NOAA Technical Report NOS 122 NGS 40
Mobile VLBl Results for Crustal Dynamics Project Observations in the Conterminous Western United States, June 27, 1983 to May 21, 1986
Michael D. Abell Gerald L. Mader Michael L. Morrison
Rockville, MD February 1987
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NOAA Technical Report NOS 122 NGS 40
Mobile VLBl Results for Crustal Dynamics Project Observations in the Conterminous Western United States, June 27, 1983 to May 21,1986
Michael .D. Abell Gerald L. Mader Michael L. Morrison
National Geodetic Survey Rockville, MD February 1987
U.S. DEPARTMENT OF COMMERCE Malcom Baldrlge, Secretary
National Oceanic and Atmospheric Administration Anthony J. Callo, Administrator
National Ocean Service Paul M. Wolff, Assistant Administrator
Charting and Geodetic Services R. Adm. Wesley V. Hull, Director
For sale by the National Geodetic Information Center, NOAA, Rockville, MD 20852
Blank page r e t a i n e d for p a g i n a t i o n
CONTENTS
Abstract ..................................................................... 1
In t roduc t ion ................................................................. Data processing .............................................................. 2
Data summary ................................................................. 4
References ................................................................... 17
Sec t ion I. SOLVE3 s i te adjustment resul.Lb ................................... 1 9
Sec t ion 11. SOLVE3 ad jus t ed b a s e l i n e ctw1onent and l e n g t h r e s u l t s ........... 73
Appendix A. Antenna-monument o f f s e t v e c t o r s ................................. 113
TABLES
1. SOLVE3 parameter iza t ion o p t i o n s used i n adjustment of MVLBI d a t a , June 27, 1983 through May 2 1 , 1986 ...................................... 2
2 . L i s t of sites scheduled f o r p a r t i c i p a t i o n i n t h e observing s e s s i o n s used t o form t h e NGS MVLBI SOLVE3 d a t a base ............................. 5
FIGURE
?. Crus ta l Dynamics P r o j e c t VLBI sites i n conterminous Western United S t a t e s 21
Mention of a commercial company o r product does n o t con- s t i t u t e an endorsement by t h e Nat iona l Oceanic and Atmospheric Adminis t ra t ion. p r o p r i e t a r y products o r t h e test of such products is n o t au thor ized .
U s e f o r p u b l i c i t y concerning
iii
MOBILE VLBI RESULTS FOR CRUSTAL DYNAMICS PROJECT OBSERVATIONS IN THE CONTERMINOUS WESTERN UNITED STATES
JUNE 27, 1983 TO MAY 21, 1986
Michael D. Abell Gerald L. Mader
Michael L. Morrison National Geodetic Survey
Charting and Geodetic Service National Ocean Service, NOAA Rockville, Maryland 20852
ABSTRACT. Three years of Mobile Very Long Baseline Interferometry (MVLBI) data in the conterminous Western United States have been processed using the SOLVE3 program. estimates of the mobile station position for each occupation while using all the data to adjust the source positions. Independent estimates of Earth orientation allow the results to be presented as latitude, longitude, and height for each station as a functjon of time. Graphs are presented of the horizontal positions which clearly show the northwestward movement of stations west of the San Andreas fault at a rate of about 3 cm/yr. Furthermore, all the California stations appear to be moving northward at 2 cm/yr with respect to stations at Plattville, CO, Ely, NV, and Flagstaff, AZ. Summarjes of all the baselines are also presented.
The solutions allow separate
INTRODUCTION
Under the terms of an interagency agreement between the National Oceanic and Atmospheric Administration (NOAA), the National Aeronautics and Space Administration (NASA), the U.S. Geological Survey (USGS), the National Science Foundation (NSF), and the Defense Mapping Agency (DMA) for a Joint Program for the Application of Space Technology to Crustal Dynamics and Earthquake Research (1980) and as delineated in the Federal Implementation Plan for the Application of Space Technology to Crustal Dynamics and Earthquake Research (1982), the ownership and operational responsibility for the three MVLBI systems and the Mojave Base Station developed by NASA have been transferred from NASA to NOAA as implemented by the Agreement for Transfer of Mobile VLBI Operations from NASA to NOAA (1983). This transfer was completed in 1985.
The National Geodetic Survey (NGS) Division in the Office of Charting and Geodetic Services, National Ocean Service, NOAA, currently operates the MVLBI systems to meet both NASA and NOAA requirements. Under NASA funding, NGS currently carries out an extensive set of measurements each year in support of the NAqA Crustal Dynamics Project (CDP) according to an observing schedule mutually agreed upon between the CDP and NGS.
The interagency agreement specifies that NOAA will process the MVLBI data which it gathers in support of the CDP. In response to that requirement, this report describes the MVLBI results in the conterminous United States for the period June 27, 1983 through May 21, 1986. This encompasses all MVLBI data taken since the introduction of the Mojave Base Station into the MVLBI observat.ion schedule in 1983 (including data taken prior to assumption of operational responsibility by NGS) in order to provide uniform reductions of all MVLBI data in the Western United States. A subsequent report. will provide compatible MVLBI results beginning with the introduction of dual frequency Mark I11 MVLBI observations, in October 1982. The single frequency MVLBI data taken
1
prior to October 1982 are not considered to be of sufficient quality to be included in these reports. The solutions for CDP MVLRI observations in Alaska and Canada will be provided in a separate report;
DATA PROCESSING
The solutions reported here have been obtained from the SOLVE3 VLBI least squares adjustment program, written at NGS (Robertson 1975, Dillinger and Robertson 1987). SOLVE3 is a three-stage operation designed'to offer as much flexibility to the analyst as possible in the determination of geodetic and astrometric quantities from VLRI data. The three stages of the SOLVE3 operation are implemented in three separate programs: Data Preparation (GDAT), Coniputation (NRML), and Analysis (DISPI,).
Stage 1. GDAT
Incoming VLBI data sets from the correlator facility are processed through 3 series of VLBI computer programs employing a "data base handler" processor. Because of the complexity of the "data base handler" software the interaction of VLBI data with this system is quite time-consuming. To obtain maximum efficiency in SOLVE3, a data preparation program called GDAT has been developed to read a finished VLBI data set. extract only the date from each observation record es'sential to the SOLVE3 adjustment, and form a reformatted observation data file for use as input to the SOLVE3 adjustment routine.
Each observation record in the SOLVE3 observation data file contains the observibles and partial derivatives necessary to construct the observation equation for the SOLVE3 least squares adjustment, allowing the user to adjust selectively site positions, source coordinates, clock parameters, atmospheric scale heights, antenna axis offsets, polar motion, UT1, Earth tides, nutation, precession, relativity, and parallax. Table 1 lists the options selected and constraints applied for the MVLBI solutions given in this report.
Table l.--SOLVE3 parameterization options used in adjustment of MVLRI data, June 27, 1983 through May 21, 1986.
SOLVE3 Option Comments
Site coordinates Mojave Base Station held fixed in the solution with the following a priori geocentric Cartesian coordinate values:
X = -2356169.15 meters Y = -4646756.83 meters Z = 3668471.22 meters
All other sites were locally adjusted and ref erred to ground monuments where applicakie. (See appendix A for a list of antenna-monument offset vectors).
2
Table 1.--Continued
Sou r c e c n o rd i n a t. e s
C1 ock paranie te rs
Atmospheric scal hc ights
Antenna -axis off set
Polar motion (x.y) . . IJTI. and nutation (dPSI, dEPS)
Earth tides
Precession
Re la t ivi ty
Para1 lax
The right ascension of source 3C273B was held fixed in the solution with the following a priori value, referred to epoch 52000.0: RA = 12h 29m 06.699699s
All other source coordinates were globally adjusted in the solution.
Coefficients of user-specified polynomial characterizations are locally adjusted. The clock at Mojave Base Station was generally the constrained clock in the adjustment.
Locally adjusted, using the Marini model (Marini 1974) in the presence of real surface meteorological data, or the Chao model (Chao 1970) when such data are unavailable.
Set equal to fixed values for each antenna.
Constrained to interpolated values for individual observations from NGS IRIS solutions for Earth orientation and rotation rate. Prior to January 1984, these values were obtained from a combination of POLARIS VLBI and Laser Ranging solutions.
Constrained to Project MERIT standards (1983).
Constrained to Project MERIT standards.
In accordance with Project MERIT standards, gamma was set equal to 1 . O .
Option to adjust for stellar parallax was not. exercised in this solution.
Stage 2. NRML
The second stage of the SOLVE3 process is the least squares adjustment, where the optional parametcrlzations are exercised by the analyst to satisfy the particular requirements of the adjustment.
3
During this srep, parameters may be identified as either local or global. Local parameters are adjuste.d using only the data for a particular observing session. Global parameters are adjusted using the data from all observing sessions submitted to NRML from the GDAT data files. For example, because we are looking for possible movements at individual MVLBI sites, the site coordinates, clock parameters and atmospheric scale heights are locally adjusted parameters, using only data taken on the day of a given observing session. However, the source coordinates are common to all 58 observing sessions included in this report and are adjusted globally; providing a much more powerful determination of source coordinates than could be obtained from separate solutions using each of the individual MVLBI networks.
Stage 3 . DISPL
This stage of SOLVE3'produces a print output file designed to allow the display and analysis of results of the least squares adjustment. In this stage, if a local site adjustment option has been called for, the analyst specifies the necessary antenna-monument offset vectors to reduce the adjusted coordinates for each site to common reference points, either the antenna VLBI reference points or to a monument on the Earth's surface. Appendix A contains a table of the antenna-monument offset vectors used in our solution. The results from the exercise of this option are included in the print output file in two forms: in geocentric Cartesian coordinates and in geodetic positions referred to the NAD 83 ellipsoid (a = 6378137.0 m; f = W298.257221). The tables in section I show these results.
Along with adjusted site coordinates, the print output file provides adjusted baseline components and lengths for the baselines connecting the sites included in each data set. The tables in section I 1 show these results.
In addition to adjusted site coordinates and baseline information, the print output file also contains the clock and atmospheric scale height adjustments for each observation data file, as well as globally adjusted source coordinates and other information of interest to the analyst.
DATA SUMMARY
The observing sessions used in this report are identified in table 2 along with the CDP Data Information System (DIS) occupation code, the reference monument identifier at each site and a summary of the calibrations applied to the data. The cable calibrations are used to correct for variations in the electrical length of the cable connecting the S/X receiver to the Mark 111 terminal. When available, they generally aid in the characterization of the clock parameters. If the calibrations are missing, the cable variations are absorbed into the clock parameters with negligible effects on the adjusted site positions.
When surface measurements of temperature, barometric pressure, and relative humidity are available, these data will be used in the Marini model to compute a tropospheric delay correction. When these data are missing .or unusable, the tropospheric delay correction is estimated from a standard atmosphere using a modified cosecant law (Chao 1970).
The contribution to the path delay due to the ionosphere is estimated from simultaneous S- and X-band observations. These corrections are applied to the X-band data which are used exclusively for all subsequent processing. Individual X-band observations which do not have a corresponding acceptable S-band observation cannot be corrected for the effect of the ionosphere. and are not included in the SOLVE3 adjustment.
4
Table 2.--List of sites scheduled for participation in the observing sessions used to form the NGS MVLRI SOLVE3 data base.
1. 83F 27 JUN 83
MO JAVEl 2 7 2227 1.0 1 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 QUI NCY 7 22 15202 MON PEAK 72205303 GOLDVENC 15139101
2. 83G 29 JUN 83
MOJAVE12 72227101 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 MAMMOTHL 72595201 JPL MV3 72725301 GOLUVENU 15 139 1 0 1
3. 83H 22 AUG 83
MOJAVE12 72227101 OVRO 130 72077001 VNDNBERG 722351 01 JPL MV2 72645208
GOLDVEKU 15139101 PRLOSSOM 72545301
4. 831 25 AUG 83
MOJAVE12 72227101 OVRO 130 72077001 VNDNBERG 72235301 PRESIDIO 72525203 FORT ORD 72665302 GOLDVENU 15139101
7222 Y MARINI 7207 N MARINI 7216 Y MAHINI 7218 N MARINI 7221 N MARINI 7274 Y MARINI Data deleted due t o poor quality.
7222 Y MARINI 7207 N MARINI 7216 Y MARINI 7218 N MARINI 7259 N MARINI 7263 Y MARINI Data deleted due to poor quality.
7222 Y MARINI 7207 Y CHAO 7223 N MAHTNI 7263 N MARINI 7254 N CHAO Data deleted due to poor quality.
7222 Y MARTNI 7207 Y CHAO 7223 N MARINl 7252 N MARINI 7266 Y CHAO Data deleted due to poor quality.
5
Table 2.--Continued
Reference Calibrations included Site name DIS code monument cable Troposphere model
5. 833 27 AUG 83
MOJAVEl2 72227101 OVRO 130 72077001 VNDNBERG 72235101 PRESIDIO 72525203 PT REYES 72515302 GOLDVENU 15139101
6. 83K 31 AUG 83
MOJAVE32 72227101 OVRO 130 72077001 VNDNBERG 72235101 SANPAULA 72555202 DEADMANL 72675301
7. 83M 31 OCT 83
MOJAVEl2 72227101 OVRO 130 72077001 VNDNBERG 72235101 JPL MV2 72645209 PINFLATS 72565303
8. 83N 3 NOV 83
MOJAVE12 72227101 VNDNBERG 72235101 YUMA 78945201 PINFLATS 72565303
9. 830 5 NOV 83
MOJAVE12 72227301 OVRO 130 72077001 HRAS 085 72167201 YUMA 78945201 MON PEAK 72205304
7222 N MARINI 7207 Y CHAO 7223 N MARINI 7252 N MARINI 7251 Y ClIAO Data deleted due to poor quality.
7222 Y MAHINI 7207 Y CHAO 7223 N MARINI 7255 N MARINI Data deleted; no antenna-monument offset vector.
7222 Y 7207 N 7223 N 7263 N 7256 N
7222 Y 7223 N 7894 N 7256 N
MARINI MARINI MARINI MARINI MARINI
MARINI MARINI MARINI MARINI
7222 Y MARINI 7207 N MARINI 7216 Y MARINI 7894 N MARINI 7274 Y MARINI
6
Table 2.--Continued . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . --
Reference Calibrations included Site name DIS code monument cable troposphere model
10. 83P 8 NOV 83
MOJAVE12 72227101 HRAS 085 72167201 VNDNRERG 72235101 BLKBUTTE 72695201 YON PEAK 72205304
11. 834 10 NOV 83
MOJAVEl2 72227101 VNDNBERG 72235101 BLKRUTTE 7 2695201
12. 83R 12 NOV 83
MOJAVE12 72227101 OVRO 130 72077001 VNDNBERG 72235101 PVERDES 72685206
13. 84A 20 FEH 84
MOJAVE12 72227101 OVRO 130 72077001 VNDNBERG 72235101 JPL MV2 72645210 PHLOSSOM 7254.5303
14. 84B 23 FEB 84
MOJAVEl2 72227101 OVRO 130 72077001 HATCREEK 72389301 VNDNBERG 72235101 PRES J D I O 72525204 FORT ORD 72665303
7222 Y MARINI 7216 Y MARINI 7223 N MARINI 7269 N MARINI 7274 N MARINI
7222 7223 7269
7222 7207 7223 7268
7222 7207 7223 7263 7254
Y MARJNI N MARINI N CHAO
Y MARINJ N MARINI N MAR JNI N MARINI
Y MARJNI h? MARINI Y MARINI N CHAO N MARTNI
7222 Y MARINI 7207 h’ MARINI 7218 N CHAO 7223 N MARINI Data deleted due to poor q u a l i t y . 7266 N MARIKI
7
Table 2.--Continued - ---------------------
REFERENCE CALIBRATIONS INCLUDED Sit ename DIS code monument Cable Troposphere model
15. 84C 26 FEB 84
MOJAVEl2 72227101 OVRO 130 72077001 HATCREEK 72189301 VNDNBERG 72235101 PRESIDIO 72525204 PT REYES 72515303
16. 84D 29 FEB 84
MOJAVE12 72227101 VNDNBERG 72235101 SANPAULA 72555203 DEADMANL 72675302
17. 84E 3 MAR 84
MOJAVE12 72227101 VNDNBERG 72235101
BLKBUTTE 72695302 oconLLo 72705202
18. 84F 9 APR 84
MOJAVEl2 72227101 OVRO 130 72077001 MAMMOTHL 72595202 JPL MV1 72635308
19. 846 12 APR 84
MOJAVEl2 72227101 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 VNDNBERG 72235102 QUI NCY 7 22 15203 MON PEAK 72745301
20. 84H 17 APR 84
MOJAVE12 72227301 HRAS 085 72167201 HATCREEK 72189301 PLATTVIL 72585202 FLAGSTAF 72615301
7251
7222 7223 7255 7267
7222 7223 7270 7269
7222 7207 7259 7263
7222 7207 7216 7218 7223 7221 7274
7222 7216 7218 7258 7261
7222 Y MARINI 7207 N MARINI 7218 Y CHAO 7223 N MARINI Data deleted due to poor quality.
N
Y Y N N
Y Y N N
Y Y N N
CHAO
MARINI MARINI MARINI MARINI
MARINI MARINI MARINI MARINI
MARINI MARINI x;i:: 1 1.: 1 MARIKI
MARINI MARINI MARINI CHAO MARIN1 MARINI CHAO
Y MAHINI Y MARINI Y MARINI N MARINI Y MARINI
8
Table 2.--Continued
Reference Calibrations included S i t e name DIS code monument Cable Troposphere model
21. 841 22 APR 84
MO.JAVE12 72 2 27 10 1 7222 Y HRAS 085 72167201 7216 Y PLATTVIL 72585202 7258 N E LY 72575302 7286 Y
22. 845 25 APH 84
NOJAVEl2 72227101 7222 Y HRAS 085 72167201 7216 Y HATCREEK 72189301 7218 Y PLATTVIL 72585202 7258 N
23. 840 22 OCT 84
MARINI MARINI MARINI MARINI
MARINI MARINI MARINI CHAO
MOJAVEl2 72227101 7222 Y MARINI OVRO 130 72077001 7207 Y MARINI VNDNBERG 72235102 7223 Y MARINI JPL MV1 72635209 7263 N MARINI
MAMMOTHL 72595303 7259 Y MARINI This site was erroneously named JPL MV2 in the data set
24. 84P 25 OCT 84
MOJAVEl2 72227101 7222 Y MARINI OVRO 130 72077001 7207 Y MARINI VNDNHERG 72235102 7223 Y MARINI' JPL MV1 72635209 7263 N MARINI
PBLOSSOM 72545304 7254 Y MARINI This site was erroneously named .JPL MV'L in the data set.
25. 84Q 28 OCT 84
MOJAVE12 72227101 7222 Y MARINI OVRO 130 72077001 7207 Y MARINI VNDNBERG 72235102 7223 Y MARJNI JPL MV1 72635209 MV-2 was scheduled but did not participate. PINFLATS 72565304 7256 Y CHAO
26. 84R 31 OCT 84
MOJAVE12 72227101 7222 Y MARINI VNDNBERG 72235102 7223 Y MARINI Y UMA 78945202 7894 N MARINI PINFLATS 72565304 7256 Y MARINI
9
Table 2. --Continued _-___l____-l-----ll---------~l--l-------ll--.
Reference Calibrations included Site name DIS code monument Cable Troposphere model
27. 85A 9 JAN 85
MOJAVE12 72227101 VNDNBERG 72235102 DEADMANL 72675203 SANPAULA 72555304
28. 85B 12 JAN 85
MO JAVE 12 7 2 2 27 1 0 1 VNDNBERG 72235102 MON PEAK 72745202 BLKBUTTE 72695303
29. 85C 15 JAN 85
MOJAVEl2 72227101 VNDNBERG 72235102 OCOTILLO 72705203 BLKBUTTE 72695303
30. 85D 18 JAN 85
MOJAVEl2 72227101 VNDNBERG 72235102 JPL MVl 72635210 PINFLATS 72565305
31. 85E 1 MAR 85
MOJAVE12 72227101 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 VNDNBERC 72235102 MON PEAK 72745203 YUMA 78945303
32. 85F 4 MAR 85
MOJAVE12 72227101 OVRO 130 72077001 VNDNRERG 72235102 PVERDES 72685207 OCOTILLO 72705304
7222 7220 7267 7255
7222 7223 7274 7269
7222 7223 7270 7269
7222 7223 7263 7256
7222 7207 7216 7218 7223 7274 7894
7222 7207 7223 7268 7270
Y Y N Y
Y Y N Y
Y Y Y N
Y Y Y Y
Y Y Y Y Y Y Y
Y Y Y N Y
MARINI MARINI MARINI MARINI
NARJNI MARINI MARINI MARINI
MARINI MARINI MARINI MARINI
MARINI MARIMI MAHINI MARINI
MARINI MARINI MAHJNI CHAO MARINI MARINI MARINI
MARINI MARINI MARINI MARINI MARINI
Table 2.--Continued ~~
Reference Calibrations included Site name DIS code monument Cable Troposphere model
33. 85G 7 MAR 85
N O J A W 1 2 72227103 OVRO 130 72077001 VNDILBERG 722353 02 JPL MV1 72635211 PBLOSSOM 72535305
34. 85H 10 MAR 85
MOJAVEI 2 72227303 OVRO 130 72077002 HRAS 085 72187201 HATCREEK 72189301 VNDNBERG 722351 02 PRESIDIO 72525205 FORT URD 72665304
35. 85'1 13 MAR 85
XOJAVLj 2 72227 3 01 OVRO 130 72077001 HRAS 085 723fi7201 VNDNRERG 72235102 PRES 1 1) IO 7 2 5 2 52 05 PT REYES 72515304
2(i. 5.55 2 MAY 85
MO.IAVE32 72227101 HRAS 085 72167201 HATCHEEK 72189303 PLATTVIL 72585203 FLAGSTAF 7261 5302
3 i . 85K G MAY 85
MOJAVEl2 72227101 HRAS 085 72167201 HATCHEEK 72189301
ELY 72865303 PLATTVII, 72585203
7222 7207 7223 7263 7254
7222 7207 7226 7218 7223 7252 7266
7222 7207 7216 7223 7252 7251
7222 72.26 7218 7251 7263
7222 7216 7218 7258 7286
MAHINI Y MARINI Y MARINI Y MARINT Y MARJNI
Y MARINI Y MARTNI Y MARINT Y CHAO Y WARINS Y MARINI Y MARTNI
NARINJ MARINI MARINl MARINI MAR I N I. MARINI
MARJNT MARINI MARINI MARIKI MARTMI
MAHINI MARIMI MARINI MARlNI MAHlNl
11
Table 2.--Continued - -----I_-- --- -----_------------
Reference Calibrations included Site name DIS code monument Cable Troposphere model
38. 85L 7 MAY 85 (session also designated NAPS-A)
MOJAVEl2 72227101 7222 Y MARINI GILCREEK 40477001 4047 Y MARINI OVRO 130 72077001 7207 Y MARINI WESTFORD 72097301 7209 Y MARINI HRAS 085 72167201 7216 Y MARINI HATCREEK 72189301 7218 Y MARINI PLATTVIL 72585203 7258 Y MARTNI
39. 85M 12 MAY 85
MOJAVE12 72227101 7222 Y OVRO 130 72077001 7207 Y HRAS 085 72167201 7216 Y HATCREEK 72189301 7218 Y VNDNBERG 72235302 7223 Y WON PEAK 72745204 7274 Y QUINCY 72215304 7221 Y
MARINI MARINI MARINI MARINI MARJNI MARIHI MARINI
40. 85N 14 MAY 85
MOJAVEl2 72227101 7222 Y NARINI OVRO 130 72077001 7207 Y MARIMI HRAS 085 72167201 7216 Y MAR IN 1 MON PEAK 72745204 7274 Y MARINI QUINCY 7223 5304 7221 Y CHAO
41. 85T 19 OCT 85
MOJAVEl2 72227101 7222 Y MARINI OVRO 130 72077001 7207 N CHAO HRAS 085 72167201 7216 Y MARINI HATCREEK 72189301 7218 Y MARINI VNDNBERG 72235102 7223 Y MARJNI PT REYES 72515205 7251 Y MARIKI PRESIDIO 72525306 7252 Y MAR IN 1.
12
Table 2 .--Continued
42. 85U 23 OCT 85
MOJAVEI 2 722271 03 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 VNDNBEHG 72235102 FORT ORD 72665205 PRESIDIO 72525306
43. 85V 27 OCT 85
MOJAVEl2 722271 01 OVRO 130 72077001 VMDNHERG 72235102 JPL MVI. 72635212 PBLOSSOM 72545306
44. 85W 30 OCT 85
MO.JAVE12 7 2227 101 OVRO 130 72077001 VNDNBERG 72235302 JPL MV1 72635212 PINFLATS 72565306
45. 85X 2 NOV 85
MOJAVEl2 72227101 HRAS 085 72167201 VNIINHERG 72235102 YUMA 78945204 PINFLATS 7256.5306
46. 85Y 5 NOV 85
MOJAVE12 72227101 HRAS 085 72167201 VNIINBEHG 722x1 02 YUMA 78945204 YON PEAK 72745305
7222 Y MARJNI 7207 Y MARINI 7216 Y MARINI 7218 Y MARINI 7223 Y MARINI 7266 Y MARINI 7252 Y MARINI
7222 7207 7223 7263 7254
7222 7207 7223 7263 7256
Y MAHINJ Y MARINI Y MARINI N MARINI Y MARINI
Y MARINI Y MARINI Y MARINI Y MARINI Y CHAO
7222 Y MAHINI 7216 Y MARINI 7223 N MARIN1 7894 Y MARINI 7256 Y MARINI
7222 Y MARJNl 7216 Y MARIKI 7 2 23 Y MAHINI 7894 1’ MARINI 7274 Y MARINI
13
Table 2. --Continued
47 *
48.
49.
50.
51.
852 12 DEC 85
MOJAVE12 72227101 HRAS 085 72167201 HATCREEK 72189301 VNDNBERG 72235102 YUMA 78945205 MON PEAK 72745306
86A 5 JAN 86
MOJAVEl2 72227101 HRAS 085 72167201 VNDNBERG 72235102 MON PEAK 72745307
86B 23 FEB 86
MOJAVE12 72227101 HRAS 085 72167201 WON PEAK 72745208 YUMA 78945306
86C 26 PEB 86
MOJAVEl2 72227101 HRAS 085 72167201 PINFLATS 72565207 YUMA 78945306
86D 26 MAR 86
MOJAVEl2 72227101 HRAS 085 72167201 HATCREEK 72389301 FLAGSTAF 72615203 PLATTVIL 72585304
7222 Y MARINl 7216 Y MARINI 7218 Y MARJNI 7223 N MARINI MV-2 was scheduled but d i d n o t p a r t i c i p a t e . 7274 Y MARINI
7222 Y MARINI 7216 Y MARINI MV-1 was scheduled but d i d n o t p a r t i c i p a t e . 7274 Y MARINI
7222 Y MAHINI 7216 Y MARINI 7274 Y MARINI MV-3 was scheduled but did not participate.
7222 Y MARINI 7216 Y MARINI 7256 N MARTNI MV-3 was scheduled but d i d n o t p a r t i c i p a t e .
7222 Y MARINI 7216 Y MARINI 7218 Y MARJNI 7261 Y MARINI 7258 Y MARINI
14
Table 2.--Continued -- _I--- -----I ------
Reference Calibrations included Site name DIS code monument Cable Troposphere model
52. 86E 30 MAR 86
MOJAVE12 72227101 7222 Y MARINI HRAS 085 72167201 7216 Y MARINI HATCREEK 72189301 7218 Y MARINI VERNAL 72905201 7290 Y MARIMI PLATTVIL 72585304 7258 Y MARINI
53. 86F 2 APR 86
MOJAVE12 72227101 7222 Y MARINI OVRO 130 72077001 7207 Y MARINI HHAS 085 72167201 7216 Y MARINI HATCREEK 72189301 7218 Y MARINI E1.Y 72865202 7286 Y MARINI PLATTVIL 72585304 MV-3 was scheduled but did not participate
54. 86G 7 APH 86
MO.JAVE12 72227 10 1 7222 Y MARINI OVRO 130 72077001 7207 Y MARINI RRAS 085 72167201 7216 Y MARINI HATCREEK 72189301 7218 Y MARINI VNDNBERG 72235102 Data deleted due to poor quality. MON PEAK 72745209 7274 Y MARINI YUMA 78945307 MV-3 was schediiled but did not participatc
55. 86H 10 APR 86
XOJAVE12 72227101 7222 Y MAHINI OVRO 130 72077001 7207 Y MARINI HRAS 085 72367201 7216 Y MAHINl VNDNBERG 72235102 7223 Y MARINI PINFLATS 72565208 7256 Y MAHINI
Y MARIN'I YUMA 78945307 7894
56. 881 13 APR 86
MOJAVEl2 72227101 7222 Y MAHINI OVRO 130 72077001 7207 Y MARINI VNDNBERG 72235302 7223 Y MARTNI PINFLATS 72565208 7256 Y MARINI JPL MVl 72635333 7263 Y MARINI
-____________-___________________.___________1_1_-_I_____________
15
57. 865 18 MAY 86
MQJAVEl2 72227101 OVRO 130 72077001 HRAS 085 72167201 VNDNBERG 72235102 MON PEAK 72745210 BLKBUTTE 72695304
58. 86K 21 MAY 86
MOJAVE12 72227101 OVRO 130 72077001 HRAS 085 72167201 HATCREEK 72189301 VNDNBERG 72235102 MOS PEAK 72745210 YL'MA 78945308
7222 7207 7216 7223 7274 7 269
7222 7207 7216 7218 7223 7274 7894
Y Y Y Y Y Y
Y Y Y Y Y Y Y
MAHINI MARIKI MARINI MARINT MARTNI CHAO
MARINI MARINI MARINI MARIKI MARJNT MARINI MAHINT
16
REFERENCES Chao. C.C. , 1970: A preliminary estimation of tropospheric influence on the range and range rate data during the closest approach of the MM71 Mars mission. Jet Propulsion ----_---1--1-- Laboratory -.-------------------- Tcchiiical Memorandum, 391-129.
Dillinger, W.H. and Robertson. D.S., 1987: A program for the combined adjustment of VLBI observing sessions. Manuscripta Geodaetica, in press.
Interagency Coordinating Committee for Gcodynamics, 1982; Federal lmplementation Plan for Application of Space Technology to Crustal Dynamics and Earthquake Research, Washington, DC, 113 pp.
hrinj, . J . W . , 1974: Correction of radio range tracking data for atmospheric refraction at elevations above 3.0 degrees, NASA, Goddard Space Flight Ccnter, Greenbelt, MD. Internal memorandum.
National Oceanic and 'Atmospheric Administration, Wa t ional Aeronautics and Space Administratjon, United States Geo1ogica.l Survey, National Science Foundation, Defense Mapping Agency, 1980: Interagency Agreement for a Joint Program for the Application of Space Technology t o Crustal Dynamics and Earthquake Research, Washington, DC, 15 pp.
National Oceanic and Atmospheric Administration. National Aeronautics and Space Administration, 1983: Agreement for Transfer of Mobile VLBI Operations from National Aeronautics and Space Administration t.o Kational Oceanic and Atmospheric Administration, Washington, DC.
Robertso~i. D.S. (Mnssachust!tts Institute of Technology, Cambridge) 1975: Geodetic and astrometric measurements with very long baseline interferometry Ph.1). Dissertation,. 187 pp. Reprinted 1985 by U.S. Department of Commerce. NOAA, National Geodetic Information Center. Rockville. MD 20852.
17
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Section I. Site Coordinates
This section contains the locally adjusted site coordinates for each occupation of MVLBI sites shown in figure 1. These coordinates have been corrected for changes in Earth orientation and UTI, allowing a ready interpretation by direct comparison of site positions rather than by baselines between sites.
For each site the positions for each occupation are given in Cartesian coordjnates and in geodetic coordinates (referred to the NAD 83 ellipsoid). The Cartesian coordinates and the formal error given for each component are in meters. "he geodetic coordinates are given in degrees, minutes and seconds of arc, and the ellipsoid heiglit in meters. The formal errors given for the latitude, longitude, and height are in meters.
Where a site has three or more occupations, figures showing the latitude and longitude as a function of time are also given. These figures present the latitude and longitude for each occupation with respect to the mean latitude and longitude for that site. Individual site occupations are shown as north-south or west-east displacements in centimeters with respect to the mean value. Each figure has the same horizontal and vertical scale. The sites are ordered sequentially by increasing monument reference number, with the fixed base stations preceding the MVLBI sites.
19
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N P
42O
39=
36-
33-
30°
-- 123O -- 1 zoo -7 17O -1 14- -111O -1 oao -- 105O 1
I 1
I I t-.------- -- I
! I
I _-._...-....--- L-.- PlArrvlL (7258)
A
HATCREEK 0 (7218) f i
i 4
i 1 %TI:- VERNAL (7290) !
I
\ I
WlNCY (7221)
A I ! ELY (7288) I
A I I I PT R M S (7251)
FORT ORD (7288) OVRO 130 (7207).
PBLOSSOM (7254) bPmu (7255) A DEADMANL (7287) VNDNBERG ( 7 2 2 3 ) Y A A A
ne JPL Fl (7263) BLKBUTIE (7289)
/wuA (7894) PVERDES (7268) rl A A
*PlNFUTS(7258)
I I I I I -723" -120" -1 17O -114-O - l l l o -10a0 -105O '
42-
39O
36O
3s-
soo
Figure 1.--Crustal Dynamics Project VLBI sites i n conterminous Western United S t a t e s .
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AIuUSl'ED GEOCBNTRIC CARTESIAN ORDINATES FOR OVRO 130 (7 '207 1
yYMmm44 X SIGMA ' Y SIGHA
83 6211452 -2409598 -8924 83 629 212 -219598.9121 83 8221519 -2409598-8936 83 82518 5 -2409598.9098 83 82123 9 4409598.6483 83 83119 7 440g598-9161 831 031 1825 -2409598.8821
8311121632 -2409598.8867 84 2201649 -2409598.9477 84 2231 559 -2409598*%95
84 4 919 5 -2409598.8896 84 41216 1 -2409598.9165 841 0251 538 -2409598.8932 841 0281 525 -2409598.8817 85 3 11610 -2409598.9231 85 3 41 553 4409598 9544 85 3 71552 -240959.8895
8311 5179 -2409598.9021
84 2261646 -24009598.8680
85 3101952 -2409598.679 85 3131615 4409598.8894 85 5 71635 -2409598.9081 85 5121545 -2409598.8604 85 51 41 9 7 -2409598.8876 851 0 1 91 6 9 -2409598 871 1 851 0231610 -2409598.8900 851 027 16 1 3 -2409598 -9742 8510301558 -2409598.8664 86 4 218 0 -2409598.8963 86 4 71735 -2409598-9063 86 4101553 -24095g-8866 86 41 31 921 -2409598 4038 86 5181 559 -2409598.9117 86 5211559 -2409598.9118
.01030 -4478350.4826
.01028 =44?8350.5220
.01182 JIfl835O .4042
.00852 -4478350.4481
.00831 -4478350.5005
.OOm5 -4478350.4672
.02926 -4478350.6494
.02132 -4478350.4160
.00847 -4478350.4743
.009l8 -9478350.5267 -01393 4478350.489O .01399 -4478350.4538 .01647 -4478350.5454 .01082 -4478350.6169
.00946 -4478350.4596
-00943 -4478350 =a356 a01 133 -4478350 A659 e 0 1078 478350 4379
m o l 373 4478350 -4951 *OW9 -4Q8350 m5315
,01185 4478350.5217
J1733 d'V8350*R7m
-01246 4478350.9617
.00897 -4478350.4773 -00891 -4478350.5032
.01051 -4478350.4749
.01191 -4478350.6420
.01302 -4478350.4V4
.00751 -4478350 -5040
.00677 -4478350.451 3
.00684 -4478350.5014
.00802 -4478350.50V
*OW66 -4478350 e4955
-00797 478350.50M
.02015
.01* 03055
.01781
.02450
.02514
.01720
.016(n
.02054 m03255 .0%99 -03993 001773 a01731 .on37 .OS67 .02950 001 987
.01616
.Ol q 2 m o l 5 9 .01672 ,021 22 .01%6 .01887 .02266 .02440 .01369 .01289 .01184 .01298 -01 362 .01408
-02172
3838603.8139 3838603.8541 3838603.8232 3838603.8686 3838603.1680 3838603 -0476 3838603.8049 3838603 e8299 3838603.81 41 3838603.91 00 3838603.976 8 3838603.75135
3838603 -8574 3838603.821 1
3838603.7950 3838603.8058
3838603.9161 3838603.8017 3638603.8067
3838603.826 1
3838603.8176
3838603.8552
3838603.7988
3838603.7792
3838603 -79% 3838603-7990 3838603.9407 3838603 *760 3838603.81 53 3838603.8426 38386 03.81 03 3838603.821 3
3838603.8242 383860308323
.01619
.01630
.01329
.01916
.01e5
.01352
.01303
.01511
.0n41
.05366
.0w4
.01354
.01432
.02211
.02221
.02502 io1677 .01769 .01312 .01289 .0138 -01 390 .01669 .01630 .01635 .01923 -021 65 .01108 e01 075 .01068 .01057 .01133 .01191
-01 ¶5
23
AIUUSTED GEODETIC KISITIONS (NAD831 FOR OVEEO 130 (7207)
yxMmHM4
83 6211452 83 629 212 83 8221519 83 82518 5 83 82723 9 83 83119 7
8311 51754 8311121632 84 2201649 84 2231559 84 2261646 84 4 919 5 84 41216 1 84102216 1 841 0251 538 841 0281 525 85 3 11610 85 3 41553 85 3 71552 85 3101952 85 3131615 85 5 71635 85 5121545 85 51419 7 85101916 9 851 02316 10 851 On 161 3 851 0301 558 86 4 218 0 86 4 71735 86 4101553 86 4131921 86 5181559 86 5211559
831 031 1825
LATITUDE (N) SIGMA
37 13 53-26830
37 13 53.26831 37 13 53.26847
37 13 53.26870 37 13 53.26888 37 13 53.26827 37 13 53.26876 37 13 53.26831 37 13 53.26862 37 13 53.26859 37 13 53.26891 37 13 53.26925 37 13 53.26866 37 13 53.26844 37 13 53.26869 37 13 53-26769 37 13 53.26869 37 13 53.266800 37 13 53.26609 37 13 53.26837 37 13 53.26867 37 13 53.26803 37 13 53.26811 37 13 53.26851 37 13 53.26873 37 13 53.26890 37 13 53.26807
37 13 53926823 37 13 53.26806
37 13 53.26808 37 13 53.26854 37 13 53.26880 37 13 53.26606 37 13 53.26821 37 13 53926799
900367 .00411 .OW41 .00422 .00492 moo553 .00403 .00327 b o o 5 2 9
-00751 .01382 -01603 .00525 .00296 ,00742 -00666 -00671 .00621 moo447
.00462 moo420 000537 000335 .OO%O .00520 .00524 -0051 0 .00668 -00485 .00414 .00442 -00368 e00376 ,00388
.00588
118 16 57.70403 118 16 57.70400
118 16 57.70371 118 16 57.70397
118 16 57.70384
118 16 57i7.70413 118 16 57.70433 118 16 V.70404
118 16 57.70414 118 16 57.70358 118 16 57.70444 118 16 57.70409 118 16 57.70404 118 16 57.70397 118 16 57.70394 118 16 57.70421 118 16 57.70392 118 16 3.70367 118 16 57.70433 118 16 g.70388
118 16 57.70420
118 16 57.70419 118 16 57.70413 118 16 W.70410 118 t6 57.70389 118 16 57.70359 118 16 57.70392 118 16 57.70412 118 16 57.70443 118 16 57.70408 118 16 57.70430 118 16 57.70428
118 16 57.70413
118 16 Ym70403
118 16 57.70379
.00269 b 00299 .00501 -00329 .00411 b o 0 3 9 3 900277 m00231 m00335 .00601 .oo972 -00770 .00306 bo0232 bo0491 .00449
.00428
.00374
-0O5O9
moo317
.00293 bo0289 .00287 .00261 .0037l 900353 *00395 -00379 -004% .oo2ge -00230 .00246 -00259 .00269 .00299
1201.2080 1201 2676 1201.2228 1201.281 9 1201 .lo86 1201 2647 1201.1745 1201.2338 1201.1951 1201.3551 1201.4526 1201.1422 1201.2055 1201 a 4 3 1201 .lo65 1201.201 4 1201.1789 1201.2885 1201.3886 1201 .la48 1201.181 2 1201 .l940 1201.23W 1201.1420 1201.1967 1201.1599 1201.1926 1201.4274 1201.1631 1201.21 94 1201.24% 1201.1816 1201.2300 1201.241 9 1201 2377
-02793 m02170 ,03853 .02367 -03323 *03313
.02232
.0n06
.04V4
.08331
.05934 -02338 .02440 .04137 .03764 .03712 .04209 .02812 .030& .02260 .02186 .02244 -02373 00291 9 -02749 .0577 0031 9 .03480 .01870 .01809 .01688 .01784 .01921 .01986
e02337
24
OVRO_rslqT(_7 +07) .,yemiat.iona in LsUtuds - r - - - - - - r - -.-
ME&N LATITUDE = 37 13 63.IE884 N I--
0 1 1 I I I I
*t
i ~t MEAN LONGITUDE = 118 18 67.7040 ll
1 Q i I i
11
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AIXTUSIP) GEOCENTRIC CARTESIAN COORDINATES FOR HRAS 085 (7216)
m m m X SIGMA Y SIGMA Z mMA 83 6211451 83 629 212 8311 51754 8311 81536 84 41216 1 84 41715 6 84 4221652 84 4251511 85 3 11610 85 3101952 85 3131615 85 5 216 1 85 5 61545 85 5 71635 85 5121545 85 51419 7 85101916 9 851 0231 6 1 0 8511 21550 8511 52018 851 21 21 51 9 86 1 51618 86 22320 0 86 2262034 86 3261624 86 3301939 86 4 218 0 86 4 71735 86 4101552 86 5181559 86 5211559
-1324209.1286 -1 324209 1 46 7 -1 324209.1639 -1 324209 1 41 5 -1 324209 01 21 3 -1 324209 1 431 -1 324209.1513 -1324209.1759 -1 324x9 1 R5 -1 324209. 1690
-1 324209.141 1 -1 324209 1797 -1 324209.1752 -1324209.1539 -1324209.1124 -1 324209 1409 -1 324209 1 51 0 -1 324209- 1 51 6 -1 324209 1 239 -1 324209 1 251 -1 324209 16 83 -1 324209.1338
-1 324209 1 259
-1 324209 1 36 9 -1 324209 1 257 -1 324209.0964 -1 324209 1 202 -1 324209 1 265
-1 324209.1428
-1 3242b9 1433
-1 324209 1708
.01110 -fi332024.0507
.01284 -5332024.0404
.OO¶ 3 -5332024 0632
.00831 -5332024 -0629
.01095 -5332024.01Sl
.01063 -5332024.0033 mol077 ..533#)24a0841 -01591 -5332024-1735 .01144 -5332024.1622
.OU?% -5332024.0425
.00932 -5332024.0%2
.0089 -5332024.1 341
.008% -5332024.0846 -00940 -5332024.0659 .012l5 -5332023.9628 .01054 -5332024.0556 .00%5 -5332024.0818 .01417 -5332024.1 081 .01112 -5332023.981 8 .00947 -5332024 -0050 .01343 -5332024.0781 .00551 -5332024.0374 .00662 -5332024.0366 .00542 -5332024.0189 .00651 -5332024.1 382 .00639 -5332024.0421 .OW77 -5332024.051 4 -00889 -5332023 -9779 .00693 -5332024.0091 .OW34 -5332024- 01 6 0
.00875 -5332024.0¶9
002290 .02694 .01958 e01790 .02202 .03110 .03!V6 -04270 .02411 001 91 3 .01679 002257 .02086 .01800 .02012 .02465 .02408 ,02149
.02447 002939 .02612 .01286 .01623 A1 215 .01435 .01258 .01580 .02154 .01649 .01853
-0291 3
3P2118.9595 3232118.W36 32321 18.981 6 32321 18.9748 3232118.9521 32321 18.9270 32321 19.001 5 32321 19.0163 32321 19.0291 3232l18.9862 3232118.9460 32321 18 .V60 3232118.9975 32321 18.9713 32321 18.9580 32321 18.9229 32321 1 8.961 8 323211809637 32321 18.9827 32321 18.91 16 3232118.9350 32321 18 451 8 32321 1 8.9522 32321 18.9380 32321 18.941 3 32321 18.9968
32321 18.926 9 32321 18.91 72
32321 18.9359
323a18.9399
32321 18.9354
-01766
001 526 .01341 .01714 .02024 .02241 002089 .01839 .01422 .01271 -01 553 .01454 .01459 .01489 .01817 -01749 .01644 -021 92 .01752 .01919 .02030 900937 .Ol127 .00938 -01 053 -00917
-02050
m o l 170 .01492 .01175 .01288
27
ADJUSTED GEODETIC KSITIXINS (NAD831 FOR HRAS 085 (7216)
yBamm44
83 6271451 83 629 212 8311 51754 8311 81536 84 41216 1 04 41715 6 84 4221652 84 4251511 85 3 11610 85 3101952 85 3131615 85 5 216 1 85 5 61545 85 5 71635 85 5121545 85 51419 7 85101916 9 851 023161 0 8511 21550 8511 52018 851 21 21 51 9 86 1 51618 86 22320 0 86 2262034 86 3261624 86 3301939 86 4 218 0 86 4 71735 86 4101552 86 5181559
30 38 12.21618 30 38 12.21667 30 38 12.21646 30 38 12.21636 30 38 12.21654 30 38 12,2153
30 38 12.21561 30 38 12.21606 30 38 12.21601 30 38 12.21588 30 38 12.21667 30 38 12.2190 30 38 12.21578 30 38 12.21580 30 38 12.21663 30 38 12.21612 30 38 12.21571 30 38 12.21582 30 38 12.2159/ 30 38 12.21625 30 38 12.21537 30 38 12.21617 30 38 12.21V5 30 38 12.21620 30 38 12.21%5 30 38 12.21574 30 38 12.21527 30 38 12.21630 30 38 12.21621
30 38 12.21673
.00526
.00636
.00508
.0042g ,00486 e 0 0 5 5 1 .OO% 1 -00797 .00%9 .00461 .00458 .00555 .005l5 .00619 -0OQ9 .00585 .00612 . 00% 8 .OW18 .006 1 5 .00517 .00651 e00356 -00395 .00419
.00468
.00619
.00431
.00504
*00!37
103 56 50.07004 103 56 50.07080 103 56 50.07122 103 56 50.07040 103 56 50.07031 103 56 50.07100 103 56 50.07057 103 56 50.07065 103 56 50.07155 103 56 50.07109 103 56 50.07064 103 56 50.07054 103 56 50.07115 103 56 50.07143 103 56 50.07083 103 56 50.07025 103 56 50.07045 103 56 50.07058 103 56 50.07036 103 56 50.07050 103 56 50.07033 103 56 50.07124 103 56 50.07035 103 56 50.07071 103 56 50.07023 103 56 50.07W9 103 56 50.07042 103 56 50.06993 103 56 50.06953 103 56 50.07011
-00634 1595.7785 .00759* 1595.7808 .00582 1595.8075 .OOW 1595.7992 -00632 1595.7452 e 0 0 6 4 9 1595-7253 moa73 1595-8325
-00681 1595.9213
e0083 1595 -7677
.00913 1595.9198
.00494 1595.8399
.00580 1595.7857
.00551 1595.8780 -00537 1595 -8224 .00574 1595.7957 .W80 1595,6831 .00622 1595.7862 '
.00565 1595.81 12
.00860 1595.8430
.00684 1595.6956
.00522 1595.7271
.00820 1595.8OV
.00406 1595.7588
.00355 1595.7421
.00430 155.8793
.00486 1595.7619
.0044l 1595.7297
-00350 1595 -7647
e00429 1595.7630
e 0 0 5 5 9 1595 -6895
,03041 ,03548 -02599
e0293 003833 .Oh343 .0558 .03176 .02493 .02193 .02832 .02634 -02390 .026 15 .03206
.02810
.03817
.03624 0034'7 6 .01638 .02043 .01610 .01810 -01627 -02025 .02688 .02087
.02332
=03090
0031 32
86 5211559 30 38 12.21609 -00459 103 56 50.07028 -0OQ3 1595.7370 -02323
28
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WUSTED GEOCENTRIC CARTESIAN COORDINATES POR HATCREEK (7216)
83 6211451 -2523968-0590 83 629 212 -2523968.0926 84 2231559 -2523968903m 84 2261646 -252396800524 84 41216 1 -2523966.0214 84 41715 6 -2523968.0019 84 4251 51 1 -2523968*0334 85 3 11610 -252396800899 85 3101952 -2523968*0794 85 5 216 1 -2523968d620 85 5 61545 4523968.0677 85 5 71635 4523968.0765 05 51 ZI 545 -2523968*0505 85101916 9 -2523968.0929 851 02316 10 4523968.0692 851 2121 51 9 -2523968s0671 86 3261624 -252396800686 86 3301940 -2523968.0648 86 4 218 0 -2523968.0742 86 4 71735 4523968=0371 86 5211559 -2523968=0681
.01214 4123507.2682
.OlW 4123507.2661
.Oil06 -4123507.3065
.01!V3 -4123507.1¶7
.01035 4123507.2971
.01811 -41 23507 3581
.00777 41 23507 4242
.00874 -4123507.2710
.OM74 4123507 -3077
.01347 -4123507.3310
.OOV2 -41 23507 -3058 -01 192 -41 23507 -33% .a091 0 -41 23507.3m4 .00647 -4123507.2994
-01 156 41 23507 -3332
moo897 41 23507.2072
-006U7 41 23507 *a53 A0739 -41 23507 03040 .OW48 41 23507 -3122 -00772 -41 23507 2331 e00738 -41 23507 e281 9
.02230 -02173 *03PO .02412 *02837 -01769 .02m *030!V .01418 *Ol 5W .01519 .02190 e01703 002075 .01668 .01216 .01023 901390 .01240 .01288 .01242
41 47753.1 872
4147753.1663 41 47753.1 885 4147753.1251
41 47753 92374
41 47753 e1364 41 47753 01 545 4147753.2653
41 47753 1885 41 47753 *2U?7 41 47753 41 47753 -2255 41 47753 92732
4147753.2108
41 47753.21 91 4147753.2216 41 47753.2031 41 47753.21 31 41 47753 2340 41 47753.1443 41 47753 -1 969
.01865
.01814
.01767
.02486
.01368
.01555
.03106
.01263
.01258
.0209l -01 478 .01802 .01441 -01 077 .00921 .01213 .01101 .01130 .01083
-03173
e01 175
31
ADJUSTED GEODETIC #)SITIONS (NAD831 FOR HATCREEK (7218)
83 6211451 83 629 212 84 2231559 84 2261646 84 41216 1 84 41715 6 84 4251511 85 3 11610 85 3101952 05 5 216 1 85 5 6195 85 5 71635 85 5121545 85101916 9 851 0231 61 0 851 2121 51 9 86 3261624 86 3301940 86 4 218 0 86 4 71735 86 5211559
40 49 2.44212 40 49 2.44180 40 49 2.44187 40 49 2.44153 40 49 2.44222 40 49 2.44261 40 49 2.44180 40 49 2.442Ul 40 49 2.44146 40 49 2.442Uf 40 49 2.44181 40 49 2.44179 40 49 2.44247 40 49 2.442% 40 49 2.44208 40 49 2.44231 40 49 2.44227 40 49 2.44204 40 49 2.44230 40 49 2.44194 40 49 2.44200
*005!7 .00545 .01212 .00800 -00676 .00532 -00629 .W16 -00452 *005S7 .00529 .00689
.00659 e00463
-00533 -00390 .00402 .00519 e0051 2 .00514 .00465
121 28 13.76296 121 28 13.76213 121 28 13.76221 121 28 13.76187 121 28 13.76338 121 28 13.76224 121 28 13.76227 121 28 13.76208 121 28 13.76245 121 28 13.76300 121 28 13.76239 121 28 13.76220
121 28 13.76260 121 28 13.7626 121 28 13.762% 121 28 13.76315 121 28 13.76237 121 28 13.76253 121 28 13.76294 121 28 13.76301
121 28 13.76181
-00385 -00390 .W89O 000563 000517 .00401 .00964 -00529 .00280 *0039 .00343 .oO417 000335 .OOM3 -00367 .00270 .00248 -00344 -00305 .00217 moo325
1009.521 3 1009.6093 1009.4982 1009.5443 1009.4221 1009.4261 1009.4826 1009.6425 1009.5808 1009.5251 1009.5636 1 009.5953
1009.6369 1009.57 14 1009.5671 1 009.5401 1009 .%36 1009.5863 1009.46 19 1009.5403
1 009 -5672
-031 32 903037 905289 .03091 .0m9 002358 .02692 -0817 .01962 .02124 .02102 .032/4 002431 .02942 -02337 -01759 001 4% .01924 -017% .01820 =017‘V
32
HATCREBK C7218) VariaUona in Latitude 80LV83 6 November 1086
1 Qr-.----'- r ----. --I---- r--- .-----
I
I -I I I
J a n ena
JUr J u l JUr JUl QI, I
I Jul 1983 1084 1086
m L .___ .._- J-. I --I--- I Ju l J a n J u l J a n JUl Jan Ju l
1989 1984 1086 1086 33
Blank page r e t a i n e d for p a g i n a t i o n
AIXTUSTED GBO(ZNTR1C CARTESIAN OORDINATES FOR VNINBERG (1 ‘223)
YmMmIMl X SlGMA Y SIGMA
83 8221519 83 82518 5 83 82/23 9 83 83119 7 831 031 1825 8311 320 6 8311 81536 831 11 01754 831 11 21632 84 2201649 84 2231559 84 2261646 84 2291616 84 3 32051 84 41216 1 84102216 1 841 0251 538 841 0281 526 841 031 1559 85 1 91542 85 1121616 85 11516 4 85 1181636 85 3 11610 85 3 41553 85 3 71553 85 3101952 85 3131615 85 5121545 85101916 9 851 0231 61 0 851 021 16 13 851 0301 558 8511 21550 85 1 52018 85 2121519 86 4101553 86 4131921 86 5181559 86 5211559
-2678092.4229 478092.4162 478092.3272 478092.3536 -2678092 041 29 -2678092.3396 4678092.3483 -267809203355 -2678092.2970 467809294973 -2678092.3571 -2678092.4437 -2678092.4521 -2678092 -4532 -2678092.3674 -2678092 *3778 -2678092.4068 -2678092.4053 -2678092.4441 478092 -41 51 -2678092 -3630 -2678092 -3754 -2678092 *4392 -2678092.4695 -2678092.4420 -2678092.3882 -2678092 -3994 -2678092 04079 -2678092.4045 -2678092 A021 -2678092.3865 -2678092.9674 -2678092.4869 -2678092 -441 5 -2678092 04379 -2678092.4085 -2678092.3523 -2678092 -3739 -2678092 -4303 -2678092.4420
-05249 .Olga0 .02177 .02157 .03P3 -02067 .Or838 .02283 .OX85 -02525 -03283 .02172 .05329 .04365 002303 -0191 5 .01612 .01602 . o l e 9 .014m .01m ,01221 .01514 .01188 .01142 -01239 .01m .01202 .01296 .01243 901 985 -01 175 -01 903 .02013 001 260 *007% .00948 .01216 .00845 .01003
-4525451 -2234 -4525451.1412
-4525451.1 031 4525451 01 123
-4525‘+50.9901
4525451 .OP9 -452!%51.0197 JI52%51*0079 -4525450.9307 -4525451 -2371 -4525451 -0937
-45S51 1 498 -4525451 e0839
-4525451.1 552
-4525451.0992 -4525451 -0538 -4525451.1 Z6 1 -4525451.0877 4525451.1695
-4525450.9858
-4525451.1511 -4525451 .1912
-4525451 -0182 -4525451 -0626
-45S51 .loo7
-4525451.0225
-4525451 -1483
-45254514539 -4525451 00629 4525451 -03W -4525450.9975 -4525451 -1626 -4525451 -1 882 -4525451 -0525 452951 00835 -4525451.0320 -45S50.9003 -4525450.9494 -4525451 -0375 4525451 -0633
.OW77 -03338 -03739 .04002 00945 *035!V .03Ut2 003935 .06538 004290 -05581 .03580 007801 .08106 -04205 -03458 m03013 .02932 -03238 002494 . O S 9 1 .02120 .02168 .02084 A1993 .02187 .OM5 .02010 .02021 ,02098 .03131 .02146 -03285 903693 00221 4 -01 342 .01594 001 999 .01405 -01659
2 SIGMA
359741 0 a0355
35¶m9-9772 359141 0.1 001
359i410 -0589 359741 0.0489 359741 0 .OW6 359l409.9788 35511909 9882 3597409.8887 359i410.1604 3597410..0369 359741 0.0853
35¶410.0%8 35¶410.0019 3597410 .OS87 3597410.1078 359741 0.071 1 35941 0.1 468 35¶410.0938 35¶410.0147 3551341 0.0516 35Yi410.1441 3597410.1632 35¶410.1075 3597410 -0452
3551141 0 -0562 35¶410.0%6 359741 0.0821
3597410.1754 3597410.1897
359741 0 1559
359~410 -0793
359741 0 e0553
3597410 -0785 35¶410o1268
35974009-9970 359741 0 -0352
3597410 -0940
3597410.1097 359741 0.1048
-06420 .0249/ .02¶0 -03069 m04500 .02813 .02457 .03168 .0w91 003300 .04528 .02% 5 .06 103 .06388 -031 92 002772 .02384 002333 -02563 .01917 -02067
-02178 -01718
001702
e 0 1 595 -01752 .01647
.01647
.01624
.01688 -025% .0n99 -01719 .01052 001 293 .01569 .01120 -01 337
-01 5W
902633
35
AWUSTED GEODETIC FOSITDDNS (-3) FOR VNlMBEHG (7223)
rYHmJm4 83 8221519 83 82518 5 83 82723 9 83 83119 7 8310311825 8311 320 6 8311 8136 831 110179 8311121632 84 2201649 84 2231559 84 2261646 84 2291616 84 3 32051 84 41216 1 84102216 1 6410251538 841 0281 526 841 031 1559
85 1121616 85 11516 4 85 1181636 85 3 11610 85 3 41553 85 3 71553 85 3101952 85 3131615 85 5121545 85101916 9 851 0231610 851 021 16 13 851 0301 558 8511 21550 8511 52018 851 21 21 51 9 86 4101553 86 4131921 86 5181559 86 5211559
a5 I 91542
34 33 21.89896 34 33 21.90205 34 33 21.90200 34 33 21.90215 34 33 21 .go118 34 33 21 -90216 34 33 21 090138 34 33 21.90193 34 33 21.90086 34 33 21.90176 34 33 23.90167 34 33 21.90118 34 33 21.90307 34 33 21.90253 ,34 33 21 e90055 34 33 21.90243 E 33 21.90259 34 33 21.90223 E 33 21.90259 34 33 21.90254 34 33 21.90213 34 33 21.90302 34 33 21.90286 34 33 21.90245 34 33 21.90190 34 33 21.90240 34 33 21.90290 34 33 21.90234 34 33 21.90331 34 33 21.90346 34 33 21.90341 34 33 21.90325 34 33 21.90294 34 33 21.90265 34 33 21.90348 34 33 21.90369 34 33 21.90372 34 33 21.90376 34 33 21.90382 34 33 21*90317
,02626 .006g3 .00695 .m99 -00875 .0066 1 .00569 -OW70 .ow72 .oog31 .01041 ,00861 .02226 .02019 .00852 -OW49 .a91 -00721 .00693 .a605 .00800 e0051 0 .OW08 moo467 .00453 .00504 .OO% moo537 .00514 -00593 .01108 000459 .00858 .OW06 .00517 -003a .00562 .00530 -00425 -00559
120 36 59.01802 120 36 59.01944 120 36 59.01995
120 36 59.OI99O 120 36 59.01919 120 36 59.01957
120 36 59.01808
120 36 59.01938 120 36 59.01962 120 36 59.01691
120 36 59.0&09 120 36 59.02050 120 36 59.02183
120 36 59.01839
120 36 59.01863 120 36 59.01989 120 36 59.01942
120 36 59.01961 120 36 59.02021
120 36 59.02014
120 36 59-02075 120 36 59.02043 120 36 59.02002 120 36 59.02024 120 36 59.02017 120 36 59.02045
120 36 59.02090 120 36 59.02044
120 36 59.02061 120 36 59.02117 120 36 59.02130
120 36 59.02088 120 36 59.02074
120 36 59.02206 120 36 59.02132
120 36 59.02209 120 36 59.02184
120 36 59.02136
120 36 59.02198 120 36 59.02187
-01 966 .00682 -00759 .00948 .00809 .00882 00061 1 .01030 .00895 .01148 .01080 .OW21 8021 92 -01 838 .00824 .00820 .ow% 000763 .OW99 .Om41 .00806 .00531 .om45 000373 .00481 -005W -00394 .003¶ .00419 .00431 -0673 .00531 -00790 000685 .00420 .00212 .W83 .00474 -003P .00425
U d I P S O I D HEIGHT
-1 3 -0441 -13.685
-1 3 -1 452 -1 3.1 1% -13.2363 -1 3 o 2 5 2 0 -13.2604
-1 3.2826
-13.3876 -12.9491 -1 3 -1629 -1 3 -0555 -1 3.01 54
-1 3 1745 -13.17V -13.0788 -13.1215 -1 3 -01 03 -1 3 -1 01 3 -13.2495 -13-1973 -13.0269 -1 2.9w -1 3.0485 -1 3 1 809 -1 3 -1 431 -13.1588 -13.1309 -1 3.1630 -1 3 2082 -12.9892 -12.9570 -1 3 rn 1330 -13 -0852 -13.1526 -13.3245 -1 3 2590 -1 3 -1 307
-1 3 .OB5
-13.1102
SIGMA
.12068
.04!7l1 ,05237 .05440 -07829 .04948 e04337 -05490 009036 e05855 *O78sS .050% .11005 -11128 50w37 .04784 .04104 .04010 .04472 .03412 .03624 -0293 .0376 1 .0291 -02167 803025 .02914 .02805 -02863 ,02888 .04440 .02941 .04531 005044 .03054 001 850 .021¶ *0w76 -01 947 .02290
36
SOLVB3 8 N o v e m b e r 1881 ----..--- . - ~ ._.......-.- VNDJWERC (7223) VarIaUonm in Imngitupe __._ 1 7 ---.-- ----- r.- .----. ..-._.-. -. ....-_-.. "r !
i MEAN LONGITUDE = reo so 6o.oaos w 0: I
37
AIU- GEOCZNTRIC CARTESIAN ODORDINATE FOR QUINCY (7221)
mm X SIGMA Y SIGMA 2 SIGMA
83 6271451 -2517229.05% mol743 -41985% .2550 -03161 4076531 -9495 -02817 84 41216 1 -2517229.0599 .02946 -41985% -2303 004763 4076531 09053 -a4!VO 85 5121545 -2517229.0147 -015% -41985% .1744 .02!529 4076531 .%I26 -02320 85 5141 9 7 -2517228.R70 e021 31 4 1 985% -0700 00351 8 4076531 -81 89 -031 58
83 6271451 39 58 28.414% .00807 120 56 39.8394R .00647 1106.1818 .04541 84 41216 1 39 58 28.41430 .OW49 120 56 39.84002 .00643 1106.1373 .072%6 85 5121545 39 58 28.41571 .00610 120 56 39.83960 .00455 1106.0810 ,03774 85 51419 7 39 58 28.41590 .00889 120 56 39.84050 .00665 1105.9437 -051%
38
SOLVBS 6 November 1980 I----- -.-- -_---... .-..-.......... ..-.... QUINCY (7221) Vutxsono In LaUCuda
r--------- -_. -.-.---
I
MEAN LATITUDE = 39 58 28.4152 N QF
I
i
I i i
m L I Jui-.'
1989
I i i
I ---- -I---- I I -..-I-- J a n J u l JUr JUl Jan
m L
1984 1985 1986 I Jui-.' -
1989
I ---- -I---- I I -..-I-- J a n J u l JUr JUl Jan 1984 1985 1986
! i
0 LL --._. -- .--I-- .--I- I J u l J U r J u l J U r JUl J a n 1983 1084 1085 1986
-.----
39
ADJUSTED GBXZNTRIC CARTESIAN ORDINATES FOR R REYES (7251)
xYMmim4 X SIGMA Y SIGMA Z SIGMA
83 82723 9 -2732331.1851 -02012 -4217635.8785 -036g 394491*5307 -02984
85 3131615 -2132331.2270 -01501 -4217635.8869 m02215 3914491 m6317 -01954 85101916 9 -2732331 a2591 -01852 -4217635.9251 e02880 3914491 06655 .02484
84 2261646 -2132331.1922 .04170 -4217635.9264 A6211 3914491 -5658 .05870
AIUUSl'ED GEODETIC KISITlI)NS (NAD831 H)R R REYES (7251)
ELLIPSOID m I H € l t N LATITUDE (I) SIGMA M)NGIRIDE (W) SIGMA HEIGHT SIGMA
83 82723 9 38 6 12.70635 .00875 122 56 11.65119 .OlOOg -2.3941 ,050115 84 2261646 38 6 12.70636 .01867 122 56 11.65037 ..01432 -2.3377 -09381 85 3131615 38 6 12.70833 -00773 122 56 11.65245 -005110 -2.3083 -03279 85101916 9 38 6 12.70820 . O q 8 4 122 56 11.65nO .00!79 -2.2484 .04192
40
! Q 1 ‘ r
I
t
n
v E a I I I
ep 4
d I
Q I
...-. ...
0
SOLVES 6 Novombor 1986 I ..... . . . ‘I ... ....--_.- . ---.
t
. -1 -1
I
i i i i
i i I
41
AIXTUSTED GEO-IC CARTESIAN (XXIRDINATES FOR PRESIDIO (7252)
m- X SDGMA Y SIGMA 2 SIGMA
83 82518 5 -2707702.9945 -02432 -42Sl610.6295 -04133 3888374.7644 -03338 83 82/23 9 -2707703.0042 * O S 8 6 42!V610.5910 e04471 3888374.7339 a03859 85 3101952 -2/07702.8389 a04028 42~610.3809 e05269 3888374.6162 .OM16 85 3131615 -2707702,9622 .Om8 -42!9t610.5229 ,03063 3888374.7198 -02114 85101916 9 -2/07703.0008 -01111 9257610.9M .01878 3888374.7895 e01567 851 023161 0 -2707702.g89 -01 295 -42576 10.5337 -02176 3888374.738 -01 893
W S T E D GEODETIC POSITIONS (-3) FOR PRESIDIO (7252)
83 82518 5 37 48 19.10672 ,01134 122 27 18.1585 e01055 -29.1221 .Om37 83 82723 9 37 48 19.10648 .01180 122 27 18.16013 -01135 -29.1623 .06351 85 3101952 37 48 19.10675 .01245 122 27 18.15904 -00889 -29.4446 .OS196 85 3131615 37 48 19.1U770 .007% 122 21 18.16018 ,00537 49.2341 -04569 851019I6 9 37 48 19.10813 -00528 122 27 18.16041 -00425 -29.1373 e02647 8510231610 37 48 19.10781 .00605 122 27 18.16052 .00456 -29.2088 -03125
42
8OLVBS 0 November 1880 I--'- 1-
I I
J U J d J U r d 1985 1986
Q I - 1 Jul J U r JUl 1883 1084
.._.. .------
ADJUSTED GEOCENTRIC CARTESUN OOORDINATES POR wuxssoM (7254)
83 8221519 -2464069.0562 -0397 -464942666747 .06499 359906.3518 .04664 84 2201649 -2464069.1077 -03199 14649426 -7778 -055113 3593906.3866 -04633 8410251538 4964069.0965 mol 903 4 4 9 4 s A763 -03581 359906 933% J2780 85 3 7159 -2464069.0515 -01726 -464942605913 a03089 35939062798 902423 8510271613 -2464069.1112 .01526 -464926.6880 .02840 3593906.3674 -02194
AWUSTED GIBDETIC #)SITDDNS (NAD631 H)R PBK6soM (7254)
EUIPSOID YYMBIpM LATIIIIDE (N) SIGNA L@GIIIIDE (W) SIEA HEIGHT SIGNA
83 8221519 34 30 43.68685 -01552 117 55 20.52151 -01056 891 -4359 .Og.lOO
84 2201649 34 30 43.68567 .01143 117 55'20.52140 -01050 891.5506 .08204 8410251538 34 30 43.68603 .OW33 117 55 20.52294 -0OV9 891 04443 004918 & 3 71553 34 30 43.68632 .OW75 117 55 20.52288 -00562 891 03326 004256 8510211613 34 30 43.6%58 .00639 117 55 20.52317 -00464 891-479 .OW8
44
-._ YELOSSOM . ..-.. .._ _-. .--, (7264) . . ... ._ . .____.......- VuiaUonr 7' ... ... in ..- .-__....- Latitude '1. .._._....___-... SOLVE3 . . --..,--. .....-.-... 6 NOTemqer, ..- .-.. 1988 ,, ,__
I a t MEAN LATITUDE = 94 SO 43.0609 N I
A
I I I h
i! v
I I I V
PBLOSSOM (7254) VariaUonm in lon@Lude SOLVES 6 November 1986 I---'- I r-------- 1----- I-----
MEAN LONGITUDE = 117 55 20.6ZZ4 W
I
Q
I I I I I I
J --
ful Jan Jul Jan Jul Jan 083 1984 45 1985 la86
11
AIUUSl'ED 0-IC CARTESIAN WORDINAm FOR SANPAULA (7255)
YYMmmM4 X SIGMA Y SIGMA z SEMA
83 83119 7 -2554Q4.74% -02120 -4608628.3816 .04771 3582138.8434 .03774 84 2291616 -25541174.7216 e06870 408628.3724 ,09916 3582138.9119 007333 85 1 91542 -25544747784 e01884 4608628.4111 -03423 3582138.8875 -02564
ADJUSTED GEODETIC KISlTJDNS (-3) FOR SANPAULA (7255)
83 83119 7 34 23 16.34268 .00995 118 59 55.!56009 .00825 185.0589 .O66!%
85 1 9 1 9 2 34 23 16.34301 ,00910 118 59 55.56100 ..00709 185.1222 .04611 84 2291616 34 23 16.34483 a04012 118 59 55.55965 -02959 185.0837 013467
4 6
!
0 1 I I I I I
soLvEa Novornbcr le66 . ._ . '1 --'
. . .. . . ..-.- .. . . . .. , . . . . . . . - .-
MEAN LATITUDE = 34 29 18.3436 N
SOLVES 8 November 1986 --r-----
YEAN LONGITUDE = 118 se ss.se02 w
I
ADJUSTED GK)CENTRIC CARTESIAN OORDINATES FOR PINF'LATS (7256)
mDHfit44 X SIGMA Y SIGMA 2 SIGMA
831031 1825 -2369634.0262 8311 320 6 -2369634.1184 841 0281 525 4369634 -01 01 841 031 1559 -2369634 *OW5 85 1 181 636 -2369634 e0374 8510301558 469634-0gl6
06 2262034 -236%34*1301 86 4101553 -2369635.0582 86 41 31v1 -2369634.0773
8511 21550 -2369634.1071
.01580 4761 325.81 42 -02290 -4761326 a0205 .Om1 8 -4761 325.7721 -01440 -4761 325.9080 .OS04 -4761325.7819 .Ol 533 4761 325 .a742 .01358 -4761325.8871 a01665 -4761 325.9221 .0113 -4761325.8002 .00992 -4761325.8329
.03249
.04515 -03957 -02929 .os1 1 *02939 -02730 *03299 .02132 .Ole94
351 11 16.6W4 351 11 16 -81 85 351 11 16.65W 351 11 16.7409 351 11 16.6361 351 11 16.7344 351 11 16.731 9
351 11 16.6898 351 1 116.7165
351 1116 e7601
.02408
.03492
.02908
.02115
.04096
.02249
.02067 -02431 -01619 .01415
ADJUSTED GEODETIC RISITDDNS (NAD831 FOR PINFLATS (7256)
831 031 1825 8311 320 6 841 0281 525 841 031 1559 85 1 181636 851 0301 558 8511 21550 86 2262034 86 4101553 86 4131921
33 36 33-3W59 33 36 33*3W89 33 36 33.30834
33 36 33-30734 33 36 33.30818 33 36 33-3q78 33 36 33.30181 33 36 33*3Oa3 33 36 33.30847
33 36 33.3U782
A0674 .oogo2 .00877 .00616 m o l 317 moo77 1 .00614 .00839
.00510 -00539
116 21 31.60557 116 21 31 *60521 116 2 7 31.6oV3 116 27 31.60619 116 zl 31 116 21 31.60681 116 21 31.60112 116 21 31.60132
116 21 31.60103 116 27 31 -60693
.00437
.00624
.OO%O -00377 .OOgol .00480 .00428 .00566 .00358 -00348
1235 m7774 1236 e 0 5 4 6 1 a 5 -7395 1235.91 74 1235 *7%2 1235.8890 1235.9030 1235.9536 1235.7968 1235.8430
.04343 -06 159 .0598 -03890 .07m -039t3 *0572 .04384 .02887 -02534
48
SOLVES 0 November 1988 I I--
m
* I
C I
Cl I I I I I I
I a d JUI Jul J . s JUl Jnn 1989 1984 1983 1988
t A I I I h
3 v
I I I V ep
PINFLATS (?Me) VnrIaUonm In Longltude SOLVES 6Jooember 1986- I I I I I
MEAN LONGITUDE = 116 27 31.0004 W
t J I I 1 I \ ul Jan J u l Jan JUl Jan a8s 1984 1985 1980 49
ARIUSTED GEOCENTRIC CARTESIAN WOSDINATES FOR PLATTVR (7258)
84 41715 6 -12110706.2168 84 4221652 -1240706.1750 84 4251 51 1 -1 2110706 -2799 85 5 216 1 -1240706.2167 85 5 61545 -12110706.2982 85 5 71635 -1240706.2891 86 326 1624 -1 2W06.2805 86 3301 940 -1 2W06 -281 8
.OS97 003995 e03952 -01 151 001 221 .01296 *OW1 5 -00963
-4720455 a 6 0 4720454.9631 -9720455.5059 -4720555.21 51 -4720455.3242 -47204552530 -4720455.2870 -4720455.3386
em698 012153 .14053 .02985 0032% e o 3 7 4 2 .0209l .02m
4094482.2404 40948I-W% ,
4094482.3750 4094482.1852 409462.2406 4094482 .1937 4094482.21 28 4094482 - 2 3 9
005962 .1m9 .1 1281 .02448 ,02630 .03245 -01775 .02m 1
ADJU- GEODETIC POSfiIONS ( W 3 ) WR PLA!lTVIL (7258)
84 41715 6 84 4221652 84 4251511 85 5 216 1 85 5 61545 85 5 71635 86 3261624 86 3301940
40 10 58.06287 40 10 58.06328 40 10 58.06154 40 10 58.06214 40 10 58.06199
40 10 58.06195 40 10 58.06155
40 10 58.06212
.02032
.02311
.02!78
.008gO ,00962 40944 .00517 .om20
104 43 34.75433 104 43 34.75353
104 43 34.75498 104 43 34.75469 104 43 34.75508 104 43 34.75436 104 43 34.7B86
104 43 34.751 99
001 427 001 5% e 0 1 875 .om02 a 0 0 7 3 5 -00671 .00413 .00546
1502.0497' 1501.6264 1 502.3030 1501 -9651 1502.0908 1 502 -0009 1502.0367 1502.0922
50
Q -
I I I I Jul JUr JUl JUr JUl JIII J u l
1989 1084 1085 1086
0 1 1 I I I 1
MEAN UTITUDE 40 10 68.0883 N
8
c
c
I I I n
Ac4
Y Ea I I I
L9 vY
* I
0 I
Q I
PUTTVIL (7858) VarlmUonr ln Lnultude BOLVBS 8 November 1086 I I I I I I
UEAN WNGXTUDB = 104 4s 34.7641 W
I I I I I I
'Ul J- JUl JUr JUl JUr DO3 1984 1085 1088
51
P
ADJUSTED G m N T R I C CARTESIAN COORDINATES FOR MAIWDU, (7259)
m- X SIGMA Y SIGMA z SDGMA
83 629 21 2 -2448244.9504 .02¶8 -4426739.351 2 -051 83 3875436.5810 .04049 84 4 919 5 -2448244.8844 ,02886 -4426739.2592 .05081 381936.4617 .04365 841022l6 1 -2446244.8492 .03115 -4426739.2179 .05523 387936.4333 .04598
ADJUSTHI GXXZTIC #)SITIONS (-3) FOR MAMYIHL (7259)
HALIPSOID YWDDi€R4l LATITUDE (N) SIGMA LOKiIlUDE (w) SIGMA HEIGHT SIGMA
83 629 212 37 38 29.94954 .01464 118 56 42.54683 .01026 2311.0282 .07123 84 4 919 5 37 38 29.94906 -01317 118 56 42.54629 .00858 2310.8750 .07255 84102216 1 37 38 29.94881 e01264 118 56 42.54585 .e00856 2310.8033 mO7819
52
I I
YIIIN LATITUDE = 37 36 SO.04Oe.N t
IWkYOTRL (7S60) VulaUonm in Loaaltude SOLVES 6 November 1986 P. I I I I I
0 MEAN U)NGITUDI = 118 68 48.6463 W
* -
c
h ?-I I
Eo 1
v Y - t v
I I I
I
* - I
0 - I
P I I I I I I
I Jul JUr Ju l JUr J u l JUr 1089 1084 1086 1088
53
0-IC CARTESIAN ORDINATES WR FLAGSTAF' (7261)
yYHmiHw X SIGMA Y SIGMA 2 SIGMA
84 41715 6 -1923990.7287 -03836 -4850855.1732 .lo040 3658589.7449 .O7580 85 5 216 1 -1923990.8394 -01223 4850855.4348 e02187 3658589.9036 .020% 86 3261624 -1923990.8401 .00863 -4850855.4462 -01984 358589.8g24 .01475
ADJ- GEODETIC H)SITDDNS (NAD631 FOR FLAGSTAF (7261)
rnLIPsOID m D H H M 4 LATITUDE (N) SIGMA L O ~ I l l J D E (W) SIGMA HEIGHT SIGMA
64 41715 6 35 12 52.92279 .01390 111 38 4.99841 .oil98 2144.7098 ~3252 85 5 216 1 35 12 52.92169 a 0 0 6 1 4 1 11 38 4.99866 -00436 2145.0333 -03683 66 3261624 35 12 52.92119 .00488 111 38 4.99852 .00350 2145.0357 .02595
54
?LAGST* (7961) Variation8 la &Utude SOLVES 6 November 1068 0. I I I 8 I
0
Q , I I I I I
XEAN lONGITUD8 E 111 38 04.9886 W
* - c
I I I
A m
n
Y Eo I I I
Lo v ? -
* - I
0 - I
I
1
-
+ 1 T
P I I I I 8 1
Jrrl J . n JUl J.n JUl Jan I
AIUUSTED GEO(ZNTR1C CARTESIAN COORDINATBS FOR JR Wl (7263)
YYMmlmN x SEMA Y SIGMA 2 SIGMA
83 629 212 -2493304.0774 83 823 010 -2493304.1102 831031 1825 -2493304.0689 84 2201649 -2493304.1336 84 4 91 9 5 -2493304.1442 84102216 1 -2493304.0768 841 0251 538 -2493304.1 409 85 1 1 81 636 -2493304.1 281 85 3 71553 -2493304.12tl 85102t1613 -2493304.1424 851 0301 558 -2493304.1 131 86 41 31 921 -2493304.1 174
.01378
.03654 -02585 .Ow195 .02/42 903322 e03921 .02422 .02m .01786 001 979 .01113
-96551 98.59% 455198.609e 4 5 5 1 98.5407 455198.5898 46551 98.6e65 -96551 98 -5547 -9655198.595 455198.5872
455198*6153 -96551 98 -5350 455198.5509
-46551 98.6 189
002951 -06g3 -05035 -07548 .05010 -09752 007372 .ow1 .os10 -03255 -0395 .02026
AIUUSW) GHIDETIC #)SITIONS (-3) FOR JK M1 (7263)
3565519.9344 356551 9.8872 3565519.8587 38551 9.8544 3565519.9304 356551 9.8803 356551 9.9831 356 551 9 9302 3565519.9465 3565519.9361 3565519-8765 356551 9.9239
002281 -011830 -03770
003749 e04594 .0501 .03486 .03760 .02490
.06159
002139 901 523
83 629 212 83 823 010 8310311825 84 2201649 84 4 919 5 84102216 1 84102511i38 85 1181636 85 3 71553 851 02716 13 8510301 558 86 4131921
34 12 18.22546 34 12 18.22375 34 12 18.22444 34 12 18.22298 34 12 18.22337 34 12 18.22473 34 12 18.22630 34 12 18.22510 34 12 18.22510 34 12 18.22469 34 12 18.221163 34 12 18.22561
.00564 -01616 .oil31 .02441 -00745 -01750 -01 973 001P7 mol399 -00654 .OW80 .00490
118 10 23.90835 118 10 23.90930
118 10 23.91046 118 10 23.90904
118 10 23.91063
118 10 23.90970
118 10 23.91077 118 10 23.91062
118 10 23.90914
118 10 23.90915
118 10 23.91032
118 10 23.91029
.00404 -01 133 .00808 001 823 A0615 . O l l P .01445 .0087l .OlO47 .00489 -OW 5 -00359
R L I P S O I D HEIGHT
424.331 8 424.3252 424.2430 424.3017 424.41 91 424.2685 424.3803 424.3403 424 3 3 2 424.36% 424.2661 424.306 1
SIGMA
.0m61 -08875 .06T16 .lo480 .06882 -07938 .ON1 8 .06U78 .07072 .04474 .048&7 .02750
5 6
JPL Wl (7363) V r r l a U o n ~ in h t i t u d a SOLVES 6 norambar 1088 I I I I I
JPL MVl (7363) VulaUono tn Loaryltudo SOLVES 6 Norembor 1986 I I I I 1
0 MEAN U)NCITUDE 118 10 83.8098 W
* -
I I I
Y
I I I
Y
4 I
0 - I
0 1 I I 1 I I
JUr JUl JIII JUl 1983 1984 1986 1906
57
I t
NU- G-IC CARTESIAN (XNIRDINATES FOR FORT Ow) (7266)
YnmxlmM X SIGMA Y SIGMA z SIGMA
83 82518 5 -2641024.8967 ,01706 -4354394.4083 .03020 3788078.1685 -02387
85 3101952 -26g024.8797 .01212 -4354394.3247 .ON12 3788078.1413 -01715 8510231610 -2641024.6912 .01504 -4354394.3190 .02439 3788078.1811 -02086
84 2231559 46g024.8424 .03&4 -4354394.3129 .06Y8 3788078.0460 .05476
83 82518 5 36 40 11.24214 .00656 121 46 23.68637 .00766 24.0563 .04163 84 2231559 36 40 11.24113 -01268 121 lr6 23.68653 ..01293 23.0963 .09362 85 3101952 36 40 11.24298 A0456 121 46 23.68956 .00333 23.9758 -02904 8510231610 36 40 11.24399 .00617 121 46 23.69007 .0090 24.0006 .03521
58
FORT ORD (7866) Puiatlonm la Latitude SOL-9 6 NoverPbat 1086 I I I I 1 I
* - b
I I I
A m -
c5
Y Eo. I I I
Lo v ?
* - I
0 I '
I
t
?ORT ORD (7g86) Vuiatlonm la Loniltudo SOLVE3 6 November 1086 a l 1 1 I 1 I
MEAN LONGITUDE E le1 46 83.8891 W
+
t t -
Q I I I I I I
J- Jrrl JIII 1085 1986
J- JUl JUl
t
AIUU- GRKZNTRIC CARTESIAN CWRDINATES FOR DEADMANL (7267)
y l M 4 D m X SEMA Y SIGMA z SEMA
ADJUSTED GKDF,TIC POSITl?3NS (NAD831 FOR DEAEMANL (7267)
mLIPsOID YXM4DE4IHW LATrmDE (I) SEMA LOIGI'KIDE (W) SIGMA HEIGHT SIGMA
84 2291616 34 15 18.00SO .02499 116 16 43.87777 .01811 833.2836 .12737 85 1 91542 34 15 18.00599 -01921 116 16 43.87799 e01300 83304241 e11680
60
ADJUSTED GEOCENTRIC CARTESIAN COORDINATES FDR PVERDES (7268)
YlIMmHw X SIGMA Y SIGMA 2 SIGMA
831 11 21632 -2525450 991 66 -02827 -4670036 e7529 -051 23 3522887 929% .04014 85 3 41553 -252951 -0628 e01679 -4670036.8185 e02918 3522887.3871 -02333
8311121632 33 44 37.55444 -01214 118 24 12.69479 .00885 69.7774 .07049 85 3 41553 33 44 37.55462 .Om68 118 24 12.6957 .00561 69.9341 .04102
61
YYM0- X SIGMA Y SIGMA 2 SIGMA
831 1 81 536 -2306305.0332 -0341 5 478791 5-1 965 e07288 351 S36.9168 -051 51 831 1101754 -2306305.0621 -03303 47879 5.2645 o06¶3 351 937-0196 0051 52 84 3 32051 -2306305.08W mol653 4787915.3475 003188 351S37*0%0 A2547 85 1121616 -2306305.119 902297 4787915*3668 004462 351937-051j9 003336 85 11516 4 -2306305.1120 -01781 -11787915.3429 003459 351S3-0RO 002562 86 5181559 4306305.1362 A0946 -4787915-4120 001729 351W37*07% 001289
8311 81536 33 39 49.51118 .016% 115 43 11.24169 .01152 489.6fJTO -09508
84 3 32051 33 39 49.51124 ,00914 115 43 11.241 12 .00675 489.8012 .04332 85 1121616 33 39 49.51151 .01151 115 43 11.24183 .00840 489.8429 -05962 85 11516 4 33 39 49.51171 .00893 115 43 11.24198 .OOS6 489.8175 .04630 86 5181559 33 39 49.51118 .00420 115 43 11.24166 .OO3O8 489.8938 .02338
8311101754 33 39 49.51230 -02W6 115 43 11.24124 001333 489-7907 -09109
62
0 -
* - c
I I I n
A W -
E o .
v 7
Y
I I I
)o
* - I
0 - I
O I I
O l BL1LBUTTE (7369) VulaUono in kndtude SOLVES 6 November 1966 I I I I I
M8A!U WNGITUDE e 116 43 11.e416 W
& I
t -
I I I I I
J 1 JUr JUl JU JUl J- 108s 1984 1086 1966
ADJUSTED GKXZNTRIC CARTESIAN OOORDINAm FOR OCOTILLO (7210)
YmmmmQ4 X SXGMA Y SIGMA z SIGMA
84 85 85
84 3 32051 32 47 24.37528 e03344 115 47 46.18424 -01539 -36.4170 -10776 85 11516 4 32 47 24.374Y o00809 115 47 46.16502 o 0 0 5 0 7 -36.5202 e04295 85 3 41553 32 47 24.37500 -00694 115 47 46.18432 .OOM7 -36.3176 -04115
64
m 1 I I I I I
w UTITUOB - se 47 e4.a749 N
* - a
I I I 4 n
Eo
V P -
Y
I I . I
m
C
t i
C
* - I
0 - I
I
c
0 1 I I I I I
JUr JUl JUr . JUl JUr JUl
I I I
-
- t
-
-
-
I I I I I I
J m J u l JUr JUl J- JUl
I I I
m v 7
JUl
I
0 I
a I
1
P
OCOTILLO (7370) VuiaUonm Ln lomtuda SOLVES 6 Norambar 1980 I I I I I I
. U8AN LONGITUDE = 116 47 46.1846 W
ADJ- GI#XBNTRIC CARTESIAN WORDINATE FOR M)N WAK (734)
yYwmmM X SIGMA Y SIGMA Z
83 631451 -2386287 Am7 831 1 51754 -2386287.481 9
84 41216 1 -2386287.5138
85 3 11610 2386287e5853 85 51 21 545 -2386287 *5589
831 1 81 9 6 -2386287.501 1
85 1121616 -23862g1.4718
85 51419 7 -2386287.5281 851 1 52018 -2386287 -5253 851 21 21 519 -2386287 e5141 86 1 51618 -2386287.5513 86 22320 0 -2386287.5552 86 4 71735 -2386287.5448 86 51 81 559 -2386287 e5436 86 5211559 -2386287.5580
.01774 -01 31 5 . O l l r n .01571 .023% 001 487 .01802 .02313 mol179 .01148 .01519 .OlO54 .01225 .00838 -00839
4802347.5868 480234705708 4802347 e5895 4802347.6120 4802347.5048 -4602347.6951 4802347 -6235 4802347.5516 4802347 051 96 -4602347.5443 9802347 -5590 48023e m57Y 4802347.5402 -4802347.5439 -4802347.5604
003450 0 0 ~ 0 0 ,02474 -031 59 .04455 002803 -03470 004533 002331 -02248 -0301 9 .02047 .02196 -01 51 0 -01565
3444884 A952 34114884 A91 9 34448a4.52/4 3444884.551 5 3444884.501 3 3444804.6346 3444884.5054 3444804.5344 3444884.5322 3444804.5W8 3444884 3686 3444884.5777 3444804.5446 3444884.5551 3444864.57%
SIGMA
002521 002015 -01758 002302 003303 .02167 -02588
.01718
.01615
.02244
.01500
.01683 -01 151 .01164
003 1 03
ADJUSTED GEODETIC #)SITIONS ( W 3 ) FOR M)N PEAK (7274)
ELIPSOID YYMXtUM LATITUDE (N) SIGMA LmlXUDE (U) SIGM HEIGHT SIGMA
83 6211451 8311 51754 8311 81536 84 41216 1 85 1121616 85 3 11610 85 5121545 85 51419 7 851 1 52018 851 21 21 51 9 86 1 51618 86 22320 0 86 4 71735 86 5181559 86 5211559
32 53 30.36857 32 53 30-36872 32 53 30-36924 32 53 30.36944 32 53 30.37010 32 53 30.36999 32 53 30.36983 32 53 30.36982 32 53 30.37029 32 53 30.37068 32 53 30.37045 32 53 30.37040 32 53 30*37014 32 53 30.37038 32 53 30.37057
.00580
.00581
.00466
.00435 -01 565 -00683 .00902 ooog32 .a02 .OO% 1 -00662 .00638 .00640 .00445 -0041 9
116 25 22.04671 116 25 22.04703 116 25 22.04737 116 25 22.04742 116 25 22.04781 116 25 22.04663 116 25 22.04878 116 25 22.04095 116 25 22.04940 116 25 22.04859 116 25 22.04962 116 25 22.04947 116 2!5 22.04972 116 25 22.04961 116 25 22.04982
.00416
-00376 -00328 .OOBO .00442 000608 .00664 -00387 000363 .OOM5 00041 8 00039
Do031 3
000386
-0031 4
1 839.1 308 1839.1 174 1839.1579 1839-1927 1839.0691 1839.31 9 1839.2365 1 839 1 433 1839.1 170 1839.1 453 1 839.176 1 1839.1951 1839.1465 1839.1546 1839.1 835
.0m2
.03612
.032b4
.04251 -05869 003823 .04644 ,05954 -03099 .029t4 .0m48 .0589 002990 .02039 .020%
66
a , I I I I I
MEAN LATITUDE = a3 63 ao.aew N
I I I I I
J- J d J.in J91 J.in , 1984 1066 1016
4
4
L
I I I n
Y 22c I I I
Lo v;
4 I
a I
Q I
YON PEAK (7374) VuImUonm lm LoaPILtude SOLVES 6 Nowmber 1086 I I I I I I
%BAN UINGITUDE = 116 36 33.0411 W
9 t
I I I I I I
lUl J- JUl J . n JUl J- DO3 1014 1086 1016
I
1
67
AWIWTED G-IC CARTESIAN OOORDINATB HIR E X (7286 1
84 4221652 -2077234.4327 001611 -4486713.5640 -03182 4018'754.3250 002753 85 5 61545 4077234.4741 .01369 -4486713.6841 .0%16 4018754.3897 -02224 86 4 218 0 -2077234.4366 .00867 4486713.6268 .01690 4018'754.3191 .01469
ADJUSTED G W C XISITIDNS (NAD831 FOR R Y (7286
84 4221652 39 17 35.45881 -008% 114 50 34.57799 .OObCn 1886.5832 .Ow153 85 5 61545 39 17 35.4984 -00699 114 50 34.g745 -00436 1886.7220 .03668 86 4 218 0 39 17 35.45746 .00548 114 50 34.57703 000335 1886.6248 .Oag
68
0
Q 8 1 8 I 8 8
- MBAN E 80 1V 86.4680 N
%BAN U)NNTVDE E 114 60 34.6776 I c *t
01 8 8 8 I 8 E
J- Jtrl J r p I 1086 1086
I Jul JUr Jul 1983 1084
69
xxMmitm X SIGMA Y SIGMA 2 SIGMA
8311 320 6 -2196776.0508 8311 51754 -2196776.0616 841 031 1559 -21 96776.1 21 0 85 3 11610 dl96776.1419 8511 21550 dl96776.1171
86 4101553 4196776.0721 86 5211559 2196776.1141
851 1 52018 -21 96776 a 0 7 5 3
*Om5 .01845 .02908 *01233 .01993 *01731 .01229 .0094
-4887337 e9400 48873TI -981 9 4887338.01 TI 4887338 a056 4887338 -0179 -4887331-9696 -488733709174 -4881338.021 4
-04226 *03994 e05909 .0252l .04547 -03776 .02471 .01845
ADJUSTED GEODETIC #ISITIONS (-3) RIR YUMA (7894)
3448425 -8247 3448425.8754 3448425 -8675 3948425 e9209 3448425.86 84 948425.8485 3446425.8032 3448425.8740
*03396 *02933 e04307 m o l 904 -031 58 .0552 .0w7 .01344
8311 320 6 8311 51754 841 031 1559 85 3 11610 8511 21550 8511 52018 86 4101553 66 5211559
32 56 20.90258 32 56 20.90306 32 56 20.90205 32 56 20.90263 32 56 20.90203 32 56 20.902!3 32 56 20.90220 32 56 20.90215
e01 51 3 .01123 .01539 e0051 5 .00951 .a081 7 .00661 e00438
114 12 11.21067 114 12 11.21109 114 12 11.211m 114 12 11.21200 114 12 11.21177 114 12 11.21106 114 12 11.21177 114 12 11.21161
.01042 a00716 .01190 .00363 .W69 -00564 .00417 -00333
238.8501
238.9540 238.9203
239.0245 238.9563 238.8941 238.8285 238.9610
SIGMA
.os 12
.05212
.m64 *0339e 005869 .04916 *03a3 ,02448
70
YUMA (7884) VarlaUonm in LnLiLudo SOLVES 8 November 1880 I I I I I
I
z
I I I n
A N
v E a
I I I
v';" m
* I
Q I
0 I
MEAN LATITUDE = 32 68 20.9024 N
I I I I I I
Jul Jan Jul JIII JUl JUr 883 1084 1086 1988
YUMA (7804) VuiaUonm in LonElCuds SOLVE3 8 November 1088 Q l I I I 1 I
Q - MEAN LONGITUDE = 114 12 1 l . Z l l S W
* -
c
I I I n 11
v 30 I I I
eo v 7 -
I -
0 - I
Q I I I I I t
1 Jul J . n JUl J I P J u l JUr 1983 1884 1085 1088
71
AATU- GPXXZNTRIC CARTESIAN (XXLRDINATB FDR
YYMmiHm X SIGMA Y SDOMA z SDOMA
86 3301940 .-1631471.4509 .01221 -4589129.8788 .O3006 4106760.4693 ,02614
(7290)
ADJUm GEODETIC H)SITIONS (-3) H)R V I N A L (7290)
UIPSOID YMDXHHtM LATllRJDE (N) SDCMA LoNGIRlQ (W) SDGMA HEIGHT SIGMA
72
Section 11. Baseline Components and Lengths
This section will present the locally adjusted baseline components and lengths connecting the MVLBI sites shown in figure 1.
The tables are ordered sequentially, beginning with all baselines referred to the Mojave Base Station, and continuing in increasing order of monument reference number. Fixed base stations precede MVLBI sites in the arrangement.
73
Blank page r e t a i n e d for p a g i n a t i o n
83 6Zl45l 83629212 83 BE2139 @ m a 5 P a m 2 3 9 83 831197 8310311&5 8311 n754 8311121632 84 2201649 84 a 1 5 5 9 84 2161646 8449195 84 412l6 1 8PlCQ2l6 1 84105198 841028l% 85 3 11610 85 3 411553 85 3 711353 85 3101S52 85 3131615 85 5 71635 85 5l2l545 85 51419 7 85101916 9 851a1610 851 a 6 1 3 8510301556 8 6 4 2 1 8 0 86 4 71735 86 41015B 86 4131Wl
86 m1559 86 nam
6 84 55 39 w 3e 63 65 74 60 E 21 55 72 43 40 42 39 1R 30 30 P 79 46 45 48 49 50 51 16 40 44 49 46 31
26276.44549 245276.4W8 295216.44366 2m6.45362
245276.44718 24976.46068
2rHn6.45500
245216.46q8
245276.45562
245276 -4993 245216.4281 7 2W6.4931 2 W 6 A3772 24976.4391 1
2115216 -4998
W 6 . 4 ' 6 1 8
2115216 9 4 9 4
245276 e471153
245216-45059
2115216 AD75 216216 m4S3 245276.43807 216276.443S 2W6.44670
245276.46 1 59
245276.441 86 W 6 . 4 3 0 0
295216.4!372 2 W 6 .&pD 245276.44QXI
2115276 A4102
-6 e4564
245% 943997
2'6216 =43847
2wz16-w1120
-00358 .m10
.oowd
.00535
. m 4
.m19 -00306 .00546 -W67 .01249 .01 ;bo .am2 .m88 .our49 -06% .m53 .0055 .00422 .o0506 -00385 .0039l -00474 -0036 .001126 .00460 000472 .00501 -00645 .004a -00364 .00418 0 0 0 3 5 6 -00323 -00365
75
83 681451 83629212 8311 51754 8311 81536 84 41216 1 84 41715 6 84 4221652 84 m 5 l 1 85 3 11610 85 3101W 85 3131615 8552161 6 5 61545
85 5121% 85 51419 7 85101916 9 &1~1610 8511 2lm 85l152018 Qn21Zl519 86 1 51618 86-0 86 a 2 0 3 4 86 3Z61624 86 33aw 8642180 86 4 71735 86 41015B 86 518l559 86 52l1559
85 5 71635
75 -1031%0.02l40 84 -1031960.00329 !53 -103189.98608 76 -1031960.mg 74 -1031960.02/2
101 -1031960.00689 96 -103189.99811 78 -103189*97413 54 -103189.W47 50 -1 031 89.98 03 4 -103196o.w/2l 84 -1~lgbO.OoBge $2 -1c01s9 .m~ 85 -103959.511482 67 -1031 959.99601 56 -103196O.oj158 66 -1031960.WgO8 63 -1031 89.9m 45 -103189.99843 66 -1031960.0z612 49 -1031%0.02493 58 -103189.98169 79 -1 031 960 -01619 71 -1031 960.00670 45 -1a31960.024l2 64 -103109.W9l8 58 -1031 960.01314 54 -1031960.02~ !v -1031960.05360 & -1031960.02m 66 -1031960.02346
.01129
.01306 0 0 0 9 9 0 .00846 .01114 .01m .Ole% .01618 .01164 .o0690 .o0809 000948 .o0906 .OM 0 .009!56 . 0 1 a *OW3 a m
.OlWll
.01131 -00963 .01366 aW50 000673 .m .00662 -00650 00079 -00905 .WE .mln
4339.aSW .01796 1313368.16804 436B.21638 . O S 1313368.lWl 4 3 6 3 2 . w .01552 1313368.13942 4339.24518 .Or364 1313366.15917
4332.2Wl .OB59 1313368.111210 a352.21848 .Om 1313368.1564 436352.20367 .Om9 1313368.17609 46z.19094 .Ol@l 1313368.1489 436352.233& .01M 1313366.1209 43352.27llOo . O l x B 1313368.15110 4363!%2B98 -0lSr9 1313368.1936 W 3 2 . a .Ole9 1313368.1Wl 43632.246l3 .01484 1313368.14519 436352.26197 .015l4 1313368.1%54 43639.29714 .01$18 1313368.1W 436352.- .01779 1313368.16012 43352.25627 .01672 1313368.16S
436B.26758 -01743 1313368.1SP
4 3 3 5 2 m Z J 1 2 Q .- 1313368.17219 113639.30836 e01783 1313368.1 371 436352.28499 .0152 1313368.1 5!36
436352.267e -00563 1313368.15941 43352.28 99 .01W 1313368.1 %2l
43ti352.26m7 .m5 131~8.1569
43352.2232 .01mi 1313368.16m4 1136352.2168 .OW4 1313368.15963
436352.28014 .OOSI 1313368.163% 436352.25812 .OllgO 1313366.185 436352.30219 -01517 1313368.16941 43352.28b56 .Oll8 1313368.16090 43639.28409 .01311 1313368.1m
76
83 m 5 l 9 8 3 r n 8 5
83 831197 8310311825 8311 3266 6311 8% 831 1101754 831 11 21632 84 Po1649 84 2231559 84 a1646 8h 229l616 84 3 32051 84 41216 1 841oe216 1 841025lB8 841028lS5 841 m11559 85191542 85 1121616 6 11516 4 85 1181636 85 3 11610 85 3 $153 85 3 715!3 6 3101%2 6 3131615 6 5121B 85101916 9 8510431610 85lW1613 610301558 8!ill21550 Bnl !EO18 8512121!5l9 86 4101553 86 41319er 86 5l81959 86 5211569
28 30 36 43 42 64 54 a 18 59 n Ju 65 39 35 66 82 84 77 77 !v 83 51 70 81 75 70 61 86 9 57 68 52 P
100 84 70 81 88 70
71061.184Q .a531 71061.1195 .(E499 71061.2Q6 71061.161O9 .03122 71061.17109 .W 71061.21245 . a 2 71061.2M24 .02499 71C6l.al8l .03p2 71061 -33125 .04* 71061.0508 .Om 71061.18311 .04606 71061 .lW4 .Om6 71061.061106 A6208 71061 .la16 .Os49 71061.218lO .Om 7161 J71S .Mgl9
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APPENDIX A,--ANTENNA-MONUMENT OFFSET VECTORS
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
+ + + STATION MONUMENT YY MM DD HH MM: COMP 1 : COMP 2 : COMP 3:TYPE + + : NORTH : EAST : UP. :NEU + + : x : Y ' : 2 :xm + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + + + + + + + + + + + + + + + + + + + + + + + +
JUNE 1983 CAMPAIGN
The IN-3 site vectors a t HDN PEAK (7220) and JPL W3 (7272) were determined by reconstruct ion of t h e encoder readings on t h e locator arm after t h e calibrations were performed.
The values for N , E , U for MON PEAK (7220) given i n the JPL DIS report of November 30, 1984 are: N= -1.7153, E= 1.9858, U= 4.2895.
E= -2.179, U= 0.082 [Source: HAVAGO Adjustment of 84-08-17].
The M)N PEAK (7220) si te vector has been reduced to HDN PEAK (7274).
The reduction from MON PEAK (7274) t o MON PEAK (7220) is: N= -3.767,
The JPL MV3 s i t e vector was reduced t o JPL MV1 (7263). The reduction t o the MV-3 mark (7272) is given i n the old ECCDAT f i l e as: N= 1.145,
The reduct ion from JPL MV1 (7263) t o JPL MV3 (7272) is: N= -26.661, E= 10.281, U= -0.002 [Source:, HAVAGO Adjustment of 84-06-17].
E= -2.300, U= 4.352.
83F MOJAVE12 OVRO 130 HRAS 085 HATCREEK
83 06 28 00 00 -.084 -054 2.857 NEU MON PEAK 7274 83 06 28 00 00 -5.482 -0.193 4.372 NEU Q U I N C Y 7221
83G MOJAVEl2 OVRO 130 HRAS 085 HATCREEK
MAMMOTHL 7259 83 06 30 00 00 -059 .040 2.902 NEU JPL MV3 7263 83 06 30 00 00 -25.516 7.981 4.350 NEU
+ + + + + + + + + + + + + + + + + +
m' + + + + + + +
113
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION MONUMENT YY MM DD HH M: COMP 1 : COMP 2 : COMP 3:TYPE + : NORTH : EAST : UP :NEU + + : x : Y : 2 :XYZ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + AUGUST 1983 CAMPAIGN + * The MV-3 site vectors a t PBLOSSOM (72541, FORT ORD (7266) and * PT REYES (7251) were determined by reconstruction of the encoder + readings on the locator arm after the calibrations were performed.
+ + been reduced to JPL MV1 (7263). + + were: N= .004, E= -086, U= 2.851. + The reduction from JPL MI1 (7263) to JPL EN2 (7264) is: N= 12.729,
E= -27.898, U= 0.642 [Source: HAVAGO Adjustment of 84-08-17]. + + + For t h i s reason, the data from t h i s site has been deleted from the
+ I n 83H, u n i t MI-2 occupied JPL MV2 (7264); the s i te vector given has
The values of N , E , U computed from the templates for 54-1 (7264)
I n 833, no s i t e vector data exists for MV-3 a t DEADMANL (7267).
+ observation data set. II + 83H MOJAVEl2 OVRO 130
VNDNBERG 7223 83 08 23 00 00 JPLHV2 7263 83 08 23 00 00
+ PBLOSSOM 7254 83 08 23 00 00
831 MOJAVEl2 OVRO 130
+ VNDNBERG 7223 83 08 26 00 00 PRESIDIO 7252 83 08 26 00 00
+ WRT ORD 7266 83 08 26 00 00
835 MOJAVEl2 OVRO 130
VNDNBERG 7223 PRESIDIO 7252 PT REYES 7251 +
+ 83K WOJAVEl2 OVRO 130 +
+
+ +
+ 4
83 08 28 00 00 83 08 28 00 00 83 08 28 00 00
+ VNDNBERG 7223 83 09 01 00 00 SANPAULA 7255 83 09 01 00 00 +
.ooo .067 12.733 -27 -81 2 2.5889
.ooo -.Oh7 2.4544
.ooo -.048
3298
.ooo - -028
9.0281
.067
.030 -.5nO
.067
.029 2.4913
.067 -073
7-633 NEU 3.493 NEu 4.3265 NEU
7.633 NEU 2.833 NEU 4.4911 NEU
7.633 NEU 2.833 NEU 4.4005 NEU
7.633 NEU 2.825 NEU
+ + + + * + + + + + + + + + + + + @ + + + + + + + + + + + + + + + + + + + + + + +
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
114
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (I + f STATION MONUMENT YY MM DD HH MM: COMP 1 : COMP 2 : COMP 3:TYPE f
+ : NORTH : EAST : UP :NEU (I x Y * z :xn . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (I (I
NOVEkBER 1983 CAMPAIGN + + (I
determine reconstruction of the encoder readings on the loca to r arm + i b ra t ions were performed. (I
(I + The M)N PEAK (7220) s i te vector has been reduced t o HDN PEAK ( 2 4). : The values for N E,U iven i n t h e JPL DIS repor t of November 30, T i 5 9 4
are: N= -1.998, b l .f3iSpp U= 4.297. + The reduction fram Kl AK (7274) t o MDN PEAK ( 220 is: N= -3.767, +
(I + E= -2.179, U= 0.082 [Source: HAVAGO Adjustment of B 8 4-0 -171. (I
site vectors a t PINFLATS (7256) and MDhl PEAK (7220) were
8 ~ - + I n 8 M, un i t MV-2 occupied si te JPL MV2 (7264), but the site vec tor : + + + + +
+ was re a uced to JPL MV1 (7263). (I The values of the templates for 5-B-1 (7264) + were: N= .040, E= + The reduction from t o JPL MV2 (7264 is: N= 12.729, + E= -27.898, U= 0.642 Adjustment of 8 -08-171. 1 + t 83H W A V E 1 2 OVRO 130
+ .ooo -06% 7.633
+ PINFLATS 7253 3 11 01 00 00 2. 75 -.350 1.4 3 + 1 2 e 2 6 9 -27 86 + 0330 NElJ
+ VNDNBERG 7223 a J P L MV2 726 + t 83N W A V E 1 2 + + + m + 11 04 00 00 -I!!! -.01 *06J m3 NEU
11 04 00 00
+ 11 04 00 00 2.475 -.350 4.330 NHJ + VNDNBERG 722 + PINF'LATS 7256 + YUMA 7893 + f 830 W A V E 1 2 OVRO 130 HRAS 085 + mu4 7894 f M I N PEAK 7274
83 11 06 00 00 -a044 -.011 2.833 NEU + +
83 11 06 00 00 -5.765 -0.646 4.379 NEU . + 83P W A V E 1 2 HRAS 085 + + VNDNBERG 7223 83 11 09 00 00 .ooo 7.633 + + @ O f l 2. 21 + BLKBUTTE 726 11 0 00 00 .026 f MON PEAK 7271 83 11 08 00 00 -5.765 -01846 4.379 NEU + + f 839 MOJAVE12 + VNDNBERG 7223 f BLKBUTTE 7269
+ + + + + 7.633 NEU :% 2.921 NE0
83 11 11 00 00 .ooo 83 11 11 00 00 027
f 83R W A V E 1 2 OVRO 130 + + + .007 *067 7*6i3 2.8 2 NEU NEu + +
+ VNDNBERG 722 83 11 13 00 00 .ooo : PVERDES 726i 83 11 13 00 00 0.025 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
115
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + +
STATION MONUMENT YY !@i DD HH M: COMP 1 : WHP 2 : WHP 3:TYPE + : NORTH : EAST : UP :NW + + : x : Y : 2 :xm + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +
FEBRUARY 1984 CAMPAIGN + + + reduced to JPL wV1 (7263). +
were: N= -.O!O, E= .044, U= 2.913. 0
E= -27.898, U= 0.642 [Source: HAVAGO Adjustment of 84-08-17]. +
I n 84A, u n i t MV-2 occupied JPL MV2 (7264), but t h e site vector was
The values for N , E , U computed from the templates for 5-B-1 (7264)
The reduct ion from JPL MI1 (7263) to JPL W2 (7264) is: N= 12.729,
I n 84B and 84C, the data from PRESIDIO (7252) were deleted from t h e + observation data set due t o poor qua l i ty .
+ 84A HDJAVEl2 OVA0 130
+ VNDNBERG 7223 84 02 21 00 00 .ooo .067
+ +
* J R W 2 7263 84 02 21 00 00 12.719 -27-854 + PBLOSSOM 7254 84 02 21 00 00 0.022 + + 84B MOJAVEl2 OVRO 130 HATCREEK + + VNDNBERG 7223 84 02 24 00 00 .ooo + FORT ORD 7266 84 02 24 00 00 .036 I )
+ 84C HDJAVEl2 WRO 130 HATCREEK + + VNDNBERG 7223 84 02 27 00 00 .ooo + PT REYES 7251 84 02 27 00 00 .021 + + 84D HOJAVE12
VNDNBERG 7223 84 03 01 00 00 .ooo
+ DEADMANL 7267 84 03 01 00 00 0.053
+ 4 SANPAULA 7255 84 03 01 00 00 .038
+ + 84E HDJAVEl2 + VNDNBERG 7223 84 03 04 00 00 .ooo OCOTILLO 7270 84 03 04 00 00 -041
+ BLKBUTTE 7269 84 03 04 00 00 ,088 0
-.015
.067 0.071
.067 - .060
-067 -.010 0.030
.067 0.013 -e017
7.633 NEU 3.555 NEU 4.322 NEU
7.633 NEU 4.420 NKl
7.633 NEU 4.325 NEU
7.633 NEU
4.276 NEU 2.753 NEIJ
7.633 NElJ 2.824 NEU 4.378 NEU
+ + + + + + + + + + a + + + + + + B + + + +
4 4 4 + + + + + + + + 4 + + + + + +
116
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION MONUMENT YY MM DD HH MM: COW 1 : COMP 2 : COW 3:TYPE II + : NORTH : EAST : UP :NEU 4
+ : x : Y : z :xpz + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + APRIL 1984 CAMPAIGN + + The ELY (7257) site vector has been reduced t o ELX (7286). The + + values for N,E,U for ELY (7257) are: N= -0.051, E= 0.037, U= 4.426. e + The reduction from ELY (7257) t o ELY (7286) is: N= 2.656, E= -18.783, 4 U= 0.079 [Source: D.Hoyle & B.Smith, NGS, 85-08-19]. 4
+ +
+ 84F WAVE12 OVRO 130 + EUMMITHL 7259 84 04 10 00 00 -088 -.044 2.829 NEU +
OJPLHV1 7263 84 04 10 00 00 -e021 0.024 4.321 NEU e
+ 84G MDJAVE12 OVRO 130 HRAS 085 HATCREEK + + VNDNBERG 7223 . 84 04 13 00 00 .006 .066 7.622 NEU + + QUINCY 7221 84 04 13 00 00 -.011 .065 2.845 NEU 4 + K I N PEAK 7274 84 04 13 00 00 -.010 .080 4.340 NEU + + 84H MOJAVE12 HRAS 085 HATCREEK + + PLATTVIL 7258 84 04 18 00 00 -0.006 -0.051 2.755 NEU + + FLAGSTAF 7261 84 04 18 00 00 .OOO 0.002 4.308 Nm + + 841 HDJAVE12 HRAS 085 I)
+ KATTVIL 7258 84 04 23 00 00 -0.005 -0.048 2.754 NEU + + E L Y 7286 84 04 23 00 00 -2.707 18.820 4.347 NEU + + 845 MDJAVEl2 HRAS 085 HATCREEK + + PLATTVIL 7258 84 04 26 00 00 -0.005 -0.051 2.753 NWI +
+ +
+ + + +
+ + + +
+ + + 4
+ + + + + + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
117
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION MDNUWGNT YY HM DD HH HM: COMP 1 : OMP 2 : OHP 3:TYPE + : NORTH : EAST : UP :NW + + : x : Y : z :xYz + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + D u r i n g 840 and 84P, unit Nv-2 actually occupied JPL HV1 (7263). The
fi + + + +
+ OCTOBER 1984 CAMPAIGN +
+ sitename was erroneously called JPL HV2 in the observation database.
+ 840 MOJAVE12 OVRO 130 + + VNDNBERG 7223 84 10 23 00 00 006 .066 7.622 NE0 + + JPL M12 7263 84 10 23 00 00 0085 -.010 2.855 NEU +
HAMMOTHL 7259 84 i o 23 00 00 -051 0.076 4.322 NEU fi
+ 84P MDJAVEl2 OVRO 130 4
+ VNDNBERG 7223 84 10 26 00 00 -006 .066 7.622 NEU + +JPL M12 7263 84 10 26 00 00 a085 -.008 2.855 NEU + + PBLOSSOM 7254 84 10 26 00 00 -086 0.017 4.332 NHJ + + 84Q MOJAVEl2 OVRO 130 + + VNDNBERG 7223 84 10 29 00 00 .006 .066 7.622 NEU + + PINFLATS 7256 84 10 29 00 00 -062 0.066 4.329 NEU + + 84R MOJAVEl2 +
VNDNBERG 7223 84 11 01 00 00 .006 .066 7.622 NEU + + YuM4 7894 84 11 01 00 00 -076 -a022 2.835 NEU + + PINFLATS 7256 84 11 01 00 00 -060 0.066 4.330 NEU +
+ +
4 I
+ + + +
+ + + +
+ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
118
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + +
STATION MONUMENT YY MM DD HH MM: COMP 1 : COW 2 : COMP 3:TPPE + : NORTH : EAST : UP :NEU + + : x : Y : z :XYZ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +
JANUARY 1985 CAHPAIGN I)
+ 85A MOJAVEl2
VNDNBERG 7223 85 01 10 00 00 DEADMANL 7267 85 01 10 00 00 SANPAULA 7255 85 01 10 00 00
+ 85B MOJAVEl2
+ VNDNBERG 7223 85 01 13 00 00 KIN PEAK 7274 85 01 13 00 00 BLKBUTTE 7269 85 01 13 00 00
+
+
+
+ 85C mJAVEl2 +
+ VNDNBERG 7223 85 01 16 00 00 OCOTILLO 7270 85 01 16 00 00
+ BLRBUTTE 7269 85 01 16 00 00
+ 85D HDJAVE12
+ VNDNBERG 7223 85 01 19 00 00 + J P t Hv1 7263 85 01 19 00 00 + PINFLATS 7256 85 01 19 00 00
+ +
.006 0.031
.042
.006
.018 e075
.006
.022
.018
.006 -0035
.002
.066 -01 8
-.loo
.066 0.030
058
.066
.020
.058
.066
.066
.034
7.622 2 -755 4.315
7.622 2.807 4.328
7.622 2.823 4 3 2 0
7.622 2.843 4.31 0
+ + I) + +
NEU (I
NEU + NEU +
+ + +
NEU + NEU + NEU +
+ + +
NEU + NEU + NEU +
+ + +
NEU + NEU + NEU +
+
119
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + +
STATION MONUMENT YY MM DD HH MM: COMP 1 : COMP 2 : COMP 3:TYPE + : NOR'fR : EAST : UP :NEU + + : x : Y : z :XYZ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + MARCH 1985 CAMPAIGN + + 85E W A V E 1 2 OVRO 130 HRAS 085 HATCREEK + + VNDNBERG 7223 85 03 02 00 00 e006 e 066 + HON PEAK 7274 85 03 02 00 00 0086 0.040 + Yut4A 7894 85 03 02 00 00 .024 .052 + + 85F HOJAVEl2 OVRO 130 + VNDNBERG 7223 85 03 05 00 00 ,006 .066
OCOTILLO 7270 85 03 05 00 00 .053 0.092 WPVERDES 7268 85 03 05 00 00 -e009 9073
+ + 85G MOJAVEl2 OVRO 130 + fi VNDNBERG 7221 05 03 00 00 00 e 006 e066 +JPL HV1 7263 85 03 08 00 00 -e012 e060 PBLOSSOM 7254 85 03 08 00 00 .017 -052 *
+ 858 MOJAVEl2 OVRO 130 HRAS 085 HATCREEK + + VNDNBEHG 7223 85 03 11 00 00 -006 .066
PRESIDIO 7252 85 03 11 00 00 .078 .078 + FORT ORD 7266 85 03 11 00 00 -.002 .OS8 + + 851 MOJAVEl2 OVRO 130 HRAS 085
VNDNBERG 7223 85 03 14 00 00 .006 .066 fi P R E S I D I O 7252 85 03 14 00 00 .078 .076
+
+
PT REYBS 7251 85 03 14 00 00 mO55 .032
7.622 NwI 2.811 NEl 4.314 NEU
7.622 NEU 2.838 NEU 4.299 NEU
7.622 Nw 2.845 NFJ 4.292 NEU
7.622 NEU 2.942 NEU 4.385 NEU
7.622 NEU 2.942 NEtl 4.310 NEU
+ + + + + + + + + + + + + + + + + 0 + + + + + + + + + + + + + + +
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . a+++++@++++++++++
12 0
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION MONUMENT YY MM DD HH MM: WMP 1 : COW 2 : WMP 3:TYPE + : NORTH : EAST : UP :NEU + + : x : Y : z :xYz +
+ MAY 1985 CAMPAIGN + HDJAVE12 HRAS 085 HATCREEK + 855
PLATTVIL 7258 85 05 03 00 00 0.050 -0.035 2.855 NEU + FLAGSTAF 7261 85 05 03 00 00 .004 .049 4.2% NE0 0
85U MOJAVEl2 HRAS 085 HATCREEK 4
PLATTVIL 7258 85 05 07 00 00 0.050 -0.034 2.855 NEU + + E L Y 7286 85 05 07 00 00 -.006 -.030 8.330 NEU +
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + +
+ +
+ + + +
+ + 85L (NAPS-A) HOJAVE12 GILCREEK OVRO 130 WESTFORD HRAS 085 HATCREEK + + KATTVIL 7258 85 05 08 00 00 0.050 -0.034 2.854 NEU +
+ + MOJAVEl2 OVRO 130 HRAS 085 HATCREEK +
+ 4 85M + VNDNBERG 7223 85 05 13 00 00 .006 .066 7.622 NEU +
+ MON PEAK 7274 85 05 13 00 00 .092 0.112 2.827 NEU + QUINCY 7221 85 05 13 00 00 -.072 0.023 4.329 NEU +
MOJAVEl2 OVRO 130 HRAS 085 + MON PEAK 7274 85 05 15 00 00 ,092 0.113 2.827 #Eu + QUINCY 7221 85 05 15 00 00 0.072 0.023 4.328 NEU +
+ + + + 85N +
+ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
12 1
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION HONUMENT YY MM DD HH MM: COW 1 : COMP 2 : COMP 3:TYPE + + : NORTH : EAST : UP :NEU + + : x : Y : z :XYZ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + OCTOBER 1985 CAMPAIGN
+ 85T WAVE12 OVRO 130 HRAS 085 HATCREEK
VNDNBERG 7223 85 10 20 00 00 .006 .066
+ +
PT REYES 7251 85 10 20 00 00 -014 -.083 PRESIDIO 7252 85 10 20 00 00 .062 0.006
+ + 85U HOJAVEl2 OVRO 130 HRAS 085 HATCREEK a
VNDNBERG 7223 85 10 24 00 00 + FORT ORD 7266 85 10 24 00 00
PRESIDIO 7252 85 10 24 00 00
+ 85V MOJAVE12 OVRO 130 + + VNDNBERG 7223 85 10 28 00 00 + J R MV1 7263 85 10 28 00 00 + PBLOSSOM 7254 85 10 28 00 00 + + 85W HOJAVE12 OVRO 130 + + VNDNBERG 7223 85 10 31 00 00
+ PINFLATS 7256 85 10 31 00 00
+ 85X MOJAVEl2 HRAS 085
+ VNDNBERG 7223 85 11 03 00 00 + YUMA 7894 85 11 03 00 00
PINFLATS 7256 85 11 03 00 00 + 85Y (YUMP-1) HOJAVE12 HRAS 085
+
B J P t Hv1 7263 85 i o 31 00 00
+ +
+ VNDNBERG 7223 85 11 06 00 00
+ YUNA 7894 85 11 06 00 00 + HON PEAK 7274 85 11 06 00 00 +
.006 -056 .061
.OM -.014 0.030
.006 0.010 0.038
.006
.060 0.040
.006
.062 -mol8
.066 9.025 -.006
.066
.066
.042
,066 .066 -. 028
.066
.031 0.028
.066 ,031 .028
7.622 2.834 4.334
7.622 2.894 4.335
7.622 2.858 4.316
7.622 2.858 11-31 9
7.622 2.835 4.320
7.622 2.835 4.294
NEU NWI Nrm
NEU NEU NEU
NW NEU NEU
NEU NEU NEU
NEU NEU NEU
NEU NEU NEU
+ + + + + + + + + + + a + + + + + + + + + + + + + a + + + + + a + + + + + +
122
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . # + + STATION MONUMENT YY MM DD HH MH: COW 1 : COW 2 : COW 3:TYPE + + : NORTH : EAST : UP :NBU + + : x : Y : z :xYz + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + +
DECEMBER 1985 CAMPAIGN + 852 (YUMP-2) mJAVE12 HRAS 085 HATCREEK + VNDNBERG 7223 85 12 13 00 00 .006 .066 7.622 NEU + m)N PEAK 7274 85 12 13 00 00 -030 0.022 4.353 NEU +
+ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + c
+ + + +
JANUARY 1986 CAMPAIGN + + 86A (YUHP-1) MOJAVEl2 HRAS 085 + + VNDNBERG 7223 86 01 06 00 00 .006 .066 7.622 NEU + + M)N PEAK 7274 86 01 06 00 00 -a017 -.Oh3 4.296 NBu + a 4
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +
+ + + + + + + + + + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
+ FEBRUARY 1986 CAMPAIGN + + 86B (MI-2 FIELD TEST) MOJAVEl2 HRAS 085 +
MON PEAK 7274 86 02 24 00 00 .030 0.045 2.862 NEXJ + + 86C (MV-2 FIELD TEST) MOJAVEl2 HRAS 085 +
PINFLATS 7256 86 02 27 00 00 .064 .031 2.855 Nm +
123
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
+ + + STATION MONUMENT YY MM DD HH MM: COMP 1 : COMP 2 : COMP 3:TYPE a : NORTH : EAST : UP :NEU + + : x : Y : z :xYz +
+ MARCH-APRIL 1986 CAMPAIGN +
azimuth determination from the site to VERNAL RM 1 of 19-33-34,
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + +
+ The MV-2 s l te vectors at VERNAL (7290) are based on an astronomic
+ provided by V. Nelson (BFEC) via telephone, 860501. +
+ 86D HOJAVEl2 HRAS 085 HATCREEK +
+ FLAGSTAF 7261 86 03 27 00 00 .020 -.060 2.862 NEU I)
+ + + +
4 PLATTVIL 7258 + 86 03 27 00 00 -.OII -.004 4.251 NEu 4
I + 863 MOJAVEl2 HRAS 085 HATCREEK + 4 VERNAL 7290 86 03 31 00 00 + KATTVIL 7258 86 03 31 00 00
+ 86F MOJAVEl2 OVRO 130 HRAS
+ ELY 7286 86 04 03 00 00
+
+ +
860 MOJAVEl2 OVRO 130 HRAS + + HON PEAK 7274
86H MDJAVEl2 OVRO 130 HRAS
VNDNBERG 7223 86 04 11 00 00 4 PINFLATS 7256 86 04 11 00 00 + HIMA 7894 86 04 11 00 00
a + VNDNBERG 7223 86 04 14 00 00 + PINFLATS 7256 86 04 14 00 00
J R W1 7263 86 04 14 00 00
86 04 08 00 00 + +
+ 861 HDJAVE12 OVRO 1 3 0
+
-.01.3 .046 - -01 0 0.004
085 HATCREEK
-.056 ,054
085 BATCREEK
0 85
.006 .066
.055 -.023 -016 -e011
.006 .066 055 0.023
.014 .026
2 e859 4.250
2.854
2.828
7.622 2.824 4.301
7 -622 2.824 4 306
NE0 m
NEU
NW
m NEU NEU
Nm NEU m
+ 4 + + + + + + I)
+ + + + + + + + + rn + + a a +
12 4
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + STATION m)NUMENT YY MM DD HH HM: COMP 1 : COW 2 : COW 3:TYPE + : NORlli : EAST : UP :NEU + + : x : Y : z :xYz +
4 HAY 1986 CAMPAIGN i
+ 865 HOJAVEl2 OVRO 130 HRAS 085 +
+ VNDNBERG 7223 86 05 19 00 00 .006 .066 7.622 NEU + HON PEAK 7274 86 05 19 00 00 -071 -e051 2.813 NEXl +
+ BLKBUTTE 7269 86 05 19 00 00 .016 .024 4.331 NEU +
+ 863 HOJAVEl2 WRO 130 HRAS 085 HATCREEK +
VNDNBERG 7223 86 05 22 00 00 ,006 .066 7.622 NEU + + MON PEAK 7274 86 05 22 00 00 -070 -.OS1 2.813 Nwl + + YUMA 7894 86 05 22 00 00 9.039 9.026 4.292 NEU +
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . + + + + + +
+ + + +
+ + . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
12 5
