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STATE OF WASHINGTON DEPARTMENT OF NATURAL RESOURCES
BRIAN J. BOYLE, Commissioner of Public Lands JAMES A. STEARNS, Department Supervisor
DIVISION OF GEOLOGY AND EARTH RESOURCES Raymond Lasmanis, State Geologist
PRINCIPAL FACTS AND A DISCUSSION OF TERRAIN CORRECTION METHODS FOR THE COMPLETE BOUGUER GRAVITY ANOMALY MAP OF THE
CASCADE MOUNTAINS, WASHINGTON
by V
Z. F. Danes and
William M. Phillips
Washington Department of Natural Resources Division of Geology and Earth Resources
Olympia, WA 98504
Open-File Report 83-1
February 1983
CONTENTS
Introduction ••.•••••••••••••••••••••••••••••••••
Principal Facts and Data Acquisition •••••••••
Computa ti ona 1 Methods •••••••••••••••••••
Error Analysis ••.••••••..
Terrain Corrections ••••. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . References
Appendix
Cited ••• ......................................... Listing of Principal Facts •••••••••••••••••••••••
-i-
Page 1
1
4
6
7
15
Al
Figure 1.
Figure 2.
Table 1.
ILLUSTRATIONS
Location of 15-minute quadrangles within the Cascade Mountains study area.
Comparison of Hammer Zone Sectors E, F, G, H, and I with rectangular digital terrain blocks.
Comparison of Hammer's Method, Computer Method, and Analytical Method of Danes (1982) for computing terrain corrections.
-ii-
Page 3
11
10
Introduction
Since 1974, the Division of Geology and Earth Resources, in conjunction
with the U.S. Department of Energy, has supported gravity studies in the
Cascade Mountains of Washington State (Danes, 1975, 1979, 1981; Korosec
and others, 1981). The purpose of the work has been to gather baseline
gravity data for eventual contribution to geothermal resource evaluation.
However, it is expected that the Cascade gravity data will prove useful
in a number of future endeavors such as fossil fuel and mineral exploration,
as the gravity method is a basic tool of the exploration geophysicist.
Results of the Cascade gravity project are summarized graphically as a
complete Bouguer gravi~ anomaly map of the Cascade Mountains, Washington
(Danes and Phillips, 1983).
This report provides supplementary data and documentation for the
complete Bouguer gravity anomaly map. Presented are principal gravity
facts, simple Bouguer and Free-air gravity anomalies, computational methods,
error analysis and a discussion of terrain corrections. It is hoped that
release of this report will encourage analysis of Cascade gravity data
beyond the standard treatment (complete Bouguer gravity anomaly at a
reduction density of 2.67 g/cm3) presented in Danes and Phillips, (1983).
Principal Facts and Data Acquisition
Principal facts for the Cascade Mountains, Washington are presented
on computer printouts in the appendix to this report. The data are also
available on magnetic tape. Persons interested in acquiring the principal
fact magnetic tape should contact the Division of Geology and Earth Resources
for further information.
-1-
The principal facts have been grouped into 78 15-minute quadrangles
on the basis of the geographic position of the gravity stations. The
latitude and longitude of the southeastern corner of each quadrangle are
used as the quadrangle name. Figure 1 is an index map of the Cascade
Mountains, Washington showing the location of the 15-minute quadrangles.
Principal facts for gravity stations within each quadrangle are listed
in the appendix beginning with the page numbers shown in Figure 1. The
number of gravity stations within each quadrangle is also indicated in
Figure 1.
The following data are provided for each gravity station:
1. Station identification code (Station I.D.). Data collected by Stuart
(1965) have the prefix 11 A11,
11 811, or 11 FA 11 included in the station I.O.
Stations possessing the prefix 11 UW 11 are from Aiken (1970). The remaining
stations were collected by the senior author or his students over a 20-
year time period. The prefix 11 L11 indicates that LaCoste-Romberg Model G
gravimeter No. 209 was used in making the observation. Prefix "WU or
integers without a prefix identify stations occupied with Worden gravi
meter No. 358.
2. Latitude of the station in degrees, minutes, and hundredths of minutes.
3. Longitude of the station in degrees, minutes, and hundredths of minutes.
4. Elevation in feet of the gravity station.
5. Observed gravity of the station in mgals.
6. Free-air gravity anomaly in mgals.
7. Simple Bouguer gravity anomaly in mgals using a reduction density (p)
of 2.67 g/cm3•
The latitude and longitude of each station were interpolated on the
most detailed available topographic maps: 7~-minute sheets, scale 1:24,000,
where available; elsewhere, 15-minute sheets, scale 1:62,500.
-2-
I w I
r--------"""-''·------~··~,·---1 14 5 __ 122° 1210 1200 119• I -~------~'<'-------.....!.!g:__ ______ _!!i'. ______ ____!_11~'°----------'1~0 ...
...
...
J E F F
G RAY S
i---t--r--i--r--..----,---49'0~-----------,----;..-------r----i 143 141 139 138 137 136 135 75 54 53 30 10 18 5
134 132 130 129 128 127 126
25 50 59 38 32 14 21 OKANOGAN
125 124 123 121 120 119 118
35 8 25 52 14 12 8
116 112 111 110 109 108 107 83 167 28 16 18 2 20
106 105 103 102 IOI 100 99
18 42 57 24 21 8 23 E L A 1--t--t--1--+--+--+---l 4~·
98 96
20 75
94 93 92
71 29 21
91
5
90
16 •1--t--t--+--f--t---1----130'
88 86 84 82 80 79 78
86 61 73 54 59 16 18
75 7 2 69 6 7 66 65 64
'1-1 3-2-+--I _32-+--I 2_3-l-_6_4...__3_7-1--1 _1 -+--9--t 4, 7b A S
63 62 60 58 57 55
THURSTON 40 39 87 61 38 53
G R A N T
F E RR Y
PEND
OREILLE
STEVENS
LINCOLN SPOKANE
A D A M S WHITMAN
-----~--J.__ ____ 11--t--t--+--ll---l--- 45'
54 53 51 50 49 48
L 25 26 54 49 30 36 FRANKLIN
E 30' 46 44 43 41 39 38
A K I M A 52 77 38 67 73 6
36 32 30 27 24 23 WALLA
71 186 65 132 128 12 46°1----+--l---f--,l,-~--I 46° ·--------J
BENTON
21 19 17 15 13 11
64 55 71 50 75 52 C K I T A T t--t--t--t--t--+---1 45'
8 7 4 3 2 IO O 10 20 30 40 ... HfS
117 44 124 9 13 27 l--+--t--+--+--+---1 30'
,,. '" JO' 15' ,22 45 30 I~ '" IZO
Figure 1--Location of 15-minute quadrangles within the Cascade Mountains study area. Within each quadrangle, uooer number refers to page in appendix and lower number refers to number of stations within the quad.
...
...
.,.
Wherever possible, stations were placed at points where elevations
were reported on the topographic maps. Priority was given to bench marks.
Second in desirability were road intersections, and third, mountaintops.
In areas where no such elevation data are available, station elevations
have been determined barometrically and checked against elevation contours.
The latter method gave satisfactory results only under favorable weather
conditions and within an elevation range with good available control.
Stations with clearly erroneous data were discarded and do not appear in
the appendix.
Base and subbase stations were occupied at the beginning and end of
each loop, that is, within about 6 to 12 hours; that rule has been violated
only a few times, for example, at the summit of Mount Adams, where the
ascent required an overnight tie. Instrumental drift and tidal effects
were eliminated by a linear interpolation between base readings.
Computational Methods
Standard methods (e.g. Telford and others, 1976) were used to compute
the Free-air and Simple Bouguer gravity anomalies. All gravity data
reductions may be expressed in the form:
CBA = OG- POTS g(0) + FAC - BSC + TC;
where CBA = Complete Bouguer anomaly (mgals);
OG = Observed Gravity (mgals);
g(0) = Gravity as a function of latitude on the reference spheroid, also called the latitude correction;
POTS= Pottsdam correction= 13.00 mgals;
FAC = Free-air correction;
BSC = Bouguer slab correction;
TC= Terrain correction.
-4-
While complete Bouguer anomalies (CBA) were contoured on the gravity
maps (Danes and Phillips, 1983), terrain corrections are not given here.
The reasons for this are outlined below in the discussion of terrain cor
rections.
Observed gravity (OG) is the gravity measurement made at the gravity
station, drift corrected, and expressed in terms of the Washington gravity
base station network (Nilsen, 1967).
The reference spheroid (g(0)) used is that adopted by the International
Association of Geodesy in 1967:
g(0) = g0
(1 +o<.sin20 -fsin220),
where g0 = equatorial gravity= 978031.8 mgals;
0 = latitude;
ot = 0. 0053024;
(3 = 0.0000058;
The Free-air correction (FAC) is approximated here by:
FAC = 0.09406(H),
where H = station elevation in feet.
The Bouguer slab correction (BSC) is:
BSC = 0.01277(p)(H)
where p = slab density and H = station elevation in feet. 3 The slab density used here is 2.67g/cm.
The Free-air anomaly (FAA) is then:
FAA= OG - g(0) + FAC.
The simple Bouguer anomaly (SBA) is then:
SBA= OG - g(0) + FAC - BSC.
-5-
Using a slab density (p) of 2.67 gm/cc allows the FAC and BSC to be
combined:
FAC + BSC = 0.06(H),
where H = station elevation in feet. This approximation was
used to calculate the complete Bouguer anomalies (CBA) which were posted
on the gravity maps and contoured. However, the Simple Bouguer Anomalies
(SBA) given in the appendix to this report were calculated using independent
computation of FAC and BSC.
There is another term, the Curvature Correction, which is sometimes
included in reduction of gravity data (e.g. Pitts, 1979). This correction,
when applied to the BSC, reduces the effect of the infinite slab to that
of a plateau or spherical cap with radius 166.7 km and thickness H, the
elevation of observation. The Curvature Correction typically has a value
of 0.01 mgal in the range of 0-30,00~ feet (Pitts, 1979, p. 54) and is
therefore omitted here.
Error Analysis
The probable error due to various factors is estimated as follows:
Instrumental reading ± 0.1 mgal
Drift and tides + 0.3 mgal
Elevation + 0.1 mgal bench mark
Elevation + 0.5 mgal road intersection
Elevation + 0.5 mgal mountain top
Elevation .±. 2.0 mgal barometric
Latitude
Terrain near
Terrain distant
±. 0.02 mgal
+ 0.3 mgal
+ 5 to 10 percent correctionl!
Obviously, the worst offenders are barometric elevations and distant
terrain corrections. The maximum uncertainty in gravity measurements is
estimated to be 5 mgals. Thus, with a 5 mgal contour interval, the inac
curacies should be barely on the threshold of being noticeable.
Terrain Corrections
The most significant problem confronted in constructing a complete
Bouguer gravity anomaly map of the Washington Cascade Mountains has been
associated with the calculation of terrain corrections. Terrain corrections
are estimates of the gravitational attraction of mass (or lack of mass)
ignored in the Bouguer slab correction. In mountainous country such as
the Cascades, terrain corrections are a vital part of gravity data
reduction, often contributing from 15 to 20 mgals or more to the complete
Bouguer station value. Without terrain corrections, a fictitious corre
lation between topography and gravity may occur.
l/That is, if terrain corrections amount to, say, 10 mgal, probable error is 0.5 to 1.0 mgal.
-7-
In terms of mathematics, terrain corrections offer no special diffi
culties in computing. A standard method due to Hammer (1939) has long been
available. Problems are logistical in nature, as terrain corrections are
among the most tedious and cumbersome reductions in all of geophysics.
If a gravity survey consists of many hundreds of stations, (the Cascades
survey area contains over 4,000 stations), and topography dictates carrying
the terrain correction out to at least 4 miles (Hammer Zone J), hand calcu
lation of the corrections will require weeks to months of work. Although
the process is speeded up somewhat with the use of programmable calculators,
and various areal averaging techniques (e.g. Bickel, 1948), the time required
to select an average elevation for each Hammer Zone sector remains constant.
Plouff (1977) has written a series of computer programs that calculate
terrain corrections using digital topographic files. The programs are
widely used by the U.S. Geological Survey. An enhanced version of the
Plouff programs, developed by S. Pitts at Oregon State University, has
been acquired by the senior author and modified to run on the University
of Puget Sound computer system. In theory, the terrain correction
programs offer a rapid and accurate means of eliminating the gravity
reduction bottleneck. However, experience in the Cascade Mountains
study area has shown the utility of the programs to be largely limited
to distant terrain corrections.
In areas of considerable relief, the computer terrain correction
algorithm may underestimate the effect of near-station topography as
compared to standard Hammer's method calculations. This effect is most
pronounced in the area 3,000 feet or less (Hammer Zone F) from the station.
-8-
The magnitude of the problem is shown in Table 1 where computer calculated
and hand-calculated terrain corrections for the same stations are presented.
(The analytical method values are discussed later in this report).
Examination of the program documentation (Plouff, 1977; Pitts, 1979,
p. 54) and discussions with Plouff (personal communication, 1982), revealed
the low terrain corrections to be a consequence of using ~-minute (approx.
2,000 by 3,000 feet) blocks for constructing digital topographic models in
the interval zero to 7,500 feet from the station. The topographic model
produced by Hammer 1 s method uses pie-shaped blocks that vary in size as a
function of the distance from the station (see Figure 2). At distances
greater than about 3,000 feet from the station, the ~-minute blocks are
approximately the same size or smaller than the sectors of the corresponding
Hammer Zone (Zone G). At distances less than 3,000 feet from the station,
the ~-minute blocks are much larger than the sectors in Hammer Zone A
through F. As the terrain corrections for Zones A through Dare usually
estimated at the time of the survey, the major source of discrepancy in
results comes from underestimating the gravitational effect of relief in
Hammer Zone E and F.
Another factor that can cause difficulties in machine calculation of
terrain corrections is the accuracy of elevation information. The Plouff
programs use elevation data digitized from 1:250,000 scale topographic
maps. The contour interval on maps of this scale is 100 to 200 feet.
It is the practice of most geophysicists to calculate terrain corrections
from a 1:62,500 to 1:24,000 topographic map base. Contour intervals on
these maps range from 80 to 20 feet.
-9-
I ...... 0 I
Table 1.
Sta ti on No.
A1924
A1925
A1926
Al927
7126
Comparison of Hammer's Method, Computer Method, and Analytical Method of Danes (1982) for Computing Terrain Corrections.
TERRAIN CORRECTION (mgals)
Hammer's Method to Zone J Computer
9.56 6.68
8.64 4.92
6.99 4.18
7.26 3.81
6.62 6. 72
Analytical Method of Danes (1982)
17.64
11.49
9.78
9.89
10.99
Source: Unpublished Gravity Data from Morton 15' Quadrangle, Z. F. Danes, 1982.
0 5
-ft X 1000
SCALE 1 :62,5000
10
Figure 2 -- Comparison of Hammer Zone sectors E, F, G, H, and I with rectangular digital terrain blocks.
, ,
The programs do possess the option of combining near-station terrain
corrections calculated via Hammer's method or some other conventional
technique, with distant terrain effects found using the digital files.
In practice, this requires manually performing Hammer Zone computations
out to at least Zone F. Other users of the Plouff programs (e.g. Pitts,
1979, p. 54) have elected to monitor machine calculation of terrain
corrections within the inner (\-minute) digital terrain blocks. Terrain
corrections for stations having calculated terrain effects greater than
some arbitrary value are recalculated by hand within inner zones using
conventional techniques.
For the complete Bouguer gravity anomaly map of the Washington Cascades,
two terrain correction methods were used. Stations south of 4/0 N. latitude
(Danes and Phillips, 1983, Sheet 1), use terrain corrections generated by
the Plouff programs outside of Hammer Zones A-D. Within Hammer Zones A-D,
terrain corrections were determined in the field via use of graphs based on
the geometry of simple landforms (e.g. conical peak, slope, ridge, valley,
etc.). The graphs plot the terrain effect due to the landforms as a function
of net relief of the landforms.
For stations north of 47°N. latitude (Danes and Phillips, 1983, Sheet 2),
the analytical terrain correction method of Danes (1982) was used.
Terrain effects in Hammer Zones A-D were computed via the graphs described
above.
Near-zone (Hammer Zone E-J) terrain corrections were computed using
a modified version of the analytical method described below. Distant
terrain effects are estimated by assuming the presence of a horizontal
slab of variable density, reaching from the base of valley floors to the
tops of mountains.
-12-
Below the valley floors, the density is assumed to be constant and equal
to the Bouguer reduction density (typically 2.67 gm/cc). Within the interval
from the valley floors to the mountain tops, slab density decreases toward
zero. Above the level of the mountaintops, the density is zero.
By constructing a series of topographic profiles throughout the
study area, 11 average 11 valley floor and mountaintop elevations may be
estimated. Given this information, the effect of the variable density
horizontal slab may be determined by integrating from some inner radius
(usually Hammer Zone I or J; 14,662 or 21,826 feet from the gravity station,
respectively) to infinity in a manner directly analogous to the Bouguer
infinite plane correction. Results consistent with or somewhat higher
than standard Hammer's method are obtained if care is exercised in choosing
the valley floor and mountaintop elevation parameters (Table 1). The
variable density method may produce higher terrain corrections because it
does not end at an arbitrary outer boundary as do the Plouff computer
programs or Hammer's methods, and because the range of elevations between
mountaintops and valley floors is used rather than mean elevations per
sector.
The analytical terrain method was adopted because of computer-related
problems stemming from operation of the Plouff programs, and because of
the above-stated considerations. While the result is unfortunate -
complete Bouguer anomaly contour lines are not continuous across 47° N.
latitude, adoption of the analytical terrain correction method greatly
speeded up production of the gravity maps.
-13-
Terrain corrections are not included on the principal fact list in
the appendix because of the presence of two distinctly different compu
tational methods. Persons interested in obtaining the available terrain
corrections should contact the Division of Geology and Earth Resources
for further information. As soon as the entire Washington Cascade gravity
data base has terrain corrections calculated using a single computational
method, the terrain corrections will be released as a supplement or revision
to this report.
-14-
References Cited
Aiken, C.L.V., 1970, Gravimetric profiles across northern Cascades employing minimum assumptions as to subsurface density distribution: University of Washington Master of Science thesis, 134 p.
Bickel, H.C., 1948, A note on terrain corrections: Geophysics, v. 13, p. 255-258.
Danes, Z. F., 1975, Bouguer gravity map of Mount Rainier National Park, Washington: Washington Division of Geology and Earth Resources Open File Report 75-5.
Danes, Z. F., 1979, Bouguer gravity map, Camas area, Washington and Oregon: Washington Division of Geology and Earth Resources Open File Report 79-6, 1 map, scale 1:62,500.
Danes, Z. F., 1981, Preliminary Bouguer gravity map, southern Cascade Mountains area, Washington: Washington Division of Geology and Earth Resources Open File Report 81-4, 1 sheet, scale 1:250,000.
Danes, Z. F., 1982, An analytical method for the determination of distant terrain corrections: Geophysics, v. 47, no. 10, p. 1453-1455.
Danes, Z. F.; Phillips, W. M., 1983, Complete Bouguer gravity anomaly map, Cascade Mountains, Washington: Washington State Division of Geology and Earth Resources, GM-27, 2 plates, scale 1:250,000.
Hammer, S., 1939, Terrain corrections for gravimetric stations: Geophysics, v. 4, p. 184-194.
Korosec, M.A.; Schuster, J.E.; Blackwell, D. D.; Danes, Z. F.; Clayton, G. A.; Rigby, J. A.; and McEuen, R. B., 1981, 1979-1980 geothermal resource assessment program in Washington: Washington Division of Geology and Earth Resources Open File Report 81-3, 270 p., 1 map, scale 1:24,000.
Nilsen, T., 1976, Washington gravity base station network: Washington State Division of Geology and Earth Resources Information Circular 59, 83 p.
Pitts, G. S., 1979, Interpretation of gravity measurements made in the Cascade Mountains and the adjoining Basin and Range Province in Central Oregon: Master of Science thesis, Oregon State University, 186 p.
Plouff, D., 1977, Preliminary documentation for a FORTRAN program to compute gravity terrain corrections based on topography digitized on a geographic grid: U.S. Geological Survey Open-File Report 77-535, 45 p.
Stuart, D. J., 1965, Gravity data and Bouguer gravity map for western Washington: U.S. Geological Survey Open-File Report, 7 p., 46 gravity sheets, 1 map.
Telford, W. M., Geldart, L. P.; Sheriff, R. E.; and Keys, D. A., 1976, Applied Geophysics: Cambridge University Press, Cambridge, 860 p.
-PAI\CIPIL GRAVITY FACTS FOR c,sc,cE ~CLl\lAI~s. ~ASh[~GlCI\
S1ATI01', I • C.
l 0431 104!2 1 04 ~ 3 104~4 10435 10436 104~7 1044~ 10444 1C44 7 104 48 l 04 4 S 1 04 SC 104:1 104:2 l 04:~ 283~ 2!'31 2832 283~ 283F 2837 2838 2 83S 284C 2841 2 842
LITITUOC LONG Ill CE
454C.45 1211.'.13 i45~A.93 1210G.~5 45~'J.50 1210'f.~2 45~9.70 12101'.85 45qn.fl7 12104.'32 454C.91 12102.~s 4541.63 121c1.1s 4543.Ql 12101 .. ~g 4543.14 121:JJ.,6 4542.82 121GE.C: 4542.22 12107.72 4"i41.82 121:l9.S2 4541.44 12112.12 45:'3.31 1210,.on 45 42 .62 12111.E8 4543.76 121oc;.r,; 4~44.27 12101.€7 45:'9.73 121J2.~~ 45!8.31 121GF. l 7 45~7.lb 121G8.C': 45:'f .. 49 12110.~8 45~7.71 12111.~1 lf~~9.22 12111.,~ 4540.44 1211~.14 450.41 12114.EI 4544.35 1211:'.fl 45q4.88 1211~.~3
El~~4TICI\ <FEC:T I
95 414 24'J
1C2'1 1273 1 8 7 :3 2298 1572 1610 3221 2 B .: 2 31114 1848 121~ 1497 1738 l 7 2 2
1E2 161 168
86 1Cl 114
9 c; 242 2 c; 0 275
DHS. GRAVIlY <~(ALSI
g/HElE -le g8CECC .75 'lflOE09.94 ~8C1:EE.S~ 98( ~~3 .21 '38(::13."'0 98C451.C£ 98(538.':.3 9B0:3P.21 98C429.E4 58C4EC.4fl 98C44C.77 9BC~l!:.~S 98C:52.C:: 'J8C:42.4c 98Cc29,52 98(:31.lf 98Ce12.8E 98Cf17.51 98U1E.41 98CE19.4G 9BC05.:'f 58C0~.54 98CEtE.:J= 98CF.13.81 'l8CE12.58 98CEJ'3.59
FREE-AH
-E7.69 -~1.12 - 58. 31 -28.72 -20.1~ -4.12 12. 3 3
-10.11 - 7. 51 35. 93 ~8.26 ~ 9 .1 C -s. 52
-16.GG -13.1 7 -4.70 -5. 7 ~
-E3.92 -:?.2~ -=s .. 9 ~ -59 .. 64 -E'.J.11 -El.e:.i8 -E7.7'!. -f:0 .. 95 -E2.49 -E-~.:J=
SI~PLE i3CLELER !P=2.67J
-H. C(
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l
PRI~CIP4L Gq~VITY F4CTS FCR CISCtDE ~ClftTII~s. ~·s~I~G1Cft
QUAD: 1~11514530
STA HO~ r.o.
2854 2€5: 285E 2 es 1 2858 2861 2862 2 86 3 2B64 286:' 286E 2 eE 7 3 47 ~
LITITUOE
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LONG ITLCE
12L?l.:G 12119.~2 12117. 46 1211E,74 1211".~l 1211~. 0 1 12111.11 12111. 4E 12118.~l 121.2~.71 1212C..~6 12129.~8 12118.~6
El[VATIC~ (F[.'::T l
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101 1 ,.., ~
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82 :25~ 51~ :37
1G2B 83 RO 7g
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OHS, GPAVIH <~GALS>
98CE2f ,9,0 9ECE2~.f3 58CE24,7" 98U22,~2 98Cel'l,2i: 'l8CE13, 7.; 98CE02,11 98CE01,47 C;8C~74.1:0 98C£2~.C2 58CE21.4R 98((22,19 98C:Eo.~2
fREC:-A H
-5'9.1.1 -62.61 -EC.RE -E2.:~! -E'l ..... C -:<J.30 -45.41 -44.8: -2r::i.-~s -E2 .. 32 -Eb.3C3 -E7,87 -17,25
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PRI~CIPAL GRAVITY FACTS FOR CISCICE MCL~T•r~s. ~·s~I~GTC~
QLAC: 1 <130 /4~3Q
STAT IOI LITITUQE LONGITLCE ELEVATIC~ r.o. <r,w,M/101) (O,M,~/10C) (FEET)
2eoe 4'i43. 77 12131.:R 105 '.!827 4544,64 1213B,E7 'l 4~ 284E 45H,94 1214:.~7 75 2847 4542.60 1214C,24 75 2848 4542,68 12131',E?. l <;
2845 4542,f/l 121)1.1~ 7 'l 2 P.5 C 4543.19 12134.':l' 90 2851 4543.68 12132,l6 9~ 2517 4543,07 1213E,E7 lJ~
OBS, GRA\/ITY <"GALS)
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-71.lC -14.EE - 48. 2 S -8:.4) -Ef.6S -F,.~E -87.'c 7 -'1:.. ::,1 -P2,78 -8).41 -e1.10 -1:H~.~<; -El,R3 -2t+.ES -73.4~ -71:i.ff -80.91 -E-t.4~
PRI~CIPAL GFAVITY FACTS fnR c,sctOE ~CL~lAI~S, ~ASfI~GlO~
S1A'ION LATITUO€ LONGITLCE ELEMATIC~ I.~. co.~.~,1~0, <D,M,~/lOC) (FEET)
2815 45~8.84 121'5E.!:3 86 28lf 45~3.18 1215:. CP 10: 2e1e 45 42.C? .121:;1.E:J 1 ·: 2 2815 451\2. 77 1211f5.E2 l: 4 282C 4544,86 12145.49 5 (, 3 2821 4542.9'i 12141.~l 1J2 2e2c 4'i43.6P. 121':3.~2 122'5 ,2 82 E •'543.56 12148.~1 507 284: 4544.86 1214:,24 1489 8 44 C 4544.86 1214'l,7c 51 a 8 4 'I 1 4544.05 12149.15 497 gq,i~ 4542.93 1214'3.ER 2 P. G 816~ 4544,R6 12158,S4 780 A764 4541.7C 12154,•: 320 816: 45140 •. 35 12155.13 1 ~ :J 8 76 E 454J.62 1215';.<;5 4 TC 8816 tf5~8.2CJ 1215P,4: 4G 8818 4541.55 12152,EE l"' V"
8 El S 454C,'l6 121'.':4.(l 112 882C 45.itCl .6'1 121:4.~2 92 8 82 l 45'10.57 12154. il 102 8822 454·:.69 121s: .. ~1 412 882~ 454).fJ~ 121::::.~2 412 8824 454'1.74 1215".4~ 427 8E2E 45~9.79 12154 •• ~ 170 BP.30: 4541.41 1215~.15 1c~
"" 8831 4541.28 12153.n 103 8832 4541.06 121":~.f·1 13C 8 83 4 454C.'l9 12154.11 10~
· 883" 45,,n.77 12154.~~ 1G ~ 8 8 3 E 4541,l'i 12154.~R 103 8831 45~9.Rl 121S4.18 101 8839 45~il.ll3 121S1.~-~ 72
· .a e4~ '15~3.49 121";!',EI 77 ·8841 45~'l.6J 1215lt.~~ 182 'le 4 2 454~.25 121:~."l 104 8843 4540.77 12151.E3 10:
· a e4 4 4341.33 1215~.,9 l'C ""
8 A4:: 454!.45 1215C, Vi 1D5 8 84E 45~9.74 12153.i~ 175 8 !34 7 45~'3.'.10 1215 ~ e':A lDC
'8JJ4e 45~8.l? 1217.:E.f~ BE ll 84 S !4~~ 7 .45 1211j~.E~'3 12
18852 454).'.11 121'::tt.:~ 2?E 8 853 453g.99 12154.71 221 8854 4'i~9,"4 121511.~~ 272
· 885': 45H.65 121~~.:-, 92 .985E 4541.S·:J 121:'..3.t~ 92
g es 1 ~5'41.79 121::4.:~ 32D
OHS, GRAV I H <~GALS>
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FPE~-AI~ SI~Fl( HCLGLER CP·=?.t.,7 >
-Ell.!: -CJl.CE -Bq,37 - S2. s: - El.·J 1: -~J!t-.:~ -EJ.2~ -8:3. 7S -':~i. 74 -74.51 - 19 • R 4 -~~). ~1 -41.'J l -8 ).~ ~ -6-~.9G -Bl. 1] -24. 77 -l~J.4£ -=5.27 -7a,f.E •fl.10 -7,~.J~ -12.12 -e1.f:: -:7.11 -P3.El -16 .. 4! -bl.~1 -E7.7: -s1.1, -i4.l'i -i:.;0.1: -E3.2t -9-J .62 -eU:.c~ -E7.:t. -84.37 -88.lf -E6.l:3 -t,<1.Ft -E7.4~ -so.s~ - 15 .. '°1 '', -E9.-:~ ' -74.11 -e~.1lj -12.1: -2~.6': -87.89 -93.bf -E4,3f -81,E1 -F'S.CG -.'3H.'::C -t2.rlc -~7.C.! -Pfi.JC -21. J 1 -86,!E C .- ,.. -
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PRI~C[PIL GRAVITY FACTS FCR CASCACE ~CL~TAI~S, ~AShI~GTC~
STATI!J~ r.c.
8858 a ess 886C 8861 886 2 886~ JJ 86 4 8 86 ': 3 86 E a ee 1 8 86 e 8865 8870 8873 8 87 4 887: 887E 8877 888G 8881 8 88 2 a es~ 8884 888!: 8 88 E 8887 8€88 888S 8E91 8E91 8E9, 8 €9 ~ 8E94 a e 9 '= 3E9~ 8E97 8E9e 8E9S 8 50 D 8904 850:: 8 90 E 8 50 1 8 50 P 8 50 5 8910 ~911 8 ':ll ~ 3914 851:
LATITUJE LONG ITLCE <C,~,M/1001 <D,~,~/lQCI
4~Lt2.1B 121~4.El 4543.0 7 121::s.,3 454J.4'l 1215E.C~ 4544.92 12l'i8.f'i 4544.10 12157.45 4543.17 1215E.::': 4543.29 12151.C, 454J.53 12158.•E 4542.18 121:=3.~4 4540.35 12155.14 454'.).64 1215:.€7 454'1.6 7 1215!:.~'J 45!9.30 12151.~1 45!8.63 12159.(8 45~'1.'i'f 12155.Cl 45~8.73 12159.(1', 4~~s .. 20 1215S .~~ 45~8.60 12159.47 45~8.42 1215P • .6';
45~8.26 12158.:8 45~8.18 12158.7! 41::!R.21 12158.€9 45~8.lG 121s9.,~ 453>3.16 121sg.1q 45~8.04 121sg.15 45~8.03 12159.CE 4'i~8.l4 1215P.':': 4539.37 12158.E2 45~8.ll 121'ie.E7 4538,17 121se.c3 45~8.1", 12158.~A 453A.C 4 12158,26 'i~~8.24 12158.~2 4538.31 121SP.J4 4S~R.31 1.2l~P.C~ 453A.17 1215P.27 45~8.34 12l'i8,2~ 45~R.38 1215A,CJ 45~'1.43 l?lSE.17 45~9.20 12155.(9 45~9.28 121':4.72 4S~9.l4 1215:.~R 45~9.0·1 1215:.77 4:i 2s.·n 121s1 .. ~1 4529.10 121!:1.~2 4539.01 121:7,11 45~'1.SJJ 12157.Ef 45,~8.72 1215::l. 21 45~8.57 12158.~~ 4'i~R.87 121':iP-.£1
ELC:VATIC~ <FEi:TI
, .. 3 2
5 .3 0 4RC 77C f 'l 0
129C 1560 1 78 C ~,c
lOC 46: 4 71
'5 l 4 :; 75 79
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4: 4 3 40 39 41 4 1 4': 40 4C 4E 41 4': 4C 42 42 42 43 41 4 .3 43 43 91 91 91 91 40 40 40 4C 4D 40 50
i'JHS. GRAVITY <~GALS>
98(~82.1:i; '18C~R2 •'+8 ~8C:'.e4.::2 98C~E8.;:4 58C~74.6C 9/lC':~2.~4 9EC~l~.74 S8C~~12.:2'3 98C5E8.75 980~54.71 iser:1~.s1 98(:7:,:CP 'l8C:5S.1! 98C~9:.72 98(:97.~'.' 98("9:.72 96(:87.:7 98C:A2oS7 98C:9E.6P 98C:·JE .c9 98C"'gE.~9 98C:'9E .~8 58(:SE.~~ 98(':'H.7° 98Cc5:.88 98059:.91 98(::96.38 98c:S7.1E 9BCSS':.PC gtc:s~.Ec 98C~S!:.E3 98t::54.~-~ 98(5'3:.92 98G!:9!:.92 <,SC:5E .~ 1 98C'j88.'38 q8C~5E.40 98059E.,7 98(59£,f~ 98(592.1/l 98C1:Sl.12 58C:92.'.:3 98C'Sg2.s: 98 S'::9S • 1i l 98Cc95.PP 98CEC'.J.17 98(599.fl 'l8[:~8d4 ':lllC:98.53 98C:SP.55
- 72.95 -€4. J; -E8.3C - 59 .18 -~C1.11 -42.7~ -~4.'31 - 28. : 3 -"12.lE -ES.84 - n. 1, -73.~: -e,; •. 'l4 -f;0.4C -l'S.7<; -E1.3f -E4.84 -eC.lf -~g.13 -E9. 3E -E9.S3 -E9.48 -89.41 -E9.Cc.i -E9.3!: -E'l. 78 -89.48 -E8.48 -e9.Y2 -EY.83 -S'J.2 t -5('.35 -e':1.90 -so.co -e'J• 7E -95.8.3 -E9.4P -e9.67 -€9, .le -90.48 -«:1.0E -5C'.Q4 -E'3.·34 -.~1.r_1s
-P.7,42 -e1.c:. -E7. 3E -87.79 -87,97 -87,43
SI~Flc tJCLELER (P=:.G71
-87.Ef -8'.'. 7 i -E4.C: -2:.'-!( -1'2.cl -~').Pt - E?.. C : -eg.i'E -84.7€ -s2.2ti -e"J.~E -P-'3.ES ->3'"5. Sf -n. 34 -Bel. 41' -'7.1.c: -s1.;: -9J.CC -s:.6f -~~..J.E~ -90.F~ -9J, EC -Y"·.81 -'32.4S -SJ.ES -gl.14 -5}.E4
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PR[~C[DIL GRAVITY FACTS FGR c,sctC[ ~CL~T•r~s. ~-S~I~GTC~
STATIO~ LITITUJ~ LaNGITL[E [LEVATIC~ r.a. <o.,.~,1JO) (J,M,~/10~) (FE~T)
8 9lf 4538.~9 12151.(7 18 8 51 7 43~8.78 121:1.1:: 88 8920 45~9.39 12154.:0 91 qs21 45~il.47 12l~P.CO 4' 8522 4'5.~A .i;s 12157.~6 61 8 52 ~ 45~8.29 12157.£4 28 8 92 4 45~7.63 1215P.l0 29 9527 45~'3.ll 121':E,E~ F. C ~52~ 45~7 .. 91 12159.Cl 3 C: 8525 45~7.73 12155.i:1 30 g531 4'i~8.D3 12155.11 42 ,g 5 3 2 4540.77 12157.CO /RC qg3~ 4541.lR 12157.~~ 1 ~ 5:;: A 5 -~ 4 4'~41.2:i 12157.21 1250 ~ 5 3 ': 45H.67 121':l.(2 145P 8 5 31 4542.15 121~7.~': 1822 A 5 ~ -~ 454l.Cj3 12156., 44 l4CO 894) 45~9.8", 1215E.1A 104 A 54 1 45-~9.60 121::A.~S 612 8 54 E 4':~7.29 121'3S, JE 30 8 5 4 7 45~7.4·, 1211:9.~1 3C a'"' e 4~~7.CJ7 12157.':1: 30 8 '3 4 S 45~7.46 12158.ES "10 8 950 45~7.15 1215g.~1 30 q551 45~7.GO 12155,El 3C
UflS. GRAVI1Y (~GALS)
98C~S7.Al 9Scsge ."3 98C'.::51.ISC 98C:9E .32 98C':5E.8': 98C55E,P 0
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FPf.C:-~IF SI~Fli: JCLGLER (P=2.cll
-ES. T: -8,3.41 -eS.38 -·~)~.~, -Sl.34 -94.44 -f:9.7': -?l.2~ -E7.8C -1-!'3.tt -SJ.JE -·11.~J -';1.5S -'3".SE -88.4E -9:.:c -E9.23 -sJ.2: -~8.41 -2~.4~ -E6.A3 -c-l.2E - t:5. ·j 4 - .:: '"J I:. r ~'-•---45.34 -s1.~s - H .12 - ::r:;;. IC -~3.73 -83. ~ ~ -lC.17 -12.2~ -33.67 - e.!.. 3 ~ -es.oe -H'l.U -67.31 -rn.1: -S7.1C -sn.1~ -<::cS.4~ -S9. 41 -58.74 -s~.1E -si+.21 -9:-.J.2~ -S4.34 -:;,;:;.31 -51.J~ -92.:,=
PR[~C[DftL G~AVITY FACTS FCP c~sc~c~ MCL11~I1S, ~OS~I\GlCI
QLAC: 1 ~2C'.l .14~30
STAT IO~ ltTITUOE l3NGITLCE ~LEVATJC~ r.c. <C,M,M/10]) <~·"·~'1'C) (FE:Tl
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PR[ftCIPAl GPAVITY FACTS FOR CJSC~CE ~CLftlAiftS, kASHI~GTCft
QLAC! 1~21514~3~
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OlAC: 1<2151451~
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QLAC: 1<11514"45
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QUAC: 1<13014045
STATIC• LAT[TUO~ LONGITLCE r.c. <C,•,M/1JOJ (D,M,•llOC)
10865 45:7.87 12144.F.: 1 087~ 454~.31J 12144.~5 1087 7 4573.17 1213e.~3 1 08 i 8 45:4.59 121~5.,9 1 08 7 'l 45:4.13 121~=.:1 1 oa e J '45~0.3g 1213E.,'l 2525 4547.44 12138.CE, 2530 4'::4'l.27 121~8.~~ 2 531 4550.54 12139.€2 2532 45:1.,4 1213il.~2 2 566 45!:2.65 12131.11 2 56 7 45:3.31 12131.11 .2558 45: ~ .·,5 12130.:8 2575 45:9.58 12131.~8 2 58 Q 45:9.44 12131.cg 2 5 81 45:8.59 1213C.1': ~ 45 2 45 45 .95 12131.ES :! ,4 5 ~ 4546.57 1213C.EC 3 4 5 ': 4545.64 12137.77 3457 4547.3~ 12141.,~ ,3 45 P 4547.59 1214~.,4 3%~ 4548.55 12144.•2 3:24 45:1.04 1213C.:3 3':2c 45~':'.81 12138.~E 3658 4551.38 12131.€6 3E6C 4S4~.'l8 12131.~A 3E62 4~4g.A4 12131.~1 3E6~ l-fS~B.:l 12137.16 3E71 4~~2.26 12143.,1 3E74 4559.19 121'+~.2~ 3E 7E lf5::9.26 12141.25 3Eil7 '45:::'l.9'1 12143. C4 3 691 45:?.83 1213~.:6 3 69 2 45:!S.84 121~4.~S 4 o 2 e 45'49.03 12134.~1 4025 4548.54 121~4.21 4 0 3 c 4547.83 12131.E'l 4031 4548.18 12137.~A 4035 4556.6(, 12144.CH 413E 4Cj:5.92 12143.45 4037 45:s .. 2a 12142,€6 4038 45:5.62 12141.Eg 4 0 3 S 4S:F:.50 12141.:~ 4040 45~/i .7,J 1213':i.€1 4041 4'556."i3 12136.~3 4 04;;: 45:7.56 1213':.10 4 34 5 45:'~.19 1213'3.H 4 04E 4'5~7.85 12137.79 4 04 7 45:7.75 121,~.f7
ELEVATIC~ CFE~T >
,3692 18"1 1 77S 20 7E 22-'57 321~ l34E l4SG 1495 1615
9,; 4 1078 1 2 5 7 1881 1871 18C7
495 C: /'H:: - •,) ~
1068 1785 2150 360~
717 680
14CO 2'42C 2525 2240 287C 361:C 3585 2610 3831 4063 308e 2151
~42 2524 3234 3C42 3004 30S5 3l 4C 311 7 26'l9 248: 2986 2 84 7 2683
()8~. GRAVITY (t'roALSl
98C421.3c 98(::14.::4 98(:47.84 9BC:2E.5': 'leC:14.79 98(432."'3 98C:':1.8~ 98C:'::6 .81 S8G=E2.F1 58C1:":!:.C:7 58C58E.7E 'J8C58G.8, 98G1:ll.3'.J 98(:41.29 98(:42.J~ 980:42.76 98(59:.85 98C:97.12 98C:~9.03 98C52'l.E8 'j8C'::1Q .. 6.; 98(410.79 98C598.42 98CEOO.A2 98C':c2.21 98C479.Pi' S8C0Eo28 98('190.59 98C4~1.7: 98G429.2~ 580411.SA 98(458.7'i 58(408.71 98C~S7.77 98C434.27 98C4S9.7E 98C~':JE.61 980442.87 98(452.57 S8CH4.5E 58 C4EI. 7A 58(LE4.10 9BC4~E.7.;: 58 C45E. 70 98C49<:.E'l 98C:02.74 5eC4E:.74 98C47E.~4 98C48'l.87
4'~.25 -9. ci 2 2.il9 7. 4 L.
11. 4 7 26. ~ 4
-2s.22 -12.21 -s. ']5
-2.:5~ -~4.27 - ~G.21 -23.94
-3.H<; -3.62 -·1.73
-58.99 -:7.71 -41.44
-5.8E 9. G 2
44.37 -43.21 -43.9: -2'+ .• 38
Q.lE r;. A 9
-3.22 4C. 7CJ 4 7.F.~ 55.34 -35.2':: 46.73 E3.ti~ 18.68 -3.22
-~6.6= 13. 1 4 ~9.21 ~4.b6 ~4.8"7 ~5.q7 ~ 4. 7 f: :2.28 27.21 17,57 2,;, 75 24.75 ~ 3. C i.t
SIMPL.: HC LCLi:.R <P=2.fJ"1)
-7:S.:: -13.9~ -~!.11 -f3.31 -E4.7, -82.Ef -7~.CE - 6 1 • I; ~ -:,;.c1 -51.':f -tin.SC -Et·1.S2 -fS.7E -f:.-7.'3: -67.~: -6'1.2E - 1~. 8 ~ -1<+.'il -'l!.B2 -6,S.E.!: -f.4.21 -7R.~~ -E1.62 -61.11 -1::.c, -A2.2f - 79. 2 t
-1~1.51 -::6.5f -TS.~S
d ~ -:i C - ..: .... .,
-~3.(1 -23. H - 74. H -e:..;.4~ -7S.4E -Vi.11 - 86. 4 ~ - 7S. 5 4 -t;13.9:; -67.4~ -0il,5E -72.lS -73.ES -f:4.7~ -67.07 -74.'Jf -72.lE -E3.~4
PRI~CIPAL GR;~ITY FACTS FCR CASCACE ~Gt;~TAI~S, ~OSbI\GTC~
Qt;AO: 1::1301454S
STATIO~ LATITUDE LONGJTLCE El~VITIC~ I.C. <C,~,M/lCJ) <D,M,~/100) (FE~TI
4H€ 45':9.07 12134,4? 224g
ORS, GRAVITY (~GALS)
lE
FRE~-AIF SI~Pl( BCLELE~ <P=2,,i71
PRI~CIPAL G;AVITY FACTS F~R CISCtCE ~QLil•I~E, ~IS~I~GTCi
1LAC: 1~145/4545
SlATIO~ LATITUDE LQNGITLCE J.C. c:,~,M/lJJl <D,M,~/l~Gl
1 ()8~2 4549.71 12149.~9 l 08E 3 4'i49.99 12148.17 10'lE4 45':0.87 1214€.:~ 1 08E6 45:0.77 12145.(2 108E7 ti5~1 .. 1q 1:2148.~8 10868 45:2.85 12147.(2 10873 45:8.82 1214:.~g 1 OB 71 45:6.52 1214:.10 l O'l 73 4'i47.G8 1214?.. ~2 1J87 4 4!:46.25 1214F,~7 2 e 11 454'5.71 121so,q7 2 ~12 4547.~0 12152.(4 287~ 4547,54 12152.<.:4 2874 454/l,Ol 12154.29 287: 45 4:.', .o 5 121~~.«;1 287E 4'i47.66 1215/J.~l 2871 4547,74 l21S9.E6 2 87 8 4547,61 121'i9.~5 2 880 4546.07 12150.CE 2838 4:49.27 12154.7~ 2E8S 4540.19 12154.4.9 2E90 4549,71 1215",,l 2E'll 4550.10 1215".~.q 2E92 45~0.52 12156.~9 2 E9 3 ~5:'.1 .g3 1215E,S7 <834 45~1.60 12157,72 2E95 45:2.11 1215P.~1 2 E'H 45:3.30 12157,E'l 2E97 45':3,99 12157.10 2 E <J e 45:g.12 1215"., ~5 2 go 2 4554.24 12l'iE.E' 2903 4551.16 12156.:3 2504 4547.78 12151,SO 2905 4549,lfl 12152.14 <906 455').15 12152.~i: 2 90 7 45~6.'J7 12149.P 2910 45:5.45 12151.43 2 511 ~s:4.og 1 2 1 :: 0 • ~ ~ 2512 4553.43 12152.t:1 251~ 4553.18 12153.:D 2g14 45':3.18 121'i~,E4 251: 45':4.19 12149.J~ 2S1E 45~q.4,g 12147.£: 3462 4548.91 1214':,,7 4 a 3" 4556.50 121'1:,::2 9436 45~6.95 1215f.18 3437 lf:ilfA.13 1215':.E~ 8435 4545.51 121~0.l" fl 4 4 4 4S:1.21 12155.:S
EL'::VATIC~ ffi:~Tl
21ge 3214 42Q2 2392 211 8 3231 4074 312~
7:3 1888
624 8 !'"I ....
; "-51E 985
1109 2608 3Dl2 2 CJ 8 5
,; ? C ..., - -~
101: 99~
1021 1 0 tJ 1 102E 1024 1 J 'i S 108S 1191 1261 2790 1323 1813
832 5~8 995
4568 2 P. G 1 2798 2615 25J3 25/lS 3134 3~27 3649 3123 1520 11 ·: G
4 Q fj
1500
ORS. GRAV!lY (~GALS>
58(4f9 .60 98(442.78 580~75,78 58(:Q0,19 58C47E,4: S8C4r:1.lf2 9RC~S3.'-::'. 'l8C4:ll.:l 98['-::S'.J.lt 98C':12,'i2 98~585.E3 58C584,F': 98C~7Ed'i r;sc~73.~4 'i8C':E4 ,99 S8C4E:,PO 98C4•J,A5 98C442,73 98(::'il,33 580:72.92 98C':74,4~ 98C~74.25 98C':1E,17 'iEC':7:.01 98CS74,S7 58(:73,81 98(513,41 98C:E9,88 S8C':EE,AO 980414.42 58C~':2.~7 98C:24,37 98C5A4.54 98(:78.18 98C:7E,8" 'l8C~l4.~: 98C411,3C 580413.ga 98C483.37 98(489,72 98C4e3,':4 98 C4:'1,E': 98C~2i:.1J 98CH2,':1 98C4~8 ,2 2 '58C1:£:~.42 98C~E7.l~ 98C':'il.67 98C:2~,27
2S. 71 ~7.(,C 6~ .20 16.51 27.'jf 4 3. 5 1 ~5.Y4 34,92
-4'"".i.B2 -11.34 -:2.11 -42.9C -4C,'JE -~H.62 -25.2€:
7 • 1 3 213.Jt 19.~G
-E:J.'+5 -:8.')1 -~8.35 -''i.77 -~7.33 -:.f:a/7 - ~1.~2 -~6.1:>C -~s.22 -31. 38 -2A.11
15-~5 -26,d9 -14.35 -40.9E -~9.8E -~7.2Y
65,28 19. !:I 0 23.41 16.bE 12. 8 5 14,76 ~2.,:, 1 4:. :] g 4g,fi6
~4 .• bf -9.55
- ~4e\. 6 -il,44 -s. 3':
l
SI~fl': dCl~LEF (P=2.t 7l
-C?.5S -ll,E1 -7().52 -64.SE -~7.(E -~s.~~ -R2.E~ -71,4: -1).]f:. -7;].f.!: -13.Si -7:J.21 -12.;..~ - 72 • 1 I: -r~.c~ -81. 7~ -B:?.::! -8;".07 -78.51 -72.':.1f: -72.IJ -·11.::~ -71.4: -11.1:; -12.-::: -'12.:1 -72.lE -11.S" -71.CE -73.4~ -11.s: -·,s.1c -cg.~c -11.e1 •7!..lE
-1J3.5~ -7G.UC -71.E~ -7'.!,41 -7~.t.iC -'1.3 .• ~2 - "1 '+ • 1 :: -11.::4 -74.4~ -/1,71 -Fl.~i -11.::~ -85.Ct -JJ.Cf
PRI~CIPAL GRAVITY FACTS FGP (~SCACE MSL~11I~s. ~·s~I~GTC~
QLAC! l,1451454~
STATIC~ LATITUJE L(JNG!TLCE ELE\/ATIC~ r.c. cc,~.•111~1 co,~.~,1~c> <FE~TI
3q3~ 4549.37 l21S9.C3 lE60 8491 4549.49 1215F.7A 113G 3q9E 45:1.98 12149.E~ 1800 8491 '45:2.ag 12149.,6 2 .3C G 8 4 9 <; 45:2.69 121:!.4: 2E80 a~oc 45':2.38 1215~.S4 2460 8501 45':" .91 12154.15 1695 8:02 45:1.1,; 121'S2.S5 2 3 0 G 8 ': 0 3 4549.94 121:3.77 2410 8:04 45~4.57 12152.C& 24G5 il SO: 45:ii.04 12151.E'l 2650 ,9 :OE 45:7.'lq 12152.~6 3200 8~01 45:5.87 121:'~.c,s 2560 8:08 4':~5.11 12154,47 2400 as as 4~~6.28 121"4.fl 248C 8:lC 45:l'i. 79 121'51.,9 3CBJ 'l':11 45:8.66 12151.C': 374G 8 :12 45:g.q~ 121:0.7~ 4080 il ': l 4 45':'l.92 1215E,1': 328C 8: 1 f. 45':9.75 12158.€4 32CO 8534 4~:i;.21 12158.~7 1800 8~3~ ~':~S.23 121sa.,:4 14 7C
OBS. GPAVI1Y C~GALSI
98C':33.4A 98(~1:2 .. c 2 ~BC~3~.7,3 98(:89.77 980480o4E 98C4B5.:2 'J8C':3':.lg '38C~03.~3 98n51.C7 98G49:.78 98C48l.D1 98(449,24 98(489.22 98C4S8.8'.l 'l8C49E,El 58C4c2.l: 98(411.E'l 98(~50 ,E7 98(448.P': 58 (4':5 .49 98(':~8 .8 7 g8C~44,36
FREE-A!F S!~Flt HClfLER CF='.>,S7J
-16.:14 -n. 4E •3(Je92 - L.41
-5.45 -GS. 7E 14.24 -S4.D~ 20. 9 e -7J.~C 9. A 1 -n.s,
-14.2€ -11.ss 10.61 -6!.7, lU • ..14 -71.7< 7.6( -7i+.32
13.,,6 -76.fC .3D.6E -78.~l 13.S6 -13.~t g. '+ 2 -72.32
12.90 -71.57 24.13 -8: • H 42.? l -84.41 :1.96 -e1.c1 ::4. 9 ( -7£1.El ::H.?7 -1:.12 -8.6S -7C.JC
-.:2.rc -82.t~
PRI~CIPAL G"•VITY FACTS FOR CASC•CE ,oLftlAI~S, ~tSHI~GlCft
STATIC~ LATITUJE LONG Ill CE ELEVATICft I.C. <C,~,M/lSJ) <D,M,M/!OCJ <FEET)
A 19 E 7 454~.44 12214.,7 1454 A 19 Ee 4547.3'+ 1221~.~5 l6Sl Al965 45H.<11 12211.:6 236E A 19 7 0 4'547.44 1221c.~c 327: A 1971 45'!6.83 122:19.~6 354E A 19 7 2 4547,44 122CE,CA 2949 A191~ 4548,15 1220E,7E 3437 A 19 7 4 4!14H.46 1220::.P.3 3698 A l9 7c 4547.'l5 1220~.El 3342 41976 4547,69 12201.4j 317f 844~ 4~~2.29 122,:1.11~ 2820 844€ 45:2.79 122G4.'3e 36 80 8H8 45:4.52 122Q4.E4 385C 8445 45:4.58 12207,48 32 80 845C 45c5.3' 12205,47 ~'.:.3C .q 451 45':'i.97 l22l.!.(<1 2620 8452 454f,07 12213.16 1 :': 8 0 845~ 4SS5.97 12214. 71 128C 8 461 45:5.14 12212.€7 1C6C 8462 451:5.45 1221~.e3 112C 8 463 45:4.63 1221~.1g 1600 8%4 451:3.54 12212.E~ 18 3C 8!J6= 45:3.q7 12212.(7 2 l 7 C 846E 45:2.21 12211.El 32:a 8 46 7 45':2.45 12213.77 ,3 0 0 C 8 46 f 45:1.87 12214.50 1983 8 469 'f5~! .. t) J 12214.~~ 2C64 8 '17 0 4'549,67 1221·3.~~ 1120 8 471 454g,52 12211.1:' 1485 8 47 2 454g,4c 12209.17 l:8C 8473 45:C,65 12na.44 315C 8 4 7 4 lt5~2.92 12202.47 2440 3 If 7: 45:1.37 12210.21 3 4 '18 8476 45:1.19 1220f.'i7 377C 8 4 71 45:0.95 1220~.1:2 2807 843( 4':~5.24 12201.43 42(7 8 481 4:':4.23 122oc.1s 2160 8482 45:3.19 12200.24 1~6C 848E 4S49.34 122CS.'32 l 83C 3487 4549.DJ 122Q2 .. 5'::: 1560 8 48 8 4550.60 12202.(6 l 'l lC 8 48 5 45:0.06 122J~.~': 2 4 7 0 8:24 45"~-'+7 122:r:.~2 3110 !l:2: q::~c..22 122-)6.:'l 31)0 8:26 45:5.91 12203.~2 3000 8 S2 1 45~7.09 12202.~1 3440 q 4: 2 e 45~'7.74, 1220~.~2 JA 'iO 8:25 45:'l.68 122C6, 19 2653 8:3C 45:9 .53 12201,74 4165
ORS, GRAV!lY < ~fiALS l
98(:73.~9 98(':~3.0! gac:03."1~ 98C~49.c8 98(426,72 'iEC4E:,'iD 98C'i~4.C! 9ec41~.-sr: ':l8C4~l.74 98(433,P7 58(4fq,Cl '!8(433.(7 98(423.4~ S8C4EO,S8 98(447.22 98C~C4.S5 98(::0.!2 98C!:8f,"3 98(!:~3.1! 58CtEE,75 138(': £~ .9: 98(::~.~2 98(:~7.27 r:18C47lf .~f,
5E047:.7R '':38(~42.05 58C':qG.~C 98(:11,15 58(:71,19 98C:58,3S 58[4E7.12 98C50C,86 'i8(<:0,lf ':l8C<17.10 98C4<;G ,6i, 98G375,2: 98C:19,1~ 'i8C:E8.55 98(:27,71 SBCl:22.47 98C:29.14 98C4g2,8C 98C97~.~~ '38CH7,e~ 98(44~.:37 58C431.R3 98C~23,1C 98C49:,34 98C394 ,'39
FR~E-A !F Sl"FLE i!(LELC:F <F=2,cll
~.jO -lf4.2~ 4.83 -::1,4(
22.71 -·;7.ff 5 ,. 4 8 _i::,B.~E ~ 1. 7, -t3.1~ ~9.h4 -6J.P.C 'S2. SE -64, H ~8. 61 -£1.~~ 41. 8 3 -72.CC ~~.is8 -79. ":;'; ; 3. 3 G -72.7':. E7 .s::. -57.84 71.0'3 -6J.CL : s. Ge -:6.f~ 63.71 i;; ~ i:::: ,.
--0•-" ~4.48 -7.:!f.7t: -2.B4 -56.Ef -("1.58 -:,. lE
-22.4~: -5.'i.:~ -43.:,9 -,Jl.7~
-3. CE -57.::f 14, 3 1 -41.::~ 27.65 -4-~1 • ."2~ F.4,21 -44, H %. IE -:s.4~ 1':\, 25 -4,.:£ 2 5. :. ~ -44.tl
-!S.47 -':3.6~ -3.:J6 - 51. C ~
U • 3 7 -':).lil 'i r:; • 5 2 - 58 • .3 i 18. 4E -f4.E~ E4.91 -s2.~~ E2.41 -66.CC ~. 7:. -B'i,EE
~9.:i5 -l''l.74 8.4= -(S.1~
-15,4C -El, 7: -6. 61 -68.94
Q.R~ -es.c;~ o. 3 e -6 1+.E1
1 ·7. :='i 3 -SL.EC qt:J•·~l -:1 .. 1~ ii 2. 58 -f:).: C 11.13 -s1.c~ 0.2c -73.'37 6S,ll -~5.6E 24.29 -£(,.01 E5.2~ - 76. 7:
PAI~CIPAL GRAVITY FACTS F~R CASCACE PGL~lAI~S, ~ISHI~GlC~
QLAC: 1 ~2':C 14':45
STAT IO~ I • C.
8531 8:32 8533 8 7E 2 'I 8 0 6 a eo 1
LAT ITUOE
45:A.92 4~:;8.24 4~~8 .. 24 4545.36 4547.67 454,;.3c
LONG !TLC£
122ci:~.<;1 12201,S4 122c:.~4 1220C.:5 12214,SS 12214.:5
ELEVA TIC~ <FE~Tl
3C8C 277G 256C 10 3 r. 1760 3173
OBS. GRAVllY < !'GALS l
S8((f6.!8 98C4PE.56 98(47:,3': 58(::7,51 9EC~~:.1,; SBCHl,72
F~E[-A H
~4.'1~ ;_ 7. 5 7 c3,84
-45 .. /~ 1 7. 3 l ss.2:
2(
Sil'~LE tlCLGLER <P=2.Ell
-'i9.9E -b.f>e 7] -f.::-Je5E -EO.EC -q2.E~ -q9.8~
STAT IO~ LATJTUO~ LJNG!TLCE ELEVAl!C~ r.c. tc,~,M/lOJ> to,~.~11ac1 <FE~Tl
A 1812 4'JS8.0C1 1222?..::6 4 ,] f Al813 4~:s.20 1222c.rn 'I 3 4 A18H 45!:l.70 1222~.;;:c 69C A 18 1 ~ 4S4J.l0 12221.n Ii SE A 18 16 4549 •. 30 1221E.C7 S62 A1817 4545.43 12220.::~ 558 A 1818 4546.00 12226.C4 412 a 3 a 1 '45':R.88 12218.,C 52C 1noe 45!:'7.67 12219.:CC; S 'JC 8454 45:_:·1 .. 09 12211.E6 711 845S 45~6.32 12220.~1 ElE 845€ 45:5.68 12222.11 err
~ ;.; ·-8457 45:9.83 12221.f4 465 8 46 C 45:7.67 12222.~1 240 8 58 E 45:5.86 12221.48 ~52 8 58 7 4':~6.23 12221.4~ 560 859~ 45':'i.Bfl 122!9.E~ 11 70 B'i'll 45:'i.76 1222'}.~'t llJC 8 59:; 45':6.00 1222'.fl e J J 8 59 3 4'i~E.4'i 12220.19 665 8594 45411.53 12219.f!i 755 q59~ 45~f...2B 12215.47 83: 8 ':9 E 4556.(14 12215.2S 1 0 10 8 597 4'5~5.gl 122l'l.::~ 12,; 0 asge 455:i.7~ 12219.6g 13 70 8Ell 45:4.lil 12226. 74 399 9fl2 45~2.62 122?4.2<1 698 8El~ 45"'2.04 12224.~7 707 'If 1 4 4S54.34 1222~.';P 1 0 :: 4 8 E 1 ': 455S.44 1222~.11' 437 8619 45:2.98 12221.:6 1440 fl 62 1 45':4.49 1222G .;:g 2010 8 E 2 2 45':2.47 1221E.4f 1885 8E2~ 45SS.8'l 1221 ].23 1591 9 62 4 45~4.71 1221E.E5 2G 35 flE2': 45:4.05 1221':.:4 3C 45 fl E 2 E 45':Q.78 1221"-~l 2 2 70 8E27 451::J.56 12219.E'j 214C 862 e 45°1.41 12222.:3 920 8632 lfS:C.41 12225.49 460 BE3~ 4::0.20 12221.~1 ~6C 8 E~ 4 45:1.77 1222e.c2 1G8E 863: 45':2.1C 1222E.7': 1070 8UE 45~3.72 1222P.74 830 8 63 7 45':5.76 1222~.51 435 8E3e 4551.')7 1222'3.,2 99S 8635 45:8.47 12229. ~9 4 7S 8E40 45:7.47 1222E.:g 2010 8 E'I 2 4':48. 25 12225.:C 504
OBS. GRAVITY < ~GALSI
9 8 CE ~ E • 2 1
98CE4E.7J 98GE23ol~ <?8CE2c.~c 98CfC1 .g 7 98UC3.':g 98Ct28.58 98CE4E.74 98CE4E.'l'l 98CE~O.OR 98CE~E.7C 98(Eq3.':7 98Ct':7.EC ~8CEE8.14 98Ct'9.E1 98CE4C.':l g8CE04.14 58CE07.A~ 98Ul9.44 9flCE~3 .91 98CE24.':7 seCE H .gB ':18Cf }~ .:ci 98(:58.~4 98C:B9.)5 98GE48 .;:, J 9ECE2'::.~4 98CE23.28 98CESE.Sl 98CE47.26 98C':19.<;2 980S':l'.9.~ 98(':'::2 .o ~ 9ac::o.t>1 98C:46.C3 'l8C470.74 9€052:.72 98C~3lf.5": 98CtlJ:.~8 98CE33.55 98CU7.~8 98C557.F7 98CEC2.21 98CE20.18 98CE:0.?5 98CE2C.74 98fE54.81 'l8C:47.39 98CE24.:1
21
FAE~-AIF SIMFLE UCLCLER <P=2.S71
-2s.11 -33.<;4 -27.~3 - ~2. b 1 -22.:2 -4~.:; -.2-3.94 -4.s.2~ -13.95 -'+6.7E -8.38 -41.Cl
-~3. 71.4 -47.7] -25.25 - 4?. 5 f -25.01: -4".Cf -21.24 -lf5. 4 f -~2.'+C -43.~E -~s.~c -42.2( -20.'75 -3s.e~ -28.36 "Z .,· c::: ,
- . .,:Je _.._
-24.81 -qJ.El -23.72 -42.JS
-2.18 -lt2.C~ -4.>J8 -ct~.~"
-21.d 1 -4~.11 -20.11 -'i3.~E -9. l G -~~J.4.":
-21.g.3 -'j;; • .2: -9.!iH -lf(; .• 32
Q.44 -42. H 2.1: - 44 • 5]
-2B. -J~ -4~.:~ -2,J. ft -44.':4 -20.8C -44.EE
-8.':IG -44.EC -27.34 -t+?..2~
3. Q 5 - 4D. G C ~ 3. 7 1 - 34. 7: 18.10 -4rJ.1( 21.4.:C -'+0 • .3€ 22.B~ -46.4E 43.54 -;s.1, !G. s 5 -46. H ~ 7. B g •45.CC
-17.52 -48.A!: -:1.31 -46.'3# -~6.'J7 -48.E2 -10 • .31: -47.~4
-H • 7 2 -4:J.li -14. R 7 -'13.14 -24.lS - ~9. 1 ( -3.84 -37.7~
-20 .. 41 -36.7~ 17.GB - 50. i E
-~2.'J:: - :,:: • 1 ~
STATIJN LATITUDE LJNGITLCE ELEVATIC~ r.o. <C,~.~/lJC) <J,M,~/100) (FE:T>
'l 6 4 3 454~.62 1222f.1~ 1:1 8 E 4 4 4547.49 1222:.CC 770 'l E 4 S 45Lfh.B.:J 12228.:2 :24 9 E 5 .J 4545.42 1222E. 7c 360 IH'i 1 454'i.36 1222g.17 3 i:; c; -~ . ., 'lE52 45415.20 1222~.]0 510 8 7'J 3 45:9.82 12225.C3 582 37g~ 45:'l.56 12227.~5 850 3797 45:9.8.} 1222~.'32 .3 9 5 il 79 e lt5'1q.12 12221,27 656 8 795 4549.13 1221~.cs 1022 3 80 1 454'.':.12 1221,.u; 1310 fl 8 0 3 454':i.55 12217. 14 1340 3804 q'jq7.66 1221Aol4 1R60 880~ 4'.i47.69 12220.,6 961
OflS, GRAV!lY (~GALS>
98Cfl: .CP 98(599.69 98CE19.1~ 58CE3~.a,: 9/lCEEJ.5~ 5BU2~.fC 98Ucl.~2 9BCE~l,11 98CE':9.':4 98CE20. 7C 98CS59.77 5ac:i,2.1: r;is:::11.a,3 98C~48,56 98CED1o'lE
FP[~-AIF Sl~PLE BCLGLEF <P=2.tl7 >
- 24. 41 -48.,E -~1.()C -S7.8~ -~4,4C -52.2~ -~4.41 -4o.6E -6.s-, -tR.Eif
-,8.7C -4S. 0'1 -16.2: -36.01
- 7. 1 0 -~7.Lt1 -2s.sg -]g.J4 -~3.1'1 - 4h. 1 C -10.29 -4~i.1C
1~.82 -2'l,2( 2.28 -4,).3E
19.S4 -43.4~ -11.67 -q4.4C
P~I\C[DAL SF~VITY FACTS FOR CASCADE ~GL~11ris. ~IS~I~GlC~
QUAC: 1.1:'0/4(,00
STATIO~ LATITUOc LONG!TlCE EL:::VATIC~ r.c. <C,•,M/lS0l (D,~.,,1•c1 <FEETI
10458 4"iCO .95 12114.~2 1827 1 04: 9 46C1.45 12111. 7'.: 18:7 5161 4614.45 12107.f4 4060 5162 4613.69 1210~.~1 3553 5237 4600.47 121C:,~S 2100 523E Hi:' 4, 29 12101.f,; 2861 ,~3~ 46:1.11 12101.15 2882 5240 4610 .90 12102.4& 313~ 5241 461:J,92 1210E.E5 3298 5 2 'I 2 46C7.5J 121DE.£'3 27H8 ,244 46C5,47 12108.PE 2432 5247 4613.53 12E8.7" 5111
OBS. GRAIIIH ( l'G AL S l
980:29.68 98C::3C.7': 58U~99.2C 98C427.70 58C:14.9C 98 C 4 E 7, S 0 980~~7.10 98C4:3,4C 58C4'10.EC 58C4E8,c0 9bC4R7.£0 98(c24.P.C
FREE-AI~ SI~PLE HCLELE~ (F=2,Gll
-2_2.45 -il4.72 -24.J~ - Aj. EC
~E. f 1 -1c1.s1 18.67 -102.~ti
-lu,':l7 -A"' "1 C -' - ..... ,
7.g5 -89. '1 S 3,88 -94.~E 9 • .J 7 -97. H
11. 7 6 -1~,~.::1 -3.3~ -9d.~1
-14.48 -9/.~l E~.41 -111.Ei
QLAC: 1,115/4600
SHTIOI\ r.c.
5172 5 l 7 7 5245 5246 5 2 4 e 5245 5 25 0 5251 5252 5 25 ~ 5254 525: 'i 25 7 57fl4 7295 7~15 7 ~1 E 7 ~ 1 7 1c1~ 7~15 7 ~2 ~ 7 ~21 7 32 2 7 32 3 7 ~2 '+ 7325 7 ~2 8 7~25 7 ~3C 7~31 n32 733~ 7 ~ ~ if
7!3: 733E 7~37 7 3 38 1ns 7240 7~41 7.~Lf2 7~4~ 7~44 7~46 7347 73 1H 7~4~ 1~5a 7~51
LATITU'E
4613,22 4614.47 46C5.26 4610.24 46".fl.04 4604.f,4 'f6Cl.1 7 46G5.47 46(3.76 46:.!0.69 46Cl.R3 4605.72 4603.44 4h01.17 460'i.24 46Cl,18 46:1.21 46Cl,fl6 46Dl,23 46CG,74 46,:1.48 46(1,57 46Cl,60 46GO.BO 46Gl,65 46C2,21 4600.94 46CC,64 46'.Jl .R2 4bCl.R2 460J.94 4;~-:.,;1 46r~.g5 'l6C0,95 46C0.2'3 46Cl.39 46C~.92 46C0,14 461'.l.9il %C2.6/l 46G2.77 4603.07 46(2.99 46:3.24 46C4,23 4604.73 LH':~'1~32 4 6 C9. 2 3 46C8,43
LO~GJTLCE
1211E.,r 1212,:.~g 1211:.65 1211~.19 12117.€3 12117.15 1211E,EO 12121,48 12115.~7 12121.~~ 1212E,:' 1212~.EC 121?5,Jc 1211".8 1
12129.12 12125.~2 1212e.~2 1212s.e<J 12127.2'l 1212E,E5 1212:.(5 l'..'125. 74 12124.48 12124.1:5 12123.27 12122.10 1211E.2R 1211:.n 12llf,EO 1211A.CE, 1211E.C9 12118.73 1211S,26 12120.~9 l 21:2:. B 12122.09 12123.11 1212~.<:2 12124.Cl 1212~.2;; 1212 ~ .c,:, 12123.CE 1212s.i:s 1212A.26 12127.~f 12121,11 1212~.74 1212'.'.54 1212~.E~
ELEVATIC~ ffEETl
2665 4520 2062 ~8:3!: 2461 2225 1890 3339 2396 ? .., n ~ '" <:. " ....
3211 4042 4435 189C 3E 3E 2C95 2395 2475 277E 2824 3213 32~5 3145 3621 2'382 3014 1e12 1850 1930 1'368 1873 l84Q lll80 2021 1882 2 4 41 29Y8 2845 3218 3434 3343 3 4 5 6 2852 32~2 3737 3/lJ2 3 yq :J 5676 5~8E
ORS. GRAVITY (~GALS>
98C4EE.43 98C~El.9G 98C':13.9C 98(~58.40 98G4H3,90 98C=C•R.1G 980:2:.70 98(441.60 98C4gE.f.C CJ8C~11.;J 98C4S3,10 98C~9E.70 98C~70.70 98(~2'=.4( 98C4,8,"0 98C:2E.8C 9AC~]F. .01; 98Gt::JC .4~ 98(483.30 98(480,EC 98(4:2.~0 98C4~-3.7J 98C4:3 .FC 98(418,SO 9804£1.20 58C45B,4C 98Cc2E,4~ S8C~27,~J 98C~23,f0 98Cl:2J .:c 98C':28.:,C 98C:~D.4C 58(~21,10 g8cs22.oa 98C:,~1.~C 980497,i,J 98CH4.CO 98 0 4 7 7 • 3 0 58C443.30 98(4~4.40 98C440.~C q8C433,.oo 5 8 ( 4 7 E • 7 : 98{:44:1.40 98C41 E,SC 98C488.20 sacq;1.2'J 98C2'iE ,C0 580~00.50
FREE-A IR
-2s.4:: lf2. n::
-22.66 21.1 C
-19.33 -12.20 -20.ge
24.H~ -s .. ;-_g -5.21 29.-, 8 4~.F.e 60.ce
-2r.1e 40. 3 2 -1.:Sl
(,. 7 7 7,>:ll
19. 9 7 22.:12 ~::I. g C :3'J. 21 ,4.42 .:~. 7 C 11;.Gl l5,Y8
-21.112 -22.24 -2C.19 -ltJ. 72 -19.B.3 -19.22 -2S.08 ·ll,Y2 -14,!'s')
? .:., .., , ..• ~ '-22.02 2 2. 1 0 ,.. , ",-.::::o. ;w 0
~]. 7 8 ~8.lE ~1.Cf. 17.Sf 2 7.'13 39. C 4 40. RC 45.89 5.3. 38 <;O.S2
24
SIMFLc HCLELEfs CF=2.G7l
-11r.).22 -lll.3C
-92.'3C -109.5~ -lJ"l,l~ -87.'3E -ES.2~ -BB.ES -87.8'; -e: • .::.: -79,:,f -91.5'; -s~.Sl -E4.:~ -83.~3 -72,6E -1t+.e: -76.~~ -74.Sf -73.6~ - B,: ~ -7H.S: - 82. 7 C -B7.E~ -E'+.91:: -8t:,,6E -85.2C -eJ.2~ -85.~~ -E6.7t -a,.,;;: -81.ES -90.12 - 80. 7 E -7il. 7~ - a.:. E 2 -BJ.Ct; -74.EC -8'.'1.':S -8G.l'; -.=35.6t -1:;.c~ -F7.2[ - e2. 1 ~ -88.2G -92. 4 C -SJ.Cl -59.54 -Si9.6~
PRI~CIPAL S0 AVITY FACTS FC~ c~sc,cE MC~ll1AI11S, ~ASHI~GlC~
J~AO: 1,11514630
STATIC~ LATITUDE r.c. <c,~.~,1J?>
7~52 46G4.tl0 7 ~5 ~ 46C4.84 7~54 4603.7G 7!5S 46·":3.88 735f 46C3.94 7 !5 7 46C2.70 7 36 C 46Cl.89 7 ~61 46~2.42 7 36 2 46(2.18 736 ~ 46Cl.41 7 36 4 4603.69 7 365 46C3.A3 7 36 E 46C4 .lq 7 3E 7 4604.53 136 e 46C4.10 7355 46(3.69 7370 4E04. ~2 7 371 46C4.54 7 372 %CS.55 7 373 4605.23 13 7 4 46CS.96 7 37: 46C6,76 7 37£ 4607.~4 1 311 46(6.56 137 e 4605.69 7 37', 46CS.26 7380 46,:4.89 7!81 4604.21 7!8, 46C"3.57 7!8E 46t:~.~7 7387 4602.68 7!90 4ED3.36 7 !91 4604.11 7~9. 46CS.4J 7!9~ 46~~.71 7~94 46C6.43 7~9~ 4607.32 7 39 E 46(6.15 7!97 46G7.45 7~9E 46C6.AO 1 ~ 9 5 46C7.29 7 4 0 C 46C7.-,J3
7401 46C5.R2 7 40 2 4606.19 7404 46(8.40 740!: 46:9.21 740E H::;1.31 7 40 7 4688.91 7 40 8 461:.11 740S 4610,83
LONG ITlCE (0,M,~/lcC)
12123.H 12122.t:9 1212~.(7 12110.f,; 12117.18 1211f.f0 12119.17 1212:.~8 12121,19 1212C.~8 12121.El 12122.:8 12121.77 12122.7'3 12124.F 1212~.~E 1212 1
~ .. :R 1'?121.~l 1212:3.:"3 12123.22 12122.«:;3 1212~ •• c; 1212~.2~ 12122.~7 12121.E'I 12121:.12 121l'i.EF 1211S.,". 12118.(6 12llil.C6 1211R.:4 12llE.EI' 1211£.,7 12116.E4 12111.43 12119.!:D 1211A,58 1212,:.;;9 1212:.12 12121,47 12121.~5 12122.17 12119.:7 12lll.El 12117,44 1211/l, H 12118.<; 0
12117.!6 12117.2~ 12111.;;1
ElEVATICII (FEET l
36C8 3384 2577 2 2 'l 2 2234 191l5 19 7f 2354 25Ce 2~82 3037 3 ~,.. t:;
.... >,) -·
3020 3385 3862 38h6 2 761 3 0 G 5 3827 3681 3914 437£ 4574 4C58 3552 28 75 2797 21:Clt 22C4 2 2 (. 4 2C91 2C15 21~4 2226 2464 3 GOS 3C61 ~ 0 C I' 4188 3999 4164 4 1 0 .l 285S 2 lG 1 248C 2512 30 58 2580 2 E 82 2E78
ORS. GRAVITY <~GALS>
98C422.70 98C~~G.1C 9BC't87.C1 9BC:J3.5'. 98C:J7 .F 98C520,4C 98C:21.IC 98C498."C 98C451.20 9P.C4AE.~O 5804:'l.10 98C443.~C 58 G4El .51 98C4~8.5~ 98C4C3.'iC 'l8C'<':£ .e~ 98C471.4J 98C4E2.lu 98C4ll.7C 98C42!:.~C 58C•07,1G 98(375.6'.) ~8C~El.1:J 98C~9E.50 58Co2.~,!C S8(4E9.1C 98(474.30 98G'iS0.4G 98C507.ll] 98C:G7.80 98C'::1.3.P.O 58C:19.SS 98(~12.~:J 98(::,)8.:'.) g8C4'l3.6C S8C4E0.70 98(4~2.EC: S8CLt€3 .. ~C 98 C!88 .5 0 98C401.SO 98[~91.71: 9EC~q~.':J 58(4E<J.GQ SBC':12.P'.J 98C4P3.EC 98C'<57.7C 98C•~o.co 98C4 7E .SC «:i8(47C .3D 58C•E8.8C
FREC::-AIF
~ r, ') c:; ... .:::: . .::. ~ ~7.52 1. 2 ~
-g.23 -11.3( -19.s= -18. 47
-r;. 22 1. 2 :2 1.44
16. 6 1 25.Bl lt; • .;f 27.'18 43.3', 42.2S
e 'O <- • I.. ._
15. 70 l/0 • 1 1 ~3.~-4 ~3.Stl S4.4~ 58 .1 ~ 46. l.2 21. • 2 4 ~. G 1 7.43
-3.01 -12.HE -12.31; -H,-15 -18.22 -16.~C -12.8~ -5. B 3 11. 4:
s.9G 14.'i7 49. 0 1 45. 21 49. 75 48.24
7.'+E -21 .. ~G -18.]8
-4.i:l 7 1.c1
-16.44 -15.3= -18.Z2
Sil'Flc ,lClGlJER <F=2.67l
-90. H -~1.1• -e,:i.:'l -A7.2S -g1.~s - 87. 1 E -85. 77 - 86. ~ S -il4.1S •HS.51 -8h.8~ -86. H -BF,.2C -e1.E1 -E'l.lc -89.~S -g2.C4 -86.7S -P9.E~ -e,.11 -H'J.E~ -94.E~ -ST.El -s2.1c - 8 :-J. 7 t. -88.c;~ -e7.8'4 -8-C\.2S ... 87.S~ -87.S~ -81.~'i -Bt,.p~ -88.84 -ild.E7 - Eg. 1 ~ -91.G4 - '; 7. ~ f. -87.EC ... gJ.f4 -91.CC -'3 2. Ct -s1.:c -89.S~ -S-3.CE
-1;:2. E '.: -1C4.C: -103.ll -lCi+.~2 -lCb .. 1~ -1~~9.4~
PGI~CIPAL GRAVITY FACTS FOR CASCIOE l'OLftlfliftS, ~ASHiftGlC~
~LAC: 1<115J4SJG
STAT IO~ LATITUDE LONGITLCE EL€VATICft l,C, <C,1',M/lJOJ <D,M,~/JOCJ (FEETI
7HC 4611,21 12111.n 2713 7Ul 4611.Jg 12117.46 2740 7H, 4612,16 12117,!5 2684 7H ~ 4612,58 12117,!A 2681 7414 4612,9') 1211£,El 2E76 741"' 4613.24 1211E.~2 2671 7431 4614,99 1212C,~A 4:C 2 7432 4612,02 1211B,E8 4Dl4 743~ 4613,74 1211>l,52 42f0 7434 4612.79 1211e.o 3:;A3 7435 % 13 .68 12llc,S1 2782 743E H:2.3~ 12115.77 2583 7437 4611,98 12115.E3 251i4 743E 4611,Bil 12115.56 26c8 7435 4614 .. 42 1211~.31 2 R 1 :3 7 48 ': 41J1J.J7 121'21.f:ll 7 8 'l 5 748E 46CA,03 1212,;.sg 5~80 763E 4614,'Vi 1212c.o 41: 0 2 7E42 '1612,86 12120.23 "2 2 a 7663 461Q.64 1212c.2'l 6892 7E64 % lC ,20 12125.(4 6821 766 7 "6(g.73 12122.41 4E ~ 2 7 EE e 41;cg.s5 12125,46 5374 7E73 4610.47 1212E.~O 7060 7688 %12.4'3 12125,48 7 'I 8 4 7 69 2 4614.67 1212:.~9 460C 7734 46C1,70 1212'1,(0 7:00 773E 4610.70 1212E.7C 94C2 7737 "612.2~ !2129. LIC l 2 ::3 773E 46'J9.7C 12129,CC 7!: J 0
OHS, GRAVI1Y (l'GALSI
98C4EE,40 S8C4E'l.JO 58CH6,EO SEC'E~.10 58UH 7,00 SBCH7.~0 58CcEl,AC 98C~B/,l~ 58C3E9.40 S8(ql,1C 98C~:ci.r.o S8C4E8.70 98(471,lC 98C4ff.gQ S8C•0.6C 98C142,0C 98C~1E.!G 98C3EE.EO 98C~80,C0 5BC2J3,70 9ec2.J~.1~ 98(::!f~ .so 98G~l~a3C 98C18E,::~ <38(1:d.2::: 98C3:7,7' SBC1E3,!J 98C0~2.9C 575 788 .2;: 9BC1EJ.~~
2E
FPEE-AIF SIMPLi rlCLGLER <F=2,67l
-17.9C -110.c1 -1q.fi4 -111,5E -21.86 -115,2E • ,4,2/l •115.!:S -23.46 -114,61 -23,81 •114, 7S
.q(;.07 -113, 2E 2 3. 9 S -1 p. 7i ,ii.AC -113,3( 6.25 -1 l'i, 7S
-22.~.3 -lll.2S -29.47 -111.4~ -~8.3!-1 -ll'i,71 -::5.47 -115 • .!G -18.13 -113.54 14S.!l4 -122.;:1
E7.~,~ -95.~S 41+.87 -1D8.4E 40 .6 C -1G3. l 'i
113. 3 3 -121,41 1 ~8 •. .,~ -123.6(
:1:i. 1+1 -10:.~~ 83.75 -99,24
112,19 -12d • .21 12:J.74 -1~4. lE
4S.:J7 -111.oc l~l.34 -124.11 liB.5~ -141.7( 1i5,'34 -2.32.1E 1~1.24 -124 • .21
QLAC: la30/4SC0
STATIC~ L~TITUDE LCNGITLCE r.o. <C,N,N/tJJ) <D,M,~/1:C>
3755 4612.Vl 1214".48 3757 4hll.O,J 12139,:9 315 e 4609,67 12140,lll 4eo1 46C2.90 1214C,l7 525~ 46'.'2.85 121~:;.~c 5 26 a 46U,,02 1213E,48 5 261 46(9.71 121,37,E4 5 25 2 4614,57 12137,lC 5 2q 2 46:5,9G 12143,, 0
529~ 46C4,28 12141.:c: 5,94 Hirt.09 1213'1,22 5297 46C3.41 1213£.55 5298 461:t.10 12135,E:: 5~00 46!;9.~8 12141.:4 s ~o 1 4611. 76 12143,fE s ~o 2 4612,'lO 12140.lC 518S 46r 0 .,n 12tt+2 .c~ 5790 4EC1,3G 12143,CS 5 7 91 4(;:1,17 12144,es 5795 46CJ,Ol 1214 ~.ss 5 7 9 e 46:1.5'1 1214C,E: 5 7 9 S ~6(1.'.1'1 121<tC,77 580C 46Cl,14 12141.~~ s eo 1 46GO.S2 121'11,:C 5 80 2 46,Q.08 12142.~4 580~ 4603.44 1214~.H 5807 46C2.90 1214C,J7 seoe 46C2,44 121v:;.eq 5eos 46C4.G:J 1214r,;:c; 581C 46(4,28 12141,48 5 B 11 46C4,02 12l'il,Cl set 2 '1603.60 12141,f~ 581 ~ 4£::4.45 1214:C, ~ 1 5814 46'.'4.83 121'12 -~ 3 581: 4604.89 12143.(7 setE 46(4.60 12143,U 5817 4EC5,35 12142.~~ 5815 46C~.86 121'11,55 582C 46CS,44 12142,C~ 5821 4605,88 1214~.2( 5822 4681',,22 121'13.::<: se2~ 46f',-7'; 12142,:J se24 1H,07,50 12141.C 5825 <t6C7,90 12141.c::R 582f 46C8,,6 12141.(:S 5827 q6CCJ.00 12142.El 5 82 E 46C9.3, 1214D,E6 5829 46C9,61 12141.,7 583~ 4<;('3.51 12142 ,( 1
EL'::VAT ICi <F £.0:T l
3CC2 3632 3526 3442 2546 3152 3854 3E78 3 SO :3 335C 1975 21'lE 3654 3 5 IJ E 238! 265S 38:>C 426C 5220 4132 3E28 3617 374G 3720 376C 30':lE 3442 3400 311: 3350 3:71 3370 33J4 3423 3480 352C 3 'I 9 4 3110 3S1C 3503 3574 3602 3~4: 3522 34f7 3514 3512 3526 3~51:
ORS. GRAVIH (MGAU:l
S8CH8,Pl 98C4.~R.2:3 98043E,E'J 98C4c7,2C 98C!::2.1J 98CH2.20 9AC~2C.CG 58C428.:C 98(427.lC 98C443.7D 98C~~1.~C 98C~23.2C <:i8C42'1.SC 98C433,4C 98CCJ7.70 98(488,10 ~8CH2,SJ 98C~8J.SJ 9PC~O'l.~0 'l8C~94.~0 98C427,B'.l 98C427.7C 98('17.lC 98C423.<3C t;8Cil18.CC g8C4t"'.G.1G 58G437,2C 98(442.:30 98C•c9,PJ 58C441,P S8C427.f:() '38C4~9.7C 98(440,SC 98C43,~.,G 'l8C427,EO 98C42E,3C 98C428,JO 58C4~1.SO 98(4211.CO 98(424.SC 98(420,lC 58C~19.-~~ CJEC4::~ .. sc ~8042f.5C 98(4~3.3G 98Cb~lf •. ~C 98C4~E.2C 98(14~€.CC 98(427,EC
FRE'::-AIF
9. 7 -3 -30.95 ~ 1. 1 e ~ 4. 0 C 14.(,5 2 7. : 2 45. 2 E 29. 412 25.11 2'J. 76 -C.71' 2.03
46.\l': 2~.9( -8.47 -3.H] 4S. 4 J ':7. :~ 16. 4 4
':0.6f. '14,2( -42. 133 44,''if ~c. 4 ~ 48,'JE 2:~.:11+ ~4. J C ~lj.84 23.?G ~ 7. l. f ~ 4 • 14 ~8.67 2 2. 1 e 25 .. 1 C .24.97 2 7 • ;>, 7 2.0.;~;s 14. 8 9 27.36 22.54 24.31 2:::. 9 2 ~ ~~ ..... C 23.68 24.~2 '::B. 6 7 29.:RS ~ C • :. 8 25. :,t
21
SIMFLc bCLGLER <~=2.67)
-52.~;; -92. 12 -8~.51 -83,24 -12.c2 -2·:.~, -e'5.5E -S'-3.EI -94.2C - 84 • .; Li
-68.1': -72,77 -11.:c - g_::.: l -P.9.E~ -94.~'; -81.71 - HH. Ct.
-101.~: -.g,J.DE -79.~1 -1j 1J.2E -8~.P( -76.21 -79.1 l -31.'31 -P3.2l; -1'!.5E -P2.:~ -eb.SL. -ar).cs -86.11 -9J.11:: -Sl •ti';
-S.3.:t -52.C;; -"92.Sl -91.·,~ -92.lS -:iS.71 -CJ7.4~ -Sh.II
,., ~ .-, C -':,Ja,;.,
-CJS.2E -93.87 -91.CJ -e·3.1~ -~g.!.:1 -9;,.: ~
PRI~CIPAL GRAVITY FACTS f"F c•sc,cE ~JUllAI~s. ~ASfI~&lC~
STATIC~ LATITUDE LONGITLCE r.c. (C,1',M/lJQ) <D,M,~/lDC)
se3~ 46Cq,_OR 12141.~C 5834 46C'fL.K:i 12142.~1 583!: 46C9.00 121A,2.~l:j 583E 4ESR.22 12142.C4 5837 46CQ.27 12142.~2 5 e 3 E 46"7.6,S 12144.~9 'i e 3 ~ 46C7.R6 12144.52 5840 %C7.g,~ 12143.42 5841 4!;C7.22 12143.72 5842 46f7.8ry 12142.€7 5902 4601.37 12144 • 7C 5903 46C6.77 1214~.sc 5904 4605.'i6 12143.70 593': 46'7.7C 1213B.15 550E 46C2.~6 12141.SC 5507 4602.20 12142.10 5308 4602.80 12144.,C 7 17 7 4600.94 1?131.ff. 71 7e 46r.l.42 121~1-~0 7179 46C2.65 12131.El 718 0 4503.02 12n1.e: 718 I 46(3.45 1213!.'S~ 7182 46':4.2:5 12131,7/J 7183 46C4.48 12132.,2 7 18 4 46C5.24 121.3~.€7 7 1/l ': 46G5.9C 12134.~l 718E 46C6.2J 1213~.'.2~ 7181 4 EC~ • .36 1213f.:;t 718 E lf6~f.28 1213E,42 7 18 S 46(5.78 12136.~5 7 19 0 461)4.27 12134.~9 7191 4603.66 12134.C'J 7192 46C3.19 121.3~.,q 719~ 46(2.85 l 21 ! .3. ~ C 7194 46C2.29 :2132.12 7195 4601.83 121~2.=c 7 l 9E 4611.16 12131.73 71 'l 7 46DG.02 1213"!.€6 7 20 Q 46C4.l 7 121~/l.(5 7 20 1 46(4.07 1213P.1:: 7 20 2 lt604.17 121~9.~C 720~ 46C"i.09 1214;:,18 7204 46C9.21 121-~B.~q 1 2 a: 460q.23 l2l~F.13 720E 461C.20 12141.,1 7201 46JC.64 1214'1,42 120 e 4611 .. 16 12141,12 720~ 4611.51 12141.41 721C 4611.51 12142.~2 7211 4610 .J 7 12131,1A
ELEV.:TIC~ <FE::"T l
35C8 3 7'.i 1 3924 3 8 1 G 3972 4121 4 0 C 2 4725 41~5 4"' ".'!" ;.,, ,::;,e::
393G 3713 3693 361~ 3822 4007 412C 1920 20~8 2S22 2El: 2762 3G39 3 0 fl3 3180 3250 3 282 3123 3 1 1 ': 3120 26~8 2515 248: 2546 2380 2290 1990 1890 2512 2762 3217 3476 4116 4078 32 9E 343~ 3C22 2896 2575 !88~
ObS. GRAVIH (l'GAL5>
gac4~2.fC 58t:'il 2 .4C 98C40:J.10 98040A.fC 980~5E.3C 9EC~8~.r1 980~5.2.Lff: 58C~43.eC 98C~82.10 58C~92.~C Q80397.6J 9flC412.3Q 58G414.40 98C4~C.~C S8C411.20 58C3~E.30 980387.eo 98C:~6.J,~ -gac:~1.3~ 98C~OO.GC 98C49:.8C 98C4,q4 ,4C S8CHE,8J 98CH:,30 S8C4~1.20 98C4:E ,CO 58 C4-':4. JG 58C4E 4.C~ S804E4.CO '38(4E2,5Q 98C494.5J 98C:D4.00 38C~03 ,gc 58C~CJ.S2 '38C:12,9C ':!8C:21.4C 980:~~.7'.} 98CS~5.4C 98C45A,8C 98C4A3.30 98G4:4.~C 58Ct.t37.'3C 98C40E,:)0 ?8Ct:Ct:.CG sact.i:o.ao 58C4~9.1C 58C4E9.20 S8C47~.EO 98(454.10 '38(41'l.2C
FR'.:E:-A H
26. 2 5 29.3'7 :?3.64 ~1. 9 5 ~4.BS ~ 7. 3 1 ~ 4 • 3 <;;
~3.SC 38 • 54 36. 2 6 ~3.SE 2 8. 7 r:, ~ 0. BC ~5. 6 "I 45. G 1 H. 30 48. 52 -f~. 71 -1.73 JC.l',4 14.G~ 16.41 2 J. 6 g 25.9~ .29.83 ~').~1 ~ 1. 4 7 2S. 58 24.94 2 4. f 7 13.61 12.13 E.14 13. :; 9 10.12 11. q: -1.4:: -5.44
f,. 21 14.37 ~8.22 ~ 4. !:j 9 ~S. GP i:.-. \,.. ~ ,_. -- " 2:2.86 2.3.38 14. C 4 6. 0 E .; { 'l --~. \.-,..
45.'36
2f
Sil'FL~ >lCLGL.Efi ( F~2.6 71
-'i3.1, -5'j.~';
-1DiJ.Cl -57.1f
-lC0.4~ -1c2.~i -101.9~ -101.~~ -1C2.4~ -1,.;~.72 -1i:,~.3C -5(.71 -94.,<3~ -87.41 -il'io17 -89.lt -91.81 -1::.ic -11.1~ -L,. 2E - 14 • 4 < -77.E7 -7). 82 -79. Cf -Jd.4<; -81 • 4E -BJ.~1 - BQ. 7 ': -El.1: -81.6( - 7S. 2 L
-12.5e -7 1t.~': -73,62 -10.~L -f0.5~ - E9. 2 ~ -69,81 -r1.3~ -l'J. 7C -E!.~: -85.EC -83.!:l -Ar; .. ~c -f9.'tC -93.5: -BB.E'S -92.5E -5?,14 -Bs.q1
PRI~CIP•L GRA~ITY FACTS FCR c•sc•cE ~UL~TAI~S. ~•SHI~GlC~
QLAC: l~l~0/4SSD
S T A T I O T',
I.e.
7212 7213 721E 7217 721E 7~15 722C 7221 7224 7225 7226 7221 7228 7286 7 28 7 7 2115 7292 7 29 3 7;: 9 4 7298 7295 7310 7 311 7 314 7 48 S 7q9c 7q91 7494 7E7S 7 EA 0 76 fl 1 7732 7 73 ~
LATITUDE:
4,;1J.H 4611.,34 4601,67 '16Dl.70 45G2.'l5 46C6.2C 4611,24 4611,46 ~SG~.07 4"i06.65 !f506.52 4;:,0,;.,;5 45C6.95 4511.97 4614.59 46C!S.17 45,01.62 H:~8.44 4£(5.32 4614.87 4614.43 4612.53 461?.57 45CC .9D 46C7,'l2 4610,fl7 461C.7>l 41;10.21 q611.36 4611.~2 4612.76 46r1.so 4607,60
Lcli\G l1lCE
12137.~l 1213P.~8 1213E,E'i 12l~E.~2 12138.~4 12137.~6 121~9,£8 12139.~4 121~0,4C 12138.1" 12135,45 121~5.EC 12138,Cl 12139,EC 12137.fS 12131 .. (8 1213:.PS 121~!:.El 12134,7E 12133.18 12132.€5 1213€.Ec 121~~.4'1 1213,:,44 12130.~'l 12133,g5 1213€,ES 1213~.44 1213~.~~ 1213~.EP, 12L34,16 12131,lC 12131,lC
EL:::VATIC~ <FEET l
4G61 3921 4392 4 3 'l 4 35 7 A 37CO 3615 35::i8 18~0 3 9 3S 4 97C 474C 442B 3245 3222 3315 3605 4153 3365 5E7e 6020 44EC 5166 2C lE 4 E ,g 0 4680 5500 t:580 6450 66C8 5768 4580 45AC
OBS. GRAVITY <~GALS>
98CitJ7.20 58CH2 .2C 98,::3E:.c;:; S8iJ~E7.C'J 98C432.GO S8Clf2B.CC 98C4:3/J .1 G 98Ct.i-.37 .. G~ 98C~40,10 98C'l2,1C Yac:41;.i=:~ sac~:1.i;o 98 G~79 .9Q 5804:3.':Q 98C4~6.G] 98C'4:0.~0 98C4~4,6C 9803g7,10 98C445.~0 9BC3,:c1.~a 58G,J8.e0 980380,90 98C336.eC gsc:~1.4i: S8C3EE,70 9&C377.10 58C,2E,4< 98C~Q8.4: 98C~~i!.3C 98024:,2C 98G,gA,,CC 98( ~70 .'50 580310,':C
~1.00 41 • .5 3 ~ 3. 91 c; i:; 1 c:: - ., .... -41.ot: ~4. JS ~:.r, C ~ 1. 8 C -8.58 49.99 75. ": 6 7D.cl2 E-~.3~ 18. 4 7 14. 3 ~ 32.::. ~ ~g. b 1 56. 18 ~ 6.: 8 C::C.'17
100.70 58. 9 ~ el.48 -2 .. 92 72.'5~ n. 33
1G2.5~ 55,2€
109.:4 1 26, 3 4
S 8 .. -, 2 67.2t: E7.2':
SIMPLE 'lClELEF <F=2.67l
-87.~1 -Y2.22 -9'.:i.tE -94.51 -80.2C -e1.s~ -92.S~ -e'1.~E -11.::s -84.11 -93. 71 -s-:.t:! -81, H -'32.1'; -95.41 -fl~.fe --'33.1"1 -A6.E~ -18,f,
-1:2.4;: -104.:4 -92,5E -54.4'i -71.5E - 8 t~. f 1 -81.07 -,'l. qq
-~4.7E -112.01 -98. 1; - 91. 7 4 -28.7' -eH,Jt
PRI~CIPAL GRAVITY FACTS FCR c•sc•cE ~OL~TAI~S, ~·s~r~GTC~
QLAC: 1<145146CJ
LAT rTU!JE LONG ITLCE STATIC~ I.e. (C,~,M/12J) (D,M,~/lOCl
2E95 '16:2.45 121S9.l~ 292C 46~ 7.J6 12146,21 3762 4604,97 1214~.:,; 5275 % 14,56 121S8.~8 527E 4611,22 1215'l,E7 5277 4606.89 12159.~J 5.7E 4608,40 12l~E.33 5275 4611,39 12lc'~.<9 5281 46C3,8'+ 12157.(7 5282 46GH,68 1215~.f:6 5<83 %10,76 121!:0.14 5 < fl 4 4605,4'< 12154.:P 528: 46C3,34 121':~.11 5::BE 46C?,11 12152,Plf 5,87 460~.60 l21S4.C2 5288 46C2,70 1214,.Jg s ~ e c; 46~0.72 1215':.(6 5 2'l 0 46CS,49 12148,S'l 5 291 460il.88 12l'<P,~5 5295 46~2.87 1214~.26 5192 4,;ct.96 1214E,14 579~ 4ECl.31 12141.:9 "i794 4EC0,31 12141,C'l 585~ 46S4.1C 1214e. n 585E 4SC3,12 12149. 7) 5857 4602.70 12149.19 s e5e 4601.'i8 12150.~1 se55 46Cl,27 1214S.e3 5e6C 46CC,29 12149.4q 'i861 460C.33 121:0.22 5862 4SG1.ll 1215C.C1 586~ q6cl.96 12148,12 5 e6 4 46G2,62 12148. 71 5868 '1605.05 12149,53 5 86 c; 46C=,49 1214/l,';9 5e7C 46C6.G2 12148.12 5871 4605,6'1 12141,29 5872 4605,811 1214E.~l 5873 4605.66 1214£,(2 5874 46(5,19 1214:.::1 587: 46C4.12 12148.~5 587E 4604.1)3 1214~.c2 5877 4SG':i.48 1214°.P2 5878 46C5.55 1214~.21 5875 4605.57 1214<.41 5881 lf6C2,96 12147.14 5882 46(2,55 12147.,C 588~ 46'.'.2,89 1214f,49 5e84 460.3,82 1214E,3R
ELEVATIC~ <FEcT)
3434 't 7 31 4230 3075 3278 1664 3450 3542 131 'J 1 4 2 0 1730 1965 319G 3030 2504 3 6 3:: 4C8C 3805 3313 3988 5091 4691 4 73E 3711 3792 3635 39iJ 1 413S 4 31 7 4065 408: 4245 40 42 3 "'Z'" "I:
'"' 3805 3541 4C20 4055 4 2 1 'I 4165 4117 3 8 9 0 42~3 4 31 7 42 7G 4860 504S '3237 4 9 '> 4
U8 S , GP 4 V IT Y ( r'GILSl
98G434,BJ gsc~39,g~ 5E037E,5P. 98(470.~Q 98 C45P. ,3G 98C~Ll, 78 98C43E,PC 'l8G429,60 ':;8(!:f:2.6'} 98C!:E2,EC 'l8C541l,4c 98C::!l.'JC 'l8C44R,6C 58CH0,7Q S8C4!8,PC 98(419,lC 58C~B7,:!IJ 980408,3} 98C443,5C 98C~93,6', 98C~l9,4C 580~44.~C 98C!!E,'3G '?8(409,4'] 98(407,2.J 98CH 7.40 98(401.:0 98C~82.c.: 98C374.6~ 980386.20 'lBCc.9: ,ca sec~1e.Ec 98C35G,C" 58C4~8.1C 98C407.40 98C42l.4C 98i:392 .2c-9BOc90,4o 98Cc79,2D 98C~84.6C 9RC3-~·1.si: 98C402.~0 9BG.31E .7C 98C~13,lc 58C374,4S 98C!!8,3C 98 G~.23 .10 98C30E,71l 'l8Cc24,'+C
FRE:':-A IF
31.52 ~1.70 44,38 1 S. 3 7 27.1.3
-12.7E 2.;. CE t: 3. JC
-41,71 -.39.51 -~7.58 -14,12
? ; (' ,( ...... - ·~ l '1, 9 4 18.4E 3-'+ • 3 = 4 7. 3 5 ~5. 3 4 19.s:: 41, ~ C 7 2. l 2 El,18 :;g. 3 ~ ~4.33 ~,;. 5 S ~2.s= ~!). ·35 46. 74 :;7.,;}3 4 "i. 4 0 45,28 52,34 43.66 2C.4t ~4.44 ~2 .. 8 C ~1:1.2~ 40. 3 6 44.45 45. 95 ~5.~5 ~6.5~ 'tS.2:i 48,? C 45.C5 E8,38 71. 2 C 12.3~ E 2. 9 7
SI~PLE flClGLER CF=2,67l
-,'3'). 4 (l
-109.44 -93,7( -R9.':C -84.:;2 - E9, 4 ~ -91,4!: -~1.64 -BS.62 -87.81 -8':I • E 1 -El.C~ -81,6, -83.,, - EC• 4 ~ -e9,4E -91.s·, -S4 • .2£ -93. 21; -94.C~
-1C"1.6E -c;q.fc
-1::1.s1; -94, 11 -s2.:1 - ':l .1 E -8'1,61 - 94. l C -d·1.4C -S3,C E -S.3.Et -52.2~ -94.Cl -g2.1~ -so.1£ -97.EC -'H,6S -s,.1: -9'1,CE - 9~. 5 1 -9Lt.2f -SJ.SI -s-;.5i -9d,83
-lGJ.:31: -s1.1:
-130.6~ -1:6.C£ -10~.lC
PRI~CIPAL GRAVITY FACTS FCR ClSCtOE ~c~~TAI~s. •ASHI~GTC~
STATION LATITUDE LO~GITLCE EL~~ATIC~ I.e. <c,~.~111Jl <a,~.~,1oc> <FEET>
sea: 4"[4,26 1214,::,F.5 45i;2 588E 46C4.8~ 12147,C! 4420 5E9~ 460.4.82 12148.73 3762 5E94 4606.34 1214E.':4 3530 589~ 46~'5.71 12146.~4 39 77 5E9E 4607.94 1214S.'21 3936 5E91 % C 7 ,6 0 1214f:.f2 3950 5E9E 46(1,04 12148,t;R 4565 5E95 46:7.09 12148.~8 4G 9E 590C 46t:7. 37 12149,1': 3862 5901 460R,14 12148.:C2 3715 ~43~ 4"iC3.42 121:1.E2 13 70 !l 4 3 4 46(3.41 1?.15~.~8 2377 8 4 3 ~ 46(1.27 121!:3,£2 2911 8!:13 46Cl.4'l 12151.46 35 3: 8515 4600 .57 12158,17 351\5
OBS. GRAVI1Y <~GALS>
gec~i::.2: S8C~E7,12 98C4C8,80 58C~97.1C t..,8C~9'.:.C'.3 98C~98,gJ 'l8o~g1,co 98(~~1.lQ 98C~PE.1~ sat::11'-".q.00 58(413.~~ 98C:70 ,2'l '3EC':J~.c:i:; 9804E9,Ef 580426.~0 98(432,99
31
fPcE-AI" SIMPL~ 1CLGLER <P=2,'o7>
:CS.25 -llJ.CS C "1; ,.. ,. '" '"' • t_ '"
-97.:;;. ~2. ~ C ,... - . .,
-';1:1._ ...
~4.'il -9'7,24 ~,:,. 37 -9g.ce ~4.'::6 -59,SC ~4.15 -59, ,~ 4 7, 2 8 -1Gil,2C !8. _:: 5 -1~1.q1 ~3.~6 -97,.St .28.5:: -9a.1~
-2fl,60 -Vi.2E l •. f1 C - n. 1E
18.'J7 ·8'J.1E c4.19 -86.2:2 42.95 -17,7:
PRI~CIPDL GRAVITY FACTS FCR CJSC~CE MSU~TAI~s. wDSH!~GlC~
QLAC: 1,20014f00
STATIC~ LATTTUDE LONGITLCE ELEVATIC~ I.e. <C,~.~,10J) <D,~.~/lJC) (FE~T)
1085 7 4604.53 12212.~1 1410 1 OB 5 e ~6C4.Cl 122C 1.'i1 1179 10855 46(3.51 122C4,CA 982 1090 0 4603.89 12201.'::' 1C40 10901 46Gt;.77 12201.c2 1~51 1 09 Q 2 46\S.91 12201.:6 1387 l 09 0 3 46C6,93 12202.ll2 22C/J 10904 '16C7,92 1220~.:~ 2:70 10905 46J8.07 12,0'1,(7 2848 1C9iE 46C8,84 12204,Jf 2800 10907 4610.28 12205.:!7 2 8 .3 Q
l 09 0 8 4612.31 12204.'iA, 1€80 1090S 4610,94 12204.12 2630 1 0911 46D9.45 122!]~.~~ 3C06 l 0912 461D,87 12207.13 3528 1 091 3 4611,52 12207.:0 41 7C 1 0914 46r.9.5'1 122J7.11 286C 1 0915 4EC'l,34 1'.'.2G8,~6 28/lG 1 09 lE 4MC7,'l0 12210.11 2E 20 10917 4607,79 12212,2!: 2195 1: '+ ~ 4614.73 122C~.~'7 3 7 37 1:44 461 "l,58 12229.1:l"l 4278 154E 4E13,34 1220':,40 4 4 35 154E 4612,97 1220'3,11 '1817 1 !:5 C 461?.12 122•Je,E! 4579 1551 4611,':!2 1220~4~3 4 3 313 1 !:5 ~ 4611,68 12201,87 414~ 1554 4611,50 12207,E'l 3920 155~ 4611,22 122•J7,E5 3e34 1 ': 5 E 4610,87 12201.n 3528 1558 461~.33 1220E,c0 3245 1555 460'!,55 1223E,~9 3C21 1:64 4E12.,r 122:R,,5 43 3~ 1595 4612,61 12208,72 359 1E03 4<;03,60 1221~.?fl fl! l E O :' 46C4.40 12211.~1 1163 160E 46(5,15 12212.~c 1 3 C 8 1607 4604.88 12211,(4 1371 lEOe 4604,62 12210,:B 131B lEO~ 46C4,57 12205.1:: 1243 161 C 4~(4,30 12238.~! 1192 1611 46'4,01 12217.~1 1145 1 El 2 46C.3.76 122u:_ .1:F. 1GB6 1El3 46(3.91 1220:,f8 1041 1El4 ~6C3,"i3 12284.(8 9 i3 2 161~ 4603,72 12201,1[) 977 1 770 4613 .01 1220'i,:O 5061 1 77 < 4612.80 12205,f': 5837 1174 ~612,46 12209.es 65:E
ORS. GR.A\illY ( ~GALSI
98CS8A.04 98C:9E,64 98C:79,61 58C:S9.27 9BC584,4A 98G~8!.Ct; 98(':32,51 98(:09.0'i 98C500,'l9 98(497.61 98C49~.59 5 8 C : I: E .. 7 1 98(:12,81 98G488.c7 9804:2,c7 98C40E,7c '::8C~01.69 'Jfl(51ry.f2 98C~lE,J': 98C5'9,91 98C443,73 91lC4c2,P.c 'i80393,S2 S8C":E9.CI:. 9Ef~A~.~~ 98C4G1,78 98C413,94 98(429,87 58C433,E7 Y8:-4:'.:3.f8 58C470,92 98C41l3.21 98C4D2 ,B 7 58CE::2 .51 98CE31,58 98CEOC,f7 98G588,:1 980586 ,4: 980588.77 98G!:93,':1 98(:S4,1: <38C:'.~f.t8 '::18CS'j8 • .:.. 4 98C:59.~7 58C'i59,8~ 58CfC:1 • .2 .3 58C~4'J,8~ ~8(291.19 98C23E.01
3,
FR~E-AI~ SI~PLE ~ClGUER (F=2.67)
-8.7'5. -56,7E -21.c 5 -h!.21:: - 55. 9 2 -89.~C -~l.3E -E.6.1t -21.24 -1,1. 21: -17,',7 -E'5.2~
6.47 -63.iff 16,2E -71.,f 34, 0 2 -E2.9E 2S.Ct -71.3( 2'+,lG -11.2~ -7.60 -71,E: 21. 11 -fq,47 33.98 -EB,4C 45.44 -74. 72 ~g • C ~ -83.0C ~tj.3C -62. 11 Lt6.35 -Sl, 74 28. 2 '°' -ED.~~ 12.10 -62.6f : i1, 4 'i -1;.e, E2,18 -83.S~ Efl,38 -82,6t RO.O 1 -B4,CE 75, ! 4 -t'.C.e~ 69 • 2 6 -1q,:c E3,44 -77,E7 S4.bl -74,8~ ~4./9 -7;.J.7S 4,.. ;-· c:: ••J~ - 73. EI ~ l. g 5 .. 72. ~ 4 ~ J • 3 8 -12.~1 69. 4 5 -J.3.lf
-:i.16 -E4, 7~ -~8.9E -:,9, 11 -19,lE -',~,77 -18.'ll -63.~E -14,54 -tl.~~ -16,ill -El,H -18,95 -El.~~ -22.AC -b:S.4L -~~.8~ -<j.'.'J -;,.~1.G7 r ~ (' C:
- ~.).I.. ..
-31.15 -66.E~ -~S.7C -69.1~ -~5.:- 7 -E~.:t
83.SE - 88, 8C 5B.34 -1::;:.4?
111.sc -112.cc
PRI~CIPIL GRAVITY FACTS f~P CISCICE ~O~ftlAI~S, ~-S~I~GTO~
STATIC~ LITITUQE LGNGITLCE ELEVATIC~ r.c. cc.~.~/100) <O,M,~/]JC) (FE~T)
l 776 4612. 36 1221C.1:3 727E 1778 4612.29 1220<J.S4 772 4 1 775 4612.09 12205,S3 8141 1181 '1612,0'i 1221c.11 8790 118 ~ 4612.05 1220E.~:3 9~"35:: 1184 4,; 12.02 12210.,e 948S 1785 4611.8 7 12211.~2 9E77 1790 4612.43 12210.15 72 5~ 1792 4£,12,60 1221(.17 657E 1 7q 4 4612.90 1220'3,'::E 5677 1796 4€1?.34 12209.74 4966 22oe 4613.21 l22J5.E4 500£ 2205 4E1~.34 12210.," 49f6 221C 4613.34 1221:.~1 4t!ll5 2211 4613.41 12210.E2 50C7 2212 4613.48 12210.74 4A57 2 21 ~ 461 "l,6R 1221C .<::1 4 4iJ 4 2214 4613.73 i2211,E4 449C 221: 4613.43 12212.c~ 4871 2216 4613.31 12212,C~ 50 ,3 3 2 22 2 46C~.18 12212,€4 1661 2 ~2-'! 46C'l.21l 12212,45 l8A4 2224 4610,19 12212.14 2260 2227 46Cl.48 12212.E9 2592 222e 46"'1.lg 12212.';3 2ess 222'i 46~9. 31 12201.El 1405 2~30 46Cfl.56 12212.s~ 30 4 6 2:;: 31 46C'l,94 12212.47 333: 2, 3' 46(5.13 12212.2~ 3!5 G 7 2;~4 46C8.97 12211.4~ 37C4 2 2 39 46~8.56 1221c.4ci 3005 224C 46011.94 12214.l~ 31 77 2 24 1 46CB.50 12214.til 2927 2 251 46C6.47 12212.E7 20SO 2252 4606,70 1221~.(6 2273 225~ 4606.74 12213.~2 2:51 2 25 'i 46,:7.28 12213.7~ 2514 2 25E 46C7.70 12214.lG 3G65 2 251 46C7.69 12214. 71 3224 2 26 ~ 46C7.79 1221:2.~5 2195 2264 46S7.13 12211.:<J 221e 2 265 4607.69 1221C.~5 2446 226E 46~7.80 1221'.:.:4 2:s~ 2 2E 7 46(7.75 122''S.72 257C 2 26 E 46C7o4fl 1221~.~~ 3050 2265 4607.01 1221~.s3 3~2: 2 271 46C6. 7"! 122•)8.46 34 71 2272 4606.28 12207,'i.~ 3688 227~ 46(6,74 12207.l~ 38 Vi 2277 4EC8.36 12205,12 2690
OBS. G,.~VI1Y <~GAL~>
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9EC~3~.41 98(~1 ~ .S.3' 58((~6.lf 98C5E!J.::~ 98C484.S3 98CH3.9~ S8CH2.C'3 98(438.61 9eC48E,49 98CLi"1~.22 98G49l,C3 S80!:':IJ.~9 98(:37,2~ '38C:20.c2 98 [497,5~ 98C4R7.P7 98C47A .52 'l8C:39."2 9/lC:3:.77 58C~2E.41 98(1::2J.(;:3 98(:21.::: 98C45:.37 58C47E.~E SEC4E~.4Q 98C447,~4 51lC431.91 98(:14,0~
FREE-4IF SI~FLE RCLCLER <P=2.S7 l
121.~3 -126.7S 129.8C -1.33.:Cf 133.93 -143.~: 1~9.17 -1c:.2~ 144.C 9 -174.~.( 144. 76 -11,g.~c 148.D~ -lEl.!:~ 11g.2lf -127.Bf llC.7~ -113.2~
94.34 -99.Cl t1 .1 E -87.SE 82.67 -87.8.3 EC.47 -88.bE 76.bc; -8,.B~ 1 R.-"" 2 -:12.1~
10';.'JG -1:'3.:~ f:'.J.SS -E?.et ff,.~~ -A~.2': 77.GE - 83, f L
19.98 -'Jl,44 -:2.c e -58.6: -:.11 -f4.~L 10.01; -ES.S4 :;: s. 8 7 - 62. 4 1 ~2. :)g -t:~.E 1
-23.92 -11.11 ~5.g:; -67.8[ 41. 5E -12.0~ :5.nl -£5. e 4 : '.J. 9 ~' -75.2C ~ 4. J ~ -68.4€ c1.:1a -1c.2~ 30.94 -E>l.7: lC.8"7 - 58. S: 18. 3 7 -5-J.C~ 27. i ~ -53, E 7 ~ 3. C 3 -El.~£ 42. 3 ~ -E2. H 4,. ~ 5 - E2. 2 ~ 11. 6 !:: -£3.11 ll. 7C -6J.eE 22.3C -~1.c1 25.BJ -1:1.1~ ;.:~.:if -':,a. E 1 48.39 - 5S. '1 S ~5.9E -s1.2~ :9.(E -~9. lE £2.18 -t:3.4~ t4,02 -6H.1G 31.83 -::9.7~
PA[~CIPAL GRAVITY FACTS F(A CASCACE ,cL~14I~s. ~1SHI~G1C~
QLAC: 1<2eCl46CO
STAT IO~ LITITUOE LONGTTlCE ELEVATJC~ r.o. <C,1",M/1DD) <D,~.~/1':C) CF[<:T)
2,78 46C8.26 122•J8.7~ 281::C 2 275 4608.40 12207,€3 2931 2280 46S8.45 12207.~4 268': 2,81 %08.57 12201.cs 2864 2~82 4609,19 122tJE,27 29S5 2~8~ 46(9.45 122~S.';3 3GG6 2,84 46C9.50 1220~.:CJ 2990 228~ 4fjlJ.2fl 122Q':.~7 2830 2 ::BE 461J.7'i 122S4.~1 2665 2:;; 81 461J,94 122114.72 263C 228E 4611,07 12204,17 2423 2290 4611,15 122D ~.:3 1767 2 2'l 1 4611,77 1220lt.~.~ 1753 2292 4612.46 122D~.C4 1772 229~ 4613.73 1220:.:0 18:6 2294 4614,20 122~':.7: 2 0 :' 4 2 2q5 4614,93 122C~.f2 24 37 2 29 7 461S,67 12202,F.ll 15SO 2 298 4610 ,09 12201.~2 1484 2 30 C 4ht8,6Q 122Sl,14 1.345 2 30 1 46[1.84 122ry1.r9 1292 2 ~o 2 4607,28 122co.1q 1272 2 30 3 4606,77 12201, (2 1351 2304 46C5,91 122~1.:6 1337 2 30c 46C5.21 122C1,(7 1302 2 30 E 46C5,05 122oc.~1 12 c: 4 2 30 8 4604,62 12200,';7 1122 2414 46:'l.65 122)3.El 357C 2 41 S 46C9,97 12213,E6 3912 2 418 '+610,40 122J3.CA 459G 2 42 C 4610,72 12212.•9 54'31: 2422 lJ61:J.90 12212,18 63 2C 2424 4611,11 12211.~il 70 90 242E 4E11, 3fl 12211,El 7928 242E %11,58 12211,£2 8762 243C 4611.70 12211.42 942E 2432 H,11.82 12211,42 96 77 8 21 7 4613.A5 12208.H 4160 8218 4613.5/j 12209.~5 4320 3 21 S 4612.94 122D?.~: 4 8 '+ C 8220 4613,04 12288.'31 5048 8222 '+612,01 122DS.CP. '+52C 822 3 4f;11,A2 122(15.(3 4 5,: D fl 2 2 '+ ~611.CJq 12207.:2 417:) 8225 4612.81 12208,(4 4885 8~3! 4613.89 1220::.EO 1920 8 2~ 4 41';12,21-l 12214.~2 urn a 823~ 4511.15 122J~.:3 1767 823E 4609,83 1220:,40 288C 8;; 3 7 4F;08.46 122,11.15 2860
CHS, GRAV I H (!"GALS>
98CcCf.si: 98C',S8.27 CifiC~Ol.~': 98Ccoo .11 98Cll5C.9i: 98C4P7,S4 98C•85,4!l 9EC49':,E4 98C:C7,73 98C:O'l,9'l 98C:22,36 98C:E0,12 ssc:s,:,.c;;: 98C:59,Cf S8C~52.':9 98C:<i2,C9 98C~21,46 5EC:E':,37 5EC:7:,Q: 98C583,H2 98GS87,E8 98C5E9 ,08 98C:H4,EE 98C:R3,1B 98CSPE.!9 98C':8A,4'.J 98G~S7,27 98C~43.00 98(421,40 St0~7:.~o 98C311.'I: 9€C24':.71: 98C187,5C 98(121.30 98CC':3,51 S75'397.CO 9755·1s.~D 98(424,21 9BC402.~l 58C3Eg.25 98C~c2,91 'iEG~34.'i8 98C~2E .I: ·1
?F.C~H:.'~1 '380~£0.'.:5 ~8C:SO,E9 98 Cc :: 7 , 'i 2 ':i8C!::7.~~ 98C45E,:7 98C:C2,46
FREE-AIF sr,FLE BCLGLE~ <P=2,67>
!::.2g -f;·:.c1: ~'5.89 -f2.'3~ lil, 48 -72.51 34. Ct -1=:3.=( ~2,4E -::i .3. 1 ': ~ ]. 4 5 -Ed.S~ 2 3, H l -E3,C~ L 3. 7 5 -72.6" 19,9e -7-J.5:2 18. 2S -71.2C; 10,S,5 -71.~~
-1].07 -73,2E -1S,38 -7a.cs -1=;.r,4 -7~.5S -16,12 -1'.,.~~ -8.?C -78,EE
~.cic; -77,41 -23.7'.: -77,5C -23.lf.: -73.71 -25.22 -71,G2 -2s. 2C -~9.21 -24.84 -6Fl, 1E -21.04 - f": '. ':. c.. -17.q5 -b'o, l( -21 .. 1e -Eh.1.: -2~.85 -t;6.1:E -26.7:: -Et~.5E
4l.h6 -1-,.C;~ ':1.7'5. -81.:c 68.87 -P7,4f 88.!)1 -5d,6~
101.14 -114.12 115.4':: -12 1:i.o.: 127,27 -H2, 1 E 1~8.C 1 -1e.;.4~ 1'13,JH -171.6~ 1 48 .11 -181,'18
12.J.3 -b'1.6f f5, 3 2 -8!..8.~ 82. 41 - e :=!. 4 i 85.5'1 -~£..~'; 19.0 lf -1~4.51 n,r5 -11-i.ec :. 7 • ;.i, :, -l>'t.iC 18. 1: - dB. 2 ~
-12,24 -17,E' -[1.3': -7.J.2E
-!rl.16 -is.~~ 3C. C 6 -Ul.04 ~ E. 1 ~ -~l.;; E
PR!~CIPIL GRAVITY FACTS F~P Cft!C~CE ~QLftlAiftS, ~AS~I~GTCft
QLAC: 1 ~200 /4£,00
STA TIC ft I• 0 •
8238 823S 8240 8241 8 242 824~ 8250 8251 .'3252 8 25 3 8 25 4 8 25 5 8 25E 8285 828 7 8 29:: 8 29 l 8295 8 29E 8 29 7 829E 825S 8 3 0 0 8 30 1 8424 'l 4 2: 842E 8 42 7 8429 8 43 0 8:40 81:42 SEO! 8E04 860S 8EO E 8601
LftT IT UDE LJNG JTl[E cc,,,M/1C0) <D,M,~/l]C)
4609.9G 122J7.E5 46~9.02 l22C5 • .l 460'3.33 12218.€0 4607.77 12210.16 46(6.91 12212.1, q6(4.53 12212.~1 46-'.::5.95 12212.~~ 4606.59 12212.47 46 C 7.80 12213.(8 46C8,06 12212,H, 4608.55 12210,€9 46:8.55 1221C.42 46GR.62 12213,E8 if6C3.7C 12212.13 4607,20 12213.EP 46CS,79 122G5,E9 46C6.74 12208.':l 46C7.82 122.:JS,(6 4609.56 1220':.~5 46D8.82 12204.18 4607.92 1220~.~c 4606,-:!3 12202. H 4605,91 12201,56 46C3,85 12201.~il 46:3.85 122c1.:a 46C3.53 12204,CB 46C~.87 1220£.c~ 4604.07 122JA.5S 46rc5.91 12201.56 46C5.41 12202.~s 4602.42 122C2.16 45(1.57 1220:.~7 46C2.87 12211,12 46C2.A5 1221'3.E2 46C2.33 122;1,S'." 4601.25 l22D1.E8 46C0.74 12210.14
ELEVAT IC ft ffE~Tl
3 3 ': C 344( 2 880 26 2C 2230 141D 1850 2040 2724 28il0 352u ~44C 3 n , " '" -640 3040 216 0 3~6C 2400 29CC 2880 2'570 2200 13 74 1040 1040
982 1180 1360 13 74 1330 11 H lG 2 C 1900 16 30 19CO 24GC 2480
C:RS. GRAVIH <~GAL:>
98[4':l.81 S8C4t:2.'?0 58C':OE.:O i,ec=1~.?2 98:::::z;:.~2 98C588,47 98C~S9.D~ 98(':48.13 9EC1:C!:.l.f4 98C4S7.17 98G449.65 98C4.:+R.e7 98C41l4,~8 98CE31,27 98G49.3.:'.2 98C':20 • .12 98CHE,1S 5EC525.61 98(4SC ,CE 98(498.14 98C5C9,El 98(533.41 9BC58J.e3 98CSS9.91 98(:59.97 98CE00.77 98i:EU'.:.A8 98C5S3.41 98CS83.8:C S8C':79.ER 98(:q4.~l 98(591,,R 98C:f:D.C6 S8C:E8.7S 98(:fl.!:~ 98C~c4,84 98U:1.2C
fRcC:-A IF
~4.7~ ~r:3.28 42.25 2 7. 9 E 12. 2 7 -8. :32
1.SQ 8.C5
2 7 •. 31 ~3.3~-45.27 -~6 .. 9£: 37,05
- ~6. 7 C 46. CC -R .. n 3 49. 4E 16.CJE 2~. 8 '+ 3].15 1Ei.B2 7.31
-18.43 -~C.E:iC -~O.f:.C -~ct .• 71 -16.5': -7.39
-18.43 -2s.·1t -27.52 -"37.73
11.Rc -4,81 14.21 ~6 .• 11 40, 7 7
SHFLf tlClfLEF CP=2.G7 l
-87.H -bG.EE -55.84 -E-l.2E -~3.6E -ss.3: -61.:1 -Fl.!';; -bj.4E -64. n -H .E ~ -8-J.21 -61. ~c -58.4~ -:::1. ~ lj
-e1.ss -64.'3€ -64./1 -12.9t -64.Sti -70.1~ -F.7.E~ - f ::i • .:: ~
-t:b.C~ -E-S.O~ -ER.2~ -56. 7 ti -:3.71 -e-J • .:2~ -71,GE -(:J.;3~
-72,41 -~2.a: - EC.~~ -s:.4: -4~.E: -43.1(
PR!~CIP~L GRAVITY FACTS FCA CISCtOE MCL~TAI~S, ~QS~I~GTC~
OUAC: l,215/460Q
STATIC~ I • C.
A 1811 Al959 Al9f'i 159 8 lEOl lEO, 2242 224~ 2244 224~ 2258 8 25 7 8 25 8 8259 8 26 C 8261 8 262 8 26~ 8 26'l B27C 8 271 8273 ij271: 827E 8277 8<7 F 827S 828 C 8 281 8284 8 2a e 828~ 8 290 8303 8304 8 30: 830 E 8 311 8 31 2 9313 Sl 314 8 31 c fl ~1 E 8 31 e 831 S 832C 8~2~ '3 32 4 832:
LAT ITUD':: LONG ITLCE <C,M,M/1JO) <D,M,~/lOC)
46°3,01 12218,15 46C5.91 12225, 18 46Cl,66 122le,Ell 46C0,41 12220,16 46~3.41 1221 l,!:4 46(3,6'3 12215 .. €3 'l6CR,43 1221!:.~g 46Cll,2Q 12217,C': 46C.fl,ll 12211,11 46C~.63 12215.':~ 46C7.80 1221:,21 4609,15 1221E.~G 4611,72 1221:.24 4610,21 12215,:3 4610.69 12217,,Q 4611.88 122lf,2D 46C8,43 1221g.1:~ 46C7.U, 12220,CO 4605,59 12215.('l 46C3.95 1221s. rn 46C'l,69 12218.~9 46C7.18 1221e.n 46C4.52 12228,40 46C4,40 1222E,E4 4605.25 1222~.~3 46C6.ll 1222~.~c 46C6,47 12221,:6 46CS.89 12220.1~ 46C'+,69 12219,13 46C3.81 1221~.ES 46C7.70 1221".(0 46C7,65 l221f.~: 4606,21; 1221E.E6 4603,32 1221:,lc 46C2.78 12217,,1 4€01,32 12211.ee 46DG.47 12218.E3 46D3.4'J 12212.~o 46C5,'19 12221,EC 46(11. 33 12221.~2 46r3.89 12222.14 46C3.03 1222~.15 46~2.12 12227.;:1 46C2,18 1222:, 13 4602.'12 1222E,16 46C2,74 1222'3.Cf 46r"i,'32 12221l,E9 46(6,84 12221.n 41iC7.79 12229.,2
Elc.VATIC~ <Ft'::T l
581 1" "~ -"" 492
52G 433 q55
274: 2511 3404 2682 3322 2~60 400C 32 A7 2800 3130 2COC 1630 1 '.: 4 1 1220 16 7J 1550 12 7G
960 1C62 1250 1350 16JO 1575
SlC 3280 36:0 2780
660 ::20 520 53C 1310
2725 3~5G 3fA2 2160 2360 2620 2710 2: fl C 2 4 JC 290C 30 30
ORS, GAAVIH <~GALS>
98(1:41.2~ 98(:9:.~8 58CE52,E7 98CE54,07 5eCE4°,1C 98(:E3E,G2 98(:01.81 58C:1E.,8 98(4£4.~1 98Cc'E.98 58C411.51 98(:08,12 98(424,43 98C4E9,77 'i8C492,1R 98(481.07 '38(::3,41 98C5f2.F: 98Cc8E,92 98CEJc.28 98(':Al ,1S 98(:47,59 98CE22.EE 98CE2E,5C 98Cfl8,G~ 98CE12,41 98C£JF..75 98C5R4.S3 98C:eE,42 98CE~2.7C 98(679.CA 98(441,82 ciac=20.42 98CE38.2~ 98CE41,P8 <;F,~€4:.22 98CE4E,'l9 98CE32.17 'J8C:22.C6 98(:01.:E 98C414.l~ 98C:4!.81 S8C':40.'JR q8C"32,ll 58Cc32.23 98C:40,11 58( 0 42.C2 98(':13. 75 C-,fC~0~.93
-~1.22 7. r.. 4
-26,14 -2c.22 -41.9C -48,96
24,71 1 7. 5 2 49.S~ 23.65 ~o,. o ~ 13,:i4 EC. 4 2 40.97 16.8': ~'+.98
i::, ? ,: ~•~-2.59 ,: • d ~
-H.51 8.52
-2.'10 12. 7 2
-12.02 -12.58 -1. 81 1.35 3.t_Jf. 4,91
-47.66 '.53.4i: ~2. 3 2 4<;,88
•27.2P -35.95 -~C.44 -26.45 -19.49
47.36 :g.1~ S2,02 1 g • 8 ~ -~.;}.28 ':2.68 6Q • 75 ~6.C7 ~f:i .• t.t.C =1.n~ ~6.6C
3(
Sl~fLi: l:lCLELE~ <P=2,67l
-s1.c1 -s• ,EC -42.5( -:37.5~ -~G.t.~ -64.~';
-6'l.1E -~d.Cl -f6.2t -67.7( -£3,11 -74.Lf -75.8~ -70.S'; -78.!::: -71.€~ -61.eE -:::2.5~ -21.6~ -SJ.DC -48.~E -EB.8, -."3ci.:.q -4t+.7£ - 48. 7: -44. 3<; -44.5~ -50.54 -4S • 7 4 -E5.0~ - sa. ~ 1 -r:;.~c -44,8( -49.7€ -53. H -48.lE - 44.: C -4 T. CE -45.4: -44.7~ -33.~': -5.3. 14 -44.lC -3ti.:i: -31.~: -31.EJ - 45. ~ 'I -4'i,lc -Lt(:,. 6C
pqr~CIP~L GRAVITY FACTS FCR C~SC~CE MCL~l~I~S, b•SrI~GlC~
QLAO: 1,215/4£00
SlAlIC~ L•TITUOE LONEJTL[E r.c. cc.~.M/lJQ) CD,M,M/IJ[)
8 326 4ED8.J6 12227.77 8 ~2 7 460<;.76 1222~.~2 8 3 3 0 4EC7.38 12221.4E 8 ~31 46~g.46 1221'l.5~ 8 ~3 2 461J.16 i.222D.~4 'I ~ 3 ~ 4610.90 12221.~IJ 8 ~3 4 46C9.77 12219.!'5 8 ~ 3 ': 461J.85 12215.~r: 8~3E 46C7.Q3 1222:'.:.Sl 8337 46C8.84 1222:3.~3 8 ~ 3E 4610.16 12224.:9 8 ~ 3 S 4611.92 1222=.lfl 8~4J 4S12.63 12223.~.3 8~41 4612.90 1222~.26 'l ~ 4 2 4613.fll 12221.44 8'4~ 4E14.32 1222::. (4 8573 4614.32 1222':.(4 8574 4614.63 1221R.~O fl 6 0 8 4601.79 1221E.a !HO'i 46C0.68 12211:.c2 '17 9 4 4601.74 1222~.~3 'l 79 5 4h :~ 1 • G 8 12227.CS
ELEVATIC~ CF E ic: Tl
2805 2110 1465 228C 3180 3480 2760 375C 1640 2620 30 10 2591 3460 2010 1 2 " 7 23C2 2302 4140 2400 2 4(:, 0 208C 1750
OHS. GRAVITY (l'GALSl
98C=lE.'54 98C':':.7.£7 98C':97.69 58C::-~8.';G '?BC':10.12 58(4€7.37 98(474.7~ '18(~42.98 98(587.',9 'J8QC2fo49 98C:J2.13 98(': 32 .E', 98(484.21 'JBC':77.4': 98CE1E.71 98~~51.lE 98C:':l.H 58C427.4E 'l8(':!8.~5 98G4E':.A': 98 C = ': 1. 3 1' saci:,~<' .1B
FREE-~IF
45.19 , 3. 3 E 1.18
15. 61 H.3~ :s.i;e -2.98 56.76 il. 7 6
~ 7 .• S 1 47.3!: ~5.~Lt f q. C ~ ~4.'+8 -il.46 ~3.:S1 23.51 72. 2 ~ 18. 8 2 -r;.37 ~ 3. 3 C 1. 1 7
3i
Sif>IFL~ BCLELER (F=2.67l
-so.~: - 48. '5 1 - 48. 1 , -;j2.C~ -36.5E -62.e: -96.C;E -7iJ.5E -47.G'; -:2.2~ -ss.11 -::2.lfl -4'1.B~ -43.5E - :-:1. 2 E -!j4.8': -:::t.t.E'3 -6FJ.1E _,;.~. 9; - SJ .1 t -47.:q - 58 • it ~
QUAC: 1 aoo l4Sl 5
STAT IO~ L~TITU1~ LONGITLCE El~VATIC~ r.c. <c,~.M/lJJ> <o.~.~11cc1 <FE:T>
5 15 6 4E,23.7G 1210:.~0 47DC 5158 462J .8 7 12111,26 3300 516C 4617.20 1210S.E2 43~3 516S 4622.60 121c1.cs 4333 5170 4621.53 12102.~~ 4691 5171 4621.12 1210~.o '195'.:
OHS. G,AV!lY (~GALS,
98(377,50 98C~46.1C 9€C38~.'l0 98C4Dl.~O 5SD37~.2~ 98C3~7.EO
fP£~-AIF SIMFLt BCLGUEF (F=2.S7l
61,18 -9d,5( 2.45 -109.5:
4 f., 8 3 -lCl.43 c:,~ t:; .. ~c..-e - J. -5s.c; fl.35 -9B.~E E':'.24 -9:.}.52
PR[~CIP~L GRAVITY FACTS FCP ctsc,cE MCLft1,1is, ~~S~I~GTC~
QLAC: 1,115/4615
STAT IOI L•TITUDl LONGITLCE ELEVATIC~ r.o. <C,l",~/1C1) <D,~,1"/11() <FEET)
3 719 4625.38 12128.~6 3527 374C 4619. 76 1212A.42 48 5 I 3742 4613.75 1212:.21 4435 37'1~ 4618.36 12122.~11 37'39 374: %17.76 12121.ec 3684 517 3 4619.34 1211:.~0 30CC 5174 4621.82 121lt.E2 4754 552 8 4629.19 12125.~= 4E67 7418 4623.92 12122.2E 4852 7H9 4624.01 1212~.(4 S 2 C" 7420 46,3.40 12122.1s 4925 7 421 4ii23.92 12122.a 4sg2 7422 4623.66 1211P.:5 641C 7 42 ~ 4622.68 12115.E5 5':98 7424 46~2.22 1211E.:~ 5232 7425 4622.06 12117.!?. 4952 742E %21.58 1211E.•R 4674 7 427 4621.'32 12115 •• ., 4518 7 430 4615.18 1212°.es 4574 7444 4£1S.33 1211E.fR 2858 7 4'1: 4615.51 1211EeCl 2 8 7 4 744E 4615. 79 12116.~C 2 8/i 1 7447 461'S. 3,; 1211 ~.=1 2858 7448 4615.49 12115.l'! 3037 7 '1'19 4r;20.01 12llcol~ 3431 745C q6~C.9C 1211~.41 443: 7 451 46,i: .97 12l!E.13 4482 7452 4621.24 12111.12 4E31 7453 4621.42 12117.€9 49C8 7454 4620.48 1211E.:P 4379 7455 4617.85 1211E.C7 291 g 745E '1618.55 12117.29 40~8 7457 4';}9.42 12118.43 '+ 16 4 745e 4619.49 12119.(9 4666 7455 4620.73 12119.4fl '18 0 2 7%C 4&<1.50 12119.S5 5130 7461 46lli.85 12111.12 3228 7462 4616.29 12117.41 2945 7463 4616.89 12119.12 32 31 7 '16 4 %16.56 12118.77 3C47 7465 4fl(;.55 1211~.:4 3229 746E 4617.93 1212!.E~ 3664 7 4 E I 46l'J.OJ 12123.!R 4 0 ,Jl 7%e 4619.33 12127.43 '18 0 0 7465 461i1.'l9 12121.'i~ 4€85 7474 4621.00 1212g.,9 5387 7 E3 4 4617.03 1212c.E5 518! 763: 461f',.73 1212~.11 5453 7E3E %1'l.49 12124.~8 '+ 16 C
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98(437.16 98C~3E.~~ 98(~89.41 98C4GE.31 98CH1.4: 98C4:S.4G ~8(~47.5( 980~8A.50 58C~SRt120 98C~4t.?G 58C~~Lt.':"0 98G~58.80 5ac;~2.cc 98C£52.C~ 98C~17.5J 98C!!4.EG 98(!:l.4° 58C~~5.CQ 98 G~5 I .CC 58G'41:Lt.P0 98C•5E.2C 98 C457 .80 58C4E2.SC C:BC4:o.10 98(427.SC S8D3E7.6~ 98C3E2.20 ':i8C~:3.EG 58C33E.fC S803E7.C'.: 98C452.5D 980~8E.g0 98 c::r::c. 7'": 98C~~3.SC 98C~lf~.4C 98C324.20 98(438.AO 58C4:2.00 98C4~E.6C 98(q4E.CO 58C4~2.'lC 98C413.20 S80397.8C 98C~4~.70 58(,!?9.SC 98C~C'4.1G 9EC~2~.i3C 98C3J3.70 98(~94.80
FREE-AIF Sil"Fl~ ~ClELER <F=2.G7l
45.69 -2fl.OE 4 4. 15 -122.:r 55. 77 -9S.2E 13.38 -11.s.c 1
tl.61 -116.€ i -19.lf -121.~4
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PRIICIPtL GFIVITY FACTS F~R CtSC~CE MCUllAIIS, ~AS~I~GTCI
QLAC: 1 '115/41,15
:PATIO!\ I • C.
7637 7635 7E" 0 7641 7 6 8 4 7 6'J 5 7696 769 7 q E6 1 qE62 1!665 'lE6E 8E67 8E6E 9665 il E 71 .qf 7 3 8E74 8E75 '3E7E fl E 8 0 'lE8 2 3684 BEB~
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%18.49 12124.:8 4Elf.39 12122.:7 4616.06 1212~.':: lf615.66 12122,€9 ~625.58 12129.~0 4615,19 12128.Ul 4615.69 1212e.54 4616,02 l 212 'i, 4 3 4623,78 1212s.c4 4/i22.70 12125 ,et 4624.84 12128.'ig 462'+.04 12121,E'J 4623.43 1212E,:1 4624.63 12124.(6 4625.03 1212:.CB 4625.08 12126,E3 4625.07 1212E.f4 4626,74 1212E, IP. 4627,D5 1212:.E:! 4628.06 12127.25 't629.67 1211R.34 462'l.16 121?1,42 4628.55 1212~.CD 4629.28 12121,S7
':LEVATICI (FEC:l l
4160 '+429 4 7 7 4 'l 5 8 J 3821 6340 5570 5e93 5210 5088 5713 5712 "058 4965 4630 3921: 61DE 5554 571C 6278 41SO 52 58 /i 3 4 C 608~
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106.15 58. & 0 1:4.~~ 1:9. 5: E't.49 E7.27 8'].q.~
E6. 0 4 73, 8: E.1.lC 33.EE 1S4.BE ';4. CE 56.9::
1C3.30 ~f. 2 ! E 7. 4 2
103.85 85.E,5
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0 RI~CIP•L GRAVITY FACTS FnR CASC~DE MCU~TAiis, WAS~INGTO~
1LAC: 1'13Cl4bl5
LATirUDC: L:lNGITLCE STATICN I. 0. <C,M,M/lJQl (O,M,•1100)
3 721 4,;21.06 12131.~·~ 3723 4'ilf..1 7 12134,E7 526: H 1 7, 35 12139.51 5264 4619,07 12143,EC 526: 4622.40 12143.43 5 30 4 4620.42 12lcE.~9 552 3 4621,77 12131,:: ,n4 4629.28 1213,,42 7225 461S.B3 121 '7,€8 7230 4615.66 12131,E6 7231 4E15,36 12131,':2 7232 4f!h.S'-l 1213£.::1 7233 4611.02 1213E,':9 7~~q 4617.11 l213F.12 723: 4617,61 1213~.73 7,H 4El7.38 12137,(4 7239 4615,77 12137,21 7240 4E1E,35 12133,EE 7241 4El7,33 12133,lC 7242 461':',0 7 12132,El 7 24 ~ 461/J.62 12133.~" 7 24 4 4618.70 12132.13 7 24: 462C.22 12112,Cf 724E 46~J.15 1213:.~8 724 7 4621.70 12132,73 724E 4621.95 12134.15 7245 46~1.2C 121~~.':1 7 25C 46~C.20 12138,f4 7251 4618.91 1213E.~6 7252 %18.43 12137,E~ 7 253 4617,'l'+ 12137,:4 7254 4617,25 1213~.59 7 25 7 4619.64 12137.~9 7258 4624,18 1213!.~5 7 25':: 4624.84 12131,(3 7260 4623.51 12131.~4 7261 %24,98 121:3.(3 7262 462r;.6R 1213?,E4 7 26 3 462 4 .4,:, 12134.~4 7 26 4 4623.'ll 1213f,P2 726= 4623.83 12137.fC 7 26E 4€23. 31 !21~8.5C 71E 7 46;2.8't 121~g.~1 7 26 e 4621.76 12139.(6 726'i 4621.25 121.37.CC 7270 452".74 1214~.~2 7271 462:.54 12139,74 7274 4627.49 12144.~4 7 27c 462E-.l 3 12135,q
ElcVATIC~ ffE<:Tl
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STATION LITITU1E LONGITLCE ELEVATICft J.C. <C,~1M/lCSl <D,M,~llS[l <FE~Tl
7276 4€26.39 1213~.11 2H45 7277 4626.81 12142.16 213S 121e 4626.39 12141.,E 2627 727S 4626.43 12143.:9 3568 729~ 4627.17 12144.EJ 2398 7281 462<+.72 121tf.t+.':2 1 714 7282 4/;24.44 12144.~6 1786 7283 46::3.70 12143.~:: 19g4 7 28 E 461~.)7 12138.(8 3794 7 ~o a 4616.17 12134.~7 4719 7 30 3 4E18.3'l 12130.54 4625 7304 4617.05 12130.~3 52 31 7 ~Q 5 4615.72 1213!.C7 5772 1 ~a 6 4;;1s.01 121~1.~:J 6084 7 30 7 46l"i.l'J 12112.~'l 5 2 ;;~ 7472 462/J.93 121~0.EC 4510 7473 462'.;.71 121,31'.. ~5 4574 7E8': 4621.69 1213D.,7 523E
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FREE-AIF SIMFLE BCLELER <F=2.67)
-12.21 -1C9.11 -34. 38 -1c1.1c -17.37 -1C6.E~
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QLAC: 1,14514615
STATIC~ LATITUD~ LONGITLCE ELEVATICi r.c. <C,~,M/l~r> <D,M,~,1~C> (FE~T)
3771 4626.91 12150.C~ 132E 526S 4627.43 12157,E'l lllC 5 2 "1 C 4625,41 121';5.EJ l 7J8 5271 4621.6-~ 1211:e.22 2s::2 527~ 461P.67 1215::.~~ 3920 5 2 7 4 4617.32 121';/.q 4G80 5 ~ 0 ': 4626.14 1214:.e;a 151:'E 5~08 4624.13 1214~.2C 2232 5 ~as 46:00.50 12141,47 2758 5~1C 4/d7.5g 12147.S3 3 L'C 5 311 462E>.44 12155.SB 12 73 5312 4623.90 12l'i2.15 4925 5~1~ 4621.52 12154.14 47C2 5 ~ 14 4617.25 12152. ~6 3863 835: 462R.77 121SJ: .E 3 12~6 fl ~5 E 4628.09 121:4.~2 133:. 8 35P 4626.71 12l'i9.SS 1052 8355 4626.04 121:1<..37 1166 8361 4627.00 121c2.13 13 ,11 8 362 4627.02 1214l,4J 13q1 8 36 3 4628.64 1215~.~6 14f6 a 36 e 4E25.35 12152.20 4:JlO 8 37C 41:i22,60 12153.~~ '1533 8 371 4620.83 1215~.:7 530E 8 3 7 2 4618,44 12l'iP.46 3397 8373 461'3.50 121Sl'.,'l 2799 8 38 4 %23.'i3 1215G.~:; 2323 338E 4622.57 12159.49 28'lG 8 387 4620.37 12155.:9 2896 8391 4617.75 12154.20 t+ 0 C ~ 3~9f 461'1.113 1215~.f.,J 3C22 3 39~ 462" .84 12151.,'i 2264 8394 4El8.32 12158.27 269'3 839: 4616.42 1215C.28 3220 3 3'3 E 4622.19 121:=:1.12 2C20 8 39 7 4624.2S 12149.29 1930 a 39 e 462:'i.94 121so.:e 1~24 8395 4E26.33 12150.l'l 1288
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FRc~-AIF SI~FLE BClELER (F=2.67)
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PRI~CIPAL GRAVITY FACTS FC'R c,sctCE MOU~TAI~s. ~AS~INGTC~
QLAC! 1;;2~J/4615
STAT IO~ LITITUDl LONGITLS~ ELEVATIC~ r.c. <C,~,M/100) (D,M,,/10G) (FE~T)
Al726 4029.90 !2211.,B 76f A17~:: 45<ilo60 12214.lC 61 ':l A1767 461:.90 12205.H 32C3 1: 3 5 4615.83 12210.E: 28 72 1 :7 0 %ts.gs 122QP.E2 323: 1:72 4615.85 12211.1'2 2422 1:74 4616.00 1221~.:~ 2674 7131 4,;;;;a.so 122CE.E;, 8HH 713.2 4629.80 12204.~c 972 713 3 46~8.20 122!:l~.lC 92C 713 4 4626.90 122J4.4~ 1C34 713: 4525.00 122c2.e~ 2140 713£ 4E23.37 1220~.~G 210G 7137 4621.24 12203.e4 3307 1ne %21.12 12206.~5 29CO 7US '1627.80 122G'l.e2 8 ') 0 71'+ G 4626.60 12214.E: 2 3 G 0 8 211 4615.73 12210.2f 3181 8 21 ~ 4617.59 122c1.1c 3199 8230 46lS.78 122ry£:.Jq 4310 9;31 4611i.98 12204.7 11 35:JC 8 ~ 3 ~ 4615.34 122:J~.~': 2 a o J 8~47 461'.i.74 122CB.11 31 ':le 835C 4617.90 12210.(2 45f7 8 351 4618.72 122oe.ca 5841 8 374 4519.10 12201.cs 36GJ 8 37: 4616.94 122c 4.es 395C 3 376 41,lH.SO 12203.:1 36RG 8311 4619.07 12202.ES Lt CR O 8 37S lt629.71 122JC.1~ 93( 8383 4626.43 12201.es l82C 8~8~ 4623.'l5 12200.~4 36 0 Q
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PRI~CIPAL GRAVITY f4CTS FCR C~S(jCE MCU~lAI~S, ~AS~I~GTC~
QLAC: 1~2rDl4615
~TATION L~TITUOE LONGJTLCE ElEVATIC~ I.e. cc.~.M/100) co.~.~llOC) (FE[T)
fl 713 4fi18.6i:; 122~f.~! 45G~ fl 714 4618.22 122Df.E9 3685 9 71 E 4617.7'1 12204.H 3590 il721 4'i27.66 12213.14 153S 8 72 2 4626.64 1221 ~.(2 223S iJ 72 -~ 4625.54 12214.25 223: ll 7 2 4 4625.41 12212.P9 3280 'l 7 2: 4624.81 12211.E6 361.:C 8 72 E 4624.25 12210.S'l 35:JG 8 72 7 %24.92 12210.40 3 8 80 a 12 e 4E26.39 1221a.s1 2 71 7 8 7 2 5 4627.58 12214.45 810 8 730 %27.08 1220E.Cl l6 c 0 8731 4,;2f..B5 12203.:7 2410 'l 73 3 %18.75 12201.s1 5778 9 73 ': 4617.99 12210.~3 5727 9735 461'J.6il 122G7.E7 5G5C 9737 %19.93 122C7.«;~ 465~ 97 3E 462').48 122)5.15 49C~ 9 735 461q.77 12210.20 4720 9 7lf 0 4S20.02 12213,E~ 3582 9 741 4621.24 1221~.e~ 35P.2 3 74 4 4613.21 12210.s~ 3 937 9H5 4616.51 1221C.:.3 47 30 974E 4617.63 12209.Jl 3507 9747 4617.44 122]7.:9 3417 '~ 745 4616.83 122C~.E7 3610 9750 %17.77 12204.f~ 36(8
ces. G~~vrn (~€ALS1
98(402.52 98C449.Cfl 9hC4:7.7E 98C~S2.77 98(::1.41 sec::4.1e 98C4AE.94 98(472.10 9BC:4e2.c:= <38C4:'.2.Cl 98C:2~.1~ 98CE37.E7 98(587.51 98(~3~.78 98C~ll,18 98C~Ql:.48 ~EC~E:~.81 i:18C~E8 • .21: 9EC~75.97 9so~so.~2 98C435.44 98(4'..:2 • .38 'i8C437.33 980379.23 SECH5.ES 98C4E2,4f 'i8C~:4.!4 98(4:7.49
4:
FREE-4IF SI~PLE HCLELER <P=2.E71
16.2:: -11. ~2 ~ S. 0 1 -79.6~ 4(.J9 -76. lE
-21.1~ -/'3.41 -1.11 -11.;.:. 3.32 -72.8(
~t+.S7 -11.1: ~:J.7~ -71.EE r: ') ~ ,.. -'-•J.l! -s,.cs '::6.81 .. 75.; t
18. 3 f -74.lS -51.24 -78.4S -::S.4C -1~.:;c -o. 5 9 - 82. 6 E
103,81 -'32.5S S 5. 4 E -59.61 tB. 62 -B5.3E 73. 28 -R5.2C R3. 65 -,n.31 E2.C«; -7fl.E7 1:1.22 -74.41 ~4.7( -87. !C <;,;.10 -77,SS 76,GE -A4.4~ 46.3S -75.CS ~4. 9 S -8l.4C 4:. 7 4 -77.2~ 41. 4 e -7':,, 4(
PRI~CIPAL GRAVITY FACTS FCR CASCJCE ~cuiTAii$, .A~rl~GTC~
QLAC: 1221514~15
STAT!O~ LITITUQE L0NGITLCE r.c. <c,~.~,1Jo> <o,~.~11Jo>
A17~6 462~.27 12216.~7 A1737 46 2/l .A 8 1221e.EJ A17~8 4627.91 1222c.~4 Al9~1 4617.;JC 1221E.:4 A 1 g ~ 2 4617.00 12218, 17 A 19 ~ 3 %1",,73 1221S.E3 A19~4 4617,27 12222.16 Al9~: 4€18.39 12226,:4 A 19 ~E 461~.93 12227,Ec A 19 ~ 7 4619.16 12229.Eq 3 ~ 4 4 4615,88 12224.~3 B ~ t+ ~ 4616,93 1222'.:.':"g 8 40: 4621l.67 12225,76 8 40 E 4628.4'1 12227.58 9407 %29.54 1222E.sn q 40 e 41S28,10 12226,EO 8 4 0 <; %27,29 12224.El 8 41 Q 4",26,51 1222~.~, 8411 4627.S6 1222'.:, ~5 3H2 4625.7] 12222,41 8 41 ~ 4624.85 1222~.~9 ll 41 4 %25,37 12224.11 3 41: 46~5.~0 122?7.44 3 5 If: 41; 2 7.'18 12229.:4 'l:'IE 462/t,21 1222S.C::6 8 S 4 7 4622.9':l 12221,44 8:4E 4624.02 1222!:.!5 a '54 s 46,3.3] 122'.'4, 45 3:SG 4624.26 12221.tti 8 ': 51 46,:,50 12219.ES 3552 462'i.8J 1221~.:l 8 55 3 4623.23 122?.l,19 8 :54 4623,'+J 1221S,jf '1:5: 4624.77 12211.n A:SE 4625.87 12217.lJ 8557 46,3.3J 12217,CS 3 5 5 <; 4622.75 12211',15 3:6~ 41Sl<J,4Q 1222:.~3 8:54 4619.'llf 1222~,41 l]C'C -" - 4621.13 12222.(4 ~:6E 4621.01 12220,:6 8 ': E 7 ~E2'J.35 1221s.e~ 8:68 4fi19,73 1222:.~1 8:6S 461'3.22 12221,E3 8 ': 7 C 461P.23 12224,:6 a : 1 1 4517.",7 12225.(5 8 58 C 4622.08 12224.~'i 3 581 4620.99 1222~.:5 ll 69 5 4617,34 1221:. rn
ELC:VAT]C~ <FEET)
"i85 630 :'53
2173 1982 188€ 1531 1250 llEC 1 0 4: .34J5 2880
702 72~
114:: 8J4
152:: 1 'l 1 E 2012 2211 2520 203C 1752 1259 1140 1360 178( 2060 2~10 2420 2A52
14"0 1491 22:0 26f~ 2 3 5 ~ 152C l 7 If 0 192:i 2810 3 2 30 3610 324C 2600 1360 2,315 1530 2293 22813
GfJS. GRAV]T~ <~CALSl
98CE::4.C9 '?8CES4.D5 S8CEEE.~2 98(:<t:' ,54 gBct:::5.23 98C~E:,::8 980:94.72 98CE18,SE 98CE28.E9 98 Cf 37 .,; c 98(482.54 91H~lll.14 98CE80.E7 'i8CE73,69 98C6~0,'l6 98CE43 ,1 7 98CE1:,25 58C787.~7 <;EC:7E,~6 CJ8C~E7,G~ ~sc::3.12 58(:79.~t; S8Cf 1;6.-'3~ 98CE3'l,4: S8Ct!.J4.~5 98(e27.E: 98CElJiJ.i3D 98(:82.19 SEC:F.: .17 98C:45.~9 98(:18,54 98 CE18 .F. c 58GEOE.06 98C:!:A.~3 9AC:28.86 98(:44.42 5EC~l:3~.88 98(:51.~~ 98(:80,59 98(:23,78 98G454,84 '::8('f::E.1S 98C4P4,7g 58C':~8,41 98CE0: ,E 3 5BC:49,~e 98CE12.76 58C:E3.~P 98C::E,PC
FPE~-AIF
-S6.J8 -:2.:-31 -46.52
1,72 -2.56 -4. 64 -9.':1G
-1-3.75 -13. 3 2 -1:.i.7J3
:,;.n9 ~0.'J2
-l".10 -2]. 7f. -8.4~
-40.1!: -5.03 5.34 2. <j p
14, 62 ~G. 11 8, 72
1 J. J ~ -6.14 -7.4E -1. 6 7
9 • if 3 18.2'1 C 3. 2 g 1::;. 6 5 2~.72 -2.59
-11.5E ?j • 5 4
1 7 • 1 E 8.22
-18.C! ~.18 9.1 E
~ 3. h: s4, 4 0 52.4E .; ·~ • "l; "J • l ....
~2. 91 -16. S2
18. 41 s.sc
~3.85 3, 3 8
Sl~PLE tlClCLEF (F=2,67l
-7&.Cl -74,21 -6:i. ll: -12.2is -70.CE -68.~~ -E2.Cli -~G.~2 -~2.E~ -~1.1~ -s1.2s -S7.17 -43.C 1 -43.~E -47.LI~ -7,).':~ -5tl.5i -:7.5~ -'~i;.4: -r;Q.6S - :·s. 7 ~ -E!J.4~ -4Y.E'2 -49.C:: -46.2C.: -41.'::~ -51,lS -::1.c;~ - c~ t:; '1 C ... .; ... ~
-t:ti.7~ -71.lt2 -51.57 -t:2.~( -eJ. ~<; - 72. 5 ii
-71.55 -6,.ec - 56. 0 C -51:t. 4 t.: -62.CE -es.E~ -1:·."7 -73.2~ -55.64 -62.84 -c, 4' - 48. ~ l - 53. 8 1 -74.SS
DRINCIDIL G~AVITY FACTS F~R C6SCIOE MCL~TII~S, ~IS~!~GTC~
QLAC! 1~21514615
STATIC~ LITITUD[ LJ~GJTLCE ELEVATIC~ r.c. (C,P,~/lOO) <D,~,,,1ac> (FE:T>
9E9E 9 70 2 9 70 4
4617.44 4619.44 'l6l'l.59
12215.7! 1221:3.~g 1221E.C7
22hG J69C 3430
OBS• GPAV !H <,GALS>
<?sc=:'1;9.B9 98 Ct,:: 4. i 1 98C~Al.~8
4i
FREE-AIF SI~FLE BClELER (P::2,67>
) • 5., Li9.3C 53.60
-73.~'; -16.~E -E3. ~ 2
PRI~CIPAL GRAVITY FACTS FCR Ctsc,cE M0~ITAI1S, ~ASbINGTCI
QLAC: 1 ace 14f30
STATIDN 1.c.
104E2 104E6 104E7 l 04 EE 1 04E5 10470 10471 1 04 72 10414 1047: 10476 10417 10418 10481 l 04E 2 10484 1 048: 1 J4E E l 0487 1 04 e e 1 048S 1 04 S '.: 10451 10452 1049 3 104 S4 1C45E 1 04 S 7 5 598 5 'i9 5 5600 5601 SEO, 5603 5 60 4 5 60:
LATITUD:c LONG Ill CE <D,•,M/lJl) <D,M,1'/1]~)
4640.30 12101:.~Q 4643.~3 121:~.s-1 4643.20 121C~.E2 4642.94 12107.:9 4644.64 12101.11 4641.50 121D4.42 46~8.53 1211C.E4 H~'J.39 12107.16 464·J.16 12108.:3 46~il.'i.3 1'.'1JE.F4 46~6.73 121G6.41 46~7.47 1210E.,4 46~ 7,fl6 1210E.i7 4648.44 121C2.43 '4i;4Q.28 1210-:.11 46~9.63 l21D2.P7 4f~8.35 12104.(3 4E~7.34 121)4.17 4634.99 12llJB.44 46~6.04 1210P,C4 4637.13 12108.~7 46~5.42 12113.E9 4633.97 12113.A7 46~4.58 12114.44 4636.52 12112.12 4637.12 1211:.:8 4637.71 12112.ss 46~7.67 1211(),78 46 ~>l.SO 12113.40 46~8.70 121C9.C 0
4637.20 1210P.~2 4635.40 12113. 72 4640.10 121J:'.,8 4643.0D 121J6.CJ 4(,43.0J 12109.Er 4640.20 12100.18
ELEVATICI <FF:T l
2EC8 622~ 6022 57CS 5169 3,..,t:::C:: ~~-
2986 2922 3660 2g73 3712 3:C3 3 2 2 E 2426 2297 33C2 3755 42g, 4 755 35f: 3117 3464 4552 3602 4 18 if 41:~ 3210 2991 2959 3016 3117 3454 2608 6223 6335 2288
CBS. GRA~IlY ( ~GALS>
98C:::31.AS 98C294.f7 98G~10.26 98C~29.85 98C~11.18 98C4E9./;l 98C~D3.47 98(:11.62 'J8C4E8.72 98(~11.1~ 98(4:8.P, 5EC41:,3~ 98(tS'4.1'.: 58('2'+0.CA 98C:49.H, 98048:.87 98(4:9.89 q8C42~.22 98C~88.f<J 98(443.22 98G4'l7.C9 98CH0.21 98C~53 .2 7 98(447.23 98C424.'l3 98(426,81 980483,3f 98C:Cl.:7 98C49E.30 98C:SE.S~ 'l8C49E.1C 98(459,30 S801:~0.9C 98C2'l:.1G 98(~87.70 98(:4'1.0Q
FRE'::-AIF
-6 .1 f 52.57 89.0C 19.lE E 7 •::, 2 1:.(,4
3. <, 8 4.~1
29. R 7 1 J. :!. .: 3n ,- 'l 'w'. M '-
25.78 18. 13
-l').26 -18.;: 8
14. l 4 ~ 2. 7 C 48.Gc 61. 9 4 ~9.26 11. 6 4 10. C 6 47. 6 4 11.3;3 4 0. 8 5 "!.6. 2 7 "i. 8 7 3.54
--3.·~s 9. 6 7
10.G~ 9.18
-7,11 S.3.:J~ 56.18
-18.96
4E
Sil'FLE clClGUER (P=2.571
-94.513 -1.llj.~f: -116.11 -115.1: -108.~~ -1::0.2~
-9,'3. 02 -5~1.Cl -94.?'S -91.1~ -9f1.4( -93.5~ -s1.e~ -97.E~ -9S.~l -98.~~ -9S.2C -9~.12
-1c:.4s -'35. 7~ -g4.5~
-1C7.9, -107.4C -111.3E -lGl.EE -124.2~ -lJ._1.it(
-'38.~~ -1J6.71 -'3J.a: -g5.:;~
-108.EC -g:;. Slf
-llil.51 -119,55 -9h.t ':
PRINCIPAL SRAVITY FACTS F~R CASC~CE ~OL~TII~S, ~1SHI~G1C~
QLAC: 1<11514f3Q
STAT IO~ L~TITUDE r.c. cc,~,~,1Q~>
10495 4637.54 l O A 4 4 4637.62 1 QB 4: %36.55 1 ca 46 46~5.40 1 OfH 7 46~4.47 10848 4E~3.33 108:1 46~9.87 10852 46~4.82 lGA:3 4636.41 1 08: 4 46 37 .52 386~ 46~8.75 386 4 46~7.73 3 86 !: 46~8.68 3 86E 463'l.29 3 86 7 46~7.73 3868 4E 3 7. 39 ~865 46~5.53 387G %~'1.71 3871 4636.08 3872 H,~6.47 5590 463'l.14 5 591 46~'1.56 5:92 4641.7, 559 ~ 4E42.H 5 594 4642.73 5596 464'1.20 592~ 463'.61 5'i2~ 46~1.22 552 7 46co.11 8E7S 46~0.20
L,1NG ITLCE <O,M,~llOC>
12115.44 12123.::lf 1212~.,7 12124.12 12125.25 1212:.1: 1211£.72 12121.H 1212'.'..15 12111.,9 12127.E2 1212c.C4 12122.53 12121.~3 12llf •• 8 1211E.E4 1211f.Cl 12116.77 12116.~3 ~211:.15 12124.~7 12124.77 1212~.12 12122.16 12121.cg 12122.49 12125.18 1212'i.C1 12127.19 12111.::a
ElrV4TIC~ (FE;:T I
3334 5gE,l 6 ~ 7: 66~2 5472 4800 3~47 3281 3174 3C2C 34CE 41:)6 4413 42D7 2589 3 ~ .g 3 "0 6 7 5'152 4885 46'J6 5208 5257 5083 51g1 634~ 5158 6718 ", 4 2 0 752C 4080
CBS. GRAV IlY <~GnLS>
c;sn11.12 98C2':i6 .E!: 98C2~9.7B 98C242.ll 98(~30.Cl gso~79.42 98(472.24 sec4~:.~e 98C4E3.81 9R0480.CO ':18C45: .'99 98(421.58 Cl8(40Lf.~9 SlEC41~.~S 98(45:1.29 98(480.32 '!8C~E2.Cl S8C33E.48 98C~73.5~ S8C~88.114 98C~El.EO 980~:9.CO 58C~"1-~.E'.J 98C~El .. S·J S8C2E5.fC 98C~Ef.70 58C242.G~ 98C:90.20 98ClcE.~O 98(409.84
fFEC:-A IF
5.5~ 18. 0 6 El. 7 4 '; !. • 8 E 70 .1 7 58. C 8
<;. 3 8 -11.38 -15.11 -15.07 -4. 6~ ~ 8. 3 4
38.59 29.26 -8.~-2 •H.6~ 62.47 74. 3 9 56.415 :2.99 70. 0 9 75 • Q ~
Eh.2~ f.3. 32 n.2 4 E2.66
110.81 114,'12 1.32.58
~5. SC
Sll'Flc dCLELEF (F.=2.671
-108.Cl -124.SE -1~5.~1= -1~4.11 -116.21 -1~5.lf~ -1C3.6~ -123.1~ -123.21 -117.54 -12°.64 -111.~1 -111.11 -114.0~ -li]3.8~ -1U.E4 -llG.11 -111. 3C -1c 1J.s1.i -10;.g~ -107.3C -1C5.~5 -1C6.5C -113.ltE -1c~.ec -113.0~ -12 1).04 -1C4.2t -137.li -113.4i
ORI~CIP~L GRAVITY FACTS FCR C~SCtCE ~CU~l~I~S, -DSHI~GlC~
QL~C: 1<130/463G
STA TIO~ LATITUDE LO~GITLCE ELEVATIC~ r.c. <C,~,M/100) (9,M,~/lJO) (FE~TJ
2884 46~5 •. 37 12141.~J 102f 288': 4641.18 12134,Ee 1565 371: 46~2.72 12137,4D 19 :2 313 4 H~2.31 121.37,C6 1940 4066 463S,42 1214':,4'1 1053 405B 'lE34.35 12142.~P 1 0 iJ 7 4 Q 6 c; 46~3.57 12143.~:' 9 '3 G 4 09 2 4637.27 12139,11 1127 4083 4638.97 12136,7'! 12 3C 4 08 4 4640,23 1213°.,g 1443 4087 46~/i.'lO 1214(.14 1 J60 4Cile 4637.24 12141.(3 1105 4 ,Jes 46~g.ss 12137.,5 11 /l 4 "1 o e '4633.70 12141.,6 1473 4105 46~3.'iO 12141.72 l 'l CE 4111 4531.'17 1214,,34 2649 4113 4,:;3J.4t+ 12141.E4 3760 '111 7 if6~l.10 12141,EJ 55:3 '111 e lf6~1.B7 12141,42 5490 4123 4630,99 12140,El 3244 4131 46 4 0 • 5 3 12134,17 1784 4 I 3 3 Hi4c.28 12132.~5 2EC6 4U4 4642,91 12133,41 2118 4 13 7 463<J.8'l 1213E.C3 1217 413 9 4640.84 1213E,CR 2083 4 14 ry 46~'1.02 121.31,4': 1567 4 141 4536.'18 12138.E2 1567 41'1: 46~6.29 1213q,46 1100 415S 4642,43 12135.E1: (; 310 5531 46~t.70 121~:.E~ 23':l~ 8 96 5 46:'4.75 12141.,1 lC"lC 957: 4638.28 12142.Ul 1 5 82 B97E 46!7,40 12143,:R 21EE 9 0 Q ~ 464~.32 121~4.';6 1443 910 4 464C,47 12134.:7 1459 9 00 E 4641.62 12134.~7 15q3 9 0 0 7 4642,31 12134,69 1635 90,e 4643.04 121:34.~q 111 !: ·3 a o 9 4643.95 12134,(3 1928 901 C 4644.90 12133.32 2100 9 C2E 46.3f.q6 12143.(9 1957 9027 4':~~.:28 1 2 1 4 :' • ::7 1 9 C (; 9802 46:C ~. 7fl 1214? .. Li'J 1 C ft: 9 ea 3 46~2.64 121~2.~'i 381: 9805 q636.7Q 12137.2~ 280C 9 e1 o 46!S.72 12134,Cc 2857 9811 '4635.52 1213~.27 2859 9 e 1 2 4634.71 12132.'i~ 28S5 'l 81 3 4635,11 12132,€0 2857
JBS. GRAVITY (riEALSl
98CEO'l.O:: 980::Sl,17 98(:':l.74 'i8C:~9,P2 98CE10,61 58CE13,47 98(610,66 580E"9,':2 9BCEC~.AB 58C:57,01 98CE11,:2 98CE·J9.9S 98CE09.4': 9ao:.q2.~o 98(1::E.17 98C':J2.71 98C437.97 980~18.8': 'l8C3C9,23 58(~£8.11 98(~74,58 58C':2t:.!i:. 98C:57.~": 9RCE08,03 98C:E2,17 98C:'8E,47 98(580.~:~ 9RCl:07.S2 58C277.~0 98Ccl E ,1 G 98CF.G8.S2 98C:8C,13 98C':47,8G 98C~l3E .~'J 58C:S4,93 98C:S2.1": 98C5E4,1': 98(:?'l,22 S8C:E7,17 98C!S52 .67 S8C':El, 17 98(:Hd• 9RCE-:t.~2 98C42'J,CE 98(:04.17 98 C~D7 .VB 98C~JE,6,S 98C~J3,82 <:sc:riE.GS
SC
FRE~-AIR SI~PLE HOLELER <F=2.61l
-iC.34 -1os.2s -46.28 -99,5E -41.26 -l!:h.Ct. -48,':l'J -115.J1 -E7.82 -103,65 -E6,17 -lGJ,47 -69.41 -1G3.1~ •t3.2~ -1n1.t2 -~q.75 -lJl,£4 -:0.48 -99. ti'! -f:6.8~ -1c2.s~ -t:~.45 -102.22 -El.:e -101.JC -~2.3~ -102.::c -~7.6~ -1c2.s: -lB.lc. -1':B.51
23 .1 7 -104.90 El,61 -121.:~ ::~.c:o -131.~';
3. 'H -lJS.5:'. -41,25 -102.c: -lG.~2 -'lil.JE -28.4~ 1 -~~ ':'IC - .a. I.. •• t:: .,
-E0,20 -1Gl.EE -26.Clf -9Ei.S<; -4S.~.3 -'99.4( -':C.4~ -lJ,3. 71 -6h. 3C -1J3. 7E
8'+.~5 -13J.lf~ • 21 • .:f S -109.CE -69.lt -1J4 .24 -Sl.3:: -105.~~ -21. 42 -1::n.1~ -~1.12 -lJ~.27 -~1.4~ -lCl .11 -4il.C3 -1JC,5E - q,B 1 -1C3.~C -46.·,2 -1cs.~~ -4~.3C -125.51 -40.0E -111.:if ... ~2.9C -'39.~!: -~2.11 -Y.S.E! -E7.J ~~ -lG.l.,E
16,12 -113.8~ -1'.J. 36 -1J5. 7~
-o. 61 -97.9~ -o • 5 5 -97.5~ -2.lf -9g,:;4 -0.72 -5B.C;
PRI~CIP~L GRAVITY FACTS FOR CASCACE "OL~lAr•s, ~ASHI~Gtc•
STATIOI LaTITUD: LO~GITLCE EL~VATIC~ r.c. <c,~.~/1U2) <D,",~llOG) (FE~T)
A17~2 46~2.10 12l'i8,10 921 Al7~~ 46~2.SO 1215q.~8 921 A17~4 'l6~0.80 121'1E,1E 952 2~0 4644,00 121"'C,CO 2498 251 4644,20 12151.~'J 2378 2 S2 4644,10 121S2,41 2274 2:3 4644.6C 121S~.~J 212E 2:4 %44,SC 1215':,CO 20C3 3701 4641.87 1214S,S8 2109 3 70 3 4642.38 12148,Ec 2!': 3 4 170 4 4643.64 12145,fe 2455 3 7G: 464D,12 121':7,16 352G 3707 4640,19 121SE,:O 4442 3 7D e 45~9.g2 121::3.43 4301 370S 4640.40 12152 .. 16 3430 4C61 4632,43 12154.~P. 921 1H62 4632.45 1215~ .19 941 406~ 4632,14 121':o.e1 ':ll A 4C64 46~2.04 121::2.~1 913 4 C 6: 4631,83 1214f.E2 5E7 4 C 7 2 46~1.87 121s:.56 896 4073 4632,04 l21S8.1S 88: 4 07 4 4E~G.37 12155.~4 871' 4 07~ 4631,22 121sg.~1 92E 4076 46~J.4g 1215~. J 1 818 4C77 4630,41 1215':.:1 918 4 OH 4E~l.36 121~3.f2 9J6 'I C 7 5 4631,14 12152,l~ 511 4J8C 463':,92 121s 0 .11 95A 4081 4631.16 12147.19 963 414 4 4632.07 12147,:C 950 711 E 4542.0J 1215f,P 4(55 8353 4632.13 12154,:3 9C2 8 354 46~0.44 12154.l~ 881 8977 46 n. 1 o 1214~-~5 2721 e 57 e 46~8.24 1214€.72 3174 9575 46~9.79 1214?,1'1 3181 8 58 C 4637,02 12149,'i6 2 876 e sa 1 46~8.08 121~0 .. ~a 2633 8 582 4636.26 121s~.c~ 2492 8583 46~4.83 121~4.12 22'15 'l 584 '<6~4.06 1 2 1 ': 4 , 1 3 1850 qsAE 4E~1.25 12151 .. ~.3 fl 8 7 858'3 46~1..09 1215!'.10 920 8596 4632,23 12148,66 '3 2 2 9ClE 46~2.q1 1214P,22 17B4 9019 4635,59 12148.:4 4845 'l C 21 4E~!S.20 12145,P 47SC 9~23 46~4.89 12149,ES 29CO
OAS, GPAVllY <~G~LS>
98CE27,23 98CE2E,54 98Cf.l'l.1~ ':'8C:43,7C 98(::1,:: <tBC::9,80 58C:10,DO 96(:78.~J 98C:'t9.8~ 98(:33.:2 98C:43,f5 98(48lf.2:; 98C417,23 98C430,06 98(41'4,10 98CE2E,4': 'l8CE21,71 98Cf17,4': 'l8Cfl9,24 Q8(<14.12 'l8CE22,P.2 98CE2E,C7 98CE24,4f 9ECE?:,P4 ":IBOf24.5: 9ect2~.cc 9ECE2:,c8 98C£2E,1E 98(623.57 Q8(El7,14 98CE1E,14 58C45C.~O ?8Cf27.~~ G8C£24,0C 98C1:ZO .f::; 58(496,80 98(492,18 98C~ll,49 98C~2E.O~ 5EC::!8,59 CJPC~4~.:.:2': S8C~!:t,:2 c,sci::22.sE: 98CE24 ,98 98CE1E,79 98(" 71,98 980~82,:E 98C~8~.!4 58G:06 ,.9':i
FPE~-AIR SI~FLE dCLGuER (P::2,67)
-~8.99 -89.6f -Sfl,00 -89.~1 -€:5. 37 -97,1S -1c.2: -95.2.'.: -14.G2 -<Js.c, -15.35 -52.81 -19.!<3 - 92. 2 4 _ ... .., qc; 4--•~~- -51,11 • 35.98 -1C7,El -14.44 -100.74 -13. 15 -97,4(
32.24 -f7.6: 21,89 - 59 • 4 1 51,dE _q4.6~ 23.2~ -53,51
- 58. 3 S -~9.7E -t:1.28 -93.3~ -E7.2~ -98.5C -ES,76 -S',,8! -ES.45 -<;d.4~ -£:3.'1~ -54. H -El,57 -91,71 -fl. 32 -91.2:;: -!:(,.70 -e'l.24 -El,41 -n.c1 -:7.CA -eR.~t -:9.2E -'l~.11 -':.7.f= -8tl.6€ -~5.~l -8>3.l~ -tl.3 :! -94.6~ -ES.4~ -97, H
46. C 3 -92.0t - :8 .. 8 2 -1:9.54 -El.SO -Sl,61 -2.82 -9s.::c 15. 13 -92.5t d. R 3 -59.51 3.62 -54.::
-6. 2 5 -55,91 -4.25 ... 89 • 1 ~
-18,21 -94.81 -33.35 - :36. 4 C -f3.nC -9:1,El -:7.9~ -Eg.2~ -67.65 - S9. C e -32.26 -S:3.C~
62,05 -102,51 S4.J8 -1J7,Cl 4,59 -94, H
0 RI~C[PAL GRAVITY FACTS F~R CISCtCE ~JLftlAiftS, ~IShI~GlCft
QLAC: 1~145J4h3G
STAT[Cft LATITUDE LONGITLCE r.c. cc,~,M/100> <D,M,•11oc>
9C24 4E~3.39 1214.~.e1 9 02 e 46~7.69 12148.14 9C31 %~'J.ll 1214c.11 913 2 46!q.24 1214£.€7 9 0~ 4 4E!'l.33 12141.87
tLEVATICft CF[E:T>
21 71 383~ 4724 463C S268
OHS. GRAVI1Y C ~GALSI
98C5E4.t,~ 98Cli~~.::3 98:~87.26 98C~93 .6'l '18C~49.5A
fF!:E-AIF
16.24 ~M.6-7 ::c.c 7 4 7 • 4 6 t ~. 6 ~
Slf"Flt f-lC LELER (F::2,61 l
-~1.1c -93.EE
-11C.E3 -llC.24 -115.EC
PRI~CIPAL GRAVITY FACTS fn~ Ctsc,cE P2L~1AI~S. ~8Sf!~G1C~
QLAC: 1,200 /4/0.30
STATIC~ LATITUDE LONGITLCE ELEVAT!C~ r.c. <C,P,M/110) (J,M,~/11() (FE:T)
Al718 464'1.00 12212.41 1247 A1715 4642.70 12212.:1 14~5 Al720 4640,83 12211,€9 1670 A1721 4<;~9.60 12211.':2 1745 Al722 46 ~~ .. t+O 1221~.1S,~ 1115 A172~ 4E~5.30 12214.44 lO~C Al Vi 5 46!2,20 12213,E3 988 A1727 '16 ~1.20 12209.(7 8 3 '3 Al 7 2 5 46 ~ 2. 5 0 1220~.~·J 9 '3 4 A 17 ~ G q6~2.70 1220~.~5 1126 A 17 ~ l '16~2.00 122:c.~1 CJ 7 2 A19~8 4€44.30 12201,7A 1616 Al9~5 4643.60 12202.~3 1782 A 194,J 46 42 .85 122'j4.~4 2=1~ J\1941 46H,40 1~2G4.~4 2162 J\1942 4640,60 12232.~0 2S2E 7095 4642.90 12209,CO 1400 7101 464'.'i.20 122'c~.E: 1966 7101 46~8.60 122:J7,EC 2~34 7102 46!7.20 122QQ,51 2440 7 10 ~ 46 ~6.50 12207,•C 21 tj 2 7104 46~3.40 12208.l; 2C64 710: 41,!4.0D 12232.':J 1641 9 591 4E~G.36 12201.EE 91 7 8 99 3 46~0.51 1220 ~.lil 920 B 594 4,S~l.79 122].l.15 93E
CBS, GRAVIH <~GALS>
98(€4': • .23 98rE31,EE 98Cf:8,2E 98CflE,E2 98CE4'1,cC 98CE4E,23 98CE38, 74 98CH2,e6 'lBCE~l,21 98CE2:.76 98CE23.77 98CE14.2': 98G:99.SS 98C:E4.!7 58C:77.72 '38C::1,l'l ':!80E:4,6C 98C1:137.C,'; 580:73.fG 58C':E3.4C 58C:13,fC '38(:71,1" gsc=~3.'+0 9RC09.21 '38CE~4.7A 98CE3E,~4
FREE-AIF SI~FLE 3ClfLER <F=2,67 I
-26.31 - ER. e ~ -18,4C -bl.SC
-0.74 - 63. f ~
-1.51 -6J.5~ -,8,57 -G6.:: -~(.BC -Cb.:!: -~9.4~ -73.1( -47,84 -76.41 -46,111 -80 • 7:;; -4J.2C -74.:;~ -:s.,s2 - d8. 1 ~ - <3.1 C -18.1• -21.ss -82.~E
13,94 -71.E: -1. 9 G .. 7-,.~1.
4,9E -81.07 -2C.9E -6il,E4
-1.2:: -E8,21 12,37 - 1: 7 • l 2 14. 2 S -cR.e: -1.S8 -74.!:E -1.:s -77.~';
-2s.:e -81.51 •E2 .. 8S -94.l~ -47,2E -78.:~ -'-ls.12 -1,i.cc
QLAC: 1221514630
STATIOr. LATITUDE
A1724 46~3.50 A 17' e 46 ~'.90 A17~5 46~1.40 A1740 4E~l.30 Al741 46~1.80 A 19~ 2 %~3.50 A 192 3 4633.'lO Al'l24 46~4.70 A 19 2 ~ 46~4.60 Al'l,E 46~5.70 Al927 46~,S.40 1 oa e 4 4644.63 1 oa e: 4644.15 10886 4642.77 10887 4644,64 1 oe e e 4642,92 1 os e 5 4641.0'I 1oe52 4€~6.35 10853 46~7.96 7122 464:,60 7123 4640.60 7 12 4 4E~9.30 712: 4642.2J 712€ 4640.60 7127 4644.50
LONG ITLCE
12216.:E 12222.~4 12224.f~ 12227,f5 12229.1C 12216,'32 12218,lS 12222.~o 12224.~B 1222f, H 1222~.29 12225.:6 12227.E4 1222:.S7 12222,El 12222.E8 1222£.El 12222,44 12224.E2 12215,lG 1221E,:" 1221B.ED 12218.:0 12220,EO 12218.E,:
ELE:VAT JC~ ffE~T I
95~ 532 580 651 626 '315 92: 7 f, 3 712 a1e 9:, 1
24 7C 3085 3722 1:53 1441 3221 1C3C 2764 350C 37JC 3COO 3 0:: 0 210 0 1 '5 ~ C
OBS. G~AV!l~ (l'GALSI
98CE48,f4 98Cf77,17 98CE82 ,14 98CEA3.C4 98CE91.0'l 98CE::O .'i 1 58:t:::: .s 1 98CEE7,78 98CE77.12 98CE79,51 98Ct8C,10 58Ul4,18 98C:7C.17 ssc:2~.c1 58CE::.?E S8CE:7,qE 58CCEC.F8 5 8 C € ~ 7 • ;: :! 98C:E8,E4 98C~28.1C 98C:J'.J.5D 98C~4~.1C S8C:4:,0C ssoEo3.eo 98Cf4E.4J
FRE~-AIR Sll'FL~ dCl(LER <F=2.671
-~4.3C -61.2E -~1.9~ -6J.G7 -~3.2~ -52.SE -21.7! -45,2f -:::o.:5~ -41.e, -~h.l( -67,,1 -~5.6E -i:7.lf -~5.34 -El.:!~ -31~. &: -~4.5C -19.18 -47,6~
-6.9£ - :!9. b-: s~.6t -27,41 71. 22 -23.€:: E3.2E -43.71 11.91 -40.5~
6. 2 ~ -42.e~ 79.21 -:J.:(
-:3.26 -s-1.: 4 ~d. H 2 - 45. :! -' 73.53 -45.EJ €5.15 -S'.i.81 45.46 -:s.1~ 45.7G -S8.1E 11.s: -':.3.S1 -2.lf -53.2:
1tAc: 1 aco 1464'5
STATIC~ I.e.
l 05 2 0 10521 l 0522 10"23 1 as 24 10525 10526 10521 1OS28 l 05 2 5 1053 a 10531 1053 5 10536 115 3 7 1 cs~ e 10539 1C540 l 05 41 10542 10543 1054 4 1 0545 105 4E l OS 4 7 10548 10549 l 05::0 1 05: 1 105:2 10555 105:6 1 G'i:1 105:~ 1C5:9 l 05E 0 1 CSE 1 105E2 105E3 1C5E4 105E: 1C5EE 105€7 l 05 E 8 10569 l OS 70 10571 10574 10582
L.AT IT UDE:
46':8.0'J 46:A.15 46:fl.47 46:9,68 4658.88 46:8,92 46':9.17 46':9.49 4659,44 4658,57 4657,28 46~5.22 4657.84 46:~.52 464,;.16 4645.16 464S.26 464',,98 4647.72 4645,36 464~.96 4647.06 11648,57 4648,74 4648.39 46':ry ,95 46:1.49 Li651.ltt 46:1.~3 4650,58 46:7,37 46:S.23 46:',,l 3 %:5,56 46:'l,30 46:3,94 46:2,21 46:3.58 46:3,49 46:4,61 46'.:2.81 4,;52.04 46~4.42 4E:6.31 46:7.23 46:5,55 46:4.23 46:9,73 %4A,59
LONG ITLCE
12113.18 12112 .!: 7 12111.26 12105.~5 121oe.·12 12107,46 121P3,ES 121]1,1'3 12100.13 121C::,f2 121Jl.:l 12102.11 121JS,C5 12100.ci 1210S,'i9 12103.}'; 12104.33 1213~.~g 1210 5, 42 12106,13 l210B.S6 12106.:5 121J3,Pl 121D7.70 1210::.e3 1210C,24 12102.~6 l21D4.C6 121GE,CE 121J7,86 12107.:6 12109.(7 12137,21 1210:.~3 121D1.E6 12110.16 12111,':;2 1211c.,;q 121G': ,';CJ 1210c,El 121J3,71 12101,17 12101,41 1210~.~7 12111.26 12112,74 12114,Et; 121J5,:5 12110.32
ELEVATIC~ <FEC::T I
316C 3016 28 St 27B4 2737 26 36 2563 3712 4745 2506 4C37 2 3 77 24 75 219~ 3393 3771 4274 3782 3238 4 2 37 6351 3 7 ,J8 26 75 3983 2 8 7 4 2!85 2613 3284 4345 4711 3E82 3 9 2 2 3575 368~ 4695 5956 6351 (,048 4 0 Q:: 35Cl 3669 2901 2~G1 24Gc 2951 3021 3154 3790 474~
OBS. GRAVI1~ <~GALSl
98C459.79 9EC!:C~.C8 98(.!'"9 ,:4 58C:14.24 98C':18,91 981.::2-3 .F:·1 98C':1E,~5 SP C 4 7 5, 4 7 98(415.85 'l8C:36,21 98(450,05 gsc~:1.20 98C:3E,?~ 98.::~9.15 98C47'l,AO 980458.;)7 98(427,76 98G4sE.~8 98(438,74 '38C431,42 98(<7.~.34 58 C4E3 .'44 98(522,81 98C44E.70 98C:l3,l~ ~ec::4':.~J 98C:~3.cC 980488,92 58C421,C8 980~gq.20 ~8C4EE,C9 98(448.76 5i:!G478,,4 58C4E:,27 98C298.53 98C~.t:: ,35 98C2gE,72 98G308,35 98C44:,28 98C477,83 98(472,90 98(:lE.~'; S8C':E3.4'.: 98(:44,74 98(5~9.36 98C':Q9,47 98G:c2.8~ 98C4:E,31 SAC4J,3,81
FREE-A IF
-13.[5 -21.44 -29.6'3 - ~-4.9( -~4.95 -~9. 7: -16.3S
16,40 :":4.4G
-3B,91 20.88
-25,01 -40,24 -~1.se
l,RC 22, l 3 ~a. 9 e 19. -~ ~ -1,1'3 39.01 A 7.b3 18,71
-21.36 2 s. 31
-12.,}:3 -29,15 -~0.9C
-1. 8 4 ~G. 2 5 43.:"il 3,35
10, 3: -r.2a
5. 58 ~5. 7 ~ 72.4-7 92.'l3 73. 9 4 18,80
2,26 15.~4
-11.1~ -2t+.71 -~6.48 -21.89 -12.10
-4,75 :.22
~4.1 3
SI~FLE BCLGL~R <P=2.671
-120.7~ -124.lE -127.5E -129.12 -128.11 -129.~2 -111.21 -110.c~ -1~7.~!: -124.~7 -11s.c:: -liJ5.'31 -124.:'t -11:2.~~ -113.71 -lOZ:,.31 -1,-::s. :~ -lJ~.H -111.'iE -1:J~.3C -13'J.C': -1~7.::iE -112,4, -110.~: -1'.;9.1;~ -llJ.52 -109,5C -113,6'; -li?.H -111-J.c;: -122.02 -123 • .2 ~ -122, lE -119.5~ -12lf, 1E -131.7~ -123,4E -132.C~ -111.~1 -11€,.St -~c·-1.1~ -1)'1.S<; -lJJ. GE -lld,3'; -122.4( -115,2( -112.21 -128.87 -1:J7.4~
PRINCIPAL GRAVITY FACTS FnR CASCADE ~GL~lAI~s. ~·s~r~GTC~
QLAC: 1<100/4645
S1ATI0t, r.c.
10583 10584 1058': 3881
LAT IT UDE LONGITLCE (C,~oM/1001 <D,M,~/10()
4649.28 12110.P.f 464 7.6'+ 12113,<4 4647,'+1 12114.~~ 46':'l.51 1211C,(8
El':VAT IC~. <FEET)
4692 58 20 74~8 2784
LHS. GRAVITY <~GALS)
'l8C•C:.1~ 98C~2:,98 98(~;6,24 98(!:14.2:3
FREC:-AIR
!: 1.1 ~ 19. 0 ~
111,8~ .. ~4.,:)5
5E
SIMFLE •1C LGLEF <F=2.C,7>
-1C8.6S -119,2( -141,tl -129.qf
PRI~CIPAL GRAVITY FACTS FOR c,sc,oE ~OL~llI~s. ~·s~I\Gl(~
QUAC: 1,11514645
S1A1IGN LATITUDE LGNGITLCE I.e. <C,~,,,1cJ) <D,~.~/lOC)
105eE 4647.69 1211s.2:: l 05 e B 46~1.g2 1211~.~s 105E'i 46~7.66 1211~.EJ 10550 46~7.26 12111.1q 10591 ~656.88 1211~.co 105':2 46=6.51 1212".(6 l 51 ': 4648.08 12124.:0 387~ 4647.'tq 1211g.:~ 3 8 7E 46cc.16 12118. ~7 1877 464'1.18 1212C.~4 387~ 464.q.21 12121.E7 3 879 46:1.g2 12117.11 3 ea c 46~3.72 1211(.(1 31'82 4~~R.O: 1211:.~4 3 88 ~ 45:7.11 12116.E4 3 88 4 46:7.32 12111.e2 -3 8B: 46:6.'ll 1211A.'i9 388E 46:5.57 121~5.41 3887 46~6.54 1212~.(': 3890 H::5. 38 12121.~7 3891 4654 •. 'H, 1212~.CJ 3 e 'l 2 4S~lf.81 12124.15 3€93 46:4.62 12124.73 H94 46:4.47 1212:.::: 3 e 9 <: 45:4.26 1212:.11 H3E H,::.82 12126.'i:' 3E97 46:.,.45 121'.'9.H 5 09 0 'i651.20 12128.~4 5 091 '1649.99 12128.~2 5192 4648.78 1212.:.<:c 5 094 455°,.94 1212 '.' • E 5 g~,H 46:9.69 12124.FO 9 332 46:8.39 121:?E.':3 933~ 46:7.42 12121.1~ 9 3 3 4 46':7.18 1212E.~4 g 3 3E 46:1.93 12124.fO g33e 46':5.72 12121.~o '~ ~ 3 S ~6:5.01 1212/l.27
El~VATJC~ <FEE:T l
7766 32~8 33D2 3316
3 ~"' 1 34(3 1918 .~ ·7 55 3570 50 36 6072 3434 326~ 3238 3302 33 lf 3 ~ :' 1 3336 34G3 3461 3548 36E 7 3788 3900 4013 4316 4855 5127 5240 503G 3426 6373 6080 6856 58 30 640& 6479 5882
ORS. G,AVI1Y < ~GALS I
98(178.44 98C~C0.1': 98C45B.C7 98C4S6.Sf 9Bn'i2.1E 98(<97.!4 9AC~~E .'::C 98C~33.ll 98 C45E .3E 98C3E3.56 9eG2q:.£3 98(474.98 98C4g~.3~ 98C499.5B 980497.?2 98C45E.32 gs C49 l .91 91H492 .58 98C48E.5~ 98C4.31.:7 58(4/E.47 98CHg.g S8C~E~.t.:2 98C45:.~6 58(446.62 98(419.81 98G~8t:,47 98C~7Q.S0 98C~57.30 58Cn2.!J g8(4';9.~n S8C303 .1, 980~24.:2 '3RC27C.58 98C~48.E4 58C258.R3 98(252.77 98C~.H .se
fREC:-AIF
114.46 -5.14 -Q. 81 -~.4C -0.94 -J.4S
-18.13 - 7. 7 5 -F.. 0 2 41. 75 El.'J ! -2.8Lf -1.CR -5.43 -1.13 -D. 7 ~ -1.23 -1.46 -r. 7 b
1. 0 8 4.94 8. ':l 4
14. 4 3 1 7. 7 3 19.74 22. ~-S 40.38 ':3.41 =2.26 49. 1 3
-17.~C ';'),.Q ~
ES• d 4 1C6.1~
R'l.27 91.51 95.54 f 4. 3 f
SIMFL~ [JCLGt.;ER <P=2.,51 l
-1~,J.c: -11::l.,~~ -11.3.,E -11.).~~ -115.Cl -llh.4C -14J.4E -l.35.6E -127.61 -12'!.77 -14S.2S -119.EC -112.2E -115.12 -113.6C -113.E1 -115. 37 -115.0E -116.El -116.PC -115.5( -11,~}.c~ -114.:S -1ic,.1c -116.S~ -124.Sl -12c;.1:: -121.2~ -12n.~~ -122.1s -l.34.2S ... 121.c 1 -121.24 -12.;. 76 -110.~c -12.:,.6E -125.('.~ -115.5f
PRI~CIPAL GRAVITY FACTS FDR c•sceoE ~CL~TAI~s. ~·s~I~GTC~
QLAC: l~l~C/4645
SH1IOI\ I. C.
171 1 73 173C 1 Jlt 1 Jlt 3 1745 1 77 1 7 9 179 184 185 1 e6 154 155 197 203 211 212 2124 212E 2128 213 C 2133 21~4 213: 213 8 2U9 214 2141 2 14 2 2 1'13 214: 214 7 214 5 219 220 224 227 2~1 232 2 36 2 31 2~8 2~9 240 2 96 2E'3 254 3E98
LATITUDE LONG ITLCE cc,~,M,1001 10,~,,,1:c,
46:9.40 12132.CO 46:6.50 121~2.C'J 46:1.80 1213::.20 %:'6.08 12131,BC 46:0 .50 12132.~C 4649.9/l 12112.n tt6:~.oo 12132.CC %:4.10 121~3.2C lff,:3.50 121~~.cc ~6~~.50 121~':.7( 46:3.20 121~/S.EC 46:3.90 12l~E.9C 46~'1.70 12l~E.~C 46:'i.10 121~".CG 46:4.90 12138.H 4655.2-0 1213E.PC 46:2.00 12132.lC 4E:1.30 121~1.c: 4646.30 12137.cC 4646.50 12137.CC q646.7D 1213E.3C 4647.80 1213E.4c 4648.40 121~':.~C 4649.00 12137.40 4645.40 121~1.,c 46':Cl.Q:J 121~e.c;c 46:0.'iO 12135.2!: 46:0.50 12131.:0 46:0.SO 12135.lC 4E:1.3D 121~8.1C 46:1.7-1 121~~.EC 46:2.10 12139.~0 4652.20 121~g.£c 46~2.60 12117.~~ 4647.20 1213~.lC 4645.00 121~'.3.4C 4645.50 12133.•l 4645. 30 121~4.CD 464';. 70 12137.H 4645.SO 121~8.40 46~6.50 12142.lC 46~~.90 12141.E,: 464'i.10 1214.~.l'J 464£.50 12144.Ef; 4646.60 12141f.EC 4647.20 12144.~~ 4647.80 12144.CC 4648.6G 12143.~C 46%.60 121~~,,.cc
ELEVA TIC~ <FEcTl
267S 3 a~ ci 5240 3300 3248 3198 3687 3460 366[ 3725 3A2C 39'5S 5/>CC 6 l 3G 6~8= 70~E 4694 'I 1 'i5 3315 3g74 4 77 C 5450 5'4-55 5900 560C seJ1 6344 3920 64D4 675C 6474 590: 52C4 413: 2290 2100 212C 2460 2932 30f7 4Cl~ '+ ~ 3 E 4 77 Q
4840 4S7~ 540~ 59CO 7384 5151
CBS. GRAVITY <~GALS>
98C5~~.4C 98t:.1::08.'10 S80~!:,3.~'.J 98(497.40 ~8C479.eO 98C481.1C 58C4:'8.20 98C472.CO 98C4~9.9~ 58(4"2.!Q 98C44E.CC 98C437.SO 98C~~B.90 98C311.4'.' 98C~?g • .:c 58Gn8.?C 98(401.80 58C'12R.1C 98C498.4J 98(4:7.9~ 98(412.:0 '3EC~€!:.J.'.: 98C3EE.SJ t;AC~~2.2c 9803£1.80 9 e C ~ 4 ~ • ~ C 980~29.CG '38(442.7( 'i8C::52.8C 'i8C,8:.B~ '38C30 ~ .2:' S8G~!7.5C 98D3J'l.10 ':'8C4~E.5C 98C:~1'.PC 98(:~2.~0 98(:43.,il 98(:14.80 98CcC9.4G 98(:02.60 98C4c8.:'C 98C423.4C SRS~gJ.f~ 980~92.10 98C409.6C 98C!1::6.50 'l8C323.00 "l8C2l'l.P'.' 58(371.S:
fREE-AIF
-25.0 7 -12.84
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1~2.02 '4 2 • .3 1 l'i.'11 1 7. AS 39. C 3 t:8.2G 83. 31 8 4. C 7 90. 13 51.51 53.21
107.33 12.73 56. 4 7
122.31 112.;;~
S 1 .. 8 ~ E 1. 3 4 23.'59
-39.52 -"4J.28 -48.55 -44.6 7
-G .2 1 -0.22 ~3.49 ~"3.q'3 ~!f.41
~4.65 46. g 2 71.18 83.33
118.51 E3.24
5E
SIMPLE BCLEUER <P=2.6 7 l
-116. lE -116.7;: -12'2.44 -lll.5i -124.01 -124.5~ -120.2~ -124.:l -123.7( -127.t( -127.~~ -123.4: -118.11 -12ci. ~ 1 -12~.Sl -lJS.t:C -111.:c -122.2~
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PRI~CIPAL GRAVITY FACTS FCR CASCiOE ~CU~lir~s •• A~~I\GTC~
QLAC! 1~1~014645
STAlIO~ LATITUDE LONG Ill CE ElEVATIC~ r.c. <C,~,M/lJC) (D,M,l'/lOC) (f~~T)
H99 4645.26 12131,76 5162 3 50 C 4645.00 12131,44 49SO 6 59 4t;:4.1C 121~'3.Cc 431(; 661 4654,10 121~9. H 4 7 6 C 664 46S.3,ll0 12141,7C 5 S 30 6E6 46~3.50 12141.~0 556C 6 75 lf6~2.~0 12142,EC 805C 6 J 8 41'iS2, 70 12142.~".: 8743 803 4655.-'JO 12140.fQ 1S40C 8C6 46:s.oo 12142,CC 5850 'l ry 'l 46S'i.4J 12143.EJ 460C '111 46S4.'lD 12144,8( 5350
OHS. GRAVITY ( l'GALS I
98C~71.EO 98G~8E.41 9/lCHE.2C 98(291.00 98G~~l.AC 98c~2a.2a '!Bc11g.~-; 98Cl26.:C 980~01.70 980~~7.SC 98(408,4~ sac:~·1~.-4:
FREE-AIF SIMPLE BCLGU~R CP=2.6 7 I
E6.34 -lJ'l.41 El.SO •lDC.:..55 1 7, ~ 5 -129.~1 ~4.S2 -121.:1 4 8. 3 C -140,C~ 77,:i5 -12::i.4(
1!4.5.3 -139.6: 146,l\ I -l!:J.5~
<;; ~- 2 2 -ll'l. H e2.29 -11,.i,5E ~:;.;~~1 -121.tt 11. 3 1 -ll·l.51
PRI~CIPIL GRAVITY FAcrs FCR c•sc•oE MO~aTAiaS, ~ISHI~GTCI
STATION LATITU1E LONGI1LCE ELEVATIC~ 1.c. cc,,,M/lJO) CO,M,l'/100) CFE~T)
A17,J8 %45.50 12158.EJ 1835 A 1710 4645.00 121'18.f5 216C 1 a~ 41 46~5.65 12159.~Q 2688 10~ 4 2 46:"i.50 1215A.E6 2220 103 S 0 46:3.'l,J 12159.11 2485 10351 4653.80 121SE.8~ 2852 10.3:2 46~3.52 12151.,JJ 350C 103:~ 46:2.98 12157.H 3672 103:4 qi;~?..92 121S~.1~ 4915 1 03: ~ 4652.74 12151'.ES 2102 1 03: 7 46:2.10 12158.~9 2257 10358 46:1.71 121"iE.~5 2 314 103:'l 465~.34 1215:.36 2611 1 03 E 0 4651.51; 12158.19 2627 103El 4£:0.37 12151.~B 2 757 103E2 464q,40 12151.f5~ 32C, E 1 03E ~ 46':J .6'.J 12159.C~ 3226 103E4 4650.78 121:5.~~ 3S04 1 0419 4649.50 12155.£1 41CP 1042~ 4641:l,O'i 12159.~0 4276 104 2 1 4647.20 12159.(3 4456 2U 4646.70 12145.10 4468 242 464(,.20 1214E.EC 421C 242 4646.20 1214E.Ec 'I 2 l 0 243 4646.90 1214E.1C 3677 245 46•S.10 12148.~C 275: 2~5 4645.70 12152,fO 243G 2 58 4646.9G 1215~.C,J 2920 259 4647.50 12153.20 3380 260 4647.60 12153.fO 3660 261 464R.l a 12154,CS ~9CC 262 4648.50 121s~.~c 353C 2E4 46~0.20 12154.~C 375C 265 '1650.90 121s~.co 4129 269 46~-J .R'.) 12152.l~ 372S 275 41;~0.20 12152.EO 5SGC 2 'l 7 4646.G 0 12141.:C 3160 308 4E•7.30 1214E.EC 4230 309 4647.6D 1214f., 1C 4665 311 4641.9D 12146.EoJ 5310 312 41'i49.10 1214E.40 5E 35 314 4648.20 1214f.,C 5875 3 1 'i 4f,48.4'.; 121H.1C 6 2 6 ~ 318 4648.00 1214E.7C 5320 319 4647.80 12147,CC 5400 320 4647.70 12147,lC 5020 321 4647.00 12147.4C 48JC 322 46%.90 12141.:: 4655 325 464E..5C 12147.~C 4260
CBS. G>iA\/IlY (l'GALSI
98C5S3.q': 58C:2E.2'i 98C:c7.Je 9BC~et1.1E 98C:E9.14 ~ec:~::.r::: 98C:Cl.7~ 98 C4.g6.E4 98C400.9~ 98CSP1.~2 98C~77.~~ SBC:E7.~6 98C:41,,gc 98C:22.54 ?8C':41.1f 98(:1:.13 98C:19.l4 98C478.9P 98C420.C2 98C451 d8 98C43S,44 98(414,40 5€C'2E.E 98C~2E,1G SBO•E0.10 98C:2E.':G 58C~~g.7( 98C'::13 .. 7'J 98C45A.~C 98C4e9.CO 58C47?.t::J 98C489,C8 98C480.40 98(4C2.AO 5EC4EE.7c 91H3E2.4c 98C45E.3C 98C427.CC 98C~98.4C 98C~~8.50 980338.3( 98C323.70 98(::94.~~ 9BCJ=f:.20 gao~:3.ga 98C~17.S0 9ec~s~.cc 98C~QC.2C 98C4~2.:C
6C
FREE-Alf SI~PL~ HCLELER CP=2.611
-24.73 -A1.~1 -4.S'+ -3,l.S4
3.47 -€,'1.CE -17.24 -52.E:
-0.9~ -es.:f a-• 21: -9f,.8E
21. J l -9:.5c 29.61 -s-:i.4E Eo.·31 -lOo.~C
-17.C2 -d8.6~ -11.47 -E.S.~4 -15.49 -94.31
-5.41 -96.~f - 30. 2 S -119.72
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-21.1c, -1:JS.'::E -4.91 -1G'+,3E 22.0E -S3.C1 ~8.94 -8.-3.7~ 42.26 -s-:.5; 2s. 3f -9'+.e, ~4.85 -'i2.E! 41. H 9 - 98. l ~ 11. 94 -1J8.54 81.5D -lt":J. E ~
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PRI~CIPAL GPAVITY FACTS fr,R CtSC~CE MGU~1AI~S, ~AS~J~GTC~
QLAS: 1,145/4645
S1ATI0~ I.C.
3 26 -~ 28 3 29 3~0 3 ~ 1 381 386 391 395 ~57 401 402 519 5 2 'I 5~2 554 5:6 562 563 5 69 5 71 512 573 5 75 5 76 577 601 6D7 615 618 7154 7167 716 8 71 7,: 813 816 817 826
L~TITUOE LIJNG JTLCE
4646,10 12148,20 4646,JC .1214e.~a 4645,90 12148.~J 464",70 1214P,:G 4E4'5. 31 12HE,EC 4648,80 1215~.10 4643,30 12l'i,0 .~1 4€41'\,10 12150,B 46n.10 1215G,•O 4647.20 1215:~.CJ 4646,'3() 12148.fG 464,;.10 12148.~0 46:6,10 12151,70 45:4.90 12153.4) 4653.60 1215c.E~ 4651.90 12153,EO 4651.00 12152,70 ~6~6.lj!J 12151,':1 %57,li) 121'i2,CJ 46!:7,80 1215C.~C 46:.9.10 12149,~C %:g.6Q 1214S.H 4659.4G 12151:.':0 4659.70 12151,C<J 4659.30 12152.~:J 46:g,qo 1215C;.(Q 46:5. 3J 1214g,1c 46:4.40 12148.CC 46:4,00 12141'.~C 46:4.7a 12148,eG 4657.3'! 1214~.ig 4659,70 12152.4: 4F,5'l,70 121::.1) 46:'l,60 1215R,l~ 4654.90 1211.ft::'..(:J 46:4.20 121tt~.,a 46:'i,10 1214:,es 46:7,90 12lq7.fC
ELEVATJC~ <FE:T I
~840 3 e 6 C 3340 2930 2 8 2 4 4C40 5640 4220 5 4 5 C S 07: 3740 3640 494C 26C: 492C 4960 4100 '+980 4940 .3 2 ~a 2 75( 2340 2160 2100 19 £,0 1760 6360 7720 78 Q:: 6583 5778 1560 1144 15q4 5705 1048 5500 284C
cr,s. GPAVI1~ <~GALS>
:'ilCHl,70 SBCHl,80 9s,4r;2.10 9AC:1E,~G 98C::~3.60 98(44:,40 98(.~:2.3~ 98C4~7.6C '38C~71.CO 98C~8R.31:'. SEC4E:.40 98C411,SO 980414.00 98(;~(fg .~t: 98C41 l ,40 98C412,60 98C4':9,23 98(412,50 98(40:,20 98(:18,00 9Bc:2:.ec 98C:El,~J SBC:77.EQ 98C~R2.20 98C552,4Q 98CECE,20 98(.313.~f] 98C15E ,'',O 98C20E,2c 98(291.SJ 980~~E.~i.: 98C~C,2.2'J 98Cf,~8.~'J 98CE29,IO 98C~44.2Q 58C219,3C 98C~21,7~ ~BC~£2.6('
fRE~-A IF
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C,44 -1. 0 ~ 29. ~ 8 85.g2 ~9.16 f 9,1 € 11. g 4 23.92 21.32 11.s 4
-11.CR 7C. R 2 18.34 lJ5.41 73.tlJ f 1. 2 ~ 16,84
-15.66 -2'3.48 -31.32 -~2.Pl -~6.GP -4~.94 !CS.El 11R.4g 1~6.38 1C5.6S
5 C. 9 ~ -~5.98 -4C.2C -""!.7.46
75.'SC 137.91' H., 4
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61
S!)'FLE tlCLGLER <F=2,S/l
-sg,91 -<:la.:1 -S8,6€ -sg. 3t -97.8]
-l~d.~~ -1GU.1E -1J4.~1 -9l1.4i
-1;J,;.g~ -l,J3, 4E -102.EE
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-101.c~ -St+.EF.
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-11'!,8] -1J2.0f: -12~.91 -11i;.8~
PRI~CIPAL GRAVITY FACTS FQ~ CtSCJDE ~CL~lAI~s. •AcHI~GlC~
QLAC: l,2JJl4645
STATIC~ LATITUDE LONG!TLCE ELEVATIC~ r.c. <C,~,M/lJ"> <O,M,~/10() (FEET>
A1705 "64s.:so 122Q'l.:<; 13 33 A 1 7 C 6 4645.30 l22QE.:1 1428 A 17 07 4645.4D 122i)3.~7 1605 Al 711 46:5:\.4:J 12214.•? 642 103 ~ 1 H :9.32 12208.E~ 1600 1 03 ~ 9 4658.85 122J:'.'i7 2461 10~40 46:'l.10 12202.t:9 2366 10343 46:'i.7D 122D3.;:5 l47E 10~44 46:7.12 1220~.f5 141 0 1 03 4 S 'H'.:':4.36 12202.~4 1620 1 03: E 46:3.4J 122oc.tg 185S 10415 46:1.79 12202.49 2561 1041E 46:0.62 12202.23 3277 10417 4649.ill 12211.1:1 3294 10418 464'l.'l2 122tJl.~D 4327 l 0422 4646.75 12201.75 3915 10423 46:1.13 122JJ.11 2e 1: 10424 4649.47 122J3.(2 2674 1042~ 464<J.23 12205.27 2893 1042 E 46:0 .22 1220':.42 2t; --c: -b-
10427 465J.76 1220:.EG 2 4 1 1 l 0428 4.:5r..J6 122G3.'i8 2619 10501 46:1.97 12204.:e 216C 10502 '1652.04 1220".a 2040 1 05 C ~ 4653.16 12202.~5 29C 3 1 0504 '16:5.63 122D9.4? 173 C 10505 4655.11 12208.EA 20?6 10501: 46~4.55 12208.:Q 21 7E 1050 7 46:S.36 12212.E4 1480 105GB %:7.07 1221C.B 1700 1 05 C 9 %57.13 122C7.~3 1 7 'i 2 1 a 51 o 46:4.45 12204.77 2 179 7111 4651.10 12213.~0 13 f, 4 7112 46~C.50 12211.(~ 1656 711 ~ 4648.50 122C9.Cc 2225 7114 4647.70 12200.10 2 718 7115 4646.70 1220E.3C 2184 7162 4659.iJG 12210.4J 1542 7163 4658.50 12211.n 1556
OBS. GRAVIlY <~GALS!
98CE43.~4 98U''3.4~ 98~t2G.8~ 98(111.28 58CE33.88 98C588.4P 98C589.41 98CE40.:f 980E4E.E~ 98CE29.~5 98CE1l.S1 98C:70.':7 SBC:23.91 98(:18.68 98C•47.19 58C4f8.90 'l8C::'4 .99 58C:El.19 98C:4B.5E 58(:£9.21 98(581.97 <;8(:f.6.(18 98(597.84 98CE09.27 58C5EO.E9 98CE33.~~ 98CE11.~4 98(~99.65 98CE::1.'+7 98CE41.25 98U~4.fC 98(5:7.04 98CEt:2.4~ CJsc,:~2 .. ~c 98C:91.;:: 98C':~3 .RO 98C":98 • .2C 98CE53 .2C 58CE51.2C
FRE~-~IR SI~FL~ BCLGLER < P=2. ,:; 7)
-22.4! -,7.E~ -11.:5 -f:'J.7~ -19.,21 -7,.Hl -~8.91 -~o.1e -27.55 -82.0E
8.7C -15.1~ 1.83 -73.7E
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P~I~CIPAL GPAVITY FACTS ~~q CASCACE MCL~llI~s. -~s~I~GlC~
QLAC! 1~21514645
STATION LATITUDE LONGITLCE ELEVATIC~ r.c. (C,M,M/1]]) <D,M,~/lJC) (FE~l)
416 B? 465'3.D:J 12219.C~ 941 Al683 4654.50 12221.42 6 <; 2 A 16 84 46:2.70 12222.1': 612 .41686 46:2.00 1221:.(2 BOC Al687 46~2.60 12218.41 621 Al688 45~4.2:i 12217.E2 7 'i 4 A 1685 465f,.2Q 1221E.S4 705 Al6~e 4€:1.30 1222'3.€1 502 Al655 464'l.7J 12227.£~ 63E A 1 7 C 0 4650.40 12225.~Q 571 A 1701 46:4.00 12228.~0 528 A17C2 4654.70 1222E.H 652 Al703 464B. 7<: 12211.12 1278 41704 4647.5D 12215.1'4 12 6 :! A 48 0 46:6.23 12224.(2 467 4 481 4656.28 1222q.cs 468 A482 4656.27 1222E.47 49C A 48 ~ 46:6.23 12225.•5 5 !J 0 A 484 46:'i.22 12224.C'l t:j2S .4 48: 46:S.20 12222.f2 557 A 48€ 46~/i.21 12221.~8 625 A487 46:8.85 12221.4~ 589 A 431 4659.78 12228.~E 397 A49, 4659.77 12227.78 424 A 4 9 ~ 465g.74 12226.: 0 421 A494 46:8.85 12226.':'; 48: A49: 46':>I.GO 1222E,:O 4 92 A 4 9 E 46:7.lC 12226.•: 479 A497 46':7.09 12224.E': 533 A498 46:~.82 12221.36 55'3 A499 45':7.97 12221.~E 54S A': 0 0 46~8.82 12222.19 455 A '50 1 46':H.82 12223,S4 602 A502 46511.85 1222':.25 488 A 51 3 4659.71 12221.43 6 4 7 A514 46:8.82 12215.Cf 615 A51: 46:R.82 12217.78 641 A516 46:'l.71 12217.f'l 640 10890 4646.49 12224.89 985 7128 4645,50 1221':.~~ 12 't C
CBS. GQAVIH (~GALS)
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fGE~-Ale S!~FL~ 8CLGLER <F=2.S7>
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PRIICIPAL GRAVITY FACTS FOR casc,cE M0Ul1AI1S, ~ASHI~GTCI
STAT IO~ LATITUDE LONGITLCE r.c. <C,~,M/lJO> <o,~.~/JOC)
304C 47C7. Fi 1204:=.!::: 3041 47C8.76 12047.E? 3042 471C.15 12cc~.~2 304~ 4710.76 1205:'.~1 3044 4711.74 12041.02 329C 4710.77 12GS2.£~ 3291 4711. 53 :.20::2.1;~ 3292 4711.52 12054.72 3 29 ~ 4711.74 120'i6.E4
Elt:VATICI <FEET J
1917 1 79 ~ 175~ 18 12 1949 1847 19~0 188 7 200~
CBS. GRtVI1Y (J\IG.~LSl
98CH4.~c 98(04.~4 98Ct:22 .::If 98U2:.~9 9&CE27.14 98CE2E.18 98(~23.60 <;8 CE24 .fg 98007.~2
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·40.05 -43.18 -~0.8-'f -21.11 ·2J.1S -29.29 -~~ • .3G -,,3.14 -2.'.f.93
SIMPLE BCLCLER (P=2.67>
-1')5.~4 -1C4.2: -lJC.:4
-91..4'i -es.sE -92.2[ -91.G~ -Cj2.4~ -S3.ll
QLAC: 1 ar,o /4700
STATIC~ LftTifUDE LO~G!TLCE ELEVAT!C~ I.e. (C,~,M/1C1) (D,M,~/lJC) (FEET)
10575 4700.'52 12111.:6 369~ 1 as 7f 47:3.81 12111.0 31305 1051A 47C4.4'+ 12114.26 3Q9E 3 29 4 4711.51 12102.53 2176 3940 4713.t;S l21D 0 .4G 2 J 2 4: 3941 4713.44 12101.69 2093 3942 4714.10 12101.~4 2330 3943 4714.70 12102.76 2272 3544 4714.7C 12104.4'.J 2250 9 32 ~ 'f7~r.21 121D7.35 26~C 9 ~21 47C1.63 121oe.~g 2830
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FREE-~!F SIMPLE BCLELER (F:2.67)
-2.49 -12.g.~4 7. 8 C -111.11
-9.98 -11'.i.4~ -1s.20 -89.31 -9.J7 -~8.2E
-17.95 - 89. 2 ~ -B. 3 9 -E7.7~ -9.83 -d7.21
-13.'t7 -91:i.11 -3J.6.2 -121.5( -22.,e -ll'l.1:
PAI~CIPAL GRAVITY FACTS FCR [~SCACE ~JU~lAI~S, ~A~~I~GTC~
QLAC: 1,11514703
STATIC~ LATITUDE LONGI1LCE EL~VATIC~ r.c. <C,~,"/10G) (0,M,~/lCC) <FE~T)
1 as 11 470,~.47 1211E.El 3643 10519 HCS.15 12116.Sl 32'53 1 0580 47::5.03 1211'i.•9 38<.l 3 85 7 s7U,.79 12125,26 2488 385€ 47C7,06 1212S.CE 276! 3855 47C7,46 12128,46 3264 386C tl7f;7. 7'J 1212B.17 j 6'i 1 1861 47CR.14 12127.~2 4111 3862 4708.43 1212E.:3 351E 3505 4712.88 12121.s2 1666 351C 4713.05 12127.~7 1707 3511 4711.83 12124.22 1919 3512 4714.66 12124.S2 2010 9 191 47CC.95 12121.12 58 75 919 2 47[1.69 12128.El <; 142 9193 47C2,78 12129, 48 6011 9 l 'l 4 47C2.81 1212 l.E4 398: 913E 47SC.51 12125.ES 4410 9224 471~-14 !.2129.~6 5 'I: 5 922E 4707.6<+ 1212f.C8 "Ea a 9227 47C6.70 12124.27 5715 929~ 4713.93 1212t:.';8 1771 9 2 9 'l 4714,24 12125.!: 3896 330: 4712.66 12129,,l 1617 3!0E 4713.07 12127.~4 1707 93a1 '•712.~4 12124.14 1869 9 ~a e 4711,14 1212(:,E'i 29 31 9 310 4712.32 1211P. :3 3 48C 9 !11 471Q.8D 12118.£3 4276 9312 4712.46 12121.s~ 3 9 2 A: 9 31 ~ 471c.22 1212 3. ~2 3Cl8 9 314 47'.:9.9'l 1212':.12 329E 932! 411:2,15 12117.:~ 5002 9324 47Cl,61 12120.n 6158 ·332!: 47C .19 12121.4'2 5310 9 32E 47 G .92 12124,14 5695 9330 47C .36 1212: .15 5881
DHS. GRAV I1Y (~GALSI
'iAC 4 7': ,70 Y8C:J'::.t:7 SEC4f~.7~ 98(~55,45 5AC':43.2A 98(:14,48 gg(l.!92.32 98(471.00 'i8C4El,A': 98CE14.':2 58CE12.~Q 98(':94.34 98C~5~.8C. sec~1+~.2r; gBc~21.1~ 98C~31,C~ 58(4£3.8/l 98(438,47 58C!E3.'.27 58C~?E ,22 98C~42.4C 98CEOE.71 98(478.fJ', gecuE.lE 98CE13.Ql 56CES12.:,~ 98(:J~.:;: 98C:17.30 58C4:9.C9 58C473.f: 98(:31,47 ~8(':12,4'5 98{391.38 980!12,7'3 98C~'31,:~ sec~~'f.:1 58C33E.3~
u
fPE~-AIF SIMFLE BClfLER <~=2.671
0.15 -123.5~ -9.15 -1:9.55
4.57 -12~.51 -29.7C -114.44 -20.45 -114.:':
-2.12 -113.S( 12.10 -112.t:c ~2.44 -1C7,5f 2'1,51 -1~8.€1
-E1..r.,5 -11'3.~13 -"9.57 -117.7! -=5.95 -121.31 -:0.14 -llil,EC
f ~. H ~ ·116.~'; 83. 31 -125,8E 19, 2 7 -12'.:l,4E 21.<+5 -11'+,24 :3~ • S8 -111.2s 4 3, Vi -14J.44 41.93 -117.41 :6.d8 -137. 7i
-E'.J.6E -12;,5E !. C • r-3 Q -121.P.C
-f3,7S -118.EE -:9.CS -111.~~ -:5.3~ -llJ.l~ -13,S 1 -115.84
12.80 -lGS.7~ 32.J~ -113.5~ 11, l 0 -122.~s
-lI,54 -12i::.~~ -Cj.36 -117,6S 45.64 -1.24.72 f Q ._,: -13:.1: E6.18 -114,ft 75,81 -llfJ.lE 74. q 3 -125.€7
PRIICIP~L GRAVITY FACTS FDR CISC~CE ~CLl1JI1S, ~AS~I~GTCI
QLAC: 1<13014100
STATIC~ LATITUDE LDNGJTLCE ELEVAT!CI r.c. <c.~.~,11~) <O,M,~/lJ() (FEcTl
l 7 If 4 46£0.11 12132.~0 2 8 '3 0 3782 47':S.53 1213S,46 1686 3 825 47~9.86 12144.55 1 4 75 382E 4709.26 12141,58 1E51 3821 4700.66 12131.:4 2650 382E 47cl,93 12133.~7 2444 3825 '4"132.7,J 12134,16 2315 '5 8 3 C 47D3.34 12134.3" 222G 31'31 4704,12 12134,:': 2 lE S 3 83 4 '47CM.2G 12137.€2 2043 3 83 ': 47Cf,.67 12136.73 1943 383E 47C3.28 12141,~4 2392 3837 4702.89 12141.:8 2 4 0 E 3 !J 3 e 47':2.8~ 12141.(4 2637 383S 47(2,43 12139.ES 403E 384C 47C2.g4 1213S.:1 4078 3 841 47C3.24 1213'.i,P: 4118 3 842 47(4,21 12137,17 4273 3843 47C4.02 1213:.E4 2229 3 e44 47C3.38 1213E.44 236C 3 8 4 ': 47C2.5J 1213:.14 5 2 70 384E 47C5.22 12134,Sf. 2122 384E HC6.65 1213",':5 2230 384S 47C6.93 121~4. 7C 2196 3850 4707.13 1213~.47 2C7G 3 851 47[7.28 12132.C2 :? 1 q 7 3 B5 4 4709.10 12138.12 l 7 76 385: 47C8.24 1213€. ,~ 1852 3B'iE 47C7.'l0 1213~.E9 1878 390S 4714.39 1214:.:c; 25~3 390E 471'+.85 1214C.4: 2 4 3 E 3 9 0 7 4713.26 12U~,E4 l '101 350e 4712,36 1213C.19 157S 9 20 4 47Cl,05 1213'3.~C 5 5 9 2 320: HCQ ,12 121~:.CC 5585 9 21 C 47C0.56 12132.(2 2527 9 21 4 47,;ry.75 1214~.El 5644 9215 <t7C2,95 12142,E9 2 740 921E 47C3,47 12142.E2 343G 9218 470~.76 121'13.21 3882 9 2 2 C 47C3.07 12137.76 'll Q E 9 22S 4713.78 1213f.1'l 4764 9 ~ 31: 47C.2 .20 121:1.~1 'SC ES 9,3E 47C3.10 12131,EE 5477 9 2~ E 4713.90 12143,,6 1366 9 251 4714.g7 12144.45 1342 9255 4713.65 12141.lC 1315 9261 4712,70 12142.~1 3273 9262 4712.77 12134.~C 2 7 0 S
UBS. GRAVJlY (~GAL~l
98C457.8D 98CE11,'5~ 98CE31.21 98CE14,49 98C':43.03 9BC~s:.~8 58C:El,C4 58C~E7,5l 58C:18,S8 98C5!J':,gl 98C:52,27 98C~E~.56 58C:E4,4F. 98C:5G .~':! 58C4E7.42 58G4E4,21 58C4EQ.A: 98(441,"1 98C':7E,21 5BC':EE ,07 58C3EE,4~ 98Ct:A2.02 58C':7F.,31 98(~77,14 <Jec~B~.e, 98C:7:.':il '38CEQ7,62 98U:2,Cl 58(:r,8.Sl 98C::EO ,'3 3 58C: 77,8:c 98CE3~.42 98CE2':.G5 980~'+7,4~ 9803-2,1: 98C~22 .. t;3 '38f~44,P.2 98(:39,61 'JEC:0~.11 98C4AC,<t<t 98(441,63 9RC'18,1E ~BC~El.Lt~ 5803E9 ,1E '38CE42,2R 98CE48.74 98CE4D,72 98C~2C,O'J 98C:~4.,l
Ei
FFEE-AIF SI~FLE BCLGLEF <F=2.67l
-43.S~ -141.5~ -:7.15 -114.61 -:7.'JO -1:7,EE -:6,gf •11."~.1~ -21,65 -111.~~ -~0.6~ •113,£1 -~7.BC, -llG.e.i -41.6S -117.31 - 3E, 9 7 -11:.11 -44.2.5 ·113.P3 -4~.QC ·114. H -21.:31 ·lOA,E: -26.57 -1cm.:~ -18.61 -1G8.'4~
~C. 4 C -101.01 ~o. s 1 -108.!E ~ i::i • . ) 2 -109,53 ~4.'+C -121.1~
-~3.17 ·1G9. C<; -30.C~ -llJ,41
~ 5 • .3 g -134.l( -~9.:4 -lll.4l/ -~,;.9~ -112.sc -~5.72 -114.52 -43 • .:.!:: -113.t:'5 -41.33 -116, If -~2.Cl -112.::c -49.18 -112.2t -'19.17 -11.5,14 - ~3. SP. -12'.J.~~ ·,8.3E -111.~~ -65. 7'5 -11.3. 4E -63.11 •llh,eE
=8, >3 E -1~1.EC E'I, 31 -12s.s;
-1,s.cs ·115,H El.58 -13J,6f
·20.C9 -113.<t, 9.52 -107.3(
~6.9! -105.2':: 1 c. 2 ~ -129.6< ~7. C: -12s.21 43.&C -1:,.~1 66,F,7 -11.c;.e1
·E3,14 ·lC9.E1 ·EO, S5 ·106,2E -£9,1, -113.51 -1. 35 -114,E:
·23.SE -115. 7C
QLAC: 1<13014100
STAT IO~ LATITUDE LONG!TLCE ELEVATIC~ r.c. cc.~.-,1001 <D,~,,,11[) (FEET)
9 26 4 4711,41 12141,40 3832 9 265 4713.56 12138. 77 1441 9 26E 4713,38 1 2 1 3 r: • e 3 1412 9~82 4713.75 1213E,4B 14,:; 3 'le 8 3 H14.76 121.3':.:6 1£24 9,89 4712.13 12137,(5 2797 9 290 4113.29 1213~.E6 1390 9291 4712,28 12132,11 1508 9292 4712,16 12134,3( 20 7E 9~C~ 4712,72 12133.<;1 1471 9 ~o 4 4712.36 12131,E4 l'i26 9~57 'l7C9.13 12144,fC: 2626 9~58 47CH.02 1214~.~6 4 0 lll g ~ 5 C; 47UooR6 1214~.E3 43J2 9 360 47(5.99 12llf~.':2 4224
or::s. GRAVIH <~GALS>
98C4e3,':'i 98CE31,12 98U31,87 98CE32,E2 98 CE23 ,28 98C":2'J.f,7 58CE34,cl 98CE28,1'4 '-J8C~91,E4 98CE2E,94 S8CE26.=:i3 98(:E0,84 seoH<:.1e 58(449.97 98C4~E.':2
6f
FREE-AIR SI~FLE 8CLELER (F::2,67)
13,87 -116.6~ -E6,7~ -ll:i.81 -E8,44 -116.:~ -63.4':5 -llJ,2 f -~9.17 -!14.QE -17,49 -112.11: -n. 74 -ll'j.Ce -E0,75 -112.1: -44,38 -115.CS -E6.93 -11r,.s~ -fl.S2 -113,5C -lB,89 -108 .. ~~
18.65 -118.2( ~l • .3 C -11s.22 ~1.8,::3 -112. 04
PAI~C!PAL SPAVITY FACTS FCR CASCACE ~OUITAIIS, ~ASHI~GTCI
STATION I • C.
l J165 1C16E 1ClE7 1C1Ee 101er, 1C170 1 01 71 10172 10173 1Cl74 1 C 1 7 c 1 0 l 7E 10177 1G17E 1c1ea 1 o 1 et 1 o 1 e 2 1 01 E 3 1 Cl E 4 1 o 1 e ~ 1018E 101 E 7 1 C 1 E 8 10189 l 01 S 0 1 01 S 1 101S2 lClS~ 101 S 4 101 S: 101S6 1 o 1 91 1C158 10195 102 ~ 0 10201 10202 102')~ 1 02 C 4 1020: 10206 10207 1 02 Ce 10205 10210 1 0211 10212 10213 10214
LATITUDE LJNG ITLOE <C,~,M/lJO> <O,M,~/100)
4711.11 121sa.s1 4710.67 121se.~1 4710.'+1 121':5.El 471J.23 12155.~3 4710.20 12159.21 411J.24 12155.~11 471:i.ll 121~e.11 471,:.1-s 12158,78 471~.1.~ 12158 ,E'l 471?.33 121se.cs 4710,41 12158.~5 471J.44 12158,48 471~.46 12158, ~4 4710.44 12158.:~ 4712.19 12155.~= 471~.,'J 121"i8.~6 4710.67 12159.~0 411J.67 12155.EO 471C • 37 12105,4~ H13 ,GD 12l'o5,CJ 41og,g4 121!:,8.~~ 47cg,131 121'5B.C1 47:9.76 12157.7~ 471'.J .o l 12151.1! 471J,23 121:7.12 4710,67 121:1.72 4710.69 12158.1° 471J.74 1215e.~1 4711.06 1215P.:7 4711.32 1215€.:4 47!1,53 12158.~~ 4711.52 12158.S~ 4711,98 12158.PO 4111.38 1215E,Ce 4711,gs 12157.1~ 4712,40 121:7.72 4712,40 12158.(5 4712,4') 121'i8.:4 4712,40 12158,59 4712,55 12159.~2 4712.B4 1211;:g.!2 471?.85 12158,SA '1712d5 1215H.!:S 4712.'35 121:;B.l'l 4712.85 121S7.1D 4711.53 12157.14 4711.lC 121:7.72 471C.6f, 121~7.4C 471C.22 121';7,40
elf VAT IC I <FE~ Tl
745 748 748 724 784 ill'+
1D61 1113 1239 1396 1484 1 :;p .3 16g3 18Ql
742 75C 734 747 739 74G 761 784 fl G 7 759 7c,;
' -7R2 785 716 758 756 747 743 142 745 7SE 766 735 737 7 -~ 4 75C 745 7 3: 7 3C 731 764 775 11c e 12 794
OAS. GRAVITY <~GALS>
9'3CE88.:7 9/iCEBB.22 98Ct8,.13 58CE89,~7 98Cfil:.~l 98CE~3.43 98CEf7,7: S8CU4,ll 98CE5:,81 5ECE4c,5<: 98CE38.C1 58CE29,49 q8CE21.1R ':i8GE12.~9 98(€88,13 98GE88.~1 98CE88,77 98CE88.'lE 98CE88,8"J 982£AB.~2 ':i8CE88 ,11 98CE88.04 9ECE~~.!:: 98CE8:,FC 98CERE.43 98CE8E.~2 9ECEEc.A~ 98CE8:,S~ 98U88 ,44 98CE88.4'l 9flCE88.78 98CEe8,7: g8CE88,E8 98CER'l.7° 98CEE9,48 98Cf88,84 98Gt90.~~ 98CES3,7E 98CE'll.18 98CE89.~7 98CE50.12 98Cf91.1H 98(~92.,sg gaG6'l3,2.~ 98CES0,4~ 98CEPE,C7 98CE8E.~P 98CERO ,12 9BCE8~,71
fR<:E-AIR
-71.C6 -n. 4 7 -tB.57 -1~i.:.:;2 -<;9.29 -E8,4C -fG. lC •S9.4"7 -55. ·'.JE -1:::1.2·7 -1::l.C6 - : C • ..3 1 -~8.31 -%.'ll -1c.s1 - 78. Sq - it. 2 4 -E'l,fl~ -7G,28 -71J.~:~ -ER,11 -':5.9~ -4:r).2E -E7.3C -67.18 - E 9.1 7 -69,38 -10.sa -E9.90 -Jfl.4~ -71,50 -71,S5 -72,S: -11.24 -70.43 - 10, 7 6 -72.17 -71.57 -71.4! -71,96 -71.14 -12. :1 - P. -n -10.~4 -1c.01 -11 •. .;o -7!J.22 -66.89 -E7, ':! B
Sil'Plf 'lClGCER <P=2.67 l
-9i;. 44
-S5.5~ -54.C~ -51:j.~1 -95,55 -96.l~ -ss.8~ -S7.31 -S8. lf -S8.Pl
-lC!.61 -1C4.2~ -185.51 -108.2: -9il. OE -56.0E -50.2~ -5'-,.2i -1S'5.4f -95.2': -~4.0~ -c;:2.EE -S3.7: -94.Sl -S4.2~ -9"i.8 J -9r, .. 1~ -91,C: -9';. 71 -96.11 -9S.14 -97.CC -57.E, -go.6~ -96, lE -5s.e~ -97.2( -56 • E 1 -96 .. 4~ -57.51 -57,2: -~7.G~ -'Vi. E 4 -S'i,24 -9,, C ~ -91.~~ -9(,.61 -5:J.5~ -9~.o~
PRI~CIPAL GRAVITY FACTS FrR CASCtOE MOL~Ttr~s. ~•SHI~GTC~
QLAC: 1~14514701
STATIC~ L•TITUJE LONGITLCE ELEVATIC~ r.c. cc.~.M/1JG) <D,M,~/l~C) (FEET>
1 021 7 471I.l'J 12155.1=~ 73G 10218 4711.10 121:.5.E, 73E 10215 4711.11 12159.29 n9 10220 4711.27 121S8.58 739 10221 4711.52 121~'l.42 735 1022 2 4711.52 12159.,4 73~ 10225 4711.98 121ss.11 n4 10226 4711.02 12155.!:0 978 1022 7 471S.98 12l'iG.41 874 1022e 4710.92 12159.~7 958 1022 9 4711.30 12159.,fl 9C<t 102~0 4711.34 121':5.12 758 10231 4712.4] 12159. 75 751 102 H 4712.R5 12155.E4 738 10922 4712.22 12147.EE 4382 10923 4712.85 12149.n 3707 1 C9:: 4 4713.~0 1215'.51 3G53 10925 4711.21 121~4.43 1425 10926 4711.15 12150.17 2587 378E 4712.22 1215°.~:: 742 "3 Jg 7 4714.59 12155.~0 685 378E 4714.83 12157.14 l 4 t 3785 4714.83 12157.51 756 3790 4713.71 121".:R.£1 719 3 791 4714. lfil 12155.,3 1058 3792 4714.14 1215E.77 783 3793 4714.12 12157.CJ 7 6: 379q 4713.70 121c.1.1;; 725 3795 4714.19 1215?.ll 734 3 79E i+714.59 12158.(4 753 3 79 7 4713.31 12158.26 12 7 3798 4712.'37 12158.19 731 3795 4713.71 1215S.~: 694 380C 4711.'l'l 12158.CE 745 3 80 1 4711.55 12158.16 743 380 2 4711.11 12155.Cl 745 3 80 3 4710.67 121':P.S6 748 3804 4710.43 12155.EO 748 3 e o s 47C9.75 121".7.12 80 7 381C 47C9.84 121:3.42 1382 3 811 47c9.87 12154.C'I 1383 3 812 4711.04 121::.ll~ 1020 381~ H11.58 12l~f.C! 981 ,] 8 l 4 4711.'35 12l'i7.E7 756 3815 4711.56 12157.14 178 3 81 E 4711.11 121~7.72 775 3 81? HlG.67 121~7.12 782 3818 4713.23 121:7.7, 795 3815 47C9.l4 1215E.17 1 (' 21 382C 47CA.95 1215S.~8 1309
OBS. GRAVITY <~GALSI
98CE89.81 9/lC£88.?9 98ClB9.2E 98CE8'l.24 980E88.S7 98CE89.~7 98Cf,Q9.45 98CE72.24 98CE8~ .9E 98C673.PE 98CE78.S~ 98CEAf' .:2 98{65].(:7 98CEE9.'if 98 C452 .29 98C:12.E3 98CS~l.C7 98Ct53.25 58(:73.81 98CE88.1'8 98C7JC.~2 9807]4.22 98C703.~1 98C1Cl.c4 98CE~2.91 98CESE.~E 98CE97.~2 98C701.39 98CE99.43 98C7'Jl.:1 98CES8.2f 'l8CE93.0B 'JflCE97.14 98CEE9.74 98CE58.77 980688.:7 98CE88.~8 9/lCE89.78 'J80E8E.C4 98CE:1.59 98CE!':l.24 58Ui2.44 ~8CE7E.5B 98Cf8g~~:J 98CUl7.22 98CE8E.7A 98CE8E.~8 9ECEP~,81 '?8U74.22 98GE5::.77
7C
FREE-Al; SIMPLE ~CLGLER (P=2.67l
-11.22 -g6.0E -·11.;.;8 -9S.74 -10.84 -~6.01 -11.20 -'S(u ~ 1 -12.02 -ST.EE -71.41 -9'1.~E -72.45 -91.4S -E5.34 -S8.6!: - Ee .. 3 4 -96.11 -65.45 -53.CE -ffi.4! -s1.22 -70.24 -g6.C~ -IO.Y4 -9S.:j2 -12.95 -';Id.CS
33 .• 0 8 -11£ .. 11 2>J.98 -97. 21: 14.48 -89.51
-'i5.58 -94.1, -12.r:;~ -lO'J. 74 -12. 71 -97.51: -6~.&9 -91.0, -EC.92 -.q(, .. ~~ -EG.85 -e"·"" -E4.4~ -B8.54 -1:2 • .5= -88.~~ -64.26 -90.5~ -64.9E -91.G~ -f:3.1:15 -83. H -ES.87 - JS. E i -f2.55 -B8.15 -E6.38 -91.14 -7J.S2 -95.42 -71.2J -94.84 -11.22 -s~~.5'= -11.11 -97.C~ -71.C£ -96.44 -70.31 -95.75 -68.5= -94.0~ -f'i. 72 -53.~C -45.82 -92.€5 -%.52 -93.6~ -fl.22 -55.'; E •El.5f: -94.5E -'TJ.SE -9S.~1 -E9.'J9 -9'i.4S -10.0 ~ -96.4~ -69.ll -95.7: -E7.80 -',4.87 -~5.9-' -90.90 -47.56 -9.2.1~
PR!~CIPAL GRAVITY FACTS F(R C~SCjOE MCU~lAI~S, sASHI~GlC~
QLAC: 1~145/4700
STATIO~ l~TITUO£ LONGITlCE ELEVATIC~ r.c. <C,~,M/1Q1) <D,M,~/10() (FEET)
3821 47C8.50 1215:.Es 1214 3822 4709.2'l 12155.41 1338 3 82 ~ ''7:9.41 1215'1.14 1350 3 82 4 47G'l.29 12151.~6 136A 7 14 E 47G3.90 1215E.EO 3236 714 'l 47Cl.71 12157,~G 296C 715~ 47C4.20 12152.5i 2720 7165 47Cl.57 12145.€5 ~940 9217 4703.23 1214".C~ 523E '325~ 4714.55 121'1E.E8 19E 7 9254 471'.34 1214:.52 3080 9 25~ 4713.50 1214':.21 2818 9~4E 'l7C9.70 12152.4: l 3E 7 9 3 '+ 7 4710.36 12147.78 136 3 9 ~" e 4 7:'l.31 12148.~~ 1~90 9 ~ 4 <; 4707.75 12148.CC 1438 935C 4706,77 1214€,<;6 1536 9351 47C5.'+3 12148.:H 3294 9~52 4707.96 12151.ClJ 2327 9353 47U,.96 1215~.~4 32C2 9354 47r;1.01 12153.47 3969 9 3 'i S 47iJ6.48 12152.EO 3608 9 35E lf7C5.86 1215~.74 3348 9161 HC8.52 1214E.,7 3 2,; ~
ORS. GRAVIlY (!"GALS>
58CEE1.57 (38Ct:2.~3 98CEc:l,9~ 98CE54.27 580~~4.2G 58G~48.4G 98C~El.30 sa1;4e3.eo 98(~19.29 98CE19.27 98(:'44.70 98C:se.1s 98CE:4,48 98CE4=,25 9BCE4:,47 98Cl'36,40 98CE24.53 98(:19.34 9AC:e9.10 98CS28.i:J': 580477.CO 980:10.01 98C:24.58 98(':28.~3
11
FREE-AIF SI~FLE BCLELER <P=2.67l
-49.s~ -5C.91 -48,79 -54.3E - 1·P1.22 -94.2C -'+'+.0~ -90.62
19. 72 -9,:.:c 11. 2 7 -E9.::!: -2. 11 -94.El ~9. J 4 -gs.11: 53.94 -124,4(
-~c.so -97.='; 1. 3 4 -1C3.5f
-10.os -1or,.c~ -44.',3 -51.C5 - ~5. 1 ~ -101.5~ -50, /9 -93 .1 3 -52.':19 -101,Sl -:'4.17 -126.4S
8 • C 6 -1C4.14 -16.'-;)9 -56.2~
s.12 -1G3.~4 26.78 -108.4[ 26.t:->4 -56.2~ 18 ,De -':iS.5~ 9. '+ 4 -1n.1C
PAI~CIPAL GRAVITY FACTS FCR CASCICE ~GU~lll~St ~ASHI~GTC~
QlAC: 1,200/4700
STAT IO~ LATITUDE LONG!TLCE ELEVAT!C~ r.c. <c.~.~/10JI <D,M,~/lCC) (FE£TJ
A': 4 7 47)4.51 12214.:~ :62 A54E 47:5.12 12212.€1 19E A:62 4710.20 12213.~0 8E A:63 47C9.05 12214.(3 112 A:64 47C8.41 1221~.~~ 117 A!:6:: 47C7.D9 12213.72 148 A:66 47C6.31 12212.':5 1 "7 ~ A: 71 4711.96 12212.:21 12 A:72 4710.64 12211.1~ 564 A:7~ 4710.20 12209. n 592 A574 4710.07 122013.E,J 625 ~:7: 471C.23 12201.~o 602 A:76 '1709.37 12205.40 6 7C A 5 7 7 4709.65 1220 ~.48 698 ~ 57 8 47C9.45 122n2 .. c:: 722 A: 7 5 47C8.43 1220~.~o 691 A :8C 47C8.46 12204.15 52C A581 4708.31 12205.55 42':i ~ 58 2 4708.05 122r,1.10 388 A 58 ~ 4707.00 12201.El 32E A 584 47C5."i3 12205.~7 281 A58~ 47C4,92 12211.~o 231 A 58E 4712.65 1221~.:0 64 A 5'l 7 4714.12 1221~.40 66 A:Be 4714.05 12211. 77 575 A 58 5 4713.12 12211.12 547 A 59 0 4712.51 12210.(2 t:;~C::
4591 4711.10 1220S.E3 607 4592 4712.G:l 1220~.;;:3 563 A 59 3 4713.27 12208.~9 570 A 594 4714.28 12208.~9 524 ~59~ 4714.83 12209.<;0 SC~ A~9E 4713.3] 12207.~~ 5 2 2 4597 4712.15 12201 •• 1 598 A 59 e 4711.12 122:lf.. C2 615 A 5'3':i 4710,89 12205.(3 645 AEO~ 4710.53 1220~.16 674 A601 471:.28 12201.16 6 77 AE02 4711.12 12200.<;0 729 4EO~ 4711.93 122JO.<;O 727 AE04 4713 .28 122JS.'SC 647 A605 4714.6D 122-J:J.':D 655 AEOE 4714.58 12212,EC 59~ A607 4714.60 12204.70 530 AEOE 4714."iB 1220E.~7 517 AE05 4713.73 1220!:.S-8 521 A El 0 4713.31 12203.45 641 A611 4711.98 12204.72 632 1 01 79 471C .69 122?C,:~ 722
OOS. GRAVITY <~GALS>
98C 734 .18 98C7:3.51 98C1E:.~3 ':iECH:.19 98CH3.72 98 C159 .c 7 9eC J~: .~:=: 98C1~7.P6 98C723. 75 98CH7.41 98C711.E3 98C711.ll 98(103.88 98C7CO.C9 98CE95.93 98C101.42 98C711.Ll 98C717.78 98G72.3.8'l 98C128,86 98(1~4.~4 9BC145.5iS 98CH1.~1 980759.9P 98(721.Cr 98(723.:E 98C119.Cl 98C116.:5 98071~.6E 98C111.45 980i12.44 98C717.'l3 58l 710.C~ 98(711.11 98C110.88 98(707.~ll 98C7J3.17 98C€9E.E'J 98CE~l.02 98C6S2,CE 98C1JC .f.2 98(7Ql.76 58C102.PG 980704.64 98C7DE.39 98C7QE.72 98CE'l8.6E 98C1C:3.!:5 98CE':i3 .c €
7,
FREE-AIF SI~FLE BCLGLER <P=2.61l
-~2. 74 -~l.tE - 48. 3 ~ -~"J• a; -~4.9~ -57.8!: -50.d8 -54 • 7C -!:C.9~ -~4.51 -~G.67 -::5.71 -~o.se -ss.cti -66. 36 -CB.81 -=2.2c -71.41 -ss.2s -75.41 -57.3S -18.71 -60.65 -El.l! -E0.15 -83.Cl -El.77 -85.~4 -E3.37 -E7.9f -59.26 -a2.ec -€5.18 -82.t~ -E7.36 -81.9E -E4.12 -77.9~ -E3.Al -74.9E -f:C~54 -10.11 -53.11 -6C.t;1 -E4.70 -b6.et -E8.o= -10.~c -=5.c-: -1~.t~ -~1.1c -16 • .3~ -E0.60 -79.Sl -56.o: -76.7~ - E2. 4 ~ -81.El -E7.85 •87.27 •12.7~ -9J.6C -E9.8A -a1.oe -73.8 7 -91.. 6~ -E3.92 -84.2E -El.CC -El.54 -60.9: -83.0E -1:2.21 -e:J.2~ -68,18 -91.24 -10.1~ -54.Sf - 70. 5 0 -~S.2f -71.SD -93.!:~ -11.21 -':3.Ef ·76.lE -9.S.4~ -80.47 -98.5~ -79.91 -91.:~ -77.9~ - 55. E l - 74 • 0 ~ -95.EE -E8.D2 -f9.~~ -E8.ll -92.7(
PRI~CIPAL GRAVITY FACTS F0R CASCACE MOL~TAI~S, ~AoHI~GTC~
STAT IO~ LATITUDE LONGITL[E ELEVATIC~ r.c. <c,~.~,1JO) <D,~.~/lQC) (FE~T)
1 0215 4710.59 122.J~.~4 722 1C21E 4711.10 12200.::3 721 102::3 4711.53 12200.::3 7 3'i 10224 4711.97 12200.~s 745 102 32 4712.40 122oc.::9 748 10233 4712.61 12200.(2 738 10235 4712.80 12200.::5 718 103 ~ 1 47C2.32 1221c.c2 10 35 103 ~ 2 47C2.18 12207.~5 1124 1033 3 4713.51 12201.33 10 36 103 3 4 47Cl.18 12210.57 68E 1033 5 47CD.15 12210.20 927 103~6 47CJ.81 12209.Cl 1184 10338 47Cl.22 12205.74 2002 5845 4700.20 12201.EO 2075 584E 47~,J.80 12202.~o 201E 58 1t7 4702.30 12204.2'.: 1788 5848 47C3.30 1220F.30 1221 5845 47C7.20 1220!.~0 752 5S5C 47C6.6") 12201.C'J !CBC 71" 3 47D4.90 12211.,n 232 71'! 4 47C7.00 12207.EO 32€ 714 E 4706.00 12204.40 830 714 7 47C4.9C 12202.EC 1193 715 7 47C9.2G 12201.cc 629 7159 4706.70 12210.~o 7 70 7160 47C9.80 12201.cc 643 7161 q7C4.3C 1221ry.4, 618 749E 4711.83 12214.~1 70 7 491 4713.21 12214.~0 52 7498 4714.14 12214,~0 57 7495 471q.s8 12214.E~ 63 7511 4714.29 1221~.4, 65 7:20 4711.07 12214.(3 70 7:: 2 1 4710.85 1221~.E'l 17 7522 471C.2D 1221 ~.';J H'l 7 52 :! 47C5.60 12213.11 1aq 7: 2 't '1709.61 1221:3.CC 97 752: 47C9.C6 12214.Cl 111 7:2E 47G7.79 12214.11 131 752 7 47C7,11 1221~.72 148 752 E 4706.31 12212.95 175 7529 HC5.14 12212.EO 197 7: 30 47~5.77 1221~.74 171 7531 47G6.21 12213.12 165 7532 47C4.24 12212.~1 HCC "~,
7:33 4 7C 4 • 48 12214.:4 562 7: 3 't 4704.92 12211.::0 233 7535 47(3.84 12207.:'' 2 fl 1 7536 47C5.74 1220'3.19 293
OHS. GPAVIlY (~GALS>
980E93.93 98CE91.12 98Cf50.7~ 98CE9~.55 98CE92.78 98CE92 .EP 980€92.~8 ':l8C70E,8'l 98GE75.E4 98CE83.EE 98(113.39 98CE94.4c 98CE76.56 980E17.e4 98CE07.PC 98CE14alC 98CE30.5C 98CEE'l.40 980700.60 98CE77.1J 9SC74~.1C 98C7!E.OC 98C692aBO 98CEfB.5J 98C108.5'.l 98(110.50 980708.10 9Ac119.1n 58(JE6.2~ 98CH3.6C 58CH2.EO 98CH4.~0 98C1:9 .e~ 58C'H6 ,CO 98CH4.~C ~8C7E~.'JO 98C7E3.EO 58CH1.1J 98CH4,~J 58CH2.4ry 98C159.00 5801:~.10 98C7H .52 CJEC 1::!:.sc, 98C1::.90 580144.~C 98(7~4.lC 'll'C74:.tc 98(743.20 98C733.2C
1:
fREE-AIF SIMPLE BClGLER <F=2.67 I
-67.C8 -91.6E - 70. 7 6 -95.31 -7C.6C -95.6( -E9.5£ -55.07 -1:8.51 -93.55 •69.87 -55.Cl -12. 3 4 -':l6. 75 -12.24 -47.45 -!4.91 -73.15 -!:2.21 -81.:C -36.61: -60.05 -31.62 ·63.lS -26.28 -66.61 -8.68 - 76. e E
-10.31 -8'.l.55 •lC.47 -79.1~ -17.37 -78.27 -~3. 71 -75. :3C -52.45 -78.1 C -44.24 -81.02 -53.44 -61.~~ -~6.67 -67.84 -~1.15 - 79. 4 2 -~9.25 -19.ee -59. 1 7 -a::.~<; -40.15 -66.~1 -59.lE -Bl.Cf -42.2~ -63.::e -:7.9B -60.~E -E'l.38 -66.l!: •E6.31 -68.2!: -E4. 70 -65.e~ -EB.20 -10.~~ -57.06 -5?.4~ -':.1.21 -S9.5Q -54.91 -SH. 0 C -~4.05 -:7.EC -~1 .. 2~ - EO. SJ -~1.::,8 -55.~E -49.99 -54.'4~ -so.11 -s::.a.1 -!:O. 9~ -s,.es -41. 3C -'Ill.CC -1.! g .. 6 S - :s.: 1 -~0.9~ -~6.~~ -41.30 -:3.5~ -~2.77 -51.91 -53.38 -61.31 •49. H - 58. 7 l •E0.'3 7 -·1G.8~
PRI~CIPAL GPAVITY FACTS FCR CISCACE MCUftTAI~S, ~-S~I~GlC~
S1ATIO~ LATITUDE LONG!TlCE El[VATIC~ r.o. <C,~,M/10D) <D,M,~/lJG) (fE'l)
7622 47C:.16 12214.12 B68 762 ~ 47C2.2il 12214.~8 759 7 62 4 47,G.98 12214.79 711 7 E2 8 HC0.33 12214.:4 690 7625 47Cl.OO 12212.rn 472 163 a '+7CC.25 1221.1.% S36 7655 47Cfl.46 12212.u; 551 7 E60 47C 7.55 12205.52 848 9102 47(5.57 12205.~4 280 31 ~ ~ 47C 7,58 122J:: .. £5
,., •~ 910 4 4708.40 122Q3.~C 692 'HO: 47C8.97 12201. 45 1"' <,
910 E 47C7.96 12201.10 625 9107 47D9 •. 37 122ac.~o 747 9108 4709.62 1220~.47 6 9 8 9 10 S 4709.36 1220= .. 112 644 911 C 4710.90 122J~.c= 645 9111 4711.07 12206.58 see 9112 4112.12 12201.::1 5 9 8 911 ! 4713.26 12207.~0 52~ 9114 471J.68 122·,~r..:s 722 911 c 4711.0'l 122~2.11 699 9 116 4711.37 12203.45 661 911 7 4712.39 1220 4.11 647 9 ll e 4713.7] 122JE.(8 52C 9 ll 5 4714.58 122JE.E6 517 912C 4714.5'1 12204. n 530 9121 4714.57 12202.E4 59!:: 9122 H14.58 122SO.'.:'J 655 9123 4713.27 1220,,:.~:3 671 912~ 4713.70 12203.47 641 912: 4712.61 12202.lll 641 912E lf711.CS0 1220,:.s1 735
ORS. GRAVID <~G•LS>
98(114.42 98C721.6J 98071E.10 5€(11: .30 98C727.2D 98C719.1C 98(7~1.20 58C70:.1C 98C733.3f 98CE57.93 98C7C0.:'5 98CE5c,Rl 'l8C7CC,91 98C692.58 98CE58,77 98C702.S7 98C7DE.(4 98(712.82 98C710.Cl 98C708.80 98Cf91.71 98CE53.13 58CE98.:if 98 CE59 .-;4 98CB:.82 98C11:.:37 98Ci03,3E 98(101.:2 98C7JO.ED 98CE94.:3 98CE97.05 98CE58.09 'l8CE89.4~
74
FRE~-AIF SIMFlE HClGUER (F=2.67 I
-a.,c -s1.2t -23.43 -4Y.2E -~l.49 -:,5.7C -~3.2E -sr;. 7':: -42.9C -58.57 -43.85 -62.lC -42.69 -61.'lf -~9.49 -68. ~·1 -61.68 -11.21 -~9.'10 -83.65 -~g.9: -83.~~ -62.67 -87.3C -e,.21 - 86. c E -63.85 -s,.2s -E3.0 4 -ss.e~ -€3.5~ -85.41 -(2.68 -Elf.f~ -El.52 -El.!:~ -f4.97 -85.~~ - 74.'l: -52. H -E9.44 -94.0~ -7C.8G -94.61 -E9,39 -CJ1.5C -'il.24 -53. fl -18.87 -96.:5 -80.9.3 -S8.S4 -e1.12 - 99. 11 -11.4~ -97.65 - 12. 3 4 -94. 7~ -75.81 -'J.g.E7 -76.26 -98,lC •13.58 -95.4~ -71.76 -96.8C
0 RI~CIPAL GRAVITY FACTS FCR CASCADE ~OU~lAI~s. ~-:~r~GTC~
QLAC: 1,215141'10
STATI0~ LATITUDE LONGITLCE ELEVATIC~ r.o. <C,l'.M/lGO) <D,~.~,1~C) (FEET>
JI 1159 4714.20 1221=.1=5 400 A 11 EC 4714.20 12217.!:S 365 A llE 1 4714.41) 12219.~6 42 A 11 E 2 4714.35 12221.32 14 A 11 E3 4714.39 12223.E3 3 .111175 47C9.32 12221.<3 311 A:04 47C1.25 12226.25 420 A ~O: 47~1.85 1222E.~~ 414 A:OE HC2,90 12226.!:1 425 A 50 1 47C5.00 1222f.(3 383 A~Oe 4784.18 12224.18 4G7 A 50 5 47C3.20 1222~.E~ 4~, <-A:10 47C2.30 12222.':5 460 A': 11 47Cl.19 12222.(7 4E7 A': 12 t.t7C0 .50 12222.(2 443 A 51 7 47C0.9/.l 12217.E7 735 A':35 4702.36 12227.€3 386 A53E 47C3,.39 12228.11 3 74 A ': 3 7 47(4.96 1222~.';6 425 A is 3 E '17(4.50 12221.,:;1 427 A~~5 '17G4,29 12220.1: 425 A':'10 4703,19 12215.2n 48E A':'11 47C3.18 12222.c, 443 A 542 47G3.20 12221.12 500 A:4~ HC 3.17 1222C.15 51C A:44 47!'.'.3.20 12217.E7 bGl A 5 'I 5 HC3.15 l2216.E8 641 A :4E 47C3.l9 1221:.24 746 A :'.i 0 4705.83 12226,!:4 ~49 A:51 47(6.66 12224,E: 363 A 55 2 47(7.61 12~25.(2 320 ~~5~ 470B,51 1222:.~1 379 A:54 4709.32 12224.E3 3<,9 A 55: 47C9,3~ 12223.~9 416 A:5E 4709.29 12221.~<J 486 A :5 7 47C'l.29 12220.,3 469 A:se 47C9.30 12219.:4 40~ A555 47:9.1~ 12211.~1 435 A :6C 4710.15 12217.(5 402 A~67 470R.24 12215.H 563 A:68 4707,57 1221 7,:0 4 !S 0 A 56 5 47(5.51 12217.!:r 4 71 A:7C 47(4.46 1221 7 .::~ 5::;3 F Ul 1 4709.32 12221.2~ ~11 1S93 4713,11 12224,41 232 153 4 4712.38 12224.~l 325 199: 4711.52 12224.41 412 159E 4710.35 12224.11 4"~ «~ 1998 4708.44 12224,23 372
DBS. GRAVITY < I' GALS>
98(747.~6 ':IBC753.84 58Gi78.53 9ee1eo.2a 98Ci1'E,39 98C14:.4E 98(723.99 98(723.81 51,c,2:.13 98(730 .~ 1 98C128.B7 98(729.11 98C127.26 98C724.<.l 'lEC72':.23 98(117.04 58C727.15 98C729.eu 98(730.96 98(731.48 58C1~ 4 ,98 98(732.24 98(729,·)7 98(126.~2 98C732.66 98Cl29.~9 98Cl:~o .25 98 C122 .3: 98C 733 .:2 98CLH ,92 98(139.48 98C138.39 98(742,EC 98(7'12.75 98(141.']9 98(743,64 98(148.42 98(749,93 98C7:2.:8 980138.41 980143.C': 98C14D.C2 S8'C7.32.73 98Ci4~.46 98CHA.4G 58(7~9.62 9ac,~n.sc 98014:.~C 98Cl~9.8C
7:
FREE-Air SIMPLE HCLGUER <P=2.b7 >
-4').3·7 -63.CG -4'i.81 -58.~E - 52 • 18 -'i3. 61 -:2.99 -53.4f -'f7,97 -48.Cl -52.30 -G2,5C -:1.37 -6'i.6E - ~ 3. 0 ~ -E1.1,:;; -51.87 -66.4E -~3.92 - 56, 9 E -':l.')8 -65.84 - 48, 9 l -63.:3~ - 45. 9 2 -61.:1:: -46.24 -62.1~ -46.84 -t1.s~ -27.91 -s3.oe -:3.08 -Eb.2~ -:3.11 -!Ss.a: -49.14 -63.7: - 48 • 1 2 -~2.EE -44.11 - 58. 1 ~ -~9.84 -5<'.l. ~<; -47.0't -62.1~ -44,26 -61.25 -.37.1~ -54.'::C -.~1.09 -::2.1: -27,15 -49.fJ~ -25.27 - 50. 6 E -':S.4-' -6*".~G -~1.9!: -F4 • .31 -:4.86 -65,7E -~l.7f -E4,f1 -49.?] -E2.2E -lfCS.G 1 -51.24 -40, 1 7 -:s.1~ -~'3.22 -55.1'; -40.47 -54.27 -36.14 -!::C:.CJE -~7.d7 -·s1.~.E -~4.02 -53.2( -~8.GE -:.3.7~ -~6.96 -~3.CC -~4.9(: -S3.7':: -52.30 -62.5( -42.:iO -::0.4( .. 41.45 -:2.5; -4C.b7 -54,71 -43.48 -s1.e<:: -':G.90 -,-:,3,57
Dq!~CIPAL GRAVITY F~CTS FCP CASC~DE ~JU~T~I~S, ~AShI~GTC~
QLAC: 122151470D
LATITUDE LQNG lTLCE STATION I• C. CC,~,M/100) <D,M,M/lc()
1595 47C;8,86 1222~.E:2 2 00 C 47G9,74 12222,62 2001 4710.64 12222,£2 2 00 2 4711.94 12222,E2 2CO~ H12,68 12222,E2 2004 47 n,6B 12223,27 200: 471~.99 12224.~0 200E 4713.41 1222:,57 20Q1 4112,41 122?~.~7 2008 ~711,95 1222~.57 2005 4711,53 1222~.57 2010 4713,71 1222€.12 2111 47:g,33 1222E,!4 2012 '17C9,33 12221.:~ 2013 4709.35 12225,£4 2014 4710.23 12225,47 2 01 c 4711,43 1222~.':E 2016 4712,28 1222/l,56 2017 4713,34 1222e. n 2021 4713.61 12227,12 2 C 2 4 4714.3F, 1222E,C4 2 0 2 ': 4714.22 12227.~<J 2C2E 4714.59 12228,':C 2027 471'1,07 12229,75 ~ 00 e 47~7.'13 12221.ER 2 085 47G7,61 12224,:4 2 a9 o 47C7,90 12222,E2 2 091 4708.27 1222:,S7 209~ 47c8.79 12228,C" 7 :1 ~ 4712.45 12216,cR 7515 4712.61 12215.,2 7:19 4711,81 1221:.~: 7: 6 F. 4713,4S 12221.~2 7:69 4714.35 12221,'l6 7:70 4714,35 12215.,0 7:71 4714,36 12218.~3 7':72 4713,72 12217,:4 7:7~ '171'.72 12216.74 7:74 4712,96 1221£.~9 7:7: 4712.84 1221:.El 7:7E 4 7 14, 4/l 1221":,E'I 7:7 7 4714.S'l 12217.:3 7594 4712.06 1222~.!5 759~ 47lJ.73 12211.~1 7!;'H '1712,15 12219,€2 759 7 4712,61 12221.413 7600 4711,07 12221.,1 7601 4711,20 12221.~2 760 2 '171C,2D 12215.~q 16a 3 47G9.25 1221';'.~6
ELEV AT IC~ IFE'"Tl
434 454 422 42C 274 ,-'~
90 332 347 387 3'l8 ~84 327 314 2 75 272 260 240 315 2 8 ':
70 365 355 3 5 !J 294 321 425 3 1 ': 296
', 'I 33 62 23 12
2 0 'I 258 374 374 4C7 481 3P4 337 ,,
wC
47 28 23
3 !lo 427 328 SO<;
OBS, GFAVIH <~GALS>
Y8C7'-fG.:'.C 98C743,JC 'l8C748,9C 98C7:2,80 58C1E3,?C 98C181,E~ 98Clfl0,00 98CH2.~0 58C7:7,fl 0
98G7':;4.1J 9807~1.80 5801'1E,50 98C7'11f,1C 58C14'.:.":C 98(151.30 98C7'c~.81 'lBC 7EO ,70 58C1E3.10 '?8C7f2.':0 58C1':2.~C 98C183.~G 58C H3.5Q 58(7E3,7~ 58CH0,50 98C1'12,40 98C741,'c~ 98(725.60 98C741.~i: 98C74:,2J 9ar,110.1~ 98C77:,50 58C1E5,7D '18C181,hJ 98C7'll,21 58CH4.'10 58C7El,20 98(7":2,6~ 98(7:0,90 98(747,::C 98C7~9.1C 98C747,8c 98C1::~.~C s e o 1 ·1: .6 o 9EC174.~; 58C776.1G 980718,50 58C152,SQ 98(148,:C 58C7S4,SO 98(742.CC
f PEE-fdF
-45.C C -41,94 -40,41 -~8.65 -42,5C -'18,97 -45.'58 -~9.64 -41.23 -t.t0.49 -U. l C -~1.sc -~2.11 -~2.co -'19.1-15 -47,GC -45.0~ -45,75 -40.~E -54,3£ -44,71 -~6.18 -~7.48 -40.34 -:4,,'l 7 -52.75 -5Cj.3Q -:4,31 -:3,18 -:s.1= -:2,96 -:S.2-3 -49,39 -~2.2~ -:1.Jc -49,1~ -45.86 -47.51: -%. 71 -47,97 -5D.8l: -47. ,~ -~2.5~ -4'l.';/2 - 52, 5 4 -50.90 -41,41 -40,18 -ti2.Y5 -37.03
H
SI~FLE HCLGLER (P:2,611
-5:J,1E - 57, 4 1 -54, H - 52 • 5 £ -::.e~ -so.ce -48,64 -5o.s: -55,04 -53,61 -S4.EE -64,0E -63.~1 -62.E5 -59.2E -56, 2€ -~.S.E'3 -53,51 -:1.4~ -64,C"i -47.lC -48, 7~ -49.7( -52.2( -6•,8E -63,6E -O'J.1f -E5.J-' -63,2E -51,1E -St+. CC; -57.!lt -s:J.11 -:::2.Et -57.1;4 -:7.5~ -58,EC -GO.~C -6:J.:1 -~4.~~ -63,'3' -29. 2 l -i:3.c;
~. c:. .. --~•-c:: -53.4S -S1.6S -54.~~ - ~4. 7 ~ -54,lE -54.~7
PRI~CIPIL GRAVITY FACTS FCR C~SCtCE ~CL~lll~S, ~AS~I~GlC~
Q~AC: 1::215/4701
STAT I'll\ r.c.
7 6 0 4 7605 7606 760 1 760E 760 5 7610 7 611 7612 7 61 ! 7614 7 615 7 61 E 7617 7618 7619 7 62 C 7E21 7625 7 62 6 7 62 7 7 64 5 7 6'16 7647 7 64 8 7E4~ 7652 7E53 7654 7655 7 65E 7657 765e
LATITUDE
47Q7.'36 47Cil.40 47G8.t+O 470fl.39 4707.55 47C7.53 47C6.66 47C6.66 47C7.10 47(7.10 47C4.4il 47~4.30 HCl .2:_, 47Cl.20 l.f7".?J.0'3 47'.:1.43 If 7C 2 • 1 9 47D3.16 c+7CCJ.gq 47C0.99 47C0.13 4712.82 4711.41 4710.18 47C6.15 47~5.67 47D,.l'l 47C3.13 4703.18 47U.lfl 47:3.17 4713.17 4702.31
LONG ITLCE
1221~.E4 12217.47 1222r.c~ 12221.~1 12221.~1 12220.~c, 12221.~7 1222~.CR 12218.EO 12211.50 1221~.El 12215. 4,1 12220.73 12222.10 12221.5,; 1221g.,6 1221e.ec; 12215.,1 1221:.18 12217.(5 12211. C3 1222C.41 12215.0 12218.H 1221':.ES 1221S.45 12216.E4 12217.55 12215.17 122~(;.14 12221.cs 12222.(2 1221A.E9
ELEVATICI\ <FE:T J
550 4~, ""
453 464 437 468 388 411 472 458 584 443 478 480 E24 74G 517 747 7S4 716 737
31 3C
228 ': 8 8 59E f 39 603 486 511 580 44~ 504
OBS. GRAVIlV <~GALS>
98C7~7.5C 98(144.4:: 98(741.6~ 98C1~7.~0 9EC1~E.4C 'l8C1!1.£: 5807~8.EC 98C7~8.SC 98G7~7.~C 98C13E.4: 98C'l~2.4C 58C'l~3.~C 98G127.1C 9BC'l23.:: 98Ci13,4Q 98C713.'JO 98C123.5C 98(121.!f': 98(717.80 98C711.90 98(714.50 58CH8.7J 98~776.lQ 58( 7E2.EO 98C742,':0 5BCP2.1c 98C728.RO 98Ci21.4C 98C730.c0 98C72E.5c 98C12:.IJI] 98C7~6.0C 98C1~0.1C
FREE-AIF
-35.74 -38.62 -41.4:: -44.67 -46.85 -~2.7J -H.92 -44.89 -41.48 -41}.43 -~2.4C - 1l4.29 -42.76 -46.1~ -t.tl.J3 -30.1.3 - 46. 7 E - 2f.:.: e -~G.4: -29.2~ -;:8.96 -ED.67 -51.24 -44.26 -24,44 -~2.57 -:28.B7 -33.6E -41. 4E -~2.81 -45.7.3 -~9.9C -38.9E
11
SIMPLE HCLELER <P=2.67>
-54.tt1 -54.C5 -s.;.e~ -6J.4E -u.1: -58.E4 -El.l~ -::3. cs -57.~~ -S7.~<3 -ij2.2<; -59.~E -~9.C-4 - 62. l! <; -r,2.2E -5';.~4 -F.4. JE -~1.:~ -:4.4~ -:3.6~ -54.0E -6i.7£ -S2.2f -:2.0~ -44.4f -52.94 -SG. 6 ~ -154.lS -'Sil.Cl -6'J.21 -62. H -55.CE -::~l. l ~
PRI~CIPAL r,RAVITY FACTS F~R Cftsc,cE l'OU~TAI~s. oASHI~GTC~
~LAC: 1,04514715
ST•Tro~ LAT[TUOE LONGITLCE ELEVATIC~ r.c. cc,~.~,100> co,~,~,1ac, <FEET>
l 4513 1,12:;.22 12)56.21 4242 L4'i04 4722.57 12052,48 31:i5 l4505 47£C .qo 12CS0,18 2728 L45~E 4721.55 120413.~8 2879 L4507 4721.97 1204~.(9 3C87 L45C8 '171 'l.8'l 12151,18 2Ell L45C9 4718,43 12G!:l.£~ 2553 L4510 4717.39 120:1,43 2385 L45H 4724.98 12047.(9 5764 L4535 4725,37 120'18.,5 7223 L45~E 47,5,40 1204E.4'; 7297 L4537 4725.'l'l 12C'i:.~2 7169 L4546 4723.72 12052.48 3547 l4547 4725.03 120:~.12 5250 L4548 472:.38 120';~.(7 5587 L4545 4724.0,; 120~2.s2 '+321 L4554 4727.S'l 12".:56.C~ 6499 L46!9 '1729.90 12052,2~ 5C66
OBS. GRAIIITY Cl'GALSI
9EC49~.C1 'i8C!:73,36 98C:9E.32 98(:87.28 98G575,43 98CE01,SO 98CE1C.::2 9ECE1~.:~ 98CU4,2~ g8C305.18 gsc:!::;o.~1 9EG~C':.':4 '18C~22.2C 58C44fl.72 98C427.59 98(498.64 980~E 7.:1 5EC45~.~'3
1E
FREE-AIF Sil'FLE KCLGLER <F=2,67l
41.58 -102.91 lil.84 -E7.C~ 8, 4 8 -E4.4~
12.67 -8S.~C; 19.7~ -85.~I; 4.57 -P4.~€ 9. g :! -'11.C~ 1.ca -81.25
105.il4 -90. H 133,42 -112. 6( 13':.t;t -112.El 127.93 -116.24
4'1. le -89.Ec 'll.89 -Bh.'3~
1G1.Y~ -e8.3t 5:5.88 -91.213
124.31 -57,C~ 74, 5 3 -98.G,
PRI~CIPfll GRAVITY FACTS FCR CPSCPOE l'Ol~TPI~S, ~~S~l~GTC~
SlATIO~ LATITUDE LONG!TLCE ELEVATIC~ r.o. <C,l',M/100) (0,M,~/lJ() (FE~T)
3 295 4115.19 12110.~9 2220 ~ 4 4 E 4715.88 1211~.Cl 2399 4511 4715.47 1210~.~9 2285 4 512 4716.51 12104.41 2 3 4 4 4 51;, 4716.83 1210:.Cl 2265 4514 4726.51 1210;,.;,4 289E 4':1': 4725.63 12104.(4 2830 4516 4721.92 1210E.C~ 2~02 4 ': 1 7 4721.33 121DE.£~ 2261 4 51 E 47,0.R2 121:JE. l'i 2.24 7 4:2C 4715.85 12112.::1 2269 4521 4719.81 12114.13 2261 4522 47H,.56 12111.29 2261 4 55 7 4725.26 121~5.:7 21ee 4:55 4725.94 12110.~1 2791 4:6( n::8.59 1211~.A'l 2984
OBS. GRAVIlY (I/GALS>
98CECE.':6 9fl05''l7.87 98CE11.9~ 98f.Ell,:'E' 98CE1E.~O 98CC.J:.1'4 58(:72.59 98Ccc:.11 58CCJ8.5: 98CE10.E5 98CE03 .80 98CEOO ,8S 'i8 Cf02 .54 98C~E7.~l 98(:72.81 98C~E7.59
7S
fPE~-A!F SIMFL~ HClELER <F=2.S7J
-21J.47 -56.Ct; -i.:3.37 -S5.C1 -9.3f -e1.15 -6. 0 0 -85.83 -8. 3 7 -80::). 51 -4.63 -l.'..;3.21
·12.37 -1C8. 7€ -24.33 -102. ,~ -23.4~ -li..:·J.'+7 -.22. 31 -9'3.e: ·19.62 -96.SC -29.28 •1C6.2<: -~2.30 -99.cl -21.14 -116.1( • 16. &8 ·111.74 -1. 7 ~ -ta9.c7
PRI~CIPfll GRAVITY FACTS FCR CflSCtOE MOLl1AI1S, ~l~FI~GlC~
STA1IOI LATITUDE LO~GillCE ELEVAT!Cft I.e. <C,~,N/111) <D,M,~/l)C) <FEET)
3297 l\725.46 12124.77 3C04 SE~ e 4727.90 1212(.. 7r 4016 5E35 4723.30 12126.lS 1650 9068 472'l.51 1212€.C~ 155C 9065 4729,00 1212~.~9 184C 9294 4715,9C 12124.~4 2 'J 8 7 9295 4717,22 1212~.71 3566 9 29E 4716.13 12121',41 2669 9 2 9 7 471",,79 12127,51 3222 9 2 9 e 4715,39 12129,(~ 3511 9 ~ () 0 471"i,41 1212E,76 3515 9 369 4718,12 12119,29 2447 9~76 4716,59 12120.2~ 3963 9171 4717.37 12117,58 231 e 9378 4719.06 1211E,E9 2472 9384 47l'l.23 12120.23 2854 938~ 4718,79 1212C,58 2521 938E 471"!.SO 12122.<~ 2771 9387 4720,45 lcl22,4S 2575 9~8E 472~.0B 1212~.~': 3089 9~85 47:21.15 12124,24 4988 9 3 91 H2" .65 1212E.1S '115 S 9!92 4718.76 121..,!:, 17 3~~c g~9~ 4717.64 12122.~5 3£42 9~97 472,,6 3 1212~.51 40C8 9~55 47~~.~2 12124.~2 374: 9 40 0 4722,04 12123,87 27 76 9402 4725.46 12124,77 3004 970: 4723.74 1212e.u 1E96 9707 472~.86 12129.13 1€5C 9708 4725,05 12128,P~ 5625 9705 4724,24 1212'3,lA 251E 9 71 7 4726.37 12129,55 34:E 9715 4728.03 1212'3,ES 3882 9721 4726.98 12128,CR 4510 9725 4724.95 1212E.~1 2320 97S:' 472c,81 1211:,lG 2270 9 75 E 4721,09 1211£.49 3080 9 75 7 4721.43 12116.€1] 3792 9 75 e 4722,58 12119,12 4000 9755 4722,45 12111,18 3 lJ 5 G 9760 4721,61 1211:,18 244C 9 761 4723.7D 12111',Et, 2EOQ 9762 4724.07 12118.10 331G 976~ 47,3,30 1211':.,7 3800 9764 471 ?,37 1211:.49 4544 9765 472~.89 12118,41 4917 9770 4721.49 1211P,E2 4367 9 771 4721,81 12121,31 3~H
OHS. GPAVIlY (lo'GALSl
98C:='4.72 98(487.30 98(£C:7.SIJ 98CE23,0C 98C5E8,55 98(:~!:.~'.: 9BC~!3.~1 58C~E0.51 98C':31,f'E 9/l(481.2'l 98C:J4 • .22 98C58S,71 58C•84,17 98C':S1.1S 98C~86.EO 98C':S5,C5 98CS80,55 98C~EE.49 S8G~-,2.61 98C:'44.6S 58G417,81 98(47'3.26 58f.t:28 .4.: 98(!:Q7.62 98C489,32 98C:OE.E7 58C':EE.41 58(':El ,72 98CE07,~E 98CEJ8,CO 58C~EE.11:: 98(:72,00 98C':2E,04 9ac:02.~:: 98CtEC,18 98(588,11 98c:se.12 98C549,n 98C':D3.H 98C4'i8.52 98(:?9,11 98C:99 .. '.22 Y8C~7lf .. ~~ 58C':36,78 98{~0€.~'5 58C4:C,E8 98(4~1.~4 '38(472.92 9ac~2'J .st:
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FREE-AIF SIMPLE BClGLER <F=2.67l
-14.02 -llA.~~ 1 C. (, 8 -126.7(
-53.97 -1s:.11 ... ea .. 55 -141.~f -94.6G -157.27 -45.26 -116.~4
9, /l 9 -111.51 -25,61 -116,51
.. -3.5.3 -113,21 n.c 1 -12J.2( -1.34 -121.Sf
-24.38 -101. 72 18,98 -llt,CC
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-t'.1-•:J ..• •lGE'i.7: -12.88 -llG. O'S -.23.15 -109,(1 -1s.20 •1C9.5f -28.94 -llS.6!:
-B.C': -113.2€ 4 2, l 7 -121.12 29.18 -113.lC 2.3~ -111.11
10. 6 5 -113.3S 1 7. 77 -118,]q 11, 3 C -116,2:
-18.6.3 -113.lE -7.G2. -109.~~
•E.3,S 1 •127.5S •E6,H8 -129.Ef::
44. 94 -146.75 -40,8( -120.:c
-1.55 -119.2E ., ,.., ") '1: "' .::: . '- .... -1D,S5 30. 81 -122.ec
-44.14 -123.lE -32.6(: -1C9,5E -5.25 -11G,1S 14.58 -114,':7 28, 2 C -108.G4 6.8~ -11C.6E
-26.78 -lC':J.tE -2>:;. 44 -11a.:c -1,0E -113.E, 15.7~ -113.65 ~8, 3 E -11">,El ~ 9. 4 l -113. CE ~8. 31: -11J.~E 11. 5 C -11:::.21;
ORI~CIPAL GRAVITY FACTS FCR c,sc,cE ~OL~lAI~S, ~ISHINGlC~
STATIO~ LAT[TUDC LONGITLCE ELEVATJC~ r.c. <O,•,~llCQ) <D,~,N/lOG> (FEET)
9772 4721.40 12121.:3 379( 9 77 3 4"722.11 12121.CE 4011 9774 4722.0fl 12122.a 2615 9775 4723.63 12122.Ec 2:37 9 776 '1724 .• 51 12122.23 2621 9777 'l72J.16 1212~. J<l 2: 40 971€ 4719.57 1211~.~7 265c 9782 472~.57 12128.4'; 19;c 9183 '172 3.06 1212/l, l:: 2 329 9184 4721.60 1212P.~5 357~
CBS. GRA~ITY (~CALS>
98C4S9.J7 98C492.8E 58C~1~.~2 ':,8(:77.A~ 98(:73.~0 98C::81.0f 58(::73.F.3 secf'JE.~~ 98C~19,8'l 98C:12.2~
81
FREE-AIF SIMFLE BCLGLER (F=2.S1>
11. ~ ~ -113.2€ 23.88 -112. 74
-24.'J2 -113.5<; -~2 • .JE -llfl.49 -29.'13 -llJ.lC -23 •. 3'5 -109.EE -19.(8 -1;3'3.':1 -E3.q4 •12B.1 ': -48, 73 -128.0:
3. C 1 -1 ld. H
PRI~CIPAL ~RAVITY FACTS F~R CASCADE ~CL~l•r~s. ~AS~I~GTC~
QLA!';: 1::13014115
SlAT!C~ LATTTUO~ LONGITLCE ELEVATIC~ r.c. CC,~,M/lJ,) co.~.~/lCC) (FE~T)
552 4 4729.20 12142.1J 761 5527 47 24.6J 12143.~G 1 !: 4 a 5 5 2 P. 4722.21 121~7.~G 1570 5':2S 4721,10 121~9,EC 17 3 ': 5 ': 3 1 4719.50 12144.CC 2714 5 ': 3 3 4715,G5 l?.143.1e 1141 9 ~SJ 4729.93 12135,E1 1514 9054 4129,38 12141,:~ 12 7 2 9C5E 472'3.0 7 12144,ES t: 2 0 9~57 472R.07 12140.F.C 7 'l E 9058 '172fl.73 12136.48 4642 9 0 7: 4727.47 12137,~C 4926 9 09 2 4727,97 1213':.EJ 5124 9 2 7 4 H 18.14 12143. J8 22 3C 9278 471'5.9!1 12142,18 1310 9290 4716.67 12141.El 32c,o 9281 4717,52 12138.5: 3630 9 2 8 4 4715.63 12133.(4 2230 9 42 !l 472,},57 12144.3] 318J 9 42 5 472),71 12142,El 336~ 343C 4721.74 12143.F.O ~~q~
'H 4 C 4725,'+2 12144.JS 1623 9441 4725,63 12142 • .Efl 2457 9443 4723,34 12140.71 217:' 9 4 ff 4 4722.97 1213g,42 1654 9 446 4721.;)5 12134.S8 188: 'H41 472J,47 12132.t 7 19C5 944E 471q,46 12130.S5 2480 3 4 5 C 4718. 34 1213D.~C 2314 3 45 2 4121,69 12141.~2 llll3 9 4 'i 3 4721,15 12131,:7 2912 9454 4723,07 1213E,13 3540 9 4 'i 5 4118,83 121~7.7G 2 8 :J1 14'jE 4721,93 12141,% 1620 9 4 5 7 4719,70 1213g.s7 2763 9458 4723.4fl 12143.~l 1585 9 71 C 472'5.34 12130,E3 3761 9 711 4725,54 12132.l'i 4254 9712 4725.63 12131,:C 5C95 9 71: 472f.13 12133.fC 5594 9 72 4 4728.07 1214~.50 5R6 9 72 5 4722,17 121!!:.5~ 2455 972E 4723.60 12132,4.9 162Q 9 72 7 4724,93 1213~.15 1480 9 72€ H24.0'l 12134,:CO 1540 'l 186 4723,53 12130,43 1750 'l i 8 7 4725,40 1213E.€3 166, 9188 4726,14 12139.~5 1215 978, 4726.07 1213E,1A 1340
OBS. GRAVIlY C~G4LSl
98(423.40 98CEE3.7S 58CE48.0~ 98CE38.2C 98(:72.0J 98CE74,~~ 98CE':8.El 98CE7E.AE 9eOES~ .. EE 98(1)9,46 98C442,C'l 98C424,17 98C419.G3 98CEJO.R2 98Cf:D,17 98(:33.CE 98C:09,71 98C5SJ.A3 98C"4E.c7 98(1:31 • .3~ 98C~~9.~l 58CEE1,96 98CE1~.~S 98CE1B.70 98CE48,:f' qsu2:c.21 58CE18,43 98058:3.50 98CS92,io3 98C637,53 58C~E8.0l 58(:24,45 5f.C:E~.1q 98CE48,38 98C:E7.31 98Cf:4.31 98(:C~.22 98nB3.J9 980406,52 58C374.92 9&C12e.01 'lAC:19, 7':: ~JRCE3:.~: 98Cf~C.39 98CE44,85 98CE17.13 9AOE47.64 'lllU19,8':: ~8U70,4G
FREE-A[F SI~FLE IJCLGLEF (F=2,67l
-El.94 -81.8£ -41.4~ -93.9C - ~~. 1 ~ -1D4.1S -43.34 -102.44 -15.0!: -107dS -:3.71 -92.SE -~7.C:C -1,38.~f -EQ,",E -lOq,Cl
-112,15 -129,EE -7C.8'3 -9.Y.c::
2?,Sl -1!5.6( 3 3, 1 5 -134.51: qs. 9:3 -1~3.6(
-29.71 -1JS.6E -63.65 -1:;3,21 -4.02 -113,Cl 11, 8 C -111.1:4
- ~s. 9 .3 -111,EE 1,iJ'I -1GS.4i 3. 09 -llJ.9, 8. 3 5 -lGr).5~
- :.:o. 61 -91.tS -9.59 -93.CE
-24,il3 -Ji:l.51 -1!3.41 -5-1.7~ -45.1.5 -1;9.3~ -lt5.8C -110.e:c -~s.10 -1G9.~J -~G.3C -189.lC - ~7.'Jt -93,31
-2.'!0 -102,CE 14, 2 7 -1cs.~c
-12.12 -1J1.s;: -45.23 -100,4( -15,43 -109. 54 -44.9~ -SB.51
7, '1 7 -12c.2~ 28,91 -115.9E 34,58 -1~'1.G5 47.8~ -1~2.~4
-72,';5 - g2. a: -~6.158 -120,2( -ES.S7 -12c.1: -EG.9J -111.31 -:q.5~ -111.9€ -E6.66 -126,2E -46.58 -103.42 -58.18 -5'1.51 -~5.77 -lCl,41
PRI~CIPiL GPAVITY FACTS FQR C~SCICE l'CL~lAI~S, ~ISHI~GlC~
QLAC: la~0/4115
LATrTUfJE LO~GlTLCE ,TATION r.c. < C, I', M/ l O O l < D, M, ~ / l O C J
3790 H2S. 72 121'+0.qs 9791 H26.88 1214~.~5 979~ 4727.51 12142.~5 9793 472A.58 12142.(5 •3 7 9 4 472~.3'1 1214~.cg
EL:C::VAT IC~ !fEETJ
1210 647 610 794 716
'JflS. GR~VIlY <l'GAL.Sl
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fR~'c-A IR
-57.1~ -65.51 - 11. 5 ~ - E9 • .; q -70.'15
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SIMFLE HCLGLE!i (F=2.67J
- Sd • 3 E -E7.~! -92.~:! -9{,.GE -94.5~
PAI~CIPAL GRAVITY FACTS FCA C~SCIDE f"DL~TII~s. ~·s~I~GTC~
STATIC~ LITITUDE LO~GITLCE ELEVITIC~ r.o. <C,~,M/lJO) <D.1",,/lQC) (FE~T)
Al25P. ~721.60 121s~.c1 605 A 13 ~ ~ 47.:3.20 12l'i0.€0 966 Al304 4724.10 12149.44 96: A1305 4724.70 12148.17 '312 Al306 4725.35 1214~.€8 <; 2 9 A 13 G 1 4726.30 12145,ES '3 1 7 Anoe 4127.40 1214=.~s 766 Al312 Hl'3.50 12154. 4E 840 A 131 ~ 4117.10 12155.q 841 A1314 4711.10 121S7.:7 7C3 A1315 '1715.40 121':'J.22 E '3 4 Al316 4717.20 12159.~4 651 B~-~i, 1t'72C'J.50 1214€.70 4Sl 8240 4729.04 12145.7~ 481 109 32 4718.0'3 1215F.30 789 1093 ~ 4717.83 1215i:.~1 791 109~5 ~119.66 12153,£2 874 10936 471S.3'3 12157.i:7 1 '59 10937 4715.40 1215~.79 818 109~9 4716.22 12159.:~ 5 tJ " 5 5~5 4728.6rJ 121'il.10 1~96 5 511 4729.SO 121s::.~a 1822 552E 4725,40 1214E.~C 929 5530 41:;1.oo 1214:.ec 2918 5532 4723,20 1215::.Ea 366 9136 4715.60 121';9.'i1 681 9137 4717,2/l 121ss.31 65E 913 E 4718.69 12159,El 76E '3 U 5 4715.39 12158.~9 834 'H4J 47H,,55 12158.15 717 3141 4718.01 1215E,El 661 914 2 'i71'.l,28 12151l.Cl 793 314 3 4717.14 1215:,EO 835 'l 14 4 4717.>13 121:4.E~ 871 314: 471~.65 1215~.:5 12CE 914E 4715.88 12152.7~ 18 77 '314 7 4715.84 12154.E4 115Q 9148 4710.22 1215E.~:! eco 9152 47lfl.76 1215~.12 882 915~ 472'1.64 121SE.EO 7~0 'H5q 471".47 1215!.~8 8S5 9155 4720.43 121sc.n 914 91 SE 4121,42 121';.3.(l 9 .3 8 9157 4721.48 1215':.26 812 915€ 4721,39 12l~E.54 662 '315 5 '1722.63 12158.44 ~ 4 .3 9160 472C,61 12159.'3:} 633 3247 4718,31 l215C.~6 897 9245 4717.44 12148.:4 984
QRS. GRIVIH (!"GALS>
98:72E.21 98(110.69 c;sc1oe.09 'l8C11J.OR 5AGBq.~l 98(710 .P.9 98Cl2E.02 98C71~.E4 58C111.92 98(716.GC 98C704.68 98CHE.32 98(737.89 9ilC73E.54 98(118.:4 98(718.20 98C7l~.A5 98C1c:.34 98C704.20 '38(713.1~ 98( E93 ,3:J 98CE8C,6J 980109.90 sec::Es.::0 98(711.SC 98Cl,:4.45 98(114,31 98(113,'l: 98CE98.71 98071Q.iSCj 98C72'i,1G 98C1!7.:8 98(710.77 '!8C711.7t 9EU8:.~8 98COfl.~2 98CE8:.24 9Bce,g .~2 98(712.69 98(723,62 98G71E .CO 58C110.2~ 9RC7!D.F.8 98C7l 7,S7 98028.19 98C723.6E 98C121.2~ 980183,46 98CE81,S~
' 8~
fREE-AIF SI~FLE BClfLER (F=2.G7J
-E2.37 -e".9E -46.34 -l'J.24 -S0.35 -83.2E -=t+.25 - es. 3 ~ -:~.24 -BS.BE -:5.4~ -86.Ef -S6.14 - 82. 2 ~ -44,68 -73. 2~ -47.7C - 76 • ~" -::,;.cc - 79. 9 ~ -66.21 -E9.E4 -El.32 -BJ.4~ -77.JE -g2 • .q2 -7<1.45 -91.~I' -47.46 -74.~! -Lt7.22 -74,lE -44,51 -1.:..2e -~9.42 -85.21 -:s.c; -82.EE -76.80 -53.91 -31.41 -78.55
-5.39 -61.lf: -~3.92 -81:j.~f -4.62 -104,01
-45.5.3 -78.4~ -67,9f -51,1: -t2.(,4 -84,72 -~tj.11 -8l.2C -~9.(.C -R7,41 -59.80 -E4 • .2~ -~3.B~ -76.:3~ -'f9.83 -15.~" -43.C9 -77.E7 -46,18 - 75 .. 8 ~ -~9.2~ - 8J. 3 C -22.c 1 -85.54 -43.42 -82.5E -E2.6~ -8'3.EE -45.57 -75.61 -51,76 -76.6£ -45.86 -1<+.5'3 -41.'oO • 1R.E~ _,;:~ • .31 -7H.~t -S1.3E -7'-J.'J2 -:4.7~ -77.2E -E2.9C -84.BC -E3.2C -e4. 7£ -:2,71 -83.2E -58.7G -92.21
PRI~CIPAL GQAUITY FACTS FCA CPSCPCE MOC~lAI~S, ~ASHI~SlC~
SlATIC~ LATITUDE LO~GlllCE ELEVATIC~ I.C. (C,,,MtlG:> <D,~,N/lJC) <FE~T>
9250 4716.61; 12141.(7 1230 9251 4717.92 12ic;,.s9 1463 9 252 4715.51 12146.76 1234 9273 471~.()2 1214E.~6 1250 927: 4719.24 12141.:1 132: 9 27E 4720,60 12145.(7 1355 9, 77 4716.43 1214:.19 14~2 9H6 4724.86 1214R,E4 956 9 qt 7 4725.71 12147.19 1580 9HB ~7~5.6(, 12145.n 19CD 9415 4725.66 12151.~6 1455 942C 4724.4A 12151.E'l 12ce 9 421 4723.37 121~1.sc 842 9422 4723.17 1215C.1'J 96f, 9 42 ~ 4722.16 12149."4 1241 9424 4720.flA 12148.~'l 1351: 942= 4721.56 12148.47 1350 9426 47~~.24 1214E.lE 2064 9421 4721,91 1214E. ~3 311:: 9 4 31 47 22.qg 1214:.cq 31'.17 9'132 4723.16 12146.59 2793 9 43c 4722.86 121'18.12 2C76 9 '13 4 4723.56 12145.CB 15C8 9 4 3" 4724.51 1214E.E2 l6Cc
ORS. GRAVll'f (~EALS)
98CE11,C~ 58CEF.7 •" 1 S8Cf.E4.AO 98CE71.g7 58CE71.l': 98CEH.1': 98(€49.01 980710.fO 980€70.:C 98CE5E.88 98CEP.4.'."4 98CE97.15 98C719.81 98C 710 .P" 98CEEH .92 98CE83.17 98CE7".90 58CE18. 0 £. 9AC~:l .'J 1 98C1=12.4"3 98("81.21 ~8CE27.~J: 98CE 71.14 58Ctf2.7C
Be
FREE-AIR SI~PLE 8CLGUER <P=2.,; 7 >
-51.28 -93.lE -~4.47 -84.~C -5'5.4f -57.4f: -~o.::t -93.13 -46.lE -91.2~ -40.C l -86. 2': -:2.1: -101.SE -49.'ll -82.43 -~2.s= -86.37 - 1 G. CC - 8C .7 l -26.SE -77.el -36.22 -78.~I; -49.14 -11.e, -46.14 - B. C • -4(;.78 -E3.C( -~3.65 -79.EE -42.5': -8-'3. 5~ -~1.24 -1C1.5ti
-1.95 -lJH. Oll 23.BP. -1os.1~ -3.92 -'Jq. G 4
-24.86 -1:5.:E -~5.61 -8-S.7C -36 • .39 -go.SE
PRI~CIPAL GRAVITY FACTS F~R c~sc,cE MGU~TAI~s. ~ASHI~GTC~
QLAC: 1,21014715
STATION LATITUDE LONG!TLCE ELCVATIC~ I.e. <D,~.~,1ac, (O,M,~l10D) (FE~T)
Al0~3 4727.5", 12212.~n 210 A 100'1 4726.72 12211.1,3 3g7 AlOC5 4725.82 12211.13 455 A1006 4724.SD 12213.~'l 31 A1007 4723.6'+ 12213.~9 3S AlOO/l 4722.79 12213.~5 99 A 10 ~ 5 4721.48 12214.ES 38 A 10 l C 472J.5fl 1221~.2~ S'4 A 1011 471Y,OJ 12212. E7 75 A ta 12 4717.82 12212.5.; 1"" ,; , A 13 0 5 412:.qo 1220f.fE H;" ..,, ,., " Al310 472r.E=ttJ 1220 3.14 :: 1 1 A 1311 4720.85 12201,(6 'i 6 ~ Al317 4717.10 122G2.C3 372 A591 4721.9fl 12213.:7 lE A 5 9 2 4729.19 12213.:7 3<::9 A 5 'l 3 4729.32 12211.11 32 821~ 472!;,74 1221D,•3 39~ R<l 6 4726.7J 12205.17 50 lt 8 21 7 4726.40 12207.:7 47: A 21 E 4725.61 1220E,48 53C B215 4725,28 122J4.55 485 B22C •724.53 12204,(t; 5g,2 8221 4723,85 12202.£0 417 B222 4726.~3 1220~.12 247 822~ 47£t;.g~ 122J2,12 371 B 22 4 47.:s.oo 122Cl.44 2 15 q22: 4729.33 12201.•? 172 L':159 4721,33 122C1.li2 175 L~lEC 4728,59 122':1.~:-i ~JO 4491 4729,73 122U7.~~ 4 ,; 4498 4729,30 12201.46 40A 4 4 'Vi 4729,28 1223£,CR 49£ 450 ~ 4724,37 1 2 2 .J 2 • a 5/f: 7 50 2 4718,45 1221~.€4 64 7 50 ~ 47,r.63 12213.F3 46 7 50 4 4719.99 12208.E'l 37C 7 5 0" 472~ .64 122J9,F5 4G~ 750E 4719.35 12210,:J 447 7 50 7 4719.94 12211,F2 352 7508 4717.43 1221;:.~g 11 S 750~ 4716.,8 12212,(1 12~ 7~10 4715,Bfl 1221 ~.€ / 9"i 9125 4716.75 1220E.~4 l"'" -U 913C 471,;.93 12203.21 190 9131 4716.43 12211.~8 2C5 9132 4717,3'+ 12204.E3 175 9133 4715.42 12203.~1 575 9 13 4 4715.<+5 1220E,C4 53C
OBS. GRAV!H (l'EALS>
98Ci83.41 98C7E9.6CJ 58C7E0.79 980i!l~.ll 980182.13 58C77E.2E 9eCi8!:.'58 98017E .~9 58C773,71 58(1€4.72 'l8CLl8.84 98(72:.EO 98C722.04 98(729,71 58f;7S6,7': 98(172.38 580i87,14 9ec1E::.1e 98C7~0.'I~ 98(747,13 98C7~~.~C 58C127,2~ 98(71~.:3 98C729,72 98(747.24 98(139.33 58C7"'1.<Jc 58CHE.50 98CiE3,47 58C7"1,44 98C153.48 98 C 74E .28 98Ci3'l,4C 58Ci3'.1,43 98[171.32 58C17R,OO 98073A.9C 98CHO.OC 98C7~7.90 98014E,5C 'l8C758.70 '38G1~2.~".' 'J8C"l:,g.6: 98C73:,72 98C138.7C 98C738.7: 'l8C737.97 98C7CE.BS 98CIOE.21
8€
FPEE-41F SI~FLE KCL~UEF <F=2,67l
-51.29 -:jg.ql.j -46.16 -'i9.6E - 48. 2 ": -E3.7~ -El.82 -62.AE -f3.l~ -t:4.~~ -El. 71 -S:i,CE -~0.1: -:::1.~: -E2,25 -1:4.1~ -E0.81 -f.5.31 -E5.4S -E>l.5€ -72,49 -34,qE -7:J.32 -.81.1~ -E9.18 -8B.4~ -74,C2 -Br1.bS: -~,:.,.a~ -5f.~1 -50.7~ -62.'JE -Ei;,9,; -Fil.Ci -~1.--:: 1 -6'f.l!E -~4.R7 -72.Ct -60,90 -17,GE -u;.31 -84.4~ -Jil.17 -SJ 1.+.6'5 -76.18 -96.~lj -79.9~ -94. l.! -e2.2B -50. f'; -1:,.2~ -s1.e, -77.3: -E'i,11 -14.4~ -8C.2'S -77,18 -83,1• -16,34 - Ph.: t -59,91 -ljl,47 - 12. 41 -es.~1 -10.':18 -87.EE -ci.G~ -82.E.f -E3.4~ -c:~.61 -El. 7C -63,27 -e,.s, -Al.51 -6:i.95 - 79 • 7' -f2.2E -17. H -El,4E -73.47 -f.9.32 -73,38 -73,78 -1q.c, -fg.3:=; -71.~jS -<;0.2~ - 54. E l -El,AS -ER,3£ -79.e.8 -86,EE -E4.6: -98,61 -75.22 -94,BC -AC ol 8 -98.23
PQI~CIPIL GPAVITY FACTS FOR (!SCICE MOU~T•r~s. ~·s~r~GTC~
QLAC! 1 ,2::c 14715
STATIC~ LITITUD:. LONGITLCE EL~VATIC~ r.c. <D,~,M/10D) <D,M,~110() <FE£T)
913S 4715.41 12201.~9 59C 9161 4720 .85 122Jl.C8 565 9162 4721.78 122oc.10 5~C '116~ 4722.19 12201.~3 5SO 3164 472:.r,3 12203.17 511 '116 ~ 471':l.75 12201.ES S 4 6 'l H, E 4718,09 1220':,11 4JO 'l 16 7 4719,21 12201.n ~ 30 9 16 P 4720.92 12206.1'4 3 7!S-HGS 4119.SJ 122Gc.~9 550 9l7C 4722.33 12206,16 42~ 'l l 71 4721.39 122"J~.~g ~59
DBS, GFIVI1Y <~GALS>
98C1C9.7C 98(722.':8 98(123.~7 98(718,83 98(124,94 'i8C12~.1E 98C121.IJ8 98C732.92 98C7'/J,67 98(122.11 98C73F..11 98C11<J.7:
FR•f-AIF SI~FLC 8CLGLER (P:2,67)
-1J.97 -131.Cf -E3,64 -81.EE -70.&6 -E9 .. ~ S -75.81 -94.t:~ -11 • .:~ •813,4~ -EF,,19 ·l''+. 75 -eo.ss -54.~l -17.':!~ -89,17 ·70,j2 -83.~C -68.49 -a"f.2~ - 70. 5 0 -P,4.St -,2.8ti -91,EE
PRI~CIPAL GQAVITY FACT5 FrR cisctcE ~c~~TAI~S, ~•SHI~GTC~
QLAC: 1,215/4115
STAT IO~ LATITUDE LONGJTLCE ELEV~T!C~ r.c. <r,~.~/100) (D,M,~/]J[) (fECT)
A 1151 4719.11 12218.~1 t; 12 All52 4119,'JC 122l'l.f2 36t All:~ 1020.00 12222,,9 :: A 11: 4 4719,20 1222:.El e A 11 :5 4718,35 12226.:8 ~
A 1156 4711,20 12222.~2 445 A 11: 7 '171',.40 12221,:9 421 A 1158 4716,80 1221B,l1 ~74 A 11 E4 Hl5,l6 1222E,l5 9C B 292 472'~.31 12221.(7 433 B 29 ~ 4728.34 12219.~3 ~56 B 29 4 472B.l 3 12211.-'16 3g4 B 29c 4721\.08 12217.E'c ~3~
B 296 4124.93 12217,£9 33S B 297 4724,13 12218,7C 182 B 29 E 472~.48 12211.•c 382 B299 472?.71 12216.17 40 1685 472R.88 12228.55 2 1690 t;729,ill 12228,fB C 1754 4724,33 12225.14 343 1 755 4724.67 12227.~4 283 1 7 'i E 4725,78 12227.:4 375 1757 4727.30 1222e.n 3~0 1759 4728,70 1222€,18 3 1 76 J 4724,48 1222£.,C 15 1761 412],40 12224,4~ 4JG l 76 2 4723.62 12222,q 14 1 76 q H23,l5 12228,El 15 2 05 3 4715,18 1222·1.::o 3~q 2 054 4715.46 1222€.29 111 2055 471S.98 12227.41; 211 205E 4715,70 12228,H ~37 2 05 7 4716,55 12228,£/l 235 205€ 4716.51 12221,Pl 25 206C 4717.09 12229.58 312 2C6q 4716.27 12229,72 310 207= 4717.86 12224.~0 399 207E 4718,29 1222E.4f 4~ 207B 4719.29 122::~.~o 172 2075 4719,11 12224,E7 104 2080 4718,16 1222~.12 287
'2 081 4717.09 12222,P2 44) 2082 471f,.lfl 1222).:1 7
12()8~ 4715,77 1222~.E9 8 2084 4715,20 12224,(6 10 2 085 4715,55 1222':.14 15 7500 4716,01 1221':,,G 6E 7501 4717.61 1221':.B 72
.7540 4716,10 1222C.~8 376
OBS, GRAVIH (~GALS)
98C7E4,f.7 98(777,82 98CEl0,7: 980€14,49 98~ElO.E6 58CH7,l~ 'l8C7El,22 98 C7~!l .9: 98Ci87,43 980176,40 98(779,7E 58C113,1C 98C1P0,23 58C1l8,2'3 98C1<l8,97 58Cil2,~7 98Ci89,:~ 98CE24,8G "8CE12,t0 98CE0:.5C ':18 OE 111,61 98C8~1.~? 98CE~4.EO 98Ctlg.:; 98Cf.24.~0 98Cit:34.2n 98CP.1:.21 98Ct27,1D 98C1f'l,1~ 98CiAE.~C 58(179,90 98(772,2,' 98C183.9C 98(199.60 98C77~.f0 58C77C,1C 98C77E,il0 98C80E,1C 98C198,~0 9BC?.0!:.1C 98C1B3,f0 'ieCH:,co 98(191.78 98C189,EC 98C788.'l0 'J8C191.20 98ClEE,2G 98[772.71: 58J1E2.;Jl'l
8 F.
FFEE-AIF SIMPLE BCLGLEF <F=2,S7l
-~2.6E -48,74 -~Q.69 -43,1: -~1.8£ -32.G~ -26,64 -26.~l -29,'17 -29.64 -29.88 -45. Gli -36. 8!: -s1.1<; -44,14 -::is.et -~9.91 -42,91 -~9.95 -S4.7C -42. 38 -~4.~C -45.1:3 -53.~I -40,49 -~1.SG -40,32 -:1.e1 -43 • .2C -49.4( -~9.92 - c; ';- C "2
~ '- ..... -S3,84 .=. :· ,... r
-~,.J•;:;::'.,...
-~!.4': -.31.~~ -'t5.23 -4'").~~
-11.43 -2j.11 -l'.>.89 -25.:~ -14. 70 -2/.41 -16,54 -28, H -~6.38 -,~l'J.45 -23.91 -24.4~ -1{,-37 - ~O. CC - ~2. Q 1 -32.41: -19.31 -19,t, -~2.R-3 -44.ES -~9.51 -4.3.2S -~1.s= -40,81' -~2.12 -44,lS -~1.89 -~9.E': -~5.il -36.~~ -~3, TE -4<f.~S -~2.:;1 -4.1, l 7 -2-5.SJ -39.1~ -29.'58 -31,11 -27.54 -33.!S -26.86 -~'J.4( -29.72 -29.4~ -31.1£ -4fi.~~ -4~.3~ -4'-).SE -46,37 -lfb,64 -4r;.g2 -4l,2f: -43.7?. -44. 2i; -64,67 -t:6.S~ -ED.C2 -62.'+7 -39.8'5 -52.EE
PRI~CIPAL GRAVITY FACTS FGR CASCAO£ MCL~TAI~S, ~~S~I~GTC~
QLAO: 1~215/4715
STATIO~ L~T[TU~E LONG!TlCE £L~VATIC~ r.c. <C,~,M/lJG) <D,M,M/lOC) (FECT)
7S41 471;;.43 12221.!:9 '11 7 7~-42 4 717.46 12221,!:5 314 7S4c 471H.05 12221.~7 3 37 7544 '1719.78 12222.11 76 7S45 4719,00 12221,!:9 313 7S4E 4719,78 12221.!:7 2SE 7547 1.1120.22 12222.P 247 7548 '1719.87 12219,€8 341 7 5 4 5 q719,35 12219,70 410 7550 4719,78 12218.€7 481 7551 471A.9B 1222C.~6 3:27 7552 4721 ,89 12219.~2 28 755~ 4721.47 1221€,1.3 300 7554 4722,11 12218.13 262 755'1 4722.11 1~218.11 27E 755E 4722.19 12217,14 370 7557 4121.46 1221E,E1 358 7558 4720.5'! 12218.C,; 467 7555 4720,58 1221E.f? 451 7560 4720 .09 l221E.lfl 4 5 ': 7:61 47l'l,76 12217,f(, 'I 5 7 7562 471il,05 12218.13 343 7:63 4717,42 12220,Cl 258 7564 4716.97 12219.,4 206 7565 4715.71 12220.1c 68 7578 4711:,-11 12217.(5 408 7~75 4717.16 12211:.1,; 4SO 7 58 C 4717.13 1221£,,7 342 7581 4718,89 12216.52 415 7582 4717.6J 12217,45 388 7583 4716.72 12217.1E 354 7 584 4715,70 12217,lH 2 C: F. 758 7 4717,77 12224.S~ 8 7 588 47lil.05 12226,(2 11 1 7 58 S 471'1.59 1222 S,;:: 4 422 759 2 4717.06 12222.~s 4~8 7 59 3 4717.01 12223.e2 286
OBS. GgAVITY (~GALS>
':i8CiEl,40 91lC1E9.cO 'i8C114,4~ 98[823.~~ 9ao,.go.~o Q80189.20 980,87,:: 0
98[177.~D 9 s n 11 • 1 a 98C7E4.70 98C179.4C 98C8J~.~O 98Cl84.20 98G1AE,00 98CB1.~0 98C772,7,J 98C773.~C 'i8C1E8.C'.' 58C7E7,PO S8CH2,00 98C7E4.J~ 58C7E7,2C 98C173,0G 98(112.40 980178,60 9801~1.80 98(751,lQ 98CH1.1G 'i8(7El.GlJ 98Cl58.c0 5801:8 .4G 58(7E2.C': 98G8J3,5u 98Cl99 .20 98[779.10 9Et7t:!: • .1G saoil8.:c
FAEE-AIF SIMFLE BClELER <P=2.:,7)
-::7,09 -~1.21; -~4.78 -"17.':~ -:4.J~ -45.~~ -~1.sc -34.!5 -::1.84 -lft~.:c -29.47 - 38 • 1 S -:2.se -41,2~ -33.51 -45.1~ -::1.84 -45.ec - ~2.81 -49,lS - J 3. 2 7 -43.7~ -~6.89 -.H,84 -~2.88 -43.CS -~~.61 -44.54 -~t).g( -46.3( -~B.t\7 -51. H -~R.lC -5).3C -:!2.J3 -41.5~ -~3.7~ -if9.0~ -~8.42 -~-3.5~ -~5.44 -~11. OC -4C.6S -52.~1 -41,9~ -:G.7~ -4h. !~ -53.71: -~1.6~ -53.S~ -lf7.C5 -60.54: -45.::38 -60, 71 -45.SC -57.11: -41,3!3 -:::J.:: 1 -44.6A -S7.€':: -%.45 - S8.:: 1 - ~ j.., t.;; 'I _,...--1 .... -59.2!: --3S.C8 -3:,,3: -~0.51 -34.2~ -21.57 -3:J.54 -~2.36 -47,,E -~3.18 -42,9,
PRI~CIP•L GRAVITY FACTS FUR c•SCIOE PCU~11I~s. k1SHI\G1C~
QLAC! 1 ~D45J4730
STA1IC~ LITITUOE LONGITLCE r.c. cc,,,MllJC) CO,M,~ll~Cl
L4599 4741.21 12045.l!:3 L4601 4 7 4 :I. '18 12053.:5 L46C2 4743.111 12354.€0 L4603 4742.8 7 12050.10 L%13 47~6.53 1205~.4~ L4615 47 ~6.'iO 121J5'2.~5 L4616 47~5.96 12049.Ci, L4617 47~5.fll 12048.(5 LH,18 H;<6.28 12,:;qe.Eµ l4619 47~1.aq 12C4'l.4C L462.J 47~7.08 12n4e.s,1 L4623 41:'7.42 12047.13 L4624 4737.48 12048.05 L4628 47~4.60 12047,7~ L462':l 4733.7'! 1204E.~:' L46:'4 4733.05 1204E.C:J
El:C:VATIC~ CFE':Tl
2082 5211 607S 3819 26n3 2516 2469 3272 2691 3g5E 4117 6fl79 6312 2257 2 1 1 ': 1€8':
OBS. GPAVITY c,GALS>
98CE4l.4S 58C472-.2FI 9eC41:.44 98C~4E,83 98C:93.19 98CEOE.72 98CE13.88 c,ac:12.00 98Gf01.~3 5ec=3~.s8 9BC:o:fl,eg 980~47.87 98C!94 • .!1 98CE1E,31 98CF.2 4, 76 98CE3E,6C
FREE-A IF
-~-1.64 8~. 9 '.:
1Cq.3E 28.58
-24.26 -24.51 -20.9E
12,91 -u.11
3il. 92 4 7. 3 7
125.(,4 117,61 .3,;,43 -~9. 74 -48.ilC
Sir-<FLE HCLGLEli (P=2.67>
-1J8.:E -13.S'; -9l.6S
-l01.4S -114,5E -lE.21 -1.]5.Ct
- 9;1. 5 ~ -104. 71 -95.8, -S2.8~
-10'l.6t -97.0~
-113.~C -111.9~ -113, 0 C
PR[~CIPAL GRAVITY FACTS FCA CASCACE MOUaTAIAS, ~ASHI,G1G~
G~Ac: 1 aao 14131
STITIQ~ LATITU0E LONGITLCE ELEVaTJC~ r.c. CC,M,M/1~0) co.~,N/13C) (FEET)
L 5107 '1742.95 1210A.€5 2247 L 5108 4742.93 12111,(9 2030 UW2C H44.90 12107.4D 3143 1 08 a 1 474~.87 12113,7" 36F;G 10809 4143,10 12113.e2 1372
OBS. GRAVI1Y (~GALSI
98CE1E,47 98(£31.11 58C~E9.44 98(~~~.72 58CtE8,10
91
FRE~-AIF SIMPLE HOLELER <P=2.671
-49.76 -126.2': -55.50 -124,f' -15,4'1 -122.4~
5.52 -119.14 -E0,6E -127.~';
PRI~CIP~L GRAVITY FACTS F~R C~SC~OE PCU~TII~S, ~ISHI~GTC~
QLAC: l,llS/4730
STAT IO~ LATITUO~ LONGITLCE ELEVATIC~ r.c. <C,~,M/lJ"> <D,M,PllOC) (FE~T)
L5109 4742."i8 12121.~= 931 L:111 4742.69 1212f.f4 977 L':112 47 42.83 12111.~a 1188 L5115 4743.09 1212~.~o 9Cl L:116 4744.14 1212:.~7 8 4 9 l 08 0 0 4 7 4 '.1 , 3 3 1212~.56 1291 1~801 ~7~9.~8 12122 .~1 1445 1080 3 4742.31 12121.46 1AC5 10805 H40,61 1211E.14 -.: ,. CZ: t::
~ c:. - .....,
108Cf. 474G,6n 1211':,19 3615 10808 4739.37 12111.::3 1530 9 OE 7 4731,11 12127,(1 1428 9073 4734.56 1212~.El 1865 ci i 8 ~ 4734.35 1212~.sc 3147 9 081 4734,22 12124,15 3583 9 082 47~4."iO 12122.':0 3070 9 083 4735.92 12123.12 3G51 908~ 4735.13 12128.Cl 1720 908 S 4731.53 12121,Cl 4059 9090 '1730.63 12120.~o 2 175 9096 4733.52 1212E,2E 3671
OHS, GRAVllY (P(ALS>
98C70E,'ll 98(7~3.18 98C6P.~ .2!: 98C709"'g2 98C117.10 58CE70,7E 'HICE49 ,18 98CE:7.79 98C':E0,46 'l8C538,57 98US3.,7 S8C€28.~e 98Cfl2.~4 'l8C':43,10 98(':?C,54 98C':4'l.12 98C:~E.~.q 58C€18,27 98(482.16 98 C':SC .24 98C':12.~3
FREE-AIF SIPFLE BCLELER <F=2 .. 57l
-E2.5~ -ll4,2E -e2.11 -115.~S -eG.Jf -12c.e~ -83,22 -113. 5 J -82.41 -111.~~ -81,43 -123.'-IC -86.67 -1J5,E5 -49 .• :5 -110.s~ -9.32 -11g.::1
4.86 -lB,27 -1s.:2 -121.1~ -96,94 -14-:i.5E -11.21 -14C.1~ -~'J.55 -132.74
-f..91 -123.94 - 27, JC -131.:t: -~3.5C -127,4, -es.,e -144,3E
3. 5 :3 -124.7~ -47,'>1 -142.~~ -5. 75 -1~0.e~
QLAC: 1'130/4730
5TATIO~ I.C.
103 e-'I 10603 10604 1060': 106CE 106.J7 1C6C~ 1C60'l 10610 1 0611 10612 5:00 5~01 5502 5504 5 ': 0 5 5':0f 5 50 7 9 04 7 9048 'l C 4 s 905~ 9051 9052 9061 906~ 9C6E 9072 9174
LAT ITUO£
4n3.45 47H.42 4741.96 4742.26 47~9.02 473g.54 4736.62 4736.49 4734.32 4736.44 4734.53 47!4.50 47~'3.60 4748.60 4143.30 4742.40 47~9.80 47~9.60 4732.87 4722.41 4732.22 4731.60 4722 •. 39 4731.57 47~2.70 4733.35 q7~2.10 47~3.98 4724.28
L.Jt\G ITLCE
12143.(4 12142.S'i 1213H.~5 12140.B 1214'.cS 12134.EH 12139.EO 12141.:~ 12141.lC 12143.ES 1214'1.25 12144.~C 12143.40 12144.7~ 12142.E~ 1213E.~C 1213'l.lC l2l)'l.~C 12132.18 12133.28 121~4.EC 12135.e:3 1213E.:8 12137.75 12137.18 12132.CB 12131.~5 12131.i: 12132,SS
EL£VAT IC~ <FEC:Tl
1437 1371 1 71H 1771 173C 1585 2246 2282 2176 1064 1J03 10G3 122: 1365 l4R3 1765 ! ~ '3 E 1585 1030
'l 7 2 960 'l l C
2883 1277 4150 l O fl 4 1054 1225 2" "'e LL,
1RS. GRAVIT~ <~GALS>
98C7Ql.18 98CE98.~8 58UE4.f~ S8CEU.5c 98CEE3.J~ S8CH3.cl 98CE2:.91 5BOE31.J8 98CE31.1'3 98C111.l3 98(712.32 'lf!C713.7G 98C7:5.9G 98ClJ2.6~ 98CE5E.:O S8GU7.20 'l8CE71.70 'l80EE9.9i: S8CE13.S3 9eCE7:.5E 58U7'l.4~ 98CE8E,32 5f1Cf07.53 58CEE:.15 98Cqfl2.31 98CE70.17 seCE€«:.c6 ':'Ii CE ~8 • R 8 58CE:E.:7
FPEE-AIF
-41.95 -47.95 -43.6E -43.G3 -45.fl7 -EQ.,)f -~0.9C -22.1s -~-'\.1~ -'57.:)9 -58.27 -':6.84 -45.92 -43.0E -42.1~ - 4 3, 'i 4 -:1.0~ -'53.'JE: -51.t.i2 -~4.7E -51.73 -88.Sl
16.95 -75.18
1G.48 -51.02 -~"7.C8 -s:.rc -4'3,32
SIMFLC: HCLGl.EF (F=2.67l
-9S.9~ -':14.€4
-1G4. 42 -103.3: -1G4.8C -11 1+.s~ -107.4( -S9.E,
-1D2.8E -93.8~ -'32.4! -Sl.JC -Sl.6~ .. E9-.':~ - 92. 6 ~
-l::S.6E -1:''1.~S -107.5!: -126.7( -127.eE -124.4~ -ll'l.6C
-i<l,2C -118,E7 -130.81 -121.5: -132.5€ -131."1~ -12'•.24
PR[IC[PAL GAAVITY FACT3 FOR c1sc,cE MCL~TAr~s. ~~SHI~GlC~
QLAC: l,l•Sl473Q
3TATION I• C •
823~ q~~4 823~ 'l, 3 t 'l 2 3 7 8238 B241 8242 B243 8 2 4 4 B 256 8257 8258 8 25S 8261 B261 8262 826 3 3264 826: B26E B 26 7 fl 26 8 8 26 5 8276 8277 L516E L:167 L51EP L~lE5 L5170 L 51 71 L:172 10385 103 8 7 1 03 e e 1 03 es 1035 0 1035 3 1 03 5 7 1039 S 1040 C 1 a 4 o 1 10402 1040 3 10404 1040': 1040 6 114"7
L~TITUDE LONG Ill CE
47~2.19 1215A. ! 1 47~1.37 121~€.(6 l.f7~0.90 121:4.1:2 473Q.52 121,;3.21 Hn.69 12151.2'; 4730.32 12148.40 4731,51 121'1e.E7 4732.40 1214S .. ~C 4733.32 12150 .1'G 4734.32 12152.17 47::!3.24 12153.5~ 47:5.00 12153.~'l 4736.05 12154.76 47~7.07 12154.:E 47 rn.Jo 121ss.:o 4739.32 12l'i4.fl 474Q.32 12154.4S 4741,67 .121'::4.(;J 4742.20 12152.29 4734,71 12155.F'I 4735.29 121~7.11 47 :i'.10 12157.El if7~7.36 12157.<0 4737.97 12155.fS 4743.55 121:5.12 4742.02 12158.71 473C.63 12l'IE.C'l 4731.42 1214~.11 47~2.17 1214:.:;:c 47~2.28 12148,t4 47~1.53 12148.tB 4730.81 12141.€7 H~0.10 12147.0 4 7 4 2 .6 7 121'!5. H 4743.96 12147.<;~ 4743.33 12147.31 4743.32 12146.31 4744.72 1215:.€0 4744.75 12154.42 474~.68 12150.78 4743.51 12158.CB 4743.03 12l~E.P~ 4742.3.3 12154.17 47H.32 121::5.€~ 47('.).61 121::7.l< 4739.44 12159.C'l 473<J.6R 12157.EA 4740. 36 12151.10 47~8.f:12 121sc.:1
ELEVATH~ <FEFT J
492 528 592 9 21 901 434 42C 4"' "" 17£
92 165
81 81 'lE 67 68 55
308 ~37
82 112 115 144 128 l 2E
5~ 42S 423 461
~" 1 420 422 438
1167 1087 1064 11 7E
232 281 578 323 4 7E 39.2 30~
64 587 11 fl 230 123
OBS. GOAV 11 Y (~GALS>
98(7~2.~D 98C759.6A 98(7~2 .c 1 98G72E.78 9tlC71E.7B 98(149.21 SHC i4E ,4S 58C747.f3 98C75'l ,2:' <;8CH8.75 98C1E3.35 S8G7E9.c,~ 98CH7.72 S8C7Eil.22 980770.74 '380174.22 98C119.C4 S8CH7.c0 98C75E.10 58Ci70,4: 98:71:2.::3.~ S8C7E0,37 98(,:7.41 58C7:l. 76 98C1E9,8S 'i8C7E9.72 98C133.2~ 98C73:,E6 98Ci~E.35 98(743.~8 98C7~f.1C 98(143.08 98C738.7R 98C718.7C 98G728.7': 98C7:8.52 98(721.2~ 98C777.82 5€017:.11' 98(7~7.22 58CH0.44 98C7=4 .~3 SBC lt:2 .~35 98 C 7 F. 3 • '3 0 98(772.15 98C72E ,c'l 5801€3.4= 98(772.28 58( 771.25
FREE-~IF
-1:2.s:3 -::G.8'+ -~1.78 -'45.4S -~'1.6~ -EtJ.57 -74 • .39 -74.31 -87.31 -e1.11 -84.12 -E8,45 -Sl.il 7 -'Jl.52 -53.5~ -Sl.51 -E9.;: 4 -·19.09 -E9,il4 -87.84 -';3"'1€ -56.lS -ss.2~
-1ci;.3c -56.78
-101.48 -es.t.i£ -e4.s1 -El.G3 - 7f,. -3 5 -84.'ll -76.5E -18.25 -48.65 -48.11 -q9.15 -46.26 -8G.6G -78.69 -68.59 -e7.•;c -78.60 -16.9~ -e2. 13 - ~5.1H -SQ.SC -Sll.12 -79.78 -EB.SE
54
SI~PLE HCLEl.EF <P=2.67l
-74.2S -f,~. 82 -71.9' -76.EE -8'3.~~ -€3 • .3~ -.~<;. JC -sc1.12 -93.~C
,.., .., ':I -- -;i.., ..... i..
-e9.7t - 51. 2 ~ -94,E: - 94. 7 ~ -95.8! -93.8~ -91.C~ -5").lE -~S.l: -BJ.83 -56.c;j
-lJJ.O~ -103.13 -llJ.EE -101.01 -1}3,2E -lOJ.G~ -9'l.21 -gr.~~ -92,Cl -99.12 -90.5~ -53.21 -83.44 -85.1~ -85. ~C3 -86.~~ -ss.::c -8H.21 -88.2E -98.f.C -94,81 -'jG.2f -93,C~ -S8.C4
-112.sr -102.14 -87.61 - g2. 7:
PQI~CIPftL GRAVITY FACTS FCA CftSCtCE l'CL~TftI~s. •ftSrI~GlC~
STATIC~ LftTITUD~ LONGITLCt ELEVATIC~ I.e. <C,~.~,10J) <D,M,~/10() (FEET)
1051~ 47~6.'lO 12148.lS 732 1 0514 4734.73 12149.32 5 70 1051: 47~5.62 1214~.Cl 9C~ 10516 47~7.83 12145.48 667 10517 4738.17 12147.~6 102: 1 06 C 0 47~9.63 1214~.~5 1172 10601 474".31 1214':.~4 111 e 10602 4741.59 1214:.~1 1244 5498 47~4.'!0 1214f.~O 5C8 550! 4742.70 121q:.:c 1182 5:lC 47~C.5C 1215~.~'.J 921 5512 47~2.20 12158.13 '+89 5513 47~5.80 12157.EO 111 5:: 1 '+ 47~7.40 12151.EO 144 5 51: 47~8.60 1 '215'1 • E~ 240 551E 4H3.6J 121':G.JJ 136 5 ": 1 7 47'13.00 121s~.to 33E 5518 4743.40 12151.41 585 551S '11 ~K.90 12154.:°i fL3 552 C 47~7.90 1215::!.~0 593 5521 47 ~6.60 121s1.so 4 2 1 5:22 47~6.30 12154.Ery 81
OBS. G,,AVIH (l'GALSl
98Ci36.44 'JECH: .G5 98(721.27 '38C1~9.~C 98C720.13 98(714.53 9Eu714.C2 98013.03 98 C120 .60 98(714.90 98(726,P~ 98(1:2 .11;
58CHO.IO 58C HQ .so G8C7':'2,B1 98C7f9.21 58C1Eg.50 98Ci:'8.4D 5BC774.:C 98(143.:G 58ClE1,30 98C7E7.EC
FREE-AIF SI~FL~ HCLELEF < F= 2. 6 7 >
-t3.2C - 88. 1 ~ -58.94 -'ll.5E -f0.3E -91.1~ -67.85 -5J.::1 -:3.8€: -8B. 1i -H.82 -e1.1• -48.75 -Bil.91 -4~.sc -87.87 -:8.7~ - E9. E ~ -:1.1~ -c,1.~-= -45.~4 -16.El -t3.J3 -7"J. 5S -9'i.70 -9·1. 4E -5S.2C -lOJ.lC -'32.S7 -1.:.:.e~ -56.57 ~f', ror
- J. ., L •,:;: L.
-77.1: -Aq.f( -E4.4E -.g4.::,2 -E9.1S -·=J2.c2 -10.12 -'l:.51 -67.14 -81.4E -S2,31 -55.l~
PRI~CIP~L GRAVITY FACTS FOR c,sc~OE MOL~TAI~s. ~-S~I~GTC~
QLAC: 122~11413~
STATION LATITUD£ LONGJTLCE ElEVATJC~ r.c. <C,~,M/lCOt <D,~,,,1ca> (FEET)
AIOI~ 4736.04 12210,€8 so 11014 47n,5o 12211.cs 122 Al01:5 473!l,41 12211,(7 247 A1016 47~9.33 12211,(7 397 Al017 H40.95 12211. C1 2 6~ 11018 4741,38 12212,2': 2-15 A 10 15 ~742,2'1 12211,f7 258 A 10 2 0 4743,19 12212.11 234 A 10 21 H 43,91 12212.~'l 201 Al0,2 4744,97 12212.12 50 A 5€ 5 47~4.91 12289.<;8 82 A594 47 !1.J 0 12212.~5 104 A59: 47~1.88 12211.<;4 33 A 59 E 47~2.75 12210,€1 420 A 591 47~4.34 12211,f.3 28 A 59 8 47~4.3'l 1221~.~B ~~4
A55'i 47~5.71 1221~.:2 a B226 4730,'12 12201.~1 179 8227 4731.82 12202,:7 168 8228 47~4.84 12208.:8 325 B225 47~4.48 1220E,47 47 B230 47~3.50 12205.(2 100 'l 2 3 1 4132,65 1220~.52 82 A~32 '17~2.21 12200.!'J 297 8245 47~:S.25 1220 4. s.i: 98 B 246 47 j(,.13 122C4.E6 44 Fl 2 4 7 47~6.99 1220~.]: ,3 4 5 B248 4738,50 12204.1~ 45 824 5 47?9,"ifl 1228~.~8 1,36 R250 474S.51 12204,t7 65 8251 4741.31 1220=,37 65 B 252 4142.22 1220'c,',l 188 H253 H43,06 1220~.~G 122 8254 4744.2'1 1220 "· n 2" , ~o 8270 41 ~8.6fl 122Ql,40 180 B27~ 474'.'.07 122oe.:~ 293 '3 2 7 4 474,'J.08 122J'l.75 463 B275 4742.04 12201,43 5 5 !: L5156 4732,26 12202.f3 74 L:157 47 32.22 12202.14 lJl L5158 47~8.40 122)1.,6 1 '15 2 74 0 4734,45 1220E.4° 4f 2 7'11 47~7.113 122J ,. 23 430 2 742 4731,34 122J~.3~ 30 21'+~ 47~6.72 12204.(2 57 2HE 4ns.20 12207,19 340 2747 47!3.77 12207.13 7 0:; 2750 4737.45 1220,.(q 42: 2 752 4735,49 122C:.,2 27
CBS, GRAVI1~ <~G,\LSl
'J8C741.64 98( 73:5. 72 980728,72 98(720,2~ 5EC7~:5.2C 98C"ic3,4': 'l8C739,08 'l8C74:5,14 98C75D .2:: 58CHE.48 98(742,6€ 98C772.50 58C11:.08 98(744,23 98C749.:8 98.:127.~B 98(7<13.~8 9801€7,44 58C7E0.12 98C72E ,83 98(747,84 98C.4E,49 c;ac 1~3 .~8 98C1:7.2E 98C142,5G 98Ci47,=2 980131.l'l 98C74E,69 98C74l,B7 980750,21 98Ci:2,48 98£ 74A ,14 98C7=4.25 98C 7':E .26 98C74E,39 98(730.75 98(717,76 98Cl29 ,38 98C7~7,CE SEC'JE:: .CG 98C1E3.27 980H7,75 ,;sc111.~~ 98C74E,El 98C747.1E 98C7~4.9'J 98Cl'J3.7~ 98C728.'J2 98CH7,04
9E
FRE~-AIR SI~PLE HClGLER <F=2,671
-120.86 -1~2.~E -1£2.2C -126.~~ -118,,Jl - 1 2 7 • ;;: £ -114,SS -128,0i -114.,;4 -123,eC -115.91 -125,27 -11-1,17 -121.9= -110. 7<; -11>3,H -109.87 -116.71 -1cg.43 -111.14 -11s.11 -1!.7.SC
-16.94 -B0.4E -e2.16 -83.E5 -78.52 -92.E~
-112,4.3 -113.~f -1G5. 71 -111.DE -123,32 -123.~2
-74.'17 -AQ.'31 -E4.'l3 -SO.EE
-lCil,CC -1 !9. Ct -112.59 -114,15 -107.48 -llJ,E<; -101,09 -10j,8E
-7/i,2:5 -8'"1.~f -lLl,85 -111.~~ -115.67 -11!,17 -104.'Vi -llG,74 -119.60 -121.21 -117,,~6 -122.4'3 -117.59 -11:J,EJ -116.15 -lld.5( -llC.66 -111.Cf -111,98 -116, 14 -103.94 -110.se -1C7,84 -113.5E -11'1.94 -124.5, -111,96 -121.1~
-54,63 -113.~~ -57,5C -1ca.c~ -Ei;,96 -9:.4:: -7B.':5 - E4. ~ !
-112.13 -11'1.~C -111.12 -123,H -119,72 -12J.n -115,10 -111.04 -108.97 .• "'"' i:::: C: - .l .:-.i..· ......
-53. n -117,,S -lC0.42 -114,9C -11c.rs -111.71
PRI~CIPIL GRAVITY FACTS FOP c,sc,cE MOLi11r~s. ~ft~HI~GTC~
QUAC: 1,2C0/4730
STAT IOI\ LATITUDE: LOt-.G ITLC': ELEVATIC~ I.e. <c,~.~,10,, <D,"t~l]JC) (FEET>
215: 47~7.0l 1220~.~= 326 2 75€ 47~(;.13 122s:i;.~1 389 2 75 7 47~"i.62 122J~-~5 384 2758 47~3.93 1220~.;~ 27 2759 47~2.79 12201.a 9E2 276C 47~2.29 12209.ia 393 2761 47~2.76 12211,45 248 2764 ,.,~1.12 12210.26 305 276: 47~0.H, 12208,':2 464 2 76E 47~ry.13 122ai:;._19 4~E 2767 47~0.Al 12209.El 4 :' 4 276A 4730.27 12212.::n le 276S 4733.56 12211.~3 20 2770 47~6.06 12211.10 155 2773 4734.94 12211.1: 1 7 2 774 4736.71 12213.EO 20 2 77 E 47~6.93 12208.':2 2,; 2 2111 4736.11 1221c.~~ 42 217 8 4735.'i6 1221::.:6 85 2181 4733.17 12211.70 21 2182 47 34.66 12211,S4 18 2783 4734.76 12211.76 le 2784 4732.26 12214.£0 20 2 1 8 !: 4731.48 12213.:1 20 2 78E '17~3.63 12213,19 20 2787 4732,77 1221?.49 18
OBS. GRAVID ('1GILSJ
98C7:H.Q5 98C727.86 '38C727,85 98C1:'2.24 98(,ESR.2~ 98C7:l.~4 98(7~3.64 S8C7~8.90 98(749 .':2 '38[750.31 'J8CJ~8.1'l 98C1P3 ,36 98C7~3.S5 98G7~3.SC 98C HE. 44 98C7'll ,5C 98C7~E.77 98 C740 .~ l 98 C 740 ,14 58C7El.67 98(748.=8 9EG74:,l'l 98C772.H7 9EC77':.S9 qac1::: .::r, 'l8CH:.~2
9,
FRE~-AIR SI~Flc 8ClGw~R (F=2,67l
-1:6.14 -117.2!: -102,88 -11s.1~ -1C2,5E -115.6~ -109.25 -llJ.17 -113.58 -146.~4 -73.2f -ES.64 -85.30 -s3.7c -12.21 -82.ISC -l::5.2C -8~.CC -E5.Gl -8J.bl -1::i.d4 -Hl.~1 -7.3,47 --,4.CS
-107.[,4 -1:::-3.~~ -118.37 -123.7S -117,:'l -111:l.CS -124.42 -12s.11 -117.12 -12s.c~ -122.44 -123.EJ -llR.34 -121,24
-5~.24 -59.5~ -114.85 -115.4£: -118.39 -119,CC
-Bfc.77 -e1.1.1~ -e2. 11 -E3.4!:
-lCfi.10 -1Ch,1S -';5.(; 7 -95.EE
PRI\CIPAL GPAVITY F~CTS FCR CA!CAOE MCL~l~I~5, ~AS~I~GTC~
QLAO: 1,21514730
STATION LATITUDE LONGITL[E ELEVATIC~ r.c. <C,~,M/100) <D,M,~/lCCJ (FE~TJ
Atoa~ 47~5.'18 12215.(2 2 Al J Q l 47~5.40 12217.(6 C Al002 47~5.75 1221"1.45 159 Al025 4744.05 12220.(3 475 A1027 4742.31 12221,<S 367 A 10;; 8 4741,t+3 1222~.E~ 3C3 Al029 4740,70 12224.~C 4 A 10 3 C 413'3,82 12223.~5 10 Al O 31 H39,25 12222.~1 1 ;') 6 B,80 4730.16 1221::.:.; 274 B28E 47~5.40 12222.€2 E B297 4734.86 12224.~4 10 B 2 e e 47~3.77 12224.~'1 22 B,89 4732.46 12223.11 48 fl290 4731.41 12223.~0 2c 8291 4730.50 12222.El 3 7:: 164 7 47~0.73 12229,47 10 169 2 '1730.59 1222?.:2 D 169 ~ 4731,83 12225.C~ 2 1E94 47~2.4'l 1222B ... 1'.: 2
OEJS. GPAV!ll (~GALS>
98(742.2" 98(742,:6 98Cl32.17 98(744,9: 'l8CH0,4E 98C744,lg 98G7E0,37 9807:3,99 98(744,24 98C774.33 98(746.24 98C7:0.fl '38(7:8.24 98(774.11 98CiPE .ES 58C712.12 98C81C.2G 98CE::.:D 9807'JP.90 'l8C792.C~
FREE-AIR SIMFLE 8CLELER (F:=2.67)
-124.[7 -124.14 -124.18 -124.1€ -119,,',4 -125.G!:
- 89. 2 3 -1J5,:4 -lCl,64 -1!4.14 -102,51 -11~.c;2 -113,45 -113,5~ -117.9: -llcl.2S -117.Rl -121.42
- 58. 2 6 -67.51S -119.43 -119.64 -113,87 -114,21 -ls3,4e -124.~~ -e3.19 -84.8~ -71.20 -12.0~ -c1.4e -E4.21_: -48.: 8 -4~J.f.f~ -53 .• 51 -5.1,!:1 -El.7€ -Gl.E~ -E9.67 - 6'1. 1 4
PR[~C[PAL GRAVITY FACTS FCR c~scecE MOL~Tft[IS, ~,s~r~GTC~
QLAC: 1,04514745
STAT IO~ LATITUD~ LONGITLCE fLEVATICI r.c. (C,M,H/100) <D,M,N/100) (FEET)
L5092 4749.91 1204£,41 1894 L50'l.l 4·r~'.J.23 1204l.S2 18 91 L 50 "5 47~0.60 12048.S'l 18 72 L 505 6 4751.09 12045,86 15C2 L5057 4749.44 12048.EG 1869 L'5098 4749.16 12047.Cl 1e65 L5059 4746.69 12041,.~r 2165 L510C 4746,'!0 1205~.45 2180 L5101 47t5.'ll 12C47.H 2167 L5102 4747.34 120':l.!'2 2254 L51C3 4746.96 120'54. l'l 2,;52 L5104 4746.115 120:i5.~7 2"'' , Vv
L~1C5 4746d2 12CSP.14 2 7 'i8 L510E 4746.22 12ess .• so 288~ 11778 4750.47 12054.(8 1995 10779 H':1.01 12056.51 2146 1 neo 4751.53 12057.74 2 3 48 107 81 4751.'39 12G58.54 2 32P 1 07 e E 4749,32 1205~.~~ 297: 107 9 2 47:2.75 120'.i2.C1 1 CJ 1 G 107 S 3 4 755.4J 1205~.P0 1930 107'14 4757.14 1205f.~6 21q4 10795 '175'l,44 12,J'iE,':9 2~89
Ot3S. GRAVIT) <~EALS>
98CE7J.79 98CEE3,75 S8CEE7.14 98CH4.4~ "8CEE8.85 98CE11,l 7 98CE44,67 98(£42.82 98CE4E.77 98CE37,f5 9BOE20,~9 98CE2F.,41 98G£:J7 • .:3 98C~97.0l 98CE5g.73 98CES~.43 98CE38.82 'lEC£35.~7 98(:CJ!',39 '::8CfE7.~2 98CEE:.=1 98CE43.16 'l8CE25.97
9':
FRE~-AIF SI~FLE BCL(LER <P=2.671
-~9,lC -1S3.tl -46,86 -111,27 -45.BS -1C9.£1 - 46. 4€: -111.2t -42.68 -lCG.~lj -~9.94 -1D3.EC -~4.8S -1(18.6~ -~5.h4 -1'.:J,5( -~l,'+3 -105.24 -~4.52 -111,2S -13.71 -lC4.lC -21.00 -1cs.e~ -15.qC -lG':1.83 -l'+.51 -112.::: -41.'iO -1a·J.1,t: -~·1.41 -11J.:c -~o.,qc -1n. n -~6.&1 -115,9E -ll,cJ3 -lt3.2f -45.6~ -llJ.EE -4g.23 -11'+.57 -49.36 -124. Gt; -SJ.11, -131.S~
PRI~CIPAL GRAVITY FACTS FCR CISCACE ~CC~1AI~S, ~ASHI~ElC~
Qt.:AD: l<lGJ/4745
STA TIO~ r.c.
U 1121 10782 1 01 e ~ 1 o 1 e 4 1 01 e 1 10188 1 a 1 es 1 0819
LATITUDE LONGJTLCE
474~.38 12104.£7 4 1 <::2. sq l210C, 1':: 47'::3,27 121G ~. ~1 47:5,10 121C~.18 4749.48 121)1,51 4743.08 12u~.~1 4747.0fl 12101,51 4754.55 12114.ll
El!::VAT IC~ <FEET l
3384 2260 2620 2995 33q5 4'::85 3151 4858
OHS. GRAVIlY <11 GALSJ
98('::EO .84 98CE~:.S7 98(614,51 Y8C~9G.::8 ~8C'::E8,51 98(:00.~8 98C!:84,13 98Lq€2.C:
FREF.:-A IF
-3.SG -43,90 -~1.73 -23.54
0. d '3 lfG. Jf -2.67 43,99
lGC
SIMFLE fJCLCLER <F=2.&7l
-11tJ.e~ -12J.fE -12.J.91 -125.::!: -ll'~.1E -103,e1 -110. CC -121,47
PRINCIPAL GRAVITY F•CT3 F1R CASClOE MQU~TAI~S, ~ASH!~GTO~
QLAC: 1<11514745
STATIJ~ LAT[TUD[ L0N€ITLCE r.o. <o,~,~,10J> <n,~.~,1~c>
L':117 4745.27 1212S,':1 L ':118 4747.21 12129.';6 U lo 4 3 H47.53 1211 7, 76 1 07 ~9 H':1. 79 12129,41 1074 C 47':3.83 1212<:.:n 10741 47':3,'+0 12122.cc 1C742 '1747,52 12117.7': 1074~ LJJ:0.20 12118.~~ 1 On4 '17':2.72 12119.~5 1074 5 4753,44 12115,46 1074E 4748, 74 12111.E'l 10747 q748.55 1211E.C2 10748 4746,55 12118,CS 107:9 '17:9,18 1212~.fl 1C7E1 47:9.58 12124,18 107El 47':9,93 1212~-~:: 1 0812 47:7.06 1212E,C4 1081 ~ 47!:5.05 1212Eo,9 1 08 l 7 47':4.07 12115.(9 1 08 I 8 q7:5.'18 1211E.E'l 1082 0 47':4,93 12121.n
ELEVA TIC~ (f[~T>
7 9 ~ 1~6
12 'l5 868
l 15E 1 H,O 12 'l 5 1504 2589 16 ~H. 1 4 4 4 1 S,~5 1248 2756 2625 2'175 2173 llfC=: 1724 ')C::'°' c:: ' J t.. ...
4724
OHS. GRAVITY C ~GALS>
98C72!:.2C 'J8C72B.86 98CEE':.8': 98C72lol9 gects~.2E 98CE11,l~ "8CE8': ,62 58CE:'4.0Q 58CF.16.~7 S8CEE4.29 98Cf1E,ll 98 CE 6 7. 2 8 98CE84.7~ 98CE11,22 98C€!8.18 ~8Ct:::O.~lf 98Cf44.13 98(E,OC,lll 58CE1'2,75 98CE?3.~l 58 H88 .15
FP:i.:-AI~
-81. 28 -84,Jl -76.110 -es.0:3 -e9.9~ -84.80 -77.02 -:s.Je -.32.16 -75.16 - 74. 3: -74 • .3~ -80,87 -~1.sc •:?.7.C9 -40.'J~ -:G.25 -e3.B5 -E9.J7 -37.42
~6.9E
101
SIMFL( HCLELER (F=2.67l
-108.2~ -1,:3, H -120.1:;1 -117.~'; -12g.~c -134.S~ -121.1~ -12;.2~ -12.:.3~ -l~C.E~ -123.5~ -l'.'b,61 -123.~f -12s.~, -126.6~ -124.~~ -124 • .2£: -131,57 -128.C«; -122.~4 -123.54
PA[~CIPAL ~RAVITY FACTS FCR c~sc,cE ~OU~TAIIE, ~-S~I~GTCI
QLAC: 1~13')/4145
SlATIO~ LITITUOE LJNGITLCE EL~VATICI J.C. <C,~,M/100) <D,M,~/lOCJ <FEET>
L5119 4748.18 121~2.0G E 71 L:120 4748. 75 1213~.£5 600 10256 47:0.99 1214Coll 230 102:7 41:r::.62 121~'3.(1 395 102se 47:1.65 1213S.~3 360 102:5 47:1.64 12140.~4 22~ 1C2EO 47:1.43 12142.1' 187 10261 47~1.98 12144.~,~ 157 10262 47':2.75 12144.(2 43: 10264 47:5.62 12142.~2 86E 1 03 Ee 4?:':i.40 12144.~~ 745 10370 47:6."15 12141.l~ 1E7D 10371 47:,~.51 1214C.S7 1410 10372 47':8.78 1213:.71 1412 10373 4758.75 12134,4: 1488 10374 47:7.07 121,37.:8 l '19 7 10376 47:4.')5 1214J.~~ 1849 1038 0 4749,27 12131.10 fCE 1 03 e 1 4749.15 12136.:S 4c" -< 10382 4747.44 1213S.4E 1E87 1 03 E 3 lf745.58 12140.CC 14110 10386 47~5.'33 12144.£6 25 3C 10410 4749.95 12144.EC 1128 10411 4748.<;& 12144.S3 3 5 '1 C
:)RS. GRAV I l Y <~(ALSI
98(1,~8 .22 58074E.l~ 98(773.88 58CHR.:7 98C7E'l.C2 ssc11e.10 9BCiE1.:: gac,E1.s: 98C1lE.~: 98(753,74 98C7E4 .f0 98(7':7,Cl 98(724.14 98C71E.04 S8Cl08.~>l 98C7C7.1P 98CEE9o'l: 98C738,Sl 98C753,lc 98CE'iC.E2 98CE97.Hl 98C'740.0~ 980731.SC ~BC~E4 • .2F.
10~
FR~~-AIR SI~Fl( HClELER (P=2.67l
-84.10 -106.9€ -e3.7C -104.1~ -54.14 -1C:.5E -f3.cC -96.5'; -~1.11 -lDD.iJ~ -~l,5E -sg.1: -s1.ne -58,.C: -llR.43 -53.71 -1s.c.; -E9.8: -61.41 -90.51 -El.hl -ef;.SE -~4.52 -91. H -43.58 -91,61 -~2.so -lOG.:S -~2.97 -103.6: -:0.gc •1Sl.74:: -30. 35 -53.3£ -51,lf -111.8( -91.2~ -106.6~
"Jc; .~ 11 - '- ._J .. \. '- - G2 • 4 ';; -G4.Sl -5'+ .. 9~ -4.11 -9J .2t
-50.10 -88.S~ 15.93 -1C6.~':
PRI~CIP~L GRIVITY FACTS FCA CISC~CE ~CL~lAI~S, ~·s~r~GlCft
QLA'c: 1::1'15/4745
STATIC~ LATITUDE LONEITL[E ELEWATIC~ r.c. <C,~1MllCG) (0,M,~/IJ[) <FE~TI
B 25 4'1Sl.9-'l 12159.~7 44 B 26 4751.57 12158.L' 82 fl 2 7 47:1.42 1215E,4A 68 B,8 q1:l.3b 1215~.!:5 72 8 29 47:1.28 12154.40 88 A~O 47:1.33 1215~.~6 9E BH 4751.C7 12151.1:6 115 A ~2 47:1.49 12145.1R 12~ B ~ 3 47:1,17 12148.€2 1 'IC u , B ~ 4 47':!.88 12147,Ee 155 8~5 47:2.J9 12146.E:; 195 A36 47:2.41 1214:.,9 125 B 37 47SD.4B 121Sf\,C8 52 A38 4749.79 121"8,fO 46 fl 3 9 4748.81 121~9.~1 41 B 40 4748.60 12158,(8 282 B41 4747.74 12151.:, 526 B42 4746.95 12157.S" 48 843 4745,92 12157.:1 41 A 44 4745.3'l 121~8.:0 44 10243 47:2.R'l 12154.ES 397 1 02 4 4 47:4.0S 12152.~'4 366 10246 47':4.51 12145.40 445 10247 47:5,84 1214'i,1C S82 10248 47:6.61 1214S,f9 649 10249 47:2.42 12145,lA 1 'i 0 1C2:0 47:1.87 12147.~~ 161;: 1C2:1 47':.3.77 12147.~f 718 102:2 47'::5,55 12147.C~ 741 102E6 47:3.75 1215i',S6 301 10267 475~,RO 12159,E':. 528 1 02 E 8 47 ~5.q2 121':f.';0 --~ :) ::, ~
1C2E5 47:8.93 12158.~': '' 0 - ... , 102 71 47:9.53 121"4.l'l 621 l 02 7 2 47:8.72 12158.,5 507 1027~ 4759,17 121s1.cq 9:7 la274 47':.'l.17 121s1.ce 907 10354 474(,.27 121::4.:6 897 l03S1: 11745.73 1215::.fC E62 1~4C5 474".7~ 1214E,15 647 9578 474'1.97 12155. 4P 16~7 9979 474fl.60 1215:.~6 13 62 9 5 tl 0 474A.5'i 121S~.~~ 1 C'l 4 9581 4747.57 121~~.11] 961 998~ '1746.52 121:1.c:: 571 9583 4148.37 12148.17 722 9584 474'l.66 12149.84 391 358~ 47~~.22 121c;:.n 1J6 ':l58E 47:D.71 121::4.,~ 12
08S. GRAVITY !~EILS>
98C754.E9 98C79l.9S 98C7S2.91 98(193.58 98C7S2.6E 98C1S2.~E 98C1S2 .83 98CVi4.':1 98(158.~1 98C1Sl .1 F 98Ci88.4C 98Ci€8,A4 98(154.79 98C1SE.Sl 98C197.1" 98CiP~.79 98CHE.42 98(Vi4,78 98(Vi0.2': 98C18E.5E 'l80ii:!D.2.g 98(790,EO 9801~2.36 98C778,E4 98(777.:1 98(7'!3,63 98Ci91.~: 98C7E~,':~ SBC;tt;,42 98Citl9,:2 980117.t 4 98C778 .E~ 98(193,':.'i 98 Cl32 ,93 'l8C152.S7 58C173,~A 58CH7,':.7 98(743.83 98C1':.3.57 58C7EE,G9 98CE9E.~3 98(714,E'i '?8(72,~.2: 98C13E.22 98C7~8.2'l 58(7~3.05 98C777,27 58CiS4.4~ 98Cl9'1,18
lC
FREE-AIF SI~FL~ 3ClELEF < 1'=2.a 11
-52.29 -':l3,1f -50 •. '33 -9.J.6C -s1.cc -93.31 -E9.RE -92.~l -Eqolf - g2 • 1 ~ -8'l.7E -s2.c: -86,l~ -'3c.c~ -f4.14 -8R,4C -81.37 -BS.OE -84,31 -89,5~ -84,19 -5,:.5; -E9,88 -94.El -E9,21 -90. ~ E -~7.52 -E9. CS -es.3q -86. 7:. - 75. 7: -85 • .:t -E8 •. ~e -ss.ec -8lf.38 -RtJ.(1 -EJ.c;q -eg.~.: -5J.13 -91.f! -74.89 -B!l,41 -e1.2.: -81,6S -10.1~ -R3.EE -f3.5f· -83.~t -59.94 -tl.5~ -E5.9!: -9a.~e -P4.ll -8\3.7~ -f2 .• 77 -P7.2~ •fD.3'3 -85.f~ -75.97 -d6.2.! -71.GB ·BJ.OE -61,.,;1 -83.Cl -78.:2 -88.ES -El.14 -82.2'3 -EO,iil - n. e 1 -lf.3.2~ - 74. 1' -49.C E -1':i.5: -54. 3 1 -B4.<::".! -E5.92 -a.q.41 -:g.95 -El.C;S •38.S4 -5.3.31 -43.31 ·89.IC -:4.114 -'12.lC -~7.'Jl -gi~'.6-4 -7'J.9: -9C.~<: - E4. 12 -89. ~1 -73.61 -86.5) -84.:38 -87.f::.S -ea.2s -9,J.74
PRII\CIPAL GRA,ITY FACTS FCR CASCACE ~JL~lAII\S, kAS~I~GlCI\
STATIIJI\ I. C.
9587 958€ 958 5 9590 9591 9 C; 9 2 95q~ 9 59 4
LATITUDE
47::2.11; 47:3.31 47~5.32 47~7.Q'J 47~7.91 47~7.75 '•7~5.CO 47:4. 7C
LONG JTLCE
1215F.~.q 121sq.13 12153.~~ 1215~.~3 1215:.q 12158.1: 12155.34 1215E.E5
!:LEVATICI\ If f>C: T l
'l 0 317 431 444 578 408 ~1~
556
ORS. GRAV IlY (~GALSl
98C752.7E 98Cl87.2c 5 8 G l 8 7 • 1 C 98Cig3.4C 98C1A3.84 98(187.51 98Cl!JE .37 98C77=.~2
FREc:-AIF
-SC.19 -76.09 -E7.9'< -63oh5 -El.84 -73.52 -74.22 -E7.61
lC~
SIMFLE fJCLELER (F:2.671
-S3.2E -86.85 -82.6C -7'3.1E -81.53 -87.4, -8,i:J.~~ -Eb.S~
STATION LATITUDE LJNGITLCE I.C. <C,1',~/1001 <D,M,1'/lOC)
A 65 J 47'54.46 1220~.e,; A651 47~S .. 44 12204.E7 A652 47:6.09 12204.:3 A65~ 1!7:E.83 122C4.E~ .A ES 4 47:7.81 12204.(1 A 655 4758.69 1220~.~0 A65E 4759.2Q 12202.::c AE62 47:6.0l 1220E.Cfl A663 4755.95 122C7.!2 B20 4754.79 1220~.<.::: 821 4754.35 1-22/~2.!:S 822 47:4.41 122n1.c2 8 2 3 47:3.57 122GC.~6 824 47:2.6B 122JO.E7 845 4745.26 122Gl.ll 846 4745.23 122C2.~7 'l 4 7 4745.30 1220 ~.14 A 48 474':.32 122C4.EO 'l 4 9 4745.69 !.220C: .<:1 B:6 474~.2':l 122r1 e.~s B:7 4747.43 1220B.!:~ B58 4746,58 12235.15 B~9 4745.76 122c1.e2 B60 H4':.2il 12209.(9 13 E 1 4745.36 1221C.:J B~2 4745.72 12211.73 BE1 4745.,3 12213.~1 RE 4 4745.50 12214.~3 B 69 47:2.89 12207,f2 970 47:3.53 122J8.:7 R 71 4J:2 .. 78 122')5.75 R 72 47:2.68 12211.u R 73 47:2.68 12212.~:3 A 74 4750.98 1221.2.ss "l 75 47:Q.55 12214, 12 983 47:8.71 122D~.i4 ti 84 4758.75 12211 •• 2 B 85 47:9.54 1221~-~4 886 47:8.66 1221~.12 887 47:1.qo 12212.EO 888 47:7.42 12213.F.l A89 47:7.45 12214.,7
EL::VATIC~ <Ft.ET>
18 Pl ':56 85 81
1D2 128 158 195
6C 'i -- <
254 1 0 4 136 295 377 292 269 251 2:E 1 s--., 133 432
13 4E 82
224 31 3E 2:
440 -3 9 S 4S6 2 8 lt :': 14
: 2: 9E 13
"'.'! ~ C 44,
lll 127
0RS. GRAVIH (l'GALSl
98Cig8.18 '38C 158.C 4 98U'.11.S2 98C759.17 98C758.84 98C19f.~E 98(757.55 98Ci51.~7 980,~4.41 S8Gi98.C7 98(757.7~ 980,87.4/> 98C1S2.14 g8Ci88.89 98CH1.23 98C749.77 gec1.:.:~.sa 98CJ:7.12 S8C7f'1.'::~ 98(77~.SE S8C17E,:P 98C771.':3 58CH7.97 98C H8 .G8 S8CH'i.J'l 58C7E9.;C 98C7:9.2q 98C773.55 98CiP9.~7 98C1~4.61 "8CH3.20 5807E9.76 98C7Ee.9'? 98C1U.9:' 58C771.1G 98Cif8.46 98:lEH.'J: 98(181.76 980H9.'l6 98C777.02 98(772.:'3 98Qi8E.74
FREE-A IF
-s5.JO -S0.68 -51.C,~ •91.34 -53.44 -55.24 -'S!..9: •':C.9€ -'::5.SE -C;l.6~ -'S2.iJE -83.42 -91.61 -50.51 -52.]7 -<;S.78 -S8.G 7 -5B.72 -,7.lE -87.SE -<;3.43 -5>:S.'J5 -53.2(
-1C6.14 -1C7,69 -10'+.73 -1c1.11 -1C4,.5t: -~9. IE
-1C6.51 -e7.9f -85.28 -EJ. 31 -78.98 - h9. '.J ~
-112.32 -11:.91 -111.10 ·lC'.1.99 ·lGl.32
-57.'.i3 -lrJJ.67
10~
Sl"FLE HCLEl:ER <P=2.671
-95.cl -'33.44 -52.Si4 -CJ4.2~ -96.:::C -53.72 -90.~l -50.3:
-102.5( -93.6~ -93.E~ -52.G1 -55.1: -55.1!:
-1'.'.:,2.12 -1~8.f~ -lGH.(l ·107.EE ·lCS.71
-'36.£E -YH.61
-103.:::: -!C7.51 -1 J8.6~ -1,:9.~: •1C7.':2 -108.74 -1D5.6C -l:3('.5t -1C7 • .3E -102. 9: -9'3. 74 -55.E~ ·E9.6: ·87.CE
-112,4S ·1ll.7E -114.57 -110.4~ -lJ9.1~ -1:11.1~ -lJ'l.CC
PRI~CIPAL GRAVITY FACTS FCR CASCADE ,c~~TAI~s. ~AS~!~GTC~
1LAC: 1~215/4745
STATION LATITUOE LONGITLCE ELEVATIC~ I.e. <c,,,M/100) (D,M,,11oc1 (FEET)
A 10 2 :' 4745.80 12215,12 420 A 10 2 4 4745,37 12221,75 306 A 7 7 € 4759.56 12224.~7 lCG A777 H:'9,55 1222:',72 ~38 A 7 7e 47:3,86 12222,f7 3SE 876 47:l,CO 1221f.~2 448 877 4747,45 12221.s~ 314 8 79 4749,55 12221,55 58 B 8~ 474q.25 12228.CE 401 B81 471:IJ.36 1221s.•2 :' 7 2 A8~ 47~1.02 12218.13 ~42 Fl 5 0 47:7.22 1221•.cc; 212 B 51 471:6.77 12217,EO lCS B52 47~6.ll 1221e.2q 286 fl 5 3 47:5.12 12217,'i2 4S~ 954 4753,94 12211.q ~ 3(, A 'i 5 47~2.95 1221E.72 592 5025 4746,86 1222g.'ic 15~
CRS. fiRAVIlY < ,GALS>
58C Hl ,9il 58Ci11,40 ':l8CE19,44 58Ci99,4c 98C757,:':' 98C'l79.20 980iE9,2: 98CE1J,,;4 98C182,21 58CH~.57 58C18l.9l 98C18:,27 980Vi7.0l 98C184,73 58C772,Ee 98C JU.,,; SBC HE .12 9SCEO't.3C
lCE
FREE-AIR SIMFLE MCl(LER <P=2,61J
-e·:i.Je -94,EE -F.l.C~ -Sl.t,if -73.68 -11,<JE •71,25 -s2.ec • 70, 6 4 • 82, 7 E ·Ell.3:' -83.S~ -fj, lf:. - 16. ti!: -12.oc -13.SE -E7,12 • 8D .11 ·69.15 -8!..8£ -56.75 -l'i,21 -53.c<C -101.0~ -~1.1 7 -94.E: -es.11 -Sj.qf -PJ.57 -96.C: -76,fl -5').G"J ·70.tlC -S/J.i;f -E:2.44 -t:'1.2~
PRI~CIPAL §CAVITY FACTS FnR CISCACE roL~lAI~E. ~ASb!~GlC~
STATIO~ LATITUDE LONGJTLCE ELEVaTJC~ r.c. <C,1',~/lGJ) (0,1',~llCC) (FEET)
114644 '1804.41 12C'1C.';7 2764 114645 48[~.39 12!151.~5 3C 90 \.146 46 48C6,5'l 12CS3.19 3645 114647 48C6,88 12054.~~ 4243 W4648 4807.12 12C5:,ll 4289 W 4 6 4 9 48(7.51 120:E,12 45:)4 W 465 '.j 4808.03 1205E,7n 4824 114652 4803.52 12051.40 565E W4553 4809.50 12057.51 5279 11465'1 4810.47 12057.<;t 5402 11465': 4flll.36 12058.2£ 4483 114657 48 11. 7 7 12058.76 5545 W4658 4811.82 12057.11 5485 114659 4812.01 1235E.42 5583 W46EO 4812.14 1205':.~9 E 452 W46El 4811.114 12G~l4.~1: 56C4 \14662 4812.94 12051.28 ~957 W 46E 4 4812.4':i 1204P.45 360C \14665 41ltl.96 12D46.44 32D9 W46E6 4811.91 1204:.~3 31S5
ons. GRAV!lY < l'G AL S)
98CE01.23 98Cc77.1D 98C:48.E1 98(:lE.~~ 58C513.0E 98(496.''>P 58C4lil,l7 98C433.S2 58C4~2.2Cl 98(444.CE g8C498.93 98(439.82 580438.83 98C41E,CE 98C~E8.45 98C440 .GB 98C:2E.04 98C:EE.:'D 58057E.55 98(:77.";~
lC 1
FREE-AIF SIMPLE CCLELER (F:=2.67)
-4,~.5';, -142.7~ -4.3.~3 -148.71 -21.6( -14s.7c
1. q 2 -142.6( -0,39 -146.47
5.77 -147.6~ 11.2 e -147.0, 49.'15 -142,ES ~ 1. 3 C -148.5( 33.28 -150.71
0 • 3 7 -1E2.~; 4 ~ • 9 l -148.0E ~1.83 -1::2.,s ~·1.6 ~ -146.lE 7 3 • 9 ~ -14:1.e~ 46.24 -144.6~
-24. 36 -159.l.G -16.lS -!Jg • .3€ -42.)C -1~1.6: -46.17 -1:.:+.2~
QL~C: l ,1C0 /4B00
STAT IO~ L~TITUD~ LGNGITLSE ELEV~TIC~ I.O. <C,~,v/101) <D,M,~/lJCl IFE~Tl
Us4~ 4R11.7q 121C2.E9 254E u.~c 4813.51 121~9.,3 11~1
OBS. GRAVID <~GALS>
98C"8E .14 98CEEc .elf
lCE
FREE-AIF SI~FLE 3CLELER <F=2.E7l
-,5. 0 E -181.84 -52.27 -152.2:
?AI~CIPAL ~RAV[TY FACTS fnR CISCIOE ~OU~lAI~s. ~ISHI~GlC~
QLAO: 1~115148~0
STAT IO~ LATITUQE LDNG!TLCE ELEVITJC~ I.e. <c.~.~/100) <D,M,~/lOCI (FE~T)
U~65 4'1C9.87 1212E.1? 12C5 Ulo7C 48C4.43 1212~.e2 l4C7 107 ry 2 4q1J.lfl 12127.16 1154 107C5 4'lC6.03 12123.10 l3D7 107CE 43Cl.89 12117.46 2 32 ~ 10707 4eC3.52 12117.19 2072 1 n 1 c e 48CS.32 12118.:7 1897 10709 4805,84 12121,24 1710 l 0710 42C'l,53 1212:.,4 l 1 S 4 1 071 7 48.10.83 1212c.:7 1172 10718 481'.J.66 12121.14 1662 10715 4809.32 1211~.58 2~?c::;
10720 4812.il6 12123,:S 2827 1 C7 E 2 48Cl.l'.l 1212E.':7 2 3E 1 1C7E5 48C3.58 12124.,7 2211 1 07 EE 4802.49 1212~.12 2794 1 C 7E 7 48Cl.33 12121.18 3161 1C7Ee 4303.36 12124.eq 173E
0RS. ERIVIlY ( HALSl
98C130,:3 98CE5E.l: 98C7'E.22 98(111,94 98CE~0,71 58CH7.~2 98CEEE,76 S8CE77,99 gsc12E.01 98Gi25.49 9BCE~:.1.1* S8U49,EA 98 Cf.'58 .C2 98CE47.cl 98CES2.ll 98CEt!J.:~ ')8(589,43 58CEl9,31l
lOS
FRE~-AIF SIMPLE LlClfL~R <P=2.67l
-74.12 -11'.>,lE -Fl.34 -12'J.2E - 73. 65 -113.CC -77.56 -121,E1 -:6.81 -1·35.9~ -66.2tl -12:;;.e~ -ES.98 -13Q,5S -75.12 -131.~E -e1 .43 -120.1~ -19.14 -119,2E -67.1: -123.SE - 48. 8 C -12l.S5 -18.5~ -ll4.E4 -36.52 -11s.s~ -48,48 -1230/5 -25.55 -12J.7: -18.4.3 -126. C-': -ES.SE -124.65
PRI~CIPAL GRAVITY FACTS FOR CASCADE MCUftlAiaS, ~AS~I\GlCft
QLAC: l a~c 14800
3TATI0~ LJTITUOE LONGITLCE El~VATICft r.c. <c.,.~11c~, <o,~,~,1oc1 «FEETJ
U ~Se 43U,41 12133.:6 817 10286 4804,45 12142,13 1200 10287 48C4,19 12140,19 1238 1 G2 e 8 48r4,21 1213?..:: 1295 1 a2 e'l 48r4.32 1213E.29 1414 1C25 0 4804.53 12134,El 15 71 102Sl 48CS,09 1213~.Cl:S 1:73 1C252 48C~.20 12132.34 1616 1C25~ 48~4.19 1213,,Sfl 1 71€ 1 C6 25 4812.67 1213C,35 2E 75 1062 6 4813,S6 12131.32 3152 106,7 4814.80 12111.E7 2 ~ 1 : 10712 48C9,70 1213~.P.6 1626 1071~ 48C7,26 1213£.~2 2762 10714 4'l 13,21 12134.34 f22 10771 4qQR,i37 12144.~5 160C
OBS, Gr..av11~ (l'GALSl
58C1E2,35 980740,SS 98C740,6E 98C7~~.,:g 98(12'],23 98C714.82 98C712,14 98(71~.97 58C122,2C 98CE~7.18 98Cf31.0C 98Cf34,16 98(112 ,SJ 98CE4E,24 98Ci81,41 98(722.77
llC
FRE~-AIF SI~PL~ 3CLELER <F=2.G7l
-78,46 -1C8.~~ -Sf:.G4 -'36.51 -:2.37 -94.:! -:q.hl -9'3. 71 -::6.i+4 -l'J!f.E:( -47,4C -lC].SC -=o. 1 ~ -104.!C -4~.c 2 -103.Ct -45,i,8 -1C4.15 -12.sc -103,Sl
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0 RI~CIPIL GR•VITY FACTS FCR CISCtCE ~CL~lll~S, ~IS~I~GTC~
QLAC: 1~145/4BQD
S1ATIO~ LATITUDE L0NGITLCE ELEVITJC~ r.c. 1c,,.~11JJI <0,~,,,1:c, <FEET)
Jli2E 48C5.0l 1215~.:4 391 JI, 2 5 43c,,.20 12145.7J 9 {,6 1a21 J 48C~.95 1215~.£7 429 1027: 48~1.76 121':4,F2 .s ~ 8 l O 2 7 E 4'lC2,15 12150. 49 706 l 0217 43~1.77 12152,4G ':62 1a21 e 4H03,33 121::.ti2 " - a ... :J.:: l 02 75 4/lO': ,J'5 12l'iPo':4 !86 102€0 480€.72 12152.17 9HO 1 o 2 e 1 48Cf.20 12145,13 'l 31 L 02 e 4 48'.''i.82 12147.,7 958 Lo 2 es 4805.ll 1214:.14 95S l 02S 4 48C7,36 12151,17 1215 L ~ 2 S: 4/lCll.18 121: 0 ,€1 1684 LC2S6 48G6.5'3 1215c,E'l 5EE 1 o 2 s e 4flC6,97 121s4.cl 601 1025 5 4'308.92 121s~.11 675 L03JO 48G6.59 12l'=jf .~~ 4 llG 103Cl 48C4,66 1215E.C' ~3~
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PRI~CIP~l GRAVITY FACTS FOR C~SC~CE ~OL~TAI~S, ~AShf,GTC~
QLAC: 122C~/4800
STAT IOI< LATITUDE: l/JNE Pl CE r.o. (C,~.~,1J 0 ) <D,M,~/1:C)
A 61 ~ 48~S.Ol 12210.44 AE15 48C7.38 12210.s2 A61E 48:R.CS 1221c.~2 A617 48C8,R5 1221c.~2 AElE 4809.66 12210.fA A619 4810,67 12211.:0 A 62 C 4811, 73 12212 .. ~'.'l A 621 4312.6] 12212.f;,? A 622 4814,33 12214,11 A 62 ~ 48!3,5'l 12214,]7 A624 48C5.1')9 1221c.~2 A625 48C4.34 1221C,4A A E2E 48Q3,43 12210.15 AE21 4A~l,37 1221G.':P A62e 4HC2.(l3 1221G,Ee A62S 48C2.11 12212,E? AE30 4802.33 1221 ~ ,',1 AE57 48CC,66 12202,€7 A65E 48Cl ,38 12202,4B A655 4802.25 12201,Eq A66C 48C3,ll 12200,E" A 661 4/JC4,32 122-SC.t7 AE6E 4Rr4.28 12201'.~~ A EE 7 4804.33 12206.71 A66€ 4804.32 1220:.lC A 6 6 5 48C4,33 122'J~.E1 AE7C 48C4.34 12201,E5 A E7 l 48C5,21 12200.sg AE72 4HC6,09 122,Jl ,21 AE7~ 48Cfi.97 122Cl.E9 AE74 48C7,84 122Jl,E7 AE7: 48 Q g. 7 2 12201.~:: AE76 48G9,32 1220~.~: AE11 4g1:.3s 1.22i:'4.ll AE7E 4811,27 12204,43 AE7S 4fl14,36 12212.~1 A68C 4'314.33 12211.22 A 581 4q14,37 122J9.46 AE82 4B1 3,4'J 122JP. .. ~1 A 68 ~ 4812,29 12207,E3 A 68 4 4tlll.28 122C7.CC A68'i 4812.7D 1220"',EI A68E 4/ll::.12 12204,41 A 681 4812,12 122J2,17 A 68 8 4812.86 12201.~8 A 68 S 4812.88 1220:). 44 A571 48C'l,12 12212.~o A572 ~9'.;':l,1,3 12214.2C; F~6f5 48C::.1J 1221P..~2
fLEVATIC~ <FEET I
68 'i 4
1:4 117 12 7
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117 2EI 178
SE 43 24
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3f3 367 3 CJ S 254 25: 3 'JC 41:: 223 193 211 2 !J:
98 60
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ll 4 197 l'll 2S7 .3 C: 287 328 120 243 113
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-114.E,8 -11G.5S -112.c:2 -11:1.2: -110,30 -113,84 -1C7,90 -111,EE -1C:,6C -109.<;~ -l[,,,1,4 -1CS.6S -lCJ, IE -1J:J.•41
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-1 GA.en:~ -111.01 -103.S.2 -111.ES -112.33 -11;;.~e
PRI~CIPAL GPAVITY FACTS FCR c,sc,cE ~CL~lAI~s. ~IShl~GTCft
STAT IO~ LATITUDE LO~GITLCE ELEV IT IC~ r.c. cc,~.~11J01 co,~.~,1oc> <F£fT>
lOOCl 43C7.61 12211.sg 95 10002 48C7.38 12212.E'! 94 100~~ 48,6.64 122lc.E9 BC 100C4 48C5.61 12211.Ec BG 1000~ 48C'i.75 12212.s2 204 lCOCE 48(7.41 12214.S4 :: 5 '3 1C32C 48(2.38 12214.1:~ 11!: 10021 48C3.0l 12213.92 228 1 co 22 4803.03 12212.f7 36 10023 4803.90 12212.~1 31 1002q 48'3.34 12211.ie 20 1 CO2: 48Co.58 1221:::.:8 31 1 on 26 48S4.33 1221c.:1 41 1OJ27 4.BC5.5t; 12212.;:9 72 1002 8 48C4.78 1221~.~<3 58 10025 48c4.73 12211.H 45 1 CO 3 '.l 4flC6.03 1221:.19 64 10~42 4~12.73 12214.El 39 lC0:7 4'lC9.13 1221~.:A 1SO 10058 4ill').01 12214.:2 145 100':9 4810,0) 12213.:6 128 lCOEO qiJCR.24 12212.E9 l>l5 lCOEl 4AC7.13 12209.EB 90 1COE2 4A".'i."i6 12?25.1'1 68 100E3 48 C 4. 7 5 122Jg,Eg 61 1 a o E 4 48';3.83 12205.(2 53 1 00 ES 4803.22 12208.~R 1J8 10066 48C3.01 122Jl.13 ~79 1 OJE 7 48(2.72 1221",€2 358 100E8 48Q3.02 122oc.::i 337 100 6 9 4803.48 12203,84 337 1 OOH 4RC3.03 122J~.Ec 296 1 00 71 48C2.18 1220-~.E:: 2'34 101372 4'lC3.16 12201.E.3 239 1 0 J 13 48C4,33 1220C.E15 278 1 CC 14 4'!04.3'! 122~1.E4 2q2 1C07': 48C4.33 122G ',E3 396 10076 48~5.66 12203,83 404 1 00 7 7 48C5.65 12204.48 4 '" "-1n1e 48GS.32 122~4.48 428 1 00 79 4'lD4.33 12204.48 3 'l 7 1 CO e C 4'lC4.33 1220S,E2 376 10081 4flC4.32 12208.~4 10 10J82 14BCS.1,: 122'~7.7~ 1 .12 10083 480'5.52 122~1>.c3 18 1ooe4 48C7.67 12208,40 126 1008: 48~A.Q3 12208.q 122 1C~e6 43:s.02 :-22cg.£6 l :J 5 1 oo e 1 48 G9 .14 122Q'l.f4 121 10088 48 0 'l .16 12210.Sl 121
OHS. GRIVI1Y C~GALSl
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11:
FREE-~I~ sr,FLE HClELER (F=2.61)
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PAI~CIPAL GRAVITY FACTS F0R CASC~CE MCL~TAI~S, ~es~r~GTC~
GILAC: 1 ~2CO /4f\00
STATIC~ L~TITU~E LONGJTLCE ELEVITIC~ r.c. <C,1',~/lC") (D,~,1'/lSc) (FE'T)
1COE9 4810.03 12211.(8 ll'i 1005 G 481:.0'.'.: 12212.24 1 1 .--C
10091 4,H9.14 12212.23 1 1 CJ
1005 2 48(7.40 12201.12 ~84 1 co 5 ~ 4'lC4.Rl 1220:.e:: 311 10054 48C5.49 1220:.El 417 10055 48C6,C8 122:J~.E! 431 10056 48C6,87 1220E.48 41E 10057 48C6,93 1220':.EC 4:: ~ 10058 48Cli.94 122J';.J4 452 10059 48C7.42 1220:.19 4SE l 01 C 0 48C7,81 122Dc.18 540 1 C 1 C 1 48CR.25 122J4.C;:! 495 1C1C2 lf8:8,46 122JF.,44 4 ' <; " ~ 1Cl03 4809.12 122CE.45 47: 101C4 4809,12 12207.~E 35~ 1 01 0 S 48(9.62 122G9.12 13~ lGlOE 4810.87 12238,34 115 1C1C7 4811.70 122•)7,:2 112 1 c 1 oe 4811,29 122GE.3'; 2C6 1 01 C 9 '•810 .43 122JE,E7 414 101 ln 4810,''il 12204.~l 1: 7 1 Cl 1 1 48Cq.6'.J 1220:.C'l 515 1C112 4809.12 12204,H :i C 4 1 C 113 48C8.&8 1221'!2.17 454 10114 48'.9.1/J 1220!.~IJ S16 1C115 48C7,42 12202.~8 489 1 Cl lE 4f!C6.97 12201.f6 41: 1Cl17 48~6.09 122Dl,2S ~Cl 1 011 e 411::c;.21 122!J( .436 2S5 1Cl15 48G7 ,36 1220Q.,/l 2 8:: 1(120 4888,54 12201.4~ 248 1 0121 48Cq.79 122,:.}4 263 10122 4810,'H 1220.4,Ee 152 10123 4811 •. ,2 12208,';7 61 1Cl24 4811,30 12211.~7 4: 10125 4B!C.8q 12210.~8 47 10126 48l'J.61 12205 .• '35 95 10127 4811.31 12214,}R, ~l lCUF! 4811,3·] 12213.}E 34 1012 5 4812.13 1221~.~2 34 10136 4814.37 12214.E3 23~ 10137 4813.49 12214.83 221 1 C 1 ~ ~ 118P.6l 12212.:;4 158 1013 q 481~.49 12212.,~ 14D 1 014 S 4813,43 1221c.,: 168 10141 4813.49 122D5,,4 143 1C142 4813,07 12207.~3 183 1014 3 4813,33 122CE ,19 190 10144 4813.63 1220:.~g 187
O!:iS. GRAVJH (l'GALS>
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114
FREE-AIF SIMPLE HClGLER <P=2.67l
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PR[\CIPAL GRAVITY FACTS F~P CISCJCE MGL~lAI~S, ~OS~I~GTC~
QLAC: l •20J /4800
STA1IC~ LATITUO~ LJNGJTLCE ELEVATIC~ 1.c. ,c.~,M/lSC) (0,M,~/1:~) (FE~T)
1Cl4c 4813.94 12 2,1 4. n 152 10146 4814.2'; 122:.~.~l l'l~ 1 014 7 4814.85 1220~.•4 9P l O 14 8 4812-.92 12201.~6 .3 l.f 5 1Cl45 4812.1:? 122-J2.1C 251 l 01: C 48 12 • 7 8 122)2,16 3 l 'l lCl:l 4il12,78 12204,!9 3DG l 01: 2 4812.13 1220 4. 43 2 'l 7 10153 4JJll.(,8 122Jc,1? 281 101:4 4811,04 122J~.12 284 1 a 1 s<:: 481D.61 1220:3.(~ 1g3 lCl:E 4810,80 12202,18 3 .3 ': 1~157 '4AC6.62 12214.~5 :: 3 a lQlEO 48C5.03 12214,!8 220 1Cl61 4811.24 122Jl.:O :21 1 Cl E 2 4814.58 12207.~4 2 '"' "" 1016~ 4812.6.3 1221c.~2 334 101E4 4812.37 122C.'!.C;1 5 c;
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98(£40.7:H 98CP3?.H 98GE4E.2~ 98CE21,2f 58CE31.24 98CP2E.74 58CE31.47 98CE21.C7 98Ct2f.45 qace22.21 98C82:.72 98 CEl 9 ,'Vi sec1E:.2; 98CiE1.P: 380Ell,25 98Cf3R.O':: 580E2P,E7 98CP29.93
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-ES.4E -12.cc -E9.:e -1;1.1.2 -70.iJG -13.3~ -E2.!JE -74.El -E5.9£ -l:+,11 -65.i,l -7&.4/: -E2.67 - 7 J. ES -Ef.38 -n.4~ -E7. 7'3 -7f,3E -10.11 -8.,.44 -15.2~ -Al.El -E7.92 -19 • ~ ~ -S8.C7 -116.12
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P~I~CIP~l G~AVITY FACTS F~R CASCACE ~JU~TAI~s. -~s~r~GTCI\
QLAC: 1,21514811
STATICI'. LATIT\JD~ LJI\G ITLCE I • C.
A632 48C3.23 1221:.E4 A 6 3 ~ 4801.qS 1221E.:l A E 3 4 48(4.10 12211.n A63: 4804.17 1221~.[4 A636 4AC5.62 12215.CO A631 48C6.5'l 1222c.c~ AE~8 4807.28 12221.:8 A 6 3 'i 48CR.28 12221.:2 A640 48:9.3'! 12220.12 A 641 4810.02 12221.17 AE42 481C.'l5 12221.cE AE4c 4811.34 12221:;.~2 A E 4 4 4812.48 1222c.1c A 6 4 ': 4814.60 12220. ~2 A E 't 6 ~Bl 3.94 12215.JS A 6 4 7 4/Jl,3 .47 122lfof9 A E 4 e 4814.35 12217.7c AE4'i 4814.35 122lf.J2 A77~ 48V .41 12228.En A774 48CC.48 12227.:7 A 77 ': 4800.25 1222~.~, A573 4809.29 1221':.~~ AS74 ~ECB.56 1221~ .. t2 A 5 7 ': 4809.35 1221P.12 'HOC 4814.43 12228.SO B lOE 480R.32 1222S.ll3 fl 115 4qr8.,l 12221.1:2 A 11 C 4807.25 12227.(1 B 111 48C6.52 1222E.C7 B 112 48C'J .. 92 12224.~2 B 11 ~ 48~::=.6~ 1?22~.E7 B 11 ~ 4Acg.88 1222~.£5 R 11 7 4312.36 12228.€6 R96 4814.'!8 12222.~7 Y57 4814.48 1222~.E2 898 'IHI4.41 12224.<;7 B59 4814.5-'l 12227.~5 1 oo a 1 4807.88 1221~.:;i 100~8 48".6.96 1221E.l2 1 00 C 5 48<7.41 1221r.12 l CO 1 0 48(7.41 12217.EA lCOll 48C7.42 1222C.C1 1J'J12 4/l(l.3: 12201.11 10113 4B:6.sg 1222C.C3 1 co 14 48CS.62 1221'i.Cl 1 CO 1 S 4'l04.98 1221E.(4 1 0116 48C4.ll 12217.45 10017 48G4,17 12210.B 1 co le 48C3.95 1221E.•'J
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90 g7 93
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298 340
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97
CRS. GRAVITY <~GALS)
98C"i87.Sf~ 98Ci89.66 98C750.P.S 9Bt11,;.:c 98071'8.»1 58C173.51 S8C777.'38 q8C791.84 98C18E,97 98CEC2."'R S8CU0.:7 se~a:~.15 98CE20.41 980822.12 'l8Cf22 .31 98Cf24.~3 980EG9.E2 9ilG8C8.lf 98CE32.64 98CE31.,;8 98CE1E.1~ ']8(7)9.Ql 58[174.14 98C1e1.q"' 98CE21.3: 98CEC:l.:l~ 38CE1Q.fl 98CACE.79 9EC80~.78 98CE01.EO 98C792.::9 98Cfl3.C.:3 98CE27.:2 98CE29.71 91lCE30.38 '38CE21.!:4 98CE32.41 58C7E3.60 980113.24 'i8C7E7,29 <J8Ci73,47 98C171.E,9 98f..77f.,~: ssc1·12.1t 98C.A7.42 S8CH9.2'i 98CiP.9o46 58C177.~2 98Ci E8 .1 !'
FPf'..-AIR
-lll.J9 -110.33 -1C9.74 -1~~.Sl -106.f,3 -101.15 -1u1.~: -1(7.59 -lCl.70 -lC't.54 -1C3.S2
-'39.'19 -100.47
-51.12 -~4.4~ -S!.64 -P.7.00 -84.57 -62,.SG -Efl.12 -E8.ill -'39.2 7 -SiH.4~ -'::9.C€ -82.51 -El.OE -5!.41 -C32.22 -54.12 -5s.ga - '.;6. ~ 1 -'::C:. 6~ -~G. '32 -54. 7~ -<;3.'JE -e9.44 -E9.17 -57.42
-1C4.18 -lOC.64 -1G4 .. 0J; -1C1.R2 -1c:i.21: -l.G?.31 -108.C2 -1C3.He -111.15 -110.38 -111.84
llc
SIMPL~ RC LGLEF <F=2.S1)
-11s.c: -113.t~ -112.s1 -11s.;c -112.'IS -114.51 -113. 7: -113. 4: -112.c~ -108.:E -1J1.6E -1J4.51 -100.E4 -S5.4l -97.11 -9d.~4 -s1.1~ - 56 • l ~ -65. 7C -t:9.e~ - 75. 5 ~
-113.~c -114.17 -112.2c -50.lC -93.2~ -'36.!4 -57.Ei -<:ia. e !:
-1-:1.2~ -1G4.~'.; -s~.=r -92.11 -94.SC -54.17 -94.44 -50.4~
-116.9) - 11 7 • 2 <; -117.4~ -117.~1 -11<1.E( -11<+.5( -llS.Oi -113.EE -117.41 -114.~1 -118.lE -115.14
PRI~CIPIL GRAVITY FACTS FCR (fSCAC~ rcL~llI~S, ~·s~r~GTC~
QL.AC: 1,215J480Q
STATION LtTITUuE LONG!TLCE EL>.VATJC~ r.c. CC,P,M/lJJ) co.~.~,1=c> (FE~TI
1001<:J 4803.24 1221:.t2 9C 1 00 ~1 4grB.28 122?1.!~ 183 1no32 4/JC9.15 12221.~R 172 1 co~ 3 48C9.38 12220.72 303 100 ~ 4 48lJ.6'l 12221,44 S4 100~~ 4811.15 12221. F l'l3 l 00 ~6 '1812.63 12221.£~ 5 100~7 '+812.78 12220. c~ 11 100~8 4812.68 1221s.a 18 1 00 ~ 5 4812.63 1221e.:~ 15 1 00 4 'J 4812,81 12217,45 21 10041 4812.54 1221,.,3 26 11043 4811.74 1221~.<C 202 1oa44 4811.73 12217.71 224 10045 4311.31 12211.Efl 340 1 a o "E 4810.03 122?1.~4 182 1 CO 4 7 48(9.79 1222~.Cl 2.31 10048 48C9.Sfl 1221A.~l ~ 'J ~ 1 co 4 S 48C9,36 l221P.11 3P6 lOO~C 4AC~.24 l221P.C8 ~82 lCO~l 4HG~.22 12217.(4 420 100~2 481G.23 12211'.(S 378 10053 481C.OO 12217.CP 4~ E 100:4 4810.'+4 1221~.El 187 1005~ 41lll.16 1221~.11• 2 CR 100~6 4/lC9.31 1221::.~6 418 10130 4813.45 12216.11 22 l O 1 ~ 1 4813.4(, 1221E.iR 43 101~2 4813.88 12217.15 24 1Cl33 4814.51 12222.12 6 1 C 1 ~ 4 4814.81 1221S.11l 191 lCl~~ 4814.38 1221~.1: 340 101~/J 48CE,-8l 12211.4,, 391 1 0 l =S 48C4.99 1221E.19 1~~
rns. GRAVJH (~GALS)
98C78E.1G 9sc1,1.c1: 98C791.111 98CHE.76 98CEOB.92 98CEG2.91 SB C:E21.P 7 980E21.:9 5Ace21.ag 9ACP2G.21 98CE19,9/l gscE1e.~e 98CE02.P4 98CE02.10 98C153.2E 98CVi7.71 sac1g..;.2~ 98CiH3.70 980181.69 98G177.e"; 5EC77:.21 98C,~E.~f 98C779.'l3 58C19€.75 98GVi9.95 58C718.'37 98Ce22.84 98CE2D,4f 98CE23.4G 98CE2'l.23 'l8CP18.32 98CE07.24 98C774.i::1
51lC187.5S
111
FRE~-AIF SI"FLE UCLGLER <P=2.67l
-113.'18 -11.s.s: -107.'.:'t -113.27 -109.56 -115.41 -1(2.GC -112.~c -1C5.23 -121.c, -~H.8: -10'5.4~ -59,75 -5'!.9E -59. 74 -10'.l.11 -59.43 -122.C4
-lOD.l.4 -:u,;.1E -lG0.4: -101.1€ -lCG.97 -101.EE
-58.9E -1::,;.e'-I -57.62 -10:,.24 -54.91 -101:i • .1,is
-1';3.41 -lC-J.61 -U:2.3~ -111:1.4~ -59.12 -112. OE -59.23 -112.~E
-1Cl.82 -114.E~ -lG0.80 -11c.11
-<;f.62 -1G9.4S -55,18 -llJ.JE
-1C2.47 -lCH.€4 -lOC.42 -1 .. J!.~C
-5B.l31 -113,1( -~8. q.f -99.2( -58.'38 -lQ,;.~t -<;~.jl:; -5'!.11 -~5.lt -S'."J • .3£ - 89, 1 2 -55.t~ -E5.':if -97.l~
-1c2.J '?: -115.~li -110.11 -ll'f.7C
PRI~CIPAL GRAVITY FACTS FSR cisctcE rcL~lAI~s. ~ASHI~GlC~
QLAC! 1,045/4915
STATIO~ LtTITUJE LO~GITLCE EL~VATIC~ r.c. <C,~,M/1C1) <D,~,w,1oc1 (FEET)
L 48 2 E 4821.81 12G!ff:.S 1 3 0 €, C L 4830 4827.77 1204A.~'i 3118 L 4,q ~ 1 4q26.D3 12052.::5 21 7: L 48 3 2 4925.84 120~:.12 229: L48 ~ 3 4827.l'i 12055.47 2760 L 4 ''le 'i 4823.'i5 1205".65 186C L 49 8 1 4822.80 12048.41 1460 L4988 4B2?.2'3 12045.fO 13 2C
OHS. GRAVITY <~GALS>
98C~93 .~,, 98C!:':i2 .PP 98CE41.E4 98CE44.29 98CE"9.02 98CEE~ .':IS S8CE7'1,70 98Gt77.'3~
1 lE
FREE-AIF Sl~FLE HCLGLEF <F=2.67l
-o.,~ -167.5: - ~n • .; 1 -1E4.87 -so.cc -164.0E • 81. 7 8 -l~·l.S: -,s.2e -169.2E
-102.61 -1E5.51' -125,3( -115,0E -1~4.':~ -173.4';
PR[~CIPAL GPAV[TY FACTS F~R c,scioE MOU~TAI~s. ~ftSHI~GlG~
'llAC: 1<10'314815
STATIC~ LATITUDE LONGITLCE ELEVA1IC~ 1.0. cc,,,Mtl01) <D,M,"/lQC) (FE~T)
L'18~5 482'3.'j7 1210~.~B S392 l'l836 4q2g.27 121J".C~ 2645 L 48 ~ 8 4827.86 1210S.EO 1360 11%88 4fl26.70 12108.(3 1760 W46ES lf822.2q 121C4.:7 52CC 1146S2 4il21.10 12132.ES 7054 W46S,~ 482Q.69 12103.CG 650S W'J654 4821.43 12103.E? E 4 2 7 W46~'i 4-922.23 12104.~6 5 2 94 1,/ 4657 4821.88 1210).Eg 60 4 a 1,1455g 4q22.31 1210~.22 4940 1 a 1 2 = 4815.42 12112.44 15C4
OBS. GRAVITY < ~G,~LS I
98C4E'J.l': 98CE12.l::4 98C713.23 58CE72.:'9 98C488.C3 SBC~E2.S4 98Cnl .32 C,EC40~.4f: 98~482.lP '1acq32.14 98C~03.55 98CE85.05
11 '3
fAEE-AIF SI~FL~ BCLELEF (P=2.6ll
q2.1J'f -141.El -Es.,;: -1 75. ft
-1C3.fll -l'SJ.14 -1 GS.G<;; -1E:s.c~
40 • 5 4 -136.~J n.Eo -141'.l.6: Efi.96 -148.3E 14. 6 ~ -llf4.2: 4 3. 6 l -13S.71 64.~6 -141.H ~ 1. 6 C -136.fE
- C.:S. 7 E -:4s.ss
PAI~CIPAL GqAVITY FACTS FCP CASC~CE Muu~TAI~s. ~QS~I~GTC~
QLAC: 1,11514815
STATIC~ LITITUQE LONGJTLCE EL~VATIC~ r.c. cc.~,M/lJO) (Q,M,~/lJ[) (FEET)
U lo51 4815.29 1211E.,5 1247 u i.s 2 481/.09 12124.:;g R4': Ulo5~ 482J.7Q 12126.47 83E 106E'l 4825.41 12125.J~ 417 E 10721 4815.31 1212-~.:5 1782 10722 48 lH.15 12124.~7 183 107 2 3 48 u,. 0 1 12119.~<J 1067 10724 4/l 15,26 12116.26 12 41 10727 4828,39 1212~.e1 1865 1072€ 4819.22 12121.;:2 3 C :i5 1072': '1821.93 12125,13 2E't3 1 07 ~ 0 4820,71 1212E,'t9 836 107~3 41324,72 1212~.~7 222( 107~'1 4825,92 12121.04 31 lC
Ol1o. GRAVIH (~GALS>
98C711.G6 98(158,4': <,8CJ77.2': 980H2.P~ 98Cn:<.':~ 98G771,7~ 98013~.~f 58(713.17 98C7~1.~4 58C631.85 98CE73,09 58(779.01 98CE85 ,2 7 58CU1,~l
12(
FREE-AIR SIMPLE BClGLER U=2.E11
-<;6.H7 -1~9.~4 -50.89 -ll'3.E7 -78.3': -106,8,
S!f.5'4 -R7, H -~5.C 1 -115. 7(
-F.5.:,3 -111.7( -53,2~ -12·1.t:~ -SS,62 -138.G~ -:;; . .;~ -12:.2~ -12.i-;1 -11".:i.87 -14.35 -104.41 -77.61 -lCS.IJE -1t2.1e -117,IS -18. 2 2 -12'+.l~
PRI~C[PIL GRAVITY FACTS FOR c,sc,cE ~OU~T•r~s. ~ASHI~GTC~
QLAC: la~0/4815
STA TIO~ I • C.
L 50 61 L5J~2 L50E3 U w 4 e U 1,6 7 10621 10622 1062' 10624 10628 105~1 105:,2 10633 1C6~4 10635 1C6~E 1 06 3 7 10646 10647 10648 10649 1 06 s a 1C651 10652 106:6 106:7 10658 106:9 1 06 EC 106E1 106E8 1D6f9 1 OE 7 G 10E71 1OE72 1 OE 7 ~ 106 74 10678 1 CE 79 1 C6 e ~ 1068 l 10682 106Bc 10684 1068S 1C686 106E 7 106es 10,;5,J
LATITUDE LONG ITLCE
4A2A,42 12137,€6 4829,53 12134.17 4829.69 121~2.~8 4B16,43 12138,,4 4819,37 12133,18 4/llli,12 12143.€4 4816.86 12142.C~ 4816.36 121.~5.E7 4815,73 1213~. 41: 4815.32 12133,<7 4817.66 12140.S~ 4818.44 12138,E6 4819,70 1214'.'.,4 4818.79 12137,:8 481'l.67 12142.:1 .lf82'-:.?B 12143.~3 48,1.62 12144.4R 4828.36 12138,43 4826.07 121:,4,tC 4827.06 1213~.~l 4'!24.38 1213:,,n 4821.53 12132.~2 4819.56 12133.Cfl 48!7.4r: 121~4.Cl 4817,6i, 1214~.~A 481fl.44 1213P,E6 4819.7D 12140,,4 4818.79 12137.58 482•:.2>'1 12143.:~ 4821.62 121'14.48 4fl2il,36 1213P.~3 4821.06 121.~E, :1 482~.07 121:!~.EC 4A24.38 12133,H 4821,5.3 12132.32 4816.';6 12133.CB 4817,40 12134,CJ 4817.44 12137.:6 4817,11 1213£.]2 '1820:.07 1213E.E2 4821,9'1 1213~.(1 4R2'i.14 1213/l.~~ 48.23.08 121.~E.,E '+e21.53 12132.~2 4827.97 1213S.1E 4828,79 12132.11 48~S.94 12132.32 4827,06 121~0.,5 482'5,94 12132.~2
~l'::VATIC~ (FE~ Tl
226 274 251 524 407 463 415 515 540
1264 563
1639 244:, 3042 3282 3431 2915
237 2 7 4 280 .,15 382 393 465 960
lt:3'3 2443 3 C 3 ii 3431 291:
237 2 PC 274 315 3R2 ~s~
465 1050 3824 2 482 lElO 258C 194S
382 240 246
1 r- n,.. - u" 31!S3 15C2
GHS, GAA\ilTY <~GALS>
CJECE::.12 98CE~4.~1 98CB.38.7CS q8CEC7,~7 9BCEJ8,'3e 980192,14 98(802,34 98C799,ER 98(792,C3 980147,45 98C1Rl.27 58Ci44.43 siacEga .. c: 58CEE1.14 98Cf52.~1 58Cf:1.~.2 98CE88,83 'J8C€42.31 98CP~:.32 91lCE39.7'.: 98CR?6.74 98CE1 7,SE 98GE1Q.57 98C157,7: 98(181,21 98C144.4C 58CE97,':Jfl 58CEE1 .C9 98CE:l,31 98CfER,84 98CE42,24 98C839,7C 98(835,34 98CA2E,74 98CE11,98 98C"lJ,'iE 98(757.7':: 98C174.72 580595,63 58(692,75 98CE1.28 58CU5,~~ 98C?~2.'7P. 98(811,98 98C8~/l.:4 980t:37.0C 98C77J.58 ~8CfEl.Sl 98C7'1c.ge
FFEC:-AIF
- E9. 4 ~ -87.18 -Es.3: -71.48 -8q,'J8 -es.,;e -86.73 -79.23 -e3.9£ -E0.58 -:7.8~ -~2.?5
-4,90 15.90 ~8.08 4') .. 43
27. '+ C -e1.11 -81,19 -11.1:. -83.38 -El,5S -84.59 -e7.8C -58.17 - 32, 2 P
-4.·37 1::i.47 4 c,. 4 ;2
27.41 -81.18 -77,73 - 81, l 7 -83,38 -87. 57 •80.lC -87.RC -55,8E
23.4E -7.(4
-~3.38 8.74
-2'?.·~,H -87,:il -84.52 -E6.22 -29.8~
15.bf -29.B.~
1 2 l
Sil"FL': BCLGLEF (P=2,b7)
-11.1;. -g6.:~ -93,5( -e9.~~ -98,E4
-101.4~ -101.oc -95,51
-102. :3~ -103.E~ -9~.f~ -8'l,CE -88,11 -P.7.71 -8,.1( -76.42 -7:.eE -"9, lE -9:.s~ -87.,7 -34.11 -9'+.fC -Y7.Sf
-1 :3.64 -s:·.c, -B'l.11 -Bfl. lf -8fl.GC -76.4~ -11.e; -E'.J.2!: -87.27 -g,:.:c -94,11
-lOJ.51:: -93.45
-103.[4 -91,6~
-lCu,iE -91.5t -B8.21 -~?..7f -BB.~~
-1cs.~,e -92.6~ -54,b( -BC.SI: -92.VE -80.5<;
PRI~CIPAL SRA~ITY FACTS FCR CISCICE ~CLll.IIS, ~-S~I~GlCI
QLAO: 1<13Cl48l'i
STATIO~ L4TITUOE LONGITLCE r.c. <c,~.Mtl:'> <D,M,~11:ci
1065~ 4827.82 12141.~9 10654 482~.96 12143.~4 107~~ 48!R.45 12131.~2
ELEV AT ICI <FEET l
750 9E 505
OHS. GRAVIH (~GALS)
98Cfl 1.cg 58C194.C1 98ClS8.41
FREE:-AIF
-62.77 -57. 9( -E4.9:
1 - ' ~'
SIMPLE ec LGLEF CF=2.67l
-88.~~ -51.11
-1c2.1~
PRI~CIPAL GPAVITY FACTS FrR CtSCtCE ,cu1111~s. kASHI~GlCI
QLAC: 1<145/481',
ST41ICN LATITUJ~ L0NG!TLCE ELEVATICI r.c. cc,,,M11Jc> co.~.~11oa> <FEcT>
U It 31 4816.22 12158.H 161 10616 'IP H,. '12 12155.::4 135 1(617 4816.12 121:1.~2 167 1C618 4815.flH 12154.';9 2G6 1 C619 4817.37 121'J6.f6 64~ 10620 4'l18.79 1215P.7q ~5~
1C6!P 4822.31 12147.fl 249C 106~9 48!'l.74 12147.H 262C 106'10 '1821.21 12147.~:: 26F,5 10641 4823.92 121!j!.~: 2025 1C64 2 '182c;.12 121S~.l5 2485 106'1~ 4B2'3.54 12155.P~ 2950 1054'1 4827.36 121S7.:7 3079 1C6'15 '1829.92 12158.::8 1847 1C662 '1822.31 12147.El 2490 106E" 4827.3b 12157.:7 30 75 10667 '1829.92 12l'i8.2i1 1841 1 C655 4fl2'5.69 12145.E6 1452 1C656 482'1.23 12147.46 1 7 CC 10657 'lfl2:.11 12152,70 1Sq3 10658 4823,90 121~1.11 1602 10655 4821..7'l 121S7.•'I 1 3 'I 1 1 C 7 CC 4816.66 12147.~6 > r,
'-' ~ "'!l
107: 2 4fll5.9~ 1214~.t:6 510 107:6 4'!15.04 1214?.Sl 948
ORS. GRAVITY <~EALSI
98CVi:.~7 980F33.22 98Cf'.'9.32 98U25.:E 98CFC7.1C 'l8ClS8.R: 98Cl21.43 9€CEs:.2f 98C69g.:1 S8CH2.41 9b(7~'l .~ C 98(11:.2: 98C7C 5 .24 SEC71:.EO 38Cl2l.43 9EC1'!:.17 98Ci1':.~~ 58Ci81.P2 58Cl77.24 98CiB3.:l 98C777.:8 ~8C788.22 98Ct11.:,1 '!8CEC2.E3 58CiR2.17
FREE-AI~ SI,FLE HCLELE~ <P=2.;:;·1)
-116.YO -122.21; -81.9C - 8S. 5 C -E2.34 -fH •. :: -82.~ 7 -89.l/S -£1.fiE -2'3.~f -~8.93 -72.8~
18.99 -f.5.E~ 8.9G -PQ • .3(
15.18 -75.S': 13. 88 -ss.c~ 32.18 -52. ltt 45.24 -ss.2~ ~O.ti~ -54.24 1. 2 e -El.E~
1a. gs -(5.8~ =e:.::,E -::<+.~l 1.2~ -fl.EE
-~3.32 -12.11 -2.38 -e:.2~ -7.7S ,... ~ ':t i;;:
-r..,~•'-'--10.11 -f5. ~ ~ -21.sc -f7,11 -e1.:,c -Si8.32 -76.44 -'!3.81 -:4.41 -Fl'>• 7C
PR!~C!P~L GRAVITY FACTS FnR C~SCtCE MGU~l~I~s. ~AS~I~GTC~
QLAC: t,2rJ14815
STATION LAT[TUD~ LJNGJTLCE ELEVATJC~ r.c. (O,~,M/lOCI <D,M,~1100) (FEET)
A 716 4816.12 12218.16 189 A711 4817.4'3 12211.EO 271 A 11 E 4818.53 12212.~8 231 A 11 <; 4819.'i3 12213.!:0 292 A 72 C 482Ci.88 12212.11. 141 A 721 '+822.45 12212. 7:' 152 A 722 4823.80 12214.10 10~ A724 482<';.78 12214.~2 S4
GflS. GRAV!lY C~CALS>
98c83E.82 ':i8CF3!:.31 98CP40.8S 98CE41.13 98CES1.2~ 980€~7.ES 98(8~9.77 58Cf8~.44
12~
FRE~-AIF S!MPL: rlClELER <P=2.&7l
-12.,1 -79.21 -EB.62 -71.E~ -E'l.40 -10.21 -E3.'l5 -Ll.8~ -69. ij<:j -74. 7tS -E'•.fl7 - 7D. C ~ -E9.24 -12.8 l -~7.83 -S',.t i
QLAC! 1,21514815
STAT IO~ LATITUDE: LJNGITLCE I.Q. CQ,,,~110J1 <D,M,~/100>
A 69 J 48.2J .qg 1222G.C3 A 691 4e:1.s1 12220.{2 A 692 4~22.22 1222~.~2 A 69 ~ 4'323.10 12222.n A 69 4 48:'.:3.95 12222.cs A 695 482ti.75 12~22.c~ A 69E 482:i. 72 12222.1~ A 69 7 4826.39 12222.£5 A 698 48£6.56 12225 •• ~ A69S 4825.7q 12221:.~6 A 70 G 482h.R2 12227,El A 7 0 1 4326.14 12228.2C A 7 0 2 4R25.27 1222fl. lfl A703 4fl24.0! 12228.12 A 70 4 482.1,65 122'.2E.Ui A70: 4822.73 1222:.';2 A 70 E 4821.81 12224,es A 70 7 4820,81 1222':.~7 A10e 4821.49 12224.~B A 705 4820.49 12222.,;5 A 71 C 482Q,4B 12221.n A 111 4819,35 1222c.:-s A 112 481~.51 1222'.:,E2 A 11 ~ 4817.65 12221,22 A714 4816,56 12221.10 A 715 4815.71 12~22.cs A 72 ~ 4825,81 1221':,EJ A 7 2 E 4827.03 1222'3.cq A ?AC 48,7,70 1222?.(6 A781 48,R.93 12222.{~ A 794 4826.49 12222.(2 A967 4'32D,21 12217.f:.5 A96E 4819.66 1221~.~1 A565 4817,43 12217.43 B 101 481'5.2S 12225,E4
ELE:~ATJC~ {FEET>
7 6 8 E
16 22 32 24 12 10
4
4 4 ~
: 54 1:
6 4
6 5 4 7 8 5 'j
l '.: 4 ~
27 27 ~o
2E2 298 336
1 0
OflS, GRA\/IH <~GALS>
98C8~7.B'l 98CE57.fg C:8CtEG.4P 98CEEE ,30 980870,?~ 58CE71.fS 98~E13.f~ S8CE77,'14 98CE82,19 98CE88.cf 98C€9E.E3 9EIJES!:.~1 98CE90.24 98CE82.c4 98CE19.45 58CEEe.e: 98CEE9,42 ':8CEE2.2.~ 9ECFE~ .. '37 ~ECFE:.1F. 98CES8.E8 Y8CP:3.~l 98CES2,48 98CE47,28 98CE40,c7 9ECE~:,41 58(87~.71 98(504,43 98GE7:.~7 9BCEe1.cH ~8CF7'4.86 98CE'l2,4E 98CE3E.49 9ECP2!:.75 9ACE38.R3
FREE-A IF
-75.J1 -77.28 -Vi.28 -7C.97 -66.85 -f6 .. .J~
-ES.1~ -E2.~J-7 -S9.7G -54.36 -46.4C -46.14 -:G.47 -::6.S7 -::a. 14 -E3.42 -E5.07 -71.hl -f:.7.S7 -E8.2C - 74. 7: -78.>l~ -?T.!ll -El.~:3 -u. 81 -t;O.B7 -:li,4C -~9-i.: 1 -E6.6~ -f2.4t -f:5.2~ -E6. 1+C -EB.IE -71,98 -e6.25
12:
SI~FL[ EICl(LEI< <P=2,',7l
-7",.E 1 -77.4S - 75 •: ~ -71.ll ·E7.4C -c1.:.c -1::b. ~ 1 -6,.~~ -f.::!J.11 -54. 7C -'-tt:J.::(
-46.~f - SQ. EC -56.l:E -S8.5l -65.2E -65.~E •71,El -E7,7J -EB.4C -71+.S': •78.St. -1q.c~ -81,';( -81.1;: -91. H -S9,54 -~'J.11 -E7,:: ( -63.~'i -6S.2~ - 75. 3 2 -rn.:1 - 8 '~. q ~ -80.E~
PRI\CI 0 1L GRAVITY FACTS F~R C~SC~CE M~L~11I~S, ~ASHI~GlC~
QLAC: 1~C4514830
S1ATIO~ LtTITUOE LONG!TlCE ELEVATIC~ I.e. (C,~,~/10Dl <D,M,~/lJC) !FE:Tl
L48 Q5 4843.90 12oct:.~c :3 64 4 L 48 C6 4844. 7'3 12()4~.47 3 H'l L49S6 4e42.s3 12:J'i8.•'l 1642 L49S7 4842,'l'J 12057.~7 1783 L4959 4842.35 12n::t.;2 l8f5 L:OJJ 4842.50 12C54.~:! 1901 L 50 Ql 4842.66 1205~.n 2592 L1:0C2 4842.89 12D52.~.; 2544 Lsac~ 4843,46 12J5].':;l"J 2837 L :0 a 4 4841,<',7 12049.S5 267G L5JQS 4844.2<; l2049.E2 2855 L~OD!l 4844.96 l204A.78 2122 L5011 48'42.75 12055.!~ 1922 W 47E2 48 ~3.7 0 12046.14 4 a 5 c. W 4 7E 3 48~5.67 12048,31 366: W47'i4 4337.11 12C45,E5 3432 W4766 4838.0 7 l2D'5C,El 3214 W47E7 48~CJ .. 67 12051.78 278: w4768 4A42,82 120:lf.~2 2042 10315 48~6.20 12C4P,EG 3660 10322 4831.80 12)59,:'J 42go
ObS. GRAV llY (i"EALSl
98(586.47 98GED1,oc: 9807G:.c0 9ACE5E,GC 98CE5G.C9 98Ct:PE,73 98Cf53.48 98CE:4,EO 98CE41.~S 98CEq2.Ei' 98Cf~'t.24 9BU~E.41 98CfS4.5f 9EC~':!:.::1 98C~7E.22 98C~R9.61 58C€Cl.2S 98CE34,14 98CE72.E6 98(:78.51 98(:,2.24
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FREE-41R SI"PLE BCLGLER <P=2.h7l
-~3.'76 -i63.87 -40.94 -1sg.::1
-106.62 -1E2.7~ -103.C:3 -163. H -1~6.4-' -lES.G~ -1(1.3: -l[b, lC -69.8: -1~'3.l~ -73.38 -lEQ.O: -~9.6~ -1:c_/.2: -74.34 -1!'5.iE -ES.74 -163,SE -18.1~ -170.8( -91.::32 -15{J• 5t -17.03 -11:s.1~ -~5.71 -lEG.:4 -'16.4G -lf:j.25 -':6.1S -1crJ.2~ -E6,5t -lEl.41
-lCl,44 -11c.r;~ -~ 1+.2S -1sR.s: -l'i,:1 -1E1.2:
PRI~CIP~L GRAVITY FACTS frR CftSCtCE MCL~lft!~S, ~AS~I~GTC~
QLAC: l,lCD,4830
STATIC~ LATITUDE LONG Ill CE ELEVATIC~ I.e. cc,~.M/1}0) <D,M,~/180) (FE~T)
LSJ12 4843.71 12101,47 1776 L5013 4843.77 12101,S6 17 7 6 LS014 4g43.94 1210 3,(1 1804 L5015 4843,'13 12113,E~ 16C3 L 501E 4843,04 121D8,S5 8 'J 1 L5137 484°,53 12114, •s 526 L5138 4842.05 12112.~o 10 9E L Sl 3 9 484?,93 121J5.,7 895 L:141 ~842,45 1211J.16 877 L 5188 4840.71 12104.:7 1220 L 51E'i 4e!<3.4G 1210~.n 1:24 L:lS~ 483'1.65 121]~.18 169E L51Sl 4837,27 12103.26 1825 II 4 7 0 7 4'344,39 1210~.C'l 1EC3
CHS, GPAVI!Y <~GALS>
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12,
FREE-GIF SI~FL~ HCLELER CF=2.S11
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- 5~. l ':. -l': 1f.~~
-51.SB -1:.1,Ec -e9.:-33 -144.4~
STATIC~ LAT!TUQE LQNGITLCE ELEVATIC~ r.c. (C,~,M/lJO) <O,M,~/IOC) (Fi~T)
A 81 c 4830,57 1212a.so 293 AE16 48~1 .. 51 1212 7.:2 305 A et J 4B:!l.62 1212:.19 326 Ae1e 48~1.82 12123.E9 405 A e 15 4'!32.12 12111.ec; 1264 A 82 C '+831.51 12128.EO. 701 L ~1€ 5 '18~~- .S7 1212P.5C 293 L:JE6 483G.'i4 12127,:'.: 311 L: 0 E 7 '+1!32.41 1212£.'39 344 L 50 ES 4B31.62 1212~.79 327 L51~2 '+833.82 1212:.lR 371 L':l ~3 48~5.26 1212~,ES 363 L:1~4 4835,41 121?1.El ~68 L t;l :!: 48~8.28 12118,E,q 431 L: 1 ~ E 484C.35 1211E.a 482 L!:143 4831.82 1212~.E'i t+ [: 9 L5145 48~1.51 1212~.fA, 7Cl L5146 4832.10 12111.E9 1264 L5147 48~1.63 1211~.E'l 1242 L: 14 8 4831.02 1211':,,J 1354 Lc18D 4837.67 12124.55 654 L :1 E 1 48~8.0H 1212:.a 7?9 L5182 4839.08 1212:. H 791 L51E3 48~9.69 1212:.14 87~ L:184 4A~6.ll 1212~.t:O 4 iJ 0 L 51 E 5 4836.58 1212~.Sil 'I 61 L:186 48 ~,. o 9 12124.~4 536 L515'1 4841.61 1211E.,8 78C L519'i 'l!J42.05 1211E .fl' 976 L 51 S6 4842. 73 12117.19 986 L:197 4843.13 12111.~o 12Cl L51CJ€ 4843.76 12117.£5 1 72E
OHS, GRAVIT~ (~GAL5l
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fRcE-AlF SI~Fl~ HCl(LEF <F=2,6ll
-E7,9E -97.tJ4 -88,2 7 -58,75 -57.72 -128.83
-lfjl,ill -11:1. 7q -e6.'+2 -129.47
-10~.14 -124.Cl -E8.68 - 58, EE -27,9?, -98.51 -~F..95 -58,71 -'38.': l -1:,.1: -56.b2 -109.2~
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-E2.':!2 -141.7(
PRI~C[PAL GRAVITY FACTS frR C~SCAOE ~OL~TAI~S, ~ISHI~GTC~
QLAC: 1 .130 /483J
1TATI0N LITITUO~ LONGITLCE r.c. (C,~,M/100) <D,~.~/lOC)
A 811 48~2.28 12144.19 A P.12 4831 •. 38 12142.12 A 81 3 48~0.82 12140.P A 814 4>331.JR 12135.~3 A821 483J.25 121~!~,.~o L50:7 4832.25 12144.Ec L 50 58 4831,57 12142,E5 L~0~5 48~J.Bl 1214C.1P. L50EO 48~~ .os 12133.~3 L50E4 4830.14 12131.17 L 5151 4832.45 12143.'::ll L Sl 1::2 48~2.61 12142.f't L!:1':3 4833.52 12143. n \147 36 48~8.58 12143.13 1,147 ~ 7 4/l42.'l7 12141.E2 10826 4839.68 12142.78 10833 48 3 3 • 7 6 12139.:3 1083 4 4831.83 12138.Eg 9 592 4/l44,JG 12135.1~ 9 593 4843.-J:J 1214!,E8 9 59 4 4841.48 12142.l'l 9S95 484C.53 12142.EA 'l ':'H 4839.68 12142.78 9591 4838.63 12143. H 9598 4839,14 12141.12 9595 484;.17 12148.E! 960~ 4/lH.38 1214.3.7S 9601 4842.63 12143.EG 9603 4844.58 12141.~~ 9604 4843.88 1214!.Sl 9 6 0 ': 4844.55 12142,ES 9608 4B 39.90 12143.ER 9609 48'lJ.45 1214'l.~9 9 E 1 l 4841.41 12144.64 9640 48 38.92 1213F.5~ 3641 4841.28 12131.P 3E42 4A4C.l4 1213:.P 9€7~ 4/l44.73 12135,n
ELEVATIC~ <FEF:T>
215 202 221 215 291 216 non '- ,., C
215 215 256 E77
1055 ': 8 C
1097 1C56
85E 47:1 3149
760 1058
99 8 1C02
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746 1772 303~ 11 7~ 1895 2SOR 1~96 1619 21 S ': 1532 3684
9 r ' au
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98C18D.S2 58C7!:E ,66 98C7l/J,21 98CE47.8C 'ltlCEll.48 98C811.48
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29.2S -f.7.22 -74.89
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SIMPLE dCLELER <F=2,67>
-85.81 -9.2.0~ -E9.E: -93.EE -95.5'3 -E6.2~ -S2.4f -89.CC -94. 1C -5(,,:1 •83.CC -82.S7 -84.4~ -eo.~1 -8 1+.:s -84.2'; -';3.2£ -88.:C -'31.~4 - 92. C ~ -83.03 -83.E, -85.:~ -81. E J -as.:4 - Bb. S..? -e3.4C -BY.~~ -9]. 11 - 8':i .1 7
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PRI~C[PaL GRAVITY FACTS FCR (~SCACE MGU~TAI~s. ~ASHI~GlC~
STATIC~ LATITUDE LONGJTLCE ELEVATICi r.c. <C,~.~/lJ:) (D,M,~/1:r, (FEET)
A80: 4831.5.3 12155.~~ 95 A 80 E 4H~1.,.45 121s.o.c2 1J4 A807 4il31.62 121"'5.42 141 A808 48 ~ 2 .11 121':2.~0 200 A805 4832.52 121sr.~2 2G7 A 81 ry "~ ~2.'5~ 12141.5,J 23'l L:O:D '+831.53 12159.,4 96 LS0':1 4/l~l.4/l 12158.C7 1C4 L 50 5 2 48~1.65 12155.42 141 L5J:~ 48~2.09 121s2.c~ 2 r: "2
L 50 "4 4g~2.s1 1215:.~,; 205 L'305'3 4832.55 12148.CQ •,c <. a ,
L50"6 4831.84 1214~.:1 2'>7 .147 35 48~ 1!.39 121'16.45 9~8 .14746 48'<3.0'i 1215C.C'l 4487 W4747 4e43,54 121"1', 12 4962 .i 47 4 e 4e42.5D 1215~.~4 3564 wH"o 4842.49 12154 .€4 3~85 w 4 7 c 1 48'4J.95 1215~-~7 2122 108 29 4844.27 12148,Pl 60"0 2514 48 ~8.30 12155.~9 31J~ 2555 48 ~1.so 1215S.24 96 256E 48~6.5n 12155.,0 1182 2~68 48~7.83 12158.:P. 2249 2574 48~/J.30 12159.~9 3103 2:7E 48~8.70 12159.Cl 23G5 2577 4/J ~9.90 12155.~6 2 8 'i 4 2 58 n 48!1.'iO 1215'3,(3 3456 ?~82 4q~9.gry 121sg.;;J 368f 2 53 ~ 48:9.80 12153.ES 40 7 0 2584 48:9.80 1215P..~': 4381 258~ 48:9.80 12158.(9 4E 9E 2 'i8 7 4A~9.?Q 121'57.S7 475J 2 58 !J 4ll4D.2J 12151.74 :;~1;6 21: g ~ 48~g.jQ 12l'i8.,7 3:: 0 7 2 59 4 4840.40 121'19.SS 2700 2 731 4'l44.73 1215E.e5 1865 2732 4844.15 1215~.Efl 2C58 2 13 ~ 4842.49 12154.Eo 3~89 9 E 1 C 4840.84 12145.46 1827 9612 4fl42.02 1214~.(7 26 70 961~ 4842.36 1214P.~2 327~ 9614 4q41.r2 1214'1.1:~ )C".,
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QLAC: 1~2J0J4A3G
STATIQ~ LITITUO~ LONCITlCE r.c. <r,~,M/lJD> <o,~,~11oc>
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SIMPLE tlCtGL£R <F=2.67l
- 7':l • ..3 C -12.se -7::.'41 -71.01 -63.E~ -71. 71 -'Jg.£"7 -71,3~ -77.l~ -7:,,lE -83.~~ - 82. 7E -E3,q4 -es.4S -89.6E -82,2C -7:j.!l - 20. B ! -77.4~ -8 1J.4"'i -79.51 - 69. E, -'17.G1 -84.Cl -84.CS -E4.EE -es.e: -e6.et -B'+.2S -E2.C~ -84.57 -e7.e~ -92. I(
- t8. 7 ~ -84.~~ -87.87 -e;;.e~ -52.4t -88.~t -P-7.C~ -1.3,3E -73.4~ -7':.).1': -77.4~ -84.31 -1:::2. 6';
-97.£;£ -92.21 -ac.2s
PRI~C[PAL G~AVITY FACTS FnR (tSC~CE ,aG~TAI~S. ~AShI~GTC~
QLAC: 1,2GO 1~83J
STATION LAT ITU'JC: LONGITLCc I • C. <C,~,M/100> <D,M,~/lOC>
9664
ELEVATIC~ <FEZT>
31~
OHS. GRAVI1Y (~.EALSl
-72.':Jl
1"
SIMPL<: LiCLGLER <P=2.67l
-83.EC
QlAC: l,2151483J
STAT!J~ LATITUDE LJ~GITLCE El~VATIC~ r.c. (C.~,U/lJG) (D,M,~/llC) (FEET)
A 19 2 48~1.47 1222~.("' 31 A 7 8 .l 4831.56 12220.(; 33 .A 7 8 4 4832.44 12228.21 'IS 178: 'i8~).55 1221'i.F': 84 A78E 48~4.95 1222c.~c 197 1787 48:!'::.64 1221 13.~7 241 118~ 4836.55 12219.El 266 A 78 5 4837.19 12220.~3 274 A 7 9, 4.9~7.'12 1221A,1~ 4~c " -A791 48~fl.79 12213.~6 4ul A 79;: 4839.85 12219.40 401 A 79 ! 4844.32 12222.17 ~2S A 79 5 484'.).45 12215.(9 314 A 7 9 6 4fl41.42 12218.:H 3 ,J 7 ~797 4843.18 12221.~s 462 A951 43~1.18 1222f. EO e AS52 48 H, 15 12228,,E 6 A 55 ~ 48 ~2.90 1?22P.~~ ~
A 55 7 483~.69 1222f.E~ 5 A958 4fl~5.fl4 1222~.14 ~ A95S 4836.95 12226.!': 5 Ac; 6 2 4fL3~.56 12221,76 310 A 563 48~2.71 12224.~1 10 A SE 4 4/l~0.10 12224.ES 20 F A796 4842.54 12219,77 377
OBS. GRAVIH (~G~LS)
'l8CEE1.~: 'l8CE /g .2F 58CE7E.90 S8CE7lf.G6 98CE73,49 582E7!J •. ~2 580HE.24 S8CF.71,22 t_;8(8t:C.!4 ~8CtE2.:r; '38CeEl,19 58C~EC.39 98CEE2,4, 58Cf(J,48 5ACE:J.1:J 98CES3,12 ga C5'J -~ .<9 6 98CtS3 .qi
98SE8E.C7 98CES2.7c 58CE53.27 98CEE4,:~ 98Ce,q3 .33 98CfE8.11 5EOE:~.El
FP:.E-AI~ SI~Flf hClGLEe (F=2.S7l
-64.61 -6:i.E 1 -Efl.14 -69 .. ~7 -7Q.j2 -71.C;S -·11.=2 -74. ::1; -~3.57 -7~.£t -E3.rJ~ -11.~t -€4.72 -73.H -61.3: -71.£E -~9. i'1 -7!+a'2L -fl.06 --74 .. 7&, -E4.0l -11.E1 -78.65 -~9.1~ -71.H7 -82.:E -7S.92 -BS.3# -73.SS -89.6~ -26.C 7 -56.~-4 -45.37 -4~.:J -58.64 -58,8] -El.lE -f:7.!~ -E3.85 -6J.S~ -E4.84 -ES.Cl -:9.80 -r:.~~ -E7,3E -Ed.!C -S8.3~ -:3.Cl -75.88 -8s.1;:
PRiftCIPAL GRAVITY FACTS FCR CftSCPCE "CLftTAI~s. ~·s~J~GlCft
QLAC! 1<'45/4H45
STATIC~ L•rrrua: LO~G!TLCE ELEVITIC~ J.C. <C,~,~/lSO> <O,M,~/1,C> (FEET>
l 48 0 7 4845.'15 12C47.~5 3191' L 48 08 4845.38 12Q47.~'l 2844 1031E 48~5.00 12C51.75 592C 1032'; 48:8.60 12G'o4.~0 SC:: 0 1D326 'l8S6.90 12c:::.~a ~ 48C
CBS. GRAVJn <~GALS>
9RCE21.1'1 98U '~ .54 ~8C47l.C4 '18(:4~.~,3 98U3E.~2
1 "Zr:
FR:E-AIF SIMFL~ KClfL€R CF=2.67)
-49.36 -158.,E -67. lS -16<+.E::
~7.24 -144.~C; 29.St -142.44
-24.78 -143.~l
PRI~CIPAL GRAVITY FACTS FOR CASCICE l'GL~lAI~S, ~AS~I~GlC~
QLAC: 1 aso 14345
STATION LATITUDE LJ~G!TLCE El~VATIC~ r.c. cc.~,M/100) <D,M,~/lJC) (f~[T)
144708 4845.12 121J:.E't 16C~ 1,147~9 4846.15 12101.:7 1 E. C ~ w "11 a 4e46.5G 12103.18 16: 4 W 4 711 4849.0!J 1210~.~! 16 'J 7 i.14712 48:l.lQ 12102.('; 161G W471~ 48~4.R9 12104.~7 1603 WHH 48:7.'J7 121C:.E: 1 t{<3 11471: 48~9.25 12104.::: 1£C~ W4717 48~6.50 1210~.':6 1ED4 w 411 e 48:3.07 12112.,4 1£C3 W 47 !S 434g.44 121J1.F9 16"4 W 4 7 R 7 48~-:.Rl 12112.1'7 2485 W478B 4 e 43. 'i'+ 12109.:', 1868 W47SO 4848.19 12101.:1 1662 \44791 4~46.53 121!~~.E"1 1619 10317 48:~.60 12112.~c 588C 1031S 4849.20 12111.~a 2C74 10327 48:6.62 12100.:5 2~~3
fJHS. GRAVI1Y < l'GALSl
98C72~.1'4 58C J2g, 48 9Brl~4.P~ 98(728.'il 98C7~1.1G 98C7~1J •. ."33 "8(747.5'.' 58C7~3.~E 98C7~C.21 58(738.69 98c12fl.CJ 98(fSG.47 98(122.0R gac,3c.4~ 58CP7.13 98C4~~.52 98(712.34 98CE81.12
13E
FREE-AIF SI~Flf JCLELER CF=2.'-1'7)
-s1.1s -145.7': -52.C9 -l46.6S -87.17 -1.til.t l •St;.6 7 -1';1.41 -'::7. 22 -152.CE -84.32 -1,38.'3~ -5l.3C -145.5( -81.'.'l -141.8( -E6.7: -141.~f -53.24 -147.E~ -';7.43 -1:'.2.Cf -:s.11 -1 ~9.1: -,8.14 -141. 77 -88.6~ -14'1.~! -,!3.:ol -13B.E.:
~2. 11 -!48.11 -E9.4S -14J.12 -~8.~q -13':.71
QLAC: 1,115/4845
LtTITUD:':
114776 4B': ~.28 1147 77 48:3.85 W 47 l P 4~:3.85 \147 75 48:4.22 w,1es 48:3.65 w 4 7 e 1 48:2.5.3 114782 4B':2.53 W47E3 48:2.36 W 47 85 48:3.46 W 47 EE 48:2.·n
LONG ITLCE
12127.79 1212£.E? 1212~.F2 1212E.:1 12124.f9 12123.78 12121.n 1212':.,'3 12116,49 1211:,CA
ELEVATICi !FEf::T l
2874 25iSO 25EC 2624 2873 372~ 52Cf 29 4E 246E 3615
01:lS. GRAVI1Y <~GALS>
98CEeE.5~ 98C69"l.9G 98CE93.6= 98CE'l2 .4 7 58CE71.SE 98f.E23.E~ 98(:42 .53 YRCE:7,55 98CE88,8C 98CE33,11
131
FREE-Alo SIMFLE 8CLGLER <F=2.,i7>
-2.f:-.13 -12<t,.C~ -49 • .18 -136.31 -49.4~ -13.; .. EC. -45.14 -1~4.:l -'41. 38 -1~9.~~
-B.CS -134.81: :0.71 -126,El
-%, 7E -147,11 -62.35 -1%.4] -8.74 -1~2.cc
DRI~CIPAL ~PAVITY FACT~ FOR CISCJOE MSU~lAI~S, ~ASHINGlC~
QLAC: 1<1~J/4A'+5
STATION LAT ITUOC: LJNG JTLCE r.c. <C,M,M/103) <D,M,~/lOC)
L ':O 19 4r\51.04 1211'.fl.1:6 L:020 '+A:1.77 12140.24 L:021 4A:l.87 12139. ~7 L:J22 4B'::2.h2 1214C.19 L 50 2 3 48':4.33 12141,f" L:024 48~3.93 12139.:8 L~02': 48:4,6'+ 1213':.(5 L :0 26 48:4.06 12142,Cl L5029 48:4.46 12142.~5 L5123 4'147.11 12141.:2 L512S 4848.44 12141.~1 W47H 484"'.l.62 1214D.:7 W4742 48'::.02 12139,42 W4773 4'1:3. 76 121]:.E6 '~477'+ 48:2.98 121~2.c: W4775 l.p3:3.23 12130.~3 948€ 48':S,53 12143.,2 948S 481:~ .B~ 121'+4.33 951E 4'1:7.13 121,31',CS 9:18 4'157.39 12138.':1 9 "1 5 48':5,'lO 12Lll,C9 9521 1t8~6.61 121:!S.1C 9 '3 2 2 48':E.l 7 1214"?.~4 gc::"" "1 - < - 48c4.99 12140.1A 9602 484~.3& 12140,(9 'H69 4E45.51 121~ll.4( 9~7C 4845,06 121~4 .1"5 'H 72 4845.83 1213",18 'I E 7 4 4845,17 12137.,2 'I E 7 : 4!l4'i.lil 121~?.E::
ELEV,~TIC~ <FEC:T J
4742 '+ 0 3 4 3 .3 3 1 2724 2011 2499 3104 2G ':l2 1 9 'i E 1611 2618 3255 39 3 '.l ~ e '31 50':>E 3673 5797 58'JG 5.lt:;Q 6521 45GC 3660 3 2 4 0 2850 1253 29CC 4240 192C 2240 2560
ORS. GRIVIlY <~GALS>
98C':~'+.14 9PCE42.fi: 98CE82.:l 'i8Cil8,4: 98C1:9,BO 98Cl30.G4 98CE8J.~C 98C1~4.:7 'i8C7:':.19 'J8C7f':.~1 98C7~4.1C ~8CHE.~7 58Cl:~2.9£: 98CE30 ,5 4 58C5El,3~ 98CE:3:,,q2 gsc:1g.1.'! 9tlC':20 .1 7 98C':A2.f:l CJBC414.3J 58CE14.7~ '38CEE8,C2 98CE!l9 .!2 'l8C11~.2'J 98(201,15 98CEE7.54 ':l8D00.:8 98G74R.E8 98(142.«7 98C12E.64
FREE-A!~ SIMPLC UCLELER (P=2.67J
EO • r.; 1 -101.c1 41. 2 8 -ss.12 14.41 -gJ.~4 -7,3E -1 '~ :J • 1 t.
-~5.S3 -1C4.1~ -18.il9 -lG 1+.Cl -12.2', -ll8,Cl • 32. 8 ti -1J4.:S -41.H': -1G9.B~ -:7.?.3 -112.1: -;:>5.43 -ll4,6C
-i:+.~)3 -115.5~ 24,47 -10,.:t 5.95 -121.37
S5. l CJ -11s.JE -1.63 -126.7~ 18.61 -11a.e~ ~3.63 -ll'.:1.t~ 11. t., ~ -57.71 SH.SO -12">.EC 'i9.57 -103. 7(
24. 28 •l')J.~t b.54 -1J3.E2 C • f '3 -96.£E
-~l.5E -54. 24 -lG.':>8 -1(:3.4~
!6.98 -10'1.44 -42.60 -lC,7.SC; -17.72 -S4.:l
-4.9E -S2.1E
PRI~CIPAL GQAVITY FACTS FfR CPSCPDE ~CL~lAI~S, *ftSrI~GlC~
STAT IO~ LITITUOE LONGJTlC~ r.c. <c,~.~,1Jn> <n,~.,11Jc>
L ': 0 3 a 48:4.70 1214':.~8 V:O 31 48:'1,63 12147.E4 L':032 48!:4.3>1 121S4.~3 L !:O 3 3 48:3.33 1215E.~1 L!:034 48:3,51 121!:7,l'3 1J82 7 4846,07 1214P.~:O 1 os 2 e 484'>,11 1214E.~C 1 08 3 E 484:". 76 12147.73 1084 C 4P4'i.59 1214E,96 10841 4845.68 12146.Cl 2130 4845.37 121:~-~< 9 46E 48:4.45 12149.12 9472 49:2.83 12151.83 9 47! 48:2,11 12l'ir,EJ 9474 48:1.5,s~ 121':0.~2 9 47c 48:C.52 12151.34 9477 4B!:2,32 12152.£4 9 4 7 e 4B~3 .. 60 12149.25 94q4 4857,30 12147,:~ 9 48" 48:ti,63 12147.37 948E 43cr.11 12147.32 9 48 7 4/l::'.97 12145.51 949: 48:7.4S 12148,3G 949E 4'!:1. 79 1214c,57 9497 48:F..91 1214P,<;7 9498 48:7.69 121'50.10 9499 48:B.04 121::~.:~ 9 !:O C 48:7.64 121"'2 .16 9S31 48:; .. gry 121~2.<;') 9:02 48:5.67 121~7.£2 9503 4855.04 12l"i8.,7 9 50 4 48: 6. 21 1215~ .. !~ 9 C- !"IC
- 0 - 4fl:1.3g 121'i4,E7 9 !:OE 48:4,29 12lcf.<;6 9!:01 4A:'i.21 1215f,CR 9:QP 48:~.63 12152.1~ 9!:lC '48:4.29 12159,46 9528 43!:2.15 1215::.46 9:2S 4A:1,C6 12158,1'4 9c3c 48c1.'1', 121S7.~2 9 ': 31 48:1.20 121::~.~8 9:: 3 2 4.q:.: .37 121SE.26 g:3~ 4B:1.2g 121"'4.(7 '3: ~ q 4848.30 12153.11 9 !: 3 ~ 'l84'i,3S 1215:,ES 9 :3 E 4848.50 121~~.E~ 9:37 4At5,71 12154.CS 953E 4a1:2 .. .qs 121:4,E2 9:35 48:4.17 12147.Ff
ELEVATJC~ <FEET l
1862 1861 1115
9 31 878
9 3 C 0 7 O •JC 7600 G2CO 4720 1!557 1375 4277 5884 621: 6563 4159 2432 4 ': 1 G 5581 5655 59 30 42GO 31::; C 3400 3 ·7 50 2650 34QO 21 3C 21?0 208S 38GO 3000 1800 3037 1560
7 5 :2 2290 31:C 2910 3 2 il 1 5021 14 fl C 35":C 5C21 41: 0 2250 1175 2C~G
GhS. GRA~IlY (~GALS>
98(757.~l 98C7El.c3 98CE28.C6 98Cf23.22 58Ce2£,7fl 98(213,31 98(431,48 98(40, .~ 7 98C48E.24 98(!:70.67 98C182,S8 98CJeE,2~ 98CE1!:,Bl 58C:J5.17 9EC48:,4E S8C4E3.47 o<8CE21,:8 98~729.30 98CE2l,01 1::1ac:~_9.gc 98C~~8.5E sec:12.6~ 98CE32 ,C'l 98U70 .:' 7 98CE79,'i3 q8CE:7.20 sec 12£ ,: r 98U88.~1 '38(7E3,13 98C7E2,l9 SBC HC .le. 98CE:4 ,E9 98C11'l.:S 98C774.9C 98(107,21 98C'iE4.f': 'lEGE~:.2C 98Ci4:,'ll 58Ci27,4S 98Ci?2,41 98(E72,Sl S8C~ECJ.QC 913(714,<l S8CEEB.24 9ac: 1:3 .~c ~ACE3Q.2~ 98C6"J:.95 58CE!0..55 'l8CE~.7C
fREE-AIF
-22.69 -48.9E -11.:;: -12.30 -14. JC 115.84 119,10 1 ~o. tJ6
5 7. 9 C 4~.9E
-41.7: -E9,lb
~5.7t: e 1. 2 3 E'J.6C
1 Gl,'H ~1.1 9
-25.4q '::6.1'3 75. 7 ! 77,76 83. 3 7 ~7.RL+ 14. 7 ':.. 11. 25 2 0. 3 l
-14,31 18.::B
•25.L'J -24.99 -28.18
24.72 7.58
-40.3~ 6. ':! 1
-~1. 0JE -78.78 -~0-~2
44.~4 25.2~ 1. 21
E2,f,1 -f:;i.'22
2h.'38 ER.44 44. 7 1
-7G.G'.: -EC.9f -~ti.H~
13,
SI~PLE dCLGLER <F=2,.S7l
-11',- 11 -112.~: -1C9.4E -104.Cl -12.3.SC -2cc.:.9~ -1 U. 31 -1cg.2c -113.27 -117.JE -94. JE
-11S.G2 •lC'-1.Sl -113.lf -122.DE -12:.6!! -lL,H -10.g.~E
.. q7.'4C -114.cE -11c}.~~ -llR.61 -1cs.21 -1c;;.1s -1\.-'+.~~ -107.41 -104.SE -97.2! -(? 7. i::;, -'17.2( -9:J. PC
-1C4.71 -91+.EC
-lSl.6~ -56.41
-lCS.GS -1S4.~~ -r:ia.s; -63.2: -73.EE
-11:.s~ -1CiJ.4C -llrJef:~ -54.~~
-1J2.SE -96.64
-14r,.~S 1 _.,,," C,..
- ~ ·~..:. ,J.:,
-1 cc>-. E ~
PRiaC[PAL GPAVITY FACTS FnR CISCACE ~cUilAI~S, ~ASHI~GlC~
QLAC: 1~14j/4B45
5TATI0N LATTTUO~ LO~GITLCE ELEVATJC~ r.c. <:,~,M/lJO) (D,~.~,1oc1 (FE~T)
q:: 4 a 48:1.49 1214E,42 2EOC 9~41 48':2.30 1214E,':5 3100 9~4. '18':l,17 12147,EB 355C 9 54 .3 48':2.51 12147.P9 47DC
OHS. GRftVITY <~G~LSI
98C1J9.9.3 980E8~.22 98CE4'1,4.3 58CEJ3,fC
14(
FFEE-AIF SI~FLE UCLEUER <F=2.S71
-2~.85 -114.41 -1.75 -1C7.~~ ~1. 11 -93. l.f~
E3.22 - 96 • E 1
PRiftCIPIL GRAVITY FACTS FfR CISCtCE ,cu~lAI~S. ~,s~I~GTC~
QLAC: 1~2~J,•84S
SlATIO~ LITITUDE LJNGITLCE ELEVATIC~ r.c. <C,~,M/l~c, (D,M,~/10() (FEcTl
A935 Ae3E AEBA A 51 C A 511 A 512 A914 A 51:: A 51 E A 511 Fl8~1 FA832 F AB! 3 F A.q ~ 4 2E2~ 262E 2E28 9548 9545 95t;G 9 ': 5 l 9 :5 ~ 9':54 9555 3:SE 9557 9:'ie 9 555 13~62 31:6~ 9:64 956~ 9:6E 9 ': E 7 'J <. 6 E 9':72 'J':7~ 9574 9:7~ 'l ': 7E 95 77 957E 9 ': 7 5 9 58 -J
'l 581 9 58 2 9 58 ~ 9E21 9622
48:~.02 4855,58 1+8::.6g 48:5.69 411:'1.72 48':9,59 48~9.54 48'.:R.65 48':'l.38 4858,14 48:(.Ql 48::.61 48:.3,30 48:4,33 484'5,3J 4846.70 4E46,50 4B:6.49 481:6.85 48!:7.28 4A:7,12 48:S.54 4856.64 48: 7. 2 5 48:fl.25 48~9.05 4/l~9.28 48:~.67 48:5.5~ 48:6.35 48~7.06 48::7. 77 48:'4,gg 481:::.64 48:::.49 4'1'53.36 48:3.61 48:2.95 4A':l,7'1 lfR1:~.G4 48 ~2.42 48"1.04 'lil"l,O'l 48:1,0'1 48::0 ,87 4849,l'l 48~c.C7 4848.89 4847.66
1220~.12 12204,E'J 122;2.~: 12214.l" 12214,(7 12214,8(1 12211,48 12210.EE 122J~.';6 12204,EO 1220i;.:~ l22C5.1'.' 1220S.C8 122ce.c1 122'7,13 122Jf .f:t::. 122~~-::5 12201,!R 12201.Vi 12202.14 122fJC.1~ 1220 4 .n 122)4.:7 122.14.2g 12204,:1 12204.~l l22J':.':3 122c1.1~ 1228E.15 1220 7,(A
122JE.~9 122Jf.12 122·Jf.:. f:5 12202,<2 122Jl.C8 122Jf.73 1220:,16 122.14. ~1 12202.11 12200.~A 12202.1~ 122J1.~2 l 2 2 '; 7 • 1 7 122GE,C7 12204.€1 122:2.~2 12204.,3 122C7,44 122Qf.~O
441 668 6C6 Slt
42 34 2:
': 7 5 ': 4 8 81 'i 343 3.32 401 420 685 697
1227 1839 2780 3 3 2C
668 773 755 fl 3 2 8 4 2 548 'i 3 3 93E
.216 ~ 1 91 5 1886
'5 34 6C7 6 fl 1 '5 3 2
129E 2786 3561 3672 2298 2923
g lt2
19 3 2 272E ~ 1 96 2 :3 1 3
421 :"08
ORS, GRAVIH (~GALS>
980EB4,48 580U7,:~ 58CfE3 ,13 98Ct':l:, 1P 9fl0S2E.OE 98G52E,39 'J8CS2E,44 98H9:.f9 98CEl':,2B 58C8El.25 5HG8f3,8F. S8CeER.4: 980E14.EC 980e8l,E4 98CF44,4G 98CE41.~C 980£04,[0 98C189,7S 9AC1c4.::c 98CES9,47 98C7:4,7q g8CEE~.31 '::8CEE0.1J 98CEE0,31 S8CEEO.S8 58Cl'f'C,2E 98CE82,:0 9HCEE4,:~ 98CE:2,:07 98(777.22 S8 C758 ,E'l 98GE00.:2 SBCE74.E~ 9BCE£2.C~ 98C8':C.72 S8C~ffJ • .3~ '38CE14 ,/l~ 98(117,45 58CH:,.:4 98CU0 • .:4 '38C144,4f 9eCE: • .:7 98UcE,~S 5ECiE!:.4C 98Ci1E,4:; 'JECEA:.eG 98C7~R.=c 58CE48,3~ 98CE4:,~e
141
FREE-AIF SI~FLE UCLELER <F=2,(,7)
-S9.Sf -ss.1~ -EFJ.4.: -43.-4(.
- El.1 4 -E2,8f -t.3.:'i5 -'1;:: .. c.,c -i:s.31 -~2.00 -o. 3:: -EC:.~Lt -10. n -E3,44 -El.87
-:2.RE
7,48 22. l ':. -S.13
-s~.~'t: -::s.2~ -~7.h! -:1,21 - C ') i C ... ,_ .... ., -::7.94 -1:::ti.3S -45.93
-f-'.: •HA -9.48
-11.dl - 60. 7 2 -E7. 35
-1?,11 -%. 78
-2_. 9 8 lh. 58 2 3. 0 7
-21.12 r:'. h 4
-~4.'~~
-32.iS2 -b.Sf
g. ~; 3 -22.16 -88.45 -Et.4:
-1~.EE -n. e F -HT.SI -1:::..~E -02.::, -E4. C ~ -ci~.44
-E'.6~ -73,St -79.ES -CJj.C~ -S2. 1: -84 • .:S - -, 7. 7 ':. - 8 j • ..: t
-1:-1.1~ -sc+.tt -87.hS -IH,21
-R3.CC -Fl. C 1 -e:.::1: -83.~l -1'}.':':; -Ee.PE -7,,,fl -7<+.:~ -77-~l -E;.~! - 74. 8 t -J;.3.C':. -111.sc -~A.Ci -94.14 -50.ES -1C.5~ -97.87
-1C4.71 -102.cc
-59.~S -9a.s~ -Y::).t'2 -'1d.4~ -9·.,.4e
•1C"J.S4 -102.E~
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QLAC: 1 ,2DO /4A't5
STATIO~ LATITUO~ LD~GJTL[E ELCVATJC~ r.o. <C,~,-,t3J) <0,1".~llJC) <FE•T)
9E2~ 4846.74 1220~.~6 1: 3 5 9 E 2 ': 484S.46 122°~.':A 12 'i l 962E '*84S.25 12202.~8 1220 'l E 21 4fl45.17 1220J.S6 1 ': 3 7 9E59 4P.lic:;.51 122'.:ti.EB 2642
'JB !: • GR A V IT Y ( !"GALS I
98CE17.":E 98C~C2.':3 98Cl,E.77 ~8CJA,.Al 98C12~.,:::
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-::H..32 -53.:'i -:2.32 - 54. ':i ~ -EC.98 -122.~~ -4't.4G -s~J.7~
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PRI~CIPAL GRAVITY FACTS FGR CASCACE MCL~TAI~S, ,tSHI~GTC~
QLAC: l,21514A4'i
S1AlIOI'\ I • S •
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LJ!'.G JTLCE <D,~.~/lOC)
122?1.£3 1222J.:7 12215.~2 12215,Sl 12220.~~ 12215.(1 12215,E? 1221':.ES 12221.1: 12225.(7 12227.75 1222f,47 1222r.n 12224,U 1222'.E'J 12222.45 1222C.:: 12211.:;~ 1221":.E2 1221~.1c 12218.,:' 1221E,£~ 12225.(~ 1222'5.C~ 12225.C~ 12225.(~ 12225,C~ 1222".~" 1222':,lJ 12224.45 1222?.t:: 12222.43 12220,l'A 12221,(7 12221.rc 1221',,E[ 1221'9,12 12218,4R 1221~,E2 1221':.41 1221E,l" 12211.11 12218.q 12219.E'.J 12221. C" 1222~.~8 12223.C 1222':.(4 1222€.~9
El(VA1IC~ <FEfT >
31E 557 648 556 440 ,3 = 4 213 150 229
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74 51 61
1G9 124
'3 2 5 P,
BG 88
1J3 go 'l C 81 67 71 69 6C 8E
:: t: S2 64 65 85 54
115 113
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143
SI~FL:: dClfLEF <P=2.67>
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PRI~CIPIL GRAVITY FACTS F0R CASCJCE ~:LITAIIS, ~dS~I~GTCI
QLAC: 1~21514~4~
STATIC~ LITITUD~ LONGJTLCE ELEVATlCI I.O. <C,~,M/lJJ) <D,M,~/IJ:) <FEET>
A887 48':7.37 12221.1c 199 A E, 'l 48:,.02 1221.0 .•1 ' ' , ~.~
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144
FREE-AIR SI~PL[ 8CLGLER <F=2.(; 7l
-::1.qg -ss.2c -6'l,:7 -7.l,'J2 -6?.:-E -7?..72 -E7.01 -10.e~ -E5.')0 -r}Y. lE -El.27 -1_;4.Sl -E'..i.~-8 -!SJ.Cl -:·1.8~ -62.St -60 •. 3C -E:4.6~ -:6.8~ -£:?.:: -:O.Hl -s:.6E -4~.27 -6!..Sl -59.C:C ,. ~ 1 C
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-58.38 -E';.G~ -61.€~2 -E2.g; -~7.:il -S9.Cf -E0.14 -f,l .. 71 -':G·. 77 -51.2E -49.1~ -'iq,JE -42.l': -47,E~ -41.5~ -4").E4 -41.'-15 -',.;.~; -tis.;;c - 1:1. G ~ -47.54 -:,l,6E -:7.41 -':CJ. lC -64 •. 39 -c.)r.:::
PAI~CIPIL GQAVITY FACTS FCR CISCACE NGU~T•r~s. ~ISHI~GTC~
JUAC: 1~2151.500
STATION LIT!TUD~ LJNG!TLCE ELEVATIC~ I,C. CC,~oM/lGS) CO,~,~/lJC) CFE~TI
AR64 •9C~.13 12229,(3 141
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