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TRANSCRIPT
U.S. Geological Survey
Released to open file
Principal facts for gravity stations in the
Redding and Ukiah AMS sheets, California
By
Andrew Griscom
Menlo Park, California
"Prepared in cooperation with the
U.S.. Army Map Service
This report has not been editedor reviewed for conformity toGeological Survey standards
This report contains 1,186 gravity stations (table 1) which include
new data (833 stations) collected in 1968 and 1969 by the author as well
as older data collected by various workers and organizations during the
past 13 years. The new stations were measured with LaCoste-Romberg gravity
meters and were tied via a base station network to U.S. Geological Survey
Base A (979958.74 mgal) in Menlo Park, California (Chapman, 1966). From
the older data selected gravity stations with a wide range in observed
gravity were reoccupied by the writer and, where necessary, both calibra
tion and datum of the individual sets of data have been modified to bring
the older data into agreement with the new data, A few errors in latitude
and longitude have been noted and are corrected in this report. New terrain
corrections for Hayford-Bowie zones A-0 have been applied to all stations by
means of the Plouff terrain correction program (Plouff, 1966).
The sets of older data are described below;
1» Bowers, The original principal facts for these 150 stations
are from a Ph»D. thesis by R. A. Bowers, University of
California at Berkeley, 1958. Using a calibration
curve by R, H. Chapman based on the reoccupation of 17
stations, H. W. Oliver (written communication, 1967)
reprocessed the original data to correct for discrepancies
in gravity datum and gravity meter calibration.
2. Chapman. These 20 stations were supplied by R. H. Chapman
(written communication, 1967) and are published, rounded
to 0.1 mgal, in Chapman (1966). Small revisions are based
upon several reoccupations of certain stations by Griscom .
3» Evernden. These data in the form of observed gravity were supplied
to H. W. Oliver by J. F. Evernden in 1961 and were processed by
Oliver to simple Bouguer anomalies. The table lists 71 of these
stations.
4. Humble Oil Company. These 22 stations provided by Humble Oil
Company are from a data set covering a larger area than this
report. Based upon the duplication of 35 stations by T. R.
LaFehr, R. H. Chapman reprocessed the data to correct for
discrepancies in gravity meter calibration.
5« LaFehr. These 50 stations are described in LaFehr (1965).
6. Standard Oil Company of California (SOCAL). These 40 stations
have been provided by Standard Oil Company of California.
Based upon the reoccupation of 29 SOCAL stations, Griscom has
reprocessed these data to correct for discrepancies in gravity
datum and gravity meter calibration.
The meaning of the column headings of the table is described below.
STA Station number
IATIT North latitude in degrees, minutes, and hundredths of minutes
LONGIT West longitude in degrees, minutes, and hundredths of minutes
ELEV Elevation of station in feet
F.A. Free air anomly in milligals
S.B.I Simple Bouguer anomaly in milligals for assumed density of 2.67 g/cm
S.B.2 Simple Bouguer anomaly in milligals for assumed density of 2.50 "
CC Curvature correction in milligals for an assumed density of 2.67 "
TC Terrain correction in milligals for Hayford-Bowie zones A-F for assumed density of 2.67 g/cm^. Calculated by hand 0
TER Terrain correction in milligals for Hayford-Bowie zones G-0 for assumed density of 2.67 g/cra^. Calculated by computer.
(NEAR) That part of terrain correction (TER) representing the contribution of compartments which intersect the outer circle of zone F.
C.B.I Complete Bouguer anomaly in milligals for an assumed density of of 2.67 g/cnr*.
C.B.2 Complete Bouguer anomaly in milligals for an assumed density of 1 2.50 g/cm3.
! References|
Bowers, R. A., 1958, Gravity in northern California California:i
California Univ., Berkeley, Ph.D. thesis. i
Chapman, R. H., 1966, Gravity base station network: California
! DiVo Mines and Geology, Spec. Rept. 90, 49 p.
LaFehr, T. R0 , 1965, Gravity survey in the southern Cascade Range,
California: U.S. Geol 0 Survey open-file report, September
20, 1965, 21 p. plus 48 p. app.
Elouff, Donald, 1966, Digital terrain corrections based on geographic
coordinates [abs.J: Geophysics, v. 31, no. 6, p. 1208.
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G098 40
G099 40
G100 40
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G104 40
G105 40
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28.10
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SUMMARY FOR
238 STATIONS IN MFNOOCINO PROJECT
COMPUTER TERRAIN CORRECTIONS CARRIED FROM
CIRCULAR INNER RADIUS OF
2.290
.,
, TO 166.700 KILOMETERS.
DENSITIES ARE 2.67 AND
2.50
' DENSITY OF 2.67 IS USEO FOR
' '"
. VALUES -I
N COLUMNS LABELLED CC. TC, TER, AND (NF.AIU.
TC-HAND CORRECTION
TER-TOTAL COMPUTER CORRECTION. (NEARL-PART OF TOTAL THAT REPRESENTS CONTRIBUTION
. ,
',OF COMPARTMENTS THAT INTERSFCT
STA
UG241
UG242
UG243
HG244
UG245
UG?46
UG247
IIG248
UG250
UG251
HG252
UG253
UG254
G?55
UG256
HG257
UG258
UG?59
G260
UG261
G26?
G263
G2ft
4G?65
G?ft
ftG2
ft7
UG?f
t8UG269
IIG270
IIG271
G27?
G?73
G274
G?75
G?76
G?77
G278
G279
G280
G281
G282
G283
G?84
G?85
G286
G?87
G288
G289
G290
G291
G292
. G293
G294
LATIT
39 45.0fl
39 47.32
39 52.44
39 49.92
39 47.70
39 47.51
39 45.18
39 44.12
39 52.46
39 5^.28
39 52.66
39 56.21
39 57.93
40
0.19
39 56.43
39 57.43
39 59
.1-*
39 S9.98
40
1.02
39 57.71
40
3.03
4O
5.10
40
4.?. 3
40
6.15
40
7.93
40
7.44
39 50.81
39 56.87
39 58.6ft
39 49.63
40
2.34
40
1.03
40 38.25
40 34.39
40 32.50
40 33.57
40 38.52
40 39.93
40 41
.87
40 45.08
40 40
.ft8
40 39.38
40 43.12
40 44.69
40 43.15
40 41.9?
40 37.43
40 33.25
40 36.44
40 34.94
40 30.72
40 25.04
40 25.01
LONG IT
123
3.14
123
0.13
123
ft. 26
123 14.78
123 15.66
123 18.71
123 16.85
1?3 18.89
l?3 16.97
123 18.28
123 20.9?
123 18.08
123 15.68
123 16.28
1?3 20.59
1?3 21.41
1?3 21.72
12^ 2?. 68
123 24.10
123 24.08
1?3 2.6.10
l?3 ?7.34
123 ?3.?1
1?3 24.7?
123 23.41
123 25.76
123
0.7f
t1?3
0.36
123
2.70
123
5.08
123 33.71
123 31.01
1?4 12.04
124 13.79
124 14.21
1?4 11.35
124 17.83
124 13.45
124 16.26'
124 13.86
124 17.19
124
9.14
124 12.14
124 10.73
124
9.95
124
8.64
124
7.81
124
5.48
124
3.36
124
1.09
124
6.72
124
7,16
123'
57.76
ELEV
4847.
3485.
2986.
1388.
1417.
2809.
2160.
2844.
2863.
2990.
3317.
3044.
2670.
1280.
136?.
1903.
?005.
?834.
3349.
?078.
3533.
34?4.
3185.
2910.
2385.
3078.
4496.
3189.
3763.
1493.
1424.
704.
406.
33.
301.
44. 5.
401.
170.
4. ,
8.
187.
472.
7.36.
69.
. 695.
338.
1645.
1024.
82.
3188.
130.
INNER CIRCULAR RADIUS,
F.A.
68.13
14.73
1 .20
-40. 33
-31.94
20.69
1.81
29.99
10.84
15.44
?8.?8
10.39
-11.41
-69.79
-53.14
-31 .63
-31 .66
1 .50
18.69
-23. ?9
?1.59
11 .74
4.70
-6.70
-? 7.07
-3.6?
43.28
-10.13
9.82
-53.60
-33.33
-63.90
. -34.66
-47.35
-33.91
-51 .94
-35.23
-28.77
-21.89
-33.61
-30.34
-34.11
-19.94
-28.76
-26.39
-26.63
-29.60
-53.36
3.60
-17.85
-57.55
' 55.69
-65.41
S.H.I
-97.19
-104.13
-100.64
-87.69
-80.27
-75.12
-71 .86
-67.01
-86. HO
-86.53
-84.85
-93.43
-102.47
-113.45
-99.59
-96.53
-100.04
-95.15
-95.53
-94.16
-98.91
-105.03
-103.93
-105.95
-108.41
-108.62
-1 10.06
-118.90
-118.52
-104.53
-81.91
-87.9?
-48,51
-48.48
-44.18
-53.44
-35.40
-4?. 45
-27.69
-33.75
-30.61
-40,49
-36.04
-29,00
-27.63
-?8.98
-53.30
-64.89
-52.51
-52.78
-60.35
-53,04
-69.84.
S.R.2
CC
-H6.67 1.39
-96.56 1.16
-94.16 1.04
-84.67 0.56
-77.19 0.57
-69.0? 0.99
-67.17 0.81
-60.83 I.
00
-80.58 1.01
-80.04 1.04
-77.65 1.1?
-86.8? 1.05
-96. 68 0.96
-110.67 0.52
-96.64 0.55
-9?. 40 0.73
-95.69 0.76
-88.99 1.00
-B8.?ft 1.13
-89.65 0.79
-91.24 1.17
-97.60 1.14
-97.01 1.09
-99.ft3 1.02
-103.23 0.88
-101.93 1.06
-100.30 1.34
-111.97 1.09
-110.35 1.21
-101 ,?9 0.59
-78.81 0.57
-86.39 0.30
-47.63 0.18
-48.40 0.01
-43.52 0.13
-53.35 0.0?
-35,39 0,00
. -41.58 0.17
! -27.32 0.07
-33.74 0.00
-30.60 0.00
-40.08 O.OK
-35,01 0.20
-28.98 0.00
-27,56 0.0?
-28.83 0.03
-51 .79 0,29
-64.15 0. 15
-48.93 0,65
' -50.55 0,42
-60.17 0.0*
-46.12 1,09
-69.56 0.06
TC 3.45
6.49
3.26
0.57
0.03
3.96
1.48
?.13
0.84
0,?6
0.17
0.95
3.09
4.7?
3.15
0.47
2.8?
O.ft
50.53
1,63
O.ft
l3.77
2.87
? ,69
O.?0
2.13
3.98
3.47
3.91
2.31
1.85
2.87
0 , '8
0.0f
t2,19
0. 1
I0.0
0.43
1.62
0.0
0.0
2.20
0.88
0.??
0.34
0,29
2.76
0.55
2.52
2. 00
O.57
8.84
1.84
TER
8.89
3.80
3.49
2.89
2.28
3.19
2.11
3.68
2.49
2.44
3.59
2.77
2.51
6.52
4.04
? . ?8
2.3?
?.6kJ
3.75
? .4 1
5.17
5.97
2.78
?.?8
1,76
?.85
6.19
6.?3
4.63
^ 6.13
2.03
4.66
1.98
2.14
2.55
2.10
1 .99
2.08
1.98
1.71
1.91
1.96
2.13
1.65
1.73
1.86
2.11
1.95
3.20
2.17
2.25
10.46
3.10
(NEAR)
O.BO
0.48
0.24
0.26
0.03
.0.33
0.18
0.54
0.14
0.04
0.07
0.15
0,28
1.03
0.46
0.14
0.2?
0.18
0.14
0.32
0.30
1.03
0.30
0.11
0.07
0.26
0.68
0.90
0.3?
0.50
0.07
0.76
0.04
0.03
0.16
0.04
0.0
0.09
0,02
0.0
0.0
0.12
0.14
0.01
0.04
0.07
0.07
0.05
0.09
0. 15
0.08
1.61
(U34
C.B.I
-86.25
-95.00
-94.93
-84.79
-78.52
-68.96
-69.08
-62.20
-84.48
-84. H7
-8? .?
1-90.77
-97.83
-102.72
-92.95
-94.51
-95.67
-9?. 83
-9?. 38
-90.91
-94.30
-96.44
-99.36
-10?. 00
-107.33
-104.70
-101.23
-110. ?9
-111.20
-96.68
-78.60
-80.69
-46.42
-46,29
-39.56
-51.25
-33.42
-40.11
-24.17
-32.05
-28»7l
-36.41
-33.23
-27.12
-?5.58
-26.87
-48.73
-62.53
-47.43
-49.02
-57.56
-34.83
-64.96
C.B.2
STA
-76,42 UG241
-8R.01 U0242
'~flB.81
UG243*'
-81.95 UG244
--75.56 UG245
-63.25 UG246
-64.56 UG247
-56.33 UG248
-78.41 UG250
-78.48 UG?51
-75.18 .UG?52
-84.32 UG253
-92.33 UG254
-100.63
G255
-90.41 UG?56
-90.51 HG?57
-91.59 UG?58
-86.83 UG?59
-85.31
G?60
-86.60 UG261
-86.9?
G262
-89.55
G263
-92.74
G2ft
4-95.93
G?65
-10?.??
G266
-98.27
G267
, -92.03 UG268
-103.91 UG269
-103.49 UG270
-93.94 UG271
-75.72
G272
-79.62
G273
-45.67
G274
-46.36
G275
-39.20
G276
-51.29
G277
-33.53
G278
-39.39
G279
-24.02
G280
-32.15
G281
-28.81
G282
-36.26
G283
-32.38
G284
-27.23
G285
-25.63
G286
-26.85
G287-
-47.51
G288
-61.95
G289
-44,18
G?90 *
,-47.04
G291
-57.56
G292
-29.07
G293
-64.99
G294
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-63. 85
-64. 9T
G937
G938
G939
G940
WG941
C 792
56054
5628ft
56904
57107
57182
57316-
57571
57609
57626
57642
57729
57828
57845
57897
57913
57963
57986
58043
58164
68036
68720
57136
57140
57147
57155
57158
57162
57464
57492
57510
57514
57519
5759R
57701
57705
5791?
57964
57969
5H342
SUMMARY FOR
373 STATIONS
IN MENDOCINO PROJECT
'""COMPUTEH TERRAIN CORRECTIONS CARRIED FROM
. CIRCULAR INNER RADIOS OF
2.2-
90
TO 166.700 KILOMETF.KS.
DENSITIES ARE 2.67 AND
2.50
DFNSITV OF 2.67 IS
USED FOR
VALUES IN
COLUMNS LABELLED c
c,-
TC,
TER,
AND
<NEAR).
TC-HANO
CORR
ECTI
ONTER-TUTAL COMPUTER CORRECTION. '(NFAR)-PART OF TOTAL THAT REPRESENTS CONTRIBUTION
OF COMPARTMENTS THAT INTERSECT INNER CIRCULAR RADIUS.
r^STA^
LATIT
LONGIT
ELEV "
' F'.A.
' S.B.I
S.6.2
CC
TC
TER (NEAR)
C.B.I
% *
"460
461
462
463
464
481
P 482
483
484
. 485
U. 486
c487
<^* 488
489
H ? kl
490
491
492
> 493
494
495
496
497
498
499
500
' 50
1502
503
504
506
507
508
509
510
511
514
515
516
518
519
5?0
521
522
523
524
619
620
621
6? 2
623
625
6?6
40
40 40 40
40
4040
4(1
40
4040
4040
40 40
4()
40
4040
40
40*
4(1
4O
^0
40
40
40
4040
404040
40
4040
4()
40
404040
40
4040 4()
40 40 40
40 40
40
4040
1.91
4.90
6.52
8.70
11.16
11.45
12.70
13.43
13.45
13.13
13.40
13.50
14.54
15.70
16.55
16.47
16.69
17.50
18.02
18.10
18.58
19.28
?0.22
21.72
22.04
22.00
22.92
24.05
24.35
27.73
26.95
24.70
?4.07
22.57
31.53
36.82
37.50
37.65
45.55
47.62
49. HO
49.93
54.31
57.43
59.3?
56.26
53.75
51.60
49. 12
46.13
41. 3H
38*13
122
122
122
l?2
1?.2
122
122
122
122
1 ?2 122
122
122
122
122
122
1.22
122
12?
122
122
122
122
1??.
122
122
123
123
123
123
123
123
123
123
123
122
12?
122
122
12?
1?2
122
122
122
122
122
122
122
122
122
122
122
5.90
5.98
6.50
8.02
11.08
14.34
16.18
18.03
20.20
22.55
24.42
?6.53
27.66
29.13
30.51
3?. 45
34.28
36.84
39.28
41 .52
45. 18
48 .40
50.71
53.18
55.96
58.18
0.90
3.40
4.85
10.03
12.83
13.82
16.03
17.99
10.78
59.90
57.23
56.47
53.13
53.09
48. 1H
46.75
46.11
43.92
41.15
25.07
22. 95
21 .22
19.33
18.98
20.65
21.82
.230
.234.
266.
248.
267.
318. '
331.
395.
453.
527.
605.
781.
877.
fl08.
649.
649.
684.
753.
8?1
.903.
1308.
1586.
1591.
2367.
2790.
2691.
3810.
3337.
38/3.
25?3.
3212.
3084.
2757.
2435.
?364.
2765.
1756.
1844.
2469.
248^.
2837.
200?.
2433.
3226.
2309.
1215.
1138.
1338*
1288.
1168.
801.
633.
-38.91
-46.26
-48.27
-58.60
-59.77
' -59.67
-63.53
-68.36
-71.38
-75.46
-82.22
-83.26
-83.19
-83.81
-84.35
-85.92
-85.17
-78.78
-73.19
-67.11
-44.29
-31.18
-31.71
-6.38
7.55
-0.67
35.04
14.37
36.04
-18.18
7.22
2 .3
3-12.28
-25.65
-29.36
-15.30
-44.48
-41.51
-29.75
-36.69
-13.25
-31.92
-15.86
12.84
-35. O4
-60.09
-54.33
-45.91
-43.79
-47.05.
-42.47
« -43.94'
-46.74
-54.23
-57.36
-67.07
-68.89
-70.50
-74.83
-81.82
-86.84
-93.44
-102.86
-109.88
-113.12
-111 .38
-106.49
- 1 0
8 . 0 7
-108.50
-104.47
-101.) f
l-97.89
-88.90
-85. ?H
-85.98
-87.11
-87.62
-92.44
-94.9?
-99.44
-96.06
-104. ?5
-102. 33
-10?.86
-106.32
-108.70
-109.97
-109.60
-104.36
-104.40
-113. 9^
-121.43
-110.00
-100.20
. -98.86
-97.20
-113.V9
-101.55
-93.19
-91.55
-87.71
-86.90
-69.78
-65.5?
-46.24
-53.72
-56.78
-66.53
-68. 31
-69. Pi
-74.
1.1
-80.96
-85.85
-92.29
-101.54
-108.19
-111.21
-109.63
-105.08
-106.66
-107.0?
-10?. 83
-99.40
-95.93
-86. 06
-81.84
-82.52
-81.97
-81 .
5h
-86.59
-06.64
-92.20
-87.65
-98.77
-95.36
-96.16
-100.33
-103.41
-104.84
-103.59
-100.55
-100.40
-108.61
-116.04
-103.84
-95.85
-93. 5f
-90.19
-108.77
-98 .91
-90.68
-88.65
-84.91
-H4.36
-68.O4
-64. 14
0.10
0.10
0.12
0.11
0.1?
0.14
0. 14
0.17
0.20
0.23
0.?6
0.33
0.37
0.34
0.28
0.28
0.29
0.32
0.34
0.38
0 . S 3
0.63
0.63
0.87
0.99
0.96
l.?2
1.12
1.24
0.92
1.09
1.06
0.98
0.89
0.87
0.98
0.68
0.71
0.90
0.91
1 .00
0.76
0.89
1.10
0.86
0.49
0.47
0.54
0.52
0.48
0.34
0.27
0.0
0.0
o.o
0.0
0.0
0.0
0.01
0.02
0.02
0.06
0. 1
10.09
0.10
0.14
0.08
0.10
0.?8
0.27
1.23
1.14
O.40
0.?4
0.75
0.36
0.86
0.94
0.66
0.78
0.66
0.89
0.83
1 .94
?,59
2.45
0.71
5 .0
33.15
.1.91
1.38
1.03
?.(13
1.1H
1.20
O.80
0.09
3.04
0,12
0.51
2.13
0.54
0.12
o.o
0.09
0.18
0. 19
0.19
0.09
0.02
0.02
0.01
0.01
0.03
0.06
0.11
0. 16
0.17
0.?4
0.38
0.51
0.71
0. 94
1.19
1 .34
1.8?
?.65
1 .HH
1.87
2.52
?.08
2.03
1.94
2.37
1 .
f 31.97
?.6H
3.92
2.03
1.68
? . 84
? .29
1.63
2. 78
1.48
?.69
3.74
2.33
3. 16
3.36
2.19
1 .06
0.72
0.55
0.51
0.40
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.00
0.0
0.00
0.00
0.00
0.01
0.01
o.oo
o.oi
0.01
0.05
0.08
0,11
0.0?
0.01
0.19
0. 13
0. 17
0.34
0.15
0,27
0. 11
0.25
0. 18
0.08
0.35
0.55
0. 16
0.27
0.?H
0.20
0.1?
0.2 4
0.11
0.?7
044
l0.07
0.09
0.37
0. 10
0.11
0.07
0.03
0.0?
.0.00
-46.75
-54.15
-5 f
, ?8
-66.99
-68.91
-70.6?
-/4.94
-81 .96
-87.00
-9:-
<. 57
-10?. 94
-110.01
-1 13. ?3
-111.4!
-106.44
-107.86
- 1 0 *
. 0
1-103.81
-99.36
-95.94
-H7.69
-83. H5
- H 3
. ?
)-85.74
- 8 5
. H H
-89.94
-93.4(1
-97.76
-94. f
O-101.91
-100.87
-100.01
-10?. 03
-103.21
-IOK. 10
-103.87
-99.06
-100.9?
-1 11.86
-11H.53
-107.49
-97.09
-94. hi
-95.17
-111.39
-95,64
-91 ,30
-90.5?
-H5.3R
-86. ?H
-69.48
-65.39
C.B.2
-46.25
-53.65
-56.71
-66.46
-68.33
-69.93
-74.21
-81.10
-H6.01
-92.4?
-101 .6?
'-108.31
-1 11.31
-109.66
-105.03
-106.47
-106.55
-102.21
-97.69
-94.11
-H4.93
-80.49
-79.<-»3
-80.69
- 7 9 .
9 3
-84.26
-H5.??
-90. h?
-86. 3H
-96.58
-93.99
-93.50
-96.31
-98.28
-103.09
-98.? 3
-95.58
-97.13
-1<)6.64
-113.3?
-101 .49
-9?. 94
-89.78
-88.29
-106.53
-9H.3H
-M8.V5
-87.68
-H2.73
-83.79
-67.76
-64.02
5TA
460
461*
462
463
464
4fli
4R2
4H3
484
4H5
4H6
487
488
489
.490
491
^9?
493
494
495
496
A97
49 f<
499
500
501
50?
503
504
506
507
508
5(19
510
S 1
1
514
515
516
518
S19
520
521
5?2
523
524
619
6?0
621
622
623
*? »
626 ,
*«KS--
.1'H_<|_<.-<_<.-<~.-.|l|l||'|||l|l|||||||J|J|l|l|l|J|l|||||
I I I I I J 1 I I
ccCcCccc'r| ,c»C4n
I I I I ' 1 I I I I ' I I I 4 I I I I I I I I ' ' ' ' ' ' ' ' ' 3 ' ' ' ' * ' ' ; ' /
I I 1 I I I I » I I I I "" I 4 I I I I I I I I I I I I I I I I I I I I I 1 I I I I I I I t I I 1 I I I I I I I I I ' !
714
715
* 716
, 717
718
719
1 720
721
7?2
7?3
' 7?4
7?6
7?7
7?8
7?9
730
731
73?
733
734
735
736
737
738
m 739
J} 740
*C 74
1HI 74?
> 743
G 7**^
tolX
4 ^747
^748749
750
MWHMM.
?1 5
216
^ ' ?
1 7
218
21 9
2?0
??1
???
HI 2?3
J4 224
02} ?
?5C* 227
S 2?8
? 229
< ?30
231
232
^233
ft?
£tf» 45
^ ̂405
2 *06
40 30.25
40 ?9.57
40 28.90
40 28.03
40 26.17
40 22.13
40 21.27
40 ?0
. 17
40 17.25
40 15.22
40 16.02
40 21.00
40 ?1.?0
40 ?0.77
40 34.05
40 32.3?
40 29.00
40 ?7.03
40 ?6.87
40 ?7.03
40 ?7.32
40 ?7.65
40 ?8.?0
40 ?8.HO
40 ?9.?3
40 ?9.7?
40 ?9.H7
40 30.28
40 ?5.53
40 ?4.65
40 19.4?
40 18.5?
40 17.13
40 16.07
40 15.53
40
7.0?
4O 54.55
40 54.74
40 52.43
40 51.33
40 49.28
40 46.70
40 45.77
40 42.94
40 43.45
40 41.10
40 38.23
40 38.07
40 58.62
40 56.49
40 53.37
40 51.06
40 48.50
40 57.40
40 43.09
40 36.83
40 37.28
40 50.93
40 58.55
40 45.70
40 37.27
124
124
r'l 24
124
124
124
124
1?4
124
12^
124
124
123
123
124
1?4
l?4
124
1?4
1?4
1?4
124
124
1?4
124
124
124
124
123
123
123
1?3
123
123
1?3
1?3
1?2
12?
1??
12?
12?
122
122
12?
1??
122
12?
1?2
12?
122
1??
12?
122
122
12?
12?
122
122
122
122
12?
18.2ft
p. 47
21.03
22.08
24.07
21.65
19.90
18.45
15.10
7.35
5.22
0.80
58.82
57.13
8. HO
8.75
7.88
8.47
9.38
10.42
1 1 .45
1?.3
?.12.90
13.3?
14.03
14.68
15.63
16.6.3
55.70
55.67
55.5?
54.5?
53.67
5?. 37
50.38
47.97
13.53
6.95
8.00
2.1?
9.55
2.96
0.65
14.45
4.83
, 2.53
14.40
5.60
25.85
25.8?
22.95
20.47
19.30
1«.79
19.79
22.49
19.00
1.91 '
25.90
0.70
18.80
1793.
1473.
1119.
45.
316.
33.
332.
420.
,269.
864.
2336.
305,
226.
205.
49.
61 .
799.
1967.
2115.
??63.
2233.
2350.
2514.
2353.
2064.
2011.
1966.
1877.
148.
149.
159.
175.
181.
?0?.
?06.
341.
1589.
1451.
1569.
13?7.
1322.
2169.
1325.
913.
1076.
1452.
536.
649.
1300.
1324.
1098.
1118.
1353.
2040.
886.
661.
592.
1313.
1237.
1327.
592.
33.99
26,51
14.71
-17.41
<*>
-2.86
-15.58
-3.08
, -0,07
-4.54
; -5.77.
37.37
-4H.O?
-54.64
-60. 18
-55.
67..
-56.37
-?4.?3
?1.83
?9.89
35.96
36.71
41 .0?
43.93
40.00
33.59
3?. 97
35.0?
34.44
-7^.71
-71.11
-64.91
-65.57
-65.64
-63.30
-65.82
-56.80
-50.00
-69.59
-60.62
r:68. 16
-62.10
-34.71
-63.01
-52.84
-65.53
-47. ?4
-60.27
-63,53
-6?, 89
-53. 14
-55.09
-53.30
-40.34
-36.86
-46. ?7
-44 .
03
-53.73
" -68.86
-65.11
-62.69
-53.89
-27.16
-23,73
-23.46
-18,94
-13.64
.-16.71
-14.40
-14.39
-13.71
-35.24
'..-42.30
-58.4?
-6?. 35
-67.17
-57.34
-58.45
-51.48
-45.26
-4? ,?5
-41,??
-39.45
-39.13
-41.81
-40.25
-36.81
-35,6?
-32.03
-29.58
-79.76
-76.19
-70.33
-71 .54
-71.81
-70.19
-72.85
-68.43
-104.20
-119.10
-114.14
-113.4?
-107. ?0
-108.67
-108.19
-83.98
-10?. 25
-96.76
-78.55
-85.66
-107.??
-98.29
-9?. 55
-91.44
-86.48
-106.43
-76.50
-66.59
-73.91
-113.63
-107.30
-107.95
-74.08
-23.27 0.69
-20.53 0.59
-21.03 0.46
-18.85 0.02
. -12.95 0.14
-16.63 0.01
-13.68 0.14
. -13.48 0.18
.-13.13 0.12
-33.36 0.36
-37.23 0.86.
-57.76 0.13
-61.86 0.10
-66.73 0.09
-57.23 0.02
-58.32 0.03
-49.75 0.34
-40.99 0.75
-37.65 0.80
-36.31 0.84
-34.60 0.83
-34.03 0.87
-36,35 0.91
-35.14 0.87
-32.32 0.78
-31.25 0.76
-27.76 0.75
-25.50 0.7?
-79.44 0.07
-75.87 0.07
-69.99 0.07
-71.16 0.08
-71.4? 0.08
-69.75 0.09
-72.40 0.09
-67.69 0. 15
-100.74 0.63
-1 15.94 0.58
-110.73 0.62
-110.53 0.53
-104.3? 0.53
-103.96 0.81
-105.3? 0.53
-8?. 00 0.38
-99.91 0.44
-93.61 0.58
-77.39 0.23
-84.25 0.28
-104.40 0.52
-95.4? 0.53
-90.17 0.45
-89.01 0.46
-83.54 0.54
-102.00 0.77
-74.58 0.37
-65. 15 0.?8
-72.63 0.25
-110.78 0.53
-104.61 0.50
-105.07 0.53
. -72.80 0.25
2.29
1.53
1.24
1 ,?6
2.68
0.57
0.93
0.?3
2.60
.3.16
3.84
?.47
3.06
2.08
0.04
0.09
0.95
?.70
2.40
2.6H
3.07
3.42
5.86
4.93
3.01
1 .83
1.43
1.80
0.? 1
2.06
1.71
2.31
1 .44
3.44
O.H3
2.78
1 .24
0.71
1.37
0.76
0.57
1.3?
0.55
1 .6
00.18
0.0?
0.18
1.17
1,47
0.15
0.53
0.94
5.76
0.38
0.04
0.02
1 .46
1.33
1.55
0.02
5.99
4.98
4.36
3.45*,
3.50
3.53
3.32
3.14
3.56
?.86
5.90
4.27
4.02
3.63
1.97
2.10
2.42
4.81
5.30
6.12
6.19
7.22
8.60
7.63
6.06
6.01
5.90
5. HO
3.07
3.05
3.78
3.69
3.69
3.28
2.92
2.73
1.54
1.83
1.26
1.83
1 .40
0.96
1.59
0.51
1.00
0.81
0.35
0.85
4.96
3.34
2.20
1.37
0.61
1.79
0.63
0.34
0.27
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