ... **ltt* ........ 133 1 1345 1.95 18.30 5.73 36.00 0 0 86 67 0.574 0.0 .*.* ... *. **,.,"** .* ..... tt. 133 2 1346 1.95 18.30 5.13 36.00 0 0 91 66 0.586 0.0 **.,,* ......... ,.* **.**. 133 3 1341 1.95 18.30 5.13 36.00 0 0 93 65 0.57,8 0.0 :it *.*, **.:. 133 4 1348 1.95 18.30 5.13 36.00 0 0 96 64 0.5;1,6 0.0 .. *. ** 133 5 1349 1.95 18.30 5.73 36.00 0 0 98 63 0.568 0.0 -*.,.,* .. *._.* .... *. ..il. 133 6 1350 1.95 18.30 5.13 36.00 0 0 99 63 0.514 0.0 ,It.* 133 7 1351 1.95 18.30 5.73 18.69 0 0 99 62 0.554 if* _**_*.* 133 8 1352 1.95 18.30 14.75 3.87 0 o 100 66 0.644 .:it.* *. .... ... ** 133 9 1353 1.95 18.30 27.61 2.14 0 0 90 72 0.112 **;tt,. ..... *., *.* ... 133 10 1354 1.95 18.30 40.76 1.53 0 0 10 16 0.633***.* *.;It.,. :If if .... 133 11 1355 1.95 18.30 53.84 1.24 0 0 60 79 0.599 ............. *. ;** 133 12 1356 1.95 18.30 66.50 1.09 0 a 44 85 0.534 ...... .*;***-.*.*** *.* 133 13 1357 1.95 18.30 17.09 1.03 0 0 43 88 0.514 *.,ft *' .. ........ ..... .*if. 133 14 1358 1.95 18.30 11.50 1.02 1 1 39 90 0.55,5 79.56 ft,.*. ,* **. *-* .. 133 15 1359 1.95 18.30 61.18 1.08 1 1 31 92 0.560 14.10 128.10 54.60** ** .... 133 16 1360 1.95 18.30 54.56 1.23 1 1 36 92 0.54>5 65.52 115.50 49.98 *.** ..-*

PAGE 80

DAY HR SEQN SOLe DECLN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRAOT lWRAOTiTRAN EMSV * LY/M DEG OEG F IN-HG UY/HR lV1HR LY/HR 133 17 1361 1.95 18.30 41.50 1.51 1 1 33 93 0.51.'5 49.14 89.10 39.96 **** 0.92 133 18 1362 1.95 18.30 28.40 2.09 0 0 34 92 0.515 31.20 66.00 34.80 0.76 0.80 133 19 1363 1.95 18.30 15.47 3.10 0 0 36 88 0.481 11.10 42.90 25.14 0.85 0.61 133 20 1364 1.95 18.30 5.13 15.12 0 0 51 82 0.562 1.:56 26 40 24.84 0.88 0.62 133 21 1365 1.95 18.30 5.13 36.00 0 0 58 78 0.561 0.0 2.10 23.10 ,jt*** 0.59 133 22 1366 1.95 18.30 5.73 36.00 0 0 59 75 0.516 0.0 23.10 23.10 .. **** 0.60 133 23 1361 1.95 18.30 5.13 36.00 0 0 62 12 0.490 0.0 23.10 23.10 **** 0.62 133 24 1368 1.95 18.30 5.73 36.00 0 0 10 10 0.511 O.Q 23.10 23.10 ,.,.** 0.63 134 1 1369 1.95 5.13 36.00 0 0 80 10 0.591 O.Q 23.10 23.10**** 0.63 134 2 1310 1.95 18.50 5.13 36.00 0 0 85 68 0.586 0.0 23.10 23.10 **** 0.64 134 3 1311 1.95 18.50 5.13 36.00 0 0 91 61 0.601 0.0 23.10 23.10 **.* 0.64 134 4 1312 1.95 18.50 5.13 36.00 0 0 93 66 0.599 0.0 23.10 23.10 .-*** 0.65 134 5 1313 1.95 18.50 5.73 36.00 0 0 96 66 0.618 0.0 23.10 23.10**** 0.65 134 6 1314 1.95 18.50 5.13 36.00 0 0 91 65 0.603 0.0 23.10 23.10 ***. 0.65 134 1 1315 1.95 18.50 5.13 18.20 0 0 98 65 0.610 0.78 29.10 0.86 0.82 134 8 1316 1.95 18.50 14.84 3.85 0 0 99 61 0.660 'I3.26 42.90 29.64 0.81 0.82 134 9 1311 1.95 18.50 21.75 2.14 0 0 90 15 0.187 30.42 12.60 42.18 0.76 **if* 134 10 1378 1.95 18.50 40.84 1.53 0 0 12 76 0.652 46.80 95.70 48.90 0.72 134 11 1379 1.95 18.50 53.92 1.24 0 0 60 80 0.619 60.84 115.50 54.66 0.70 **_# 134 12 1380 1.95 18.50 66.61 1.09 0 0 48 85 0.583 70 .. 98 135.30 64.320.68 **-. 134 13 1381 1.95 18.50 77.26 1.02 0 0 42 89 0.579 15.66 135.30 59.64 0.67 134 14 1382 1.95 18.50 77.68 1.02 0 0 42 91 0.616 75.66 135.30 59.64 0.61 134 15 1383 1.95 18.50 61.29 1.08 0 0 36 92 0. 12.,54 125.40 52.86 0.69 **., 134 16 1384 1.95 18.50 54.65 1.22 0 0 35 93 0.546 63.18 115.50 52.32 0.11 *'. 134 17 1385 1.95 18.50 41.58 1.50 0 0 36 94 0.580 50.,10 92.40 41.10 0.75 0.95 134 18 1386 1.95 18.50 28.48 2.09 0 0 38 92 0.575 35.10 66.00 30.90 0.80 0.71 134 19 1381 1.95 18.50 15.55 3.68 0 0 39 90 0.555 15.60 42.90 27.30 0.83 0.64 134 20 1388 1.95 18.50 5.13 15.36 0 0 45 85 0.546 2.34 26.40 24.06 0.90 0.58 134 21 1389 1.95 18.50 5.13 36.00 0 0 52 81 0.554 O.) 23.10 23.10 0.58 134 22 1390 1.95 18.50 5.13 36.00 0 0 60 78 0.550 0.0 23.10 23.10.*** 0.59 134 23 1391 1.95 18.50 5.13 36.00 0 0 68 16 0.615 0.0 23.10 23.10**** 0.60 134 24 1392 1.95 18.50 5.13 36.00 0 0 67 15 0.586 0.0 23.10 23.10 **** 0.60 135 1 1393 1.95 18.80 5.73 36.00 0 0 72 72 0.570 0.0 2:3.10 23.10 ,if**. 0.62 135 2 1394 1.95 18.80 5.13 36.00 0 0 80 10 0.591 0.0 23.10 23.10 :***. 0.63 135 3 1395 1.95 18.80 5.73 36.00 0 0 85 70 0.'628 0.0 23 .. 10 23.10 ,***. 0.63 135 4 1396 1.95 18.80 5.13 36.00 0 0 87 68 0.600 0.0 23.10 23.10 c***. 0.64 135 5 1397 1.95 18.80 5.73 36.00 0 a 92 68 0.635 0.0 23.10 23.10 ,**** 0.6.4 135 6 1398 1.95 18.80 5.73 36.00 a 0 95 67 0.634 0.0 23.10 23.10 ,**** 0.64 135 1 1399 1.95 18.80 5.13 17.52 a 0 98 67 0.654 0.il8 29.70 28.92 0.86 0.80 135 8 1400 1.95 18.80 14.91 3.82 0 0 98 68 0.6J6 13.26 42.90 29.64 0.81 0.82

PAGE 81

DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWR,ADT iTRAN EMS\t * it it lY/M OEG nEG F IN-HG lY/HR lYIHR lY1HR 135 9 1401 1.95 18.80 27.81 2.13 0 0 85 15 0.144 28.86 12.60 43.74 0.14 it* 135 10 1402 1.95 18.80 40.95 1.52 0 0 75 17 0.101 45.24 92.40 47.16 0.71 135 11 1403 1.95 18.80 54.04 1.23 0 0 68 19 0.6179 58.50 112.20 53.10 0.68 ***::tt 135 12 1404 1.95 18.80 66.16 1.09 0 0 60 85 0.128 68.64 125.40 56.16 a.66 **.'. 135 13 1405 1.95 18.80 77.51 1.02 2 2 50, 90 0.711 71.16 128.10 56.94 .** *** 135 14 1406 1.95 18.80 77.93 1.02 3 3 48 91 0.704 73.32 125.40 52.08.** 135 15 1407 1.95 18.80 67.45 1.08 2 2 42 92 0.636 72.>54 132.00 59.46 .*** .*_"'" 135 16 1408 1.95 18.80 54.77 1.22 2 2 43 93 0.6,11 61.62 112.20 50.58 **it* .,.". 135 11 1409 1.95 18.80 41.69 1.50 7 5 44 90 0.626 31.20 66.00 34.80 ** 0.82 135 18 1410 1.95 18.80 28.60 2 .. 08 9 1 46 89 0.634 13.26 46.20 32. 0.78 135 19 1411 1.95 18.80 15.69 3.65 8 6 ,54 84 0.'634 10.14 36.30 26.16 .. .. 0.64 135 20 1412 1.95 18.80 5.73 14.85 7 4 60 81 0.640 2.34 23.10 20.16' ,.*** 0.52 135 21 1413 1.95 18.80 5.73 36.00 5 3 68 18 0.658 0.0 2'3.10 23.10**** 0.59 135 22 1414 1.95 18.80 5.73 36.00 3 2 72 17 0.673 0.0 23.10 23.10 ,**** 0.60 135 23 1415 1.95 18.80 5.73 36.00 3 2 12 76 0.652 0.0 23.10 23.10**". 0.60 135 24 1416 1.95 18.80 5.73 36.00 0 a 70 76 0.633 0.0 23.10 23.10 ... .. 0.60 136 1 1411 1.95 19.00 5.73 36.00 0 0 73 74 0.618 0.0 23.10 23.10 0.61 136 2 1418 1.95 19.00 5.73 36.00 0 0 80 12 0.633 0.0 23.10 2:3 0.6,2 136 3 1419 1.95 19.00 5.73 36.00 0 0 85 70 0.628 0.0 23.10 0.63 136 4 1420 1.95 19.00 5.73 36.00 0 0 88 70 0.650 0.0 23.10 23.10**". 0.63 136 5 1421 1.95 19.00 5.73 36.00 0 0 92 68 0.635 0.0 23.10 2,3.10 ,:It*** 0.64 136 6 1422 1.95 19.00 5.73 36.00 0 0 95 61 0.634 O.Q 23.10 23.10,**** 0.64 136 7 1423 1.95 19.00 5.73 17.09 0 0 96 67 0.640 1 29.70 28.14 0.89 0.18 136 8 1424 1.95 19.00 15.06 3.79 0 0 93 69 0.'664 12.48 42.90 30.42 0.19 0.83 136 9 1425 1.95 19.00 27.95 2.12 0 0 85 73 0.695 28.8'6 72.60 43.74 0.74 ... 136 10 1426 1.95 19.00 41.03 1.52 0 0 75 16 0.679 45.24 95.70 50.46 0.71 ***. 136 11 1427 1.95 19.00 54.12 1.23 0 0 6.5 80 0.6:71 59.28 115.50 56.22 0.68 .* 136 12 1428 1.95 19.00 66.86 1.09 0 0 52 84 0.611 67.,.Q8 **,if 0.65 ... *;. 136 13 1429 1.95 19.00 77.67 1.02 0 0 48 88 0.6,41 74.10 ,It*. if**;it.** 0.65 '* 136 14 1430 1.95 19.00 78.10 1.02 0 0 46 90 0.654 7.5.66 *.:,..* ..... *** 0.67 ***1* 136 15 1431 1.95 19.00 67.55 1.08 5 3 42 90 0.,597 10. zo .. .*** 136 16 1432 1.95 19.00 54.85 1.22 8 5 41 92 0.6'21 59.28 ... ,_** ... .. ***J.* if* .... 136 17 1433 1.95 19.00 41.17 1.50 7 3 41 92 0.621 46.02 *. ....... :It**1t .* 136 18 1434 1.95 19.00 2.08 7 3 41 92 0.621 35.10 *.'.*it *it .. *. 136 19 1435 1.95 19.00 15.77 3.63 7 3 43 81 0.556 13.2'6 42.90 29.64 *'*. 0.71 136 20 1436 1.95 19.00 5.73 14.53 8 5 52 85 0.631 0.:18 26.40 25.62 ...... 0.62 136 21 1437 1.95 19.00 5.73 36.00 10 8 90 72 0.712 0.0 .*-; *,.* **** -*** 136 22 1438 1.95 19.00 5.13 36.00 8 6 100 69 0.714 0.0 *-... ... ., ....... 136 23 1439 1.95 19.00 5.13 36.00 4 3 100 68 0.690 0.0 ** ..... ** ***. 136 24 1440 1.95 19.00 5.73 36.00 0 o 100 68 0.690 0.0 **_.*it .. ,.: __ .*** .**.

PAGE 82

DAY HR SEQN SOLe DECLN HRANG AiRMS CL OP RHM TEM VPRES SWRAO-r TLRAOT LWRAOT ;TRAN EMS" * LV/M DEG OEG F IN-HG UY/HR LY/HR LY/HR 137 1 1441 1.95 19.20 5.73 36.00 4 3 100 68 0.690 0.0 33.00 33.00 -*-** 0.91 137 2 1442 1.95 19.20 5.73 36.00 8 6 100 68 0.690 O.Q 33.00 33.00-*** 0.91 137 3 1443 1.95 19.20 5.73 36.00 9 7 100 6810.690 0.0 33.00 33.00 -*** 0.91 137 4 1444 1.95 19.20 5.73 36.00 9 7 100 68 0.690 0.0 33.00 3:3 .00:** *-* 0.91 137 5 1445 1.95 19.20 5.73 36.00 8 6 100 67 0.667 0.0 33.00 3-3.00 '*** 0.92 137 6 1446 1.95 19.20 5.73 36.00 8 6 100 67 0.-66;,7 0.0 33.00 33.00 0.92 137 7 1441 1.95 19.20 5.73 16.67 10 10 100 67 0.667 0.,18 33.00 32.22 **** 0.90 137 8 1448 1.95 19.20 15.14 3.77 10 10 100 68 0.690 4.68 39.60 34.92 ,.*** 0.96 137 9 1449 1.95 19.20 28.03 2.12 10 10 99 70 0.732 9.36 46.20 36.84 ,*"*137 10 1450 1.95 19.20 41.11 1.52 10 9 92 72 0.728 18.:72 59.40 40.68 **.* ***# 137 11 1451 1.95 19.20 54.20 1.23 10 9 88 76 0.796 35.10 50.70 .* ... **-. 137 121452 1.95 19.20 66.96 1.09 9 8 80 78 0.714 39.QO 85.80 46.80 .. *** -*** 137 13 1453 1.95 19.20 77.84 1.02 9 8 75 82 0.826 ** 118.80:***,.** it**it _* 137 14 1454 1.95 19.20 78.27 1.02 9 8 55 85 0.668 *- ,.* ***,.** **:*'.****** **._ 137 15 1455 1.95 19.20 67.65 1.08 1 6 60 84 0.705 46.80 _*.-** 137 16 1456 1.9519.20 54.93 1.22 10 9 55 82 0.006 '27.30 *** **,**** _**** **-It;* 137 17 1457 1.95 19.20 41.84 1.50 10 10 60 75 0.5"25 4.68 **,***:* **it.*** ,***.* .*.if. 137 18 1458 1.95 19.20 28.76 2.07 10 10 96 71 0.7a3 2.34 33.00 30.66 0.83 137 19 1459 1.95 19.20 15.86 3.61 9 8 98 72 0.77>5 9.36 36.30 26.94**** 0.12 131 20 1460 1.95 19.20 5.73 14.22 9 8 97 71 0.741 1.5'6 33.00 31.44 0.85 137 21 1461 1.95 19.20 5. '73 36.00 7 6 97 71 0.741 0.0 33.00 33.00 e**** 0.89 131 22 1462 1.95 19.20 5.13 36.00 8 8 91 70 0.71:7 0.0 33.00 33.00**** 0.90 137 23 1463 1.95 19.20 5.73 36.00 8 8 97 10 0.711 0.0 33.00 33.00 **** 0.90 137 24 1464 1.95 19.20 5.73 36.00 4 2 97 70 0.717 0.0 33 ... 00 33 .. 0Q,-*** 0.90 138 1 1465 1.95 19.40 5.73 36.00 3 1 98 69 0.700 0.0 31:.26 31.26 .* ** 0.86 138 2 1466 1.95 19.40 5.73 36.00 2 1 98 68 0.676 0.0 31.26 31.26 :It*** 0.86 138 3 1467 1.95 19.40 5.73 36.00 6 5 98 68 0.616 0.0 31.26 31.26***. 0.86 138 4 1468 1.95 19.40 5.73 36.00 6 5 98 68 0.6"16 0.0 31.26 31.26 0.86 138 5 1469 1.95 19.40 5.73 36.00 8 3 98 67 0.6;54 0 .. 0 31.26 31.26**** 0.87 138 6 1470 1.95 19.40 5.73 36.00 10 3 98 67 0.654 0.0 31.26 31.26 ;It*** 0.87 138 7 1471 1.95 19.40 5.73 16.27 7 2 98 68 0 6'16 0.0 33.18 33.18**** 0.93 138 8 1472 1.95 19.40 15.23 3.15 7 2 98 68 0.616 10.92 49.50 38.58 ;it.** 138 9 1413 1.95 19.40 28.11 2.11 8 7 90 74 0.761 l8.08 72.60 44.52 **** ***:. 138 10 1474 1.95 19.40 41.18 1.52 6 6 82 76 0.742 39.78 89.10 49.32**** tt**:,. 138 11 1475 1.95 19.40 54.28 1.23 6 6 13 78 0.706 49.92 102.30 52.38**** ***_ 138 12 1416 1.95 19.40 67.06 1.09 6 6 65 82 0.716 68.64 125.40 56.76**** iIi*it. 138 13 1477 1.95 19.40 78.00 1.02 8 8 63 82 0.694 .. **." 108.90***,,*** (If.*" **.;It 138 14 1478 1.95 19.40 78.44 1.02 7 7 62 82 0.683 -**- 106.90 **.-** **** ***;It 138 15 1419 1.95 19.40 67.75 1.08 9 7 60 82 0.661 60.84 112.20 51.36 ,**** **tt* 138 16 1480 1.95 19.40 55.01 1.22 9 7 60 82 0.661 50.:70 99.00 48.30**** ***.

PAGE 83

DAY HR SEQN SOlC OEClH HRAHG AIRMS CL OP RHM TEM VPRE5 SWRADT TLRADT lWRADT [RAN EMSV * LY/M OEG OEG F I N""'HG LY /HR LY/HR lY/HR 138 17 1481 1.95 1<).40 41.92 1.49 8 5 62 80 0.640 46.80 75.90 29.10 ***. 0.73 138 18 1482 1.95 19.40 28.84 2.01 8 6 64 78 0.619 37.44 59.40 21.96 **** 0.56 138 19 1483 1.95 19.40 15.95 3.59 8 6 68 74 0.575 24.96 39.60 14.64**** 0.39 138 20 1484 1.95 19.40 5.73 13.92 6 3 74 73 0.605 14.04 29.70 15.66 **** 0.42 138 21 1485 1.95 19.40 5.73 36.00 8 4 78 71 0.596 0.0 29.70 29.70 **** 0.80 138 22 1486 1.95 1<).40 5.73 36.00 9 4 82 70 0.606 0.0 31.26 31.26 .. *** 0.B5 138 23 14B7 1.95 19 .. 40 5.73 36.00 6 2 84 70 0.621 0.0 31.26 31.26**** O.B5 138 24 1488 1.95 19.40 5.73 36.00 7 3 86 69 0.614 0.0 31.26 31.26 **** 0.86 139 1 1489 1.95 1<).60 5.73 36.00 9 4 90 68 0.621 0.0 ** ** if********* **** 139 2 1490 1.95 19.60 5.73 36.00 9 4 92 66 0.592 0 .. 0 ** ** ***. **.139 3 1491 1.95 19.60 5.73 36.00 6 2 93 66 0.599 0.0 ** *._*** -*** ***139 4 1492 1.95 lCJ.60 5.73 36.00 8 3 94 65 0.585 0.0 **--*. ****** .**139 5 1493 1.95 19.60 5.73 36.00 5 2 95 65 0.591 0.0 ** *. ***.** .*** ** 139 6 1494 1.95 1<).60 5.73 36.00 7 3 96 65 0.597 0 .. 0 ** *. ***. ***. 139 7 1495 1.95 19.60 5.73 15.89 8 5 95 66 0.612*-* 33.00 _*i.\*** '.*** ** 139 8 1496 1.95 19.60 15.32 3.73 9 6 90 70 0.665 46.20 ** ** **** ***. 139 9 1497 1.95 19.60 28.19 2.11 9 8 80 72 0.633 .. **** 66.00 ** ** **** **** 139 10 1498 1.95 19.6041.26 1.51 9 8 10 76 0.6B3 ****,.* 75.90 ****** .**. **** 139 11 1499 1.g5 19.60 54.35 1.23 g 9 62 78 0.600 ****** 89.10 ** ** -*** .*** 139 12 1500 1.95 19.60 67.15 1.08 9 8 58 78 0.561 ****;it* 85.80 **** 139 13 1501 1.95 19.60 78.16 1.02 8 6 50 84 0.587 .***** 118.80 **-.** **** ***. 139 14 1502 1.95 19.60 78.61 1.02 8 5 52 82 0.573 *.* 125.40 ***.** .*** **_. 139 15 1503 1.95 19.60 67.85 1.08 8 5 50 83 0.569 **** 102.30 ** -*** **.* 139 16 1504 1.95 19.60 55.09 1.22 8 5 48 84 0.564 .***** 102.30 **.*** *.*. ***. 139 17 1505 1.95 19.60 41.99 1.49 8 6 52 80 0.537 ****** 75.90 ** ** **** -*_. 139 18 1506 1.95 19.60 28.92 2.06 7 6 54 81 0.576 ****.* 56.10 **.*:*** **** ***. 139 19 1507 1.95 19.60 16.03 3.58 5 5 56 76 0.507 ****.* 42.g0 **.*** **** **** 139 20 1508 1.95 19.60 5.73 13.64 3 3 60 73 0.491 **** 29.70 ***-** **** ** 139 21 1509 1.95 19.60 5.73 36.00 5 5 68 70 0.503 0.0 ** *. *.*.** **** **** 13g 22 1510 1.95 19.60 5.73 36.00 4 4 72 69 0.514 0.0 **,**** **.*** .*** **** 139 23 1511 1.95 19.60 5.73 36.00 3 3 19 68 0.545 0.0 **.*** ****** .**. 139 24 1512 1.95 19.60 5.73 36.00 2 2 82 67 0.547 0.0 ***.** ** ** **** **** 140 1 1513 1.95 19.80 5.73 36.00 2 2 85 67 0.567 0.0 *.**** ***.** **** ***. 140 2 1514 1.95 19.80 5.73 36.00 3 3 87 66 0.560 0.0 .*.**. **.*** .*** .**. 140 3 1515 1.95 19.80 5.73 36.00 4 2 90 65 0.560 0.0 ** ** ***.** .*** .**. 140 4 1516 1.95 19.80 5.73 36.00 3 2 92 65 0.512 0.0 **.*** .* **. 140 5 1517 1.95 19.80 5.73 36.00 2 1 94 64 0.564 0.0 ** ** **._** **** .*** 140 6 1518 1.95 19.80 5.73 36.00 1 1 g5 63 0.551 0.0 ** ** **.*** **** **_. 140 7 1519 1.95 19.80 5.73 15.45 1 1 96 64 0.576 *:**,* 29.70 ****** '.*** **.* 140 8 1520 1.<)5 19.80 15.43 3.71 1 1 91 69 0.650 ****.* 46.20 ****** **** ***.

PAGE 84

DAY HR SHIN SOLe OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADl' lWRAOT JrRAN EMSV * if LV/M OEC OEG F IN .... HG LY/HR lV/HR lYIHR 140 9 1521 1.95 19.80 28.29 2.10 8 4 75 75 0.656 82.50 ** ',***Jt*** 140 10 1522 1.95 19.80 41.35 1.51 8 4 70 77 0.654 **-*** 99.00 ** ** .**. ** 140 11 1523 1.95 19.80 54.45 1.23 8 3 63 80 0.650 -***,it. 115.50 ;It*** 140 12 1524 1.95 19.80 67.27 1.08 5 3 50 83 0.569 *** 125.40 :If.** 140 13 1525 1.95 19.80 18.,34 1.02 3 1 48 85 0.583*.***** 141.90 *** 140 14 1526 1.95 19.80 18.77 1.02 2 1 46 87 0.595 -:If.*,it. 138.60 -**' if**. ***.11' 140 15 1527 1.95 19.80 67.92 1.08 2 1 43 88 0.574 73.32 132.00 58.68**** ... it;. 140 16 1528 1.95 19.80 1.22 4 2 43 89 0.593 64.74 118.80 54.06 **** it* 140 17 1529 1.95 19.80 42.05 1.49 4 2 47 88 0.621 48.36 89.10 40.74 **** 0.97 140 18 1530 1.95 19.80 28.97 2.06 4 2 50 84 0.581 25.:74 59.40 33.66**** 0.82 140 19 1531 1.95 19.80 16.10 3.56 4 2 '55 80 0.568 12 48 42.90 30.42**.* 0.77 140 20 1532 1.95 19.80 5.13 13.42 3 1 65 15 0.569 0.78 26.40 25.62:1f*** 0.6;1 140 21 1533 1.95 19.80 5.73 36.00 3 1 75 13 0.613 0.0 23.10 23.10.**** 0.61 140 22 1534 1.95 19.80 5.73 36.00 3 1 80 71 0.611 0.0 23.10 23.10 .*.** 0.62 140 23 1535 1.95 19.80 5.13 36.00 3 1 86 70 0.636 0.0 23.10 23.10 :If*** 0.63 140 24 1536 1.95 19.80 5.13 36.00 a 0 90 68 0.621 0.0 23.10 2,3.10 **** 0.64 141 1 1537 1.95 20.00 5.73 36.00 3 1 92 68 0.635 0.0 23.10 23.10 **** 0.64 141 2 1538 1.95 20.00 5.73 36.00 3 1 94 67 0.627 0.0 23.10 2;3.10-**it 0.64 141 3 1539 1.95 20.00 5.13 36.00 0 0 95 66 0.612 0.0 23.10 23.10 **** 0.65 141 4 1540 1.95 2U.00 5.13 36.0.0 0 0 97 65 0.603 C.Q 23.10 23.10 **** 0.65 141 5 1541 1.95 20.00 5.73 36.00 0 0 98 64 0.5'88 0.0 23.10 23.10 .*-* 0.66 141 6 1542 1.95 20.00 5.73 36.00 0 0 98 63 0.56,8 0.0 23.10 23.10,..** 0.66 141 7 1543 1.95 20.00 5.73 15.10 0 0 98 65 0.61.0 7.80 26.40 18.60 0.97 0.52 141 8 1544 1.95 20.00 15.51 3.69 0 0 92 69 0.6S1 25.74 49.50 23.76 0.95 .0.65 141 9 1545 1.95 20.00 28.37 2.10 2 1 78 75 0.6'132 41.34 79.20 37.86**** 0.99 141 10 1546 1.95 20.00 41.43 1.51 0 0 11 71 0.664 56.94 1.0.2.30 45.36 0.82 141 11 1547 1.95 20.00 54.53 1.23 0 0 60 80 0.619 69.42 118.80 49.38 0.17 **.,11' 141 12 1548 1.95 20.00 67.36 1.08 0 0 51 85 0.619 75.66 135.30 59.64 0.72 141 13 1549 1.95 20.00 18.50 1.02 0 0 45 88 0.601 18.00 141.90 63.90 0.69 .*.* 141 14 1550 1.95 20.00 18.93 1.02 0 0 40 90 0.569 75.66 135.30 59.64 0.67 -It**. 141 15 1551 1.95 20.00 68.02 L.08 0 0 38 92 0.575 67.86 128.10 60.84 0.65 **_. 141 16 1552 1.95 20.00 55.22 1.22 0 0 36 92 0.545 56.94 112.20 55.26 0.65 ***141 17 1553 1.95 20.00 42.12 1.49 0 0 35 92 0.530 42.12 92.40 50.28 0.66 it.** 141 18 1554 1.95 20.00 29.05 2.05 0 0 36 90 0.51.2 24.96 6,2.70 37.14 0.67 0.88 141 19 1555 1.95 20.00 16.18 3.54 0 0 39 85 0.473 7.80 42.90 35.10 0.67 0.85 141 20 1556 1.95 20.00 5.73 13.15 0 0 45 79 0.450 0.18 26.40 25.62 0.81 0.6.5 141 21 1551 1.95 20.00 5.73 36.00 0 0 57 74 0.462 0.0 23.10 23.10 **** 0.61 141 22 1558 1.95 20.00 5.73 36.00 0 0 70 73 0.573 0.0 24.10 23.10 ***it 0.61 141 23 1559 1.95 20.00 5.73 36.00 0 0 80 70 0.591 0.0 23.10 23.10 **** 0.63 141 24 1560 1.95 20.00 5.13 36.00 0 0 88 10 O. '650 0.0 23.10 23.10 **** 0.63

PAGE 85

DAY HR SEQN SOLC DECLN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TLRADT lWRADT JRAN EMS V * LY/M DEG DEG F I N-..HG LV I HR LYlHR lYlfiR 142 1 1561 1.95 20.20 5.73 36.00 0 0 95 69 0.678 0.0 23.10 23.10 *.** 0.63 142 2 1562 1.95 20.20 5.73 36.00 0 0 96 68 0.662 0.0 26.40 26.40 **** 0.73 142 3 1563 1.95 20.20 5.73 36.00 0 0 96 68 0.662 0.0 26.40 26.40**** 0.73 142 4 1564 1.95 20.20 5.73 36.00 0 0 97 67 0.647 0.0 26.40 26.40 **** 0.73 142 5 1565 1.95 20.20 5.73 36 .. 00 4 2 99 66 0 .. 638 0.0 26.40 26.40 **** 0 .. 14 142 6 1566 1.95 20.20 5.13 36.00 6 2 98 67 0.654 0.0 26.40 26.40 .*** 0.73 142 7 1567 1.95 20.20 5.73 14.77 5 2 98 68 0.676 3.90 33.00 29.10 **** 0.80 142 8 1568 1.95 20.20 15.60 3.67 5 3 93 70 0.687 19.50 42.90 23.40 **** 0.64 142 9 1569 1.95 20.20 28.44 2.09 1 1 85 71 0.795 36.66 66.00 29.34 ***. 0.16 142 10 1570 1.95 20.20 41.50 1.51 0 0 70 80 0.722 53.82 95.70 41.88 0.79 ***. 142 11 1571 1.95 20.20 54.61 1.23 0 0 57 84 0.670 63.96 115.50 51.54 0.72 *.** 142 12 1572 1.95 20.20 67.46 1.08 3 2 53 87 0.685 62.40 118.80 56.40 **.* 142 13 1573 1.95 20 .. 20 78.66 1.02 3 2 49 88 0.654 65.52 112.20 46.68 **** **** 142 14 1574 1.95 79.10 1.02 3 2 45 88 0.601 54.60 10,8.90 54.30 **** *.*. 142 15 1575 1.95 20.20 68.11 1.08 6 6 45 88 0.601 48.36 99.00 50.64 **** **** 142 16 1576 1.95 20.20 55.29 1 .. 22 5 5 46 88 0.614 42.90 89.10 46.20 ***. '* 142 17 1571 1.95 20.20 42.19 1.49 3 3 4B B1 0.621 35.10 **-.*. ** ** **** **** 142 18 1518 1.95 20.20 29.13 2.05 0 0 49 86 0.614 18.72 ** ** ****** 0.58 ***. 142 19 1579 1.95 20.20 16.27 3.53 0 0 53 82 0.584 3.90 ** ** 0.55 ***142 20 1580 1.95 20.20 5.73 12.B9 0 0 60 79 0.599 0.0 ** **-*.* -*** ***. 142 21 1581 1.95 20.20 5.73 36.00 0 0 10 16 0.633 0.0 ***.* *** **** 142 22 1582 1.95 20.20 5.73 36.00 0 0 18 14 0.660 0.0 _.. -** **** ** 142 23 15B3 1.95 20.20 5.73 36.00 0 0 82 74 0.694 0.0 .**.*. .* ** .*** **.* 142 24 1584 1.95 20.20 5.73 36.00 0 0 86 72 0.'680 0.0 ****** ** ** **** ***. 143 1 1585 1.95 20.40 5.13 36.00 0 a 92 10 0.680 0.0 26.40 26.40**** 0.12 143 2 1586 1.95 20.40 5.73 36.00 0 0 94 69 0.611 0.0 26.40 26.40.*** 0.12 143 3 1587 1.95 20.40 5.73 36.00 10 2 95 69 0.618 0.0 26.40 26.40 ***. 0.12 143 4 1588 1.95 20.40 5.73 36.00 10 3 91 68 0.669 0.0 26.40 26.40 **** 0.13 143 5 158<; 1.95 20.40 5.13 36.00 10 3 98 67 0.654 0.0 26.40 26.40**** 0.13 143 6 1590 1.95 20.40 5.73 36.00 2 1 98 67 0.654 0.0 26.40 26.40 **** 0.73 143 7 159 1 1. 95 20 .40 5.73 14.38 2 1 98 68 0.61'6 B.58 29.70 21.12 :if*** 0.58 143 8 1592 1.95 20.40 15.71 3.65 0 0 91 70 0.612 25. 42.90 17.16 0.95 0.41 143 9 1593 1.95 20.40 28.54 2.08 5 5 82 15 0.717 42.12 82.50 40.38 .*** ***. 143 10 1594 1.95 20.40 41.60 1.50 7 1 11 18 0.687 45.24 ***.*. ****** *.** ** 143 11 1595 1.95 20.40 54.10 1.22 8 7 60 80 0.619 46.80 .* ** ****** **** -*.* 143 12 1596 1.95 20.40 67.57 1.0B 6 5 50 84 0.587 -** ****** .***** **** .**. 143 13 1591 1.95 20.40 7B.83 1.02 6 5 45 85 0.546 *****. ********-*** **** **** 143 14 1598 1.95 20.40 19.25 1.02 6 5 45 88 0.601 *** ****** ***.** **** **** 143 15 1599 1.95 20.40 68.19 1.08 6 6 45 88 0.601 74.10 ****.* **.*** **** ***. 143 16 1600 1.95 20.40 55.35 1.21 6 3 46 B1 0.595 50.70 **. ** ** .***

PAGE 86

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT EMSV * LY/M OEG DEG FIN-fiG LY/HR lY1HR LY/HR 143 11 1601 1.95 20.40 42.24 1.48 1 3 46 81 0.595 34.32 .. *CIt* .. 143 18 1602 1.95 2C.4029.18 2.04 10 4 46 86 0.516 23.40 62.10 39.30**** 0.95 143 19 1603 1.95 20.40 16.34 3.51 10 4 46 83 0.523 7.80 42.90 35.10**** 0.81 143 20 1604 1.95 20.40 5.13 12.69 10 3 51 79 0.509 0.18 29.10 28.92 **** 0.73 143 21 1605 1.95 20.40 5.13 36.00 10 3 64 16 0.579 0.0 26.40 26.40**** 0.69 143 22 1606 1.95 20.40 5.73 36.00 6 2 71 14 0.601 0.0 26.40 26.40**** 0.10 143 23 1607 1.95 20.40 5.73 36.00 3 1 79 72 0.625 0.0 26.40 26.40 ;It*** 0.71 143 24 1608 1.95 20.40 5.73 36.00 3 1 86 10 0.636 0.0 ****** ;It***** **** ***CIt 144 1 1609 1.94 20.60 5.13 36.00 0 0 90 69 0.643 0.0 27.18 27.18 ***. 0.74 144 2 1610 1.94 20.60 5.73 36.00 0 0 92 68 0.635 0.0 27.18 27.18**** 0.75 144 3 1611 1.94 20.60 5.73 36.00 0 0 93 68 0.642 O.D 21.18 27.18 **** 0.75 144 4 1612 1.94 20.60 5.73 36.00 9 0 96 68 0.662 0.0 27.18 27.18;1t* .. 0.15 144 5 1613 1.94 20.60 5.73 36.00 9 7 96 68 0.662 0.0 27.18 27.18 *** .. 0.75 144 6 1614 1.94 20.60 5.73 36.00 10 10 95 68 0.655 0.0 29.10 29.70**** 0.82 144 1 1615 1.94 20.60 5.73 14.02 10 4 95 69 0.618 1.02 33.00 25.98 ,**** 0.11 144 8 1616 1.94 20.60 15.81 3.62 10 10 95 73 0.777 13.26 46.20 32.94 **** 0.81 144 9 1617 1.94 20.60 28.64 2.08 10 10 87 75 0.761 14.82 52.80 31.98 if .. ** 0.99 144 10 1618 1.94 20.60 41.69 1.50 10 10 85 76 0.769 17.94 46.20 28.26**** 0.73 144 11 1619 1.94 20.60 54.19 1.22 10 10 80 14 0.677 11.10 .... *. ;It* .. *** **** .. **. 144 12 1620 1.94 20.60 67.68 1.08 10 10 95 10 0.702 7.Q2 .. *if* .. .. *;It **** .... 144 13 1621 1.94 20.60 79.00 1.02 10 10 99 10 0.132 10.92 **;It*** ***'*****"* ***,* 144 14 1622 1.94 20.60 79.40 1.02 10 10 99 71 0.756 14.82******.***** *** .. ;It*.* 144 15 1623 1.94 20.60 68.26 1.08 10 10 98 12 0.775 10.92 **.*** ;It***** ** .. ***. 144 16 1624 1.94 20.60 55.40 1.21 10 10 98 11 0.149 6.24 ** ....... .. .... ** ... 144 17 1625 1.94 20.60 42.29 1.48 10 10 98 70 0.124 3.12 *.*.** .. *.** ..... .. ** 144 18 1626 1.94 20.60 29.24 2.04 10 10 99 10 0.732 1.56 .... ** .. ;It.** .*** .. ... 144 19 1627 1.94 20.60 16.40 3.50 10 10 99 69 0.701 0.:18 .**;It** ***** ... *.* .. *-11' .. 144 20 1628 1.94 20.60 5.73 12.49 10 10 100 68 0.690 0.0 ***-* .... ** ... ... .... .. 144 21 1629 1.94 20.60 5.73 36.00 10 10 100 66 0.644 0.0 ** .......... ** *.*. 144 22 1630 1.94 20.60 5.13 36.00 10 10 100 66 0.6't4 0.0 **_.** if* ** ... ** ** 144 23 1631 1.94 20.60 5.73 36.00 10 10 100 68 0.690 0.0 .... ** **-*** **.* 144 24 1632 1.94 20.60 5.73 36.00 10 10 100 68 0.690 0.0 **.*** .* ** .. .**. 145 1 1633 1.94 20.80 5.13 36.00 10 10 100 69 0.714 0.0 ""*if* ...... ** .... *** 145 2 1634 1.94 2'O.BO 5.13 36.00 10 10 100 69 0.714 0.0 ***:* ... ;It.** **.* 145 3 1635 1.94 20.80 5.13 36.00 10 10 100 69 0.714 0.0 **"if ... *.*** *.** .* ... 145 4 1636 1.94 20.80 5.13 36.00 10 10 100 10 0.739 0.0 .... .. .**. ***145 5 1637 1.94 20.80 5.73 36.00 10 10 100 10 0.139 0.0 ** ... **.*. **** 145 6 1638 1.94 20 .. 80 5.13 36.00 9 9 100 70 0.739 0.0 ****** ************ 145 7 1639 1.94 20.80 5.73 13.61 10 10 100 70 0.739 .** ... ***'t** **;It.*** *** .... **. 145 8 1640 1. 94 20.80 15.92 3.60 10 10 97 68 0.669 .... A .. ... **. *- ** .*** **

PAGE 87

DAY HR SEQN SOLe DECLN HRANG AIRMS CL OP RHM TEM VPRfS SWRAOT TLRADT LWRADT EMSV * '* LY/M DEG OEG F IN-HG lY/HR lY1HR lY/HR 145 9 1641 1.94 20.80 28.74 2.07 10 10 98 68 0.676 ****it***:',.** **,.******ft **if. 145 10 1642 1.94 20.80 41.78 1.50 10 10 98 70 o. 724 **.*.* **.".**.**'" *.*;* 145 11 1643 1.94 20.80 54.89 1.22 10 10 92 72 0.728 ****.,* 69.30 **-_** .*.* .. **145 12 1644 1.94 20.80 67.79 1.08 8 8 82 75 O.llJ _.* 105.60 -*** ** 145 13 1645 1.94 20.80 79.17 1.02 8 8 73 78 115.50 **** ***. 145 14 1646 1.94 20.80 79.54 1.02 9 9 65 80 0.611 112.20 _**. -* 145 15 1647 1.94 20.80 68.33 1.08 8 7 62 82 .***-. 112.20 ****** .*** **-. 145 16 1648 1.94 20.80 55.45 1.21 8 7 61 82 0.'672 40.:1.7 99.00 58.83:** ** iIi**,. 145 17 1649 1.94 20.80 42.34 1.48 6 6 61 82 0.672 44.07 8,2.50 38.43 **** 0.95 145 18 1650 1.94 20.80 29.30 2.04 3 3 60 81 0 .. 640 23.01 59,.40 36.39 **** 0.91 145 19 1651 1.94 20.80 16.47 3.49 3 3 64 80 0.660 15.21 49.50 34.29 ,It*** 0.86 145 20 1652 1.94 20.80 5.73 12.31 3 3 72 76 0.652 1.,L7 29:.70 28.53 **** 0.74 145 21 1653 1.94 20.80 5.73 36.00 2 2 80 75 0.100 0.0 30 09 30.09 ,**** 0.79 145 22 1654 1.94 20.80 5.73 36.00 2 2 85 72 0.672 0.0 26.79 26.79**** 0.72 145 23 1655 1.94 20.80 5.13 36.00 2 2 91 70 0.672 0.0 23.49 23.49 ,**** 0.64 145 24 1656 1.94 20.80 5.13 36.00 4 3 95 69 0.618 0.0 23.49 23.49**** 0.64 146 1 1657 1.94 21.00 5.13 36.00 3 1 96 68 0.662 0.0 26.40 26.40 .**. 0.73 146 2 1658 1.94 21.00 5.13 36.00 3 1 97 68 0.669 0.0 26.40 26.40 .*** 0.73 146 3 1659 1.94 21.00 5.73 36.00 3 2 97 68 0.669 0.0 26.40 26.40.*** 0.73 146 4 1660 1.94 21.00 5.73 36.00 5 4 98 68 0.676 0.0 29.70 29.70 :***. 0.82 146 5 1661 1.94 21.00 5.73 36.00 8 6 98 68 0.676 0.0 3,3.00 33.00 :*.** 0.91 146 6 1662 1.94 21.00 5.73 36.00 9 9 98 68 0.676 0.0 33.00 33.00.*** 0.91 146 7 1663 1.94 21.00 5.73 13.33 7 7 98 68 0.676 0.16 39.60 38.82 **** ''It 146 8 1664 1.94 21.00 16.03 3.58 9 8 98 70 0.124 15.60 49.50 33.90.'.**: 0.92 146 9 1665 1.94 21.00 28.84 2.07 10 9 92 75 0.605 20.28 59 ... 40 39.12*** **_ .. 146 10 1666 1.94 21.00 41.87 1.50 10 9 86 16 0.:718 24.18 66.00 41.82**** ** 146 11 1661 1.94 21.00 54.98 1.22 8 6 '75 80 0.174 42.90 99.00 56.10 **.* .**. 146 12 1668 1.94 21.00 61.90 1.08 7 5 62 82 0.6'83 59.28 108.90 49.62 .*it'. 146 13 1669 1.94 21.00 19.34 1.02 7 5 58 85 0.104 68.64 ** *-'If.-.* 146 14 1670 1.94 21.00 79.69 1.02 7 5 56 86 0.702 74.10 **._** **_.** *.*. 146 15 1671 1.94 21.00 68.40 1.07 5 4 53 86 0.664 62 .40 .. *. *--,.. 146 16 1612 1.94 21.00 55.50 1.21 5 4 52 86 0.652 62.40 *-.**. -*.***.* -**. 146 17 1673 1.94 21.00 42.39 1.48 4 3 53 86 0.664 43.68 **:.JI'*.* -*_.***** 146 18 1674 1.94 21.00 29.35 2.03 4 2 55 85 0.668 28.86 **J **.* **.* 146 19 1675 1.94 21.00 16.53 3.41 6 2 60 80 0.619 6.24 **- ,. ** ** .***.*iIi. 146 20 1616 1.94 21.00 5.73 12.13 7 2 70 77 0.654 0.78 **_.*. **.*.* **** ***. 146 21 1677 1.94 21.00 5.73 36.00 5 2 16 15 0.665 0.0 **.*** ,.** .***. .*.". 146 22 1678 1.94 21.00 5.73 36.00 4 1 85 74 0.719 0.0 **' *;* '.***. 146 23 1679 1.94 21.00 5.73 36.0Q 3 1 92 '72 0.128 0.0 23.10 23.10 *-0.62 146 24 1680 1.94 21.00 5.73 36.00 3 1 94 71 0.718 0.0 23.10 23.10 .*** 0.62

PAGE 88

DAY HR SEQN SOlC DEClN HRANG AIRMS CLOP RHM rEM VPRES SWRADT TLRAOT LWRADT JfRAN EMSV * LY/M DEG oec F I N-HG LV lHR LY1HR LY/HR 141 1 1681 1.94 21.10 5.13 36.00 4 1 96 10 0.109 0.0 23.10 23.10 0.63 141 2 1682 1.94 21.10 5.73 36.00 5 2 98 69 0.100 0.0 23.10 '23.10 0.63 141 3 1683 1.94 21.10 5.13 36.00 1 1 99 69 0.101 0.0 26.40 26.40 *.** 0.72 141 4 1684 1.94 21.10 5.13 36.00 0 0 99 69 0.707 0.0 26.40 26 .40 0.72 141 5 1685 1.94 21.10 5.13 36.00 0 0 99 68 0.683 0.0 29.10 29.10 :It*** 0.82 147 6 1686 1.94 21.10 5.73 36.00 0 0 99 68 0.683 0.0 29.10 29.70 ,.*.* 0.82 147 7 1681 1.94 21.10 5.13 13.14 0 0 99 69 0.101 36.30 35.52 0.81 0.97 147 8 1688 1.94 21.10 16.09 3.56 0 0 99 72 0.183 11.1'6 62.70 45.54 0.84 **if,. 141 9 1689 1.94 21.10 28.90 2.06 3 3 92 76 0.833 30.!t2 82.50 52.08 :It -*.* 147 10 1690 1.94 21.10 41.93 1.49 4 4 15 80 0.174 46.62 105.60 59.58 **** 147 11 1691 1.94 21.10 55.04 1.22 4 4 62 84 0.128 62.40 122.10 59.10***,. *i**. 141 12 1692 1.94 21.10 67.96 1.08 4 4 56 84 0.658 66.30 10;2,.30 36.00***. 0.8,8 141 13 1693 1.94 21.10 19.43 1.02 3 3 54 88 0.121 .*-*_. 132.00 .***** **** -* 147 14 1694 1.94 21.10 79.15 1.02 4 4 52 88 0.694 62.40 99.00 36.60 *** 0.87 141 15 1695 1.94 21.10 68.42 1.01 3 3 48 89 0.661 66.30 115.50 49.20_*** ***.iIt 141 16 1696 1.94 55.51 1.21 2 2 41 91 0.'0'89 63.18 99.00 35.82 *.*. 0.83 147 11 1691 1.94 21.10 42.40 1.48 2 2 47 90 0.668 66.00 19.20 **** 0.45 141 18 1698 1.94 21.10 29.31 2.03 1 1 48 90 0.683 25.74 49.50 23.16**** 0.56 141 19 1699 1.94 21.10 16.55 3.41 2 1 55 85 0.668 8.58 29.70 21.12 ;tf*** 0.51 141 20 1700 1.94 21.10 5.73 12.06 5 4 58 82 0.639 0.78 23,",10 22.32-*** 0.515 141 21 1701 1.94.21.10 5.13 36.00 4 3 10 80 0.122 0.0 23.10 23.10 **** 0.58 141 22 1102 1.94 21.10 5.13 36.00 3 2 16 19 0.159 O.Q 23.10 23.101:*** 0.59 141 23 1103 1.94 21.10 5.13 36.00 3 2 80 18 0.T74 0.0 23.10 23 .. 10 **-* 0.59 141 24 1104 1.94 21.10 5.73 36.00 0 0 80 16 0.724 0.0 23,.10 23.10 ,**** 0.60 148 1 1105 1.94 21.30 5.73 36.00 8 8 88 14 0.144 0.0 **) ** **_.****** **If* 148 2 1106 1.94 21.30 5.13 36.00 8 8 88 14 0.744 0.0 **',.;.** _*.'.** iII**. *_.It 148 3 1701 1.94 21.30 5.73 36.00 9 9 90 13 0.136 0.,,0 **._* ** 148 4 1708 1.94 21.30 5.13 36.00 8 1 92 73 0.1:53 0.0 **-,-** **.,******. **.":. 148 5 1709 1.94 21.30 5.13 36.00 1 6 93 72 0.736 0.0 **:".*.* -*.,******. **It,,. 148 6 1710 1.94 21.30 5.73 36.00 3 1 96 71 0.133 0.0 **._*. It*,*.** ******.:_ 148 7 1111 1.94 21.30 5.13 12.83 0 0 91 71 0.741 0.16 **.,.** ****** 0.81 -* 148 8 1112 1.94 21.30 16.20 3.54 2 2 91 13 0.19,3 15.60 42.90 21.30**** 0.72 148 9 1113 1.94 21.30 29.00 2.06 8 8 90 78 0.8l0 31.20 59.40 28.20.*** 0.12 148 10 1714 1.94 21.30 42.02 1.49 5 5 86 19 0.859 35.10 69.30 34.20 **** 0.87 148 11 1715 1.94 21.30 55.14 1.22 4 4 16 82 0.838 52.26 75.90 23.64 ,**** 0.59 148 12 1116 1.94 21.30 68.01 1.08 3 3 10 82 0.171 .45.24 95.10 50.46.**,* ** 148 13 1711 1.94 21.30 19.60 1.02 7 6 63 87 0.815 **.* 115.50 **.;if** **** 148 14 1718 1.94 21.30 79.89 1.02 10 10 10 86 0.8,71 *'.** **.it** ****** **** ***. 148 15 1119 1.94 21.30 68.48 1.01 10 10 98 11 0.149 1.5,6 46.20 44.64 **** **** 148 16 1720 1.94 21.30 55.56 1.21 10 10 99 72 0.,183 0.,0 52 .. 80 52.80 .*** *.

PAGE 89

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TlRADT LWRADT ,fRAN EMSV * '. LY/M OEG DEG F IN-HG LY/HR lY/HR lY/HR 148 17 1721 1.94 21.30 42.45 1.48 10 10 99 13 0.810 0.0 52:.80 52. 80**** 148 18 1122 1.94 21.30 29.42 2.03 10 10 99 14 0.B38 7.80 **,*;.*,* it**,*** ***. 148 19 1723 1.94 21.30 16.62 3.46 10 10 99 75 0.866 7. 80 ***i:***,**_ -it;. 148 20 1124 1.94 21.30 5.73 11.88 9 8 95 73 0.;7'1,7 0.18 *- *:* _*,*-** ****4!-*_" 148 21 1725 1.94 21.30 5.73 36.00 7 5 97 11 0.,741 0 .0 **.,.*-"*.,:it** ;II**4!-.*4!-. 148 22 1726 1.94 21.30 5.73 36.00 10 10 99 70 0.7'32 O.Q **** .**). 148 23 1721 1.94 21.30 5.73 36.00 10 10 99 71 0.1,56 0.0 ** *. **_.** .-** -*.* 148 24 1728 1.94 21.30 5.73 36.00 8 8 99 72 0.1133 0.0 **' *4!-**1****,**** .*if. 149 1 1129 1.94 21.50 5.13 36.00 8 8 98 12 0.77:5 0.0 ** *,. .* ;.If** :.*** **iO. 149 2 1730 1.94 21.50 5.73 36.00 8 8 98 72 0.715 0 .0 ** *:tt .*.,.** :.-*** ** 149 3 1731 1.94 21.50 5.73 36.00 9 9 98 72 0.1'15 0.0 *****. ** **' *. **.:149 4 1732 1.94 21.50 5.73 36.00 9 9 98 12 0.775 0.0 **_.** .*** .*,. 149 5 1733 1.94 21.50 5.73 36.00 10 10 98 72 0.7'75 0.0 **.It** .-.,.** ;.*** 149 6 1134 1.94 21.50 5.73 36.00 10 10 98 12 0.715 0.0 *- -.* ** **** ***,. 149 7 1735 1.94 21.50 5.73 12.53 10 10 98 12 0.7.75 0.0 ** ** .* ** ***. ** 149 8 1736 1.94 21.50 16.31 3.52 1010 98 72 0.775 4.68 ** *-** ** _*** .**. 149 9 1731 1.94 21.50 29.09 2.05 10 10 96 74 0.812 9.36 ** ... ** **;tt,,* *** *.if* 149 10 1138 1.94 21.50 42.12 1.49 10 10 92 75 0.805 14.82 ** .. **,_.**.**. **.:. 149 11 1139 1.94 21.50 55.23 1.22 10 10 85 18 0.822 .**,***.**** .*** 149 12 1740 1.94 21.50 68.18 1.08 10 10 15 80 0.174 21.84 **.it** .*_"***.*** ***. 149 13 1141 1.94 21.50 79.11 1.02 10 10 90 71 0.'688 4.68 **.**. **itt.** _*** ***.* 149 14 1742 1.94 21.50 80.03 1.01 10 10 91 71 0.741 2.34 **".*,* ".*;it:.**.*** -*** 149 15 1743 1.94 21.50 68.55 1.01 10 10 97 11 0 .. 741 9.16** :* ****** lit*** ***_ 149 16 1144 1.94 21.50 55.61 1.21 10 10 98 700.724 13.26 ** *. **,**** .** ... 149 17 1745 1.94 21.50 42.50 1.48 10 10 98 70 0.12 14.82 .***,*** ,it**. ** 149 18 1746 1.94 21.50 29.47 2.02 10 10 99 70 0.732 6.24 **.,it** "*11:\11149 19 1741 1.94 21.50 16.68 3.44 10 10 99 10 0.132 0.:78 ****** it***** .. *** **._ 149 20 1748 1.94 21.50 5.73 11.71 10 10 99 70 0.732 0.0 **:.'.*, 149 21 1749 1.94 21.50 5.73 36.00 10 10 99 10 0.132 0.0 **-.** _*.*** .**it _* 149 22 1150 1.94 21.50 5.73 36.00 10 10 99 70 0.732 0.0 **.:.** **.-** :\it *. II: **.,. 149 23 1751 1.94 21.50 5.73 36.00 10 10 100 69 0.,714 0.0 **. *** -*** ** 149 24 1152 1.94 21.50 5.13 36.00 10 10 100 69 0.714 0.0 *****. .** 150 1 1753 1.94 21.70 5.73 36.00 10 10 100 69 0.714 0.0 **: **.***'<11:'.** :\*** .. ** ... 150 2,1754 1.94 21.70 5.73 36.00 9 8 100 69 0.,714 0.0 **.*** *.* ** *.*. ,.*-. 150 3 1155 1.94 21.70 5.73 36.00 8 7 100 69 0.714 o.t) ** ... ** .* ** -**. ** 150 4 1756 1.94 21.70 5.73 36.00 8 7 100 69 0.114 0.0 **.*** if .... ** .** -*._ 150 5 1757 1.94 21.70 5.13 36.00 10 10 100 69 0.7"14 0.0 *.,*.* **,.***** 150 6 1758 1.94 21.70 5.73 36.00 7 6 100 69 0.714 0.0 **:-.** *.*. 150 1 1159 1.94 21.70 5.73 12.25 10 9 100 70 0.139 0.'78 ** .. *** ** ***_ 150 8 1760 1.94 21.70 16.41 3.50 10 10 100 11 0.764 5.4'6 .*:..**.*.:.** .**** ***:11-

PAGE 90

DAY HR SEQN SOle DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWRADT .RAN EMSV .. .. lY/M IJEG DEG F IN"'HG LY/HR lY/HR lY/HR 150 9 1761 1.94 21.70 29.19 2.04 10 10 99 72 0.183 8. 58 ..... .*"'.** ... ** .*il;. 150 10 1162 1.94 21.10 42.20 1.49 10 0 93 15 0.814 21.84 ** ***.,..'.*. ,.**- 150 11 1163 1.94 21.70 55.32 1.21 8 6 80 18 0.774 40 .. ,56 ***it ... *.,*i* 'fI.*" .**_ 150 12 1164 1.94 21.70 68.28 1.08 5 4 70 81 0.146 .. _* .. it* -.* ** 150 13 1765 1.94 21.10 19.93 1.02 6 5 62 83 0.706 *.** "',**(4: :.* ...... ,.. ..,_ 150 14 1166 1.94 21.10 80.11 1.01 8 8 62 83 0.106 **.*,", ** *'fI.****** .* ... 150 15 1761 1.94 21.10 68.61 1.01 9 7 64 82 0.105 13.26 .*._* -** *:. 150 16 1768 1.94 21.10 55.66 1.21 8 6 80 78 0.1'14 14.()4 *._.** *'11.* **'11 ...... 150 17 1769 1.94 21.70 42.55 1.48 8 5 95 74 0.;604 7.80 **:*,*** .. ;.'IIIUI: _._. 150 18 1110 1.94 21.70 29.53 2.02 8 6 88 76 0.796 15.60 ........ 150 19 1711 1.94 21.70 16.75 3.43 8 5 82 76 0.742 4.68 ,. ..... t.*."' '. 150 20 1772 1.94 21.70 5.13 11.54 3 2 81 76 0.133 0.78 . -*-;It**.** *it. 150 21 1713 1.94 21.10 5.73 36.00 5 3 85 13 0.69.5 0.0 **.- *.**** ***. -* 150 22 1174 1.94 21.10 5.73 36.00 4 2 90 72 0.112 0.0 **.'.*,* .*:. *** *. *** .. 150 23 1115 1.94 21.10 5.13 36.00 3 1 92 12 0.128 0.0 ........ it'.,*** ...... 150 24 1716 1.94 21.10 5.73 36.00 0 0 94 71 0.718 0.0 **.#*. ..... 151 1 1777 1.94 21.90 5.73 36.00 0 0 97 10 0.717 o.() ** ,.*** "* 151 2 1178 1.94 21.90 5.73 36.00 0 0 98 69 0.700 0.0 if* ** 151 3 111<1 1.94 21.90 5.13 36.00 0 0 98 69 0.700 0.0 *. ... *il. 151 4 1180 1.94 21.90 5.73 36.00 5 5 98 10 0.72.4 0.0 ** ** *. M** 151 5 1181 1.94 21.90 5.73 36.00 0 0 98 69 0.700 0.0 **.;It .. ** i. 151 6 1782 1.94 21.90 5.13 36.00 0 0 98 68 0.676 0.0 .*.*.* ., ::-. ** 151 7 1783 1.94 21.90 5.73 11.93 0 0 99 68 0.683 .... *.****.* ....... ** **.'. 151 8 1784 1.94 21.90 16.54 3.47 5 5 99 70 0.732 A *_ ...... *_ _* 151 9 1185 1.94 21.90 29.31 2.04 5 5 85 75 0.144 *.*.* .. .... ** 151 10 1786 1.94 21.90 42.32 .1.48 5 5 70 76 0.633 ** *._ ,. **,.*.* ** .... 151 11 1187 1.94 21.90 55.43 1.21 6 6 68 18 0.658 **** *.*** .. ****.*.* '. 151 12 1788 1.94 21.90 68.40 1.07 7 5 70 80 0.722 .. .... ;It ......... 151 13 118
PAGE 91

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRAOT lWRAOT 5fRAN EMSV .11* II* LY/M CEG DEG F IN'"'"'HG LY1HR lY1HR lYIHR 152 1 1801 1.94 22.00 5.73 36.00 4 1 95 70 0.102 0.0 **.*it*1I***.** ****it 152 2 1802 1.94 22.00 5.13 36.00 0 0 96 69 0.'685 0.0 ****** it*.*** **** **_.* 152 3 1803 1.94 22.00 5.73 36.00 0 0 96 69 0.'685 0.0 **J*** *.***. **** **** 152 4 1804 1.94 22.00 5.73 36.00 a 0 97 69 0.693 0.0 **'**** ** .** 152 5 1805 1.94 22.00 5.73 36.00 3 2 98 69 0.100 0.0 *-* *** ** 152 6 1806 1.94 22.00 5.73 36.00 10 4 98 68 0.616 0.0 ***** ***.* .*.* ***. 152 1 1807 1.94 22.00 5.73 11.18 1 4 98 70 0.124 ****.* .*.it** **** 152 8 1808 1.94 22.00 16.61 3.46 5 2 98 70 0.7e4 *.* ** *. **._** .*** .*.* 152 9 1809 1.94 22.00 29.37 2.03 6 6 90 77 0.0 ._** ** .... *** *.*. 152 10 1810 1.94 22.00 42.37 1.48 8 8 80 80 0.0 ** .* ... ** ** ***. ** 152 11 1811 1.94 22.00 55.48 1.21 6 6 70 83 0.0 44.46 .* ** _-** **** 152 12 1812 1.94 22.00 68.46 1.01 7 1 65 84 0.0 .*.* .. **.**. ****** .*** ** 152 13 1813 1.94 22.00 80.20 1.01 6 6 80 82 0.0 **** **_.*-**.-** **** .* 152 14 1814 1.94 22.00 80.35 1.01 10 9 65 85 0.0 62.40 ** ** .*.J** ***. ** 152 15 1815 1.94 22.00 68.67 1.01 10 9 95 16 0.0 23.40 .* ** .**.** ***. **.* 152 16 1816 1.94 22.00 1.21 10 10 98 76 0.0 10.14 ** *. ***.*. ** ** 152 11 1817 1.94 22.00 42.58 1.48 10 10 98 72 0.0 4.68 .* ** .* **.* 152 18 1818 1.94 22.00 29.57 2.02 10 10 99 12 0.0 1.56 *.*.** JUt**'**** *.'. 152 19 1819 1.94 22.00 16.81 3.42 8 7 100 72 0.0 2.34 .* ... ** _*** .*** 152 20 1820 1.94 22.00 5.13 11.36 6 5 100 72 0.0 0.0 ****.* _** -*** **.* 152 21 1821 1.94 22.00 5.13 36.00 6 4 100 70 0.0 0.0 ***_.* **.*** **** **** 152 22 1822 1.94 22.00 5.13 36.00 4 3 100 70 0.0 0.0 **-.** .* .. *** ***. **.* 152 23 1823 1.94 22.00 5.73 36.00 4 3 100 70 0.0 0.0 ** ** **** **** 152 24 1824 1.94 22.00 5.73 36.00 3 2 100 70 0.0 0.0 **.*** **it ***** 153 1 1825 1.94 22.10 5.73 36.00 3 1 100 690.714 0.0 ****** -*' .. ,.****** .*.153 2 1826 1.94 22.10 5.73 36.00 3 1 100 68 0.690 0.0 ** ** *.**** .*** **** 153 3 1827 1.94 22.10 5.73 36.00 a 0 100 68 0.690 0.0 ** '*.*. **** **** 153 4 1828 1.94 22.10 5.73 36.00 4 3 100 68 0.690 0.0 ** *,* ** *.***** **.* 153 5 1829 1.94 22.10 5.73 36.00 0 o 100 68 0.690 0.0 **._** .***** **.* **** 153 6 1830 1.94 22.10 5.13 36.00 5 4 100 68 0.690 0.0 **.*** .* *. **.* 153 7 1831 1.94 22.10 5.73 11.59 4 4 100 70 0.139 ...... ***At****** 153 8 1832 L.94 22.10 16.69 3.44 2 1 100 72 0.791 ****-.. 46.20 *.** **** ***. 153 9 1833 1.94 22.10 29.44 2.03 4 2 81 75 o. 76 1 **. ... 12.60 ** ** **** .* 153 10 1834 1.94 22.10 42.45 1.48 5 4 16 78 0.135 .. ** 89.10 *** ** .. 153 11 1835 1.94 22.10 55.56 1.21 5 4 70 80 0.722 ****_* 99.00 ** .. *** .. *** .* .. ,. 153 12 1836 1.94 22.10 68.55 1.07 7 7 65 82 0.716 ****** 112.20 *.**** *.*. ** 153 13 1837 1.94 22.10 80.30 1.01 6 6 62 83 0.706 ****.* 99.00 **** **** ** 153 14 1838 1.94 22.10 80.39 1.01 6 6 60 84 0.105 *** 118.80 ** ** .*** **_* 153 15 1839 1.94 22.10 68.61 1.07 6 6 55 85 0.668 ** 92.40 ** **** **** 153 16 1840 1.94 22.10 55.69 1.21 4 3 50 85 0.607 ****** 85.80 ****** ***. ***.

PAGE 92

DAY HR SEQN SOlC DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWRAOT (RAN EMSV lY/M lJEG DEG F IN-.HG tJY/HR lY/HR lV/HR 153 17 1841 1.94 22.10 42.58 1.48 2 2 48 86 0.601 **i!'* 56.10 ** .1*:.** 153 18 1842 1.94 22.10 29.57 2.02 7 2 46 85 0 .558* 52.80 *. ** 153 19 1843 1.94 22.10 16.81 3.42 9 3 50 80 0.516 ** :*:11' 23.10 ******.153 20 1844 1.94 22.10 5.73 11.34 0 0 58 76 0.525 ** 6.60 ***.** ,.**. ** 153 21 1845 1.94 22.10 5.73 36.00 0 0 61 74 0.516 0.0 **."*.* .***** '**'., *if. 153 22 1846 1.94 22.10 5.73 36.00 0 0 70 72 0.554 0.0 ** *11: -.* *- 153 23 1847 1.94 22.10 5.73 36.00 0 0 77 71 0.588 0.0 **._* **** **"':If 153 24 1848 1.94 22.10 5.73 36.00 0 0 84 70 0.6.21 0.0 ** *.-**.***-**. 154 1 1849 1.94 22.30 5.73 36.00 0 0 90 69 0.643 0.0 3.30 3.30**** 0.09 154 2 1850 1.94 22.30 5.73 36.00 0 0 94 68 0.649 0.0 3.30 3.30 ***-0.09 154 3 1851 1.94 22.30 5.73 36.00 0 0 95 68 0.65,5 0.0 3 30 3.30 ***. 0.09 154 4 1852 1.94 22.30 5.73 36.00 0 0 95 67 0.634 0.0 3.30 3.30.*** 0.09 154 5 1853 1.94 22.30 5.73 36.00 0 0 97 66 0.625 0.0 3.30 3.30 **** 0.09 154 6 1854 1.94 22.30 5.73 36.00 2 1 98 66 0.631 0.0 16.50 16.50***_ 0.46 154 7 1855 1.94 22.3Q 5.73 11.30 8 2 98 68 0.676 0.78 33.00 32.22 .*** 0.89 154 8 1856 1.94 22.30 16.82 3.42 9 4 94 12 0.144 12.48 36.30 23.82 **** 0.64 154 9 1851 1.94 22.30 29.56 2.02 9 5 80 76 0.724 28.86 66 00 37.14 .*** 0.96 154 10 1858 1.94 22.30 42.56 1.48 9 6 70 78 0.6:77 43.68 62.70 19.02 *. 0.49 154 11 1859 1.94 22.30 55.67 1.21 7 6 63 80 0.650 46.02 19.20 33.18 _* 0.84 154 12 1860 1.94 22.30 68.67 1.07 9 7 60 82 0.661 57.12 85.80 28.08 -*** 0.70 154 13 1861 1.94 22.30 80.48 1.01 8 7 57 84 0.670 .-*:*_. 69.30 *. __ .- _. 154 14 1862 1.94 22.30 80.51 1.01 8 7 53 84 0.623 *"**,oIt. 115.50 l***.* _.*_ 154 15 1863 1.94 22.30 68.71 1.07 8 4 51 85 0.619 **.*4t. 85.80 .-._ 154 16 1864 1.94 22.30 55.71 1.21 9 5 50 85 0.607 53.82 79.20 25.38 **** 0.62 154 17 1865 1.94 22.30 42.60 1.47 10 10 50 84 0.58.7 34.32 36.30 1.98 **** o.os 154 18 1866 1.94 22.30 29.60 2.02 10 10 52 82 0 .. 5'73 35.88 29.70 .**.**.*-* .-... I 154 19 1867 1.94 22.30 16.85 3.41 10 10 60 80 0.619 11.16 16.50 -._*-* ,-** ***. 154 20 1868 1.94 22.30 5.73 11.23 10 10 68 78 0.658 3.12 9.90 6.78.**11: 0.17 154 21 1869 1.94 22.30 5.73 36.00 10 10 75 76 0.6.79 0.0 6.60 6.60 *-** 0.17 154 22 1870 1.94 22.30 5.73 36.00 10 10 76 75 0.665 0.0 6.60 6.60 -*-* 0.17 154 23 187 1 1.94 22. 30 5.73 36.00 8 7 80 74 0.677 0.0 6.60 6.60 ***it 0.17 154 24 1872 1.94 22.30 5.73 36.00 10 10 85 74 0.719 0.0 6.60 6.60 **** 0.17 155 1 1873 1.94 22.40 5.73 36.00 10 10 84 74 0.711. 0.0 ** ** -*_.-* -** **11:. 155 2 1874 1.94 22.40 5.73 36.00 10 10 85 74 0.71.9 0.0 **- ** .*.,.** .**.* .*.155 3 1815 1.94 22.40 5.73 36.00 10 10 86 73 0.703 0.0 **' *-***-*** **.itt 155 4 1876 1.94 22.40 5.73 36.00 10 10 86 72 0.'680 0.0 .*._ '.*.,.**: ** 155 5 1877 1.94 22.40 5.73 36.00 10 10 88 72 0.696 0.0 ** *. ** ** .-* *** 155 6 1.94 22.40 5.13 36.00 10 10 90 72 0.712 0.0 **.,* *.*** .*** .*.155 7 1879 1.94 22.40 5.73 11.12 10 10 90 73 0.736 tI: .**. ***155 8 1880 1.94 22.40 16.90 3.40 10 10 90 74 0.761 --** -.** .*** .*

PAGE 93

DAY HR SEQN SOLC DEeLN HRANG AIRMS CL OP RHM TEM VPRES SWRAD;T TLRADT LWRADT ITRAN EMS\l lY/M nEG DEG F IN .... HG LY/HR lY/HR LY/HR 155 9 1881 1.94 22.40 29.64 2.01 10 10 88 77 0.823 36.30 .jt. it. .. ::. 155 10 1882 1.94 22.40 42.64 1.47 10 10 80 79 0.799 ....... 52.80 .... itt.* *,. 155 11 1883 1.94 22.40 55.75 1.21 10 10 84 79 0.839 t. 56.10 ,* # 155 12 1B84 1.94 22.40 68.75 1.07 10 10 85 79 0.:849 .,* ," ** *-..... ; ,- 155 13 1885 1.94 22.40 80.58 1.01 10 10 90 74 0.761 *** 155 14 IB86 1.94 22.40 BO.55 1.01 10 10 98 72 0.7 -., ........... '* 155 15 1881 1.94 22.40 68.70 1.07 10 10 98 72 0.715 -If : ,* ',. 155 16 1888 1.94 22.40 55.70 1.21 10 10 98 72 0.77S # .... *-.... 155 17 1889 1.94 22.40 42.59 1.48 10 10 98 74 0.:829 *.It,.* *.,**** 155 18 1890 1.94 22.40 29.59 2.02 10 10 98 74 0.829 .l.I-** *.,.* . *.".* it. "155 19 18911.94 22.40 16.85 3.41 10 8 97 74 0.821 155 20 1892 1.94 22.40 5.73 11.21 10 10 98 73 0.602 .,.* '.* *.* 155 21 1893 1.94 22.40 5.13 36.00 10 10 98 73 0.8-02 O.Q : ... *,* -* ... ** **.-. 155 22 1894 1.94 22.40 5.73 36.00 10 10 99 73 0.810 0.0 .* __ i If\lt 155 23 1895 1.94 22.40 5.73 36.00 8 6 99 73 0.810 0.0 ** '. **'.,***,***-*iii. 155 24 1896 1.94 22.40 5.73 36.00 10 10 99 72 0.1'83 0.0 .. ",. .... tfli* 156 1 1891 1.94 22.50 5.73 36.00 10 8 99 72 0.183 0.0 t ;JHP. ,.*. ,* *.If. 156 2 189B 1.94 22.50 5.73 36.00 8 7 99 72 0.783 0.0 _"'.* ,*.**.it.,.. 156 3 1899 1.9422.50 5.73 36.00 10 8 99 11 0.7:56 0.0 .*,.._,,. .,..*** 156 4 1900 1.94 22.50 5.73 36.00 10 9 99 ,70 0.732 0.0 .. *',*11-.. ,. .,,.. ___ 156 5 1901 1.94 22.50 5.13 36.00 9 6 99 68 0.683 0.0 :ff ,.,.. ......... *it:. 156 6 1902 1.94 22.50 5.73 36.00 10 5 99 68 0.'683 0.0 **,.._ _.* -_ *. 156 7 1903 1.94 22.50 5.73 10.98 10 9 98 b8 0.6'76 ....... .... ,*** ;,. 156 8 1904 1.94 22.50 16.96 3.39 10 9 92 70 0.680 ........ ......... 156 9 1905 1.94 22.50 29.70 2.01 10 9 85 74 0.719 ** .,._ ,:*-*-tt,. 156 10 1906 1.94 22.50 42.69 1.47 10 9 73 16 0.661 ". --' -.... _* .* 156 11 1907 1.94 22.50 55.80 1.21 9 7 64 78 o. 619 #;ft *.'. :*.** -If. 156 12 1908 1.94 22.50 68.81 1.07 9 1 62 80 0.640 *.'.A _* ........ 156 13 1909 1.94 22.50 80.67 1.01 8 6 58 82 0.'639 .... : ,"." 156 14 1.94 22.50 80.60 1.01 9 7 53 84 0.623 .*.' ; '.** ,.* ".:. 156 15 1911 1.94 22.50 68.72 1.01 8 6 55 B4 0.646 ........ .... ,.*". **.,. 156 16 1912 1.94 22.50 55.71 1.21 7 5 50 84 156 17 1913 1.94 22.50 42.60 1.4'7 5 2 44 84 0.51,7 *.".,_. *.*.** ; .... 156 18 1914 1.94 22.50 29.61 2.02 5 2 46 84 0.540 ,-....... 156 19 1915 1.94 22.50 16.87 3.41 4 2 46 82 0.501 ._ .* ....... 156 20 1916 1.94 22.50 5.13 11.15 6 3 60 78 0.580 '***;i:,* *- ........ '. 156 21 1917 1.94 22.50 5.73 36.00 6 3 67 75 0.586 0.0 *.''*'**,* *,*:.'1t-* : 156 22 1918 1.94 22.50 5.73 36.00 6 3 77 14 0.651 0.'0 *****. ... ; 156 23 1919 1.94 22.50 5.73 36.00 6 2 83 72 0.651 0.0 .. *** ... _.-*_* *i 156 24 1920 1.94 22.50 5.73 36.00 6 2 87 71 0.665 0.0 **4f_*itt *."';.** ..

PAGE 94

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TLRAOT LWRADl ffRAN EMSV lY/M DEG DEG F IN-HG LY/HR LY/HR LY/HR 157 1 1921 1.94 22.60 5.73 36.00 4 3 93 10 0.'6,87 0 .. 0 -ti ........ _._. 157 2 1922 1.94'22 .. 60 5.73 36.00 3 2 94 69 0.611 0.0 *.,* *Jf***'*:**" **41 .. 157 3 1923 1.94 22.60 5.73 36.00 0 0 97 67 0.647 0.0 '*: .* ... **,.** ... **. 157 4 1924 1.94 22.60 5.73 36.00 0 0 97 67 0.647 0.0 .*_.*:* _.*"., ..... *.'. 157 5 1925 1.94 22.60 5.73 36.00 0 0 97 66 0.625 0.0 ..... *-,***.*_ ....... 157 6 1926 1.94 22.60 5.73 36.00 0 0 98 64 0.588 0.0 t *.* ,.". 157 7 1927 1.94 22.60 5.73 10.82 0 0 99 65 0.616 .... JJlt _.'.".tJt iII .... ; 157 8 1928 1.94 22.60 11.05 3.31 0 0 92 68 0.635 ..... ; .. 157 9 1929 1.94 22.60 29.78 2.01 5 5 75 74 0.634 ......... tII:*.\* .*.' *if. 157 10 1930 1.94 22.60 42.17 1.47 8 8 10 75 0.612 *.*.** .*.-** ." .... 157 11 1931 1.94 22.60 55.88 1.21 10 9 70 73 0.573- *Jt *-*_ ... 157 12 1932 1.94 22.60 68.89 1.07 8 7 88 72 0.696 -..... .......... 157 13 1933 1.94 22.60 80.77 1.01 8 8 80 76 0.7'24 *: *_.- -.: 157 14 1934 1.94 22.60 80.64 1.01 8 8 70 78 0.6:,11 -* ... ............... ....... 157 15 1935 1.94 22.60 68.71 1.01 8 8 58 80 0.599 *tII:* *., **.,* ,* :;* 157 16 1936 1.94 22.60 55.70 1.21 7 1 56 82 0.617 .-.. .. ,. *.* *.*,* :. 157 17 1937 1.94 22.60 42.59 1.48 4 3 52 83 o. 592 ,:tHt.:.* 157 18 1938 1.94 22.60 29.60 2.02 2 2 51 82 0.562 ...... 1 _.,." :It 157 19 193<1 1.91t 22.60 16.88 3.41 1 0 52 80 0.537 :Jf ........ 157 20 1940 1.94 22.60 5.73 11.13 0 0 52 75 0.4'S.5 ........... 157 21 1941 1.94 22.60 5.73 36.00 0 0 65 73 0.532 0.0 *..... ........ 157 22 1942 1.94 22.60 5.73 36.00 0 0 72 71 0.550 0.0 ............ 157 23 1943 1.94 22.60 5.73 36.00 0 0 80 70 0.591 0.0 *._, -.... :. 157 24 1944 1.94 22.60 5.73 36.00 0 0 83 68 0.573 O.Q .-. :, *.* **.,. 158 1 1945 1.94 22.70 5.73 36.00 0 0 87 61 0.560 0.0 ... ... *. 158 2 1946 1.94 22.70 5.73 36.00 0 0 92 66 0.592 0.0 *. ........ 158 3 1947 1.94 22.70 5.73 36.00 0 0 94 65 0.515 0.0 : :.''!It** **.'. 158 4 1948 1.94 22.70 5.73 36.00 0 0 95 64 0.5'70 0.0 .* ........... 158 5 194<1 1.94 22.70 5.73 36.00 7 7 97 64 0.5:82) 0.0 ................. 158 6 1950 1.94 22.70 5.73 36.00 4 4 96 64 0.576 0.0 if )It** 158 7 1951 1.94 22.10 5.73 10.69 2 2 95 64 0.570 *** *'. -.** 158 8 1952 1.94 22.70 17.11 3.36 2 2 95 6? 0.6i18 ". *._ ,* .*.:.* ** 158 9 1953 1.94 22.70 29.84 2.00 0 0 82 72 0.649 -*,. *. : ...... *.'. 158 10 1954 1.94 22.70 42.82 1.47 5 3 70 76 0.6S3 ,* -* 158 11 1955 1.94 22.70 55.93 1.21 8 7 60 78 0.580 .'.* ,* ,*.' ;It;*.* .** .. '. 158 12 1956 1.94 22.70 68.95 1.01 5 4 56 80 0.518 ....... ;. -11;*.*** ...... 158 13 1957 1.94 22.70 80.86 1.01 5 4 53 80 0.541 __ -- *.'. 158 14 1958 1.94 22.70 80.69 1.01 5 4 50 82 0.551 ..... ,. .* At.* .:. 158 15 1959 1.94 22.70 68.73 1.07 5 4 46 84 0.540 ',. :fl 158 16 1960 1.94 22.70 55.71 1.21 5 4 45 84 0.529 "**.,*. :* ,; ,*,* *.#

PAGE 95

DAY HR SEQN SOLC OEClN HRANG A IRMS CLOP RHM TEM VPRES SWRAfH TlRADT LWRAOTTRAN EMSV * lY/M nEG DEG F IN-HG lY1HR lY1HR lY/HR 158 17 1961 1.94 22.70 42.60 1.47 5 4 45 84 0.529 --* ,.* ---- --. -* ** .. ;. 158 18 1962 1.94 22.70 29.62 2,.02 5 4 46 83 0.523 **** --*.* ** ... ** *.** 158 19 1963 1.94 22.70 16.90 3.40 5 4 50 70 0.369 ** ..... ** ... .. ** .... 158 20 1964 1.94 22.70 5.73 11.08 8 6 53 67 0.354 *-.*. *.*.*. _* --e. 158 21 1965 1.94 22.70 5.73 36.00 1 5 72 73 0.589 0.0 ......... *.* ** 158 22 1966 1.94 22.70 5.73 36.00 3 2 80 70 0.591 0.0 ** ** ** *. *--. 158 23 1967 1.94 22.70 5.73 36.00 3 2 85 68 0.586 0.0 ** *_ 158 24 1968 1.94 22.70 5.73 36.00 3 2 90 67 0.600 0.0 .* _* **** **C. 159 1 1969 1.94 22.80 5.73 36.00 0 0 91 67 0.607 0.0 ** ** ** **** ... 159 2 1970 1.94 22.80 5.73 36.00 0 0 95 66 0.612 0.0 ****** *.**** **** ** 159 3 1971 1.94 22.80 5.73 36.00 0 0 96 65 0.597 0.0 **.'** *.* ** 159 4 1972 1.94 22.80 5.73 36.00 0 0 97 65 0.603 0.0 .* .. ********** *.** 159 5 1973 1.94 22.80 5.73 36.00 3 1 96 64 0.576 0.0 ***.** **.,******* ** ... 159 6 1974 1.94 22 .. 80 5.73 36.00 C 0 96 64 0.576 0.0 --*',* *,. ** ** **** it* 159 7 1975 1.94 22.80 5.73 10.53 0 0 96 64 0.576 _* .* *' ..... *** ***.* .. *,. 159 8 1976 1.94 22.80 17.20 3.35 0 0 91 66 0.586 .***.* **.**. *-- ** ***--**** 159 9 1977 1.94 22.80 29.92 2.00 C 0 81 10 0.643 .*---,*.* *.0**** ._**--*-**-.*** 159 10 1978 1.94 22.80 42.90 1.41 a 0 70 13 0.513 ** _. ** *. ** *. **** ** 159 11 1979 1.94 22.80 56.01 1.20 0 0 62 17 0.580 **.--*. ** *. _.--* ***159 12 1980 1.94 22.80 69.03 1.07 3 3 53 80 0.547 **it* *.it*' *****.* .*if* 159 13 1981 1.94 22.80 80.97 1.01 6 6 50 83 0.569 **.-- *_.* __ ** it** 159 14 1982 1.94 22.80 80.73 1.01 5 5 41 84 0.552 ** ** ****** .--*- --* 159 15 1983 1.94 22.80 68.72 1.07 1 1 44 86 0.551 ... *.*. ..... ...... .. .... **** 159 16 1984 1.94 22.80 55.69 1.21 6 6 46 84 0.540 ** *. *.*,,*. ** ****** ** 159 17 1985 1.94 22.80 42.59 1.48 4 4 52 83 0.592 ***--** .* ** -*.'.***-- ** .... 159 18 1986 1.94 22.80 29.61 2.02 7 6 50 82 0.551 **.*.* ** *** :IE*** **.* 159 19 1981 1.94 22.80 16.90 3.40 3 2 50 82 0.551 -***It* *--**** it*,* **** ** ...... 159 20 1988 1.94 22.80 5.73 11.06 3 2 54 80 0.557 .. -**.it c*.*** ** .**. 159 21 1989 1.94 22.80 5.73 36.00 0 0 62 76 0.561 0.0 ,*'.** ***. ***'if 159 22 1990 1.94 22.80 5.73 36.00 0 0 69 75 0.604 0.0 ** ** ***). 159 23 1991 1.94 22.80 5.73 36.00 0 0 73 74 0.618 0.0 **.** ,*.**.** -If. 159 24 1992 1.94 22.80 5.73 36.00 0 0 71 72 0.609 0.0 *. ** --.** *.*. 160 1 1993 1.94 22.90 5.73 36.00 0 0 83 70 0.613 0.0 ***,.** -*,**** ****** 160 2 1994 1.94 22.90 5.73 36.00 0 0 92 68 0.635 0.0 .*****-*** 160 3 1995 1.94 22.90 5.73 36.00 0 0 95 67 0.634 0.0 **, ** .* ** **** ***:. 160 4 1996 1.94 22.90 5.73 36.00 0 0 97 66 0.625 0.0 ***.** **.*** **** .*-* 160 5 1991 1.94 22.90 5.73 36.00 0 0 98 65 0.610 0.0 --***** .*.it*** **** **-If. 160 6 1998 1.94 22.90 5.73 36.00 C 0 99 64 0.594 0.0 ** ** .*.**. *.* 160 7 1999 1.94 22.90 5.73 10.37 0 0 98 66 0.631 --'.it*._-**,""* *:._*-**** **_. 160 8 2000 1.94 22.90 11.28 3.33 0 0 95 68 0.655 **_,,*. ** ** --** *if*

PAGE 96

DAY HR SEQN SOlC OEClN HRANC AIRMS CLOP RHM TEM VPRES SWRADT TlR,ltOT lWRAOTifRAN EMS,V *' *' LV/M OEG oec F IN-HGlY/HR LY1HR lY/HR 160 9 2001 1.94 22.90 30.00 1.99 4 4 90 72 0.112*- *,:-*.,.._ :!i it.*:. 160 10 2002 1.94 22.90 42.98 1.46 4 4 75 15 0.656 *._.,.it .. ,. _.-':;It ........ 160 11 2003 1.94 22.90 56.08 1.20 4 4 70 71 0.654 *., ............ 160 12 2004 1.94 22.90 69.11 1.01 5 5 60 80 0.619 .* ". ........... ,. 160 13 2005 1.94 22.90 81.01 1.01 4 4 55 83 0.626 *...... .*_.*. *.Jfll'*.:.*** il. 160 14 2006 22.90 80.77 1.01 6 6 52 84 0.611 ** it if : it. 160 15 2007 1.94 22.90 68.72 1.07 5 5 50 86 0.626 .* *.11'*.'11 It.* .* -._. 160 16 2008 1.94 22.90 55.68 1.21 4 4 48 86 0.601 ......... ......... 160 17 2009 1.94 22.90 42.58 1.48 3 3 46 87 0.595 *-.. ;. *.#** 160 18 2010 1.94 22.90 29.61 2.02 1 1 44 88 0.58.7 -*it."l\* : 'll *_ 160 19 2011 1.94 22.90 16.90 3.40 1 1 47 86 0.589 .'.* ......... 1It it ... 160 20 2012 1.94 22.90 5.73 11.04 2 2 55 82 0.606 .. lI: ,. *.* ....... 160 21 2013 1.94 22.90 5.73 36.00 5 4 73 77 0.683 0.0 _' it, :. 160 22 2014 1.94 22.90 5.73 36.00 0 0 75 76 0.6i19 0.0 ,." . 160 23 2015 1.94 22.90 5.73 36.00 0 0 82 73 0.6.11 0.0 _** ....... 160 24 2016 1.94 22.90 5.73 36.00 0 0 87 72 0.t688 0.0 ** ;.; if*.*.if#" 161 1 2017 1.94 23.00 5.73 36.00 0 0 89 10 0.65.8 0.0 ** *.,..** ** -*.:. 161 2 2018 1.94 23.00 5.73 36.00 0 0 92 70 o.oSO 0.0 *._.* .... *' 161 3 2019 1.94 23.00 5.73 36.00 a 0 95 69 0.6:78 ,0.0 *.#.* :.*.* ** 161 4 2020 1.94 23.00 5.73 36.00 0 0 96 68 0.662 0.0 .-.i** -.: it, ._iUt 161 5 2021 1.94 23.00 5.13 36.00 0 0 97 68 0.6'69 0.0 .* ......... *-. _*.it 161 6 2022 1.94 23.00 5.73 36.00 5 2 98 68 0.67:6 0.0 *_.*. ** 161 7 2023 1.94 23.00 5.73 10.22 5 2 99 68 0.683 *., ** 161 8 2024 1.94 23.00 17.36 3.32 3 1 99 70 0.732 At if* .-* '.** ,. 161 9 2025 1.94 23.00 30.08 1.99 6 2 85 76 0.769 it*,.* ':'!t *.,.* It. 161 10 2026 1.94 23.00 43.05 1.46 7 4 65 80 0.611 .** *,. "1:.\* . .161 11 2027 1.94 23.00 56.16 1.20 8 5 50 83 0.569 ** '.** .** ....... 161 12 2028 1.94 23.00 69.19 1.07 9 7 48 85 0.583 -.-* A .. *. ** ** ,.* it,. 161 13 2029 1.94 23.00 81.17 L.01 8 6 50 85 0.'6007 *.**t. ** ** ... ** .. **it *. 161 14 2030 1.94 23.00 80.80 1.01 10 7 49 88 0.654 ......... ;,. *-........ ; ... *** 161 15 2031 1.94 23.00 68.71 1.07 10 7 44 88 0.581 161 16 2032 1.94 23.00 55.67 1.21 8 6 44 88 0.587 .***"1'* *,. *.' *. *, **,. 161 17 2033 1.94 23.00 42.57 1.48 9 8. 45 86 0.564 Jt ,.**. **If; .. 161 18 2034 1.94 23.00 29.60 2.02 9 8 53 84 0.623 **.* iIt.it .*_ ** 161 19 2035 1.94 23.00 16.90 3.40 9 8 64 82 0.705 -.** ***.* ** *.** 161 20 2036 1.94 23.00 5.73 11.02 9 8 70 80 0.1'22 ..... It:,. #.*_ .*'*:\1 .. ***." ,. 161 21 2031 1.94 23.00 5.73 36.00 9 8 74 78 0.716 0.0 *.* **. 161 22 2038 1.94 23.00 5.73 36.00 9 8 16 78 0.735 0.0 *it,.** **_.** .,..** '. 161 23 2039 1.94 23.00 5.73 36.00 9 7 77 76 0.697 0.0 **.-.*: ** -*** .*-. 161 24 2040 1.94 23.00 5.73 36.00 10 10 75 75 0.6.56 0.0 .*._.** **.**. ,***.

PAGE 97

DAY HR SEQN SOle DEClN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TlRADT lWRADT KRAN EMSV lY/M OEG DEG F IN-ftG LY/HR lY1HR lY/HR 162 1 2041 1.94 23.10 5.13 36.00 10 10 15 74 0.634 0.0 162 2 2042 1.94 23.10 5.73 36.00 10 10 17 74 0.651 0.0 *-ft ___ *, .... ** *.'. 162 3 2043 1.94 23.10 5.13 36.00 10 10 11 14 0.651 0.0 ... -.-.* ***. **.162 4 2044 1.94 23.10 5.73 36.00 10 10 85 74 0.119 0.0 ** ** *. 162 5 2045 1.94 23.10 5.73 36.00 10 10 88 13 0.120 0.0 .. ** ;.*** **_. 162 6 2046 1.94 23.10 5.13 36.00 10 9 90 13 0 .136 0.0 162 1 2041 1.94 23.10 5.13 10.01 10 10 92 73 0 153 *-* **: ....... 162 8 2048 1.94 23.10 11.45 3.30 10 10 92 14 0.178 ** jUt .-it,.** ,., ** **.'* 162 9 2049 1.94 23.10 30.16 1.98 10 10 91 76 0.824 -* *. **.* -*-. 162 10 2050 1.94 23.10 43.13 1.46 8 6 88 18 0.851 .*- ** -*.* -. 162 11 2051 1.94 23.10 56.23 1.20 5 4 19 80 0.815 *.* ** *. **.*** ** **.# 162 12 2052 1.94 23.10 69.21 1.01 5 5 65 84 0.164 *-.* ** ** ** 162 13 2053 1.94 23.10 81.21 1.01 5 4 .51 86 0.714 .' **.*** ... *. **if. 162 14 2054 1.94 23.10 80.83 1.01 5 4 50 88 0.661 *_. ** *- *. _*.* 162 15 2055 1.94 23.10 68.70 1.07 6 4 48 90 0.663 ....... #.* 162 16 2056 1.94 23.10 55.66 1.21 8 6 50 90 0.1l1 -.-* .. *. 162 11 2057 1.94 23.10 42.56 1.48 6 6 65 82 0.716 ** ... --** *. 162 18 2058 1.94 23.10 29.59 2.02 8 8 89 12 0.104 ........ *:., ;.* *** *.*'. 162 19 2059 1.94 23.10 16.90 3.40 4 3 95 13 0.771 *A *. ** *. .*-. 162 ,20 2060 1.94 23.10 5.73 11.00 0 0 95 14 0.604 .. _.-._ *_ it*" ,.**it .*.'. 162 21 2061 1.94 23.10 5.13 36.00 0 0 95 72 0.151 0.0 162 22 2062 1.94 23.10 5.13 36.00 0 0 96 71 0.T33 0.0 162 23 2063 1.94 23.10 5.73 36.00 0 0 97 70 0.71:7 0.0 .*.**. -*_ 162 24 2064 1.94 23.10 5.73 36.00 0 0 91 70 0.lL7 0.0 '* ,.*._** l* 163 1 2065 1.94 23.20 5.73 36.00 0 0 98 69 0.100 0.0 *." -*".:.* *.* it. 163 22066 1.94 23.20 5.13 36.00 0 0 99 69 0.707 0.0 *** .. *. *.* *.* 163 3 2067 1.94 23.20 5.13 36.00 0 0 99 68 0.683 0.0 *:.** .* ...... ". 163 4 2068 1.94 23.20 5.73 36.00 0 0 99 68 0.683 O.Q *.,.: *.:.*.* : 163 5 2069 1.94 23.20 5.13 36.00 0 0 99 68 0.'683 0.0 ,. -**,.* *.* -* 163 6 2070 1.94 23.205.73 36.00 0 0 99 68 0.'683 0.0 ** ** -* *.*. 163 1 2071 1.94 23.20 5.13 9.93 0 0 9.8 68 0.676 '.-** ** Jt** *.:* 163 B 2072 1.94 23.20 11.53 3.29 0 0 96 10 0.109 .' ,* *- *\11** .**163 9 2073 1.94 23.20 30.23 1.98 0 0 88 75 0.110 .* ,it. :* -*_ :*:* 163 10 2014 1.94 23.20 43.20 1.46 3 3 18 78 0.154 *** 11\*._ 163 11 2075 1.94 23.20 56.31 1.20 1 6 10 81 0.746 ...... 163 12 2016 1.94 23.20 69.35 1.01 5 4 60 84 0.705 ;it. *JI""* **._ 163 13 2077 1.94 23.20 81.38 1.01 5 4 58 86 0.727* f" 163 14 2078 1.94 23.20 80.86 1.01 5 4 53 86 0.664 .-. *.** 163 15 2019 1.94 23.20 68.10 1.01 8 5 51 88 0.681 *** : *.* **.,. 163 16 2080 1.94 23.20 55.65 1.21 6 5 49 88 0.654 **, ** ** *._

PAGE 98

DAY HR SEQN SOlC DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWRAOT:JRAN EMS'l * ( lY/M DEG DEG F IN-HGtJY/fiR lYIHR lY/HR 163 17 2081 1.94 23.20 42.55 1.48 1 3 50 89 -*_.*. **t(lIt 163 18 2082 1.94 23.20 29.59 2.02 5 2 50 89 0.'689 *.** *.,...** ,**.* **_. 163 19 2083 1.94 23.20 16.90 3.40 8 1 50 89 0.689 *.**,.* ; ** **tl:' 163 20 2084 1.94 23.20 5.13 10.98 3 1 53 81 0.685 *.*.*.";* .*.**; . 163 21 2085 1.94 23.20 5.13 36.00 0 0 72 82 0.793 0.0 .* *. *;* 163 22 2086 1.94 23.20 5.13 36.00 0 0 81 18 0.783 0.0 ..... -*. -*.163 23 2081 1.94 23.20 5.13 36.00 0 0 88 16 0.796 0.0 **!It:.*' .*** .*.-:. 163 24 2088 1.94 23.20 5.13 36.00 0 0 92 16 0.8a] 0.0 .**,.* *if,_** '- 164 1 2089 1.9.4 23.20 5.13 36 .. 00 0 0 96 14 0.812 0.0 ** ,* *** :. 164 2 2090 1.94 23.2Q 5.13 36.00 0 0 91 74 0.821 0.0 .* *.-;*** .-*-.* 164 3 2091 1.94 23.20 5.73 36.00 0 0 91 13 0.793 0.0 iI-'Il'. **_.* ** JIIo 164 4 2092 1.94 23.20 5.73 36.00 0 0 98 72 0.775 0.0 .*,* ***. .... 164 5 2093 1.94 23.20 5.13 36.00 a 0 98 11 0.749 0.0 **.*.* ;It.** _*** .** 164 6 2094 1.94 23.20 5.13 36.00 4 4 99 70 0.732 0.0 **_.*;. ,.* 164 7 2095 1.94 23.20 5.73 9.81 0 0 99 70 0.732 -.... _* \It.*. . *.* 164 8 2096 1.94 23.20 17.57 3.28 0 0 99 70 0.732 *_.*M *._ ** 164 9 2097 1.94 23.20 30.28 1.98 0 0 85 15 0.7.!.t4 : i;II ........ 164 10 2098 1.94 23.20 43.25 1.46 0 0 72 79 0 .119 **, ; it*,-* -. 164 11 2099 1.94 23.20 56.35 1.20 5 5 63 83 0.7L7*.* Ht.<* ... .... .......... 164 12 2100 1.94 23.20 69.39 1.07 5 5 53 85 0.643 **. *, : *.".- "" 164 13 2101 1.94 23.20 81.41 1.01 5 5 50 88 0.661 .'* ........... *_ .*It 164 14 2102 1.94 23.20 80.83 1.01 5 5 46 90 0.6S4 .. .: ............. it. ..... *_:. 164 15 2103 1.94 23.20 68.65 1.07 5 5 47 92 0.712 *:It ,.'Il ".'jIt *.:;It 164 16 2104 1.94 23.20 55.60 1.21 3 3 50 920.157 **iJ- ....... -.*. ; 164 17 2105 1.94 23.20 42.50 1.48 4 4 4B 92 0.72J .......... 164 18 2106 1.94 23.20 29.54 2.02 B 6 48 92 0.723 *... .._** _.* *. 164 19 2107 1.94 23.20 16.86 3.41 9 8 50 90 0.711 ,*; *.* .... *. 164 20 2108 1.94 23.20 5.73 11.06 1 7 53 89 0.130 _*.* 164 21 2109 1.94 23.20 5.13 36.00 10 10 63 85 0.765 0.0 ***;it.. 'Il ;It.. .....* 164 22 2110 1.94 23.20 5.73 36.00 10 10 93 80 0.960 0.0 -* .: 164 23 2111 1.94 23.20 5.73 36.00 10 10 99 72 0.783 0.0 **# : 164 24 2112 1.94 23.20 5.73 36.00 8 7 99 73 0.:810 0.0 ..... ** _. 165 1 2113 1.94 23.30 5.73 36.00 7 6 99 72 0.783 0.0 '--'jIt .*.: -.......... 165 2 2114 1.94 23.30 5.73 36.00 6 2 100 72 0.;191 0.0 ..... ............. 165 3 2115 1.94 23.30 5.73 36.00 6 2 99 72 0.783 0.0 .*_ _.* 165 4 2116 1.94 23.30 5.13 36.00 5 2 99 72 0.78,3 0.0 .................. it. 165 5 2117 1.94 23.30 5.73 36 .. 00 5 5 98 11 0 .. 149 0.0 *.lHt*:. ':.:,t, ** tOt 165 6 2118 1.94 23.30 5.13 36.00 9 B 96 10 0.709 0.0 *. : '- 165 7 2119 1.94 23.30 5.73 9.73 B 7 96 69 0.6'85 ._ **' *.*. lit 165 8 2120 1.94 23.30 17.66 3.26 1 6 94 70 0.695 .**.;lI:;*
PAGE 99

DAY HR SEQN SOle OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAOT lWRAOT XRAN EMSV lY/M OEG OEG F IN .... HG lY/HR lY/HR lY/HR 165 9 2121 1.94 23.30 30.36 1.97 6 5 88 70 0 .. 650 **.* **.Jt*,* *************i* 165 10 2122 1.94 23.30 43.32 1.45 7 5 82 73 0.671 .*.*.* ****** ** ****** **.". 165 II 2123 1.94 23.30 56.43 1.20 8 5 74 17 0.692 ** *. a*** .**. 165 12 2124 1.94 23.30 69.47 1.07 8 8 65 80 0.671 ****** ** ** **** **.* 165 13 2125 1.94 23.30 81.51 1.01 8 6 62 84 0.728 -.* *,If,* **: ** **.** .**. ***'. 165 14 2126 1.94 23.30 80.86 1.01 10 8 62 84 0.728 *.** *a **_.** ** 165 15 2127 1.94 23.30 68.64 1.07 10 10 63 84 0.740 **.*.* ** ** .***** .*** **** 165 16 2128 1.94 23.30 55.59 1.21 10 10 10 83 0.<191 ****.;tt* ** .. *-.. ** '**** ** 165 17 2129 1.94 23.30 42.49 1.48 8 6 89 16 0.805 **.*.* *****. *.**.*.* *.** 165 18 2130 1.94 23.30 29.54 2.02 10 8 87 76 0.787 .*** ** 165 19 2131 1.94 23.30 16.86 3.41 8 6 89 75 0.779 a. **.*.* .* ** ** *165 20 2132 1.94 23.30 5.73 11.05 3 2 89 14 0.753 *.* a.* **** .**. 165 21 2133 t.94 23.30 5.73 36.00 3 2 90 73 0.136 0.0 .*-.*-** **. .._. 165 22 2134 1.94 23.30 5.73 36.00 3 1 92 12 0.728 0.0 ** ******** .*.* 165 23 2135 1.94 23.30 5.73 36.00 9 8 93 71 0.7.11 0.0 ..... ** .*.,.*-.. *. ** 165 24 2136 1.94 23.30 5.73 36.00 3 2 95 10 0,.702 0.0 *.* ****.-***. 166 1 2137 1.94 23.40 5.73 36.00 5 3 95 10 0.702 0.0 ***M* **** **.* 166 2 2138 1.94 23.40 5.73 36.00 10 10 96 70 0.709 0.0 **;.,.** .*.***tIl**. ***. 166 3 2139 1.94 23.40 5.73 36.00 10 10 98 70 0.724 0.0 .*., ,. *.'.* ,._ **166 4 2140 1.94 23.40 5.73 36.00 10 10 99 70 0 .. 132 0.0 ** .*.* 166 5 2141 1.9423.40 5.73 36.00 10 10 99 70 0.732 0.0 ** _.** ** 166 6 2142 1.94 23.40 5.73 36.00 10 10 100 70 0.739 0.0 ** ** ".;--*. **** ***. 166 7 2143 1.94 23.40 5.73 9.60 8 7 **. 70 0.0 0.0 ** *a.** -**. ** 166 8 2144 1 94 2 3 40 1 7 74 3.25 4 3 *** 14 0.0 7.80 .*.** *** **** 166 9 2145 1.94 23.40 30.43 1.97 5 4 86 76 0.1'78 20.28 *** ** **. 166 10 2146 1.94 23.40 43.40 1.45 7 5 80 19 0.799 *.* .**.*.,.*** **** 166 11 2147 1.94 23.40 56.50 1.20 7 6 69 82 0.760****** ** *.'**. ** *. iIi.*'* 166 12 2148 1.94 23.40 69.55 1.07 1 6 65 84 0.764 ** ** ** -*.* *.*. 166 13 2149 1.94 23.40 81.61 1.01 7 6 60 86 0.752 **11:**,* *** *.* **.* .*** 166 14 2150 1.94 23.40 80.89 1.01 7 5 55 86 0.689 **.-.* **.-*. **.* ***166 15 2151 1.94 23.40 68.64 1.07 7 5 52 88 0.694 **** ... _*-.* *. -**. ***166 16 2152 1.94 23.40 55.58 1.21 6 6 51 88 0.681 *.-.* *._*. ***. _* 166 17 2153 1.94 23.40 42.48 1.48 3 1 56 86 0.702 27.30 **.*.******* *** *l!I166 18 2154 1.94 23.40 29.53 2.02 6 2 56 86 0.702 19.50 ** ** .* .*** **.* 166 19 2155 1.94 23.40 16.86 3.41 6 2 63 84 0.740 8.58 ** ** .*.-** **** .**. 166 20 2156 1.94 23.40 5.73 11.02 6 1 69 80 0.712 0.0 .** *** **. ***166 21 2157 1.94 23.40 5.73 36.00 6 2 75 18 0.725 0.0 **-a** **.a.* **** ***_ 166 22 2158 1.94 23.40 5.73 36.00 3 1 82 76 0.742 0.0 **a.*. _** a**,. *.*. 16623 2159 1.94 23.40 5.73 36.00 3 1 88 74 0.1'44 0.0 *-a** *.* 166 24 2166 1.94 23.40 5.73 36.00 2 1 91 72 0.1'20 0.0 a... ..a.*. **.. **

PAGE 100

DAY HR SEQN SOLC OECLN HRANG AIRMS CLOP RHM TEM VPRES TLRAOT LWRADT XRAN EMSV lY/M nEG OEG F I N-HG LY /HR lY/fiR lY/HR 167 1 2161 1.94 23.40 5.73 36.00 2 1 93 '73 0.761 0.0 ** 161 2 2162 1.94 23.40 5.13 36.00 2 1 94 12 0.11t4 0.0 ** *-........ 161 3 2163 1.94 23.40 5.73 36.00 0 0 96 72 0.759 0.0 ...... it. __ '. 161 4 2164 1.94 23.40 5.73 36.00 0 0 97 71 0.741 c.o ; if 161 5 2165 1.94 23.40 5.13 36.00 0 0 98 10 0.124 0.0 ......... -.- 11161 6 2166 1.94 23.40 5.73 36.00 2 2 99 70 O.Q *., ........ it. 167 7 2167 1.94 23.40 5.73 9.53 0 0 99 12 0.183 1.56 0.81 167 8 2168 1.94 23.40 17.18 3.24 0 0 98 74 0.629 16.38 :.,., .... 0.19 161 9 2169 1.94 23.40 30.48 1.96 4 4 86 79 0.859 26.,52 ,. if, 161 10 2110 1.94 23.40 43.44 1.45 5 5 80 80 0.826 .. 167 11 2171 1.94 23.40 56.54 1.20 3 3 73 84 0.858 ." ;it ............... ........ 161 12 2172 1.94 23.40 69.59 1.07 1 4 62 85 0.753 ,it ** 161 13 2173 1.94 23.40 81.65 1.01 1 5 55 88 0.134 it **. :* .......... 167 14 2174 1.94 23.40 80.85 1.01 9 8 53 90 0.154 -*_ ** .... 161 15 2175 1.94 23.40 68.59 1.07 4 4 70 84 0.822 -* .... *.,. 161 16 2116 1.94 23.40 55.53 1.21 5 3 69 84 0.81.1 *. ;* 161 17 2171 1.94 23.40 42.44 1.48 4 3 61 88 0.814 *, 161 18 2178 1.94 23.40 29.49 2.02 4 4 62 86 0.777 21.84 _.* *;* *. **Il. 167 19 2119 1.94 23.40 16.82 3.42 5 2 67 63 0.162 3.90 ** *** **** 161 20 2180 1.94 23.40 5.73 11.10 1 1 73 80 0.'753 1.56 **_,.*. ".'*" *tfo. 167 21 2181 1.94 23.40 5.13 36.00 6 6 18 78 0.154 0.0 *** .* ** ... 167 22 2182 1.94 23.40 5.13 36.00 3 3 83 78 0.603 0.0 ** *.* ... *. *.-. 161 23 2183 1.94 23.40 5.73 36.00 0 0 87 71 0.813 0.0 ** '. **' *._** *. 161 24 2184 1.94 23.40 5.13 36.00 0 0 91 16 0.824 0.0 ** .* ... 168 1 2185 1.94 23.50 5.73 36.00 0 0 94 74 0.795 0.0 .* ... *. **,****:Jl*** 168 2 2186 1.94 23.50 5.73 36.00 0 0 91 14 0.8.21 0.0 ..... ** ** .**, 168 3 2187 1.94 23.50 5.73 36.00 0 0 91 14 0.821 0.0 **.'*.*,. **,.,.** ,***. *.*-* 168 4 2188 1.94 23.50 5.73 36.00 0 0 98 13 0.<802 0.0 "_if '.* ... *.'. 168 5 2189 1.94 23.50 5.73 36.00 3 3 98 72 0.175 0.0 **._ *.* .*.*;it 168 6 2190 1.94 23.50 5.73 36.00 3 3 99 72 0.183 0.0 ** .* ... *, ** ',. 168 7 2191 1.94 23.50 5.73 9.40 6 6 99 73 0.810 9.]6 .*' : *.* 168 8 2192 1.94 23.50 17.86 3.23 3 1 99 75 0.86:0 24.96 .. ** ** 168 9 2193 1.94 23.50 30.56 1.96 7 6 92 80 0.949 *, !It -If*.*** 168 10 2194 1.94 23.50 43.52 1.45 1 6 76 82 0.838 *.'.".* -*_.** .. *.if. 168 11 2195 1.94 23.50 56.62 1.20 5 5 70 85 0.850 *-.*tt. ** ".. ,*** .** 168 12 2196 1.94 23.50 1.07 5 5 60 89 0.827 ** *-...... *. ** 168 13 2191 1.94 23.50 81.15 1.01 6 6 53 90 0.754 *.tt. tft ** ,*** *. '. 168 14 2198 1.94 23.50 80.88 1.01 5 5 52 92 O.78fT ** i **.it* __ ... *.:,** 168 15 2199 1.94 23.50 68.58 1.07 4 4 50 91 0.733 ....... ** "._.**"'**,* **_. 168 16 2200 1.94 23.50 55.52 1.21 5 4 53 91 0.7:78 *it

PAGE 101

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADT LWRADT JTRAN EMS\[ LY/M DEG DEG F IN-HG lY/HR LY/HR LY/HR 168 17 2201 1.94 23.50 42.42 1.48 4 4 57 88 0.761 *- '* ..... if '. 168 18 2202 1.94 23.50 29.48 2.02 3 2 62 81 0.802 **_"f ......... ** 168 19 2203 1.94 23.50 16.81 3.42 1 1 63 86 0.1'89 4.68 .* ** .*:_* .- 168 20 2204 1.94 23.50 5.73 11.09 1 1 66 83 0.751 0.0 **" ** ,.**- 168 21 2205 1.94 23.50 5.13 36.00 0 0 74 80 0.764 0.0 *._ -* 168 22 2206 1.94 23.50 5.13 36.00 0 a 80 19 0.799 0.0 ,***** 168 23 2201 1.94 23.50 5.73 36 .. 00 0 0 85 18 0.822 0.0 *:.:..,. .. *;it. *.. .. 168 24 2208 1.94 23.50 5.73 36.00 0 0 91 76 0.82,4 0.0 ** ***.** 169 1 2209 1.94 23.50 5.13 36.00 a 0 96 74 0.B12 0.0 .... .* *it,_ 169 2 2210 1.94 23.50 5.73 36.00 0 0 98 73 0.602 0.0 :.. *.*: *1f 169 3 2211 1.94 23.50 5.73 36.00 0 a 98 73 0.602 0.0 -.' .** *.'. 169 4 2212 1.94 23.50 5.13 36.00 0 0 99 13 0.810 0.0 *.- ... 169 5 2213 1.94 23.50 5.73 36.00 0 o 100 72 0.791 0.0 : -. 169 6 2214 1.9423.50 5.13 36.00 0 o 100 72 0.791 0.0 .* *._ *.*, _.1J 169 7 2215 1.94 23.50 5.73 9.35 0 o 100 12 0.791 0.78 ...... 0.75 169 8 2216 1.94 23.50 17.90 3.22 1 1 100 14 0.846 : *, ...... : *.** ** ... 169 9 2217 1.94 23.50 30.60 1.96 2 2 83 19 0.829 *** -*** .* 169 10 2218 1.94 23.50 43.56 1.45 6 6 70 82 0.171 _** .*** _*.-, 169 11 2219 1.94 23.50 56.66 1.20 6 6 60 85. 0.728 ... It ..... *.,"**' .. .... 169 12 2220 1.94 23.50 69.71 1.07 6 6 53 88 0.108 *-.*Jr. -* -.** ,.** 169 13 2221 1.94 23.50 81.78 1.01 6 4 51 90 0.725 *-.. *iI:" *.,..** 'tt*.*.** ... ** -. 169 14 2222 1.94 80.84 1.01 6 4 41 92 0.7.12 'lI;It. **.>if.* _*.-.* *** *._. 169 15 2223 1.94 23.50 68.54 1.07 5 5 44 94 0.708 *Jl:*.':* -*: ;iI-.* **. 169 16 2224 1.94 23.50 55.47 1.21 5 5 44 94 0.708 -.** .** .. -* 169 17 2225 1.94 23.50 42.38 1.48 4 3 45 94 0.724 ** *.: .- **.** It. 169 18 2226 1.94 23.50 29.44 2.03 0 0 45 93 0.7 24.18 ** ** .. 0.65 .* 169 19 2221 1.94 23.50 16.18 3.42 0 0 41 92 0.712 10.92 **.:**. ** *. 0.72 .* 169 20 2228 1.94 23.50 5.73 11.16 0 0 53 81 0.'685 0.78 **_.**.* *_** 0.79 **.',.. 169 21 2229 1.94 23.50 5.13 36.00 0 0 74 83 0.-842 0.0 .* *. .** *:11: .. 169 22 2230 1.94 23.50 5.13 36.00 4 1 16 81 0.810 0.0 ** *. **'If:**-.**, *.-. 169 23 2231 1.94 23.50 5.13 36.00 0 0 80 80 0.826 0.0 ** *. -* ** .* 169 24 2232 1.94 23.50 5.13 36.00 0 0 86 18 0.832 0.0 .*'It_it** *** _** 110 1 2233 1.93 23.50 5.13 36.00 0 0 91 16 0.824 0.0 **: *. -.,.i;If** .** *.-". 170 2 2234 1.93 23.50 5.73 36.00 0 0 91 76 0.824 0.0 .*.-** ** :***-** 170 3 2235 1.93 23.50 5.13 36.00 0 0 93 74 0.187 0.0 .*.... .* *. *.* 170 4 2236 1.93 23.50 5.13 36.00 0 0 96 74 0.812 0.0 .**.*-.*._** .** 110 5 2231 1.93 23.50 5.13 36.00 0 0 96 14 0.812 0.0 *',At-* ....... **. :,. 110 6 2238 1.93 23.50 5.13 36.00 3 1 96 13 0.785 0.0 ** ,.**:* ..... 170 1 2239 1.93 23.50 5.73 9.29 0 0 96 14 0.812 10.14 *.*.*.* *. 0.99 .*.,. 110 8 2240 1.93 23.50 11.95 3.21 0 0 96 15 0.840 27.30 :* ** 0.92 **

PAGE 102

DAY HR SEQN SOle DEClN HRANG AIRMS CL OP RHM TEM VPRES SWRADl TlRADT LWRADT rRAN EMSY * .,. LY/M DEG DEG F IN .... HG lV/HR LY/HR LY/HR 170 9 2241 1.93 23.50 30.64 1.96 0 a 66 60 0.908 46.02**)1:*** ** *** 0.88 **if". 170 10 2242 1.93 23.50 43.61 1.45 0 0 80 84 0.940 60.64 *.,** .. :It. __ ** 0.63 170 11 2243 1.93 23.50 56.70 1.20 1 1 69 81 0.892 74.88 **\****.*** .*._ 170 12 2244 1.93 23.50 69.15 1.01 6 6 62 90 0.6'82 *It.* -*_.-** it*_.*. *Ii: .... Jt 170 13 2245 1.93 23.50 81.82 1.01 6 6 /57 92 0.663 ****;tt;* ***,'It*.* .*"''If 170 14 2246 1.93 23.50 80.81 1.01 6 6 52 94 **._ **** .* 170 15 2247 1.93 23.50 68.50 1.07 7 6 50 96 0.856 .'.-* ** .* *. **-. 170 16 2246 1.93 23.50 55.43 1.21 8 7 50 96 45.24 ** ** ** ** .*._ 170 17 2249 1.93 23.50 42.34 1.48 9 8 70 88 0.934 10.11t ** :** ,.if*. ** .... 170 18 2250 1.93 23.50 29.40 2.03 9 8 95 74 0.1304 7.80 ** ** **** -* 170 19 2251 1.93 23.50 16.73 3.43 9 7 98 14 0.829 3.90 **-.*:* ** >11:** ... *Ihlt 110 20 2252 1.93 23.50 5.73 11.24 8 3 98 75 0.8;7 0.,78 **if:.*:* **.'.** '.** *.:* 17021 2253 1.93 23.50 5.73 36.00 7 2 99 75 0.866 0.0 **.**. if*.*** _*** ** 110 22 2254 1.93 23.50 5.73 36.00 8 3 100 76 0.905 0.0 .... ** **.,******* .*.'. 170 23 2255 1.93 23.50 5.73 36.00 8 2 100 16 0.905 0.0 ** ** **_it** .**it **._ 110 24 2256 1.93 23.50 5.73 36.00 7 3 100 76 0.905 0.0 **;it.*. ** *****it **itt* 171 1 2257 1.93 23.40 5.73 36.00 4 1 100 76 0.905 0.0 **_.*. **.*** .** *-. 111 2 2258 1.93 23.40 5.73 36.00 2 1 100 76 0.905 0.0 **: **c:1t.** ,.** .. 4(**;. 171 3 2259 1.93 23.40 5.73 36.00 0 o 100 16 0.9il5 0.0 **;,tt.** it*;**** .**,* *.iE" 171 4 2260 1.93 23.40 5.13 36.00 0 a 100 76 0.905 0.0 **ltlt*:* .*_.!It** it** it. 171 5 2261 1.93 23.40 5.73 36.00 0 o 100 75 0.8'75 0.-0 **.*** ****** **.* 171 6 2262 1.93 23.40 5.73 36.00 5 5 100 75 0.875 0.0 **.'.*at *. __ .****** .*.'. 111 7 2263 1.93 23.40 5.13 9.30 8 8 100 75 0.875 6 24 ** .... *,* **,*.** .**.,* .* 171 8 2264 1.93 23.40 17.95 3.21 9 9 100 76 0.905 16.38 **,;It,**. **'**** **** *.iffl' 171 9 2265 1.93 23.40 30.65 1.95 5 5 100 80 1.032 31.44 **:.*** .*' ** If*** ***:* 171 10 2266 1.93 23.40 43.62 1.45 0 a 90 84 1.051 .04 **:***it 0.75 ***:. 171 11 2261 1.93 23.40 56.72 1.19 0 0 72 87 0.931 10.98 ** .*.,*** 0.71 **._ 171 12 2268 1.93 23.40 69.76 1.07 4 4 62 90 0. .***;*,* **.,.** ,*' **.**,* **.'. 171 13 2269 1.93 23.40 81.78 1.01 6 6 58 92 0.818 *.tf*it* **Jfc'!t*. **:.,*** **it'. 171 14 2270 1.93 23.40 80.71 1.01 1 7 55 93 0.659 **.*A. **.*** .* ** **** ***_ 111 15 2271 1.93 23.40 68.42 1.01 9 7 70 82 O.TTI **' **:. **.if****** **.,. 171 16 2272 1.93 23.40 55.35 1.21 8 1 72 83 0.819 6 .24 *. it*.:*** :.*** .* 171 17 2273 1.93 23.40 42.26 1.48 9 7 70 82 0.1'11 6.24 **.-** .*.,*** .*** .* 171 18 2274 1.93 23.40 29.32 2.03 10 9 72 82 0.;193 6.24 .* *.* -It*".* '* *** **.:. 171 19 2215 1.93 23.40 16.65 3.45 10 10 73 82 0.804 2.,14 **-/It._ .*.*** ** .*._ 171 20 2276 1.93 23.40 5.13 11.43 10 9 76 80 0.784 0.0 **.it* ** '.*** **it'. 111 21 2277 1.93 23.40 5.13 36.00 10 8 86 80 0.888 0.0 **.*** ,.*** **-JU' 171 22 2278 1.93 23.40 5.73 36.00 10 8 85 18 0.822 0.0 *It,.At** _*lIt, ** ,**** **_* 111 23 2219 1.93 23.40 5.73 36.00 10 8 80 18 0.174 0.0 ***.** ;**** .*If 111 24 2280 1.93 23.40 5.73 36.00 10 6 87 76 0.787 0.0 *.**** **.-

PAGE 103

DAY HR SEQN SOlC DECLN HRANG AIRMS CLOP RHM TEMVPRES S..,RADT TlRADT lWRAOTiTRAN EMSV * lY/M DEG OEG F I N...,eiG LY /HR LY/HR lY/HR 172 1 2281 1.93 23.40 5.73 36.00 6 2 93 74 0.1D17 0.0 .... ***,***11* .. 172 2 2282 1.93 23.40 5.73 36.00 7 2 95 74 0.e04 0.0 ,.** .-.;a** .... 172 3 2283 1.93 23.40 5.73 36.00 4 1 96 74 0.812 0.0 ** .... ** *.**.*iIi. 172 4 2284 1.93 23.40 5.73 36.00 0 0 97 74 0.821 0.0 ** ...... ** *.-. 172 5 2285 1.93 23.40 5.73 36.00 0 a 98 73 0.802 0.0 172 6 2286 1.93 23.40 5.73 36.00 2 1 98 73 0.802 0.0 ,..-'. ... 172 7 2287 1.93 23.40 5.73 9.22 2 1 98 73 0.802 9.75 _.-.* *-.-* _.** .* 172 8 2288 1.93 23.40 18.01 3.20 0 0 98 76 0.8:87 28.47 oit*;* ** 0.93 **ifit 172 9 2289 1.93 23.40 30.71 1.95 0 0 91 79 0.909 27.69 **"it._ :.*. 0.68 ** 172 10 2290 1.93 23.40 43.68 1.45 0 0 82 83 0.933 64.35 **.- 0.86 172 11 2291 1.93 23.40 56.78 1.19 2 2 76 86 0.952 76.83 :11*** *. ,.* *.** 172 12 2292 1.93 23.40 69.83 1.06 2 2 65 90 0.924*:'.*,.* *_:_* ** *if. 172 13 2293 1.93 23.40 81.83 1.01 2 2 60 92 0.908 *, *.' ***;* 11:.*. ** ... 172 14 2294 1.93 23.40 80.65 1.01 3 3 57 94 0.918 ****,.-. ***,.*. ***jt** *.* **. 112 15 2295 1.93 23.40 68.36 1.08 3 3 53 95 0.88.0 *, :._** 112 16 2296 1.93 23.4055.29 1.22 1 6 51 94 0.821 42.-51 ..... '* ** .. ....... 172 11 2291 1.93 23.40 1.49 8 1 51 q3 0.796 15.21 *.** 172 18 2298 1.93 23 .. 40 29.25 2.04 10 q 10 85 0.850 13.65 .* .. _.' ,".*. 172 19 2299 1.93 23.40 16.59 3.46 9 7 11 86 0.890 13.65 .*' ** ** ** iIi._* 172 20 2300 1.93 23.40 5.73 11.55 8 7 72 85 0 .874 0.39 -.* ** 172 21 2301 1.93 23.40 5.13 36.00 1 6 80 82 0 8'82 0.6 ;.of* ;It 112 22 2302 1.93 23.40 5.73 36.00 1 6 85 80 0.811 0.0 ***i,f *.* .*_,.. 112 23 2303 1.93 23.40 5.13 36.00 3 3 90 19 0.899 0.0 .* *. ** 112 24 2304 i.cn 23.40 5.73 36.00 3 3 90 18 0.B7;0 0.0 ,., **.,.:.* **. **.173 1 2305 1.93 23.30 5.13 36.00 3 1 89 18 0.8hl 0.0 *-i,f:t._ ,* 113 2 2306 1.93 23.30 5.73 36.00 2 1 90 76 0.814 0.0 .** *.** 113 3 2307 1.93 23.30 5.73 36.00 0 0 94 75 0.822 0.0 ** .-* 173 42308 i.en 23.30 5.13 36.00 0 0 97 '75 0.849 0.0 **,.:t*;* i!.'."'''_ **. *.*:. 173 5 2309 1.93 23.30 5.13 36.00 2 2 98 74 0.829 ".* .*.,.*. **** .*,113 6 2310 1.93 23.30 5.73 36.00 6 2 98 14 0.B29 0.0 .*,.* .*.* **'.:. 173 7 2311 1.93 23.30 5.13 9.23 8 3 98 74 0.S29 11.31 .* ** :t '.in. 173 8 2312 1.93 23.30 18.01 3.20 7 2 94 76 0.851 25.35 ** ..... ** ,_ 113 9 2313 1.93 23.30 30.12 1.95 4 1 90 79 0.899 ._ 173 10 2314 1.93 23.30 43.69 1.45 5 3 86 82 0.94.8 57.:33 : .* **. 173 11 2315 1.93 23.30 56.80 1.19 4 2 78 84 0.916 68.25 _., _* 173 12 2316 1.93 23.30 69.83 1.06 6 2 68 89 0.937 *.** *. **- 173 13 2311 1.93 23.30 81.79 1.01 8 5 60 93 0.937 ** 173 14 2318 1.93 23.30 80.56 1.01 9 6 49 92 0.742 33.93 *_ *._. 173 15 231q 1.93 23.30 68.28 1.08 9 8 65 86 0.814 18.:33 -.: ,*** ... 113 16 2320 1.93 23.30 55.21 1.22 8 7 13 82 0.B04 5.07 **._.* _* tt ....

PAGE 104

DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRAor LWRAOT JRAN EMSV * LV/M DEG OEG F IN-HG LY/HR lY/HR lY/HR 173 17 2321 1.93 23.30 42.12 1.49 8 7 79 80 0.815 5.07 -* ** ** ** **** 173 18 2322 1.93 23.30 29.17 2.04 9 8 81 79 0.tl09 6.63 ****** .*.*** *. ** 173 19 2323 1.93 23.30 16.50 3.48 10 10 80 80 0.826 4.29 **.*** ****** .*** 173 20 2324 1.93 23.30 5.73 11.74 10 10 79 79 0.189 0.39 ***.** ****** **** **** 173 21 2325 1.93 23.30 5.73 36.00 10 10 81 78 0.783 0.0 ** ** ****** ,**** **.173 22 2326 1.93 23.30 5.73 36.00 8 6 88 77 0.823 0.0 ****** ***.** **** ***. 173 23 2327 1.93 23.30 5.13 36.00 4 3 90 76 0.814 0.0 ***.** ****** .*** -* .. 173 24 2328 1.9323.30 5.73 36.00 4 2 94 76 0.851 0.0 ****** **.*** .*** **** 174 1 2329 1.93 23.30 5.73 36.00 3 1 98 74 0.829 0.0 ** ** ****** **** ** 174 2 2330 1.93 23.30 5.13 36.00 0 0 99 74 0.838 0.0 ** ** **.*** .*** **** 174 3 2331 1.93 23.30 5.73 36.00 0 0 99 74 0.838 0.0 *****,* **** 174 4 2332 1.93 23.30 5.73 36.00 0 0 99 74 0.838 0.0 ****.* ****** .*** ***. 174 5 2333 1.93 23.30 5.73 36.00 0 0 99 74 0.838 0.0 ****** ****** **** **** 114 6 2334 1.93 23.30 5.13 36.00 4 1 9.9 73 0.810 0.0 .. it.** .*** ***. 174 1 2335 1.93 23.30 5.75 9.18 7 2 99 74 0.838 8.97 **.*** ****** **** **** 174 8 2336 1.93 23.30 18.05 3.20 3 1 98 76 0.887 26.91 ***.** it- ** **._ 174 9 2337 1.93 23.30 30.16 1.95 0 0 80 80 0.826 38.61 ****** ** ** 0.80 **** 174 10 2338 1.93 23.30 43.74 1.44 0 0 70 82 0.711 58.89 **.** ** ** 0.81 ***i* 174 11 2339 1.93 23.30 56.84 1.19 2 2 65 86 0.814 72.15 ** *. ** ** .*** **** 114 12 2340 1.93 23.30 69.88 1.06 5 4 59 89 0.813 ****ft. ** .. *** **.*** .**** **** 174 13 2341 1.93 23.30 81.82 1.01 7 7 53 91 0.718****** ***.** "*if,.** '**** ** 114 14 2342 1.93 23.30 80.52 1.01 7 6 52 92 0.7B7 ****.-***.** **** **** 114 15 2343 1.93 23.30 68.24 1.08 6 6 50 93 0.180 ****.* **-.*_ **.*** ***. ** 174 16 2344 1.93 23.30 55.17 1.22 5 5 48 94 0.773 62.01 ** *. **.-** .*** **** 114 17 2345 1.93 23.30 42.08 1.49 5 5 49 96 0.839 46.41 ** ** ***.** .*** ** 174 18 2346 1.93 23.30 29.13 2.05 7 6 65 85 0.789 9.75 **-.** ***.*-**** ** 114 19 2341 1.93 23.30 16.46 3.49 8 8 89 76 0.,805 1.95 ****** .*tt.******* ** .. 114 20 2348 1.93 23.30 5.73 11.82 10 8 89 75 0.719 0.39 **.*** ***.** **** ** 114 21 2349 1.93 23.30 5.73 36.00 10 8 95 73 0.777 0.0 ****** **.*** **** **** 174 22 2350 1.93 23.30 5.73 36.00 10 8 95 73 0.777 0.0 ** ** .* ** .-** ***. 114 23 2351 1.93 23.30 5.13 36.00 10 8 95 73 0.177 0.0 **.*** ***.** -**. **** 174 24 2352 1.93 23.30 5.73 36.00 10 10 93 73 0.761 0.0 ** ** ***.** ***. ** 175 1 2353 1.93 23.20 5.73 36.00 10 9 94 73 0.T69 0.0 ** ** ***.** .*** **** 115 2 2354 1.93 23.20 5.73 36.00 8 7 96 72 0.759 0.0 *****,* .*,.,******* ** 175 3 2355 1.93 23.20 5.73 36.00 9 4 97 72 0.767 0.0 ** ... *,. ** :***'**** -*.* 175 4 2356 1.93 23.20 5.73 36.00 9 3 98 72 0.775 0.0 ** ** **** **.* 175 5 2357 1.93 23.20 5.73 36.00 1 3 98 71 0.749 0.0 ** ** ** ** .*** ** 175 6 2358 1.93 23.20 5.13 36.00 8 4 98 70 0.124 0.0 **:It.*. ****** .*** ** 115 7 2359 1.93 23.20 5.74 9.19 10 9 99 72 0.783 9.75 ****** ** ** **** .*.* 175 8 2360 1.93 23.20 18.05 3.20 10 8 98 74 0.829 12.09 ** ** **** .***

PAGE 105

DAY HR SEQN SOle DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlRADT LWRADT /fRAN EMS,V lY/M ceG DEG F IN--HGLY/HR LYlHR lY/HR 175 9 2361 1.93 23.20 30.77 1.95 8 1 96 75 0.840 19.89 **- ***'_ *.*:. 115 10 2362 1.93 23.20 43.15 1.44 9 4 83 79 0.829 47.19 '***, ,..: ,; *,* .*if. 115 11 2363 1.93 23.20 56.85 1.19 9 1 15 82 0.826 '56.:5S **., ,* ***,***.**,* **lt1t 115 12 2364 1.93 23.20 69.88 1.06 10 1 10 84 0.822 48.75 .** -** 115 13 2365 1.93 23.20 81.18 1.01 10 5 10 88 0.934 **.*._ *-**-,* *_ -* 115 14 2366 1.93 23.20 80.42 1.01 7 3 63 89 0.868 ** ** *. ,-* **. 115 15 2361 1.93 23.20 68.16 1.08 1 3 62 90 0.882 .*.*** --.. *- *-* .-*. _.*. 175 16 2368 1.93 23.20 55.10 1.22 8 4 61 90 0.,861 65.13 *-*.*. -* ,. *-.:* 115 17 2369 1.93 23.20 42.00 1.49 9 6 60 89 0.827 33.15 **:;11*.:* >;It,.*. **** -* 175 18 2310 1.93 23.20 29.05 2.05 10 7 61 86 0.840 8.19 _.*,.- *.:;_ *. 175 19 2371 1.93 23.20 16.38 3.50 10 8 72 85 0.874 5.01 -... *.* 115 20 2312 1.93 23.20 5.73 12.03 10 10 17 84 0.905 0.39 115 21 2313 1.93 23.20 5.13 36.00 10 9 83 82 0.915 0.0 .*.* *.* ***. 115 22 2374 1.93 23.20 5.73 36.00 10 10 89 80 0.918 O.Q .*.**. .*.**. *... 175 23 2315 1.93 23.20 5.73 36.00 9 9 85 18 0.822 0.0 ,. ',.**., *. **** 115 24 2316 1.93 23.20 5.13 36.00 10 10 90 14 0.761 0.0 **:* ** 116 1 2311 1.93 23.20 5.73 36.00 8 6 99 12 0.183 0.0 ,.* *.*,-. 116 2 2318 1.93 23.20 5.13 36.00 8 6 100 12 0.191 0.0 116 3 23711 1.93 23.20 5.73 36.00 11 8 100 12 0.791 0 .. 0 ** 4 .... -. 116 4 2380 L.93 23.20 5.73 36.00 10 10 100 13 0.818 0.0 .*: ltifJf *., .,. 116 5 2381 1.93 23.20 5.13 36.00 10 10 100 13 0.,818 0.0 ................ ** 116 6 2382 1.93 23.20 5.13 36.00 10 10 100 73 0.818 0.0 *."., ................ _. 176 1 2383 1.93 23.20 5.80 9.11 10 9 100 74 0.846 4.68 .*.;It -*.'." ,*.* 116 8 2384 1.93 23.20 18.11 3.18 10 10 100 11 0.935 14.04 \It *.,.-", ,. 116 9 2385 1.93 23.20 30.83 1.94 7 5 94 80 0.970 31.44 if '* 116 10 2386 1.93 23.20 43.81 1.44 8 5 87 80 0.898 48.36 ....... ,.** ft. 176 11 2387 1.93 23.20 56.92 1.19 9 6 80 83 0.910 51.48 *.- '* ***. 176 12 2388 1 .. 93 23.20 69.95 1.06 10 10 72 84 0.846 31.44 ...................... 176 13 2389 1.93 23.20 81.83 1.01 10 10 98 76 0.887 15.60 **.*.. .* 116 14 2390 1.93 23.20 80.31 1.01 10 10 100 15 0.875 6.24 iIi ** If176 15 2391 1.93 23.20 68.10 1.08 10 10 100 14 0.846 2.34 _.*; 116 16 2392 1.93 23.20 55.03 1.22 10 10 100 73 0.818 6.24 ............ 116 11 2393 1.93 23.20 41.94 1.49 10 10 100 14 0.846 15.60 .... -If 116 18 23941.93 23.20 28.119 2.06 10 10 100 14 0.846 2.34 ; .** 176 19 2395 1.93 23.20 16.32 3.52 10 10 100 72 0.791 0.0 ; 116 20 2396 1.93 23.20 5.73 12.16 10 10 100 12 0.791 0.0 \* 11' .*-*';ft* -It. 176 21 2397 1.93 23.20 5.13 36.00 10 9 100 12 0.791 0.0 *.: ....... : .. ; ............ 'Jt 176 22 2398 1.93 23.20 5.13 36.00 10 1 100 12 0.791 0.0 _.* if. 176 23 2399 1.93 23.20 5.73 36.00 10 10 100 12 0.791 0.-0 .. : ........ ... .......... 176 24 2400 1.9323.20 5.73 36.00 10 10 100 12 0.:191 0.0 *.', *. *i.*!.

PAGE 106

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT lWRADT iTRAN EMS).' * lY/M DEG DEG F IN-'HG lY/HR lY1HR lY/HR 177 1 2401 1.93 23.20 5.73 36.00 7 7 100 72 0.791 0.0 **-.** -*--** -**. ** 177 2 2402 1.93 23.20 5.73 36.00 7 4 100 73 0.818 0.0 **At.*,* .***** .. *** ***. 177 3 2403 1.93 23.20 5.13 36.00 10 9 100 73 O.8IB 0.0 ** *_ ***'*** ,**** **.;J177 4 2404 1.93 23.20 5.73 36.00 9 1 100 73 0.818 0.0 ** ** **._** **** ** 177 5 2405 1.93 23.20 5.73 36.00 5 3 100 73 0.818 O.Q *****. ***,***;11*** .* 171 6 2406 1.93 23.20 5.13 36.00 8 7 100 73 0.818 0.0 **; *'.\If** ;.**. *._. 171 7 2407 1.93 23.20 5.84 9.05 10 10 100 74 0.846 7.02 ***.* It.** -**..* ... 177 8 2408 1.93 23.20 18.16 3.18 9 8 100 75 0.875 4.68 **._*. ***,** **** .*it. 171 9 2409 1.93 23.20 30.88 1.94 6 3 98 76 0.887 37.44 *. ** ** .**. ** 177 10 2410 1.93 23.20 43.86 1.44 10 10 93 80 0.960 ** ** **_:..** itt*** ** 177 11 2411 1.93 23.20 56.96' 1.19 10 9 93 80 0.960 **.:***<**** **if# 177 12 2412 1.93 23.20 69.99 1.06 10 10 97 76 0.878 17.94 ***._"-'** **It.** ;***:* ** 177 13 2413 1.93 23.20 81.86 1.01 8 6 100 74 0.846 30.42 ***** _.** .* **_. 177 14 2414 1.93 23.20 80.33 1.01 6 3 90 78 0.870 .-.*' **._*.* .*.*** .**,* ** 177 15 2415 1.93 23.20 68.05 1.08 9 7 80 83 0.910 *.** **:)tit** tt _** ** **"'. 177 16 2416 1.93 23.20 54.99 1.22 10 9 73 85 0.886 40.56 ** *'. ** ** -*** **.'. 177 11 2417 1.93 23.20 41.89 1.49 10 10 90 80 0.929 10.14 ** ...... **_.** ..... 177 18 2418 1.93 2--3.20 28.95 2.06 10 9 92 78 0.890 11.10 **,.:l!I:** #**.* *._. 177 19 2419 1.93 23.20 16.27 3.53 10 8 95 77 0.888 5.46 ** ...... 177 20 2420 1.93 23.20 5.73 12.25 7 4 96 77 0.898 0.0 ***_.. .* ** **** ** ... 1,17 21 2421 1.93 23.20 5.73 36.00 3 2 96 76 0.869 0.0 **.JJ*_ .* ** .-**. **.::, 177 22 2422 1.93 23.20 5.73 36.00 3 2 96 76 0.869 0.0 ** *' ** *** .... 177 23 2423 1.93 23.20 5.13 36.00 7 6 91 16 0.878 0.0 ** *,-.* **-. .*.177 24 2424 1.93 23.20 5.73 36.00 3 2 97 76 0.87B 0.0 *.**. it 178 1 2425 1.93 23.20 5.73 36.00 3 2 98 76 0.887 0.0 ** ** ** 178 2 2426 1.93 23.20 5.73 36.00 7 6 99 16 0.896 0.0 *._ : ***.* .*** 118 3 2427 1.93 23.20 5.13 36.00 3 2 99 7.5 0.866 0.0 ** ** ** ..... ** **** -178 4 2428 1.93 23.20 5.13 36.00 1 1 99 14 0.B36 0.0 ** ** ** **** .**118 5 2429 1.93 23.20 5.73 36.00 7 6 99 74 0.838 0.0 *** -._** ** .* .... 178 6 2430 1.93 23.20 5.73 36.00 8 4 100 74 0.846 0.0 ***.*** It**.-* ***:It '* 118 7 2431 1.93 23.20 5.88 9.00 10 10 100 74 0.846 1.56 ** .. ****** ** 178 8 2432 1.93 23.20 18.20 3.17 9 6 100 11 0.764 10.14 **;.'**.* '.** *.** 118 9 2433 1.93 23.20 30.92 1.94 10 9 98 74 0.829 31.20 t.Ji;tt*._*'"a..*** ** *_. 178 10 2434 1.93 23.20 43.90 1.44 10 9 95 79 0.949 49.14 *** '.** .. ** *.'lfitt 178 11 2435 1.93 23.20 51.01 1.19 9 7 90 82 0.992 42.90 ***: *.*.****. ** ... 178 12 2436 1.93 23.20 70.03 1.06 8 7 88 80 0.908 *-.*.' *.i .. *;* it *.*** 178 13 2431 1.93 23.20 81.89 1.01 6 6 10 87 0.905.*.**. ** ** **.*** ** 178 14 2438 1.93 23.20 80.30 1.01 4 3 68 88 0.908 **** ** ** .***** .** .... 178 15 2439 1.93 23.20 68.01 1.08 5 4 64 88 0.854 *,ft,. **t ** *.*.:,..***** 178 16 2440 1.93 23.20 54.94 1.22 4 3 63 88 0.841 54.60 *.**** :It*, ****** .*

PAGE 107

DAY HR SEQN SOLe OECLN HRANG A IRMS CL OP RHM TEM VPRES SWRADT TLRAOT LWRAOT ,fRAN EMSV * LY/M DEG OEG F IN"'HG lY/HR LY/HR lY/HR 178 17 2441 1.93 2.3.20 41.85 1.50 .3 .3 64 88 0.8.54 46.BO _*W ** *A ** A._. 178 18 2442 1.93 23.20 28.90 2.06 6 6 64 88 0.854 27.30 A* *. ** ** *A*. A* 178 19 2443 1.93 23.20 16.23 3.53 8 5 72 86 0.902 10.92 *****. ***.** *.** -* 178 20 2444 1.93 23.20 5.73 12.35 8 6 80 83 0.910 0.38 ***.*. **W*** **** .*_* 178 21 2445 1.93 23.20 5.73 36.00 10 10 87 80 0.898 0.0 ** ,iI-** .********iI-.*".'. 178 22 2446 1.93 23.20 5.73 36.00 4 2 97 70 0.7L7 0.0 ** *-.** *.** **** 178 23 2447 1.93 23.20 5.73 36.00 .5 3 99 70 0.732 0.0 ***_** ** ** *A*. A*.* 118 24 2448 1.93 23.20 5.73 36 .. 00 7 4 99 70 0.732 0.0 ** ..... *.,.. .. ** .. A** **** 179 1 2449 1 .. 93 23.20 5.73 36.00 7 6 99 70 0.732 0.0 ** .. lIt*c* "**.AA"A** A*A" 179 2 2450 1.93 23.20 5.73 36.00 10 10 99 72 0.783 0.0 **".*A .A**** **A.*A_* 119 3 2451 1.93 23.20 5.13 36.00 10 10 99 73 0.810 0.0 ** A. "*._A. **.A **** 179 4 2452 1.93 23.20 5.13 36.00 10 10 99 74 0.838 0.0 **A*** .**.*A* *A** ***' .. 179 5 2453 1.93 23.20 5.13 36.00 10 10 91 73 0.193 0.0 *** *".A* "AA. *A". 179 6 2454 1.93 23.20 5.73 36.00 8 6 97 73 0.193 0.0 .*.**. **_A** **A* _*** 179 7 2455 1.93 23.20 5.92 8.95 9 6 97 73 0.793 7.41 ** ... *. ** ** .**_ -**. 179 8 2456 1.93 23.20 18.24 3.16 9 8 97 74 0.821 21.45 *.*.** **.**.** ** ** .. ;. 179 9 2457 1.93 23.20 30.96 1.94 8 3 96 77 0.898 41.73 ** .. *** .. ***** **** **** 179 10 2458 1.93 23.20 43.94 1.44 9 8 85 79 0.849 52.66 **-.** **** ***179 11 2459 1.93 23.20 57.05 1.19 9 4 80 80 0.826 ****M'* *****ciI-****** ,**.* __ *** 179 12 2460 1.93 23.20 70.07 1.06 9 7 75 82 0.826 **** *-***.** .*.* .*** 179 13 2461 1.93 23.20 81.92 1.01 9 6 70 85 0.850 --*.*** ****** ****** .**. --*.179 14 2462 1.93 23.20 80.26 1.01 9 6 68 86 0.852 *****'* .*'.**, .... **** .**,* *.** 179 15 2463 1.93 23.20 67.97 1.08 10 8 65 86 0.814 *.* .*,*"* ********* '* 179 16 2464 1.93 23.20 54.90 1.22 10 8 65 86 0.814 34.11 ** ** **.*** **.* .*** 179 17 2465 1.93 23.20 41.81 1.50 10 9 70 85 0.850 21.69 ****** _* ** **** **** 179 18 2466 1.93 23.20 28.86 2.06 10 8 81 84 0.952 19.11 ** **._.* **.* **-179 19 2467 1.9323.20 16.19 3.54 10 8 82 84 0.963 15.99 **' *,* *** **** .**. 179 20 2468 1.93 23.20 5.73 12.44 10 7 86 81 0.917 3.51 ** .. ** **.******. **.* 179 21 2469 1.93 23.20 5.73 36.00 9 7 93 79 0.929 0.0 **.if** .**.****** ** 179 22 2470 1.93 23.20 5.73 36.00 9 7 90 78 0.870 0.0 **_**CiI-****** **** **.* 179 23 2471 1.93 23.20 5.73 36.00 5 3 90 16 0.814 0.0 *._.*_ **._** ***. **f. 179 24 2472 1.93 23.20 5.73 36.00 3 2 92 14 0.778 0.0 ** *-.* ** -*** **** 180 1 2473 1.93 23.10 5.73 36.00 2 1 93 74 0.781 0.0 *. **.*.* **** -*f. 180 2 2474 1.93 23.10 5.73 36.00 3 1 95 73 0.777 0.0 ***iI-*.* .. **** *** **Ii:. 180 3 2475 1.93 23.10 5.73 36.00 3 1 96 72 0.759 0.0 ** ** ** ** **** -*.-180 4 2476 1.93 23.10 5.73 36.00 4 1 97 72 0.767 0.0 .-.*--**._** **** *.*. 180 5 2477 1.93 23.10 5.73 36.00 4 2 98 71 0.149 0.0 ** ** f****. ***t ** 180 6 2478 1.93 23.10 5.73 36.00 a 0 98 71 0.149 0.0 **-*.* f***** .*** 180 7 2479 1.93 23.10 5.91 8.96 3 1 *.* 11 0.0 4.29 ***.** ***.*. **-* if*** 180 8 2480 1.93 23.10 18.24 3.16 3 1 .** 72 0.0 18.33 ***.** ***.*. *-** **

PAGE 108

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM rEM VPRES SWRADT TLRAO'T LWRADT }fRAN EMSV .. lY/M [lEG DEG F IN-HG lY/HR lY/HR .LY IHR 180 9 2481 1.93 23.10 30.97 1.94 7 3 86 14 0. 33.93 **;***:c. _*it:*** .:**** 180 10 2482 1.93 23.10 43.96 1.44 8 6 80 78 0.114 51.09 **'ft,.** If _** ;It* **1'* 180 11 2483 1.93 23.10 57.06 1.19 8 7 71 80 0.733 *.: *.* jf* 180 12 2484 1.93 23.10 10.08 1.06 8 7 65 82 0.716 it'* ti;*it.* ** __ ._. 180 13 2485 1.93 23.10 81.88 1.01 8 8 62 84 0.728 ** ..... _* *. 180 14 2486 1.93 23.10 80.16 1.01 8 8 59 84 0.693 .it ....... ** ***.** *.** 180 15 2487 1.93 23.10 61.89 1.08 8 8 56 85 0.680 53.43 **.M* -.*** 180 16 2488 1.93 23.10 54.83 1.22 8 8 52 85 0.631 48.15 **: :.* **. ***iIt 180 11 2489 1.93 23.10 41.73 1.50 9 8 56 84 0.658 41.13*** *;.110 *.:**** it. 180 18 2490 1.93 23.10 28.78 2.07 8 1 56 84 0.658 30.81 .. *.:** *;It ..... 180 19 2491 1.93 23.10 16.11 3.56 8 5 58 81 0.61B 16.,77 .. *", ... **.;. 180 20 2492 1.93 23.10 5.73 12.66 8 7 62 78 0.600 1.95 **"...** _*it, *.'" 180 21 2493 1.93 23.10 5.73 36.00 1 3 68 75 0.595 0.0 **1*.*. it 180 22 2494 '1.93 23.10 5.73 36.00 7 3 13 73 0.597 0.0 .*.: *.:11.** ** *if. 180 23 2495 1.93 23.10 5.73 36.00 4 1 75 71 0.673 0.0 **._* ........ *. **** ** ..... 180 24 2496 1.9323.10 5.73 36.00 2 1 80 70 0.591 0.0 .**.*... .* *. ,* 181 1 2497 1.93 23.10 5.73 36.00 0 0 85 69 0.607 0.0 **.f t. ., *,. *.if,. 181 2 2498 1.93 23.10 5.73 36.00 2 2 88 68 0.'607 0.0 it* ::11 ......... It 181 3 2499 1.93 23.10 5.13 36.00 2 2 90 68 0.621 0.0 .*-.* '". -**.'. 181 4 2500 1.93 23.10 5.13 36.00 0 0 92 68 0.635 0.0 ........ *.* **. **.,. 181 5 2501 1.93 23.10 5.73 36.00 0 0 93 68 0.6'42 0.0 ; .. .** 181 6 2502 1.93 23.10 5.13 36.00 1 1 95 68 0.655 0.0 *.: ........ -* .. 181 7 2503 1.93 23.10 5.95 8.91 8 6 96 68 0.662 3.T2 *._ :* .-*.-.*** *it .. 181 8 2504 1.93 23.10 18.28 3.16 3 2 96 68 0.662 11.10 lUt*. it .... ** 181 9 2505 1.93 23.10 31.02 1.93 8 6 96 74 0.8L2 32.76 .* If.**** i:Jt.** .*.181 10 2506 1.93 23.10 44.00 1.44 4 4 83 78 0.1803 31.98*#':._ : .. 181 11 2507 1.93 23.10 51.11 1.19 5 5 72 81 0.768 .. '* *.: ..... *.'. *:* 181 12 2508 1.93 23.10 70.13 1.06 6 5 62 85 0.753 .* ....... **.*,* .- It** *.it# 181 13 2509 1.93 23.10 81.91 1.01 5 5 56 87 0.124 ..... *., .... **-*.*.** -.'. 181 14 2510 1.93 23.10 80.13 1.01 5 5 52 89 0.717 *-**A. ........ -* .... t 181 15 2511 1.93 23.10 67.84 1.08 4 4 49 90 0.697 ...... _;. ** *._** .. *l* 181 16 2512 1.93 23.10 54.18 1.22 3 3 49 90 0.697 **_.*, ..... :11.*.* ..... 181 17 2513 1.93 23.10 41.69 1.50 0 0 49 90 0.69,7 47.58 *'it,it 0.12 181 18 2514 1.93 23.10 28.74 2.07 0 0 49 90 0.697 41.'34 .... 0.87 *:.. 181 19 2515 1.93 23.10 16.06 3.57 0 0 49 89 0.675 21.94 ,* 0.90 ',. 181 20 2516 1.93 23.10 5.73 12.77 0 0 54 84 0.634 3.90 .... *it, 0.92 *.*1:. 181 21 2517 1.93 23.10 5.73 36.00 0 0 67 78 0.648 0.0 **._ -*- 181 22 2518 1.93 23.10 5.73 36.00 0 0 75 76 0.679 0.0 .*:,.;.*:* **.* ::If**. ...... 181 23 2519 1.93 23.10 5.13 36.00 0 0 82 14 0.694 0.0 *_ *._*. .it 181 24 2520 1.93 23.10 5.73 36.00 0 0 85 72 0.612 0.0 *.-

PAGE 109

DAY HR SEQN SOlC DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRADT TlRADT lWRAOT KRAN EMS V * lY/M OEG DEG F IN-HG lY/HR lY/HR lY/fiR 182 1 2521 1.93 23.10 5.73 36.00 0 o *** *** 0.0 0.0 ** 182 2 2522 1.93 23.10 5.73 36.00 0 o .. *** 0.0 0.0 ; .... ;it ... ,** .... *.* .. 182 3 2523 1.93 23.10 5.73 36.00 0 o it* 0.0 0.0 ... .. ... ** ....... 182 4 2524 1.93 23.10 5.73 36.00 0 o .* 0.0 0.6 ** **,.._** it ...... 182 5 2525 1.93 23.10 5.73 36.00 0 o ** ..... 0.0 0.0 .. 182 6 2526 1.93 23.10 5.73 36.00 0 o *.* *** 0.0 0.0 .. :..*: ... *""'_.*_**. If* 182 7 2527 1.93 23.10 5.99 8.86 0 o ** .. ** .. '0.0 3.90 ** ",* .*_,*** 0.88 ** 182 8 2528 1.93 23.10 18.32 3.15 0 0 90 72 0.712 20.28 .*' 0.83 ..... ,. 182 9 2529 1.93 23.10 31.06 1.93 0 0 71 77 0.664 39.00 **.tit* .... :,..** 0.80 .. 182 10 2530 1.93 23.10 44.04 1.44 0 0 62 80 0.640 56.94 .*,*.,_*;* *.:"';it* .. 0.18 *-... 182 11 2531 1.93 23.10 57.15 1.19 0 0 60 83 72.54 ..... ** _,..* 0.78 ...... 182 12 2532 1.93 23.10 70.17 1.06 0 0 55 85 0.668 81.i12 .... ** .-';It,.** 0.76 **._ 182 13 2533 1.93 23.10 81.94 1.01 0 0 53 88 0.-108 ._.* "* it. :;'*",***'. 182 14 2534 1.93 23.10 80.09 1.01 1 0 51 90 0.725 "*It* .......... *.,. i*,.*1t **.'. 182 15 2535 1.93 23.10 67.80 1.08 1 0 50 91 0.Ta3 81.12 .*: ** .. ... ... ** 182 16 2536 1.93 23.10 54.74 1.22 3 1 49 92 0.742 70.98 **- ** .. _) .... ..... *it' 182 17 2537 1.93 23.10 41.65 1.50 3 1 49 92 0.742 '56.16 ** .. ,it.* .* .... *# .... 182 18 2538 1.93 23.10 28.70 2.07 2 0 49 92 0.7.42 38.22 .... ,..** ........ tt:" 182 19 1.93 23.10 16.02 3.58 0 0 55 90 0.782 18.72 .. 0.86 182 20 2540 1.93 23.10 5.73 12.86 0 0 73 86 0.915 3.12 .*- *, '" .. 0.90 .*.2* 182 21 2541 1.93 23.10 5.73 36.00 0 0 80 82 0.882 0.0 .. *: ... *, ..... ..... .... 182 22 2542 1.93 23.10 5.73 36.00 0 0 90 80 0.929 0.0 '., ...... .......... *_. 182 23 2543 1.93 23.10 5.73 36.00 0 0 93 89 1.282 0.0 .... -..i ,it .*"' ......... ** 182' 24 2544 1.93 23.10 5.13 36.00 0 0 95 88 1.268 0.0 ,.* ** 'J:*.* .*iIi. 183 1 2545 1.93 23.00 5.73 36.00 0 0 96 77 0.898 0.0 -.,* ** .......... 183 2 2546 1.93 23.00 5.73 36.00 0 0 97 76 0.878 0.0 _.,-."*,".*-... _, 183 3 2547 1.93 23.00 5.73 36.00 0 0 98 76 0.887 0. ... it ... ;"*.,, ,. : .. 183 4 2548 1.93 23.00 5.73 36.00 0 0 98 76 0.8iH 0.0 ,,, .*it,"** .* _* 183 5 2549 1.93 23.00 5.73 36.00 3 1 98 76 0.887 0.0 *-;* .. *-...... ........... ,. 183 6 2550 1.93 23.00 5.73 36.00 8 3 98 75 0.857 0.0 ....... if*."*" 183 7 2551 1.93 23.00 5.99 8.87 8 3 98 76 0.8'87 3.12 *,*." .--...... 183 8 2552 1.93 23.00 18.32 3.15 8 3 97 78 0.938 14.82 .. .* .. _.* ......... _. 183 9 2553 1.93 23.00 31.06 1.93 8 2 85 82 0.93,7 34.12 .*a ......... .. 4. .* 183 10 2554 1.93 23.00 44.05 1.44 5 2 70 86 O.f)1J 49.92 ........... '.** .' ..... *- 183 11 2555 1.93 23.00 57.16 1.19 4 1 62 88 0.a28 6a.64 ...... .. .jt* 183 12 2556 1.93 23.00 10.17 1.06 6 2 55 91 0.807 81.12 "* ...... ". ... -1ft 183 13 2557 1.93 23.00 81.90 1.01 7 2 53 93 0.827 ._ .* ... *-.** *_ 183 14 2558 1.93 23.00 79.99 1.01 8 4 52 94 0.831 -* ...... **' *.*. 'if ... _. 183 15 2559 1.93 23.00 67.72 1.08 10 6 60 92 0.908 51.48 ............. ,.... 183 16 2560 1.93 23.00 54.66 1.22 8 5 64 86 0.;8{) 26.52 : .. ...... ,.. .. ** .?*.*

PAGE 110

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAD' lWRADT TRAN EMSV * LV/M OEG DEG F IN-f:1GLY/HR LY/HR LY/HR 183 17 2561 1.93 23.00 41.57 1.50 10 8 70 84 0.822 14.04 iHHf. ** ***** ***** **if* 183 18 2562 1.93 23.00 28.61 2.08 10 8 74 83 0.842 13.26 **.,!t** .*****.-** *'lit* 183 19 2563 1.93 23.00 15 .. 94 3.60 8 6 76 84 0.893 1&.38 *.***-**** 183 20 2564 1.93 23.00 5.73 13.10 0 0 86 82 0.948 3.12 ****** ****** 0.90 *.f* 183 21 2565 1.93 23.00 5.73 36.00 0 0 90 80 0.929 0.0 *****-***.** **** **** 183 22 2566 1.93 23.00 5.73 36.00 0 0 89 78 0.861 0.0 **.**.**-** **** **** 183 23 2567 1.93 23.00 5.73 36.00 0 0 90 78 0.870 0.0 -*.,.** ****** **.* .*** 183 24 2568 1.93 23.00 5.73 36.00 5 2 92 77 0.860 0.0 ** ** .*,.*** .*** ***,. 184 1 2569 1.93 23.00 5.13 36.00 8 3 95 17 0.888 0.0 **-***.* ****** **** .*.* 184 2 2570 1.93 23.00 5.73 36.00 8 3 95 76 0.,860 0.0 **** *'l.*** **** ** ... 184 3 2571 1.93 23.00 5.73 36.00 9 4 97 75 0.849 0.0 ****** ****** **** ** 184 4 2572 1.93 23.00 5.73 36 .. 00 7 3 98 75 0.857 0.0 ****** *'l._******,. ** 184 5 2573 1.93 23.00 5.73 36.00 9 4 98 75 0.857 0.0 *_.if:.*';It **.*** **.* **.* 184 1.93 23.00 5.73 36.00 9 4 98 74 0.829 0.0 ****** .* ** **** **** 184 7 2575 1.93 23.00 6.03 8.81 9 4 98 14 0.829 3.1.2 ***,*** ***** *** **** 184 8 2576 1.93 23.00 18.37 3.14 9 4 98 16 0.881 14 .. 82 .. ,**** ** ... :**.* *.'. 184 9 2577 1.93 23.00 31.11 1.93 7 3 90 18 0 .. 870 30.42 ****** *.**** **** **_. 184 10 2518 1.93 23.00 44.10 1.43 1 4 78 84 0.916 41.58 ***.*.* if* ** *.** **_. 184 11 2579 1.93 23.00 57.21 1.19 7 4 66 87 0.853 60.84 **** _. 184 12 2580 1.93 23.00 10.22 1.06 1 4 63 89 0.868 65.52 **'.,.*'. ,**.'.****** ***. 184 13 2581 1.93 23.00 81.93 1.01 8 6 80 89 1.102 35.86 **.-** .*.-** .*** .*-184 14 2582 1.93 23.00 79.96 1.01 10 8 70 86 0.B77 **.it** ** .. ****.*** it*". 184 15 2583 1.93 23.00 67.68 1.08 9 5 68 90 0.967 ** ** ** ** **** ***' 184 16 2584 1.93 23 .. 00 54.62 1.23 10 8 70 80 0.722 25.14 ****** .*.*** **** ***. 184 17 2585 1.93 23.00 41.52 1.51 Ie 9 90 76 0.814 13.26 ***.*,* **.* 184 18 2586 1.93 23.00 28.57 2.08 10 9 91 76 0.824 0.78 **.,it** **.:.** ** **.* 184 19 2587 1.93 23.00 15.90 3.60 10 9 88 76 0.796 2.34 ****** ** ** **** *.*184 20 2588 1.93 23.00 5.73 13.21 10 10 90 15 0.787 1.56 'l* ** **.*** .**. 184 21 2589 1.93 23.00 5.73 36.00 10 10 92 74 0.178 0.0 ****.* ** **.*** ***. 184 22 2590 1.93 23.00 5.13 36.00 10 10 94 74 0.795 0.0 ****** .*,**** ,***' ** ... 184 23 2591 1.93 23.00 5.13 36.00 9 9 96 74 0.812 0.0 ****** ****** .*-* ***-* 184 24 2592 1.93 23.00 5.73 36.00 9 9 98 13 0,.802 0.0 *** it* ... ** .*** **.* 185 1 2593 1.93 22.90 5.73 36.00 7 4 99 72 0.783 0.0 ** *. ***-** .*** ** 185 2 2594 1.93 22.90 5.73 36.00 7 4 99 72 0.783 0.0 ***J** .**.** **** **.* 185 3 2595 1.93 22.90 5.73 36.00 7 4 99 72 0.783 0.0 **.*** ****** **** **** 185 4 2596 1.93 22.90 5.73 36.00 4 4 99 72 0.783 0.0 **.if,** .*_*** ***'l **** 185 5 2597 1.93 22.90 5.73 36.00 7 6 98 71 0.749 0.0 ** ** ****** **** **** 185 6 2598 1.93 22.90 5.73 36.00 6 4 95 71 0.726 0.0 *.*.** ** ** **** ** ... 185 7 2599 1.93 22.90 6.02 8.83 3 1 91 10 0.117 3.90 **.**.* ****** **** **** 185 8 2600 1.93 22.90 18.37 3.141 0 0 93 72 0.736 15.60 ** *.*** 0.16 ***.

PAGE 111

DAY HR SEQN SOLC DEClN HRANG AIRMS CLOP RHM TEM VPRES TLRADf LWRADT .... ... .. .. .. ... LY/M nEG DEG F IN-HG LY/HR lY/HR lY/HR 185 9 2601 1.93 22.90 31.11 1.93 0 0 91 17 0.851 32.16 "'it .," ... \If\*.. 0.73 185 10 2602 1.93 22.90 44.11 1.43 3 3 85 80 0.817 ................ *\It' ..... i* ..... *"*1* 185 11 2603 1.93 22.90 51.22 1.19 1 1 10 84 0.822 65.52"' -* ........ 185 12 2604 1.93 22.90 10.22 1.06 3 3 66 86 0 821 _: ............. i* 185 13 2605 1.93 22.90 81.88 1.01 3 3 62 89 0.854 ......... ........ 185 14 2606 1.93 22.90 79.86 1.02 5 5 60 89 0.827 *; *.<. 185 15 2607 1.93 22.90 67.60 1.08 4 3 59 90 0.839 i" ; 185 16 2608 1.93 22.90 54.55 1.23 8 7 59 90 0. 55.38 _.:. *"' :it* *. 185 11 2609 1.93 22.90 41.45 1.51 8 7 62 88 0.828 34.32 _* -., 185 18 2610 1.93 22.90 28.49 2.09 8 7 63 87 0.815 18.12 ; *,* ....... *. 185 19 2611 1.93 22.90 15.81 3.62 9 7 65 86 0.tH4 14.82 ........... _** .* ...... c. 185 20 2612 1.93 22.90 5.73 13.45 9 5 70 85 0.850 3.12 .. _._ tit ........ 185 21 2613 1.93 22.90 5.73 36.00 8 4 80 80 0.82b 0.0 _.* ..... .. # 185 22 2614 1.93 22.90 5.13 36.00 1 3 86 19 0.859 O.Q *.;':.* *_ *.**. .... 185 23 2615 1.93 22.90 5.13 36.00 7 3 91 78 0.8BO 0.0 .. _._.** ,**** .* 185 24 2616 1.93 22.90 5.13 36.00 7 3 93 71: 0.870 0.0 *.":it** ** ..... 186 1 2617 1.93 22.90 5.73 36.00 7 3 93 76 0.842 0.0 .* *- ** 186 2 2618 1.93 22.90 5.13 36.00 7 3 93 76 0.842 0.0 ** .*** 186 3 2619 1.93 22.90 5.73 36.00 1 3 93 75 0.814 0.0 ,* *:*ifi 186 4 2620 1.93 22.90 5.73 36.00 8 5 93 74 0.787 0.0 **iJt'-*1t ,1f* 186 5 2621 1.93 22.90 5.73 36.00 7 4 95 74 0.804 0.0 ** *** 186 6 2622 1.93 22.90 5.13 36.00 10 8 96 73 0.785 .0 .*itt:*** **.'.**, 186 7 2623 1.93 22.90 6.04 8.80 10 10 91 13 0.793 o .;78 **iIl **'.** ... ... 186 8 2624 1.93 22.90 18.39 3.14 10 9 97 14 0.821 1.02 **_it*' ...... ** ** 186 9 2625 1.93 22.90 31.14 1.93 10 10 93 78 0.899 17.16 *** ...... ** ;**** .* 186 10 2626 1.93 22.90 44.13 1.43 10 10 92 79 0.919 *** **'4t*.;. ,.** ,..**. *.*. 186 11 2627 1.93 22.90 57.24 1.19 10 10 85 80 0.8,11 '.*. :jH *.* .* ... 186 12 2628 1.93 22.9010.24 1.06 9 9 75 83 0.853 31.!t4 .* ... ,_*'. ** 186 13 2629 1.93 22.90 81.90 1.01 10 10 95 80 0.980* ** ,**; ******* -* 186 14 2630 1.93 22.90 79.84 1.02 10 10 100 11 0.764 14.82 *'. **' *.-* 186 15 2631 1.93 22.90 1.08 10 9 100 12 0.791 12.48 **,.;_ .. ... 186 16 2632 1.93 22.90 54.52 1.23 10 7 100 72 0.791 18.32 *.)Jt;*** *-".: .... ,.**. **if'" 186 17 2633 1.93 22.90 41.43 1.51 10 8 93 78 0.899 42.90 ,it ... ** .* .... 186 18 2634 1.93 22.90 28.47 2.09 10 7 92 19 0.919 28.86 ** ** .* 186 19 2635 1.93 22.90 15.79 3.63 10 6 72 82 0.793 24.96 ** ...... *. ** .. *_. 186 20 2636 1.93 22.90 5.73 13.51 7 3 16 800.7.:84 3.12 .. if **.*.tt *.** 186 21 2637 1.93 22.90 5.73 36.00 4 2 86 77 0.;804 0.0 .**.* *. -*it. 186 22 2638 1.93 22.90 5.73 36.00 2 1 91 76 0.824 0.0 **it,,*** *** .*.. **,. 186 23 2639 1.93 22.90 5.13 36.00 2 1 96 15 0.840 0.0 .*.** *#*** '. 186 24 2640 1.93 22.90 5.73 36.00 3 1 91 75 0.849 0.0 **.*** _* .. ,*.* ***1*

PAGE 112

DAY HR SEaN SOLe DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT lWRAOT [RAN EMSV * .* lY/M DEG OEG f IN-HGlY/HR lY1HR lY/HR 187 1 2641 1.93 22.80 5.73 36.00 a 0 97 74 0.821 0.0 ** *:* .**:***'Ii**;tI- ..,* 187 2 2642 1.93 22.80 5.73 36.00 0 0 99 73 0.810 0.0 ***4-.* ***.** **'Ii ..... 187 3 2643 1.93 22.80 5.73 36.00 a a 99 72 0.,183 0.0 -*-.*t **.'.** .*_ 187 4 2644 1.93 22.80 5.73 36.00 0 a 99 72 0.183 0.0 '_-* it. 187 5 2645 1.93 22.80 5.73 36.00 3 1 100 72 0.:791 0.0 *** 'Ii- *-.**" __ 187 6 2646 1.93 22.80 5.73 36.00 3 1 100 72 0.791 0.0 _.,. ***::*:** .*** **"'. 181 7 2647 1.93 22.80 6.03 8.81 5 3 100 72 0.791 3.12 ****** .*:* ** '.*** _*t. 187 8 2648 1.93 22.80 18.39 3.14 7 5 100 74 0.846 20.28 **lIt.** _**. '. 187 9 2649 1.93 22.80 31.14 1.93 7 5 *** *** 0.0 29.64 **\41:**. **'.*** _***.*.:. 187 10 2650 1.93 22.80 44.14 1.43 8 6 *** *** 0.0 50.70 ****._ ... ** ... 187 11 2651 1.93 22.80 57.25 1.19 8 7 *** *** 0.0 69.42 ** ... ** **--If*.'. 187 12 2652 1.93 22.80 70.25 1.06 8 4 68 83 0.774 *--*_. **''.It*'* _* ** **** 187 13 2653 1.93 22.80 81.85 1.01 8 6 63 85 0.165 *._ '. ** *, : .. ** ** ... *tJt 187 14 2654 1.93 22.80 79.74 1.02 8 5 61 88 0.814 **.* *****-. "*,*,.** 4t** ....... 187 15 2655 1.93 22.80 67.50 1.08 9 4 59 87 0.763 63.1.8 *._.* .... .,***.**,.. .* ... 187 16 2656 1.93 22.80 54.45 1.23 8 3 52 89 0.7L7 67.08 .*_**. **,,' .. **** ..... _. 187 17 2657 1.93 22.80 41.35 1.51 8 3 50 89 0.689 55.38 ,.'jt** .'J'*._ lI. 187 18 2658 1.93 22.80 28.39 2.09 9 4 50 89 0.689 28. 86 .* ... ;***.*** 187 19 2659 1.93 22.80 15.71 3.65 <) 6 56 86 0.702 6.24 ** **, *** *._. 187 20 2660 1.93 22.80 5.73 13.77 10 8 60 85 0.728 0.0 tt*,if***.*** **_. 187 21 2661 1.93 22.80 5.73 36.00 7 4 80 80 6.826 0.0 .* .... it ** .. ** ... .. ;. 187 22 2662 1.93 22.80 5.73 36.00 6 2 82 78 0.793 0.0 ** ** _*._*. if*** 187 23 2663 1.93 22.80 5.73 36.00 3 2 87 77 0.813 0.0 ** ** .*,-.. **.**. *,*.:0 .. 187 24 2664 1.93 22.80 5.73 36.00 4 3 92 76 0.83,3 0.0 ** **- -.. ... 188 1 2665 1.93 22.70 5.73 36.00 0 0 92 76 0.833 0.0 **:._*. it*.: ... _. 188 2 2666 1.93 22.70 5.73 36.00 a 0 95 76 0.860 0.0 ** ** .. **.** -*** 188 3 2667 1.93 22.70 5.73 36.00 0 0 97 75 0.849 0.0 ** .. *-it** *** 188 4 2668 1.93 22.70 5.73 36.00 0 0 98 74 0.829 0.0 **: *,. itit: **.:.* ** __ 188 5 2669 1.93 22.70 5.73 36.00 a 0 98 73 0.e02 0.0 **_ .. *if ... *** **.-.* 188 6 2670 1.93 22.70 5.73 36.00 5 2 98 73 0 .. 8 0.0 ** it _* it*** -* ... 188 7 2671 1.93 22.70 6.02 8.82 5 2 98 72 0.775 3.12 **if.* ... *if.*.*.** it .. 188 8 2672 1.93 22.70 18.39 3.14 4 1 99 73 0.810 20.28 ** : _\It** _**. *It.:" 188 9 2673 1.93 22.70 31.15 1.93 5 2 93 77 0.810 38.22 ***--** *if,.**.*** **-It'. 188 10 2674 1.93 22.70 44.15 1.43 5 4 80 80 0.826 49.92 **.* ,****** ... 188 11 2675 t.93 22.70 57.26 1.19 6 4 65 84 0.764 70.98 **_.*. *** .. ** ... 188 12 2676 1.93 22.70 70.25 1.06 7 3 60 81 O. **,**,** *** *i(:' 188 13 2677 1.93 22.10 81.80 1.01 7 5 53 88 0.708 .***ii;. ** **it** .. ** if** ...... 188 14 2678 1.93 22.70 79.64 1.02 8 6 50 92 0 .. 75'i/ .... **"" **,if_** -:* ... *it .**if. 188 15 2679 1.93 22.70 67.42 1.08 8 3 48 92 0.127 .-.*., *it._** .*._It* *.** ** 188 16 2680 1.93 22.70 54.37 1.23 9 3 48 92 0.72.7 .. .,.;It **"At** ** :,**** tI:*if.

PAGE 113

DAY HR SEQN SOle DEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAOT TlR'Amr lWRADTIRAN EMSV .. .. lY/M DEG DEG F IN-HGtY/HR LY/HR lY/HR 188 17 2681 1.93 22.10 41.27 1.51 8 4 44 94 0.708 ... **"",,**** **-* 188 18 2682 1.93 22.7Q 28.31 2.10 7 3 45 93 0.702 *if** ........ *, ... : .. 188 19 2683 1.93 22.70 15.62 3.66 8 5 47 91 0.'689 ***.* ...... ."'Jl"'.*;**.;* ;-. 188 20 2684 1.93 22.70 5.73 14.03 9 6 60 86 0.152 *,*.* .*'*'lIt.* ******.**. **.'. 188 21 2685 1.93 22.70 5.73 36.00 9 7 72 84 0.8.40 0.0 ....... ..... ... 188 22 2686 1.93 22.70 5.73 36.00 8 5 61 82 0.'672 0.0 *.*.;It .... ";Jt .'iI 188 23 2687 1.93 22.70 5.73 36.00 5 4 80 77 0.;748 0.0 .... 1*.* ... ,if ............ if .. 188 24 2688 1.93 22.70 5.13 36.00 0 0 80 71 0.748 0.0 ,"'i!-........ ..... .. .. tf. 189 1 2689 1.93 22.60 5.13 36.00 0 0 83 76 0.7S1 0.0 .. *: ... ** .* '.** ...... 189 2 2690 1.93 22.60 5.13 36.00 0 0 83 75 0.726 0.0 *_":" .* .... ****** **tf. 189 32691 1.93 22.60 5.13 36.00 0 0 89 74 0.753 0.0 **,.'.* ... *.:.** ... **. ** 189 4 2692 1.93 22.60 5.73 36.00 0 0 90 73 0.736 0.0 ,**,. *** .. ** .. )jt*** **tf. 189 5 2693 1.93 22.60 5.73 36.00 0 0 93 72 0.136 0.0 ***.,.** **_"** ... ** **-It. 189 6 2694 1.93 22.60 5.13 36.00 4 1 98 72 0.17.5 o.a **'#** *-.**-**. 189 7 2695 1.93 22.60 6.01 8.83 4 1 97 72 o. 7.6:f* ,it1l: .. **,. ........ -.... '.'.* ** 189 8 2696 1.93 22.60 18.39 3.14 4 1 97 73 0.793 **.* .. ..... : *.:.** ......... :. 189 9 2697 1.93 22.60 31.16 1.93 4 2 95 77 o. 888 *." **il'''.** **,* ...... 189 10 2698 1.93 22.60 44.16 1.43 5 3 85 81 0.90:6 .. *.* ... :. 189 11 2699 1.93 22.60 57.27 1.19 5 4 72 85 0.874** ...... .*:Jf**'* ....... ** ...... 189 12 2-700 1.93 22.60 70.25 1.06 5 5 68 88 0.908 *tf ... .. ; .... -* ... ** ,.* .. ;. ** 189 13 2701 1.93 22.60 81.75 1.01 7 6 63 90 0.896 ;. **'.}!-*,* ".'.;.** *_ ** ... 189 14 2702 1.93 22.60 79.54 1.02 8 7 70 90 0.995 ****it .... :.*** .. ,. 189 15 2703 1.93 22.60 61.34 1.08 10 8 60 91 0.880 .... Jt:' *._* ... .. .. ** if". 189 16 2704 1.93 22.60 54.30 1.23 10 8 60 82 ***iJt** _*.' ,***. **_. 189 17 2705 1.93 22.60 41.20 1.52 10 1 99 72 0.783 ***** ... **.* ** 189 18 2706 1.93 22.60 28.23 2.11 10 6 99 72 0.783.*.*.-.... ; ** .. il'**** **,*.*.'189 19 2707 1.93 22.60 15.54 3.68 10 6 95 78 0.919 ****.,. **.,if*'"," :* ,.* **._ 189 20 2708 1.93 22.60 5.73 14.31 7 3 88 79 0.;879 *.*., ***iIt.,* if*.,*.* ". .. it* 189 21 2709 1.93 22.60 5.73 36.00 6 2 95 76 0.860 0.0 **,.,. .. ...... :. 189 22 2710 1.93 22.60 5.73 36.00 4 1 98 76 0.8'87 0.0 ***iI: i"*.* .... 189 23 2711 1.93 22.60 5.73 36.00 0 0 98 75 0.857 0.0 i* i.** **. ** 189 24 2712 1.93 22.60 5.73 36.00 0 0 99 74 0.838 0.0 *. ** .. :** ....... 190 1 2713 1.93 22.50 5.73 36.00 ** ** 99 74 0.8'38 O.Q ... :;It ***'*:tI: :' 190 2 2714 1.93 22.50 5.73 36.00 ** ** 99 13 0.810 0.0 --** **"",*** .:Jf.** .* ... 190 3 2115 1.93 22.50 5.73 36.00 ** *. 99 73 0.810 0.0 .**.** .* ........ ** .. 190 4 2716 1.93 22.50 5.73 36.00 ** ** 99 73 0.810 0.0 .... .. -*** ** 190 5 2717 1.93 22.50 5.73 36.00 .* ** 99 73 0.810 0.0 .. ****-***** *** ** 190 6 2718 1.93 22.50 5.73 36.00 .. ** 99 73 0.810 0.0 **, .. _* *' **i -.',:it 190 7 2119 1.93 22.50 5.99 8.87 ..... 99 73 0.810 ." ,_" .... **:;11- :;it** ... *. **.'* 190 8 2720 1.93 22.50 18.37 3.14 ** .. 98 74 0.829 ...... **lit ,. ** ** .**

PAGE 114

DAY HR SECN SOLe DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLR,AOT UofRADT tTRAN EMS'll ... LY/M CEG DEG F IN ... HG lY/HR lY/HR LY/HR 190 9 2721 1.93 22.50 31.14 1.93 ** ** 94 16 0.851 ****.-11\ *it -*it-. 190 10 2122 1.93 22.50 44.15 1.43 *. ** 86 80 0.8S8 *-**,.,* ****** **"
PAGE 115

DAYHR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TlRADT lWRAOT TRAN EMSV LY/M CEG OEG F IN-.;HG lV/HR LY/HR IlY/HR 192 '1 2761 1.93 22.20 5.73" 36.00 7 3 98 70 0.724 0.0 f .... 192 2 2762 1.93 22.20 5.73 36.00 7 3 98 70 0.724 0.0 192 3 2763 1.93 22.20 5.73 36.00 7 3 99 70 0.732 0.0 ** 192 4 2764 1.93 22.20 5.73 36.00 7 3 99 69 0.707 0.0 \it If* ........ 192 5 2765 1.93 22.20 5.73 36.00 7 3 100 69 0.714 0.0 ........ ;. 192 6 2166 1.93 22.20 5.73 36.00 3 2 100 68 0.690 0.0 :.: ,* ** tI;.*:* 192 7 2761 1.93 22.20 5.92 8.95 7 3 100 69 0.71.4* .... tt :'.; 192 8 2768 1.93 22.20 18.33 3.15 5 3 100 70 0.739 . -. *.,. 192 9 2769 1.93 22.20 31.12 1.93 1 4 91 73 0.793 *_ ** .*._ 192 10 2170 1.93 22.20 44.14 1.43 a 5 95 76 0.860 .. .... 192 11 2771 1.93 22.20 57.25 1.19 8 7 90 80 0.929 ........ ........ 192 12 2772 1.93 22.20 70.20 1.06 8 7 80 83 0.910 ,. :. 192 13 2173 1.93 22.20 81.50 1.01 9 7 10 86 0.8i77 192 14 2774 1.93 22.20 79.20 1.02 9 1 60 90 0.8'53 *.,.. *.*,. 192 15 2715 1.93 22.20 67.09 1.08 7 3 68 86 0.852**.*.: =- it 192 16 2776 1.93 22.20 54.06 1.23 7 3 64 86 0.802 .* 192 17 2717 1.93 22.20 40.95 1.52 '7 3 62 90 0.682 _.- 192 18 2778 1.93 22.20 27.98 2.12 6 2 62 90 0.882 -,_ If )t / 192 19 2779 1.93 22.20 15.26 3.75 6 4 59 90 0.639 ._ J 192 20 2780 1.93 22.20 5.13 15.30 5 2 59 90 0.639 it 192 21 2781 1.93 22.20 5.13 36.00 3 2 15 78 0.725 0.0 .- 192 22 2782 1.93 22.20 5.73 36.00 0 0 85 75 o. Ut4 0.0 ... .._ it 192 23 2783 1.93 22.20 5.13 36.00 0 0 89 14 0.153 0.0 .................... 192 24 2784 1.93 22.20 5.73 36.00 0 0 92 74 0.778 0.0 4. 193 1 2785 1.94 22.10 5.7336.00 5 5 95 73 0.717 0.0 *.* 193 2 2786 1.94 22.10 5.13 36.00 5 5 94 73 0.1"69 0.0 C**., ..... ,*.iUt 193 3 2787 1.94 22.10 5.73 36.00 3 2 95 73 0 .. 777 0.0 ; 193 4 2788 1.94 22.10 5.73 36.00 3 2 94 72 0.744 0.0 .. ..... ... ....... 193 5 2789 1.94 22.10 5.73 36.00 2 1 97 72 0.767 O.Q '.... 193 6 2790 1.94 22.10 5.73 36.00 6 4 98 72 0.775 0.0 -.*.. .- 193 1 2791 1.94 22.10 5.89 8,99 9 7 98 71 0.7lt9 :t, 193 8 2792 1.94 22.10 18.31 3.15 10 8 98 72 0.7:75 ;it ....................... 193 9 2793 1.94 22.10 31.10 1.93 10 7 97 76 0.876 .- it 193 10 2794 1.94 22.10 44.13 1.43 10 9 93 79 0.929 - *. 193 11 2795 1.94 22.10 57.24 1.19 9 7 80 83 0.910 .- ;t it 193 12 2796 1.94 22.10 70.18 1.06 9 7 79 83 0.899 193 13 2797 1.94 22.10 81.43 1.01 10 10 75 84 0.681 .* *.- 193 14 2798 1.94 22.10 79.11 1.02 10 10 78 84 0.916 .. 193 15 2799 1.94 22.10 67.03 1.09 10 10 85 76 0.769 .' JI,,# *.:ff" *.* 193 16 2800 1.94 22.10 54.00 1.23 10 10 92 12 0.128.C*1t._:** :* if_

PAGE 116

DAY HR SEQN SOLC OECLN cHRANG AIRMS CLOP RHM TEM VPRES SWRAOiT TLRAOT LWRADT ,TRAN EMSV * lY/M nEG OEG f IN-HG tY/HR LY/HR LY/HR 193 17 2801 1.94 22.10 1.52 10 10 99 "12 0 .783 ** .... ,.. *** ... ** :if* ...... *41: 193 18 2802 1.94 22.10 27.92 2.13 10 10 99 72 0.783 *:* .... **'*,*** .. **\* .... itt**. ** .. 193 19 2803 1.94 22.10 15.20 3.76 9 8 98 73 0.602 **** .... ** .............. -*** **.* 193 20 2804 1.94 22.10 5.73 15.55 7 6 98 72 0.775 ** ... *:* .... .... 193 21 2805 1.94 22.10 5.73 36.00 8 4 98 72 O. 7F15 0.0 **\*:**:* **#,**" ;tI**"** 193 22 2806 1.94 22.10 5.73 36.00 0 0 99 72 0.:783 0.0 ** **_.** ** ... 193 23 2807 1.94 22.10 5.73 36.00 10 9 98 72 0.,775 0.0 *.11' .*,.:** .. J' .. 193 24 2808 1.94 22.10 5.73 36.00 10 10 99 72 0.7e3 0.0 .... .... ... ** 194 1 2809 1.94 22.00 5.73 36 .. 00 10 10 99 72 0.783 0.0 **itt ...... .... .. : .. It** .It". 194 2 2810 1.94 22.00 5.73 36.00 10 10 98 72 0.7,75 0.0 .. **i**** ;It ... ,* ... *.:. 194 3 2811 1.94 22.00 5.73 36.00 10 10 98 72 0.775 0.0 _**,,*"*iIl*. __ **if,. 194 4 2812 1.94 22.00 5.73 36.00 10 10 98 72 0.1'15 0.0 **.At* .. **-i*** .. *** 194 5 2813 1.94 22.00 5.73 36.00 10 10 98 72 0.'15 0.0 ** .. **>**.* ... ** .... 194 6 2814 1.94 22.00 5.73 36.00 10 10 98 72 0.775 0.0 ...... >* .*.* .. ... *. .... 194 7 2815 1.94 22.00 5.87 9.02 10 10 99 71 0.75,6*,..*, .... ...... "*'!If**":'*.* .... 194 8 2816 1.94 22.00 18.29 3.16 10 9 99 72 0.783 ... *:it,. ** **** .. 194 9 2817 1.94 22.00 31.09 1.93 8 3 94 14 0.795 .it*.,f .. .*11:'>*** '*"*," ... 194 10 2818 1.94 22.00 44.12 1.43 9 4 83 78 0.803 *** *.' **.,.***** .. ..... 194 11 2819 1.94 22.00 57.23 1.19 9 5 73 83 0.831 .'._ **'*1t*. **,.,.** -. ** 194 12 2820 1.94 22.00 70.16 1.06 10 8 68 85 0.826*-.*.,. ** ... *. -**"* **,. **if:. 194 13 2821 1.94 22.00 81.36 1.01 10 8 62 86 0.777 ...... :. .. .. ** _**:>*** 801 .. -.- **.**' ........ '>*"*, .... it. 194 11 2825 1.94 22.00 40.84 1.53 10 9 63 87 0.815 *** .... ** .. ... )It**-**.,* 194 18 2826 1.94 22.00 27.86 2.13 10 9 66 84 0.7:75 *-.*, .... ***.*cit*-*; ;*** .. **iE:. 194 19 2821 1.94 22.00 15.13 3.78 10 8 70 83 0.797* *** itt* *.' .... 194 20 2828 1.94 22.00 5.73 15.81 10 7 71 82 0.782 ._.* *.- ,. **.#**.*** .'* 194 21 2829 1.94 22.00 5.13 36.00 4 2 77 81 0.821 0.0 ** .. .-.*;. ** -** .**.* **.'. 194 22 2830 1.94 22.00 5.73 36.00 10 9 86 79 0.859 0.0 .-.** *-*.* .. ** 194 23 2831 1.94 22.00 5.73 36.00 9 6 85 75 0.744 0.0 *"\ltA*ott **\if.** ** .*it. 19424 2832 1.94 22.00 5.73 36.00 10 8 94 73 0.769 0.0 ** .* ....... *. .. *. 195 1 2833 1.94 21.80 5.73 36.00 10 9 96 73 0.7'85 0.0 **,.;t*,-.*.,.* .. ... iHf,:* 195 2 2834 1.94 21.80 5.73 36.00 10 10 84 74 0.711 0.0 *";It'*** ...... .. \tf**. 195 3 2835 1.94 21.80 5.73 36.00 10 10 92 73 0.753 0.0 ****.1* ***'.** ... ** ... '. 195 4 2836 1.94 21.80 5.73 36.00 10 10 94 72 0.744 O.Q *'.f*' *.* *.;. **.:. 195 5 2837 1.94 21.80 5.73 36.00 10 10 94 72 0.744 0.0 **Jt.*1t .**,*** ". .*.,. 195 6 2838 1.94 21.80 5.73 36.00 10 10 93 12 0.736 0.0 .* *. ** .. ;It.... 195 7 2839 1.94 21.80 5.79 9.12 10 7 93 72 *itt* if ** ... ** .. 195 8 2840 1.94 21.80 18.23 3.17 9 8 91 74 0.110 **** **' ........ 41**<**** .*.".

PAGE 117

OAYHR SEQN SOLC OECLN HRANG AIRMS \eL OP RHM TEM VPRES SWRADT TLRADT LWRAOTIRAN EMSV .* * LY/M DEG OEG F I N-.HG LV IHR LY/HR LY/HR 195 9 2841 1.94 21.80 31.04 1.93 10 9 82 75 0.11;7 **: .. ... if* 195 10 2842 1.94 21.80 44.01 1.44 10 7 75 80 0.734 -.**.* ** **.*** -**. **.* 195 11 2843 1.94 21.80 51.18 1.19 9 8 10 83 0.79:7 ****"** **ltif*. ** **tf* 195 12 2844 1.94 21.80 10.09 1.06 9 1 70 86 0.871 *.if*". ** *. -* ** .*** -* 195 13 2845 1.94 21.80 81.21 1.01 9 8 69 88 0.921 **.**. ****** **#*** _*** ** 195 14 2846 1.94 21.80 78.88 1.02 9 8 64 90 0.910*.** ** ** .* ** .**. 195 15 2847 1.94 21.80 66.87 1.09 9 8 59 92 0.893 ,*It.*.* .*.*** -**it **it. 195 16 2848 1.94 21.80 53.86 1.24 9 8 58 92 0.81.8 -*** ... ** ... *,*.* *.**it -*.). 195 11 2849 1.94 21.80 40.75 1.53 9 8 59 91 0.866 ***it **_.*-.* ** -**. -* 195 18 2850 1.94 21.80 21.76 2.14 9 8 60 82 0.661 ... **iHf** .*.*** .*** **.* 195 19 2851 1.94 21.80 15.03 3.80 9 8 70 81 0.746 *._*.* **.*** .. *._** .*** **** 195 20 2852 1.94 21.80 5.13 16.27 1 1 78 79 0.1'19 *_**it. .* ** )t** *if:. 195 21 2853 1.94 21.80 5.73 36.00 5 5 91 76 0.824 0.0 **: *. if*.:.** *** ... *.:* 195 22 2854 1.94 21.80 5.13 36.00 5 3 92 76 0.833 0.0 *.ijt** *.*.*if*** **if. 195 23 2855 1.94 21.80 5.13 36.00 5 3 93 15 0.814 0.0 ** ** ***.** -* ** 195 24 2856 1.94 21.80 5.73 36.00 0 0 94 74 0.195 0.0 ** *. **.*** if* 196 1 1 1.94 21.10 5.73 36.00 0 0 88 74 0.0 **.*** *** -*_. 196 2 2 1.94 21.10 5.73 36.00 0 0 94 13 0.769 0.0 **.i ** **,*,*** ,.** lUI196 3 3 1.94 21.10 5.73 36.00 0 0 95 73 0.71f1 0.0 **: ... ** .*.,***.*:*** 196 4 4 1.94 21.10 5.13 36.00 0 0 96 12 0.759 0.0 **,1t_** .*_.* *"**,* .*iti* 196 5 5 1.94 21.10 5.73 36.00 0 0 91 72 0.767 0.0 **.*** .. if '*** ***. **iI!'. 196 6 6 1.94 21.70 5.73 36.00 0 0 91 12 0.767 0.0 **.*,.*.;. **:';It*. **if. 196 1 1 1.94 21.70 5.78 9.14 0 0 97 12 0.7651 **',*.;tt .*: ** ::**** .* 196 8 8 1.94 21.10 18.22 3.17 0 0 91 14 0.821 *'*1***;* "'.**"**.* **.'" 196 9 9 1.94 21.70 31.04 1.93 6 2 88 80 0 .. 908 ***** **;,..*.* .. **.--**Jt 196 10 10 1.94 21.10 44.08 1.44 1 2 78 84 0.916 **: __ *.* **i*** .. *,. 196 11 11 1.94 21.70 51.19 1.19 9 3 10 86 o.al? .*, ** .*' ** ,***;It ** .. lft 196 12 12 1.94 21.70 70.09 1.06 9 4 60 90 0.8S.3 **_.** .. ** **** **.196 13 13 1.94 21.10 81.15 1.01 9 4 56 91 0.822 **.if .. ** .*""**.** **' 196 14 14 1.94 21.70 18.78 1.02 8 3 53 92 0.802 **\*jt** .***** .**,.* **tt:. 196 15 15 1.94 21.70 66.79 1.09 8 5 50 94 0.605 ** ... *-.* .**.. 196 16 16 1.94 21.70 53.78 1.24 8 5 48 94 0.773 **,.', ,. **.,***.**it _*it:. 196 17 11 1.94 21.70 40.6a 1.53 9 7 55 85 0.668 **:*:,.* .. *********;*** 196 18 18 1.94 21.70 21.68 2.14 10 8 57 84 0.670 ** ** '*,..'-*****. 196 19 19 1.94 21.70 14.94 3.82 10 7 60 85 0.:728 ** __ **' It .. *_* .*;"". 196 20 20 1.94 21.70 5.73 16.62 5 4 62 83 0.706 **11'.** .* ... **;It**, _*.,* 196 21 21 1.94 21.10 5.73 36.00 3 2 11 80 0.795 O.Q **_,.** **'._** .*** i*.'. 196 22 22 1.94 21.70 5.73 36.00 2 1 82 78 0.793 0.0 *** ** *.'IliII'*." ** .. <* 196 23 23 1.94 21.70 5.73 36.00 2 1 81 77 0.813 0.0 **:**** :,***- 196 24 24 1.94 21.10 5.73 36.00 2 1 93 76 0.842 O.Q *?ti'ft* **'.:.* ;.*****

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DAY HR SEQN SOLe OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TlRADT lWRAOT XRAN EMS V lY/M OEG DEG F IN-HG LV/HR lY/fiR lY/HR 197 1 25 1.94 21.50 5.73 36.00 5 4 93 76 0.842 0.0 ***. **.197 2 26 1.94 21.50 5.73 36.00 5 4 96 14 0.812 0.0 **_.*-****** ***. ***197 3 21 1.94 21.50 5.73 36.00 8 4 91 14 0.821 0.0 ** *-** ** .**. ***. 197 4 28 1.94 21.50 5.73 36.00 8 7 97 74 0.821 0.0 ***.** **,It*** ***'* 197 5 29 1.94 21.50 5.73 36.00 7 6 98 74 0.829 0.0 ** ** **._** .**. -* 197 6 30 1.94 21.50 5.73 36.00 6 3 98 74 0.829 0.0 .* ** .*-.** .**- 197 7 31 1.94 21.50 5.73 9.24 6 3 98 74 0.829 ** *. **-.** **** **** 197 8 32 1.94 21.50 18.16 3.18 7 2 98 76 0.887 ***-*. ***-* *** ***. 197 9 33 1.94 21.50 30.99 1.94 7 2 80 80 0.826 *.* ** .** 197 10 34 1.94 21.50 44.03 1.44 6 2 71 83 0.808 -* *. -*** ***. 197 11 35 1.94 21.50 57.14 1.19 7 3 65 86 0.814 ** **.*** .*** **.* 197 12 36 1.94 21.50 70.02 1.06 8 3 56 88 0.748 ***.** **.******. **** 197 13 37 1.94 21.50 81.00 1.01 10 4 50 90 0.711 **;*.** ***'.** '.**. **.'* 197 14 38 1.94 21.50 78.63 1.02 10 4 51 90 0.725 .*.**. _** *** **197 15 39 1.94 21.50 66.69 1.09 9 4 50 91 0.7:33 **-*** ***.** *** **** 197 16 40 1.94 21.50 53.69 1.24 8 3 49 92 0.742 ** ** ****** ** 197 17 41 1.94 21.50 40.58 1.53 7 3 52 92 0.781 ****** -*-.** -*** **** 197 18 42 1.94 21.50 27.58 2.15 7 2 54 90 0.768 ***.** .**.** **** **.* 197 19 43 1.94 21.50 14.84 3.85 7 2 60 85 0.728 ***-** .**-** **** .. **197 20 44 1.94 21.50 5.73 17.12 3 2 70 84 0.822 **),Ii.iI:** ***;.****** ***. 197 21 45 1.94 21.50 5.73 36.00 3 1 75 82 0.826 0.0 .*.*** ***:If ** 197 22 46 1.94 21.50 5.73 36.00 3 1 82 80 0.846 0.0 **cit*** ***::If** .:If**. *.if. 197 23 47 1.94 21.50 5.73 36.00 3 1 88 79 0.879 0.0 ** ** *** ** 197 24 48 1.94 21.50 5.73 36.00 6 2 92 79 0.919 0.0 ** *-** ** ** ***. 198 1 49 1.94 21.40 5.73 36.00 3 2 93 78 0.899 0.0 **.... **.*** **** **** 198 2 50 1.94 21.40 5.73 36.00 a 0 93 77 0.870 0.0 ***.** **.:*** :lflt*. **** 198 3 51 1.94 21.40 5.73 36.00 0 0 95 76 0 860 0.0 **.,*.**.* ****** ,**** **.* 198 4 52 1.94 21.40 5.73 36.00 0 0 97 74 0.821 0.0 .*:If***** ** **if:* 198 5 53 1.94 21.40 5.73 36.00 0 0 98 74 0.629 0.0 .:If.*. :If***** **** .* 198 6 54 1.94 21.40 5.73 36.00 0 0 98 74 0.829 0.0 **,*.* _****.*. **.198 7 55 1.94 21.40 5.73 9.28 1 0 98 74 0.829 ***.** **-*** .*** *._. 198 8 56 1.94 21.40 18.14 3.18 3 1 92 75 o.aDS ***:*** -******-*. ***. 198 9 57 1.94 21.40 30.91 1.94 6 2 85 78 0.822 ** .. ** .* .:If.*.* 198 10 58 1.94 21.40 44.02 1.44 3 1 78 80 0.805 .*.*** .**-** **** **** 198 11 59 1.94 21.40 57.13 1.19 4 1 70 84 0.822 ***.** ***.** ***. ***. 198 12 60 1.94 21.40 70.00 1.06 7 3 60 87 0.776 ** *. **_.* ** .*f. 198 13 61 1.94 21.40 80.93 1.01 8 5 59 89 0.813 .*.**. ** ** .*** .* 198 14 62 1.94 21.40 78.54 1.02 a 3 56 89 0.712 ***:If.* .*.:If**_*** **if* 198 15 63 1.94 21.40 66.62 1.09 1 4 53 91 0.778 **.** **.** **:If* **** 198 16 64 1.94 21.40 53.64 1.24 10 9 54 92 0.818 *:If*;*** ***:If** ****

PAGE 119

DAY HR SEQN SOLC DECLN HRANG AIRMS CLOP RHM rEM VPRES SWRADif TlRADT lWRADTiRAN EMSV * LY/M nEG DEG FIN-fiG LV/HR LY/HR lY/HR 198 17 65 1.94 21.40 40.53 1.54 10 8 57 90 0.811 [g] ..................... .,. 198 18 66 1.94 21.40 27.52 2.15 9 8 62 89 0.854 .. '. .*.:it :***Jtlt*tt. 198 19 67 1.94 21.40 14.77 3.86 8 6 61 85 0.741 ". .It ;It* 198 20 68 1.94 21.40 5.73 17.43 9 9 65 84 0.764 it*,. It if198 21 69 1.94 21.40 5.73 36.00 8 6 90 76 0.814 0.0 **: ...... *:it.** if. 198 22 70 1.94 21.40 5.73 36.00 7 5 96 73 0 .. ,7,85 0.0 .,fr.* _** :it .,.". 198 23 71 1.94 21.40 5.73 36.00 7 4 97 12 0.767 0.0 ., ;It.* ;It*** 198 24 72 1.94 21.40 5.73 36.00 7 4 98 72 0.175 0.0 *. ** 199 1 73 1.94 21.20 5.13 36.00 .* .* 98 72 0.775 0.0 **_ if ,* iIl1ft 199 2 74 1.94 21.20 5.73 36.00 ** ** 98 72 0.7'75 0.0 It*._* 199 3 75 1.94 21.20 5.73 36.00 *. ** 98 71 0.7'49 0.0 ** it* .**_ .,. 199 4 76 1.94 21.20 5.73 36.00 ** 99 70 0.732 0.0 '.* -.t* 199 5 77 1.94 21.20 5.73 36.00 ** 99 70 0.732 0.0 ... ;It **. 199 6 78 1.94 21.20 5.73 36.00 *It .* 99 10 0.732 0.0 .*;It* tf* ** It* _It 199 7 79 1.9421.20 5.73 9.42 ** *. 98 71 0.749 It;lt 1i.* *III**;. Itltt'. 199 8 80 1.94 21.20 18.05 3.19 ** 92 72'0.728 ;It ;It**. 199 9 81 1.94 21.20 30.90 1.94 ** .* 85 76 0.769 ** .. ***;It**.* *.*41199 10 82 1.94 21.20 43.95 1.44 ** ** 75 79 0.749 ** .. ,.** *it .*tf .. 199 11 83 1.94 21.20 57.06 1.19 .* .* 70 82 0.771 *.It:''** .*;ft-*. ,.** 199 12 84 1.94 21.20 69.91 1.06 *. *. 60 84 0.705 *.- -* *.* .. tt.it)t 199 13 85 1.94 21.20 80.76 1.01 .* .* 52 88 0.694 .*_.*. f* .**. ** 199 14 86 1.94 21.20 78.40 1.02 50 90 0.711 **;It,it*,* ..... Oft.* .**. -* 199 15 87 1.94 21.20 66.54 1.09 -* 48 92 0.72.:1 ......... *.. .* .. 199 16 88 1.94 21.20 53.57 1.24 ** 49 92 0.742 .*.* .*f. 199 17 89 1.94 21.20 40.46 1.54 ***. 55 92 0.83,3 ,. **:it'.** .,.*** f.* .. 199 18 90 1.94 21.20 27.45 2.16 ** ** 65 90 0.924 _;It f' *. *** 199 19 91 1.94 21.20 14.68 3.89 ** 72 81 0.768 *, '*,.**.:'* *., 199 20 92 1.94 21.20 5.73 11.88 ** *. 73 81 0.178 .*_*,. ;It** ,***' f*". 199 21 93 1.94 21.20 5.73 36.00 ** *. 17 80 0.795 0.0 ** *.*. 199 22 94 1.94 21.20 5.73 36.00 .* ** 86 ( 78 0.832 0.0 *.4I-1t*. ** **,.- *.*'. 199 23 95 1.94 21.20 5.73 36.00 ** 86 78 0.832 0.0 **:fi" .';It ..... *_ ...... ** 199 24 96 1.94 21.20 5.73 36.00 85 78 0.822 0.0 *.,,. ** .*-. 200 1 97 1.94 21.00 5.73 36.00 6 2 92 11 0.860 0.0 **-...... _.**.*.* -* .... 200 2 98 1.94 21.00 5.73 36.00 a 0 96 7Q 0.869 0.0 ** .. --.... 200 3 99 1.94 21.00 5.73 36.00 0 0 97 75 0.849 0.0 ** *,* .*._ ....... 200 4 100'1.94 21.00 5.73 36.00 0 0 98 74 0.829 0.0 *. ****.* **.* .... 200 5 101 1.94 21.00 5.73 36.00 0 0 98 74 0.829 0.0 *,* f ,.** ;It*.' 200 6 102 1.94 21.00 5.73 36.00 5 2 99 73 0.810 0.0 ** -.* -* 200 7 103 1.94 21.00 5.73 9.53 3 2 99 73 0.810 ,*' *'. ,. .. itt** 200 8 104 1.9421.00 17.99 3.21 0 0 99 74 0.838 ........ .**. **

PAGE 120

DAY HR SEQN SOlC DEClH HRANG AIRMS CL OP RHM TEM VPRfS SWRAOT TlRADT lWRAOT fRAN EMSV * lY/M IJEG OEG F 1 N-BG LY IHR lY1HR lV1HR 200 9 105 1.94 21.00 30.84 1.94 4 4 92 78 0.'890 ** *; 200 10 106 1.94 21.00 43.90 1.44 3 3 80 81 0.8:53 ** *_ .*It*** _**.* 200 11 107 1.94 21.00 57.01 1.19 4 4 70 85 0.850 **,.:.** **,..** if. 200 12 108 1.94 21.00 69.84 1.06 5 4 60 88 o.aOl **.:.".** *** 200 13 109 1.94 21.00 80.60 1.01 5 4 50 90 0.711 ** 11:***.* .*** 200 14 110 1.94 21.00 78.25 1.02 5 4 50 91 0.733 *,. 200 15 III 1.94 21.00 66.44 1.09 5 4 48 93 0.749 **"If *.:.** itt 200 16 112 1.94 21.00 53.48 1.24 5 4 46 94 0.741 ** .* **. 200 17 113 1.94 21.00 40.36 1.54 8 6 46 95 0.764 .* ** A* 200 18 114 1.94 21.00 27.35 2.17 8 6 50 91 0.7'33 ** ** .* ** .* 200 19 115 1.94 21.00 14.58 3.91 8 6 72 83 0.e19 -.A*_ .* -* **** ** 200 20 116 1.94 21.00 5.73 18.45 5 3 80 82 0.882 ** ** ,,*** _.*;If ** 200 21 117 1.94 21.00 5.73 36.00 4 2 83 81 0.885 0.0 ** _**. **11:. 200 22 118 1.94 21.00 5.73 36.00 4 2 86 80 0.8SB 0.0 **JH':II:. ,,11:
PAGE 121

CAY HR SEQN SOLC DEeLH HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT LWRAOT IRAN EMSV .. * LY/M nEG OEG F IN-HG lY/HR LY/HR LY/HR 202 1 145 1.94 20.60 5.73 36.00 4 4 98 71 0.749 0.0 **:!tit*elf ** ... it** .* .... *it'. 202 2 146 1.94 20.60 5.73 36.00 6 6 98 71 0.749 0.0 ** ** *_ ***_** *_-lE* 202 3 141 1.94 2C.60 5.73 36.00 8 8 98 10 0.724 0.0 -**-** .* _. ***-***. 202 4 148 1.94 20.60 5.73 36.00 10 10 98 70 0.724 0.0 ****** ***.** .*** ***. 202 5 149 1.94 20.60 5.13 36,.00 10 10 98 10 0.724 0.0 ** ***. ***. 202 6 150 1.94 20.60 5.73 36.00 10 10 98 11 0.749 0.0 *. **.*.* *** 202 7 151 1.9420.60 5.13 9 .. 10 10 98 72 0 .. 7175 ** ** **it.** ***. ** 202 8 152 1.94 20.60 17.84 3.23 9 6 98 73 0. ****** ** ** ** ... 202 9 153 1.94 20.60 30.71 1.95 9 8 85 77 0.195 ** *. ***.** **** ** 202 10 154 1.94 20.60 43.78 1.44 7 6 10 82 0.171 'it*** ...,***** .;it**. *** .. it 202 11 155 1.94 20.60 56.88 1.19 8 7 70 84 0.,822 *. ** ** ** 202 12 156 1 .. 94 20.60 69.61 1.01 7 3 10 81 0.905 ***.*. ****** .*** ** 202 13 151 1.94 20.60 80.26 1.01 10 9 60 88 0.1801 ****** .***** "it**.* ** 202 14 158 1.94 20.60 17.94 1.02 10 9 59 88 0.78:8 **'It*** **\'It'*** .*** 202 15 159 1.94 20.60 66.25 1.09 10 10 63 85 0.765 ** **** ** 202 16 160 1.94 20.60 53.31 1.25 10 10 97 70 0.717 **' ** ***.*. ***'it .... ::It 202 17 161 1.94 20.60 40.20 1.55 10 10 98 71 0.749 ** ** .**.** 202 18 162 1.94 20.60 21.17 2.18 10 10 98 72 0.175 .****. :It*.it** *** **:* 202 19 163 1.94 20.60 14.38 3.96 10 10 98 72 0.7:15 ** ** .**. ** 202 20 164 1.94 20.60 5.73 19.59 10 10 98 12 0.775 ** *. :It** .*** .*_. 202 21 165 1.94 20.60 5.73 36.00 10 10 98 71 0.749 0.0 ** .*_.* **. ***,. 202 22 166 1.94 20.60 5.13 36.00 10 10 98 72 0.715 0.0 ** ... *-.*. ***. **.* 202 23 167 1.94 20.60 5.73 36.00 10 9 98 71 0.749 0.0 **':ltit** .****. **** 202 24 168 1.94 20.60 5.73 36.00 8 6 98 11 0.749 0.0 ****** *********. **.* 203 1 169 1.94 20.40 5.73 36.00 8 6 98 70 0.724 0.0 **-.*. .*** **** 203 2 170 1.94 20.40 5.13 36.00 7 3 98 70 0.724 0.0 **.* ** ** .*** **a. 203 3 111 1.94 20.40 5.73 36.00 10 10 98 71 0.149 0.0 _** .*.,*** 'it****a. 203 4 172 1.94 20.40 5.13 36.00 10 10 97 11 0.741 0.0 *.,**** **.****** *.-203 5 173 1.94 20.40 5.13 36.00 10 10 91 72 0.761 0.0 *.** .*** ** 203 6 174 1.94 20.40 5.73 36.00 10 10 97 13 0.793 0.0 ** ** ** **** **** 203 7 115 1.94 20.40 5.73 9.95 10 10 91 14 0 .. 821 ***** *.*** ** .. '* 203 8 176 1.94 20.40 11.76 3.24 ,10 9 96 76 0.869 .****. ***.****** **ft* 203 9 177 1.94 20.40 30.64 1.96 10 9 95 77 0.88:8 *.** .*** ** 203 10 178 1.94 20.40 43.71 1.44 10 9 93 78 0.899 ** ** **.* ***. 203 11 179 1.94 20.40 56.81 1.19 10 9 88 80 0.908 .* *. .* ** .*** .*a. 203 12 180 1.94 20.40 69.51 1.07 10 8 79 84 0.928 ***** *.*** .*** .**. 203 13 181 1.94 20.40 80.09 1.01 9 8 72 86 0.902 ** **. ** 203 14 182 1.94 20.40 17.80 1.02 9 8 85 76 0.769 ****.* ***'*** ** *** 203 15 183 1.94 20.40 66.16 1.09 9 8 83 80 0.857 ** ** -**.*** .*ft. 203 16 184 1.94 20.40 53.24 1.25 10 8 89 78 0.861 ** ** .* ** .*** ****

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OAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRAOT lWRADT fRAN EMSV .. .. LY/M CEG OEG F IN .... HG lY/HR LY/HR lYIHR 203 11 185 1.94 20.40 40.13 1.55 10 8 88 79 o.e79 ....... .. "" .. ....... 203 18 186 1.94 20.40 21.09 2.19 10 1 17 80 0.795 .' :It **iJo"*"""* ....... 203 19 181 1.94 20.40 14.29 3.99 10 1 82 11 0.161 ... .... *. it.* ..... .*_ .. 203 20 188 1.94 20.40 5.13 20.14 9 4 89 16 0.805 : ................ 203 21 189 1.94 20.40 5.13 36.00 8 3 92 75 0.;805 0.0 .... *.* .*'1t ... ... ,.. ........ 20322 190 1.94 20.40 5.13 36.00 6 2 94 74 0.795 0.0 ".",_* ............. ;It iJ"*. 203 23 191 1 .. 94 20.40 5.13 36.00 3 1 96 14 0.812 0.0 ............ : ..... .. .... 203 24 192 1.94 20.40 5.73 36.00 3 1 97 73 0.193 0.0 **J., -11:".******. :It.". 204 1 193 1.94 20.20 5.73 36.00 3 1 97 72 0.1611 0.0 i ,*." ........... 204 2 194 1.94 20.20 5.73 36.00 5 2 98 72 0.7,75 0.0 .* .... *, ....... ** *10. 204 3 195 1.94 20.20 5.73 36.00 5 2 98 72 0.,7t15 0.0 ** *,. .*,.,*** ** .. .... 204 4 196 1.94 20.20 5.73 36.00 5 2 98 72 0.7,75 0.0 .......... **.* 204 5 191 1.94 20.20 5.13 36.00 8 6 98 12 0.175 0.0 ***Jt.:* it ........ .. *."i. 204 6 198 1.94 20.20 5.,13 36.00 8 6 98 72 0.:175 0.0 **".*," ....... '.* .... 204 7 199 1.94 20.20 5.1.3 10.01 9 1 98 '13 0 .. 802 -..... .... ... *. *it. 204 8 200 1.94 20.20 11.70 3.26 10 9 96 74 0.812 _""JI ;It* :It 204 9 201 1.94 20.20 30.58 1.96 9 8 90 78 0.8:70 ..... *.. .*itt.** .**. 204 10 202 1.94 20.20 43.66 1.45 9 8 81 79 0.869 *it *.if;. 204 11 203 1.94 20.20 56.75 1.19 9 9 80 82 0.882 .*_.* *._. 204 12 204 1.94 20.20 69.50 1.07 5 5 70 85 0.8S{) **:.it* **,:'>!t*.#it -It. 204 13 205 1.94 20.20 19.92 1 .. 02 1 6 63 88 0.841 ", ... if*if. 204 14 206 1.94 20.20 77.64 1.02 10 8 61 87 0.866 .* .*: -...... 204 15 201 1.94 20.20 66.05 1.09 10 1 70 85 0.850 :It'*: _. 204 16 208 1.94 20.20 53.14 1.25 10 6 78 80 0.B05 *.It .* "* **. .* 204 11 209 1.94 20.20 40.03 1.55 9 5 80 81 0.853 *. .... ** *. ..-. 204 18 210 1.94 20.20 26.99 2.19 9 5 19 82 0.871 .* '.** **.. 204 19 211 1.94 20.20 14.18 4.02 10 6 79 81 0.8.2 -* ....... 204 20 212 1.94 20.20 5.13 20.84 9 5 89 78 0.861 -.* f 204 21 213 1.94 20.20 5.13 36.00 8 5 92 77 0.860 0.0 .. *. ** 204 22 214 1.94 20.20 5.73 36.00 5 3 92 16 0.8i3 0'.0 .* 1t it :.* if .. 204 23 215 1.94 20.20 5.73 36.00 8 1 93 75 0.814 0.0 **. ,***. *it.-204 24 216 1.94 20.20 5.13 36.00 9 8 95 74 0.804 0.0 .... .......... .. 205 1 217 1.94 2C.00 5.73'36.00 10 9 95 74 0.-804 0.0 .* .*.*. .**.. 205 2 218 1.94 2C.00 5.73 36.00 6 5 95 74 0.804 0.0 *; *. ;It -** 205 3 219 1.94 20.00 5.13 36.00 10 9 97 14 0.821 0.0 '.*- ..... 205 4 220 1.94 20.00 5.13 36.00 10 10 98 74 0.829 0.0 *.,.** '. 205 5 221 1.94 20.00 5.13 36.00 8 7 97 74 0.8.21 0.0 *: "it***.*'*: 205 6 222 1.94 20.00 5.73 36.00 5 3 91 74 0.8.21 0.0 .* ** ,..** >:It ".":i!I' 205 1 223 1.94 20.00 5.13 10.20 5 3 97 14 0.821 ***'*.'* ':It.*;. 205 8 224 1.94 20.00 17.63 3.21 8 6 98 15 0.857 ;"* *'It.,* ***

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DAY HR SEQN SOLe OECLN HRANG AIRMS CL OP RHM TEM VPRES s.WRAD:r TLRAOT lWRADT if RAN EMS" .. LV/M DEG OEG F IN-.HG lV/HR lY/HR lY1HR 205 9 225 1.94 20.00 30.53 1.96 .5 4 90 79 0.:8.99 ***.,. **, 205 10 226 1.94 20.00 43.61 1.45 5 5 81 82 0.893 _.* 205 11 227 1.94 20.00 56.70 1.20 5 5 70 85 0.850 *.".,*** '.** ** **it.#' 205 12 228 1.94 20.00 69.42 1.07 5 5 65 88 0.868 .*.,,*) *., **** *.if. 205 13 229 1.94 20.00 79.76 1.02 5 5 60 90 0.853 :It,_.'* **** .**. 205 14 230 1.94 20.00 77.47 1.02 5 5 56 92 0.848 _** .*-.** .*** *. 205 15 231 1.94 20.00 65.94 1.09 4 3 53 92 0.80'2 .*"..: .* ** 205 16 232 1.94 20.00 53.05 1.25 7 4 52 94 O.Bail if *.* *. 205 17 233 1.94 20.00 39.94 1 .. 55 7 5 55 92 0.833 .****,****""'** .**:,. *It 205 18 234 20.00 26.89 2.20 7 5 60 90 o. .***** .*** 205 19 235 1.94 20.00 14.01 4.05 8 5 66 85 0.,801 **- .**#** .*** _. 205 20 236 1.94 20.00 5.73 21.58 6 2 72 83 0.819 **:It *'lIt **1t 205 21 231 1.94 20.00 5.73 36.00 6 2 19 82 0.871 0.0 -** -*'.** .*.. -205 22 238 1.94 20.00 5.73 36.00 4 1 84 80 0.86,,1 o.e **._ ,., **. *It** 205 23 239 1.94 20.00 5.73 36.00 3 1 88 78 0.851 0.0 *It 205 24 240 1.94 20.00 5.73 36.00 a 0 91 18 0.8'80 0.0 206 1 241 1.94 19.80 5.73 36.00 a 0 94 76 0.8,51 0.0 **.... .*.. 206 2 242 1.94 19.80 5.73 36.00 0 0 96 76 0.869 0.0 C "'.It*1t ... 206 3 243 1.94 1S.80 5.73 36.00 0 0 91 75 0.849 0.0 .,. 206 4 244 1.94 19.80 5.73 36.00 0 a 98 74 0.629 0.0 206 5 245 1.94 19.80 5.73 36.00 0 0 98 74 0.829 0.0 .* It._ 206 6 246 1.94 19.80 5.13 36.00 10 2 98 14 0.829 0.0 **-.*. _.......... 206 7 241 1.94 19.80 5.73 10.36 10 9 98 74 0.829 .* ;*-....... 206 8 248 1.94 19.80 17.55 3.28 7 7 98 74 0.829 -.* ** 206 9 249 1.94 19.80 30.45 1.97 7 7 95 77 0.888 ". Ii,. ; 206 10 250 1.94 IS.80 43.54 1.45 8 3 80 84 0.940 _._ .... It 206 11 251 1.94 19.80 56.62 1.20 8 5 70 84 0.822 .. -.............. .... '. 206 12 252 1.94 19.80 69.32 1.07 5 3 60 87 0.7:76 **. ** 206 13 253 1.94 19.80 79.58 1.02 5 3 55 90 0.782 .* ....... ;ftlt*.* *JI-206 14 254 1.94 19.80 77.33 1.02 4 3 50 90 0.711 *1* ** ; **'It 206 15 255 1.94 19.80 65.85 1.10 4 3 50 92 0.757 ** .. ;tt *.tt,***:tt* .... 206 16 256 1.94 19.80 52.91 1.25 4 3 50 92 0.75)1 ,it .. ;**., if. 206 17 251 1.94 IS.80 39.86 1.56 4 3 50 92 0.1'51 **'._*'. *.; ,.* if. 206 18 258 1.94 19.80 26.81 2.21 4 3 50 92 0.75fl .*:. \:It.It:'.*. .* 206 19 259 1.94 19.80 13.99 4.07 3 2 53 90 0.164 *._* 206 20 260 1.94 19.80 5.73 22.23 0 0 65 86 0.814 _._ .* 206 21 261 1.94 19.80 5.73 36.00 0 0 75 82 0.82.6 O.Q ,*.It. 206 22 262 1.94 19.80 5.73 36.00 0 0 81 81 0.863 0.6 #.* 206 23 263 1.94 19.80 5.73 36.00 0 0 84 80 0.867 o.a *It 206 24 264 1.94 19.80 5.73 36.00 0 0 81 78 0.841 0.0 **.

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OAY HR SEQN SOLe DECLN HRANG AlRMS CL OP RHM TEM VPRES SWRADff TLRADT LWRAOT XRAN EMSV .. LY/M CEG DEG r= IN-HGLY/HR LY/flR LY/HR 207 1 265 1.94 19.60 5.73 36.00 0 0 91 76 0.824 0.0 **.*.*** .***** ** 207 2 266 1.94 19.60 5.73 36.00 0 0 94 76 0.851 0.0 **it*** ... *. 207 3 261 1.94 19.60 5.73 36.00 0 0 96 15 0.840 0.0 ***"** ***** .. **** **** 207 4 268 1.94 19.60 5.73 36.00 0 0 96 14 0.812 0.0 ****** .*** ** ... 207 5 269 1.94 19.60 5.73 36.00 0 0 96 14 0.812 0.0 ** .... *-.* ... ** .**-**.* 207 6 270 1.94 19.60 5.73 36.00 1 7 96 74 0.812 0.0 ****** ****** .**** **-11;* 207 7 211 1.94 19.60 5.73 10.53 1 6 96 74 0.812 ***"** **it*** it .. .. ** 207 8 272 1.94 19.60 17.46 3.30 7 6 96 74 0.812 .***** **it** **** **** 207 9 213 1.94 1<;.60 30.38 1.97 8 8 95 76 0.860 ****** ****** **** 207 10 274 1.94 19.60 43.46 1.45 10 10 93 78 0.899 .*,* .... **.,,,,,** .. *** ** 207 11 275 1.94 19.60 56.54 1.20 10 10 91 80 0.939 ** *-**.*.* **** **** 207 12 276 1.94 19.60 69.22 1.01 10 10 92 76 0.833 ** .. **. **.** .. ",,*** **** 207 13 277 1.94 19.60J79.40 1.02 10 10 97 72 0.76,7 ****** **it.** **** **** 207 14 278 L 94 19.60 77.17 1.02 10 10 98 10 0.724 **""it** **.*******,* **It* 207 15 279 1.94 19.60 65.76 1.10 10 10 98 70 0.724 .* ... ** *** *.it 207 16 280 1.94 19.60 52.89 1.25 10 9 99 14 0.838 **it.** **_*** **** 207 17 281 1.94 19.60 39.79 1.56 10 9 90 79 0.899 ****** .*it.** **** .*** 207 18 282 1.94 19.60 26.13 2.21 10 10 86 80 0.8a8 ****** **itit** **** 207 19 283 1.94 19.60 13.90 4.09 10 9 88 79 0.,879 **",,**;* **,* .. ** **** **.''''' 207 20 284 1.94 19.60 5.73 22.92 10 9 90 18 0.870 **._** ****** **** 207 21 285 1.94 19.60 5.13 36.00 10 10 94 76 0.851 0.0 .. *.** **.*** .*** ** 207 22 286 1.94 19.60 5.73 36.00 10 8 95 76 0.860 0.0 ***-** **** ***. 207 23 281 1.94 19.60 5.73 36.00 5 4 95 75 0 .. 831 0.0 ** ** **._** -*** .. 207 24 288 1.94 19.60 5.73 36.00 5 4 95 75 0.831 0.0 ... *** -**.** **** .. **. 208 1 289 1.94 19.40 5.73 36.00 7 5 96 14 0.812 0.0 *****"" .***** .. *** ***. 208 2 290 1.94 19.40 5.13 36.00 9 1 98 73 0.802 0.0 ..... ** .*** ***. 208 3 291 1.94 19.40 5.73 36.00 8 6 98 13 0.:802 0.0 *.* .. ****** .*** ** 208 4 292 1.94 19.40 5.73 36.00 3 2 98 72 0.77.5 0.0 ** *. ***.** **** ** 208 5 293 1.94 19.40 5.73 36.00 7 5 99 72 0.783 0.0 ** .. *** .* ** *.** **** 208 6 294 1.94 19.40 5.73 36.00 10 10 99 72 0.783 0.0 ***.** ** ** .*** ** 208 7 295 1.94 1<;.40 5.73 10.70 10 10 99 72 0.783 **.*** ** ** .*** ***. 208 8 296 1.94 19.40 17.38 3.31 10 10 99 73 0.810 **c** ** .***** .** .. ***"* 208 9 297 1.94 19.40 30.30 1.98 9 7 92 78 0.890 **""*** **'**** **** ** 208 10 298 1.94 19.40 43.39 1.45 9 7 90 79 0.899 .*-.** ****** **** ** ... 208 11 299 1.94 19.40 56.46 1.20 8 6 80 80 0.826 **-*** ** ** .*** **** 208 12 300 1.94 19.40 69.11 1.07 8 6 70 84 0.822 **.""*,* **-**. ,******** 208 13 301 1.94 19.40 19.22 1.02 9 1 60 88 0.801 *.***. ***_.* **** ***. 208 14 302 1.94 19.40 77.02 1.03 8 6 64 88 0.854 "*.it** **.*** .*** **.* 208 15 303 1.94 1<;.40 65.66 1.10 8 6 57 90 0 .. 811 **.,**.* *.*"'**.**,* ***"" 208 16 304 1.94 19.40 52.82 1.25 8 6 62 90 0.882 ****** *******:*** ***'*'

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DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADl LWRAOT lRAN EMSV .. lV/M CEG nEG F IN-HG lV/tiR lV/HR lV/HR 208 17 305 1.94 1<3.40 39.71 1.56 9 7 64 90 0.910 [gJ mm m*** H** 208 18 306 1.94 26.65 2.22 9 9 70 85 0.850 .. *.*-***.** ... ** .. ** 208 19 307 1.94 19.40 13.81 4.12 7 1 80 81 0.853 ,'. ***._ .. ;* ****** **** ***'* 208 20 308 1.94 19.40 5.73 23.64 7 7 84 79 0.839 **.**-**** **_. 208 21 309 1.94 1<3.40 5.73 36.00 5 5 81 78 0.841 0.0 *****. **._** **** ** ... 208 22 310 1.94 19.40 5.73 36.00 3 3 90 77 0.841 0.0 .. *.** *** .. ****** ** 208 23 311 1.94 19.40 5.73 36.00 3 1 96 76 0.869 0.0 ** *. ****** .. ** **_. 20a 24 312 1.94 19.40 5.73 36.00 8 3 96 76 0.869 0.0 **** .. -*'tt'* .. ***** .. ** 209 1 313 1.94 19.20 5.73 36.00 8 3 96 75 0.840 0.0 ****** **.*** **** ** 209 2 314 1.94 19.20 5.73 36.00 8 3 97 74 0.821 0.0 ili.***_ it***** *** ... *it'* 209 3 315 1.94 19.20 5.73 36.00 8 3 98 74 0.829 0.0 ***.*. *-**** **** **** 209 4 316 1.94 19.20 5.73 36.00 '4 1 98 14 0.829 0.0 ****** ***.*** l**** ** .... 209 5 317 1.94 19.20 5.73 36.00 3 1 98 74 0.829 0.0 ** .. ****** -*** it*._ 209 6 318 1.94 1<3.20 5.73 36.00 4 3 98 73 0.802 0.0 **.*** it*.* ** .*** it*". 209 7 319 1.94 19.20 5.73 10.88 4 1 98 74 0.829 **.*** .** .. ** **** **it* 209 8 320 1.94 19.20 17.29 3.33 3 1 95 75 0.831 ****** **** .. ** .. ***. 209 9 321 1.94 19.20 30.22 1.98 1 0 85 79 0.849 ****** **.******* ** ... 209 10 322 1.94 19.20 43.31 1.46 1 1 75 82 0.826 ***.*. ****** **** *** 209 11 323 1.94 19.20 56.38 1.20 3 2 70 85 0.850 .. ****. ****** **** **** 209 12 324 1.94 19.20 69.01 1.07 6 4 65 88 0.868 ** .*** ** 209 13 325 1.94 19.20 19.04 1.02 7 4 60 90 0.853 -* *. **.-** **** ** 209 14 326 1.94 19.20 76.87 1.03 8 5 59 90 0 839 ** *. ** ... ** .**. ***. 209 15 321 1.94 19.20 65.57 1.10 8 6 55 92 0.833 **.*** **_.** **** **.-209 16 328 1.94 19.20 52.74 1.26 7 6 65 91 0.954 ***jJ*'* .***** .. *** ** ... 209 17 329 1.94 19.20 39.64 1.56 7 7 84 85 1.020 **.:f*:* **.***.** ** 209 18 330 1.94 19.20 26.51 2.23 9 8 81 80 0.836 ** *. **--** -*** ** 209 19 331 1.94 13.72 4.14 10 9 80 80 0.826 **.-*. ** ** .*** **--20920 332 1.94 19.20 5.73 24.38 10 8 89 78 0.861 ** ** ** ** -**. **_. 209 21 333 1.94 19.20 5.73 36.00 10 4 92 76 0.833 0.0 **._*. .. *.** .*** **** 209 22 334 1.94 19.20 5.73 36.00 7 2 93 76 0.842 0.0 ** ** ***.** ... *. **.-209 23 335 1.94 19.20 5.73 36.00 5 2 93 16 0.842 0.0 *** *,* '*,******* .* 209 24 336 1.94 19.20 5.73 36.00 5 2 95 75 0.831 0.0 **.*****.*.** .. *** **.', 210 1 337 1.94 19.00 5.73 36.00 6 2 97 75 0.849 0.0 ****** ** ** .*** ** 210 2 338 1.94 19.00 5.73 36.00 1 4 98 74 0.'829 0.0 **-.*. ** ** .. *** ** 210 3 339 1.94 19.00 5.73 36.00 6 4 98 14 0.829 0.0 ** **_.** .*** ***. 210 4 340 1.94 19.00 5.73 36.00 8 5 98 74 0.829 0.0 ** ** **it.** .*** **** 210 5 341 1.94 19.00 5.73 36.00 4 3 98 14 0.829 0.0 ** *-.**.** *** .. 210 6 342 1.94 1<3.00 5.13 36.00 5 2 98 73 0.802 O.Q **.M** ** ** *** .. ***. 210 7 343 1.94 19.00 5.73 11.01 5 2 98 74 0.829 ***.* ****** **** 210 8 344 1.94 19.00 17.21 3.34 0 0 95 76 0.860 ****** .**.** **** ****

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DAY HR SEQN SOle OEClN HRANG AIRMS CLOP RHM TEM VPRfS SWRADT TlRAOi lWRAOT IRAN EMSV * lY/M DEG OEG F I N--HG LY IHR lYIHR LYIHR 210 9 345 1.94 19.00 30.14 1.98 0 0 81 81 0.927 210-10 346 1.94 19.00 43.24 1.46 0 a 73 84 0.656 ** ** ** **** .* 210 11 347 1.94 19.00 56.30 1.20 3 2 68 86 0.852 **-.** **,****.:11*.* ** .... 210 12 348 1.94 19.00 68.90 1.07 5 4 52 90 0.739 ** *. -**. 210 13 349 1.94 19.00 78.86 1.02 6 4 58 90 0.825 ** *. _*.;.** .* _*it,. 210 14 350 1.94 19.00 76.72 1.03 4 3 56 91 0 .. 822 .*#*** -* -*** ** ... 210 15 351 1.94 19.00 65.47 1.10 5 4 54 94 0.a69 .... ;. 210 16 352 1.94 19.00 52.66 1.26 3 3 53 92 0.,802 ... *.-** ** .*** .**. 210 17 353 1.94 19.00 39.56 1.57 0 0 52 94 0.837 **.tt*'* ***'Jt**.**. ... :. 210 18 354 1.94 19.00 26.49 2.23 3 1 52 92 0.7S;1 **,. If*lIt;.**_** ***'* 210 19 355 1.94 19.00 13.63 4.17 2 1 60 90 0.853 **.a* ** *.** ** 210 20 356 1.94 19.00 5.73 25.17 2 1 70 86 0.8,77 ** .*._* __ **f 210 21 357 1.94 19.00 5.73 36.00 2 2 71 84 0.905 0.0 *-._** _.-.** .**. **_. 210 22 358 1.94 19.00 5.73 36.00 6 5 82 82 0.904 0.0 **;;*** *.*it.* ** 210 23 359 1.94 19.00 5.73 36.00 1 6 85 81 0.906 0.0 **.*** ******_*** _*It. 210 24 360 1.94 19.00 5.73 36.00 1 6 87 80 0.898 0.0 **-.* -* ** -*.* 211 1 361 1.94 18.70 5.73 36.00 10 10 88 80 0.908 0.0 --*it** *.'.,.*it***:;it .**. 211 2 362 1.94 18.70 5.73 36.00 10 10 93 79 0.929 0.0 ****** ***\11** **** -*.;. 211 3 363 1.94 18.70 5.'13 36.00 10 9 95 18 0.919 0.0 **-**'* **.'*** **** 211 4 364 1.94 18.70 5.73 36.00 10 10 96 17 0.89a 0.0 ****** **** 211 5 365 1.94 18.10 5.73 36.00 10 8 96 17 0.898 0.0 **'A*** .**,* **** 211 6 366 1.94 18.70 5.73 36.00 7 5 96 11 0.898 0.0 ** ** **.*** **** -* ... 211 7 367 1.94 18.70 5.73 11.36 5 4 96 76 0.a69 0.0 **-'fl"** ****** **** ..... 211 8 368 1.94 18.10 11.08 3.37 1 1 94 19 0.939 3.12 **.-*. ****** .*** .* 211 9 369 1.94 18.70 30.02 1.99 0 0 88 83 1.001 17.94 *.**** 0.55 **.* 211 10 310 1.94 18.70 43.12 1.46 2 2 79 85 0.959 37.14 **-.** **_*** **** **-. 211 11 371 1.94 18.70 56.18 1.20 6 6 70 88 0.934 53.82 ** ** .******** *t(. 211 12 312 1.94 18.70 68.74 1.07 7 6 65 90 0.924 73.32 **.*** 211 13 313 1.94 78.59 1.02 6 5 63 90 0.896 ****** **.,,** .***** **** ... 2* 211 14 374 1.94 18.70 76.48 1.03 4 3 62 90 0.882 ****A* ** ***.** ***.* **._ 211 15 375 1.94 18.7b 65.33 1.10 5 4 60 94 0.966 *'If_*** **.*** 211 16 376 1.94 18.70 52.54 1.26 9 1 73 86 0.915 13.32 **.*** -*.*** **** ** 211 17 377 1.94 18.10 39.45 1.51 10 9 65 92 0.984 59.28 ****** ****** **** **-. 211 18 378 1.94 18.10 26.37 2.24 10 10 88 80 o. 90a **-Ji.*. **,.:.* **** ... t(. 211 19 379 1.94 18.10 13.50 4.21 10 9 91 78 0.938 ****** **:;it.*. *** **-*** 211 20 380 1.94 18.70 5.73 26.41 10 9 99 16 0.896 ****** ***.** ** ** :;it*** ** 211 21 381 1.94 18.70 5.73 36.00 8 3 99 76 0.896 0.0 ****** **.*** \11*** ** 211 22 382 1.94 18.70 5.73 36.00 7 2 99 76 0.896 0.0 **.*.* *.*.** **** ** 211 23 383 1.94 18.70 5.73 36.00 6 2 99 76 0.-896 0.0 **.*** .* ** ** 211 24 384 1.94 18.70 5.73 36.00 5 1 99 76 0.896 0.0 **.,** .* ** .*** **t(.

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DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM rEM VPRES SWRADT Tt-RAO;T LWRAOT TRAN EMSV * LY/M DEG OEG F IN-iHG LY/HR LY/fiR LY/HR 212 1 385 1.94 18.50 5.13 36.00 5 1 99 16 0.896 0.0 ** 212 2 386 1.94 18.50 5.73 36.00 0 a 99 75 0.8.66 0.0 **._*-.* ... ** **.* 212 3 387 1.94 18.50 5.73 36.00 0 0 99 74 0.838 0.0 _* .. **--** ** 212 4 388 1.94 18.50 5.73 36.00 0 0 99 74 0.838 0 .. 0 **.**:* ** .jIf* ** ** 212 5 389 1.94 18.50 5.73 36.00 0 0 99 74 0.838 O.Q **: *'* **.,*** ***.**.". 212 6 390 1.94 18.50 5.73 36.00 3 1 99 74 0.838 0.0 **-it** .. *-.** *-.* 212 1 391 1.94 18.50 5.73 11.60 7 2 99 75 0.866 0.0 *****-.* ... ** .** *.212 8 392 1.94 18.50 16.97 3.39 5 2 98 76 0.8'81 1.02*****-**_*** .**. ** 212 9 393 1.94 18.50 29.93 2.00 4 1 95 80 0.980 22.62 _** ft*",a** ;If.*-_* 212 10 394 1.94 18.50 43.03 1.46 5 2 89 82 0.981 42.90 .*',.*.:* )f*** .*it;1t 212 11 395 1.94 18.50 56.08 1.20 5 4 75 85 0.910 60.84 .* 212 12 396 1.94 18.50 68.62 1.07 7 5 65 90 0.924 57.12 **._*- ** .* 212 13 397 1.94 18.50 78.40 1.02 6 5 60 93 0.931 '.Jt** -*_:.** ft 212 14 398 1.94 18.50 76.34 1.03 6 3 55 94 0.885 *_*a *. -*._* 212 15 399 1.94 18.50 65.25 1.10 7 3 53 94 0.853 **.it.* ,*,.**** ... **it. 212 16 400 1.94 18.50 52.48 1.26 8 3 50 94 0.805 *-.*A* .* 212 17 401 1.94 18.50 39.39 1.57 7 3 60 90 0.853 49.92 **_.#.'** .... 212 18 402 1.94 18.50 26.31 2.25 7 2 63 88 0.841 42.12 *.itt"*. **,. ..... **. *.*. 212 19 403 1.94 18.50 13.43 4.23 8 2 70 85 0.850 23.40 *-..,Ht.,* .* *. **., .. *.*It .. 212 20 404 1.94 18.50 5.73 27.13 8 2 75 83 0.853 3.90 .*#'.,* .* .. 212 21 405 1.94 18.50 5.13 36.00 9 3 80 80 0.826 0.0 .**iIt*. it*., .. ** .* *if_ 212 22 406 1.94 18.50 5.73 36.00 9 3 88 80 0 .. 908 0.0 ***.*; ... *.*.* ,***,. .... 212 23 401 1.94 18.50 5.73 36.00 8 5 90 79 0.899 0.0 v ** *:* .*.'.**#* *." 212 24 408 1.94 18.50 5.73 36.00 10 10 90 79 0.,899 0.0 .*.,,* _**it -* ... 213 1 409 1.94 18.20 5.73 36.00 10 10 95 78 0.919 0.0 :. 213 2 410 1.94 18.20 5.73 36.00 10 10 96 78 0.9,28 0 .0 **,**** .* ** ,iHt** it*". 213 3 411 1.94 18.20 5.73 36.00 9 4 96 78 0.928 0.0 **- .* .......... 213 4 412 1.94 18.20 5.73 36.00 3 1 96 77 0.89B 0.0 ........ ;It -.** *'Ut 213 5 413 1.94 18.20 5.73 36.00 0 0 97 16 o.alB 0.0 -*._.* -*_.* *** _-_;It 213 6 414 1.94 18.20 5.73 36.00 2 2 97 76 0.818 0.0 **.ii**** *.** 213 7 415 1.94 18.20 5.73 11.92 7 3 97 76 0.818 -.* ,-.*.*** _. *._. 213 8 416 1.94 18.20 16.84 3.41 9 4 96 76 0.869 --*._. **._*. **_ .. -... 213 9 417 1.94 18.20 29.81 2.00 8 3 89 81 0.949 AUf" ;:It, *. '. 213 10 418 1.94 18.20 42.91 1.47 8 3 70 84 0.822 *'* ," ..,.*,. ** ". 213 11 419 1.94 18.20 55.95 1.21 8 3 60 81 0.776**** *.* ,.*.* .* 213 12 420 1.94 18.20 68.45 1.07 8 3 56 90 0.796 *,..*** **." ...... ,.,**_* 213 13 421 1.94 18.20 78.12 1.02 8 3 50 92 0.75:1 .,.,.* *** -* 213 14 422 1.94 18.20 76.10 1.03 8 4 48 94 0.773 -* ** ** .* 213 15 423 1.94 18.20 65.10 1.10 6 3 48 94 0.113 *.it* *:*,Jt *.'*._-.*** 213 16 424 1.94 18.20 52.36 1.26 3 2 47 94 0.75:7 -* Jt.<* .*.:, ,.

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DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRAOT TlRAOT lWRAOT IRAN EMSV .. LY/M OEG DEG F I N ... HG LV /HR LY/fiR LY/fiR 213 11 425 1.94 18.20 39.21 1.58 3 2 46 94 0.141 "CtHt .. *.* **ft'!ft 213 18 426 1.94 18.20 26.19 2.26 2 2 45 94 0.124 ... ...... 'jt*** 213 19 421 1.94 18.20 13.29 4.27 4 3 55 90 0.1'82 **.**. **\!f"*' ... *.'*** .*** .. 213 20 428 1.94 18.20 5.13 28.51 2 2 59 81 0.163 ._"., **ft*** ** .. **. '.*** ** 213 21 429 1.94 18.20 5.13 36.00 2 2 62 85 0.753 0.0 **".It*'* .*4t"** .. *** ........ 213 22 430 1.94 18.20 5.73 36.00 2 2 14 82 0.815 0.0 ** .. ,*** ... *\It .. .. *.' .. 213 23 431 1.94 18.20 5.13 36.00 1 6 80 82 0.882 0.0 -* .. ",.'. **., ... ...... ,* *.iI. 213 24 432 1.94 18.20 5.73 36.00 0 0 81 80 0.a98 0.0 **.*.* ****** ... ... **4f .. 214 1 4331.94 5.73 36.00 0 0 87 18 0.841 0.0 ****** .. ** *** **tf. 214 2 434 1.94 17.90 5.73 36.00 0 0 87 78 0.841 0.0 *.' ...... ,"**.* **If. 214 3 435 1.94 17.90 5.73 36.00 0 0 93 76 0.842 0.0 **.it*,* *.'.' .. ** '**** .. *** 214 4 436 1.94 17.90 5.73 36.00 0 0 95 75 0.831 0.0 ** ***'.** ***,* ..... 214 5 437 1.94 17.90 5.73 36.00 0 0 97 14 0.:821 0.0 **;.:** .. ***Jjt** .. **. **** 214 6 438 1.94 17.90 5.13 36.00 2 1 98 74 0.829 0.0 **",tt-.. ""*.".* '.-.... **,.;* 214 7 43CJ 1.94 17.90 5.73 12.30 9 3 97 74 0.821 0.0 ***** .... _,* .. .. ** 214 8 440 1.94 17.90 16.69 3.44 7 2 97 76 0.878 5.46 "*""*' ... ***:*** .. *** **",tt 214 9 441 1.94 17.90 29.66 2.01 3 1 90 80 0.929 22.62 .. ***** *** ... .* .... ... 214 10 442 1.94 17.90 42.71 1.41 3 3 80 84 0.940 31.44 ... *;,. *.',.**:*"** ..... 214 11 443 1.94 17.90 55.80 1.21 3 3 70 86 0.811 54.60 .. **** ** 214 12 444 1.94 11.90 68.26 1.08 4 3 60 90 0.853 12.54 *"t*.''''' *_."* *.* _."!It 214 13 445 1.94 17.90 77.84 1.02 5 4 51 92 0.863 *-** ... ** *' ... *,*,..**'.*** .* .. ,. 214 14 446 1.94 17.90 75.88 1.03 4 3 55 92 0.833 **** **.,.*' ** **** .* 214 15 447 1.94 17.90 64.97 1.10 5 4 55 92 0.8:33 ***iIt* .*.'.** .*'**** .*** .* .. 214 16 448 1.94 17.90 52.26 1.26 5 4 58 92 0.:878 81.12 .* ...... *._,**".**. "*ll:* 214 11 449 1.94 11.90 39.18 1.58 5 4 70 86 0.877 45.24 **,;It,'''. _*it;.** .. **. ,.* 214 18 450 1.94 17.90 26.09 2.26 4 3 12 84 0.846 43.68 **,..*** **ft'*** ***-.*.,. 214 19 451 1.94 17.90 13.18 4.31 3 2 13 85 0.886 25.14 **.it .. .*** ..... 214 20 452 1.94 17.90 5.73 29.16 2 2 19 83 0.899 3.12 ,.** ,***tt *." 214 21 453 1.94 17.90 5.73 36.00 1 1 86 82 0.948 0.0 ****.* _*.)t** *** it*.'. 214 22 454 1.94 11.90 5.13 36.00 1 1 86 81 0.917 0.0 *. it* ** **** ** 214 23 455 1.94 17.90 5.13 36.00 1 1 89 80 0.918 0.0 ** *: ..... ,.**. **If. 214 24 456 1.94 17.90 5.13 36.00 0 0 90 19 0.899 0.0 *** .... *** ... **** .* ... 215 1 457 1.94 17.70 5.73 36.00 0 0 95 18 0.919 0.0 ... *.***** .** ..... 215 2 458 1.94 11.10 5.13 36.00 0 0 97 77 0.907 0.0 ** ** ** ** ** 215 3 459 1.94 17.70 5.13 36.00 0 0 97 76 0.81,8 0.0 .. *. ...... .. ***tt 215 4 460 1.CJ4 17.70 5.73 36.00 0 0 98 16 0.8B1 0.0 ** .... ..... *. -**215 5 461 1.94 11. 10 5.73 36.00 0 0 98 15 0.851 0.0 ****** **.'* ..... *** ..... 215 6 462 1.94 17.70 5.13 36.00 0 0 99 75 0.866 0.0 **.** ....... .... .*** 215 7 463 1.94 17.10 5.73 12.59 0 0 99 15 0.866 0.0 ..... *. ** *- ** 215 8 464 1.94 17.70 16.58 3.46 2 1 99 15 0.8b6 ...... ** *,. ** ... ** .. ** ...

PAGE 129

OAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRfS SWRADT TLRAOT LWRAOT .. .. LY/M nEG OEG F 1 N-HG U{ IHR lYIHR lY/HR 215 9 465 1.94 11.10 29.56 2.02 4 3 93 80 0.960 .* .. .* 215 10 466 1.94 17.70 42.67 1.47 6 4 80 82 0.8,82 ***. 215 11 461 1.94 17.70 55.69 1.21 5 4 70 86 0."871 52.26 ***,_*,* ** **,.* **t'. 215 12 468 1.94 17.70 68.13 1.08 5 5 60 89 0.8Z7 70.98 .***** .- ** 215 13 469 1.94 17.70 77.64 1.02 5 5 55 92 0.833 .* ** .**. 215 14 470 1.94 17.70 75.73 1.03 5 5 51 94 0.821 *'-**.;* ** ** *** 215 15 471 1.94 17.70 64.88 1.10 5 4 49 95 0.814 **It It*.:.** .*** **t,. 215 16 472 1.94 11.70 52.20 1.26 5 4 47 96 0.805 :70.98 ... **.**_.**.*** *It." 215 17 473 1.94 17.70 39.12 1.58 4 3 50 96 0.856 **** _*.*** .**. ** 215 18 474 1.94 11.70 26.03 2.27 4 3 48 96 0.822**,*:**;* ,**,* .*,it;*** _*** .*if 215 19 475 1.94 17.70 13.11 4.33 5 4 50 93 0.730 **** ** .-*. *.* _**.***if*_. 215 20 476 1.94 17.10 5.13 30.57 4 3 66 85 0.801,***.*** ** ... ** ***;*** **-.* 215 21 477 1.94 17.70 5.73 36.00 3 2 63 82 0.694 0.0 **,;* *;,* ** *** ; ** ;**-tnt 215 22 478 1.94 17.70 5.73 36.00 3 2 15 81 0.199 0.0 -*._** ***.*-*tt. 215 23 419 1.94 11.10 5.73 36.00 0 0 88 80 0.908 0.0 ** ****** *.-** ... 215 24 480 1.94 17.70 5.73 36.00 0 0 90 79 0.899 0.0 **.**. ** ** ;If*** *,.* 21:6 1 481 1.94 17.40 5.73 36.00 0 0 90 79 0.:899 0.0 ..... *** 216 2 482 1.94 11.40 5.73 36.00 0 0 93 78 0.899 0.0 ** ** .* 216 3 483 1.94 17.40 5.73 36.00 0 0 96 76 0.,869 0.0 *.\tH!:*':* .*** .*if,*, 216 4 484 1.94 17.40 5.73 36.00 0 0 97 76 0.B18 0.0 **._** **c*_** ;.**;. **.tUt 216 5 485 1.94 17.40 5.73 36.00 0 0 98 75 0.857 0.0 **: '. if*,*.* :, **,. :* if'. 216 6 486 1.94 17.40 5.7336.,00 6 2 98 74 0.829 0.0 **-*** .* ** ::**.** ** 216 7 487 1.94 11.40 5.73 12.96 8 3 98 74 0.,829 0.0 ****** .*: ** *** *It. 216 8 488 1.94 17.40 16.45 3.49 9 2 98 76 0.8137 1.50 **.,.*'. *.:.,.** -*** :** 216 9 489 1.94 17.40 29.44 2.03 9 2 90 80 0.929 9.36 **_it*:* *.'.** .**. **.,11216 10 490 1.94 17.40 42.55 1.48 9 2 80 83 0.910 ._** ** *- *.** ***,. .**216 11 491 1.94 17.40 55.56 1.21 5 2 63 81 0.815 *.**fl. **.;.*Jt ***,.** :,.*,. ** 216 12 492 1.94 17.40 67.96 1.08 5 2 60 90 0.853 56.94 ** **i;*.*. Jf*** .*e. 216 13 493 1.94 17.40 71.31 1.02 3 1 56 92 0.848 60.06 ** *-***.**. 216 14 494 1.94 17.40 75.49 1.03 3 1 51 94 0.821 _*-**-.** .--*. ** 216 15 495 1.94 11.40 64.73 1.10 3 1 4<) 96 0.839 *' ... **,Ht*,* .* ... ** :.**,* t,'. 216 16 496 1.94 17.40 52.07 1.27 3 1 49 96 ***... *****. 216 17 497 1.94 17.40 39.00 1.59 7 3 49 96 0.8'39 35.88 ** *' ,.**. It.*:,.. 216 18 498 1.94 17.40 25.91 2.28 8 3 49 94 0.789* **'It**. .. ** .. **._ 216 19 499 1.94 11.40 12.98 4.37 9 3 56 90 0.796 *"' ,.. 216 20 500 1.94 17.40 5.731 32.15 9 2 63 85 0.765 *** *.;." -*.'.*. #*** 216 21 501 1.94 11.40 5.73 36.00 5 2 70 82 0.7'11 ** *. .* ** .*** .*.* 216 22 502 1.94 17.40 5.73 36.00 4 1 79 81 0.842 0.0 ** *:. .. ** ***,* **.t* 216 23 503 1.94 17.40 5.73 36.00 3 1 84 80 0.867 0.0 ** -** .*** 216 24 504 1.<)4 11.40 5.73 36.00 3 1 86 80 0.888 0.0 **".*,* ***, *. ******tit

PAGE 130

OAY HR SEQN SolC DEClN HRANG AIRMS CLOP RHM TEM V,PRES SWRADT; TlRAOT lWRAOTlfRAN EMSV lY/M OEG nEG F IN--HG lY/HR lYIHR lY/HR 217 1 505 1.94 17.20 5.73 36.00 6 4 87 80 0.898 **11',**' _:it*. :it ,*! __ 217 2 506 1.94 11.20 5.73 36.00 6 4 81 80 0.898 0.0 ........ .......... 217 3 507 1.94 17.20 5.73 36.00 6 4 91 79 0.909 0.0 *- 217 4 508 1.94 11.20 5.73 36.00 6 4 92 19 0.919 0.0 .......... .*., K. 217 5 509 1.94 11.20 5.13 36.00 6 4 94 18 0.909 0.0 ,.* *.tt. 211 6 510 1.94 17.20 5.13 36.00 5 2 95 18 0.919 0.0 :... -It .:. *, :. .. ..... 211 7 511 1.94 17.20 5.13 13.28 4 2 96 18 0.928 : : '.-.* -!!i 211 8 512 1.94 11.20 16.34 3.51 4 1 96 800.991 *.* ..... .* ... 211 9 513 1.94 11.20 29.33 2.03 1 3 90 84 1.051 *, it ::. 211 10 514 1.94 17.20 42.45 1.48 5 4 14 86 O. 921 ,Jt* .*it' *:.: 211 11 515 1.94 11.20 55.45 1.21 .5 4 66 88 0.881 *-.*.'" .*' *it.* ':'lit 211 12 516 1.94 17.20 61.82 1.08 5 4 60 92 0.908 it*it _' :.* *it .* 211 13 511 1.94 17.20 11.11 1.02 5 4 58 92 0.818 *.it.it,***.-* *.it* ** ... 211 14 518 1.94 17.20 15.34 1.03 8 6 54 94 0.869 .*_* _.* it.it* *. **_. 217 15 519 1.94 17.20 64.64 1.11 10 7 60 95 0.991 ***- **it *._** .*** **e. 217 16 520 1.94 17.20 52.01 1.21 10 8 10 90 0.995 **.:.*. ** .* it* 217 11 521 1.94 11.20 38.94 1.59 10 10 80 84 0.940 *** ** .*** 211 18 522 1.94 11.20 25.85 2.28 10 10 91 80 0.939 **it*_* .* --** 217 19 523 1.94 11.20 12.91 4.39 10 10 95 18 0.919 **-*;11: 217 20 524 1.94 17.20 5.73 33 .. 01 10 10 96 80 0.991 .,.it*._ ** *,***.**** .*.* 217 21 525 1.94 11.20 5.73 36.00 9 8 95 71 0.888 0.0 -** ** .** *. 211 22 526 1.94 17.20 5.73 36.00 9 1 94 18 0.909 0.0 **-.* ** 217 23 527 1.94 11.20 5.13'36.00 10 10 94 78 0.909 0.0 .* .. :tt*'* .it .. __ .. '.-* ...... 211 :24 528 1.94 17.20 5.13 36.00 10 10 96 17 0.896 0.0 **;._*. _*.i.** 218 1 529 1.95 16.90 5.73 36.00 10 10 98 16 0.887 O.Q ** ,.** .**_ if. 218 2 530 1.95 16.90 5.73 36.00 10 8 98 76 0.81H 0.0 .. _..... .. .if. 218 3 531 1.95 16.90 5.13 36.00 10 9 99 75 0.86'6 0.0 ', *.* 41-*** *.il. 218 4 532 1.95 16.90 5.73 36.00 10 9 99 74 0.836 0.0 ,-,.-. **.' *:* **-. 218 5 533 1.95 16.90 5.13 36.00 8 6 99 74 0.838 0.0 ;It*.,-*iI:. ***::11 218 6 534 1.95 16.90 5.13 36.00 1 2 99 14 0.0 ** )!- **. **.,. 218 1 535 1.95 16.90 5.73 13.15 6 2 99 14 0.838 *-* ... ** ,**** **-11;. 218 8 536 1.95 16.90 16.19 3.54 6 3 98 16 .*._- ** *If,. 218 9 531 1.95 16.90 29.19 2.04 6 3 91 80 0.939**,,* _._*.* *.'Ji-.** :it ** .*if;* 218 10 538 1.95 16.90 42.30 1.48 8 3 80 83 0.910 --*.*, *-*.*_ ;11:*** *** ** 218 11 539 1.95 16.90 55.29 1.22 8 7 64 81 0.828 .' ** ,.*.:.*. *. ** 218 12 540 1.95 16.90 61.62 1.08 10 9 58 88 0.114 .... itft. -It '***;tt** 218 13 541 1.95 16.90 76.89 1.03 9 8 55 90 0.1'82 ._ .... *'* .*;It'***.*** _* 218 14 542 1.95 16.90 15.10 1.03 9 8 55 90 0.1'82 ." *,t.* **.if* *-_* ... *.* **.'. 218 15 543 1.95 16.90 64.50 1.11 10 8 53 92 0.:802 **.* **'.,It 218 16 544 1.95 16.90 51.90 1.21 10 8 54 91 0.792 ** ,._ **;a::Jl** ,***,* *.*.

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DAY HR SEQN SOlC OEClN HRANG AIRMS CLOP RHM TEM VPRES SWRAr);f TlRAO:r LWRAOT )TRAN EMSV lY/M DEG nEG F IN-HG LY/HR lYlflR lY/HR 218 17 545 l.q5 16.qo 38.84 1.5q q 4 55 ql 0.807 41.;13 **}t.(f*.,* if-.,,, *.It:'" 218 18 546 1.95 16.90 25.74 2.29 8 3 56 90 0.796 25.'35 **":".,. _._.* *lIt**_ ** 218 19 547 1.q5 16.qO 12.80 4.43 8 3 60 90 0.853 14.43 **.",*. ***lIt**.* 218 20 548 l.q5 16.90 5.13 34.46 7 2 65 86 0.814 **._*. it**.** **** 218 21 54q 1.95 16.90 5.13 36.00 6 2 73 83 0.831 0.0 .* lit*:. **.:.,,"*. lIt**,* ** .. 218 22 550 1.95 16.90 5.13 36.00 6 2 73 81 0.778 0.0 **."*iIt***:.** lIt*--**_!It 218 23 551 1.95 16.90 5.13 36.00 5 2 74 80 0.164 0.0 *- *-** ** .*-* -*.* 218 24 552 l.q5 16.90 5.13 36.00 10 7 79 79 0.789 0.0 ***.* *:It_** .-** **** 219 1 553 1.95 16.10 5.73 36.00 10 7 85 18 0.82,2 0.0 **;.**',* -*.-*. ,.*** **." 219 2 554 1.95 16.70 5.73 36.00 10 6 85 77 0.795 0.0 _.,.-** It*.'.** _**. ** .. 219 3 555 1.95 16.70 5.73 36.00 10 7 87 77 0.813 0.0 **it'** _* *. *** ,.*.'. 219 4 556 1.95 16.10 5.13 36.00 10 6 90 76 0.814 0.0 -,. *_.it-* .- *it. 219 5 551 1.95 16.70 5.73 36.00 10 7 93 16 0.842 0.0 .* *'. **;.; *.* **if'. 219 6 558 1.95 16.70 5.13 36.00 8 3 94 75 0.822 0.0 .*:.,.*,,. if* ** 219 7 55q 1.95 16.70 5.73 14.10 9 3 95 75 0.831 1.56 **-.** if* **.**,* ** ... 219 8 560 1.95 16.70 16.08 3.51 7 3 95 76 0.860 10.1 **lit; **.it** .-** *:. 219 9 561 1.95 16.70 29.09 2.05 1 3 85 79 0.849 *,-* -* **, ** ***. 219 10 562 1.95 16.70 42.20 1.49 6 3 76 82 0.838 ***-. *-.-* _* 219 11 563 1.95 16.70 55.18 1.22 7 5 73 88 0.975 63.96 -. *,:11**, 219 12 564 1.95 16.70 67.49 1.08 6 4 65 90 0.924 .... *_ *.it** .* ***.* 219 13 565 1.95 16.70 76.69 1.03 5 4 58 q2 O. 87B**.* *.,.*'it it*:.: *.*4t 219 14 566 1.95 16.10 74.95 1.03 6 4 54 93 0.843 .* ....... -*,.",.\!" '.* *-'. 219 15 567 1.95 16.70 64.41 1.11 8 7 58 91 0.851 23.40 Sit; **. 219 16 568 1.95 16.10 51.83 1.27 10 9 89 80 0.918 10.92 .**.** .*._**.** _.it'. 219 11 569 1.95 16.70 38.18 1.59 10 10 93 77 0.810 6.24 .-:."'.* *'**** 219 18 570 1.95 16.70 25.68 2.30 10 8 93 76 0.842 8.58 ** ';* # **** ** 219 19 571 1.95 16.70 12.73 4.45 10 10 81 80 0.898 **1l**. -* ** *--*It. 219 20 512 1.95 16.10 5.73 35.37 10 8 84 80 0.867 1.56 ,** '.* *if ,. 219 21 573 1.95 16.70 5.73 36.00 10 10 89 79 0.889 0.0 ... _*\!" ** 219 22 574 1.95 16.70 5.13 36.00 10 10 93 78 0.,899 0.0 .-._* -* 219 23 575 1.95 16.10 5.13 36.00 10 10 94 18 0.909 0.0 **_t* ** **.,. .*ifi. 219 ,24 516 1.q5 16.10 5.13 36 00 9 8 94 78 0.909 0.0 .... ..... if'. 220 1 511 1.95 16.40 5.13 36.00 8 6 96 76 0.'669 0.0 *-if,.*it ** 1i*** .**. 220 2 578 1.95 16.40 5.13 36.00 1 6 96 16 0.:869 0.0 **' **.* -220 3 579 1.95 16.40 5.13 36.00 5 4 96 15 0.840 0.0 .*, *._** : ** __ -if. 220 4 580 1.95 16.40 5.73 36.00 5 4 97 14 0.821 0.0 *' *".*. **.lit 220 5 581 1.95 16.40 5.73 36.00 4 3 97 14 0.:821 0.0 .** *.*. ** *.* 220 6 582 1.95 16.40 5.73 36.00 4 3 98 14 0.829 0.0 :.*** **if 220 7 583 1.9.5 16.40 5.73 14.6q 7 3 98 74 0.829 0.1a -* ** _-* ..... 220 8 584 1.95 16.40 15.qO 3.60 8 3 98 74 0.829 9.36 _..* *.* .*.:11 **it.

PAGE 132

DAY HR SEQN SOLC OECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADT TLRADl' LWRADTTRAN EMSV * '* LYIM CEG OEG F I N-HG LY IHR LY/HR LY/HR 220 9 585 1.95 16.40 28.92 2.06 8 3 93 79 0.929 28 08 *.*. ** *,. ** ,. *** .. .,* 220 10 586 1.95 16.40 42.03 1.49 10 6 83 83 0.945 46.80 ****** ****** **** **** 220 11 587 1.95 16.40 55.00 1.22 10 7 73 85 0.886 46.80 ****** ** ,*** ,**** **_* 220 12 588 1.95 16.40 67.27 1.08 9 8 65 89 0.896 63.18 ***.** **.*** **** 220 13 589 1.95 16.40 76.40 1.03 10 10 51 91 0.836 66.30 ** ** ****** **** ***. 220 14 590 1.95 16.40 74.12 1.04 10 10 73 84 0.858 24.18 ****** ****** **** ***. 220 15 591 1.95 16.40 64.29 1.11 10 10 76 85 0.923 23.40 ****** ****** **** ***. 220 16 592 1.95 16.40 51.74 1.21 10 10 76 85 0.923 20.28 ****** ****** -*** ***. 220 17 593 1.95 16.40 38.70 1.60 10 10 76 85 0.923 35.10 ****** ****** **** **.* 220 18 594 1.95 16.40 25.60 2.30 10 10 81 82 0.893 14.82 *****,* ********** **it. 220 19 595 1.95 16.40 12.63 4.48 10 10 84 80 0.861 3.90 ***.** **.:***.*** **if. 220 20 596 1.95 16.40 5.73 36.37 10 10 87 78 0.841 0.78 ****** ****** **** **it. 22021 597 1.95 16.40 5.73 36.00 10 10 97 76 0 .878 0.0 **,it_** ****** '**** ***,* 220 22 598 1.95 16.40 5.73 36.00 10 10 99 76 0.896 0.0 ****** .*.*** **** **** 220 23 599 1.95 16.40 5.13 36.00 10 10 99 76 0.896 0.0 ** ****** **** ***. 220 24 600 1.95 16.40 5.73 36.00 10 10 99 75 0.866 0.0 ** ** **** 221 1 601 1.95 16.10 5.73 36.00 10 9 98 75 0.8'51 0.0 ****** **-**** **** **_;If 221 2 602 1.95 16.10 5.73 36.00 10 9 98 74 0.829 0.0 **;If;ll*-* ***_**_*.** **it:* 221 3 603 1.95 16.10 5.73 36.00 10 9 98 74 0.829 0.0 **';If** **._** **** **it. 221 4 604 1.95 16.10 5.73 36.00 10 10 98 74 0.829 0.0 **-*.** ****** **** it*it. 221 5 605 1.95 16.10 5.13 36.00 8 1 98 14 0.'829 0.0 **_ ;If**. **.* 221 6 606 1.95 16.10 5.73 36.00 9 8 98 14 0.829 0.0 **._*. **.*** ***. 221 7 607 1.95 16.10 5.73 15.26 10 1 98 74 0.829 0.18 **.'*** ***;If****** ** 221 8 608 1.95 16.10 15.75 3.64 10 8 98 74 0.829 8.58 ***.** **.***_*** **.* 221 9 609 1.95 16.10 28.77 2.01 10 10 97 79 0.969 21.84 **:*It** .********* **-* 221 10 610 1.95 16.10 41.88 1.50 10 10 90 80 0.929 24.18 **._*. -*.-** ***. 221 11 611 1.95 16.10 54.84 1.22 10 10 83 80 0.857 23.40 **;11*** ****** .*** 221 12 612 1.95 16.10 67.07 1.09 9 9 80 82 0.882 46.80 ***;If** **_.****** '* 221 13 613 1.95 16.10 76.11 1.03 9 9 72 84 0.-846 56.94 ****** .*._.* ;If*.* **.* 221 14 614 1.95 16.10 74.48 1 .. 04 10 10 70 84 0.822 42.90 ** ** **** -.** ***;If 221 15 615 1.95 16.10 64.14 1.11 10 10 97 78 0.938 12.48 **'Jf*****''**. *.** ***. 221 16 616 1.95 16.10 51.63 1.27 10 10 99 77 0.926 10.92 .* ** **_;If** ** 221 11 617 1.95 16.10 38.60 1.60 10 10 98 78 0.948 9.36 **it .. *;If.** .:***. **""-. 221 18 618 1.95 16.10 25.49 2.31 10 10 97 18 0.938 7.02 ** **,*,** ** ** "'*if;if 221 19 619 1.95 16.10 12.52 4.52 10 10 96 78 0.928 6.24 ** ** **.-** **** _*if. 221 20 620 1.95 16.10 5.73 34.88 10 9 99 13 0.810 0 .. 18 ****** .**'.** -*** ",,*.;11 221 21 621 1.95 16.10 5.73 36.00 10 10 99 72 0.783 0.0 **.**_ .* ** **** ***;11 221 22 622 1.95 16.10 5.73 36.00 10 10 99 72 0.183 0.0 **_.** **;If_** **** **.;If 221 23 623 1.95 16.10 5.73 36.00 10 10 99 72 0.783 0.0 .. '*.** **;If***.*** ***_ 221 24 624 1.95 16.10 5.73 36.00 10 10 99 73 0.810 0.0 **-... ** *.*.** ;If*** **.*

PAGE 133

DAY HR SEQN SOLC DECLN HRANG AIRMS CL OP RHM TEM VPRES SWRADlI TlRAO'T lWRADT XRAN EMSV * lY/M DEG DEG F I N-HG LV IHR lY/HR LY1HR 222 1 625 1.95 15.80 5.73 36.00 10 10 99 73 0.810 0.0 .. *4('# 222 2 626 1.95 15.80 5.73 36.00 10 10 99 13 0.810 0.0 **_.*. _._*** *iio **if. 222 3 621 1.95 15.80 5.73 36.00 9 9 99 72 0.;7'83 0.0 it*" -If*ztt;* .. *****. ** ..... 222 4 628 1.95 15.80 5.73 36.00 10 10 99 72 0.,783 0.0 *-.... *. .** 222 5 629 1.95 15.80 5.73 36.00 10 10 99 73 0.810 0.0 ....... **'tt\***'.*.,.. 222 6 630 1.95 15.80 5.73 36.00 10 10 99 74 0.838 0.0 ........ ** _** '.** .. It. 222 7 631 1.95 15.80 5.73 15.87 10 10 99 74 0.838 0.78.*.,.*. .. '."*.*". it ..... 222 8 632 1.95 15.80 15.59 3.67 10 10 99 14 0.838 4.68 .*.,* -.'."it if. 222 9 633 1.95 15.80 28.62 2.08 10 10 96 14 0.812 5.46 .* -..... *** .*._ 222 10 634 1.95 15.80 41.73 1.50 10 10 96 72 0.1S9 9.36 .* .... 222 11 635 1.95 15.80 54.68 1.22 10 10 98 72 0.175 12.48 -.*'11' ** ,if*_* 222 12 636 1.95 15.80 66.86 1.09 10 9 90 72 0.112 24.96 .* ... *****-** ... 222 13 637 1.95 15.80 15.82 1.03 10 9 13 18 0.706 45.24 _.* .* **-If, 222 14 638 1.95 15.80 74.24 1.04 10 10 17 78 0.745 37.44 .* .... ;.:.** ** 222 15 63<1 1.95 15.80 63.99 1.11 10 9 80 17 0.148 12.48 ..... ** '.'*** .*.* .- 222 16 640 1.95 15.80 51.52 1.28 10 10 95 76 0.860 9.36 ** .... .... 222 17 641 1.95 15.80 38.50 1.60 10 10 92 75 0.605 21.84 ....... it 222 18 642 1.95 15.80 25.39 2.32 10 10 93 15 0.814 9.36 ........ _., ............. 222 19 643 1.95 15.80 12.41 4.56 10 10 95 75 0.831 5.46 '*" : .............. 222 20 644 1.95 15.80 5.73 33.42 10 10 95 75 0.8'31 0.,78 ... '*"., : ** 222 21 645 1.95 15.80 5.73 36.00 10 10 96 75 0 840 0.0 *.'* ..... ** JlM 222 22 646 1.95 15.80 5.13 36.00 10 9 92 73 0.753 0.0 -... ** .. ..... 222 23 647 1.95 15.80 5.73 36.00 10 10 94 72 0.144 0.0 ** ... *,: *-.iL. 222 24 648 1.95 15.80 5.73 36 .. 00 10 10 96 73 0.785 0.0 **:. ...... ,if" : .. 223 1 649 1.95 15.50 5.73 36.00 10 10 97 73 0.193 0.0 .... **:* \*.* -"iE. 223 2 650 1.95 15.50 5.73 36.00 10 10 97 74 0.821 0.0 ._ -* 223 3 651 1.95 15.50 5.73 36.00 10 10 98 72 0.775 o.e ............... *-* 223 4 652 1.95 15.50 5.73 36.00 10 10 98 71 0.749 0.0 ........................ it:. 223 5 653 1.95 15.50 5.73 36.00 10 10 98 12 0.715 0.0 223 6 654 15.50 5.73 36.00 10 10 98 13 0.802 0.0 *.".* lit ... !,fl .... _.*-;it 223 7 655 1.95 15.50 5.73 16.61 10 10 98 12 0.775 0.18 ... ... __ 223 8 656 1.95 15.50 15.41 3.71 10 10 98 12 0.715 1.56 .* .......... 223 9 657 1.95 15.50 28.45 2.09 10 10 98 73 0.-602 3.90 .* ,., ,Jt* ........ 223 10 658 1.95 15.50 41.56 1.50 10 10 98 14 0.829 8.58 _* *-* 223 11 659 1.95 15.50 54.49 1.23 10 10 92 74 0.778 21.84 __ ., 'it ,* 223 12 660 1.95 15.50 66.64 1.09 10 10 86 740.728 33.54 ., i ; JUt 223 13 661 1.95 15.50 15.52 1.03 <; 8 80 76 0.724 46.80 -.* .......... ** 223 14 662 1.95 15.50 14.01 1.04 10 9 80 80 0.826 46.02 .* ......... *._ 223 15 663 1.95 15.50 63.86 1.11 10 9 80 78 0.174 24.96 ......... 223 16 664 1.95 15.50 51.42 1.28 10 10 72 18 0.696 24.18 .... ..

PAGE 134

OAYHR SEQN SOlC DEClN HRANG AIRMS CLOP RHM TEM VPRES TlRAOT lWRAOTiRAN * '* LV/M CEG OEG F IN-HG LY/HR lY1HR lY/HR 223 17 665 1.95 15.50 38.42 1.61 10 10 88 77 0.823 1.3.26 **' ", .*.::..*.*.,. **_,. 223 18 666 1.95 15.50 25.31 2.33 10 10 92 76 0.833 8.58 .**;,.*. . ;" 223 19 667 1.95 15.50 12.31 4.59 10 10 94 16 0.851 3.90 **:* :. .*.: ..... ** 223 20 668 1.95 15.50 5.73 32.24 10 10 92 76 0.833 0.78 **.it** **' !;It*** **.at 223 21 669 1.95 15.50 5.73 36.00 10 10 92 76 0 8;33 0.0 ** ** ** .... ** *.* _.,*. 223 22 670 1.95 15.50 5.73 36.00 10 10 92 76 0.8'33 ,0.0 *.:iI*.* *1t.* ;**** .*._ 223 23 671 1.95 15.50 5.73 36.00 10 10 95 75 0.831 0.0 ** ... _.'* *._".** .**ilt ** 223 24 672 1.95 15.50 5.73 36.00 10 10 96 75 0.840 0.0 ****** .*_11-** 224 1 673 1.95 15.20 5.73 36.00 10 10 96 75 0.84:Q 0.0 **.*** .*"'.*. ** 224 2 674 1.95 15.20 5.73 36.00 10 10 96 75 0.840 0.0 _*if 224 3 675 1.95 15.20 5.73 36.00 10 10 97 75 0.'849 0.0 **.,,*. if*)tI'** ** *.* 224 4 676 1.95 15.20 5.73 36.00 10 10 97 75 0.649 0.0 **-.** **-.** ***-**.224 5 677 1.95 15.20 5.73 36.00 10 10 97 75 0.849 0.0 : .. *** **. **** 224 6 678 1.95 15.20 5.73 36.00 10 8 97 75 0.849 0.0 **;._** ** ,**** 224 7 679'1.95 15.20 5.73 11.30 10 9 91 75 0.'849 0.T8 *****11-,.*'.*** .**:* **if. 224 8 680 1.95 15.20 15.26 3.75 10 10 97 74 0.821 1. 80 t.t' *. -:it 224 9 681 1.95 15.20 28.31 2.10 10 10 98 74 0.829 1.,56 224 10 682 1.95 15.20 41.41 1.51 10 10 98 14 0.,629 6.24 *:. _* *. **** *.,. 224 11 683 1.95 15.20 54.33 1.2.3 10 10 98 72 0.175 .3.90 ** **.*** _. 224 12 684 1.95 15.20 66.43 1.09 10 10 98 73 0.802 7.02 ** *_ _** _*** *it 224 13 685 1.95 15.20 75.23 1.03 10 10 98 76 0.811 16.38 .... *. **.'*** ,.*** **t;. 224 14 686 1.95 15.20 73.16 1.04 10 10 98 35.10 .*.:.,*** .... ,.** #*** ltt 224 15 687 1.95 15.20 63.70 1.11 10 10 95 77 0.888 29.64 **tt.** **.,*** ,.'it*-* .... it. 224 16 688 1.95 15.20 51.30 1.28 10 10 94 18 0.909 19.50 **_.*. **._** '**** 224 11 689 1.95 15.20 38.31 1.61 10 10 94 19 0.939 19.50 **:.' '. ***;.** .**. **.-. 224 18 690 1.95 15.20 25.20 2.34 10 10 94 79 0.939 16.38 **.,** ..... '* it* 224 19 691 1.95 15.20 12.20 4.63 10 10 93 18 0.899 6.24 **., *_.** ** .* 224 20 692 1.95 15.20 5.73 30.84 10 10 93 77 0.870 1.5'0 **\lfit*' ...... ** ** *i[lt' 22421 693 1.95 15.20 5.13 36.00 10 9 95 17 0.8'88 O.Q **.- **it. 224 22 694 1.95 15.20 5.73 36.00 10 8 96 16 0.,869 0.0 .* ** _*_*** *** *it,. 224 23 695 1.95 15.20 5.73 36.00 10 6 97 76 0.8.78 0.0 ** J-*.* if* ** ... *** .* 22424 696 1.95 15.20 5.13 36.00 10 10 98 76 0.8'87 0.0 ...... ** .**. **t. 225 1 697 1.95 14.90 5.73 36.00 10 10 97 15 0 849 0.0 ** **.** .*** ** 225 2 698 1.95 14.90 5.13 36.00 10 10 91 74 0.,821 0.0 .*'." t:.: .. ** .**.-*-.'. 225 3 699 1.95 14.90 5.73 36.00 10 10 98 74 0.;829 0.0 ** ... *-.**225 4 700 1.95 14.90 5.73 36.00 10 10 98 15 0.:857 o.e .,. *.. ... lit, *.* ,. '. 225 5 101 1.95 14.90 5.13 36.00 10 10 98 75 0.857 0.0 **,. ......... :It** ,***it ** 225 6 702 1.95 14.90 5.13 36.00 10 10 98 74 0.829 0.0 ** -*-225 7 703 1.95 14.90 5.73 18.07 10 10 97 14 0.821 0.0 **:. _** -*.225 8 704 1.95 14.90 15.11 3.18 10 9 98 15 0.857 5.4b **._._ .* *. _*-.

PAGE 135

DAY HR SeQN SOLC oeCLN HRANG A[RMS CL OP RHM rEM VPRES SWRAIH TlRADT lWRAOTJRAN EMSV * it lY/M CEG DEG F IN-HG lY/HR LV/HR LY/HR 225 9 705 1.95 14.90 28.16 2.11 10 10 96 75 0.840 10.92 **.f* **tt,* ** 225 10 106 1.95 14.90 41.26 1.51 10 10 97 74 0.82.1 5.46 **_.*. ** *tt 225 11 701 1.95 14.90 54.16 1.23 10 10 96 75 0.840 1.02 **.** ';If** *, 225 12 708 1.95 14.90 66.22 1.09 10 10 96 76 0.'869 21.06 *-***_** ***. 225 13 709 1.95 14.90 14.94 1.03 10 10 97 74 0.821 8.58 ** ** ,.*. **_. 225 14 110 1.95 14.90 73.52 1.04 10 10 97 14 0.821 8.58 ** ,. 225 15 111 1.95 14.90 63.55 1.12 10 10 91 75 0.849 11.70 .. **j/Il ***. 225 16 712 1.95 14.90 51.19 1.28 10 8 97 77 0.9:07 20.28 ..... *_ .* ...... *_. 225 11 713 1.95 14.90 38.20 1.61 10 9 93 78 22.62..** **.*.**.**. **** 225 18 714 1.95 14.90 25.09 2.35 10 9 94 78 0.909 9.36 ** *. ***',****** 225 19 715 1.95 14.90 12.08 4.67 10 9 94 71 0.879 6.24 *** _** .. ** ...... 225 20 716 1.95 14.90 5.73 29.54 10 9 95 76 0.860 0.7S _*._ #* f 225 21 717 1.95 14.90 5.73 36.00 9 8 95 76 0.860 0.0 ** ..... **,.* :It 225 22 118 1.95 14.90 5.13 36.00 8 6 96 76 0.869 0.0 .*-.*. f ** .......... 225 23 719 1.95 14.90 5.73 36.00 4 3 96 75 0.S40 0.0 If*";.** .* ........ 225 24 720 1.95 14.90 5.73 36.00 3 2 91 74 0.821 0.0 ...... rtf"* .".,* .* :It